A 11 ID 2 IMbMflA

NBS

PUBLICATIONS

NATTLINST OF STANDARDS & TECH R.I.C.

/M „ All 102 146488

/Molten salts; eutectic data QC100 .U573 V61 ;1 ;1 978 C.2 NBS-PUB-C 197

y*fAU Of

NSRDS-NBS 61, Part I

1978

c.2
NATIONAL BUREAU OF STANDARDS

The National Bureau of Standards 1 was established by an act of Congress March 3, 1901. The Bureau’s overall goal is to strengthen and advance the Nation’s science and technology and facilitate their effective application for public benefit. To this end, the Bureau conducts research and provides: (1) a basis for the Nation’s physical measurement system, (2) scientific and

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2 Located at Boulder, Colorado 80302.
iMtf Baras# fc? Standard

MAY 2 - 1978

Physical Properties Data Compilations

' Relevant to Energy Storage.

^ I. Molten Salts: Eutectic Data -t

, C ' -V S V

' if (jiLeJ-M pini*

George J. Janz, Carolyn B. Allen,

Joseph R. Downey, Jr., and R. P. T. Tomkins

Molten Salts Data Center,

Cogswell Laboratory,

Rensselaer Polytechnic Institute,

Troy, New York 12181

N SRD S

U.S. DEPARTMENT OF COMMERCE, Juanita M. Kreps, Secretary

Dr. Sidney Harman, Under Secretary

Jordan J. Baruch, Assistant Secretary for Science and Technology

(j NATIONAL BUREAU OF STANDARDS, Ernest Ambler, Director

Issued March 1978
Library of Congress Cataloging in Publication Data Main entry under title:

Physical properties data compilations relevant to energy

storage.

(Nat. stand, ref. data ser. ; NSRDS-NBS 61, pt. 1- ) “National Standard Reference Data System.”

Bibliography: v. 1, p. Includes indexes. CONTENTS: 1. Molten Salts Data Center, Cogswell Laboratory,

Rensselaer Polytechnic Institute. Molten salts: eutectic data. Supt. of Docs, no.: C 13.48:61.

1. Energy storage. 2. Fused salts. 3. Eutectics.

I. Rensselaer Polytechnic Institute, Troy, N.Y. Molten Salts Data

Center. II. United States. National Bureau of Standards. National

standard reference data series ; NSRDS-NBS 61, pt. 1- QC100.U573 no. 61, pt. 1, etc. [TJ165] 602’. Is [621] 77-10824

NSRDS-NBS 61, Part I Nat. Stand. Ref. Data Ser., Nat. Bur. Stand. (U.S.), 61, Part 1,244 pages (Mar. 1978)

CODEN: NSRDAP

1978 by the Secretary of Commerce on Behalf of the United States Government

U.S. GOVERNMENT PRINTING OFFICE

WASHINGTON: 1978

For sale by Superintendent of Documents, U.S. Government Printing Office, Washington, D.C. 20402

(Order by SD Catalog No. C13.48:61, Part 1.) Stock No. 003-003-01825-2. Price: $4.25

(Add 25 percent additional for other than U.S. mailing.)
Foreword

The National Standard Reference Data System provides access to the quantitative data of physical science, critically evaluated and compiled for convenience and readily accessible through a variety of distribution channels. The System was established in 1963 by action of the President’s

Office of Science and Technology and the Federal Council for Science and Technology, and

responsibility to administer it was assigned to the National Bureau of Standards.

NSRDS receives advice and planning assistance from a Review Committee of the National

Research Council of the National Academy of Sciences-National Academy of Engineering. A number of Advisory Panels, each concerned with a single technical area, meet regularly to examine

major portions of the program, assign relative priorities, and identify specific key problems in need of further attention. For selected specific topics, the Advisory Panels sponsor subpanels

which make detailed studies of users’ needs, the present state of knowledge, and existing data re- sources as a basis for recommending one or more data compilation activities. This assembly of advisory services contributes greatly to the guidance of NSRDS activities. The System now includes a complex of data centers and other activities in academic insti- tutions and other laboratories. Components of the NSRDS produce compilations of critically

evaluated data, reviews of the state of quantitative knowledge in specialized areas, and computations of useful functions derived from standard reference data. The centers and projects also

establish criteria for evaluation and compilation of data and recommend improvements in ex- perimental techniques. They are normally associated with research in the relevant field. The technical scope of NSRDS is indicated by the categories of projects active or being

planned: nuclear properties, atomic and molecular properties, solid state properties, thermodynamic and transport properties, chemical kinetics, and colloid and surface properties.

Reliable data on the properties of matter and materials are a major foundation of scientific

and technical progress. Such important activities as basic scientific research, industrial quality control, development of new materials for building and other technologies, measuring and correcting

environmental pollution depend on quality reference data. In NSRDS, the Bureau’s responsibility

to support American science, industry, and commerce is vitally fulfilled.

Ernest Ambler, Director

III
Preface

This series of publications is aimed at providing physical properties data on materials used in energy

storage systems. It was inspired by a requirement in the Department of Energy’s Division of Energy

Storage Systems for materials property data needed by its contractors in the timely development of energy

storage devices. As prime contractor for this program, the Lawrence Livermore Laboratory (LLL) has

requested the Office of Standard Reference Data (OSRD) to manage the task of gathering the data, using its established network of data centers and other identified sources of expertise. The OSRD monitors the

progress of work, reviews the results, and conveys the numerical data to LLL where the data are converted

for entry into an automated data storage and retrieval system. Every effort is made to supply data which

have been critically examined in light of the latest knowledge concerning theory and experiment. However

it must be recognized that in a rapidly moving technology some of the data will be superseded rather quickly

as new materials and techniques are introduced. Thus access to the data via computer terminal as well as publication in this series should help provide the practitioner with timely and useful data which he requires

to solve his problems in energy storage.

IV
Contents

Page Foreword Ill Preface IV

Introduction 1 Table I. Eutectic Data 3

System Index 112

Compound Index 138

Bibliography 157

v

Physical Properties Data Compilations

Relevant to Energy Storage

I. Molten Salts: Eutectic Data

George J. Janz, Carolyn B. Allen, Joseph R. Downey, Jr., and R. P. T. Tomkins

Molten Salts Data Center, Cogswell Laboratory, Rensselaer Polytechnic Institute, Troy, New York 12181

The present compilation provides an authoritative compendium of melting points, and compositions

of molten salt eutectic mixtures. Data for mixtures melting in the range — 138°C to 2800°C are

reported. Value judgments have not been attempted. Titles of the articles in the literature citations and

a system index are included for approximately 6000 eutectic entries.

Key words: Data compilation; eutectic: eutectic composition; eutectic data; eutectic temperature; inorganic

compound; melting point; molten salt; phase diagrams.

Introduction

An analysis of energy-related research and development programs shows the emergence of thermal energy

storage, advanced batteries, and coal gasification as well- defined areas in the past decade. The potential of inor- ganic compounds and their mixtures in these technologies

is receiving consideration from various practical viewpoints, for example, the relatively large latent enthalpies

that accompany the process of melting have directed

consideration of such materials in the design of a series of

“second-generation” thermal energy storage subsystems

of considerably greater capacity than the systems utilizing

the storage capacity of fluids (such as water) and rocks.

As molten salts, the features of large liquid state ranges, low vapor pressures, high electrical conductivities, and

good viscosities are important considerations relative to diverse applications, such as heat transfer fluids, sol- vents, reaction media, and as molten electrolytes.

While the accumulated store of information on molten

salts is considerable, and while several authoritative

molten salts treatises have appeared in the past two

decades [1-7] 1 a basic difficulty to the potential utiliza- tion of such materials is the diversity of the information

sources. The present communication reports the results of a compilation of data for eutectic systems (melting points;

compositions;, undertaken to provide an authoritative ref- erence for such systems. A partial list of some of the more

useful compilations of phase diagrams would include

1 Figures in brackets indicate literature references for the introduction.

International Critical Tables [8], Landolt-Bornstein [9]

Clark [10], Robertson [11], Thoma [12], Voskresenskaya

[13], Sinistri et al. [14], Shaffer [15], Franzozini et al. [16], Torapov et al. [17], and Levin et al. [18]. Such

sources, as well as the primary resarch literature, were

used to develop the summary reported here.

In the compilation of eutectic data, a listing by increasing melting temperatures has been adopted. The temperature range covered is from — 138°C to 2800°C. The

composition data are reported as mole percent. Value

judgments have not been attempted, and where two or more sets of results were reported, these are listed as individual entries. While it was the intent to limit this compilation to inorganics, some organic compounds ap- peared particularly relevant and these have been included. To enable the location of the data entries by the

materials (i.e., salts), both a systems index and a com- pound index were developed and are included. In the

citation of the primary literature, titles have been generally included as part of the bibliography as a further aid on the matter of data origin.

It should be noted that this compilation is an effort to provide an authoritative and comprehensive collection of

eutectic data to June 1976. Considerations of safety and

hazards, and corrosion and containment are important

factors, but fall outside the scope of the present communication. An assessment of these factors for inorganic

compounds and their mixtures as molten salts has been

completed and has been published elsewhere [19].

1
Acknowledgments

We found the significant contribution by Paul V. Clark

(Albuquerque, N.M.) a particularly helpful staging area; without this, our task would have been much more

difficult. The completion of this work owes much to the participation of Mary Leu Waldron, Elizabeth Schoonmaker,

Mark J. Chudzicki, Ralph G. Kornbrekke, Timothy P. Walker, Keith M. Smith, and Katherine Petrarca at the

Molten Salts Data Center—Rensselaer Polytechnic Insti- tute. We acknowledge this with pleasure.

We thank David R. Lide, Jr., Howard J. White, Jr., and

Lewis H. Gevantman (Office of Standard Reference Data,

National Bureau of Standards) for continued interest and

helpful suggestions. The assistance provided by the Data

Systems Design Group and the Computer Assisted Printing Section of NBS is acknowledged.

References for Introduction

[1] Blander, M., Molten Salts Chemistry, Wiley (Interscience), N.Y., 1964.

[2] Delimarskii, Yu. K., and Markov, B., Electrochemistry of Fused

Salts, Engl, transl. Sigma Press, Washington, D.C., 1961.

[3] Sundheim, B., Fused Salts, McGraw-Hill, N.Y., 1964.

[4] Lumsden, J., Thermodynamics of Molten Salt Mixtures, Academic

Press, N.Y., 1966.

[5] Ubbelohde, A. R., Melting and Crystal Structure, Oxford University

Press, (London), 1965.

[6] Janz, G. J., Molten Salts Handbook, Academic Press, N.Y., 1967.

[7] Advances in Molten Salt Chemistry, Volumes 1, 2, 3. Braunstein, J., Mamantov, G., and Smith, G. P., editors, Plenum Press, N.Y., 1971, 1973, 1975.

[8] International Critical Tables of Numerical Data, Physics, Chemistry

and Technology, 8 Vols., McGraw-Hill Book Co., New York

(1933).

[9] Landolt-Bomstein: Zahlenwert and Funktionen aus Physik, Chemie,

Astronomie, Geophysik und Technik (6th ed.), Springer-Verlag,

Berlin, Heidelberg, N.Y. (1961).

[10] Fused Salt Mixtures: Eutectic Compositions and Melting Points Bibliography 1907-1968, Clark, P. V., Report No. SC-R-68-1680; Sandia Laboratories (1968), NTIS.

[11] Binary Phase Diagrams of Halide Salts, Robertson, W. D., Report

No. Yale 2723 (2 Vols.), U.S. AEC Contract AT (30-l)-2723

(1966), NTIS.

[12] Phase Diagrams of Nuclear Reactor Materials, Thoma, R. E., Oak

Ridge National Laboratory, ORNL-2548, Contract No. W-7405-eng-26.

[13] Handbook of Solid-Liquid Equilibria in Systems of Inorganic Salts, Volumes 1, 2, Voskresenskaya, N. K., ed., Izv. Akad. Nauk

SSSR, Moscow (1961). Israel Program for Scientific Translations, Jerusalem, 1970 (NTIS).

[14] An Atlas of Miscibility Gaps in Molten Salt Systems, Sinistri, C., Franzozini, P., and Rolla, M., Institute of Physical Chemistry,

University of Pavia (Italy) 1968.

[15] High Temperature Materials, Shaffer, P. T. B., Plenum Press Handbooks of High Temperature Materials, No. 1. Materials

Index, Plenum Press, New York, 1964.

[16] Molten Salts with Organic Anions, Franzozini, P., Ferloni, P., and

Spinolo, C., Instituto di Chimica Fisica, Universita di Pavia

(Italy), 1973.

[17] Handbook of Phase Diagrams of the Silicates, Volume 1: Binary

Systems, Volume 2: Metal-Oxygen Compounds in Silicate Systems, Toropov, N. A., et al. Izdatel’stvo “Nauka” Leningrads- koe Otdelenie, Leningrad, 1969, Israel Program for Scientific Translations, Jerusalem, 1972 (NTIS).

[18] Phase Diagrams for Ceramists, Levin, E. et al., Amer. Ceramic

Soc. (publ.), Columbus, Ohio (1964; 1969).

[19] Janz, G. J., Allen, C. B., Downey, J. R., Jr., and Tomkins, R. P. T., prepared for the U.S. Energy Research and Development

Agency, Division of Conservation, Washington, D.C. (August,

1976); NTIS, July 1977.

Eutectic Data

Table 1 reports data on inorganic eutectics current to June 1976. Also included are systems which form a series

of solid solutions with minimum melting point; some solid

solutions systems with no minimum melting point are included to provide reference to a system which may be

under consideration. Some organic systems are also in- cluded, notably the formates and acetates, but coverage is not as complete as for the inorganic systems.

The table is arranged in order of increasing melting

point; systems which have no eutectic melting point, e.g. solid solutions without minimum, are listed at the end of

the table. It should be kept in mind that a specific

eutectic for a given system may not be the one with the

lowest melting point. In order to locate the minimum

melting eutectic for a given system (or to determine

whether a given system forms a eutectic) reference must

be made to the System Index.

No attempt at value judgments has been made in the course of this compilation. All available data are included even where conflicts are evident. The reader is left to establish his own “best” values for the eutectic information and the systems index should be useful for this task. The comments column refers to the melting point

column in degrees Celsius. In addition several abbreviations have been used in the table and are listed herewith.

APP approximate

NA not available

MIN minimum

LT less than

GT greater than

2
Table 1 . Eutectic data

Locator System

number

Mol % T, X

1 bf3 -n2o 76.6 -138.0 ±.25 575

2 BF3-S02 95.2 -128.6 ±.25 575

3 BCl3-GeCl4 76 -116.0 2732

4 BC13-PC13 94 -110.0 2179

5 BC13-PC13 20 -99.0 2179

6 BF3-S02 38. -97.1 ±.25 575

7 TiCl4-VOCl3 29 -95.0 2008

8 PCl3-TeCl4 100 APP -91.0 2821

9 TiCl4-VOCl3 18 -88.0 1240

10 TiCl4-VOCl3 18.6 -88.0 659

11 VCl4-VOCl3 27.8 -86.5 659

12 NH3-NaBH4 94.7 -84.0 1287

13 CO(NH2) 2-NH3 1.8 -81.5 2033

14 POCl3-VOCl3 3 -80.8 1240

15 BBr3-SiCl4 26.4 -80.0 971

16 NH3-NH4Br(NH3) 4 93 -80.0 1005

17 NH3-NH4N03 96 -79.5 2033

18 KNH2 -NH3 99 APP -78.8 961

19 BBr3-GeCl4 40 -74.0 971

20 POCl3-SiCl4 4 APP -71.8 1240

21 SiCl 4-WCl6 100 APP -70.0 2451

22 SiCl 4-TeCl4 99 APP -68.0 3053

23 FeCl3-GeCl4-TeCl4 NA -59.0 APP 2849

24 BBr3-SiBr4 76 -57.5 971

25 AsBr3—

S

2Br2 13.5 -56.0 453 1081 26 AsBrs—BBr3 5.8 -54.1 342

27 GaCl 3—GeCl4 7 APP -54.0 1874

28 BBr3-GeBr4 80.9 -53.0 971

29 BBr3—SnBr4 81.7 -52.5 342

30 GeCl4-SnCl4 91 SER SOLID SOL -51.3 2732

31 GeCl4-TiCl4 96.7 SER SOLID SOL -50.8 2732

32 Si 2OCl6-TiCl4 42 -50.0 2008

33 PbR3—SnBr4 84 -50.0 453 1081 34 CsF-HF 17.2 -49.5 566

35 SbCl s-TiCl4 35 -47.5 1679

36 S 2Br2 -SnBr4 95.5 -47.5 1081 37 AlBr3 -BBr3 5.24 -46.1 342

38 POCl3-SnCl4 5 APP -33.8 2359 2555

39 FeCl3—SnCl4—TeCl4 NA -33.0 APP 2849

40 SnCl4-WCl6 100 APP -32.0 2451

41 AsBr3—Br2 34 -31.5 1081 42 AlCl 3-SnCl4 .45 LT -30.5 APP 2359

43 AsCl3-SbCl3 97 APP -30.0 APP 1279 44 NH3-NaBH4 69 -28.0 1287 45 NH3-NaBH4 56.6 -25.1 1287 46 GaCl 3—TiCl4 10 APP -25.0 1874 47 CCl4-GaCl3 92 APP -24.0 1874

48 POCl3-SbCl5-TiCl4 NA -24.0 1679

49 TiCl4-WCl6 100 APP -23.0 2451

50 Ba(BH4) 2-N2H4 13 -22.0 1253

51 Br2-N204 17 -18.0 1058

52 GeBr4 -POCl3 36 APP -16.0 3083

53 AsC1 3—TeCl 4 100 APP -16.0 2821

54 Br2-SbBr3 81.8 -15.5 1081 55 AlBr3—Br2 21.4 -13.5 1081 56 POCl3 —ReOCl4 97 -10.0 2708

57 GaCl3-SbCl5 18 -4.0 2676

58 GaCl3-POCl3 10 -3.8 2202

References

3
Table 1 . Eutectic data—Continued

Locator System Mol % T, °C number

59 BeCl2 -POCl3 2.5 -3.0 APP 1389

60 NbClj-POClj 4 APP -2.4 1182

61 NbCls—POC13-TiCl4 3.75-92.5-3.75 -2.2 987

62 POCi3 -TiBr4 NA -2.0 2970

63 POC13 -TaCls-TiCl4 93.8-3.1-3.1 -1.7 987

64 POCl3-TiCl4 3 -0.6 1240

65 AlCl3-POCl3 3 LT -0.2 1159

66 POCl3—TeCl4 99 APP -0.1 2691

67 POCl3 -SbCl5-TiCl4 94.6-2.68-2.68 0.0 1679

68 P0C13 -WC16 100 APP 1.0 2451

69 GaCl3—POCl3 70 1.5 2202

70 SbCl 5-WCl6 100 APP 2.0 2451

71 POCl3 —TeCl4 98 3.0 2821

72 AsBr3-SnBr4 45 3.5 453

73 ICl-TeCl4 80 10.0 2965

74 IC1—TaCl s 80 10.0 2965

75 POCl3—TiBr4 NA 10.0 2970

76 MoFe-Ur6 78 13.7 2358

77 SOs—Se03 99.97 15.0 842

78 POCl3 -ReOCl4 20 16.0 2708

79 ICl-SeCl4 80 16.0 2965

80 CsF-HF 29.1 16.9 566

81 h2o-kf 78 17.0 3222

82 H20—NaCl-Na2S04 89.9-8.9-1.2 18.0 3222

83 AlBr3—SnBr4 23 20.0 1081 84 AlBr3—SnBr4 26 20.0 453

85 ICl-NbCls 92 21.0 2965

86 CaCl2—H2 0—MgCl2 8.1-87.6-4.3 22.0 3222

87 H20—

K

2 C03—Na2C03 97.3-1.0-1.7 22.0 3222

88 AsBr3—PBrs 82.5 23.5 453

89 Ca(N03) 2 -4H 20-Zn(N03) 2 •6H 2 0

51 25.0 3221

90 H20—

K

2C03—Na2 C03 86.7-11.8-1.5 25.0 3222

91 H20-Ni(N03) 2-NH4NO3 78.3-13.0-8.7 25.0 3222

92 CaCl2—

H

20-MgCl2 10.3-86.8-2.9 25.0 3222

93 AlBr3—AsBr3 26 25.5 453

94 SbBr3 —SnBr4 6 27.0 1081 95 AlBr3—AsBr3 26 28.0 64

96 FeCl 3—ReOCl4 0 APP 29.0 2708

97 ReCls —ReOCl4 0 APP 29.0 2708

98 ReOCl4—TaCl s 100 APP 29.0 2708

99 NbCl5—ReOCl4 0 APP 29.0 2708

100 A1C1 3—ReOCl4 0 APP 29.0 2708

101 MoOCl4-ReOCl4 0 APP 29.0 2708

102 H2 0-LiN03 73.7 29.0 3222

103 GaCl3 —SeCl4 79 APP 30.0 1856

104 GaCl3—ZnCl 2 68 APP 30.0 1017

105 GaCl3—PC1 S 70 APP 30.0 APP 2648

106 XeF2-XeF6 .5 APP 30.0 ±10 2952

107 Ca(N0 3) 2 -4H 2 0-Mg(N03) 2 •6H 2 0

69 30.0 3221

108 H20-K2C03-Na2C03 87.0-10.9-2.1 30.0 3222

109 Mg(NO j) 2 -6H 20-Zn(NO3) 2 •6H 2 020 32.0 3221

110 W l-H U> 1C/) HH 70 33.8 ±1 2127

111 CO(NH 2) 2-NaN03 -NH4NO3 51-8-41 35.0 2038

112 Al(N0 3) 3 -9H 2 0-Ca(N0 3) 2 •4H 20

20 35.0 3221

References

4
Table 1. Eutectic data—Continued

Locator System

number

Mol % T, °C

113 CsF-HF 36.1 38.3 566

114 SbCl3-SbI 3 81.8 41.5 1918

115 CaCl2-H20-MgCl2 15.8-83.0-1.2 42.0 3222

116 C0(NH2) 2 -KN03 -NH4N03 48-5-47 43.0 2038

117 RbCl-SbCl3 15 44.0 1133

118 C0(NH2) 2-NH4Cl-NH4NO3 52.1-3.8-44 44.0 1746

119 Ba(BH4) 2-N2 H4 41.9 44.0 1253

120 C0(NH2) 2-NH4N03 59.6 44.5 2033

121 GaCl3 —TeCl4 80 APP 45.0 1856

122 GaCl3—SbCl3 73.0 46.4 2621

123 SbFs—XeF2 62.5 50.0 2283

124 CO(NH2) 2-KI-NaI 79-3-18 50.0 1477

125 AlCl3-GaCl2 -GaCl3 12-38-50 50.0 2629

126 AlCl 3-BaCl2 —NaCl 63.5-2.5-34 50.0 3034

127 GaCl3-SbCl3 33.2 50.6 2621

128 CdCl2-GaCl3 5 APP 52.0 1017

129 H20-Mg(N03) 2-NH4N03 66.9-10.8-22.3 52.0 3222

130 H20-Mg(N03) 2 80.1 53.0 3222

131 AlBr3-SbCl3 14.5 54.0 1080

132 GaCl3-NaCl 75 55.0 1231

133 CsCl—GaCl3 3 55.0 1016

134 GaCl 3—HgCl 2 92 55.0 1017

135 SbBr3—SbCl3 70 APP 55.0 1918

136 AlClj—NaTAlI3 45 APP 55.0 8397

137 kcho2 -kcns-kno3 48.3-34.9-16.8 55.5 2712

138 GaCl 3—LiCl 82 57.0 1016

139 KCl-SbCl3 24 APP 57.0 APP 1918

140 GaCl 3-NH4Cl 85 APP 58.0 1016

141 CO(NH 2) 2—Nal 80.5 58.0 1100

142 AlBr3—SbCl 3 75.8 59.0 1080

143 A1C1 3—HgBr2 42.2 59.0 1080

144 C0(NH 2) 2-NaI-NaN03 80-18-2 59.0 1100

145 GaCl3 -KCl-MgCl2 89-3-3 59.0 2613

146 CuCl—GaCl 3 5.2 60.0 905

147 AlBr3—InBr3 90 60.0 2888

148 GaBr3—SbBr3 46 60.8 METASTABLE 2621

149 Al(N03) 3 -9H 20-Mg(N03) 2 •6H 2 0

38 61.0 3221

150 GaCl3 -NaCl 97 62.0 905

151 SbFs-XeF2 80.5 63.0 2283

152 GaCl 3-KCl-MgCl2 92-3-5 64.0 2613

153 BeCl 2 —GaCl3 5.7 64.5 1290

154 GaCl 3—KC1 84 65.0 1016

155 CO(NH 2) 2-KBr-NaBr 79-1.5-19.5 65.0 1477

156 CO(NH2) 2—NaBr 79.5 66.0 1100

157 SeCl4-SbCl3 6 66.0 2619

158 GaCl 2 —GaCl 3 41 66.0 2629

159 GaCl 3 -MoCls 93 APP 67.0 2110

160 C0(NH 2 ) 2-Sr(N03) 2 85 67.0 1749

161 CsCl-SbCl3 7.5 68.0 1133

162 CsN03 -Pb(N03) 2 68 68.0 1082

163 Ba(N0 3) 2-C0(NH2) 2 -LiN03 1-83-16 68.0 993

164 Ba(NO 3) 2-CO(NH2) 2 -NaNO

,

4-78.5-17.5 68.0 993

165 GaBr3-SbBr3 37.2 68.2 2621

166 A1C1 3-GaCl 2 -GaCl3 14-49-37 69.0 2629

167 A1C1 3-KC1—NaCl 66-14-20 70.0 34

168 A1C1 3-MoC1 s -NaCl 63-4-33 70.0 ±3 912

169 GaCl3-KCl 82.5 70.0 APP 2373

References

79 80 688

5
Table 1 . Eutectic data—Continued

Locator System

number

Mol % T; °C References

170 AlCl 3-SbCl3 7.5 70.0 1918

171 Cd(N03) 2-NaN03-NH4N03 44.1—.7—55.1 70.0 1031

172 AlCl3-CsCl-GaCl3 NA 70.0 2724

173 BiCl3—GaCl 3 9 70.0 2964

174 h2o-lu 71.2 70.0 3222

175 CdCNOjJj-NaNOj-NH^Oj 33.6-2.4-64 71.0 1031 176 GaCl3-HgCl2 60 72.0 1017

177 C0(NH2) 2-H3P04 71.5 72.0 2226

178 HjO—KCl-MgCl2 -MgS04-NaCl 89.9-1. 7-7.4-.4-.6 72.0 3222

179 AlBr3—SbBr3 31 72.2 1918

180 GaBr3—SbBr3 52.2 72.2 2621

181 SbCl3-WCl6 100 APP 73.0 2054

182 SbCl3-WOCl4 98.8 73.0 2054

183 AlBr3—A1C13 65 73.0 64

184 G0(NH2) 2-KN03-NaN03 70.7-7-22.3 73.0 2389

185 CsC ,H ,0 ,-KC ,H ,0 ,-LiC ,H302 52.5-27.5-20 73.0 1464

186 SbFs—XeF2 57.0 73.5 2283

187 GaCl3-MgCl2 98.85 73.6 1290

188 AlClj—GaCl3 6 74.0 248

189 CdCNOjlj-NH^jNOj 23.5 74.0 1031 190 AlCl3-GaCl3 6 74.0 2629

191 AlCl3-GaCl3 5.7 74.7 1341 192 FeCl3—GaCl3 0.7 74.7 1296

193 AlBr3—SbBr3 70.7 74.8 1918

194 AlCl 3-HfCl4-KCl 68.8-3.8-27.4 75.0 1124

195 GaCl3—InCl 3 98.7 APP 75.0 APP 1056

196 POCl3-TiBr4 NA 75.0 2970

197 GaCl3—InCl3 99.75 75.9 1341 198 AlClj—HfCl4-NaCl 60.5-1.6-38 76.0 1124

199 AgCl—GaCl3 6.1 76.0 905

200 BaCl2—GaCl 3 .75 76.0 1290

201 CoCl2 -GaCl3 0.3 76.0 2058

202 GaCl3-MnCl2 99.7 76.0 2058

203 AgI-AgI03-AgN03 47-18-35 76.0 1094

204 CO(NH2) 2-KNO3—NaN03 NA 76.0 993

205 C0(NH2) 2-UN03 83.5 76.0 993 1009

206 CaCl2—GaCl3 0.7 76.1 1290

207 h2o-lj 37.2 77.0 3222

208 GaCl3-NbCl5 100 APP 77.9 APP 2110

209 AlClj—NaCl-TaCl5 63.1-37.2-1.52 78.0 331

210 CO(NH2) 2-NaCl-NaNO3 79-4-17 78.0 1106 211 LiN03-NH4N03 25.3 METASTABLE 79.5 3157

212 Ba(NO 3) 2-CO(NH2) 2-KNO3 5.5-86-8.5 80.0 993

213 NaClAlCl3—Nal-Allj 60 APP 80.0 3237

214 GaBr3—RbBr 80 80.0 2809

215 AgI-AgN03 55 80.0 3168

216 AgN03 -HgI2 81 81.0 APP 1267 217 S 2Cl 2-SeCl 2 100 APP 81.5 2639

218 AgN03 -TlN03 48.6 82.8 1943 219 AgN03 -TlN03 51.5 82.8 1943 220 AlBr3-RbBr 74 83.0 2470

221 C0(NH2) 2-NaN03 77.5 83.0 2389

222 H20-KCl-MgCl2 -MgS04 -NaCl 89.4-2.2—7.2— .4-.

8

83.0 3222

223 H20-Srl2 85 83.0 3222

224 S 2C1 2 —TeCl 4 100 APP 83.5 2639

225 XeF2 —XeF4 35 APP 83.5 2979

226 BCl 3 -POCl3 50 83.8 795

227 NbCls -POCl3 -TiCl4 21.7-50-28.3 83.8 987

6
Table 1. Eutectic data—Continued

Locator System Mol % T.\ °C References number

228 C0(NH2) 2-NaN03 77 84.0 993 1100

229 AlCl 3 -GaCl2 30 84.0 2629

230 SbBr3 -TeBr4 96 84.0 2841

231 SbBr3 —Sbl 3 85 84.5 ±.5 1918

232 AlCl 3-KCl-LiCl 56-7-37 84.5 ±0.5 2975

233 POC13 -TaCl 5—TiCl4 50-21-29 86.0 987

234 AlCl3 -SbBr3 8.4 86.0 1080

235 GaBr3 -HgBr2 67 86.0 2911

236 XeF2-XeF4 62 APP 87.0 2979

237 AgI-Ag2S04-Tl 2S04 53%S04,97%AG 87.0 3117

238 NbCl5-POCl3-TiCl4 11.1-70-25.9 87.8 987

239 A1C1 3-FeCl 3-MoC15 NA 88.0 896

240 AlBr3-KBr 74 88.0 40 270 688

241 CO(NH2) 2-KI 82.5 88.0 1477 242 GaCl3 -KCl-MgCl2 61-37-2 88.0 2613

243 Ga—GaBr3 20 88.0 3018

244 A1C1 3-NaCl-TeCl4 60-22-18 88.0 2834

245 A1C1 3—KCl-NaCl 63.5-16.5-20 88.5 ±.5 34 44 79 80 688

246 NbCl5 -POCl3-TiCl4 13.3-56.6-30.1 89.0 987

247 AlBr3 —KBr 75 89.0 2265

248 Ca(N03) 2-C0<NH2) 2 -KN03 8.5-88.7-2.8 89.0 2117

249 AlCl 3 -NaCl-WCl6 58-40-2 90.0 ±2 1106

250 A1I 3-NH4I 57 APP 90.0 APP 2284

251 C0(NH 2) 2-H4P2O7 80 90.0 1799 2226

252 CsC 2HaO2 —KC2HaO2—NaC2 Hs02 50-24-24 90.0 2568

253 LiN03-NH4N03 26.6 90.4 3157

254 H20-KA1(S04) 2 91.6 91.0 3222

255 NbCls—POC13-TiCl4 27.1-57.6-15.3 91.2 987

256 Ba(NO3) 2-CO(NH2) 2-LiNO3 1-55-44 92.0 993

257 Ca(NO3) 2-CO(NH2 ) 2 9.3 92.0 2109

258 HF-XeF2 NA 92.0 2789

259 C0{NH 2) 2-Ca(N03) 2 81.9 92.0 3222

260 Ba(NO3) 2-CO(NH2) 2-LiNO3 1.0-55.0-44.0 92.0 3222

261 POCl3-TaCl5-TiCl4 54.5-9.1-36.4 92.4 987

262 A1C1 j-KCl—NaCl 60-14-26 93.0 34 44 79 80 688

263 AlCl 3-NaCl 66 93.0 27 34 44 45 78 80

84 258 331 451 472 688

264 AgN03-HgI2 58 93.0 1267 265 UNO2 -Sr(NO2) 2 -TlNO 2 24.5-6.4-69.1 93.0 1853 266 LiN02 -TlN02-TlN03 45-10-45 93.0 1974

267 CaCl2 -H20-MgCl2 16.7-80.0-2.3 93.0 3222

268 A1C1 3-KCl-NaCl 62.13-12.7-25.17 94.0 34 44 79 80 688

269 LiN02-CsN02-Sr(N03) 2 35.5-62.9-1.5 94.0 1899 270 kno3-uno3-tino3 34-33-33 94.0 144

271 POCl3 -TiCl4 59 94.7 2555

272 AlClj—BeCl 2 48 95.0 APP 1060

273 A1C1 3—POC13 -TiCl4 8.5-65.3-26.2 95.0 967

274 AlBr3-NaBr 82 95.0 40 688

275 Cd(NO j) 2-TlNO3 27.4 95.0 2181

276 C0(NH2) 2 -UN03 54.5 95.0 993 1009

277 CsBr-GaBr3 20 95.0 2809

278 Gal 3-Sbl 3 45 95.3 METASTABLE 2621

279 POC13—TaCls-TiCl 4 64.2-7.5-28.3 96.0 987

280 POCl3 -TiCl4 58 96.0 1240

281 Ba(NO3) 2-CO(NH2) 2 10.5 96.0 993

282 GaBr3—KBr 71 96.8 3018

283 AlCl 3-NaCl-NbCl5 61-37-2 97.0 331 284 A1I 3-KI 69 97.0 1918

7
Table 1. Eutectic data—Continued

Locator System

number

Mol % II

285 CsN03 -KN03 -LiN03 24-39-37 97.0 2275

286 AlCl3 -POCl3 -TiCl4 7.5-50-42.5 97.8 967

287 GaCl3—KC1 64 98.0 1016

288 POC13 -SbCl s-TiCl4 65.3-4.17-30.55 98.0 1679

289 KN02 -LiN02 -Sr(N0 2) 2 61.2-36.7-2 98.0 2285

290 Agl—AgN03—NaN03 59-40-1 APP 98.0 3115

291 AlCl 3-POCl3-TiCl4 7.5-51.9-40.6 98.2 967

292 AlCl 3 -NbOCl3 61.8 100.0 2565

293 AlClj—SeCl4 65.2 100.0 50

294 A1I 3-KI 70 APP 100.0 APP 2284

295 Inl 3—KI 85 100.0 1970

296 Hgl 2-Inl 3 75 100.0 1877 297 AgN03 -AgI 47.9 100.0 228

298 LiN0 2-TlN02 25 100.0 1148

299 C0<NH 2) 2 -NH4C1 82.9 101.5 1746

300 AgN03-NH4N03 30 APP 101.5 3122

301 AlBr3—RbBr 78.5 102.0 2265

302 CsN02-LiN02 60 102.0 1192

303 KN03-LiN02 45 102.0 917

304 C0(NH2) 2 -K2C03 93 102.0 2149

305 CsN02-KC 2H302 -KN02 40.5-39.5-20 102.0 2908

306 Agl—AgNOs—NaN03 43.5-55-1.5 102.0 3115

307 AgN03-NH4N03 30.9 102.4 3123

308 POC13—TaCl 5—TiCl4 56.3-31-12.7 102.6 987

309 POC13-SbCl5-TiCl4 51.2-2.33-46.51 102.7 1679

310 Cd(NOj) 2-KN03—NaNOs 46-14.6-39.4 103.0 2152

311 AlClj—NaNbOCl4 78.6 104.0 2086

312 AlCl 3-KBr 65.5 104.0 1080

313 KN02-LiN02 59.3 104.0 1201 314 CsC 2H302-Zn(C 2H302) 2 55 104.0 2957

315 A1I 3-KI 67.5 105.0 2523

316 CsN02 -LiN02 39 105.0 1201 317 Ba(N0 2) 2-KN02 -LiN02 0.25-59.15-40.6 106.0 2116

318 KC 2 H302-KCNS-KN03 19.5-54.5-26.0 106.0 3236

319 AlClj—NaCl-WOCl4 60-40-0 APP 107.0 2467

320 KN02-LiN02 60 107.0 2285

321 Ca(N0 3) 2 -NaN03-NH4N03 9.8-13.6-76.6 107.5 684

322 AlCl 3-BiCl3-NaCl 58-12-30 108.0 2525

323 AlCl 3-NaCl 61 108.0 34

324 AlClj—TeCl4 62.5 108.0 50

325 AgN03-HgI 2 43 108.0 1267 326 LiN0 2-RbN02 -Sr(N02) 2 47.4-47.4-5.3 108.0 1899 327 KN02 -UN03 60 108.0 917

328 FeCl 3 -NaCl-TeCl4 39.5-14.5-46.0 108.0 3021

329 CO(NH2) 2-KBr 88.5 109.0 1477 330 CsN02 -LiN02 59.4 109.0 1201 331 C0<NH2) 2-KN03 85 109.0 2389

332 FeCl3—KCl-LiCl 52-16-32 109.0 APP 2966

333 CsC,H 30,-CsN0,-KC,H,0, 29.5-35.5-35 109.0 2908

334 FeCl 3—KCl-LiCl 51-17-32 109.5 ±0.5 2975

335 AgN03-NH4N03 50 APP 109.6 3122

336 AlClj—NbCl5-TaCl5 69.8-17.2-13 110.0 658

337 A1I 3-NH4I 67 APP 110.0 APP 2284

338 Gal 3 -Sil 4 75 110.0 2289

339 Inl 3—Snl 2 80 110.0 1345

340 CaCNOjjj—NH4N03 16.9 110.0 1952

341 C0(NH2) 2-KN03 84 110.0 993

342 A1C13-AU3 40 110.0 2636
Table 1 . Eutectic data—Continued

Locator System Mol % T, °C References number

43- 16. 5-40.5 110.0 26-73-1 110.0 52. 8-41 . 51 -5.66 110.5343 AlCl3-NaCl-TeCl4 344 Agl—AgNOj—NaNOa 345 POCl3 -SbCl5-TiCl4 346 Ca(N03) 2 -NH4N03 347 Cd(N03) 2 -KN03-LiN03 348 FeCl3-KCl-LiCl

349 FeCl3—KCl-LiCl

350 AlCl 3 -NaCl

351 CO(NH2) 2 -NaCl

352 CsN03 -CsOH

353 AgCl-AgNOj-KNOj

354 LiNO2 —RbNO2—Sr(NO2) 2 355 CsN03-LiN02 356 LiN03-RbN02 357 A1C1 3—GaAlCl4 358 CuCl—FeCl 3—TeCl 4 359 A1I 3—Snl4 360 AlCl3 -LiCl

361 AlClj—TeCl4 362 KCH02 -KN03 363 NaAlCl4-NbOCl3-TaCls 364 GaBr3 —TIBr

365 AlCl3-POCl3 366 AlCl3-POCl3 367 AlClj—NaCl

368 A1C1 3 -KCl-NbCl5 369 AlCl 3 -POCl3 370 AlCl3-CsCl-TaCls 371 C0(NH2) 2-KC1

372 CsN02 -LiN02 373 CsN03 -KN03—LiN03 374 KN03-NaN03-NH4N03 375 CsC 2 H302—NaC2 H3 02 376 All 3-Csl-Nal

377 CuCl—FeCl 3—TeCl4 378 AgN03-Cd(N03) 2 -KN03 379 AlCl3 -KCl-ZrCl4 380 AlCl3-KNbOCl4 381 AlCl3-ZrCl4 382 A1I 3-AsI 3 383 Inl 3—Sil 4 384 CsC 2H3O2-CsNO2 -RbC2 H3 02 385 NbCl5 -POCl3 386 LiN0 2-RbN02 387 AlCl 3 -KCl-LiCl

388 CafNOjlj—KN03-LiN03 389 AlCl 3 -TaCls 390 BiOI—Inl 3 391 Gal 3—Gel4 392 Inl 3-Tll

393 KN03—NaN03 —NH4 N03 394 KN03-NaN03 -NH4N03 395 AlCl3-KCl-LiCl

3% All 3-Hgl 2 397 Gal 3-Sbl 3 398 Gal 3—Snl 4

16.6 111.0

11 . 3-61 . 2-27.5 111.0 50-17-33 111.0 APP

50- 17-33 111.5 ±0.5 62 112.0

90 112.0 32.5 112.0 2 . 8-59. 5-37.7 113.0 28. 7-68. 7-2.6 113.0 35 113.0 30 113.0 15 113.0 5-62-33 113.0 40 113.5 60 114.0 39.5 114.0

62.1 114.0 75-5-20 114.0 70 114.0 63.5 114.3 62-63 114.4 60 115.0

50-45-5 115.0 65 115.0 69. 7- 18. 7-11.6 115.0 91 115.0 40 115.0 33-36-31 115.0

7 . 5-18-74.5 115.0 68 115.0 71 . 0-5 . 5-23.5 115.0 10-48-42 115.0 26. 8-50. 2-23 115.0 65-33-2 116.0 78.4 116.0 83 116.0 41 116.0 15 116.0 32. 5-35-32.5 116.0 52.5 116.8 35.2 117.0 50- 13-37 117.0 APP

8. 8-59. 1 -32.1 117.4 61.2 118.0 20 118.0 74 118.0 85 118.0 10. 3-20. 6-69.1 118.5 9. 4-20. 0-70.5 118.5 59. 2- 19. 7-21.1 120.0 65 120.0 45 120.0 70 120.0

2834

3115

1679

684

512

2966

2975

27 34 44 45 78 80

84 258 331 451 472 688

1100 1477

1467 376

1899

1192

1012 2629

2918

1918

84 688

50

2712

3107

2809

1182 2359

115927 34 44 45 78 80

84 258 331 451 472 688

332

540

240

1477 1192 2275

1009

1013 2715

2918

3119

794

2086

794

1918 2682

2912

1182

1201 2975

557

241 331 658

1878 2289

1970

684

2951

3252

1918 2289

2289

9
Table 1. Eutectic data—Continued

Locator System

number

Mol % T, °C

399 HgI 2 -NH4I 43 120.0 514

400 NaN03-TlN02 -TlN03 32-29-39 120.0 1687

401 kcns-kno2 66 120.0 1079

402 KNOj-LiNOj-NaNOj 44.5-37.5-18 120.0 1009

403 KN03-LiN03-NaN03 44.9-37.3-17.8 120.0 1350 1351

404 KN03-LiN03 -NaN03 53-30-17 120.0 965

405 K2W04-Li 2W04 56 120.0 2295

406 FeCl3-NaCl—TeCl4 58.2-22.0-19.5 120.0 3021

407 A1C13—NaAlCl4—TeCl4 NA 120.0 2834

408 A1C13—FeCl 3—MoCls NA 121.0 896

409 NaN03—NH4N03 20.5 121.0 1009

410 AgCl-HgCl2-HgI 2 25-26-50 APP 121.0 3113

411 AgNO3 -Cd(NO3) 2 -KNO3 48-10.5-41.5 121.0 3119

412 AlCl3 BiCl3—FeCl 3 -NaAlCl4 21.3-5.3-73.4 122.0 2594

413 AlCl3-HfCl4 98 122.0 1124 414 CuCl-TICl 60 122.0 715

415 Csl—Inl 3 18 122.0 1970

416 Aid,—NaCl 59 123.0 27 34

84 258

417 All 3-Nal 70 123.0 2523

418 KCIO4-KNO3-LiNO3 1-56.5-42.5 123.0 2786

419 NaNO2-Si<NO2) 2 -TlNO 2 13.4-14-72.6 124.0 1853

420 KN03-LiN0 3 57.5 124.0 2295

421 KN03-LiN0 3 59 124.0 917

422 NaCNS-RbN03 33 124.0 1940

423 NaN03-TlN0 2 25 124.5 1687 424 AlCl3-KCl-NaCl 50-15-35 125.0 840

425 AlCl3-NbCls 54.3 125.0 241 331

426 Ca(NO ,) 2 -CO(NH 2) 2-KN03 23.9-57.7-18.3 125.0 2117

427 LiNO 2 -NaNO2 -NaNO3 55-12-33 126.0 916

428 LiN0 2 -RbN03 37.5 126.0 1012

429 CsC ,H ,0,-CsNO ,—LiC ,H ,0, 71.5-4-24.5 126.0 1164

430 LiN0 3 -Li0H-RbN03 -Rb0H NA 126.0 2825

431 Inl 3-Sbl 3 47.5 127.0 2423

432 CsC 2H302—CsNO3 —LiC 2H302 69.5-4-26.5 127.0 2902

433 A1C1 3-KC1 67 128.0 34 43

84 260

434 CsN02 -LiN03 32.5 128.0 1192 435 Ca(N0 3) 2-RbN03 39 128.0 1998

436 KN03 -LiN03 62 128.0 2275

437 CsC 2H302 —CsNO3—RbC2 H302 55-23-22 128.0 1278

438 AgN03-RbN03 67.5 128.0 3121

439 Asl 3-Hgl 2 88.5 129.0 2452

440 AlCl 3-HfCl 4-NaCl 46.5-4-49.5 130.0 1124

441 AlCl 3-NaCl-WCl6 48-50-2 130.0 ±3 1106

442 Asl 3—Gal 3 6 130.0 2289

443 LiN0 2 -LiN03-NaN03 60-5-35 130.0 916

444 CsN03-LiN03-NaN03 36-47.5-16.5 130.0 1211 445 LiN03 -NaN03-RbN03 28.5-20-51.5 130.0 1211 446 Asl 3—Inl 3 65 130.0 2682

447 Gel 4—Inl 3 84 131.0 2682

448 NH4N03-PbfN03) 2 67 APP 131.0 3160

449 kno3 -nh4ci-nh4no3 11-14-75 131.0 3187

450 A1C1 3-KC1 71-65.5 131.5 ±17.5 688

451 NH4C1-NH4H2PO4 -NH4N03 14-6-80 131.9 3187

452 AgN03 -KN03 62 131.9 1943

453 HgI 2 -KI 61.5 132.0 1918

454 All 3-Hgl 2 42 132.0 1918

References

1352

44 45 78 80

331 451 472 688

658

44 45 78 80

794 3241 3243

10
Table 1 . Eutectic data—Continued

Locator System Mol % T, C References number

455 LiN02 -RbN03 65 132.0 1012 456 CsNOj-LiNOj-NaNOj 47-40.5-13.5 132.0 1211 457 KNO3 -UNO3 58.8 132.0 1065 458 UNO3 -TINO3 30 132.0 1293 459 CsC 2H302 —KC2 H3 02 71.5 132.0 1213 460 LiN02 -NaN03 65 133.0 916

461 LiNOj-LiOH-RbNOj-RbOH NA 133.0 2825

462 LiNOj-LiOH-RbNOj-RbOH NA 133.0 2825

463 BiClj—NaFeCl4 17.5 134.0 2594

464 CsN02—LiN03 47.5 134.0 1192 465 Cd(NO3) 2-KNO3 —LiNO3 34.2-43-22.8 134.0 512

466 KNO3 -UNO3 58.8 134.0 925

467 LiNOj-NaNOj-RbNOj 45-21-34 134.0 1211 468 CsNOj-CsOH-KOH 17-57-26 134.0 3054

469 A10Cl-NbCls 42.9 135.0 2565

470 HgCl2-NH4Cl 42 135.0 513 514

471 NaCl-RbNOj-TlBr 17-79-4 135.0 956

472 Allj-Lil 74 APP 135.0 APP 2284

473 Allj-Rbl 71 135.0 2523

474 AII 3-SM3 60 135.0 1918

475 Cd(N03) 2-NaN03 47 135.0 904 1998

476 Mg(NO 3) 2—NaNO3 33 135.0 1998 477 CsC 2 H302-LiNO3 85.1 135.0 1164

478 CsNOj-LiCjHjO,—LiNOs 39-11-50 135.0 1164

479 CsC 2H302—LiC 2H3 02 76 135.0 952

480 A1C1 j-BiCl 3 -NaCl 48.7-10.1-41.2 136.0 2525

481 BiCl 3—FeCl 3-NaAlCl4 22.3-14-63.7 136.0 2594

482 CuCl-KCl 67 136.0 38 104 483 AlCljPOClj-ZrCl.^POClj 47 136.0 2359

484 AgCl-HgI 2 52 136.0 1918

485 Sr(N02) 2 -TlN03-TlN02 26.5-11.0-62.5 136.0 2974

486 CsN03-LiC 2H302 -LiN03 5.5-51-43.5 136.0 2902

487 AgCl-AgI-HgI2 47-2-51 APP 136.0 3113

488 AgNOj-RbNOj 40 136.0 3121

489 AlClj-NbClj 41.6 136.5 1344 490 LiNOj-TINOj 31 136.5 925

491 A1C1 3 -HfCl 4-NaCl 46.5-2-51.5 137.0 1124 492 LiN0 2-NaN02 -Sr(N0 2) 2 55.1-36.7-8.2 137.0 2285

493 LiC jjHjO.-LiNOj-NaNOj 49.5-42.5-8 137.0 1146 494 InCl—ZnCl 2 55 137.0 2705

495 AgCl-HgI 2 49 APP 137.0 3113

4% AlBr3-BiBr3 34.4 137.3 1918 497 AlClj-BiClj-NaCl 44-11-45 138.0 2525

498 A1C1 3-MoCls—NaCl 47-3-50 138.0 ±2 912

499 AlClj-InCl 70 138.0 2186 2392

500 AlCl 3 -NbCl5 50 138.0 1182 501 CsC 2 H302 —CsN03 —LiC 2H3 02 16.5-8.5-75 138.0 1164 502 NaAlCl4—WC15 98 138.0 3015

503 All 3—Ini 2 27.5 138.0 2919

504 CsC 2H302-KC 2 H302 72 139.0 1322 505 KN03 -NH4 H2 P04 -NH4N03 NA 139.0 3187

506 A1C1 3—MoCl s —NaCl 48.5-3-48.5 140.0 ±2 912

507 AlCl 3-NaCl-NbCl s 48.8-48.4-2.8 140.0 331

508 AlCl 3-NaCl-TaCl 5 46.7-51.2-2.1 140.0 121 509 BiClj-NaAlClj 14 140.0 2594

510 HgBr2-NH4Br 52 140.0 514

53M en 1Z 71 APP 140.0 APP 2284

512 Gal-KI 65 140.0 2243

11
Locator System

number

Mol % T, °C References

513 All 3-Sbl3 34 140.0 1918

514 Gal 3 -Hgl 2 70 APP 140.0 APP 2263

515 Inl 3—Pbl 2 77.5 140.0 1345 516 Gal 3 -Tll 65 140.0 2243

517 Gal3—Znl 2 38 140.0 2263

518 NaN02 —T1N02 18 APP 140.0 1148 519 CsN03-KN03-NaN03 29-33-38 140.0 1214 520 Ca(N03) 2-K2 Cr04-KN03 34.21-0.02-65.77 140.0 546

521 KN03-NaCNS 63.5 140.0 944

522 KN03-NaCNS 34 APP 140.0 APP 1942 523 CsC 2 H302—Zn(C 2H302) 2 80 140.0 2957

524 NaAlCl4-TeCl4 NA 140.0 2834

525 CuCl-FeCl3-TeCl4 8-30-62 140.0 2918

526 CuCl-NH4Cl 62 140.0 3147

527 Gal 3—Sbl3 27.5 140.1 2621

528 Ca(N03) 2-C(XNH2) 2 25.2 140.5 2109

529 NaC 2H302-RbC 2H302-RbN 03 31-60-9 141.0 1030

530 AgN03-RbN03 5 141.0 3121

531 A1C1 3—FeCl 3—NaCl 49-2-49 142.0 490

532 FeCl 3-NaAlCl4 2 142.0 2594

533 AlCl3 POCl3-HfCl4 -2POCl3 49 142.0 2359

534 Sr<N0 2) 2 -TlN0 2 12.7 142.0 910

535 CafNO^-KNO, 34.2 142.0 546

536 CsC 2 H302 —CsN03 75 142.0 1213

537 CsN02 -NaN02 50 142.0 2923

538 NaC 2H302—Zn(C 2H302 ) 2 43 142.0 3109

539 CsN 3—Zn(N3) 2 NA 142.0 3072

540 All 3—Ini 65 142.0 2919

541 AgI-Ag2S04 68 142.0 3117

542 CuC1-NH4C1 41 143.0 61 543 Ca(NO J2-KNO3-Sr(NO3) 2 27.1-69.4-3.5 143.0 1237 544 NaAlCl 4-ReCl 5 95 APP 143.0 3015

545 NaAlCl4-NbOCl3 98 143.6 2086

546 FeCl 3—NaCl—WC16 48-48-4 APP 144.0 ±2 1106 547 KC 2H302-NaC2H302 -RbC 2 H302 8-33-59 144.0 996

548 A1C13—FeCl3—NaCl 48-3-49 145.0 490

549 InCl—ZnCl 2 57.6 145.0 964

550 HgCl2-HgI 2 55 145.0 1405 551 Ca(N0 3) 2-KN03 34.2 145.0 1998 552 Ca(N0 3) 2—KN03 36 145.0 1789 553 LiC 2H302-LiN03 51 145.0 1146 554 NaC 2H302-NaN03 -RbN03 10-38.5-51.5 145.0 1030

555 All 3 -Csl-Nal 57.0-21.0-22.0 145.0 2715

556 NaClAlCl3-NaI 95 APP 145.0 3237

557 CsN03-LiN03-RbN03 7-64-29 145.0 3079

558 A1C1 3-NaCl-TeCl4 44.5-46.5-9 145.0 2834

559 CafNO^-KNO, 34 APP 145.0 3174

560 Gal 3-Sbl 3 55.1 145.3 2621

561 CafNO^j-KNOj 32.4 146.0 1493 562 LiNO3-LiOH-RbNO3 -RbOH NA 146.0 2825

563 LiN0 2 -LiN03 70 147.0 1191 564 CsC 2H302 -LiN03 21.8 147.0 1164 565 BiCl 3 —GaCl 3 65 147.0 2964

566 CsN03 -LiN03 -RbN03 23-40-37 147.0 3079

567 Hgl 2-Sbl 3 22.5 147.5 2452

568 FeCl3-NaCl-NbCls 48.-50.5-1.5 148.0 446

569 FeCl3-NaCl-NbCl5 52.3-46.0-1.7 148.0 446

570 A1C1 3-CsC1 74.6 148.0 240

224

12
Table 1 . Eutectic data—Continued

Locator System Mol % T, °C References number

24.3 148.0 67.5 148.0 60 148.0 25.5-37-37.5 148.0

571 Hgl 2 -Sbl,

572 LiN03 -RbN02 573 NaN02 -TiN03 574 KN03 -NaN03 -RbN03 575 LiN03 -RbN03 576 CsN03 -NaCNS

577 LiC 2 H3 02 -NaC 2H302-NaN03 578 CsN 3-Zn(N3) 2 579 HgCl 2 —Hgl 2 580 AgN03 -Cd(N03) 2 581 AlCl3-FeCl 3 -NaCl

582 AlBr3—CsBr

583 Hgl 2 -Tll

584 LiN02 -NaN02 585 LiN03 -NaN02 586 AlCl 3-NaCl

587 CuCl-KCl

588 CuCl-RbCl

589 Gal 3—Nal

590 CsN03-NaN03 591 CsN03 -NaN03-RbN03 592 Csl-2A1I 3—Nal-All 3 593 BiCl 3 -CuCl-FeCl3 594 BiCl 3 -TlCl

595 AlCl 3 -TaCls 596 FeCl 3 —NaCl

597 LiN02 -NaN02 598 NaN02 —TINOj

599 CsF-HF

600 NaBiCl4—NaFeCl4 601 Cd(N0j) 2-RbN03 602 NaC 2 H302-RbC 2 H302 -RbN03 603 Agl—Inl 3 604 AgI03-AgN03 605 Ba(N0 2) 2 -RbN02 —T1N02 606 AlCl 3-BiCl3 -NaCl

607 SnCl 2 -TaCl5 608 NaN03 -Na2 S04-RbN03 609 Ca(NO 2) 2 —NaN02 -NaN03 610 LiN03-RbN03 611 CsN03-LiBr-LiN03 612 Ga—GaBr3 613 CdI 2-CsI-KI

614 BiCl 3-SeCl4 615 NH.NOj-fNH.l.PjO,

616 AgBr—AgN03 617 LiN03 -NaN02 618 BiCl 3-PCls 619 KN03-NH4N03 620 KN03-NH4N03 621 FeCl3-NaCl-WOCl4 622 NbCls-WCl6 623 KC 2H302-LiC 2H302 -NaC2 H302 624 KC 2H302-LiC 2 H302 -NaC2 H302

625 FeCl 3-NaCl

626 KCl-NbCl5 -ZrCl4 627 TaCl 5 -WCl6

30 148.0 61 148.0 51-35.3-13.5 148.0 NA 148.0 52 148.0 62 APP 148.0 46-3-51 149.0 79 149.0 60 APP 149.0 63 149.0 35 149.0 50 150.0

66 150.0 68 150.0 67 150.0 48 150.0 APP

16.5-40-43.5 150.0 46 APP 150.0 36-17-43 150.0 67.5 150.0 49.8 150.6

54.7 151.0 62.5 151.0 25 151.0 54.7 151.5 20 152.0 23 152.0 15.5-35-49.5 152.0 10 153.0

26.1 APP 153.0 APP

20-33-47 153.0 50-0-50 APP 154.0 69.5 154.0 40.4-1.0-58.6 154.0 26.6-32.9-40.5 154.0 32 154.0 41-9-50 154.0 36 154.0 46-19-35 155.0 50 155.0 95.4 155.0 25 155.0 62.5 156.0 NA 156.0 21.3 156.7

11.3 156.7 50-50-0 APP 157.0

56.7 157.0 41-32-27 157.0 9-57-34 157.0 54 158.0 17-44-39 158.0 49.9 158.0

1448

1012

1687 1212

1211 1940

1146

3072

3113

3119

490

2265

1844

1201 916

27 34 44 45 78 80

84 258 331 451 472 688

38 104 715

714

2243

3239

1214 2715

2918

3133

2187

263

916

1687 566

2594

1998

1030

1970

1094 2725

2525

914

2529

915

1082 2615

3018

1794

2619

3058

3168

916

2930

1009 3187

2467

1455 1145

1145

121 372

874

1455

13
Table 1. Eutectic data—Continued

Locator System

number

Mol % 7, °C

628 Ca(N0 2) 2 -TlN02 8.1 158.0 910

629 Ba(N03) 2-Ca(N03) 2 -KN03 33.3-17.5-49.1 158.0 1237 630 KC,H,0,-LiC,H,0,-NaC,H302 44-31-25 158.0 1145 631 GaCl3 -PCl 3 100 APP 158.0 2648

632 A1C13 -WC15 70 158.0 3015

633 KBiCl4-LiBiCl4 35 158.0 3042

634 RbC 2H302 —Zn(C 2H302) 2 40 159.0 3109

635 AlCl 3 -BiCl3 35 160.0 2525

636 A1C1 3 -T1C1 70.5 160.0 1157 637 Gal 3—Snl 2 82 160.0 2263

638 CsN03 -T1N02 20 160.0 1242 639 LiC 2H302—NaC2H302 57 160.0 1146

640 A1I 3 —Csl—Nal 48.0-21.0-31.0 160.0 2715

641 CsN03 -KN03-K0H 22-53-25 160.0 3054

642 (NHJ4P207 -(NH4)H 2 PO4 27.5 160.0 3058

643 AgCl-AgN03 25 160.0 3168

644 AgCl-AgN03 25 160.0 3168

645 kno2-koh 58.4 160.0 3194

646 LiN03-Li0H-NaN03 53-33-14 160.0 3211

647 InBr3—TIBr NA 161.0 3076

648 Ba(N0 2) 2-KN02 -NaN02 21.2-42.4-36.4 162.0 2123

649 CsN02 -T1N02 25 162.0 1148

650 Ca(N0 3) 2 -KN03 29.5 162.0 1237 651 NaN03-TlN03 20.5 162.0 235

652 NaN03 -TlN03 22 162.0 1293 653 KC ,H ,0 ,—LiC ,H ,0 NaC ,Ha02 38-32-30 162.0 1218

654 LiCIO 4-LiNO3—NaCIO 4 60-26-14 162.0 2710

655 KBiCl 4-LiBiCl4 60 162.0 3042

656 LiNO 3 —NaC104—NaNO3 43-19.5-37.5 162.0 2774

657 P0C13 —ZrCl 4 59.75 162.5 674

658 Cd(N0 3) 2-CsN03 39.4 162.5 2181

659 Col 2—Ini 2 15 163.0 2994

660 AgN03—CsN03 67.5 163.0 3120

661 HgBr2—TIBr 60 APP 164.0 1844

662 A1I 3-CsI 85 164.0 2523

663 NaN03-RbN03 43 164.0 1211 664 NaN0 3—T1N03 23.4 164.2 1943

665 AlCl3-POCl3 41 APP 164.4 1159 666 aici 3-poci3 40.4 164.5 1182 667 aici 3-poci3 41 APP 164.5 2359

668 A1C13-ZtC14 85.7 165.0 1429

669 Bil 3—Inl 3 8 165.0 1878

670 Ba(N0 2) 2-TlN02 8.1 165.0 910

671 Ca(N0 2) 2—Ca(N03) 2—NaNOs 35.1-12.1-52.7 165.0 915

672 CsN03 -RbC 2H302 -RbN03 30-44-26 165.0 1278

673 NaCNS-TlN03 15 APP 165.0 APP 1942 674 Csl-Allj—NaIAlI3 43 APP 165.0 2715

675 CaCNO^j-LiNOj-NaNOj 0.18-99.45-0.37 165.0 2943

676 KCIO4-LiCIO4-LiNO3 5-52.5-42.5 165.0 2786

677 BiCl 3-TeCl4 49.3 165.5 3229

678 NaCl-Na2 S04-KCNS 3-0.3-96.7 166.0 246

679 NaNO3-Na2 SO4-RbNO3 28.1-0.5-71.3 166.0 2529

680 Cd(N0j) 2-CsN03 29.4 166.0 2181

681 InCl—ZnCl 2 85 166.0 2705

682 Cd(C 2H302) 2 —CsC 2H302 15 167.0 3110

683 kno2 -koh 43 167.0 3194

684 kci-kcns-k2 so4 3.4-96.4-0.2 168.0 246

685 HgBr2 —KBr 57.5 168.0 343

References

2555

14
Table 1 . Eutectic data—Continued

locator System Mol % T, °C References number

686 KN02 -T1N02 25 168.0 1148 687 Ba(N02) 2-Ba(N03) 2 -LiN02 15.2-4.2-80.6 168.0 1161 688 Cd(N03) 2 -KN03 46 168.0 1998

689 Cd(N03) 2 -RbN03 42 168.0 1998 690 Ca(N03) 2 -K2 Cr04-KN03 28.62-0.02-71.36 168.0 546

691 (NH4) 4P 2 07 -(NH4) 2 HP04 41±5 168.0 ±2 2891

692 KCNS-KI 93 APP 168.0 3181

693 AgN03 -CsN03 82.5 168.5 3120

694 KCNS-NaCl 97 169.0 246

695 KC 2 H302 —Zn(C 2 H3 02 ) 2 30 169.0 3109

696 A1C13—KCl-NbCl5-TaCl5 18-50-15.5-16.5 170.0 332

697 BiCl3-KCl 82.5 ±2.5 170.0 1918

698 AlCl 3 -WOCl4 75.7 170.0 ±2. 2467

699 A1C1 3-ZtC14 97.5 APP 170.0 1189 700 Cul—Inl 3 5 170.0 901

701 KOH-NaOH 50 170.0 2037 2178

702 KOH-NaOH 50.6 170.0 829

703 Ca(N0 2) 2-RbN03 19.7 170.0 1129 704 CsN03 -LiN03 40 170.0 1192

705 LiN03-RbN03 61.5 170.0 1211 706 MoCls -SeCl4 58 170.0 2619

707 (NH4) 2P207 —(NH4) 2HPO4 36.1 170.0 3058

708 KCl-TiCl 3 -ZrCl4 NA 170.0 2837

709 Sbl 3—Sb2 03 NA 170.0 2863

710 KC1-KCNS NA 170.2 3181

711 KBr-KCNS 3 APP 170.2 3181

712 BiCl3—FeCl 3 63 171.0 2594

713 SnCl2 —ZnCl 2 56 171.0 61 714 SnCl 2 —ZnCl 2 64 171.0 3138

715 AgN03-LiN03 75 171.5 3121

716 BiCl 3 -FeCl 3 77 171.5 3138

717 CuCl-SnCl2 21.8 172.0 1918 718 NH4Cl-SnCl 2 19 172.0 834

719 TaCl s —WOCl4 50.2 172.0 2054

720 AgCl-AgN03-Ca(N03 ) 2 18.5-78.3-3.1 172.0 198

721 NaN03-RbN03 28 172.0 1211 722 KNj-ZnlNj), NA 172.0 3072

723 CuCl—SnCl 2 18 172.0 3138

724 AlCl 3-BiCl3 68 173.0 2525

725 HfCl4-POCl3 40 173.0 2555

726 NH4Cl-SnCl 2 42 173.0 834

727 BiBr3-BiCl3 49.5 173.0 2014

728 KC1-KCNS 3.4 173.0 246 291

729 CdI 2-CsBr 56.9 173.0 1010

730 Cdl 2-Csl-Nal 37.6-50.4-12 173.0 1795

731 AgN03 -LiN03 76 173.0 925

732 CsC 2H302 -RbC 2H302 72 APP 173.0 1013 733 CdI 2-KI-PbI2 42.9-49.6-7.5 173.0 3023

734 CsCl-SnCl2 17 174.0 834

735 NbCl5-WOCl4 56.3 174.0 2054

736 LiCl-LiN03 -NaN03 5-80-15 174.0 2393

737 CsN03 -LiN03 43 174.0 1082 738 MoCls—SeCl4 64 174.0 2686

739 CsN03 -KN03-K0H 26.5-20.5-53 174.0 3054

740 HgBr2 -TlBr 48 APP 175.0 1844

741 Gal 3-Tel 4 27 175.0 2289

742 Cd(N03)2-KN03 25 175.0 1998

743 LiN03 -NaCNS 56 APP 175.0 APP 1942

15
Table 1. Eutectic data—Continued

Locator System

number

Mol % T, °C References

744 NaCNS-RbN03 62 175.0 1940

745 Csl-Allj—KTA1I3 41 APP 175.0 2715

746 POCl3-ZrCl4 43.5 175.3 674 2555

747 KC1—SnCl 2 52 176.0 834

748 AlCl3 -ZrCl4 92.5 176.0 1876

749 AgCl-AgN03 18.5 176.0 61 62 175 341 376

750 HgCl2-TlN03 12.8 176.0 476

751 RbN03-TlN02 10 176.0 2101

752 LiC 2 H302-RbC 2H302 26 176.0 952

753 Pb(N03) 2-TlN03 12.1 176.8 1943

754 CsN03—NaN03 47 177.0 1213 755 FeCl3—PbCl2 63 177.0 3138

756 A1C1 3—FeCl 2 87 178.0 1973 757 SnCl2—T1C1 70.5 178.0 512

758 Ca(N03) 2-LiN02—LiN03 10.5-71.8-17.7 178.0 1055

759 Ca(NO j) 2—RbNO2 17.6 178.0 1129

760 KN03-Mg(N03) 2 56 178.0 1998

761 CsN03—LiBr—LiNOs 26-65-9 178.0 2615

762 CsN03—LiBr—LiNOs 36-56.5-7.5 178.0 2615

763 LiBiCl4—NaBiCl4 85 178.0 2962

764 Te—Tel 4 66 178.0 2851

765 TaCl s—WOCl4 55 178.5 1993

766 NaN03 -RbN03 44 178.5 1082 767 FeCl3-PbCl2 50 178.6 3138

768 NaC 2H302-RbC 2 H302 38 179.0 1030

769 Cd(C 2H302) 2—RbC2 H302 14 179.0 3110

770 LiN03-RbN03 66 179.5 1082

771 NaF-SnF2 20 180.0 1306 772 KC1—NaCl-TaCls 20-30-50 180.0 840

773 A1C1 3-KCl-NbCls 4-6-90 180.0 332

774 AlCl 3-KCl-TaCls 21.3-50-28.7 180.0 332

775 FeCl3—KC1—ZrCl4 30-35-35 180.0 794

776 FeCl 3—KC1—ZrCl 4 59-34-7 180.0 794

777 KCl-NbCls—TaCl 5 15.5-69-15.5 180.0 332

778 KC1—SnCl 2 38 180.0 502 667

779 BiCl 3—TaCl s 73 180.0 2328

780 NH4Cl-ZnCl 2 48.5 180.0 964 965

781 SnCl 2—ZnCl 2 58.2 180.0 964

782 LiCl-LiN0 3-NaN03 2.5-52.5-45 180.0 2393

783 CdI 2-KI-NaI 47.1-42.6-10.3 180.0 2148

784 Agl—Gal 3 24 180.0 2243

785 Bil 3 -Gal 3 31 180.0 2289

786 Cdl 2 —Gal 3 20 APP 180.0 APP 2263

787 Gal 3—Pbl 2 85 180.0 2263

788 RbN02-TlN02 75 180.0 1148

789 Ca(N0 2) 2—NaN03 36.8 180.0 915

790 MoCls-PCls 62 180.0 2686

791 LiNO3—NaCIO4—NaNO3 43-19.5-37.5 180.0 2710

792 FeCl 3—WC15 70 180.0 3015

793 A1C13—BaCl2 81.7 180.0 3034

794 LiC10 4-LiN03 -NaC10 4 60-26-14 180.0 2774

795 Lil-LiOH 55 180.0 3202

796 NaN03-RbN03 53 180.5 1077 797 Ba(N02) 2—NaN02 55.6 181.0 2123

798 KN03-T1N03 28 181.0 1293 799 RbC 2H302-RbN03 35.5 181.0 1030

800 KC 2H302 -LiC 2H302 64 181.0 1145 801 KN03-TlBr-TlN03 25.5-4.5-70 181.0 3195

16
Table 1. Eutectic data—Continued

Locator System Mol % T. °C number

802 AlCl3-KCl-ZrCl4 20-40-60 182.0 794

803 HgCl 2 -KCl 68 182.0 513

804 LiC104-NH4C104 69.5 182.0 1116

805 CuBr-KBr 28.1 182.0 641

806 Ba(N02) 2 -LiN02 20.5 182.0 1161 807 Inl 3-Znl2 75 182.0 2616

808 NaCl-SnCl2 32 183.0 667

809 HgCl2 -TlCl 64 183.0 711 810 NH4Cl-SnCl 2 20 183.0 953

811 CsN03-LiN03 55 183.0 1192 812 NaC 2H302 -NaCNS-NaN03 32.5-30.5-37.0 183.0 3230

813 HfCl4-POCl3 56 183.7 2555

814 CeCl3—NaCl-SnCl2 2-22-76 184.0 828

815 NaCl-NbCls—ZrCl4 18.8-54.4-26.7 184.0 779

816 CsNOj-NaCNS 31 184.0 1940

817 AgCl-PbCl2-TlCl 50-8-42 184.0 2651

818 AgCl—BiCl3 45 184.0 2964

819 nh4ci-nh4h2 po4 12.2 184.0 3187

820 SnCl 2-TlCl 82 185.0 711 821 A1I 3 -CsI 64 185.0 2523

822 Ca(N02) 2-KN02 25 185.0 1897 823 cdi 2 -ia 52.5 185.0 3140

824 NaCl-SnCl2 28 186.0 828

825 NbCl5-ZrCl4 65.7 186.0 779

826 NH4C1—SnCl2 40 186.0 953

827 KC 2H302-RbN03 25 186.0 1225 828 Ba(NOz) 2—LiN02 21.2 187.0 2116

829 LiN03-NaN03 56 187.0 3003

830 CsCl—SnCl2 17 188.0 286

831 A1C1 3—InCl 80 188.0 2186 2392

832 Fel 2—Gal 3 25 188.0 2263

833 Gal 3—Nil 2 71 188.0 2263

834 Ca(NOj) 2 -CsNO3 42 188.0 1998

835 CsOH-KOH 55 188.0 3054

836 kno3-nh4h2po4 33 188.0 3187

837 AlCl3-HfCl4 93.95 189.0 1881 838 AlClj—ZrCl4 89.84 189.0 1881 839 HgCl2-TlCl 66 APP 189.0 1844

840 KC1-NaCl-NbCl5 22-28-50 190.0 840

841 BiCl 3-CuCl 56 190.0 1918

842 BiCl 3-NbCl5 54 190.0 2328

843 AgCITIBr 60 190.0 1021 844 AlBr3-KBr 48 190.0 2265

845 Cdl 2-Inl 3 62.5 190.0 1345

846 Na2S04-Na2S207 8 190.0 2009

847 CdfNO^^LiNO, 35 190.0 1998

848 KC 2 H3 02-KN03 -LiC 2 H302 60-11-29 190.0 1215 849 MoCls -SeCl4 45 190.0 2686

850 BiCl 3-HgCl2 62 190.0 2964

851 LiC 2 H302 -NaC2H302 26 190.0 3100

852 GaBr3—TIBr 45 190.0 2809

853 KF-SnF2 19 191.0 1306

854 NbCl5-PCl3 67. 191.0 2328

855 SnCl 2 -TlCl 79 191.0 2061

856 RbCl-SnCl2 17 192.0 286

857 HgCl2 -TlN03 37 192.0 476

858 Hgl 2-T1N03 5 192.0 1404

859 Ba(N03 ) 2-LiN03-NaN03 1.3-53.2-45.5 192.0 512

References

17
Table 1. Eutectic data—Continued

Locator System

number

860 LiBiCl4—NaBiCl4 861 BiClj-LiCl

862 HgCl2 -NH4Cl

863 TlCl-ZnCl2 864 LiN02 -LiN03 865 LiN03-NaN03 866 TIBr-TINOj

867 AlClj—CsCl-TaClj

868 CsN03—NaNOj

869 All 3—Ini 870 AlCl3-HfCl4-KCl

871 AlCl3-KCl-NbCl5 872 KN03 -Mg(N03) 2 873 CsIAlI 3-RbIAlI3 874 BeCl 2—KCl-NaCl

875 SnBr2—SnS

876 SnCl2 -TlCl

877 BiCl3-NaCl

878 NaCl-NbCls-ZrCl4 879 Cdl 2—Inl 3 880 LiN03-NaN03 881 Cd(C 2H302) 2-KC2H302 882 Agl-RbI

883 AlCl3-FeCl2—FeCl 3 884 HgCl2-TlN03 885 LiC 2H302-NaN03 886 KC 2H302-LiC 2H302 887 Agl-Inl

888 RbCl—SnCl2 889 FeCl 3—NbCls 890 HgCl2-NH4Cl

891 All 3-Rbl

892 Ca(N0 2) 2-KN02 893 RbC 2H302-RbN03 894 KCl-SnCl2 895 RbCl-SnCl2 896 AlClj—InCl

897 FeCl 3—TaCl s 898 NH4Cl-SnCl 2 899 Gal 3—KI

900 Cdl 2 -Csl

901 Cul—Gal 3 902 Gal 3-Mgl 2 903 K2 Cr0 4-KOH-LiOH

904 Ca(N0 2) 2-NaN02 905 LiN0 2 -LiN03 906 RbN03-Sr(N03) 2 907 RbN03-TlN03 908 NaC 2H302 —NaN03 909 InBr3—NaBr

910 CdCl 2-InCl

911 NaC 2H302-Zn(C 2H302) 2 912 InCl-KCl

913 BiBr3—TeBr4 914 InBr 3-SnBr2 915 AgI-TlI-Tl2S04 916 A1C1 3-KCl-NbCl5 917 KCl-SnCl2

Mol % T, °C References

50 192.0 2962

95 192.0 2980

39 193.0 513

41.8 193.0 964

75 193.0 1161 54 193.0 925

11.5 193.0 3195

5-6-89 194.0 240

50 194.0 2923

48 194.0 APP 2919

22.5-46.2-31.3 195.0 1124 15-52-33 195.0 332

81 195.0 1998

25 APP 195.0 2715

46-13-41 195.0 2978

95 APP 195.0 2997

81.0 195.2 2748

80 196.0 2525

35.6-49.2-15.2 196.0 779

1.5 196.0 1345 55 196.0 916

46 196.0 3110

75 196.0 3116

59-33-8 197.0 1973

58.5 197.0 476

85 197.0 1146

62.4 197.0 1218

70 197.0 2919

18 198.0 834

20.6 198.0 658

61.3 198.0 513

48 198.0 2523

40.3 198.0 1897

81.5 198.0 1030

20 200.0 834

44 200.0 834

30 200.0 2186

24.3 200.0 658

56 200.0 834

47 200.0 2243

55.6 200.0 1010

12.5 200.0 2243

17 200.0 2263

6-69-25 200.0 942

32.4 200.0 915

70 APP 200.0 APP 1012

80 200.0 1998

23 APP 200.0 APP 1293

76.5 200.0 1146

47 200.0 2625

10 200.0 2705

75 200.0 2957

98 APP 200.0 APP 2767

80 200.0 2841

27 200.0 2888

1.5% S04, 68% AG 200.0 3117

27.5-50-22.5 201.0 332

17 201.0 502

655

655

18
Table 1. Eutectic data—Continued

Locator System

number

Mol %

918 TeCl4 -TlCl 89

919 T1 2 C03 -T1N03 14 920 FeClj-KCl 53

921 AgBr—T1C1 61 922 Ca(C10 4) 2 -LiC104-NaC104 11.2-66.8-22

923 Ca(N03) 2 -LiN02 8.1 924 BiClj-LiCl 65

925 FeClj—KC1-UC14 NA

926 TeCl4 -TeI4 65

927 TeBr4—TeCl4—Tel 4 0-65-35

928 AgN03 -Ca(N03) 2 89

929 NbCls-NbOCl3 99.4 930 AgN03-Pb(N03) 2 96

931 RbCl-SnCl2 44.5 932 RbN0 2 -TlN03 15 933 KN03-RbC2H3 02 20

934 GaCl3—KCl-MgCl 2 45-53-2

935 KN3—Zn(N 3) 2 NA

936 KN03 -LiC 2 Hf 02 -NaN03 8-67-25

937 SnCl 2-TlCl 66

938 LiC10 4-NaC104 71.5 939 Ca(N03) 2—NaN02 31.1 940 LiN03-NaC104 67

941 LiN03-NaN03 67

942 NaNbOCl4-NbCl5 0 APP

943 KA1C1 4-KCl-K2NbOCls 75.4-11.5-13.1

944 CuCl-NbCl5 23.3 LT

945 HgCl2 -TlCl 32

946 BiBr3 —PbBr2 76.5 947 Ca(NO 2) 2—LiNOz 9.6 948 Ca(N0 2) 2-RbN02 21.2 949 RbN02 -TlN03 50

950 BaCl 2—NaCl—ZnCl 2 6.5-32.5-61

951 FeCl3—KC1-UC14 NA

952 K2NbOCl5—TaCl 5 57.5 APP

953 Agl-TlI 69

954 BiBr3—PbBr2 80

955 BiCl 3 -WOCl4 40.3 956 AgN03 -SrCl 2 99.5 957 NaBr-Nal-NaOH 11-14-75

958 KN03-RbC2H302 70

959 Ba(NO 2) 2-KNO2 -RbNO2 48-47-5

960 BiCl3-LiCl 45

961 A1C1 3-KCl—TaCl 5 29-50-21

962 KC104-LiC104 24

963 LiC104-NaC104 71.5 964 A1I 3-KI 47.5 965 AgNOj-BafNO^j 98

966 AgNOj-BafNO^ 99.1 967 AlCl3-FeCl 2 58

968 SnCl2-TaCl5 11.1 969 LiC104-NaC104 72.5 970 GaI3-TU 45

971 Ca(N02) 2—LiN03 31.1 972 Ca(NO j) 2—LiNO 2—LiN03 30.7-61.4-7.8

973 CoCl 2—NaCl—TeCl4 2-3-95

974 KN03-NaN03-Sr(N03) 2 52.3-42.9-4.7

975 AgN03-Sr(N03) 2 99.5

7", °C References

201.0 2707

201.0 3217

202.0 794

202.0 1021 202.0 913

202.0 1055 202.0 2980

202.0 2985

202.0 SER SOLID SOL 2764

202.0 SER SOLID SOL 2764

202.0 3118

202.4 2288

202.7 1943

203.0 286

203.0 2101

203.0 1225

203.0 2613

203.0 3072

203.0 2901

204.0 2061

204.0 1116 2503

204.0 1897

204.0 2710

204.0 2774

204.5 APP 2086

205.0 1048

205.0 889

205.0 711 205.0 1918

205.0 1897 205.0 1897 205.0 2101

205.0 2928

205.0 2985

205.0 3025

205.0 3117

205.3 3138

206.0 2054

206.0 198 206.0 512

206.0 1225

206.0 2725

206.0 2980

207.0 840

207.0 495

207.0 913

207.0 2523

207.0 3118

207.9 1942

208.0 1973

208.0 914

208.0 495

208.0 2243

208.0 1055 208.0 1055

208.0 3017

208.4 1872

208.7 1942

19
Table 1. Eutectic data—Continued

Locator System

number

Mol % T, °C

976 FeCl3-WOCl4 1 APP 209.0 ±2 2467

977 HgCl2 -TlCl 40 APP 209.0 1844

978 PCl s-TaCls 30 209.0 2328

979 BeCl2—NaCl 55 210.0 218 287

980 GaCl3-KCl 49 210.0 1016

981 KCl-PbCl2—ZnCl 2 42-6-52 210.0 682

982 AgCl-TICl 60 210.0 259 269

983 AlCl3-InCl2 3 APP 210.0 APP 2392

984 CdCl2-CdI2 -TlI 18.6-32.9-48.5 210.0 790

985 Gal 3—Nal 47 210.0 2243

986 LiOH-NaOH 30 210.0 1029 2037

987 AgN03 -Pb(N03) 2 93 APP 210.0 2115

988 RbNO3-Sr(NO3) 2 84.8 210.0 955

989 AgCl-TICl 55 210.0 2651

990 BeCl2-KCl—NaCl 45-28-27 210.0 2978

991 FeCl3—

K

2UC16 75 210.0 2985

992 FeCl 3-KCl-UCl4 NA 210.0 2985

993 Inl 2—Snl 2 74.5 210.0 2994

994 CsN 3—Zn(N 3) 2 NA 210.0 3072

995 KC104-LiC104 24 210.0 2787

996 Agl—Inl 2 20 210.0 2919

997 T12C03-T1N03 40 210.0 3217

998 AlCl3-KCl-NbCls 29-50-21 211.0 840

999 AgCl-AgI 42 211.0 3170

1000 LiOH-NaN03-NaOH 26.3-4.5-69.2 211.0 3211

1001 ti2co3-tino3 62 211.0 3217

1002 KC 2H302-KN03 39 212.0 1215

1003 PbCl2-TeCl4 2 APP 212.0 2709

1004 KN03—NaC2H3Oz 60 212.0 2901

1005 NbCls—TaCl s 57 213.0 241 1006 TlCl-ZnCl 2 48 213.0 450

1007 KN02 -Sr(N0 2) 2 73.4 213.0 2285

1008 Ca(N03) 2-LiN02 33.3 213.0 1055

1009 LiC 2H302-NaC 2H302 47.5 213.0 1218

1010 Na-S 25 213.0 2631

1011 SeCl4-WCl6 40 213.0 2718

1012 K2FeCl6-K2UCl6 70 213.0 2985

1013 KAlCl4-K2NbOCl5 86.8 214.0 1048

1014 NH4Cl-TaCl 5 4 APP 214.0 1041 1015 KN03-KOH 68.5 214.0 1033

1016 CdCl2—TeCl4 4 APP 214.0 2709

1017 NaC3H702-NaCNS-NaN02 57.5-40-2.5 214.0 2723

1018 NaC3H 7 02—NaCNS-NaN02 61-37-2 214.0 2723

1019 CafNOjJj-NaNOj 31 214.0 3003

1020 FeCl 3 -ZnCl2 30 214.0 3138

1021 Ba(N03) 2-KN03—NaN03 2.6-51.3-46.1 214.1 1872

1022 LiCl-SnCl2 15 215.0 666

1023 KCl-TaCl4 49 215.0 1027

1024 CsCl-CuCl 23 215.0 719

1025 BiCl 3-ZnCl2 89.1 215.0 964 965

1026 CuCl-TaCl5 28.3 LT 215.0 889

1027 Ail 3-Nal 48 215.0 2523

1028 KN02 -Sr(N02) 2 72.6 215.0 1020

1029 BeCl2 -NaCl NA 215.0 3128

1030 AgCl-AgI 46 215.0 3171

1031 KC1—MgCl2—ZrCl4 36.5-3.5-60. 216.0 1125

1032 BeCl2—NaCl 50 217.0 1941

1033 BiCl 3-WCl6 92 217.0 2054

References

314

388

20
Table 1 . Eutectic data—Continued

Locator System

number

Mol % r, °c

1034 KN02—Sr(N02 ) 2 49 217.0 1020

1035 CsN03 -KN03 39.6 217.0 1212

1036 KC2H302 -RbN03 68 217.0 1225

1037 LiC 2H3 02 -NaN03 80 217.0 2901

1038 KN03 -Pb(N03 ) 2 76.6 217.1 1943

1039 AgCl-TICl 56.1 APP 218.0 1021 1040 InCl3—SnCl 2 8.7 218.0 750

1041 NaN02 -Sr(N02) 2 71 218.0 1020

1042 NaCNS-NaNO, 41.5 218.0 2723

1043 NaCNS-NaNO, 37 218.0 2723

1044 Cdl 2—Ini 2 3.5 218.0 2994

1045 KC1—NaCl—ZrCl4 NA 218.0 3047

1046 BiCl3-PbCl2 88.7 219.0 1918

1047 LiC104-NaC104 78.2 219.0 913

1048 KN02 —Sr(N0 2) 2 49.6 219.0 2285

1049 CsC ,H ,0 ,—KC,H ,0 9 —LiC ,H ,02 13-5-82 219.0 1464

1050 LiC 2 H302 —NaC 2 H3 02 69 219.0 1218

1051 LiC104-NaC104 78 219.0 2614

1052 AgCl—TeCl4 2.6 219.0 2707

1053 LiCIO 4-NaC104 78 219.0 2773

1054 BiCl 3-PbCl2 90 219.0 3138

1055 FeCl3 —T1C1 40 APP 219.0 3133

1056 NaCl—TaCl 3 55 220.0 1019

1057 FeCl 3 —KC1 66 220.0 ±2 2537

1058 KCl-ZrCl4 42.2 220.0 83

1059 AlClj—In 2 Cl3 42 APP 220.0 APP 2392

1060 kno3-koh 32 220.0 1033

1061 CsN02—CsN03—SrlNOjlj 54.8-16.1-29 220.0 1238

1062 kc 2 h3o2 -kno3 61 220.0 1215

1063 GaCl 3-KCl-MgCl2 44-4-52 220.0 2613

1064 NaC 3H 7 02-NaCNS-NaN03 17.5-40-42.5 220.0 2723

1065 LiC 2Hs O2 -Zn(C 2 Hs O2) 2 25 220.0 2957

1066 Inl 2—Znl 2 97.0 220.0 2994

1067 CaCNOjlj—LiN03 14±2 220.0 3003

1068 SnBr2 —TlBr 93.7 220.5 2748

1069 K2 C03-K0H-Li0H 2.1-71.8-25.6 221.0 2526

1070 Ba(N0 2) 2 —KNO, 31.6 221.0 2123

1071 FeCl 3 -NH4Cl 65 221.0 3147

1072 GaCl3—NH4C1 35 APP 222.0 1016

1073 KC 2H302-LiC 2H302 15.5 222.0 1145

1074 K2Cr20 7 -NaN03 36.1 222.0 3190

1075 CsN03-KN03 40 APP 222.0 2790

1076 Ca(N03) 2—NaN03 29 222.8 1998

1077 RbCl-SnCl2 51.5 223.0 286

1078 FeCl 2—LaCl 3 —SnCl 2 6-2-92 223.0 828

1079 NaCN-NaOH 31 224.0 1101 1080 KN02-NaN02 35 224.0 904

1081 HgCl2-WCl6 5 224.0 2718

1082 Inl 2—Pbl 2 97.5 224.0 2994

1083 TeBr4-TeCl4 0 SER SOLID SOL 224.0 2764

1084 Nal-NaOH 19.4 224.5 1101

1085 All 3-Lil 48 APP 225.0 APP 2284

1086 InCl2-KCl 95 APP 225.0 2767

1087 NaCl-NaN03 -NaOH 1.6-70.8-27.6 225.0 2836

1088 KNOa—Na2Cr207 73.3 225.0 3190

1089 CeCl 3 -FeCl 2 -SnCl2 2-6-92 226.0 828

1090 AgBrTIBr 62 APP 226.0 1021

1091 KOH-LiOH 68.8 226.0 2299

References

201 794

21
Table 1 . Eutectic data—Continued

Locator System

number

Mol % T, °C

1092 Ca(N03) 2-NaN03 30.3 226.0 915

1093 LiC ,H ,0 9—NaC,H ,0 9 81.5 226.0 1146

1094 NaC104-NaN03 38.5 226.0 2653

1095 Inl 2—Mnl2 100 APP 226.0 2994

10% KOH-LiOH 71 227.0 2037 2178

1097 NaCNS-NaN03 44 APP 227.0 APP 1942 1098 Hgl-Hgl2 47.5 227.0 3150

1099 NH4C1—ZnCl2 27 228.0 964 965

1100 KCl-KOH-LiOH 6.0-64.0-30.0 228.0 683

1101 CafClO^-LiClC^ 13.1 228.0 325

1102 AgBr—RbBr 68 228.0 165 803

1103 KC 2H302—NaC 2H302 55 228.0 9% 1145

1104 CsN03-NaN02 60 APP 228.0 MIN 2923

1105 LiBr—LiN03 23 228.0 2926

1106 AgBr—RbBr 68 228.0 3116

1107 Hgl 2 -Pbl 2 23 228.0 3152

1108 KCl-KOH-LiOH 6-64-30 228.0 3188

1109 KC1—PbCl2—ZnCl2 23-14-63 229.0 682

1110 CdBr9-KC9H,09—NaC9 H,09 4-48-48 229.0 2728

1111 CdCl2—SnCl 2 10 229.0 3138

1112 HF-KF 48.60 229.5 567

1113 KCl-TaCl3 50 APP 230.0 1019 1114 KC1—ZnCl 2 51 230.0 140 200

1115 BiCl3-InCl3 100 APP 230.0 1354

1116 FeCl 2—SnCl 2 6 230.0 828

1117 Ba(NO 3) 2-LdCl-LiNO3 4.6-15.4-80 230.0 833

1118 Ca(N03) 2—LiCl—LiN03 17.9-20.5-61.6 230.0 3248

1119 CsBr—LiBr 48.5 230.0 2055

1120 CsBr—Cs2S04—LiBr 47.5-0 APP -52.5 230.0 2055

1121 NaN02-NaOH 77 230.0 1033

1122 LiOH-NaN03-NaOH 13.5-43-38.5 230.0 3211

1123 HgBr2 —NaBr 91.5 232.0 343

1124 HgBr2—PbBr2 95 232.0 3240

1125 KN02—NaN02 35 232.0 2123

1126 RbN0 2 —Sr(N02) 2 78.8 232.0 1020

1127 Ca(N0 3) 2-NaN03 29.8 232.0 904

1128 NH4Cl-ZnCl 2 27 232.0 3147

1129 CdCl 2 —SnCl 2 10 233.0 61 62

1130 MnCl2—SnCl 2 5 233.0 61 62

1131 NaN02-NaN03 60 233.0 915 916

1132 LiCl-LiC10 4 9.5 234.0 3009

1133 HfCl4-KCl-NaCl NA 234.0 3047

1134 A1C1 3-KCl-ZrCl4 46-52-2 235.0 794

1135 FeCl3-KCl-ZrCl4 44-53-3 235.0 794

1136 KCl-ZrCl 4 34.5 235.0 83 201

1137 AgCl—BeCl 2 60 235.0 512

1138 NaN02 -NaN03 50 235.0 915 916

1139 CaiNOjlj—LiN03 15 235.0 1998

1140 KC 2H302-NaC2H302 53.5 235.0 1738

1141 All 3-Csl-Nal 45.0-53.0-2.0 235.0 2715

1142 AgCl-BeCl2 60 235.0 3128

1143 FeCl 3-NH4Cl 38 235.0 3147

1144 kci-kh2 po4 -kno3 7-59-34 235.0 3187

1145 Na2S 2 -Na2 S 4 50 235.0 3219

1146 CafNOjlj—LiN03 15.3 235.2 557

1147 CsCl-CuCl 45 APP 236.0 719

1148 KC103-NaC103 11 236.0 384 3242

1149 CsBr—KBr—LiBr 25-19-56 236.0 2111

References

22
Table 1. Eutectic data—Continued

Locator System

number

Mol % T; °C

1150 Ca(N03) 2 -CsN02 39 236.0 1209

1151 Ca(N03 ) 2-LiN03 15.3 236.0 1239

1152 LiC,H,0,—RbC,H,0, 88.5 236.0 952

1153 CsC ,H ,0 ,-CsNO ,-LiC ,H 3 07 11.5-5-83.5 236.0 2902

1154 HgBr2 -HgS04 99 GT 236.0 3177

1155 HgCl2 -HgS04 99 GT 236.0 3177

1156 LaCl3—SnCl 2 2.3 237.0 828

1157 K2Cr2 07 —LiCl 30.7 237.0 1938

1158 NaOH-RbOH 75.2 237.0 512

1159 RbNO2 —Sr(NO2) 2 40 237.0 1020

1160 Na2S4-Na2 Ss 33 237.0 3219

1161 CaCl2 -LiN03 8.1 238.0 3248

1162 Agl-KI 29.5±1 238.0 1839

1163 k2ch3o2 -uc2 h3o2 13 238.0 1218

1164 As2 Se 3—Tl 2Se 21 238.0 ±3 3224

1165 KC 2H302-Mg(C 2H3 02) 2 63.5 238.0 2794

1166 LiOH-RbOH 26 238.0 2825

1167 AlCl 3-HfCl4-KCl 48-1-51 239.0 1124

1168 NaN02-NaOH 27 239.0 1033

1169 FeCl3 -KCl—LiCl 46-50-4 239.0 ±1 2975

1170 K2 NbOCl5-KTaCl6 40 239.0 3025

1171 CeCl 3 —SnCl 2 2.5 240.0 828

1172 CoCl 2 —SnCl 2 3 240.0 512

1173 AgCl-Agl-KCl 43-53-4 240.0 616

1174 SnCl2 -SnS 97.2 240.0 883

1175 A1I 3 -CsI 46.5 240.0 2523

1176 A1I 3-CsI 45 APP 240.0 APP 2284

1177 PbS-SnS 17 APP 240.0 883

1178 CsC ,H ,0 ,-LiC ,H 30

,

12 240.0 952

1179 KC 2H302—NaC2H302 61.5 240.0 1738

1180 CsIAlI 3-NaI 92 APP 240.0 2715

1181 Na2 S—

S

31.25 240.0 ±2 2932

1182 NaC 2H302—Zn(C 2 Ha O2 ) 2 50 240.0 2957

1183 CsOH-LiOH 74.5 240.0 ±5 3095

1184 LiC 2H302-LiCHO2 62.5 240.0 3100

1185 InBr3—TeBr4 52.5 240.0 2888

1186 BaS04—LiN03—Li 2 S04 2.5-%-1.5 240.0 2906

1187 KN03-Na2Cr20 7 44.6 240.0 3190

1188 Agl-KI 70 240.5 2673

1189 NaOH-RbOH 34.1 241.0 512

1190 NaF-Na2TiF6 75.1 242.0 761

1191 BiCl3-NaCl 48 242.0 2525

1192 HfCl4-KCl 62 242.0 83

1193 KAlCl4-NbOCl3 97.1 242.0 2086

1194 AgCl—CdCl 2—ZnCl 2 43-6-51 242.0 512

1195 PbCl 2 —ZnCl 2 7 242.0 35

11% NaCl-NaN03-NaOH 3.6-18.3-78.1 242.0 2836

1197 Agl-Hgl2 15 242.0 3114

1198 HgI 2 -HgS04 87 APP 242.0 3178

1199 NH4Cl-TaCl 5 70 243.0 1041 1200 Ca(N02) 2—CsN03 39.3 243.0 1209

1201 CuCl—ZnCl 2 18 243.0 3138

1202 RbCl-WCl5 1.5-2 APP 244.0 APP 1051 1203 SnCl 2 —YC13 89.6 244.0 1154

1204 LiCl-LiN03 12.5 244.0 680

1205 Bil 3 -Hgl 2 13.3 244.0 2452

1206 Ba(N03) 2-LiN03 2 244.0 1161

1207 kh2po4-kno3 29.2 244.5 3187

61

References

23
Table 1. Eutectic data—Continued

Locator System

number

Mol % T; °C

1208 AgCl-NH4Cl 8.5 245.0 655

1209 C9N03-LiC 2H302 9.8 245.0 1164

1210 BeCl2 -KCl-YCl3 38-37-25 245.0 2739

1211 CsN03—LiC 2H302 10 245.0 2902

1212 Agl-Hgl2 10APP 245.0 3113

1213 NaN03-NaOH 72 246.0 3211

1214 Ca(N0 2) 2—CsN02 23.1 247.0 1209

1215 FeCl3-KCl-LiCl 48-48-4 247.0 ±1 2966

1216 FeCl3-KCl-LiCl 48-48-4 247.0 ±1 2975

1217 KNbOCl4-KTaCl6 40 247.0 3025

1218 NaCl-NaN03-NaOH 4.2-40.2-55.6 247.0 2836

1219 NaF-SnF2 43 248.0 1306

1220 NaCl-NbCl4 33 248.0 791

1221 A1C13-T1C1 40.6 248.0 1157

1222 CsN02 —SrfN02) 2 82.3 APP 248.0 1020

1223 Na2S—

S

21.0 248.0 ±2 2932

1224 Agl—Tel4 16 248.0 3022

1225 Ba(NO3) 2—BaS04—LiNO3 1-1-98 248.0 2906

1226 RbCl-ZnCl2 47.5 249.0 1918

1227 AlCl 3-KCl-LiCl 48-48-4 249.0 APP 2975

1228 As 2Se 3-Tl 2Se 72 249.0 ±3 3224

1229 AgCl-HgCl 57.4 250.0 655

1230 InCl 2-TlCl 84 APP 250.0 APP 1462

1231 AgCl-LiCl-LiN03 0.5-12-87.5 250.0 399

1232 K2UCl6-LiCl-Li 2UCl6 34.1-26.9-39 250.0 ±2 2865

1233 KI-KOH 27 250.0 3193

1234 LiN03-Pb(N03) 2 96.5 250.2 1943 1235 Ba(N0 3) 2—LiN03 2.8 250.4 1942 1236 KNbCl6-NbOCl3 78.4 251.0 2086

1237 AgCl-RbCl 60 251.0 61 1238 SnCl 2—T1C1 44 251.0 2061

1239 Ba(N03) 2-LiN03 2.8 251.0 993

1240 LiNO3—Sr(NO3) 2 98.5 251.3 1942

1241 AgCl-CuCl 45.7 252.0 850

1242 LiN0 3 -Li 2 S04 1.26 252.0 511

1243 Ba(N0 2) 2 -Ba(N03) 2 94 252.0 1163 1244 Ba(N03) 2 -LiN03 2.6 252.0 833

1245 Mg(CH02) 2-NaCH02 21 252.0 2794

1246 NaF-SnF2 92 253.0 1306

1247 CdBr2—CsBr—KBr 37-12.3-50.7 253.0 2527

1248 CdI 2-PbBr2-PbI2 12.7-56.4-30.9 253.0 1676 1249 Na2S-S 18.6 253.0 ±2 2932

1250 AgBr—Ag2 S04 69 APP 254.0 3169

1251 SnCl 2—T1C1 NA 254.3 2748

1252 CsCl-NbOCl3 40 255.0 1050

1253 CsCl-TaCl4 52 255.0 1007 1254 K3-Mgl 2 61 255.0 1918 1255 CuCl-MgCl2-PbCl 2 57-5-38 255.0 ±3 2694

1256 NpF4-TlF 14 255.0 2994

1257 Ba(NO 2) 2—Ba(NO3) 2 94 255.0 3039

1258 Mg(C ,H 30 NaC 2H ,0

,

42.5 255.0 2794

1259 Ba(N0 2) 2 —Ca(N02) 2 89 255.0 2804

1260 Mg(C ,H ,0 ,) NaC ,H 3 0

,

60 256.0 2794

1261 NaF-SnF2 57 258.0 1306 1262 AgCl-CsCl 72 258.0 719

1263 AgCl-CuCl 48.9 258.0 850

1264 CuCl-PbCl 2 NA 258.0 3150

1265 NaN03 -NaOH 18.5 258.0 3211

References

1897

62 2046

24
Table 1. Eutectic data—Continued

Locator System number

Mol % T, °C

1266 LiBr—RbBr 59 259.0 430

1267 NaF-SnF2 72 260.0 1306

1268 FeCl 2 —InCl 3 —NaCl 10-45-45 260.0 2466

1269 AgCl-CuCl 46 260.0 61

1270 InCl3-TlCl 48 260.0 873

1271 InCl 3 -ZnCl2 8 260.0 1478

1272 CdCl 2 -TlCl-TlI 15.3-54.2-30.5 260.0 790

1273 KBr—LiBr—RbBr WORK IN PROGRESS 260.0 APP 2442

1274 NaBr—PbBr2—Pbl 2 11.3-53.8-34.9 260.0 1995

1275 PbBr2 —Pbl 2 53 260.0 948

1276 PbBr2 —Pbl 2 63 260.0 1995

1277 NaBr—NaOH 77.7 260.0 512

1278 KI-Lil 36.9 260.0 1968

1279 NaB02 -NaOH 15 260.0 1295

1280 ReCl3 -ReCl5 15 260.0 2683

1281 Cul—Tel 4 23 APP 260.0 3022

1282 CaBr2 —LiBr—RbBr 3.1-55.7-41.2 260.0 2770

1283 K2 UCl6-Li 2UCl6-UCl4 32.9-41.1-26.0 260.0 ±2 2865

1284 PbCl 2 -ZnCl2 9.1 261.0 964

1285 CdCl 2 —ZnCl 2 0 APP 261.5 1918

1286 CdCl 2 —ZnCl 2 1 262.0 964

1287 LiCl-LiOH 37 262.0 683

1288 CsBr—LiBr 37.5 262.0 1121

1289 AlBr3—RbBr 49 262.0 2265

1290 InBr3—RbBr 55 262.0 3101

1291 FeCl 3 -TlCl 26 262.0 3133

1292 LiCl-LiOH 37 262.0 3188

1293 Na2Cr207—NaNOa 45.4 262.0 3190

1294 CsCl—ZnCl 2 42.5 263.0 1918

1295 CuCl—FeCl3 39.6 263.0 63

12% Na2C03-Na20-Na0H 6.5-7.4-86.1 263.0 1138

1297 Ba(N0 2) 2 -TlN0 2 97 263.0 910

1298 CuCl—FeCl 3 NA 263.0 3138

1299 KI-NaCNS 17.9 263.6 1940

1300 HgCl2 —NaCl 86 264.0 513

1301 AgCl-AgI 53.5 264.0 616

1302 KI-LiCl-Lil WORK IN PROGRESS 264.0 APP 2442

1303 AgBr-KI 80.3 264.0 1918

1304 AgCl-AgI 53.5 264.0 3113

1305 HgCl 2 -NaCl 86 264.0 3151

1306 K2 Cr2 07 —KN03 35.7 264.0 3190

1307 KCl-LiCl-RbCl WORK IN PROGRESS 265.0 APP 2442

1308 HgCl 2—InCl 3 98 265.0 1478

1309 CafNO^-LiCl 40.85 265.0 1239

1310 KI-LiBr-Lil WORK IN PROGRESS 265.0 APP 2442

1311 MnCl2—ZnCl 2 2 266.0 61

1312 Ba(N0 2) 2-KN02 93.2 266.0 2123

1313 Lil—Tel 4 3 266.0 3022

1314 KBr-LiBr-NaBr-RbBr NA 266.0 2870

1315 NaN03-NaOH 41 266.0 3211

1316 LiCl-NH4Cl 50 267.0 61

1317 CdCl2-NH4Cl 53 267.0 3250

1318 AlBr3—RbBr 48 267.0 2470

1319 CafNO^-CsNO, 63.5 267.0 1209

1320 KN03—Sr(N0 3) 2 63.1 267.0 1237

1321 KN03-Sr(N03) 2 71.9 267.0 1892

1322 TeBr4-TeI 4 20 267.0 SER SOLID SOL 2764

1323 TeBr4 —TeCl 4—Tel 4 20-0-80 267.0 SER SOLID SOL 2764

References

62 715

965

224

25
Table 1 . Eutectic data—Continued

Locator System

number

Mol % T. °C

1324 LiCl-NH4Cl 50 267.0 3147

1325 CdCl2-NH4Cl 53 267.0 3147

1326 CsCl—ZnCl2 20.1 268.0 1918

1327 LiCl-LiOH 42 268.0 1029

1328 KBr-LiBr-RbBr 9-57-34 268.0 2111

1329 SnBr2 —TIBr 51.9 268.0 2748

1330 NaBeFj-NaPOj 60 270.0 APP 1412 1678

1331 NaCl—TaCl 4 55 270.0 1027 1332 NaCl-ZnCl2 42 270.0 121 140 1333 CdCl2—Til 27.0 270.0 790

1334 KCl-PbCl2—Pbl 2 31.2-27.8-40.9 270.0 512

1335 Ca(C10 4) 2 -NaC104 55 270.0 325

1336 BaF2 -FeF2 33 270.0 2991

1337 CaBr2—CsBr—LiBr 1.0-39.4-59.6 270.0 2759

1338 BeCl 2 -CsCl 59.4 270.0 2742

1339 SrCl 2 —ZnCl 2 NA 270.0 3166

1340 Bi-CdTe 99.992 270.5 2618

1341 MgCl2—ZnCl 2 1 271.0 61 156

1342 KN03-Sr(N03) 2 85.6 271.7 1942 1343 InClj-NaCl 49 272.0 855

1344 CsN03 -Sr(N03) 2 76.9 272.0 1238

1345 AgCl-HgCl2 16.5 272.0 3113

1346 CsCl-TaClj 54 273.0 1019

1347 LiBr-RbBr 55 273.0 430

1348 LiCl-LiOH 34.5 274.0 1029

1349 NaN03-Pb(N03) 2 84.5 274.2 1943

1350 CsCl-WCls 2 APP 275.0 1051

1351 LiBr-LiOH 55 275.0 511 1352 CsN03 —SrfN03) 2 75 275.0 1998

1353 KNOj—SrfN03) 2 85 275.0 1998

1354 CuCN-KCN 41 275.0 3111

1355 LiBr-LiOH 55 275.0 3202

1356 InCl 3—ZnCl 2 4 276.0 397

1357 TaCl s—T1C1 36 276.0 2241

1358 CdCl 2 -CdI 2 -PbI2 33-13-54 276.0 282

1359 AgBr—PbBr2 NA 276.0 2430

1360 AgBr—PbBr2 54 276.0 512

1361 AgCl-PbCl2-TlCl 37-55-8 276.0 2651

1362 CsBr—LiBr 36.5 276.0 2759

1363 KBr-RbN03 .5 276.0 2900

1364 RbCl—ZnCl 2 37 277.0 1918

1365 KCl-LiCl-PbCr04 36.3-50-13.6 277.0 1054

1366 CdBr2 —KBr—PbBr2 24-52-24 277.0 219

1367 BeCl 2-RbCl 54.8 277.0 3102

1368 KF-SnF2 45 278.0 1306

1369 HgCl2 -LiCl 98.4 278.0 513

1370 CsI-PbCl2-PbI2 23.8-28.6-47.6 278.0 2198

1371 KCl-KI-PbI2 4.8-33.2-61.9 278.0 371

1372 NaCl—NaN03 —Na2 S04 8.4-86.3-5.3 278.0 512

1373 KBr—LiBr—PbBr2 43-40.7-16.3 278.0 885

1374 Na 2 Mo04—NaN02 2 APP 278.0 2729

1375 HgCl2 -LiCl 98.4 278.0 3151

1376 NaN02-Na2W04 98 APP 279.0 2729

1377 NaCNS-RbI 88.5 279.2 1940

1378 KF-SnF2 56 280.0 1306

1379 CuCl-PbCl2 59.1 280.0 512

1380 Ba(N03) 2—NaCl—NaN03 5.8-7.9-86.2 280.0 512

1381 KCl-LiCl-LiOH 11.5-45.0-43.5 280.0 683

References

26
Table 1 . Eutectic data—Continued

Locator System

number

Mol % T, °C References

1382 CdBr2 -NaBr-PbBr2 13-25-62 280.0 211

1383 CdBr2-KBr-PbBr2 17-11-72 280.0 219

1384 NaOH-Na2 S 95.7 280.0 1420

1385 As 2 Se 3 —As2Te3 47 280.0 2642

1386 CuCN-KCN 76 280.0 3111

1387 CuCl-PbCl2 51 280.0 3138

1388 kci-kh2po4 5.5 280.0 3187

1389 KCl-LiCl-LiOH 11.5-45-43.5 280.0 3188

[See locator number 6189.] 280.4 1390 KI-LiCl-LiF WORK IN PROGRESS 281.0 APP 2442

1391 HgCl2-PbCl2 100 APP 281.0 APP 1072

1392 NaN03—T1C1 91 281.0 1170

1393 NaCl—NaNO, 1.1 281.0 61 1394 CsCl-NbCl4 43 APP 282.0 387

1395 NaCl-Na2C03-Na0H 7.8-6.4-85.8 282.0 213

1396 KBr—LiBr—PbBr2 43.6-30.8-25.6 282.0 885

1397 PbBr2 —ZnBr2 60 282.0 2120

1398 CuCl—ZnCl2 12 283.0 190 1399 KCl-LiCl-LiOH 1.5-36.5-62.0 283.0 683

1400 Na2 C03-Na0H 7.2 283.0 ±1 1138

1401 CdBr2—KC2 H302 11.5 283.0 2728

1402 KCl-LiCl-LiOH 1.5-36.5-62 283.0 3188

1403 RbCl-TaCl4 53 APP 284.0 APP 1007 1404 CuCl-Cul 57 284.0 61

1405 CdBr2—NaBr—TlBr 25-2.5-72.5 284.0 2472

1406 CsN02 -Sr(N02) 2 40 APP 284.0 1020

1407 KBr-NaCNS 9.1 284.6 1940

1408 NaCNS-RbBr 91.3 284.9 1940

1409 CdCl2 -CsCl-TlBr 26.6-7.6-65.8 285.0 2562

1410 Cdl 2-NaCl-NaI 36.2-36.2-27.5 285.0 321

1411 LiCl—Li 2SO4—ZnCl 2 23-0.44-76.5 285.0 425

1412 AgBr—KBr 68 285.0 61 62 87 112 738 803

1413 KN03-NaN02 45.5 285.0 2122

1414 CsN03-RbN03 14 285.0 3251

1415 ThF4-TlF 10 285.0 2713

1416 NaOH-Na2S 99.5 285.0 2967

1417 CsCl-ZrCl4 32.8 286.0 83

1418 AgCl-CdCl2-PbCl2 39.7-23.7-36.6 286.0 512 665

1419 AgBr—KBr 69 286.0 61 62 87 112 738 803

1420 PbCl 2—ZnCl2 23 286.0 3029

1421 AgI-NaI-NaN03 0.5-14-85.5 286.0 3115

1422 Ag2 S04-KN03 9.8 286.1 2646

1423 CsBr-NaCNS 7.9 286.3 1940

1424 LiBr-NaCNS 8.7 286.8 1940

1425 Ba(N03) 2-KN03 12.4 287.0 1942

1426 Ba(N03) 2-KN03 12.5 287.0 1237

1427 BafNO^-KNO, 12.7 287.0 993

1428 Ba(N03) 2-KN03 13.3 287.0 1252

1429 Cdl 2 -Nal 53 287.0 3140

1430 NaCNS-Nal 83.7 287.5 1940

1431 CdBr2 -TlCl 23.8 288.0 2297

1432 CsN03 -RbN03 20 APP 288.0 2790

1433 KBr—LiBr—PbBr2 15-18.3-66.6 289.0 885

1434 CsBr—NaBr—PbBr2 7.9-15.8-76.2 289.0 1793

1435 CdCl2 -NaCl-TlCl 22-4-74 290.0 480

1436 KCl-NbCls-ZrCl4 51-47-2 290.0 874

27
Table 1 . Eutectic data—Continued

Locator System

number

Mol % T. °C

1437 CdCl2 -CsCl-TlCl 21.2-3.6-75.1 290.0 2562

1438 CdCl2 -TlCl 22.7 290.0 790

1439 GaClj-TICl 32 290.0 1016

1440 AgCl—Ag,S04-Li 2S04 NA 290.0 440

1441 CdCl2 -CdS04-TlCl 16-7.4-76.5 290.0 392

1442 AgBr-KBr 51 290.0 61 738

1443 Ca(N0 2) 2-RbN02 56.2 290.0 1897

1444 CsN03-RbN03 15 APP 290.0 APP 1486

1445 KCl-NaCl-ZnS04 25-20-55 290.0 2726

1446 Nal—Snl 2 22 290.0 2733

1447 LiCl-Li2S04-RbCl 58.2-1.3-40.5 290.0 2763

1448 CsCl-LiCl-RbCl 5-56.5-38.5 290.0 2819

1449 KC1-NaCl—ZnSO4 33-33.5-33.5 290.0 2897

1450 AgCN-KCN 14 290.0 3111

1451 AgBr-KBr 51 290.0 3116

1452 LiCl-LiOH NA 290.0 3202

1453 NaCl—Na2C03-Na0H 6-6.6-87.3 291.0 213

1454 KN03-RbN03 30 291.0 1082

1455 BeCl 2—PbCl2 53 292.0 512

1456 InCl3—T1C1 50 292.0 992

1457 CdBr2 —CsCl—TIBr 27.4-10.2-62.4 292.0 2562

1458 CdBr2 —KBr—NaBr 35-52-13 292.0 210

1459 Cs 2CO3—CsOH 10.3 292.0 1024

1460 BeCl 2—CsCl 75.0 292.0 2742

1461 BeCl 2 -PbCl2 47 292.0 3128

1462 Li 2 SO4—ZnCl 2-ZnS04 0.7-90.3-9.0 293.0 425

1463 NaCl-Na2 S04-NaCNS 4.2-1.0-94.8 293.0 246

1464 Na0H-Na2S04 95.3 293.0 1420

1465 CdBr,—Na,C ,H 3 0, 25 293.0 2728

1466 NaBr-NaN03 9.5 293.0 3205

1467 NaCNS—RbCl 94.4 293.4 1940

1468 NaN03—Sr(N03) 2 93.6 293.4 1942 1469 CsCl-NaCNS 5.3 293.6 1940

1470 LiCl—ZnCl 2 23 294.0 425

1471 LiCl-NaCNS 6 294.0 1940

1472 Ba(N0 3) 2—NaN03 6.4 294.0 993

1473 KCl-NaCNS 5.2 294.1 1940

1474 NaNO3—Sr(NO3) 2 93 294.9 1998

1475 KF-NaF-KNO, 7-2.5-90.5 295.0 381

1476 CdCl2-PbCl2-PbI2 31.5-37-31.5 295.0 282

1477 KC1—ZnS04 66.6 295.0 327

1478 CdBr2—KBr—TIBr 28.2-24.3-47.4 295.0 2329

1479 CdBr2—PbBr2—TIBr 16-29.9-54 295.0 2469

1480 Nal—PbBr2 22.2 295.0 1995

1481 K2S 20 7 -V205 92 295.0 2585

1482 Ba(N03) 2—NaN03 5.8 295.0 1942

1483 CdCl2—CsBr—TIBr 26.6-2.6-70.8 295.0 3004

1484 As 2 S 3—In 2S 3 98 APP 295.0 ±5 2761

1485 BeCl 2-KC1-YCl 3 62-24-14 295.0 2739

1486 CdClj-TLBr 25.8 296.0 2297

1487 NaI-NaN03 14 296.0 1100

1488 Na2 Mo04 —NaN03 2 APP 296.0 2729

1489 NaBr-NaCNS 9.4 296.1 1940

1490 CsCl-LiCl-LiF 38-59.5-2.5 297.0 1223

1491 NaCl-NaN03 6.5 297.0 1100

1492 CdBr2—KBr 36 297.0 72

1493 CdBr2 —KBr—PbBr2 38-31-31 297.0 219

62

803

210

References

87 112 162 376

219 923

28
Table 1. Eutectic data—Continued

Locator System

number

Mol % T, °C

1494 KCl-LiCl-NaCl-RbCl 18.3-50.4-8.0-23.3 297.0 3088

1495 FeCl2 -FeCl3 13.5 297.5 721

1496 CdCl2 -CdF2 -NaF 46.3-9.3-44.4 298.0 2468

1497 CdCl2-NaF 55 APP 298.0 ±5 26

1498 KF-KNOj 9 298.0 381

1499 CsCl-LiCl—SrCl2 39.8-58.2-2.0 298.0 2008

1500 KCl-NbCl4 40 APP 298.0 791

1501 CdCl2 -TlCl 29.5 298.0 2506

1502 NaCl-NaNOj 5 298.0 61

1503 kci-kcio3-kno3 6.9-18.6-74.5 298.0 661

1504 CdBr2—PbBr2-TlBr 17.6-72.8-9.5 298.0 2469

1505 KBr—Pbl 2 47.3 298.0 948

1506 Ba(N03) 2 -NaN03 6.4 298.0 894

1507 NaN03 -Na2 W04 98 APP 298.0 2729

1508 Snl 2 —SnS 85 APP 298.0 2997

1509 CdBr2—KBr 37 299.0 2071

1510 KBeF3-KPOa 80 APP 300.0 1413

1511 KBeF3 KP03 80 300.0 APP 3245

1512 BeCl 2 —LiCl 56 300.0 512

1513 KC1-UC14 57 300.0 1394

1514 RbCl-TaCl3 55 300.0 1019

1515 CdCl2-TlCl 27 300.0 711

1516 CdCl2 -ZnCl2 8 300.0 511

1517 FeCl 3 —ZrCl4 85.18 300.0 794

1518 CdI 2-TlCl 33.3 300.0 790

1519 ZnCl 2 -ZnS04 90 300.0 425

1520 CdBr2 —KBr 37 300.0 72

1521 KBr-KOH 25 300.0 511

1522 NaN03-Na2 S04 95.5 300.0 511

1523 Rb 2S04-RbN03 1.5 300.0 2529

1524 CdCl2 —In 2Cl 3 9 300.0 2705

1525 BeCl 2 —KC1 48 300.0 2978

1526 FeCl 3—ZrCl4 94 300.0 ±2 3020

1527 FeCl3-HfCl4 62 300.0 ±2 3020

1528 BeCl 2 -KCl 47.9 300.0 3048

1529 RbCl-TICl-TlI NA 300.0 2757

1530 LiBr—RbBr 54 300.0 2770

1531 AgBr—TeBr4 20 300.0 2875

1532 RbBr-RbN03 1 300.0 2900

1533 BeCl 2—LiCl 56 300.0 9559

1534 BeCl 2 -TlCl NA 300.0 APP 3128

1535 K2 Cr2 0 7 —Na2Cr2 07 42.5 300.0 3190

1536 KBr-KOH 25 300.0 3193

1537 Na2Cr04—NaNOs 5 APP 300.0 3210

1538 NaCl-NaCNS 6 300.3 1940

1539 CdCl 2 -CdF2—NaF 49.4-3.8-46.7 301.0 2468

1540 Na2 Cr04—NaN03 5 APP 301.0 3209

1541 CsCl-HfCl4 34.9 302.0 83

1542 NaCl-NaCNS 4.8 302.0 246

1543 CdBr2-PbBr2-TlBr 27.4-43.6-29 302.0 2469

1544 BaS04-LiCl-RbCl 1-57-42 302.0 2793

1545 CdBr2—PbBr2—TIBr 20.3-19.6-60.1 303.0 2469

1546 KBr—

K

2Cr04—LiBr 15.3-8.9-75.8 303.0 1938

1547 Na2Cr207—Rb2 Cr2 07 78 303.0 1112

1548 NaBF4-NaF 61.1 304.0 1039

1549 NaF-NaN03 3.5 304.0 381

1550 AgCl-Ag2 S04 69.3 304.0 208

1551 CdS04-TlCl-Tl 2 S04 19.7-72.6-7.6 304.0 392

62

210

291

440

References

219 923

29
Table 1. Eutectic data—Continued

Locator System

number

Mol % T. °C

1552 KBr-NaBr-PbBr2 7.9-16.7-75.4 304.0 2498

1553 CdBr2 -KBr 38 304.0 965

1554 AgCl-Ag2S04 69 304.0 3124

1555 CuCl-FeCl3 NA 304.0 3138

1556 KF-SnF2 77 305.0 1306

1557 CuCl2 -FeCl2 48.5 305.0 1830

1558 CdBr2 —KBr 37 305.0 1918

1559 Cdl 2-Snl 2 30 305.0 2692

1560 As 2S3 -Na2S 85 APP 305.0 ±5 3091

1561 AgCl-Ag2 S04-CdS04 68-1-31 APP 305.0 3112

1562 KN03-T1C1 88.9 305.5 1170

1563 BeCl 2-BeF2 27.5 306.0 1918

1564 CsCl-LiCl 40.5 306.0 1223

1565 AgCl-KCl 70 306.0 61 62

477 616

1566 PbCl2 -PbI 2 24 306.0 965

1567 KBr-PbI 2 27.6 306.0 948

1568 KOH-RbOH 65.6 306.0 512

1569 LiF-NaCNS 0.6 306.5 1940

1570 KBF3OH-KBF4 91.5 307.0 1062

1571 CsCl-PbI 2 23.2 307.0 2198

1572 CsBr-KBr—PbBr2 11-4.6-84.3 307.0 1796

1573 Nal-Pbl 2-Tll 9.1-65.3-25.6 307.0 1126

1574 BaCl 2—LiCl-RbCl 1.2-91.6-7.2 307.0 3074

1575 KBr-LiCl-PbBr2 13.7-14.6-71.7 308.0 995

1576 CdBr2-CsBr-TlBr 31.6-9.2-59.2 308.0 2561 2562

1577 KF-SnF2 92 309.0 1306

1578 NaBr—PbBr2—TlBr 14-80-6 309.0 52

1579 KI—PbBr2 44.9 309.0 948

1580 K2C03-KOH-LiOH 3.1-30.9-66 309.0 2526

1581 BeCl 2 -LiCl 51 APP 310.0 APP 2507

1582 AgCl-PbCl 2 NA 310.0 2430

1583 BeCl 2 —T1C1 55 310.0 512

1584 KBr—KC1—LiBr—LiCl 28.5-9.5-46.5-15.5 310.0 949

1585 Li 2 S04—ZnCl 2 1 310.0 425

1586 KCl-K 2Cr04-KN03 2.7-1-96.3 310.0 3247

1587 Ba(C10 4) 2-NaC104 43 310.0 196

1588 CdBr2-TlBr 25 310.0 788

1589 BeCl 2—YC13 95-5 310.0 2739

1590 NaCl-ZrCl 4 35.4 311.0 51 83

1591 AgCl-PbCl2 61.5 311.5 1818

1592 CsAlCl 4-CsCl-Cs 2NbOCls 75-10-15 312.0 1048

1593 CoCl2-ZnCl2 7.3 312.0 ±1 611

1594 FeCl 3—InCl 3 3 312.0 1354

1595 CsI-PbCl 2-PbI 2 18.2-61.4-20.4 312.0 2198

1596 CsCl-LiB02-LiCl 43.5-0.5-56 312.0 2291

1597 CaCl 2-CsCl-LiCl 0.5-38.7-60.8 312.0 2759

1598 CaBr2—KBr—LiBr 6.5-41.5-52 312.0 2818

1599 CdCl2 -NH4Cl 79 312.0 3147

1600 Ba(C10 4) 2 -NaC104 40 313.0 1116

1601 CdBr2-TlBr 25 313.0 2071

1602 CsBr—LiBr 50.0 313.0 2759

1603 CsCl-LiCl 42.5 314.0 363 2291

1604 CuCl-NaCl 73 314.0 61 62

1605 CuCl-NaCl 74 314.0 64

1606 CuCl-NaCl 75 314.0 715

1607 NaCl-ZrCl4 37.6 314.0 201

1608 AgCl-PbCl2 60.02 314.0 30 62

References

85 87

675 738

779

169 195

110

208

376

738

30
Table 1. Eutectic data—Continued

Locator System

number

Mol % T, °C

1609 KBr-KCl-LiBr-LiCl 21.3-37.7-34.8-6.1 314.0 949

1610 KBr-LiCl-PbBr2 42.6-24-33.3 314.0 995

1611 NaCl-NaOH 6.3 314.0 1199

1612 BafCIO 4) 2 -03( 0104) 2 43 314.0 1116

1613 KNO3-K2WO4 94.2 314.0 2295

1614 AgCl-PbCl2 40 314.0 2651

1615 AgCl-KCl 72 314.0 3090

1616 LiCl-RbCl 58.5 314.0 2763

1617 AlCl3-RbCl 46 APP 315.0 APP 2284

1618 SnCl2-TlCl 24 315.0 2061

1619 AgBr-KCl 76 315.0 APP 1379

1620 AgCl-KCl-KNOj 0.39-5.61-94.0 315.0 376

1621 CdBr2 -CsI 45.5 315.0 1010

1622 0s 2 CrO 7 —Na20r2O 7 21 315.0 1112

1623 TIF-YFj 95 315.0 2958

1624 CsCl-LiCl 39 315.0 2759

1625 CuCl-NaCl 75 316.0 2254

1626 InClj—NaCl 78 316.0 397

1627 InClj-KCl 47.5 316.0 992

1628 CdBr2 —CsCl—TlBr 21.9-32.9-45.1 316.0 2562

1629 KBr-LiCl-PbBr2 45.4-31.9-22.7 316.0 995

1630 T1C1-TU 52.5 316.0 790

1631 0dSO4-TlCl 52.7 316.0 392

1632 KNO3-K2WO4 92 APP 316.0 2729

1633 T1C1-TU 52 316.0 2757

1634 Na20r2O7 —Rb2Cr207 25 317.0 1112

1635 LiCl-RbCl 58.3 318.0 160 1636 AgCl-KCl 70 318.0 61 477

1637 CsCl—PbBr2 12.2 318.0 1994

1638 Li 2CrO4—LiOH 29 318.0 942

1639 K2M0O4-KNO3 8 APP 318.0 2729

1640 KBr-LiBr 60 318.0 2926

1641 KF-NaF-TiF4 18.3-30.2-51.5 318.0 3028

1642 KCI-KNO3 -K2SO4 16.75-82.25-1 318.0 3196

1643 AgCl-KCl 70 319.0 2046

1644 CaCNOjlj—

K

20rO4 —KNOj 0.13-0.7-99.18 319.0 546

1645 BeF2-NaF-ThF4 43-55-2 320.0 1260

1646 BaCl 2 —KCl-LiCl 5.43-40.92-53.65 320.0 1166

1647 BaCl2 —KCl-LiCl 6.38-39.36-54.26 320.0 128 1648 KCl-LiCl-PbCl2 39.2-33.6-27.1 320.0 884

1649 CdClj-KCl-PbCl^ 42.5-19-38.5 320.0 322

1650 CdCl2 -KCl-PbCl2 43-22-34.8 APP 320.0 1147

1651 CuC12 -KC1 38 320.0 38

1652 CsA1C1 4-Cs jNbOCls 79.5 320.0 1048

1653 AgCl-KBr 75 320.0 APP 1379

1654 KCl-LiBr-NaBr 38-55-7 320.0 949

1655 CaClj-LiNOj 40.3 320.0 3248

1656 KCI-KNO3 6 320.0 341

1657 CdBrj-CsBr-NaBr 53.8-20-26.1 320.0 1854

1658 CdBr2 —RbBr 40 320.0 2071

1659 KI—PbBr2 13.1 320.0 948

1660 KBr-KNOj 9.5 320.0 3232

1661 Ca(NO2) 2 -0sNO3 84 320.0 1209

1662 KCl-LiCl—Li 2Cr04 33.2-38.0-28.8 320.0 2989

1663 KBr-LiBr-Li 2Cr04 28.2-56.5-15.3 320.0 2989

1664 KCl-ThCl4 -UCl4 NA 320.0 ±2 3097

1665 CuBr—TeBr4 18 APP 320.0 2875

1193

62

616

394

376

References

85 87 110 675 738

661

376

31
Table 1. Eutectic data—Continued

Locator System

number

Mol % T, C

1666 Agl-TlI 30 320.0 3117

1667 Ag2 S04 —Til 72 320.0 3117

1668 KCl-KNOj 6 320.0 3187

1669 CdCl2 -LiCl-PbCl 2 31.4-18.2-50.5 321.0 870

1670 KCl-LiCl-PbCl2 43.2-42.6-14.2 321.0 884

1671 KI-PbI 2 31.9 321.0 948

1672 KI-PbI2-TlI 4.5-81-14.5 321.0 2857

1673 KBF3OH-KF 98.7 322.0 1062

1674 CuCl-NaCl 73 322.0 640

1675 LiBr—PbBr2 20.9 322.0 835

1676 CdBr2—RbBr 54 322.0 2071

1677 SbI 3 -Sb2S 3 24 322.0 1904

1678 Agl—Znl2 53 322.0 2816

1679 KBr—LiBr 38.5 322.5 985

1680 CsCl-LiCl 40.7 323.0 160

1681 CdCl2-NaCl-PbCl2 36-18-46 323.0 786

1682 CsBr—PbBr2 19.8 323.0 1994

1683 kno2-kno3 20 323.0 917

1684 KI-PbI 2-TH 6-62-32 323.0 2857

1685 CdCl2-KCl-LiCl 22.7-46.6-30.7 324.0 880

1686 CdCl2—CsCl-TIBr 20.5-26.5-53 324.0 2562

1687 KCl-LiCl-Li 2S04 38.9-57.1-3.9 324.0 133 1688 KBr—LiBr—NaBr 35-57.5-7.5 324.0 831

1689 NaBr—PbBr2 17.7 324.0 211

1690 NaBr—PbBr2 18 324.0 52

1691 CdCl2—CsBr—TlBr 25.8-25.2-49.0 324.0 3004

1692 CuCN-KCN 58 324.0 APP 3111

1693 CaCr0 4-KN03 1 APP 324.0 3174

1694 NaBF4-NaF 60 APP 325.0 APP 217

1695 AgCl-KCl 75 325.0 61 477

1696 CuC12-KC1 30 325.0 38

1697 KNbCl6-KNbOCl4 84.2 325.0 2086

1698 B 203 -Th02 98 LT 325.0 LT 937

1699 Cs 2 Cr04-K2Cr207 50 325.0 2262

1700 NaCl—

P

11 CI3—ThCl4 46.5-18.5-35 325.0 3105

1701 LiCl-PbCl 2 -ThCl4 40-36-24 325.0 ±2 3043

1702 PbBr2 —RbBr 88 APP 325.0 3163

1703 K2Cr0 4-KN03 1 APP 325.0 3174

1704 KCl-PbCl2 -ZnCl2 52-18-30 326.0 682

1705 CdCl 2 -TlCl 22.7 326.0 392

1706 PbCl2-PbI 2 35 326.0 167 1707 CsCl-LiCl-Li 2 SO4 44.3-53.9-1.7 326.0 363

1708 LiCl-Li 2S04-TlCl 34.2-0.5-65.3 326.0 356

1709 CdBr2 —Pbl 2 37 326.0 1676

1710 k2co3 -kno3 3.7 326.0 3186

1711 BeF2 -KF 58 327.0 1179

1712 BeCl 2—CdCl2 85 327.0 512

1713 KCl-LiBr 39 327.0 836

1714 Nal-Pbl 2 -Tll 5.5-43.9-48.9 327.0 1126

1715 Cs9Cr,0 7 -Na9Cr,0 7 74 327.0 1112

1716 BeCl 2—CdCl 2 85 327.0 3128

1717 KCl-LiCl-SrCl 2 40-51.9-8.1 328.0 1274

1718 CdCl2-KCl-PbCl2 21.5-51.8-26.7 328.0 322

1719 MnCl2 -TlCl 21.5 328.0 1077

1720 AgBr-PbCl2 65 APP 328.0 2430

1721 CaS04 —KC1—LiCl 4.9-38.1-57 328.0 2242

1722 PbCl 2-ThCl4-UCl4 56-25-19 328.0 2886

References

885 2027

285

62 85 87 110 616 675 738

480

511

949

394

376

32
Table 1 . Eutectic data—Continued

Locator System Mol % T, °C References number

1723 KNOj-TIBr 97.2 328.5 1170 1724 AgCl-InCl3 32 329.0 397

1725 CdBr2 -NaBr-TlBr 42.8-18.6-38.6 329.0 2472

1726 CdBr2—Csl 64.6 329.0 1010

1727 KCl-LiCl-NbClj 42.3-55.5-2.2 330.0 1479

1728 HfCl4—NaCl 59.4 330.0 83

1729 CuCl-HgCl 56.2 330.0 655

1730 PbCl 2 -UCl4 65 330.0 2214

1731 NaCl-PbCl2 -PbI2 9.5-25.7-64.7 330.0 323

1732 Li 2 SO4-TlCl-Tl2SO4 1.8-79.5-18.7 330.0 356

1733 KBr—PbBr2 16 330.0 782

1734 KBr—PbBr2 17.3 330.0 948

1735 AlBr3 -CsBr 47.5 330.0 2470

1736 CdBr2—CsBr—TIBr 26.6-31.6-41.8 330.0 2561 2562

1737 Na2C03-Na2 S04 66.5 APP 330.0 APP 857

1738 NaCl-PuCl3—ThCl4 58.5-18.5-23 330.0 3105

1739 NaCl-ThCl4—UC13 46-36.5-17.5 330.0 ±2 2805

1740 NaCl-PbCl2-ThCl4 62-13.5-24.5 330.0 2889

1741 KN03-TlBr 98 APP 330.0 3195

1742 AlCl 3-NaNbOCl4 30.2 331.0 2086

1743 AlBr3—CsBr 57 331.0 2265

1744 CaCl2-KCl-LiCl 5.3-44.2-50.5 332.0 2119

1745 CsCl-LiCl 41.5 332.0 363

1746 CsCl-LiCl 42 332.0 159

1747 CdCl2 -KCl-PbCl2 20.7-52-27.3 APP 332.0 1147

1748 KCl-LiCl-LiF-NaCl 36.8-51.6-3.8-7.8 332.0 2658

1749 KCl-ThCl4-UCl4 NA 332.0 ±2 3097

1750 PbCl 2-ThCl4-UCl4 64-12-24 332.0 2886

1751 KBr—MgBr2 65 332.5 ±1.5 512

1752 CdCl2 -KCl-PbCl2 26.6-33.6-39.7 APP 333.0 1147

1753 LiCl-LiH-Lil 27.5-14.5-58 333.0 2442

1754 kno3 -k2so4 97.5 333.0 3197

1755 AlCl3 -KNbOCl4 40 APP 334.0 APP 2086

1756 TlCl-ZnCl2 78 334.0 450

1757 KBr-LiBr 38 334.0 831 836 2027

1758 KBr—NaBr—PbBr2 37.7-11.3-50.9 334.0 2498

1759 KBr—MgBr2 NA 334.0 3135

1760 kno3-k2so4 98.8 334.0 3196

1761 kci-uci4 55 334.9 3246

1762 FeCl 2 -KCl-NdCl3 40.7-56-3.3 335.0 2497

1763 A1C1 3 -CsC1 43 APP 335.0 APP 2284

1764 KBr—PbBr2 10 335.0 781 1765 LiCl-NaCl-UCl4 63.5-14.5-22 335.0 ±2 3106

1766 KCl-LiCl-UCl3 58.5-29.5-12 335.0 ±2 3106

1767 KCl-ThCl4-UCl3 60.5-29.5-10 335.0 2805

1768 KCl-K2UCl6-LiCl 55.6-14.7-29.7 335.0 ±2 2865

1769 CsI-TICl 21 336.0 2240

1770 AgCl—Ag2Cr04—Li 2 Cr04 74.4-20.5-5.0 336.0 764

1771 CaCrO4-KCl-LiCl 2-40.8-57.2 336.0 1696

1772 CsBr—KBr—PbBr2 7.6-39.7-52.7 336.0 1796

1773 NaCl-ThCl4—UC13 56.5-23.5-20 336.0 ±2 2805

1774 CsOH-CsF 92.6 337.0 1959

1775 CdCl2 -KCl-LiCl 2.6-42-55.4 337.0 880

1776 CsCl—SnCl2 61.5 337.0 286

1777 KBr-KN03 1 337.0 2900

1778 KBr-KN03-TlBr 4.5-93.5-1 337.0 3195

1779 CaF2-KCl-LiCl 1.8-42.2-56 338.0 852

1780 PbCl 2 -PbI, 64 338.0 167 511

33
Table 1. Eutectic data—Continued

Locator System

number

1781 Li 2SO4 -TlCl-Tl2 S04 1782 CdBr2 -KBr

1783 PbCl 2-PbI 2 1784 BeF2 -NaF-UF4 1785 K2Cr04-Li 2Cr04-Li0H

1786 BeF2-NaF

1787 BeF2-NaF

1788 BeF2-KF

1789 CaCl2 -KCl-LiCl

1790 CeCl3 -NaCl-ThCl4 1791 CdCl2 -KCl-PbCl2 1792 FeCl2-KCl

1793 AlOCl-NbOClj

1794 T1C1—ZnCl 2 1795 CdCl2-PbBr2 17% KBr-LiCl-NaCl

1797 CsCl-TlI

1798 CdBr2-PbBr2 1799 Nal-Pbl 2—Til 1800 LiCl-NaCl-UCl4 1801 NaSb-Na3Sb-Na3 SbS 3 1802 KCl-ThCl4-UCl4 1803 BeCl 2-KC1—YCl3 1804 CoBr2—TeBr4 1805 MgCl2-PbCl2 -UCl4 1806 LiCl-LiF-Lil

1807 Csl-Pbl 2 1808 LiCl-LiF-Lil

1809 KC1-UC14 1810 BaCl 2—CdCl2 —KC1—LiCl

1811 LiCl-TICl

1812 CaCr04-KCl-LiCl

1813 LiBr-TIBr

1814 NaCl-ThCl4-UCl4 1815 KI-PbI 2-TlI

1816 NaCl-PbCl 2—ThCl4 1817 BeF2-NaF

1818 AlCl 3 -CsCl-TaCl 5 1819 KCl-LiBO2-LiCl

1820 NaBr—PbBr2—TIBr

1821 A1C1 3-CsC1

1822 CdCl2 -CsCl-TlBr

1823 CdCl2-CdI 2 —NaCl

1824 CdBr2 —TeBr4 1825 BeF2-NaF-UF4 1826 CeCl3 -NaCl-ThCl4 1827 KC1-KC103 1828 CdBr2—KBr

1829 CdBr2 -KBr

1830 KCl-ThCl4-UCl3 1831 CuCN-NaCN

1832 BeF2-KF

1833 KCl-LiCl-LiF

1834 KCl-LiCl-NaCl

1835 NaCl-ThCl4 1836 CdCl2-CsCl-TlCl

1837 KCl-K2 Cr04-Li 2Cr04 1838 CdCl 2 -KCl-LiCl

Mo) %

1.2-

80.9-17.8

54

NA

43.5-56—.5

10-

43-47

44.3 64

62

5.8-

43.3-50.9

2.6-67.4-30.0

25.2-

53.1-21.3 APP

39.8

37.4 73

20

35-

57.5-7.5 33

15

7.2-

20.5-72.2

36-

22.5-41.5

NA

NA

11-

46-43

154-61-35

29.1-11.7-59.2

19.8 29.1-11.7-59.2

50

NaCl 1.4-52.7-17.9-9.4-8

38

2.8-

39.8-57.3 APP

41.5 NA

11-52-37

46-18-36

44

35-

57.9-7.1 41-1.5-57.5

8-45-47

45.7 11.7-36.9-51.4

24.4-

63.4-12.2

45 APP

56-43.5-.

5

4.0-60.6-35.4

13.1 54

54.5 45-30-25

74

72

40.5-

56-3.5

36-

55-9

70.3

15.6-

22-62.4

29.9-11.7-58.4

11.7-

44.7-43.6

T; °C

338.0 356

338.0 2071

338.0 3150

339.0 856

339.0 942

340.0 2394

340.0 1042

340.0 ±5 310

340.0 98

340.0 54

340.0 1147

340.0 2497

340.0 2565

340.0 450

340.0 284

340.0 949

340.0 2240

340.0 219

340.0 1126

340.0 ±2 3106

340.0 3225

340.0 ±2 3097

340.0 2739

340.0 2841

340.0 ±2 2868

340.9 2711

341.0 2198

341.1 2442

341.1 4446

342.0 ±3 932

342.0 710

342.0 1458

342.0 887

342.0 ±2 3097

342.0 2857

342.0 2889

343.0 1042

343.0 240

343.0 2291

343.0 52

344.0 240

344.0 2562

344.0 321

344.0 2841

345.0 856

345.0 54

345.0 661

345.0 1918

345.0 965

345.0 2805

345.0 3111

346.0 1179

346.0 907

346.0 2 346.0 54

346.0 2562

346.0 2989

347.0 880

References

284 1676

133 1480

34
Table 1 . Eutectic data—Continued

Locator System

number

Mol % T, °C

1839 CsNOj-TICl 70.6 347.0

1840 KCl-LiCl-TeO2 29.2-53.8-16.9 347.0

1841 KCl-LiCl 42 348.0

1842 NaCl-PbCl2-PbI2 7.7-50.0-42.3 348.0

1843 KBr-LiBr 40 348.0

1844 KBr-LiBr NA 348.0

1845 PbBr2 -PbF2 92.5 349.0

1846 NaCl—ThCl4 64.3 349.0

1847 KBr-PbBr2 12.2 349.0

1848 BeCl2-RbCl 83.6 349.0

1849 BeF2-LiF-UF4 51.5-48-0.5 350.0

1850 CdF2 -CdI 2 82.5 350.0 APP

1851 KCl-MnCl2 -NaCl 28.7-45-26.3 350.0

1852 FeCl2 —KC1 40.7 350.0 ±2

1853 CdCl2-CsCl-TlCl 9.3-30.6-60.1 350.0

1854 CsCl-SnCl2 63 350.0

1855 BeCl 2-TlCl 85 ' 350.0

1856 CdBr2 —CsCl—TIBr 53.8-24.6-21.5 350.0

1857 LiCl—Li 2Cr04 45 350.0

1858 LiCl—Li 2Cr04 83 350.0

1859 KBr—PbBr2—TIBr 3-45-52 350.0

1860 CdBr2—CsBr—TIBr 52.7-18.3-29 350.0

1861 AgBr—CuBr 58 350.0

1862 K2CO3—Li 2CO3—LiOH 28.2-12.7-59.1 350.0

1863 KCl-LiCl-NaCl 38-53.5-8.5 350.0 1864 LiCl-UCl3-UF4 43-25-32 350.0 ±2

1865 KCl-PbCl2-ThCl4 37.5-35-27.5 350.0

1866 BeCl 2—T1C1 NA 350.0 APP

1867 CoC1 2-KC1 43.5 351.0

1868 FeCl2—KC1 38.2 351.0 ±1

1869 KCl-LiCl 42 352.0

1870 KCl-LiCl 43 352.0

1871 CdCl2-CdS04-KCl 47.6-13.7-38.7 352.0

1872 PbBr2 —TIBr 89.5 352.0

1873 Cs,Cr,0 7 —Rb,Cr9 07 50 352.0

1874 NaCl-PbCl2-TlCl 9.2-41.3-49.5 353.0

1875 KCl-LiCl (40-43) 353.5 ±5.5

1876 KCl-LiCl 42 354.0

1877 KCl-LiCl 42.5 354.0

1878 KCl-LiCl-PbCl 2 18.6-26.3-55 354.0

1879 CdCl2 -CdS04-KCl 28.7-6.4-64.9 354.0

1880 AgCl—Ag2 Cr04 59.6 354.0

1881 AgCl-Ag2 Cr04 73 354.0

1882 KBr—PbBr2 44 354.0

1883 KBr—PbBr2 48.1 354.0

1884 Ca(N0 2) 2 —CsN02 73.9 354.0

1885 KCl-LiCl 42 354.0

1886 CdCl 2 -KCl-NaCl 59.6-22.2-18.2 355.0 ±1

1887 FeCl 2 -KCl—NdCl3 29.3-66.7-4 355.0

1888 KBr—PbBr2 46 355.0

1889 BeCl 2-CaCl2 85 355.0

1890 BeF2 -LiF 52 356.0

1891 BeF2 —LiF—ThF4 51.5-47.0-1.5 356.0

References

1170

335

846

323

61 62

3135

802

54

2027

3102

58

1918

2524

1896

2562

834

512

2562

764

943

782

2561 2562

864

2526

2843

2830

2889

3128

120 503

574

926

852

348

52 782

2262

2472

1 2 11 56 61 62

67 68 74 89 92 93

97 102 108 121 122 123 133 160 164 249 338 424

431 477 486 494 507 683

688

836 847 884

907

884

348

943

764

782

948

1209 1897

2843

932

2497

781 3128

149 429 810

510

35
Table 1. Eutectic data—Continued

Locator System

number

Mol % T, °C

1892 NaCl-ThCl4-UCl4 NA 356.0 ±2 3097

1893 TeBr4 -Tl 2TeBr4 10 356.0 2875

1894 LiBr—LiCl—Lil NA 357.0 APP 2442

1895 KCl-PbCl2-ThCl4 21.5-38.5-40 357.0 2889

1896 CdCl2—NaCl-TICl 60-21-19 358.0 480

1897 CeCl3-NaCl-ThCl4 7.0-62.0-31.0 358.0 54

1898 KC1-NaCl-YCl3 3-42-55 358.0 1208

1899 CdCl2 -CdS04-NaCl 32-13.5-54.5 358.0 304

1900 tici-ti2so4 77.3 358.0 392

1901 KI-PbI 2 52.9 358.0 948

1902 K2Cr04-K0H 8.1 358.0 942

1903 CdCl2—CsBr—TIBr 14.3-40.0-45.7 358.0 3004

1904 tici-ti 2so4 54 358.0 3124

1905 CdCl2-CdSO4—NaCl 32-13-55 358.0 3142

1906 CdCl2-CdI2 30 359.0 61

1907 NaBr-PbI 2 20.6 359.0 1995

1908 CdCl2-KCl-LiCl 37.9-28.9-33.1 360.0 880

1909 NaCl—YClj 45 360.0 853

1910 CuC12-KC1 54 360.0 38

1911 MgCl2-TlCl 27.5 360.0 512

1912 KBr-LiCl 39 360.0 836

1913 Cdl 2-Pbl 2 70 360.0 1676

1914 KI-ZnS04 65.8 360.0 3249

1915 Cdl 2—Csl—Nal 61.2-25-13.7 360.0 1795

1916 K2Cr04-K0H 7.8 360.0 1033

1917 Na2 S—Na3Sb—Na3 SbS 3 NA 360.0 3225

1918 LiOH-RbOH 70.5 360.0 2825

1919 KCl-PbCl 2 -ThCl4 48-29-23 360.0 2889

1920 BiCl 3-TlCl 12.5 360.0 3133

1921 CoC12-KC1 NA 360.0 3143

1922 MgCl2 -TlCl 27.5 361.0 1918

1923 CdBr2 —CsCl 68.1 361.0 1008

1924 NaCl—ThCl 4 69.5 361.0 2745

1925 CdCl2 -KCl-PbCl 2 29-59-12 362.0 322

1926 CdCl 2-CsCl-PbCl 2 46.7-13.1-40.2 362.0 1102 1927 CoCl2 —CuCl 2 25.6 362.0 1830

1928 CsC1-CsN03 30.4 362.0 357

1929 Ca(C10 ,) 2-KC104 80 362.0 1116

1930 CdBr2 —CsBr—NaBr 37.9-52.4-9.6 362.0 1854

1931 CdI 2-CsI-KI 23-60.8-16.2 363.0 1794

1932 BeCl 2-KCl 76 363.0 2978

1933 BeCl 2 —KC1 75.7 363.0 3048

1934 CdBr2 —ZnBr2 21.2 364.0 176 1935 BeF2 -NaF-ThF4 55-43-2 365.0 1260

1936 KCl-NbOCl3 30 365.0 1050

1937 CuCl-InCl 3 10 365.0 992

1938 PbCl 2 -UCl4 67.9 365.0 2015

1939 CdBr2 —CsBr—TIBr 16.3-38.4-45.3 365.0 2561

1940 LiCl-NaCl-UCl3 46-28.5-25.5 365.0 2822

1941 CsCl-CsF-CsI 34-32-34 365.0 2832

1942 FeCl 2 —InCl 3 —NaCl 22-20-58 366.0 2466

1943 NaCl-ThCl4 72 366.0 1049

1944 KCl-NbCl4 52 366.0 240

1945 T1C1-T1C13 74.4 366.0 1057

1946 KCl-K2Cr207 27.5 366.0 675

1947 k2co3-koh 9.3 366.0 2526

1948 BeF2-CsF 77.5 367.0 1986

1949 LiBr-LiF-Lil NA 367.0 APP 2442

282

949

394

2562

798

References

321 1676

36
Table 1 . Eutectic data—Continued

Locator System Mol % T\ °C number

1950 CdBr2 -PbCl2 28 367.0 284

1951 CdBr2 —NaBr 46 367.0 210 211

1952 CdBr2 -NaBr 47 367.0 787 923

1953 CdBr2 -NaBr 46 367.0 2771

1954 CsI-Nal-TlI 28-18-54 367.0 2754

1955 RbCl-UCl4 53 367.8 3246

1956 CoCl 2-NaCl 39.5 368.0 120 199

1957 KCl-NbCls 56 APP 368.0 1280

1958 CdCl2 -RbCl 72.5 368.0 512

1959 PbCl.-TlCl 42.9 368.0 512

1960 ZrCl4—Zrl 4 58 APP 368.0 APP 796

1961 KCl-K2Cr207 25 368.0 1018

1962 KBr-PbBr2 45.5 368.0 2027

1963 AgV03 -TlV03 16.5 368.0 2976

1964 LiCl-Lil 34.2 368.3 2442

1965 AgCl—InCl 3 77 369.0 397

1966 MnCl2-NaCl—NaF 61-11-28 370.0 2595

1967 CoCl 2 —NaCl 36 370.0 120 199

1968 CsCl-NaCl—PbCl 2 14.9-19.8-65.3 370.0 900

1969 DyCl2 —NaCl 59.7 370.0 ±2 1814

1970 FeCl 2 -NaCl 44 370.0 2497

1971 KC1-NaCl—SmCl3 10-36-54 370.0 1186

1972 KC1-NaCl-SmCl3 14.3-32.5-53.2 370.0 1186

1973 KCl-TaCls 52 370.0 240 797

1974 RbCl-UCl4 42 370.0 4446

1975 BeCl2 -TlCl 18 370.0 512

1976 CdCl2 -PbCl2 37 370.0 870

1977 PbCl 2 -TlCl 40 370.0 711 763

1978 CdCl2 -CsCl-TlBr 62.6-13-24.4 370.0 2562

1979 NaCl—Nal—Pbl 2 8.5-21.3-70.2 370.0 323

1980 CdCl2 -CdS04-KCl 25.0-15.8-59.1 370.0 348

1981 CdBr2—NaBr 47 370.0 2071

1982 LiBr—Li 2Cr04 55 370.0 1938

1983 K2Cr207 —Rb2Cr2 07 50 370.0 2262

1984 KBr-K2 Cr04-Li 2Cr04 15.7-18.9-65.4 370.0 2989

1985 CdCl2—CsBr—TIBr 66.7-8.3-25.0 370.0 3004

1986 BeCl 2-TlCl 18 370.0 3128

1987 koh-k2 so4 94 APP 370.0 3198

1988 CaCl2—KC1—NaCl-PbCl2 18.1-5.8-23.3-52.8 371.0 ±1 932

1989 FeCl 2-KCl-NdCl3 42-38-20 371.0 2497

1990 FeCl2—KCl-NdCl3 38-42-20 372.0 2497

1991 AgCl-InCl3 40 APP 372.0 992

1992 BaCl2 —BeCl 2 13 372.0 512

1993 CsCl-CsI-PbCl2 11.4-61.6-27 372.0 2198

1994 K2C03-Li 2C03-Li0H 16.4-26.4-57.1 372.0 2526

1995 BaCl2-BeCl2 13 372.0 3128

1996 BaCl 2—CeCl3—NaCl 22-36-42 373.0 743 2447

1997 NaCl-PbCl2—T1C1 2.4-17.9-79.8 373.0 2472

1998 PbCl 2 -TlCl 14.9 373.0 512

1999 CdBr2 —CsBr 61.9 373.0 1008 1010

2000 K2Cr04-Li 2Cr04-Li0H 19-63.5-17.5 373.0 942

2001 FeCl 2 —NaCl 44 374.0 1896

2002 CdCl2-CsC1-T1C1 65.3-6.6-28.1 374.0 2562

2003 InCl3 -PbCl2 28 374.0 397

2004 CsCl-UCl4 41 374.5 3246

2005 CsCl-NbOCl3 28 APP 375.0 963

2006 CsN02 -CsN03 45 375.0 1192

2007 TeCl4-TlCl 12 375.0 2707

References

326 787

309 503

309 503

798

37
Table 1 . Eutectic data—Continued

Locator number

System Mol % T, °C

2008 AgV03 -K2S04 -KV03 11-4-85 375.0 2878

2009 KF-SnF4 52.8 375.0 2896

2010 KCl-ThCl4 55.5 376.0 1922

2011 CsI-PbClj 71.8 376.0 2198

2012 CdBr2 -TlBr 55 376.0 2071

2013 Na2 S04-Tl 2 S04-TTV0 3 0.5-0.6-98.9 376.0 2983

2014 NaHS04-NH4HS04 29 376.2 2455

2015 AgCl-Ag2S 64.2 377.0 989

2016 AgCl-Ag2Te 80 377.0 2829

2017 NaCl-UCl4 52 377.9 3246

2018 DyCl3 —NaCl 55 378.0 1046

2019 CsCl—GaCl3 58 378.0 1016 2020 CuCl-CuCl2 87 378.0 38

2021 BaCl 2—CaCl 2-LiCl-NaCl 15.9-34.5-29.1-20.5 378.0 2963

2022 Na2SO4—NaVOj-TIVO3 0.3-7.4-92.3 378.0 2983

2023 KCl-ThCl4-UCl3 30.5-54-15.5 378.0 ±2 2805

2024 K2Cr0 4-KF-Li2Cr04 4-31-65 378.0 2855

2025 AgF—ZnF2 86 380.0 536

2026 CdCl2 -CsCl-NaCl 58.7-2.4-38.9 380.0 320

2027 KCl-NaCl-SmCl3 27.1-25.6-47.3 380.0 1186

2028 CsCl-KCl-TICl 25-7-68 380.0 2257

2029 FeCl 2—KC1 52.2 380.0 2497

2030 KCl-MgCl2-TiCl 3 45.2-47.4-7.4 380.0 434

2031 KCl-MgCl2-TiCl3 55.6-33.2-11.2 380.0 434

2032 KCl-NbOCl3 33.2 380.0 1800

2033 PbBr2-PbCl2 36 380.0 141 2034 NaCl—Pbl 2 15.7 380.0 323

2035 AgCl-Ag2S 65 380.0 717 2036 KBr—PbBr2—TlBr 12-18-70 380.0 782

2037 CsN03—TIBr 85.2 380.0 1170

2038 Cs 20(Cs2CO3)—V205 39 380.0 854

2039 Rb 20-V205 39.5 380.0 2069

2040 Rb 20-V20s 41 380.0 1134

2041 Na2S04-TlV03 1.0 380.0 2983

2042 LiCl-ThCl4—UCl4 50.0-8.0-42.0 380.0 ±2 3231

2043 AgBr—Agl 79 APP 380.0 3167

2044 CsCl-LiCl 58 381.0 2759

2045 NaCl-TbCl3 55 382.0 1482 2046 CsCl-PbI 2 54.5 382.0 2198

2047 CsCl-KCl-PbCl2 7-21-72 382.0 3234

2048 CaCl2-NaCl-PbCl 2 19-32-49 APP 382.0 2660

2049 Li 2Cr2 07 —Na2Cr207 70 APP 382.0 2924

2050 PbCl2 -RbCl-TICl 10-10-80 382.0 2833

2051 PbF2-PbI 2 10 383.0 802

2052 NaCl-NbOCl3 33.4 383.0 1800

2053 CdCl2-KCl 66.7 383.0 13 409

2054 CsBr-TICl 28 383.0 2469

2055 Li 2Cr0 4—Na2Cr04 68.5 383.0 3032

2056 Li 2Cr04-Na2Cr04 68.5 383.0 3156

2057 CdCl2-NaCl-TlCl 39-23-38 384.0 480

2058 NaCl-PbCl2-TlCl 14.9-66-19.1 384.0 2472

2059 KCl-ThCl4 57.2 384.0 54

2060 CdBr2—CsBr 64 384.0 2071

2061 K2S04 —Na2 S04—ZnS04 30.2-29.1-40.7 384.0 212

2062 NaBF4-NaF 92±1 384.0 ±2 2703

2063 AgCl-Tl 2S04 86 384.0 3124

2064 NaBF4 -NaF 92 384.0 1039

167

104 498

References

433 511 738

259 322 348 394

38
Table 1. Eutectic data—Continued

Locator System

number

Mol % T; °C

2065 CdCl2 -PbCl 2 36.5 385.0 41 61 1676 2066 Csl—PbCl 2 15.7 385.0 2198

2067 CdBr2 -CdI2 8 APP 385.0 1676 2068 CdBr2—Csl 26.2 385.0 1010

2069 CuBr-Cul 82.5 385.0 1918 2070 Pbl 2 —PbTe 99 385.0 1971

2071 K2 S04-Na2S04-ZnS04 19.0-25.8-55.2 385.0 212

2072 CsCl-KCl-PbCl2 9-4-87 385.0 3234

2073 CsN02 -CsN03 50 APP 385.0 MIN 2923

2074 BaCl 2 —CaCl 2—LiCl—NaCl 16.6-37.6-33.3-12.5 385.0 2963

2075 CdCl2—PbCl 2 30 385.0 3138

2076 CsCl-PbI 2 77.7 386.0 2198

2077 TlBr-Tl 2 S04 73 APP 386.0 3216

2078 CdCl2-KCl-LiCl 13.6-18.2-68.2 387.0 880

2079 CdCl2-NaCl 55 387.0 304 321

2080 KCl-NaCl-TaCl 5 49.1-1.8-49.1 388.0 797

2081 CdCl2 —KC1 38 388.0 13 104 409 498

2082 CdBr2—T1C1 59.4 388.0 2297

2083 LiCl—PbCr04 72.6 388.0 1054

2084 CsN03 -T1I 90.9 388.0 1170

2085 K2 S04—Na2 S04—ZnS04 24.5-33.4-42.1 388.0 212

2086 CdCl2 -PbCl 2 35 389.0 41 61

2087 KC1—MnCl2 —NaCl 45.5-34.5-20 390.0 2524

2088 KCl-NaCl-NbCl s 49-2-49 390.0 1118 2089 NaCl—SmCl3 51 390.0 1011 2090 FeCl 2-KCl 53 390.0 ±2 18%

2091 CsCl-TICl 25 390.0 512

2092 InCl 2 —T1C1 13 APP 390.0 APP 1462

2093 InCl 3—T1C1 6.4 390.0 873

2094 CdCl2 -CdS04-TlCl 63.3-3.3-33.3 390.0 392

2095 AgCl-Ag2 W04 82.3 390.0 765

20% LiCl-ThCl4-UCl4 59.0-19.0-22.0 390.0 ±2 3231

2097 LiCl-ThCl4-UCl3 51-34-15 390.0 2827

2098 Agl-Nal 75 390.0 3115

2099 LiH-Lil 23.5 390.8 1321 2100 CaCl 2 —NaCl—PbCl 2 17.8-25.2-57 391.0 512

2101 CuCN-NaCN NA 391.0 3111

2102 CdCl2—NaCl 55 392.0 786

2103 LiCl-TIBr 23 APP 392.0 887

2104 CuCl-Cu 2 S 89.2 392.0 805

2105 LiCl-Li3V04-PbCl2 23.5-4.8-71.6 392.0 523

2106 NaCl—PbCl 2—PbS 24.6-68-7.4 392.0 733

2107 CdBr2 —TIBr 59 392.0 788

2108 K2S04-Na2 S04-ZnS04 34.0-22.5-43.5 392.0 212

2109 BeF2-CsF 58.4 393.0 1986 2110 FeCl 2 -KCl 54.2 393.0 ±1 574

2111 CaCl2 -CuCl 10.8 393.0 156 2112 CsI-TICl 61 393.0 2240

2113 Ba(C10 J2 -KC104 71 393.0 1116

2114 Ca(N0 2) 2-Ca(N03) 2 94 393.0 915

2115 K2C03-Li 2C03 -Na2C03 26.8-42.5-30.6 393.0 1137 2116 K2Cr04-K2Cr2 07 1 APP 393.0 3189

2117 NaCl-YCl3 55 394.0 2236

2118 CdBr2 -CsBr-KBr 25-56.2-18.7 394.0 2527

2119 CaCl 2-NaCl-YCl 3 5-51-44 395.0 1154

2120 KBr—ZnS04 67.5 395.0 3249

References

62 322 394

480

259 322 348

62 322 394

786

394

786

39
Table 1. Eutectic data—Continued

Locator System

number

Mol % T, °C

2121 Na2Cr04 -Rb2Cr0 4 98.5 395.0 872

2122 NaBH4 -NaH 45.8 395.0 1421 2123 KCl-LiCl-UClj 30.5-38-31.5 395.0 ±2 3106

2124 BaCl 2-CaCl2 -LiCl-NaCl 20-30-47-3 395.0 2963

2125 CsI-KI-TlI 21-7-72 395.0 3023

2126 PbCl2 -ThCl4 65 395.0 ±2 3043

2127 PbCl2—RbCl-TICl 18-23.5-58.5 395.0 2833

2128 KCl-ThCl4 58 395.0 ±2 2856

2129 KCl-PbCl2-ThCl4 53-39-8 395.0 2889

2130 GdCl3-NaCl 60 396.0 1046

2131 KCl-MgCl2 -NaCl 20-50-30 396.0 920

2132 KCl-MgCl2 -NaCl 22-51-27 396.0 6 39

2133 CdCl2 -TlCl 62 396.0 480 790

2134 PbCl2-UCl4 81.8 396.0 2015

2135 CdCl2 -TlBr 62.6 396.0 2297

2136 Ag2S-Cu 7 Sb2S6 .5 80.3 396.0 1865

2137 CsN03 -Cs2S04 98 396.0 3235

2138 T1I-T1 2 S04 80 396.0 3117

2139 CdCl2 -NaCl 60 APP 397.0 ±5 26

2140 NaCl-ThCl4 56 397.0 1049

2141 CdBr2 —CsBr—NaBr 23.4-65.4-11.1 397.0 1854

2142 Cdl 2—CsBr 25.8 397.0 1010

2143 Mo03—Na4P 207 51 397.0 1476

2144 K2C03 -Li 2C03-Na2C03 25-43.5-31.5 397.0 ±1 881

2145 NaCl—NbOCl3 54.9 397.9 1800

2146 LiCl-Na2TiF6 87.6 398.0 468 3244

2147 GdClj-NaCl 55.7 398.0 ±2 1814

2148 KCl-NaCl-YCl3 19.75-33.25-47.00 398.0 1208

2149 KC1-LuC13 40 398.0 2495

2150 CdBr2—CsCl-TIBr 15.9-44.8-40.2 398.0 2562

2151 CsI-TlI 23 398.0 2138

2152 Pbl 2—PbTe 94±1 398.0 ±2 2425

2153 KCl-NaCl—PbCl2 35-17-48 399.0 1096

2154 KBF4 -KF 64.8 400.0 APP 217

2155 LiCl-PbCl 2 34.5 400.0 42 76

2156 LiCl-PbCl 2 36 400.0 42 76

2157 KCl-MnCl2—NaCl 37.7-37.3-25 400.0 2524

2158 KCl-MgCl2—YCl 3 67.5-30-2.5 400.0 1154

2159 NbOCl 3-RbCl 62 APP 400.0 APP 963

2160 CdCl2 -TlCl 65.5 400.0 2506

2161 CdCl 2-TlCl 66 400.0 711 2162 InCl 3—PbCl 2 44 400.0 750

2163 InCl 3—T1C1 8 400.0 992

2164 CsCl-TIBr 27.5 400.0 2469

2165 LiBr-LiH 71 400.0 1015

2166 KP03-K4P 2 07 -KV03 46-17-37 400.0 2681

2167 Rb 2 Te03—Te02 17 400.0 3007

2168 KSbSe 2 —Sb2 Se 3 35 400.0 3227

2169 CuO—Te0 2 —

V

2Os 12.5-70.0-17.5 400.0 2744

2170 CsI-Rbl-TlI 18-16-66 401.0 2988

2171 CaBr2—KBr—LiBr 26-23-51 401.0 2818

2172 NH4HS04-(NH4) 2 S04 12.8 401.7 2455

2173 KCl-LiCl-SrCl 2 16.5-56-27.4 402.0 1274 2174 CaCl 2-KCl-PbCl2 3.0-47-50 402.0 395

2175 KCl-MgCl 2 -YCl3 47-28-25 402.0 1154

2176 BaCl 2—Ca(N03) 2 41.7 402.0 10 2177 KCl-ThCl4-UCl4 NA 402.0 ±2 3097

2178 PbCl2 -PbO 70 402.0 3150

References

400 486 512

112 253 523

112 253 523

692

40
Table 1. Eutectic data—Continued

Locator System

number

Mol % T, °C

2179 CuCl-LiCl 80 403.0 512

2180 KCl-ThCl4 47.5 403.0 54

2181 RbCl-Rbl-TlI NA 403.0 2757

2182 CsBr—NaCl NA 403.0 2758

2183 BeF2 -KF 48 APP 405.0 ±5 310

2184 KCl-MgCl2-NdCl3 31.5-43.5-25.0 405.0 215

2185 CdCl2 —CsBr 28.6 405.0 1008

2186 CuCl-MgCl2 98 APP 405.0 APP 2694

2187 LiCl-ThCl4 68 405.0 2745

2188 Pb0-V205-W03 47-49-4 405.0 2858

2189 K2Mo04-Li 2 Mo04-Mo03 NA 405.0 2913

2190 CsCl-CsF-LiF 35-53-12 406.0 1223

2191 BaCl 2—CaCl2—LiCl 17.1-28.8-54 406.0 1879

2192 LiCl-PbCl2 36 406.0 835

2193 CuCl-MgCl2 96 406.0 156

2194 CsI-TlI 26 406.0 2240

2195 NaCl—PbCl 2 31.1 406.0 2660

2196 LiCl-YCl 3 56 407.0 2236

2197 KCl-MgCl2-PrCl3 27.0-48.0-25.0 407.0 505

2198 PbCl 2-RbCl 61 407.0 1207 2199 CdBr2—CsBr 43 407.0 2071

2200 CsI-KI-Nal 52-4-44 407.0 1307

2201 CaBr2—KBr—LiBr 22-21-57 407.0 2818

2202 HfF4-KF 40 408.0 2022

2203 KCl-MgCl2-YC13 42.5-37.5-20. 408.0 1154

2204 CuCl-MgCl2 98.7 408.0 62

2205 MnCl2—PbCl 2 30 408.0 61 2206 CdBr2 —CsCl 43.4 408.0 1008

2207 CuBr—CuCl 30 408.0 512

2208 Ba(N0 3) 2—NaCl 62 408.0 296

2209 AgV03-TlV03 72 408.0 2976

2210 Na2 Cr04-Na2W04 46.5 408.0 3032

2211 Li 2 Cr04-Na2 Cr04 46.5 408.0 3032

2212 CoBr2-InBr3 86 408.0 3064

2213 LiCl-ThCl4 62 408.0 ±2 2856

2214 Li 2Cr04-Na2 Cr04 46.5 408.0 3156

2215 CaCl 2—Ca(N03) 2 42.5 409.0 10 2216 kno2 -k2wo4 92 APP 409.0 2729

2217 kbf4-kf 65.6 410.0 1039

2218 NaF-PbF2-PbS04 39.4-43.3-17.3 410.0 367

2219 ErCl 3-NaCl 46 410.0 2235

2220 NaCl—PbCl 2 28.3 410.0 900

2221 KCl-NbOCl3 54 410.0 1800

2222 KCl-PbCl2 49 410.0 13 371

2090

2223 CdCl2-RbCl 37.5 410.0 512

2224 CdCl2-RbCl 68.5 410.0 APP 1918

2225 PbCl 2 -RbCl 76 410.0 1207 2226 CdCl2-CuCl 15 410.0 APP 1918

2227 CdCl2-TlCl 66.6 410.0 392

2228 CdBr2-CsCl 31.6 410.0 1008

2229 Cdl 2 -Csl 29 410.0 1010

2230 k2o-v2os 40 410.0 APP 2057

2231 CdW04-Pb(B02 ) 2 -Pb0 2-28-70 410.0 2151

2232 Cu 2 S-Na2 S-PbS 21.4-53.1-25.4 410.0 1850

2233 CdW04-Pb(B02) 2 -Pb0 2-28-70 410.0 2151

2234 kpo3-k4p2o7 -kvo3 35.5-11.5-53 410.0 2681

884

62

198

71 394

References

712

76 104 253 322

402 500 781 807

41
Table 1. Eutectic data—Continued

l.ocator System

number

Mol % T, °C

2235 TlP03 -Zn(P03) 2 94 410.0 2956

2236 Cu0-Te02 -V205 27.5-59.0-13.5 410.0 2744

2237 CsBr-CsF-CsI 29-42-29 410.0 2832

2238 RbCl-ThCl4 56 410.0 ±2 2856

2239 LiF-Lil 16.5 411.0 2442

2240 NaCl-PbCl2 30 411.0 62

2241 KCl-MgCl2-PrCl3 42.0-33.0-25.0 411.0 505

2242 CdCl2 -CsBr 73.9 411.0 1008

2243 CsBr—PbCl2 17.3 411.0 1994

2244 RbCl-TlI 19 411.0 2757

2245 CaCl2-KCl-LiCl 36.1-11.5-52.4 412.0 2119

2246 NaCl-TICl 15 412.0 283

2247 NaCl-TICl 6 412.0 480

2248 KCl-MgCl2-NdCl3 68.0-28.0-4.0 412.0 215

2249 KCl-MgCl2—PrCl3 60.0-36.0-4.0 412.0 505

2250 Rb2Te03—Te02 22 412.0 3007

2251 Na2 0—Te02 28 413.0 2194

2252 Li 2Cr207—Na2Cr207 45 APP 413.0 2924

2253 HoC1

3—NaCl 47 414.0 2235

2254 KCl-MgCl2-PrCl3 36.5-36.5-27.0 414.0 505

2255 PbCl2-RbCl 41 414.0 1207

2256 PbCl 2-TlCl 73.9 414.0 512

2257 K2Mo04-KN02 8 APP 414.0 2729

2258 NaCl-ZrF4 55 415.0 467

2259 KCl-NaCl-TICl 6.3-6.3-87.4 415.0 512

2260 CeCl3—KC1—MgCl2 19.3-34.3-46.4 415.0 114

2261 DyCl3—KC1 50 415.0 1046

2262 KCl-MgCl2-NdCl3 39.-34.5-26.5 415.0 215

2263 KCl-MgCl2-TiCl 3 67.0-31.2-1.8 415.0 434

2264 CsBr-NaBr-PbBr2 55-20-25 415.0 1793 2265 Agl-Lil 20 APP 415.0 APP 1918

2266 Ag2Cr04-Li 2 Cr04 60 415.0 943

2267 K2Cr0 4-Li 2 Cr04 26 415.0 942

2268 B 2 03 -PbO-V2 0s 32-67.5-0.5 415.0 3094

2269 CuO—Te02—

V

2Os 20.0-37.0-43.0 415.0 2744

2270 NaCl—NaReO, 80 415.0 2751

2271 NaCl-UCl3—UF4 34-21.5-44.5 415.0 ±2 2830

2272 CoC12-KC1 NA 415.0 3143

2273 LiCl-UCl 4 54 415.3 3246

2274 ErClj—KC1 50 416.0 1289

2275 KCl-MgCl 2 -NdCl3 58.0-38.7-3.3 416.0 215

2276 KC1—MgCl2—PrCl 3 70.0-26.5-3.5 416.0 505

2277 KCl-ThCl4 43.2 416.0 1922

2278 KC1-YC13 55 416.0 2236

2279 SrCl 2 -TlCl 12.5 416.0 1918

2280 AgBr—AgCl 74.1 416.0 909

2281 Cs 9C0 3 -Li,C0,-Na,C0 7 17-50-33 416.0 2845

2282 KCl-KF-K2TaCls 7-6-87 416.0 2869

2283 CsF—LaF3—LiF 61-6-33 417.0 1222 2284 LiCl-ThCl 4 65 417.0 1049 2285 Rbl-TICl 11.5 417.0 2757

2286 KCl-LiCl-UCl3 24-46-30 418.0 2217

2287 BaCl 2—MgCl 2 —NaCl 13.8-39.9-46.2 418.0 981

2288 CeCl 3-KCl-MgCl2 24.2-42.7-33.1 418.0 114 2289 CdCl2 -CsCl-PbCl2 20.2-69.3-10.5 418.0 1102 2290 LiBr-Lil 40 APP 418.0 APP 2442

2291 Na 2 Cr04-Rb2Cr04 98 418.0 872

2292 BaBr2—CaBr2—LiBr 27-40-33 418.0 3073

References

253 275

710

42
Table 1 . Eutectic data—Continued

Locator System

number

Mol % T, °C

2293 KCl-NaCl-UCl3 30-37-33 418.0 2813

2294 Ag2 S04-AgV03 -K2 S04 8-89-3 418.0 2878

2295 CaCl 2 -TlCl 7.5 419.0 512

2296 CsI-PbCl 2 57.1 419.0 2198

2297 HfF4-KF 40 420.0 2030

2298 HfF4-KF 57 420.0 2022

2299 KF-ZrF4 58 APP 420.0 APP 968

2300 PbF2-K2 S04-PbS04 62-12-26 420.0 368

2301 MnCl2—NaCl 47 420.0 1366

2302 CaCl 2—KC1—PbCl 2 12-17-71 420.0 395

2303 CeCl3-KCl-MgCl2 2.1-67.2-30.7 420.0 114 2304 KC1—MgCl2—PrCl 3 73.4-20.0-6.6 420.0 505

2305 KCl-MnCl2 67 420.0 1366

2306 BaCl2 —InCl 3 40 420.0 1478

2307 CaCl2 -TlCl 7.5 420.0 1918 2308 CdCl2—CsBr 42.8 420.0 1008 2309 CsI-NaCl-Nal 47.5-7.2-45.3 APP 420.0 1010

2310 CsCl-Cs 2 S04-PbCl2 4.9-45.8-49.3 420.0 1103

2311 CsCl-PbCl2 -PbS04 18.2-80.9-9 420.0 1103 2312 Na20—Te02 38 420.0 2194

2313 KP03 -K4P207 -KV03 25-11-64 420.0 2681

2314 KF-TiF4 NA 420.0 3028

2315 KCl-ThCl4 46 420.0 ±2 2856

2316 Cs 2 C03—

K

2 C03 —Li 2C03 NA 420.0 2874

2317 BaCl 2—CaCl 2—KC1—NaCl 14-45-8-33 421.0 1811 2318 KCl-PbCl2 22.2 421.0 13 71 2319 FeCl 2 -PbCl2 28.5 421.0 645

2320 CdBr2—CsBr 42.3 421.0 1008 1010

2321 CsCl-NaCl-PbCl2 59.3-17.3-23.4 422.0 900

2322 CaCl 2—KC1—PbCl 2 17.5-15.5-67 422.0 395

2323 CsCl-PbCl2 10 422.0 1103

2324 Cs 2C03-Li 2C03-Na2 C03 15-43.5-41.5 422.0 2845

2325 BaCl 2-BaF2-LiCl-NaCl 8.5-9-73-9.5 422.0 2861

2326 AgCN-NaCN NA 422.0 3111

2327 CoC12-KC1 NA 422.0 3143

2328 KCl-YbCl3 55 423.0 950

2329 TIBr-TICl 40 423.0 871 1021 2330 K2 S04-T1C1 2 423.0 871

2331 CsI-NaF-Nal 50-1.5-48.5 423.0 2968

2332 HoC1 3—NaCl 53 424.0 2235

2333 CoCl2-PbCl2 23.5 424.0 645

2334 AgCl-Li 2 Cr04 98.9 424.0 764

2335 AgCl-Li 2Cr04 99 424.0 943

2336 LiCl-NaCl—SrCl2 48.4-22.6-29.0 424.0 3040

2337 As 2 S 3 -Na2 S 36 APP 424.0 ±5 3091

2338 K2 W04-Li 2W04 -Na2 W04 NA 424.0 3226

2339 CsBr-CsCl—CsF 28-27-45 424.0 2832

2340 TeBr4-TlBr4 82 424.0 2875

2341 CsF-ZrF4 58 425.0 991

2342 CaCl 2 -KCl—LiCl 31-14.5-54.5 425.0 98

2343 CdCl2-CsCl-NaCl 21.9-64.6-13.4 425.0 320

2344 MnCl2—NaCl 50 425.0 713

2345 NaCl-YCl3 55 425.0 1154

2346 TIBr-TICl 35 425.0 238

2347 Mgl 2 —Nal 39 425.0 1918

2348 AgV03-K2S04-KV03 37-4-59 425.0 2878

2349 LiF-NaF-RbF 46.5-6.5-47 426.0 512

2350 UC14-UF4 65 426.0 1734

References

76 104 253 322

43
Table 1. Eutectic data—Continued

Locator System

number

Mol % T; °C

2351 KP03 -NaF-NaP03 18.5-20-61.5 426.0 1362

2352 ErCl 3 -KCl 56 426.0 1855

2353 KC1-T1C1 7.5 426.0 238

2354 CdCl2 -InCl3 49.5 426.0 1918

2355 MgCl2 -ZrCl4 3.45 426.0 1125 2356 KCl-Li 2S04-NaCl 34.0-41.8-24.1 426.0 133 2357 kpo3-kvo3 40 426.0 2681

2358 CsF-CsI-NaF 46.5-52.5-1 426.0 2968

2359 KCl-MgCl2 -MgF2 69.9-26.9-3.2 426.0 2986

2360 BeF2-LiF-UF4 22.5-69.5-8 427.0 58

2361 CoC12 -KC1 30.5 427.0 120 2362 Na2 S04—T1C1 1.5 427.0 800

2363 Li 2Cr04—LiOH 47 427.0 942

2364 BaCl 2 -CaCl2-KCl-NaCl 17.5-47.8-3.3-17.5 428.0 1276

2365 CaCl2 —NaCl—NdCl3 5-50-45 428.0 290

2366 KC1—MnCl2 65 428.0 499

2367 KCl-MnCl2 66 428.0 1077 2368 Li 2S04-TlCl 1.1 428.0 356

2369 AgCl-KV03 98.5 428.0 7 2370 CsI-NaBr 54 428.0 1210

2371 Csl-Nal 51.5 428.0 1010

2372 Nal-TlI 12.5 428.0 1126

2373 kpo3-kvo3 57.2 428.0 2681

2374 LiCl-UCl4 63 429.0 3246

2375 KCl-PbCl2 23.5 429.0 2090

2376 KC1-Na 2SO4-TlBr 7.53—.45—92.01 429.0 1130

2377 RbCl-TICl 14 429.0 2757

2378 NaBr—UBr3 63 429.0 2788

2379 CsF-LiF-YF3 60-39.8-0.2 430.0 1291 2380 LiBr-LiCl-LiF 47-31-22 430.0 899

2381 LiF-LiOH 20 430.0 511

2382 MgCl2—NaCl 44 430.0 90

2383 NaCl-NdCl3 58.8 430.0 114 2384 KCl-MgCl2 66 430.0 1091 2385 KC1-YC13 50 430.0 853

2386 CoS04-NaCl 29 430.0 2505

2387 CsBr-Nal 55.5 430.0 1210

2388 Bi 203—PbO—

V

2Os 1-49.5-49.5 430.0 890

2389 k2so4-v2o5 63 430.0 1709

2390 MgCl 2 -PbCl2 18 APP 430.0 APP 2694

2391 CsBr-CsF-NaF 50-48-2 430.0 2968

2392 InBr 3—NiBr2 98 430.0 3064

2393 NaCl-UCl3-UF4 55-22.5-22.5 430.0 ±2 2830

2394 CsF-CsI 53.5 430.0 2832

2395 PbS-TlSbS 2 3.5 430.0 2882

2396 LiF-LiOH 20 430.0 3202

2397 AgCl—NaV03 99 431.0 7 2398 MgBr2—NaBr 59 431.0 62

2399 Rbl-TlI 80 431.0 2757

2400 MgBr2 —NaBr NA 431.0 3135

2401 CsF—LiF—

S

cF3 46.88-53-0.12 432.0 1310

2402 CsCl-LiCl-SrCl 2 13.9-59.5-26.6 432.0 2008

2403 KCl-ThCl4 48 432.0 1049

2404 KCl-K2 Cr04-Li 2Cr04 26.8-37.7-35.5 432.0 2989

2405 KCl-MgCl2 65.2 433.0 APP 156

2406 KCl-ZnCl2 69 433.0 140 2407 CsCl-CsI-NaCl 45.5-32.2-22.3 APP 433.0 1010

2408 CsCl—Cs2S04—PbCl2 57.6-13.2-29.2 433.0 1103

404

503

713

156

290

200

References

400

498

44
Table 1. Eutectic data—Continued

Locator System

number

Mol % T, °C

2409 CdCl2 -LiCl-Li 2 Mo04 62.5-14.8-22.7 434.0 766

2410 Csl-Pbl 2 60.6 434.0 2198

2411 CsCl-NaCl-Na2 S04 61-13.2-25.8 434.0 2969

2412 KCl-MgCl2 66.6 435.0 1125

2413 BaCl2 -TlCl 100 APP 435.0 APP 1918

2414 BaCl2 —CaCl2 —CaS04—NaCl 14.8-48.15-1.65-35.4 435.0 1226

2415 KI-ZnS04 47.3 435.0 3249

2416 CsCl—Cs2SO4—NaCl 23-3-74 435.0 2954

2417 CrCl2 —KC1—NaCl 28.2-21.8-50.0 435.0 3001

2418 NaCl-ThCl4 43.5 435.0 ±2 2856

2419 NaCl—ThCl 4 55 435.0 ±2 2856

2420 RbCl-ThCl4 42 435.0 ±2 2856

2421 AgCl-CdCl2 -CdS04 56-43-1 APP 435.0 3112

2422 NaCl-UCl4 70 435.4 3246

2423 LiF-NaF-ZrF4 26-37-37 436.0 1258 2424 KCl-YClj 56 436.0 1154

2425 MnCl2-RbCl 29 436.0 1077 2426 AgCl-LiV03 99.5 436.0 7 2427 AgCl—Na2Mo04 97.5 436.0 7 2428 KCl-Li 2S04-Li 2W04 40-48-12 436.0 351

2429 BaS04-Na2S04-RbCl 1.5-40.5-58 436.0 2903

2430 CrCl 2—NaCl 46.3 437.0 506

2431 KCl-MgCl2 66.7 437.0 156 2432 CaCl2 —NaCl—SrCl 2 32-36-32 437.0 2654

2433 CsCl—Cs 2 S04—Na2S04 55.6-6.5-37.9 437.0 2969

2434 LiF-NaF-RbF 42-10-48 437.0 2917

2435 CsF—LiF—

S

cF3 60-39.9-0.1 438.0 1310

2436 KI-T1I 10 438.0 1918

2437 KCl-MgCl2 -MgF2 41.0-54.1-4.9 438.0 2986

2438 CsBr—CsF 51.5 438.0 2832

2439 AgCl-CdCl2 56 APP 438.0 3112

2440 BaCl 2—CsCl-NaCl 13.4-38.9-47.7 439.0 1880

2441 CdBr2—CsBr 25 439.0 2071

2442 CsCl-CsF 51 440.0 1223

2443 KF-PbF2-PbS04 60-38-2 440.0 368

2444 NaF-PbF2-PbS04 19-55-26 440.0 367

2445 PbF2-K2 S04-PbS04 63-25-12 440.0 368

2446 CaCl 2-LiCl-NaCl 34.23-52.34-13.43 440.0 261 2447 BaCl2—CaCl 2 —NaCl 16.3-46.9-36.7 440.0 1683 2448 CaCl 2 —CeCl 3—NaCl 38.8-12.2-49.0 440.0 437

2449 KC1—NaCl—PrCl 3 32.4-19.6-48.0 440.0 ±3. 243

2450 LiCl—Te02 23.8 440.0 926

2451 PbCl2 —SnS 82.6 440.0 883

2452 Bal 2 -Srl 2 23 440.0 1918

2453 K2 S04 —ZnS04 43 440.0 1323 2454 KCl-KF-LiF-NaF 2.9-42.0-44.0-11.1 440.0 2658

2455 Ca(N0 3) 2 —LiN03 -NaN03 15-43-42 440.0 2806

2456 KC1-NaCl—UCl 3 60-24-16 440.0 ±2 2813

2457 KCI-YCI3 54 440.0 2835

2458 Cs,CO,-K,CO,—Li,CO, NA 440.0 2874

2459 kbf4-kf 76 441.0 1062 2460 KCl-MgCl2 -YCl3 59-38-3 441.0 1154

2461 PbCl 2 -PbS 75.3 441.0 733

2462 K2S04—Na2 S04 75 441.0 2959

2463 KF-LiF-RbF 24-50-26 441.0 2917

2464 MgCl2—NaCl 43.8 442.0 1104

2465 CdCl 2 -RbCl 31 442.0 APP 1918

2466 CdCl2 -RbCl 36 442.0 APP 1918

References

784 2155

805

45
Table 1. Eutectic data—Continued

Locator System

number

Mol % T, °C

2467 CsCl-TaCl, 63.5 442.0 240

2468 AgCl—Na2Cr04 97.5 442.0 7 2469 CdBr2 -CsBr 25 442.0 1008 1010

2470 Li 2 C03 -Li0H 10.2 442.0 1153 2526

2471 CsCl-Cs 2S04—Na2 S04 62.5-7.6-29.9 442.0 2969

2472 CrCl 2 —KCl-NaCl 17.2-37.8-45 442.0 3001

2473 RbBF4-RbF 68.5 442.0 3093

2474 CsF—LaF3—LiF 52-9-39 443.0 1222 2475 CaF2-KF-LiF-NaF 1.5-41.2-45.6-11.7 444.0 481

2476 CdCl2 -CsCl—NaCl 33-45.5-21.3 444.0 320

2477 AgCl-Na2 W04 98 444.0 7 2478 LiCl-Li2S04-Li 2 W04 63.9-21.7-14.3 444.0 352

2479 Cs 2SO4—NaCl—Na2S04 12-85.5-2.5 444.0 2954

2480 BaCl 2—LiCl-LiF 19-66-14.9 445.0 512

2481 KCl-NaCl-SmCl3 21.3-49.3-29.4 445.0 1186

2482 KC1-ScC13 51 445.0 1232

2483 KC1-ScC13 52 APP 445.0 2212

2484 AgCl—CaCl 2—Ca(NO3) 2 83-14-2.9 445.0 198

2485 LiCl—Li 2 CO3—Li 2 S04 52.9-19.8-27.2 445.0 454

2486 Ag2 S Cu6As4S 6 92.8 445.0 2224

2487 BeF2-RbF 74 445.0 3132

2488 CsF-LiF-NaF 54-9-37 446.0 1221 2489 LiF-NaF-ZrF4 30.5-24-45.5 446.0 1258

2490 MnCl2—RbCl 27 446.0 286

2491 AgCl-LiBr 85 446.0 APP 1379

2492 CsBr—NaBr—KBr 48-33-19 446.0 1217 2493 NaV03-RbV03 40 446.0 2496

2494 Li 3AlF6-LiCl 8.3 446.0 3041

2495 KBF4-Zr02 90 447.0 977

2496 KCl-MgCl2-UCl3 48-27-25 447.0 2217

2497 CsCl-Nal 75 447.0 1010

2498 LiF-NaF-RbF 45-10-45 447.0 2917

2499 CsF-LiF-NaF 41-48-11 448.0 1221 2500 LiF-MnF2-RbF 46-0.5-53.5 448.0 2432

2501 LiF-RbF 49.5 448.0 511

2502 LiBr-LiF 75 448.0 900

2503 KC1—MnCl2 36 448.0 1366

2504 AgCl—CaCl 2 82.6 448.0 156

2505 Na 2 S04—TIBr .5 448.0 871

2506 Li 2 W04—Na2 Cr04—Na2 W04 42.5-32-24.5 448.0 3032

2507 BeF 2—CsF 48 449.0 1986 2508 KCl-MnCl2 36 449.0 1077 2509 AgCl-Li 2 W04 99 449.0 7 2510 Ag,S-CuA -5As 9 S 4 .2^ 82.6 APP 449.0 2224

2511 CsBr—KBr—NaBr 40-20-40 449.0 ±3 2631

2512 BeF 2 —LiF—ZrF4 31-65-4 450.0 1519

2513 LiF-RbF 50 450.0 1918

2514 CaCl 2 —CaF2 —LiCl 29.8-4.3-65.8 450.0 361

2515 BaCl 2 —CaCl 2 —NaCl 14.5-47-38.5 450.0 70 113 2516 KCl-NaCl-VC13 10-54-36 450.0 1204 2517 LuCl 3-NaCl 40 450.0 2495

2518 MgCl 2 -NaCl 40 APP 450.0 90 276

2519 KC1—MnCl2 35 450.0 499 713

2520 CsCl-ThCl4 45.5 450.0 54

2521 BaCl 2-CdCl2 43 450.0 61 395

2522 CsBr—PbCl 2 68.8 450.0 1994

2523 LiCl-LiH 68 450.0 1015 2524 PbCl 2 -PbS 80 450.0 1256

References

529

400

716

46
Table 1 . Eutectic data—Continued

Locator System

number

Mol % T, °C

2525 BaBr2 —Srl 2 20 APP 450.0 1918 2526 Bal 2—Srl 2 20 450.0 512

2527 Li 2 Cr04—LiOH 63.9 450.0 942

2528 K2S04 —ZnS04 57 450.0 1323 2529 K2TiF6-Li2TiF6-Na2TiF6 2-85-13 450.0 2934

2530 CaCl2-CaSO4-LiCl 32.2-3.4-64.4 450.0 2961

2531 K2NbCl5 -LiCl-LiF 30.7-45.3-24 450.0 2828

2532 CaCl2 -NaCl-SrCl2 48.5-41-10.5 450.0 2892

2533 BaCl 2-CdCl2 43 450.0 3164

2534 B203-Si02 1 APP 451.0 ±1 1150

2535 KBeFj-KPOj 20 452.0 3245

2536 NaCl-VCl3 71 452.0 428

2537 AgCl-MgCl2 87.5 452.0 156

2538 CsCl—PbBr2 68.0 452.0 1994

2539 CoCl2—LiCl—Li 2 S04 13.9-61.1-25 452.0 375

2540 NaBr-TlBr 25 452.0 52 245

2541 KV03-NaV03 79 452.0 1979

2542 CsCl-NaBr-RbCl 37.5-37.5-25 452.0 2812

2543 LiBr-LiF 70.7 453.0 1066

2544 NaCl—PuCl3 64 453.0 418 470

2545 PbCl 2 -PbS 75 453.0 883

2546 LiBr—SrBr2 67.5 453.0 1918

2547 LiBr-LiH 70.3 453.3 1321 2548 KF-LiF-NaF 42-46.5-11.5 454.0 8 24

2549 PbCl 2-PbF2 90 454.0 801

2550 LiCl-LiF-LiH 56-23-21 454.0 1014

2551 BaCl 2 —CaCl 2—NaCl 17-47-36 454.0 1096

2552 NaCl-YbCl3 40 454.0 2495

2553 HoC13-KC1 45 454.0 1289 2554 MnCl2-RbCl 33 454.0 1077 2555 CsV03 -NaV03 57.5 454.0 2496

2556 LiCl-TiCl3 83 454.0 3030

2557 KBeF3 -KP03 20 455.0 1413 2558 KCl-KTaOCl4 14.5 455.0 1294 2559 KCl-MgCl2 -ZrCl4 45.5-52.7-1.8 455.0 1125 2560 LiCl-Li2 S04-Li 2C03 52.9-27.2-19.8 455.0 454

2561 Li 2Mo04-Li 4P207 -Na4P2 07 64.9-33.8-1.3 455.0 1123

2562 K2S04-V205 55 455.0 2735

2563 LiCl-UCl 3-UF4 13-34-53 455.0 ±2 2830

2564 KF-K2NbCl5-LiF 37.6-41.7-17.1 455.7 2828

2565 BeF2 -LiF 20 456.0 149 429

2566 BeF2 -LiF 33.3 456.0 149 429

2567 KCl-Li 2S04 48.5 456.0 133 351 2568 KCl-Li 2 S04 42.5 456.0 2941

2569 BaCl 2-LiCl-NaCl 18.3-60.4-21.3 456.0 3040

2570 NaBr—Na2C03—RbBr 40-14-46 456.0 2826

2571 CaCl 2 -NaCl-SrCl2 30-40-30 456.0 2892

2572 KF-LiF-NaF 42-46.5-11.5 457.0 48

2573 CaCl 2 —PbCl 2 21 457.0 2660

2574 AgV03-KV03 82 457.0 2680

2575 KI-KI03 41 457.0 3192

2576 CaCl 2 -CeCl3 -NaCl 48-21-31 458.0 742 2447

2577 FeCl 2 -RbCl 40.5 458.0 1365 2578 CdCl2 -CsCl 36 458.0 825

2579 CdCl2 -CsCl 70.9 458.0 320

2580 LiCl-Li 2S04-NaCl 54.8-29-16.1 458.0 133 2296

2581 Na 2 0-Te02 16.7 458.0 2194

2582 KBF4-KF-NaF NA 458.0 2697

References

283

48 179 429 481

810

810

47
Table 1. Eutectic data—Continued

Locator System

number

Mol % T. °C

2583 Cs2Mo04-Mo03 55 458.0 2871

2584 LiCl-LiF-LiH 60.3-19.8-19.8 APP 459.0 1862 2585 MgCl2 -RbCl 29 459.0 77 163 2586 MgCl 2 -PbCl2 19 459.0 156 191 2587 KBr-TIBr 12.5 459.0 782

2588 KBr-TIBr 13 459.0 245 1303

2589 CsF-LiF-YF3 48-51.8-0.2 460.0 1291 2590 LiF-NaF-ZrF4 42-29-29 460.0 1258

2591 KF-PbF2 59.6 460.0 368 390

2592 CaCl2 -KCl—NaCl-NaF 47.6-8.1-41.3-2.9 460.0 1277 2593 LiF-Li 2Cr04 25 460.0 443

2594 CaCl2 -KCl-MgCl2—NaCl 41.6-2.2-8.8-47.4 460.0 966

2595 CaCl2-LaCl3-NaCl 35-13-52 460.0 457

2596 KC1—SmCl3 40 460.0 1011 2597 MnCl2—RbCl 69 460.0 1077

2598 CsCl-ThCl4 54.2 460.0 54

2599 MnCl2-TlCl 62 460.0 1077 2600 Li 2 S04—NaCl-Na2S04 57.5-23-19.5 460.0 2296

2601 CsBr-NaBr 62.5 460.0 768

2602 Cu2S—FeS-Na2 S 22.6-13.2-64.2 460.0 1052 2603 KP03-LiP03 35 460.0 1900

2604 K2C03 -MgC03 57±3 460.0 1957 2124

2605 BaMo04-LiCl 82.8 460.0 3228

2606 BaMo04—LiCl 17.2 460.0 2641

2607 KBF4-KF 74.5±1 460.0 ±2 2703

2608 CsBr-NaBr-NaF 56.5-20.8-20.8 460.0 2968

2609 RbBr-TIBr 26 460.0 3060

2610 CsCl-ThCl4 40 460.0 ±2 2856

2611 BaCl 2-LiCl-Li 2 S04 12-42.5-45.5 460.0 2876

2612 LiCl-PuCl3 72 461.0 418

2613 FeCl 2-RbCl 30 461.0 1365

2614 CuS04 -K2 S04 45 461.0 3148

2615 PbCl2-PbF2 57 461.5 3150

2616 CaF2-CsF-LiF 0.25-60.6-39.1 462.0 2121 2617 K2TiF6-LiCl 37 462.0 468

2618 K2TiF 6-LiCl 5.5 462.0 3244

2619 NaCl—TiCl3 60 462.0 75 491

2620 CrCl 2-KCl 41.5 462.0 1173

2621 K2UCl6-UOCl2 57 462.0 1394

2622 AgV03 -KV03 23 462.0 2680

2623 K2 NbCls -LiCl-LiF 28.5-39.3-24.2 462.0 2828

2624 FeCl 2-RbCl 64 463.0 1365

2625 NaCl-Na2S04-RbCl 3-57-40 463.0 2844

2626 Cs 2Mo04—Mo03 49.5 463.0 2871

2627 LiCl-LiF-NaCl 63.5-19-17.5 464.0 994

2628 CrCl 2—KC1 39.5 464.0 1235

2629 KCl-NbOCl 3 68.5 464.0 1050

2630 KCl-TbCl3 55 464.0 1482 2631 CoCl2 -RbCl 42.7 464.0 503

2632 RbCl-SmCl3 55 464.0 1011 2633 CdCl2-Li 3V04 85 464.0 766

2634 K4P 2 07 -KV03 22.5 464.0 2681

2635 CsBr-NaB02 -NaBr 59-1.5-39.5 464.0 2702

2636 BaS04-LiCl-Li 2 S04 33-49-18 464.0 2876

2637 KF-PbF2 58 465.0 390

2638 CsF-ZrF4 45 465.0 991

2639 BeF2-PbF2 32 465.0 151 2640 CaF2-LiCl-NaCl 13-73-14 465.0 1912

References

775 818

48
Table 1 . Eutectic data—Continued

Locator System number

Mol % 7’, °C

2641 CdCl2 -CdF2-LiF 67-27.2-5.8 465.0 2468

2642 CaCl2 —KC1—NaCl 50-7.25-42.75 465.0 99

2643 Fe 2(S04) 3 -NaCl-Na2 S04 13.5-53.5-33 465.0 1704

2644 CsBr—PbBr2 68.4 465.0 1994

2645 KBr-K2 Cr04-Li 2Cr04 22-40.5-37.5 465.0 2989

2646 CrCl 2-KCl 61 466.0 1235

2647 CoCl 2 -RbCl 58.3 466.0 503

2648 KCl-ZnS04 34.4 466.0 327

2649 Li 2Mo04—Na2Mo04 51 466.0 1123 2650 CsBr—NaBr 58 466.0 2702

2651 CaS04 -LiCl-Li 2 S04 6.8-64-29.2 466.0 2961

2652 CrCl 2 -KCl 39 467.0 784

2653 KCl-MgCl2 42 467.0 1125 2654 CaCl2 -PbCl2 34 467.0 156 2655 KCl-KF-LiF 6.5-47.5-46 468.0 907

2656 NaCl—PrCl3 63 468.0 ±2. 243

2657 Cs 20(Cs 2 C03)-V 2 o5 21.5 468.0 854

2658 KPOj—LiP03 60 468.0 1900

2659 K2C03-Li 2C03 41 468.0 2526

2660 KCl-TiCl3—ZrCl4 42-48-10 468.0 2837

2661 KC1—

K

2TaCl s—NaF 11-85-4 468.0 2869

2662 K2TiF6-LiF-Li 2TiF6 50-15-35 468.0 2879

2663 Te0 2 —

V

2 Os 75.5 469.0 975

2664 CsF-LiF 64 470.0 ±5 422

2665 LiF-RbF 56 470.0 1918

2666 NaF-ZrF4 56 470.0 4

2667 CeCl3-KCl-NaCl 37.3-17.6-45 470.0 745

2668 CrCl 2-KCl 33.3 470.0 1173 2669 KCl-K2VOCl4 18.5 470.0 2388

2670 KCl-MgCl2 42.8 470.0 156

2671 CdCl2 -CsCl 21.9 470.0 320

2672 BaCl 2 —ZnCl2 44 470.0 1918

2673 KBr—ZnS04 41.3 470‘.0 3249

2674 KBr—

K

2C03 —Li 2 C03 1-45-54 470.0 2052

2675 k2co3-ko2 12.8 470.0 2234

2676 AgP03-NaP03 80 470.0 3069

2677 AgP03-Mg(P0 3) 2 97.5 470.0 3081

2678 BeCl 2 -KCl-YCl3 16-72-12 470.0 2739

2679 PbO—Te02 26 470.0 2750

2680 CsCl-UCl3 76 470.0 2831

2681 AgP03 -Ca(P03) 2 85 471.0 2643

2682 BaF2-KF-LiF 3-47-50 472.0 8 2683 CaF2 -LiCl-LiF 12.7-64.2-23.1 472.0 361 2684 K2TiF6-LiCl 15 472.0 3244

2685 K2TiF6-LiCl 63.8 472.0 468

2686 LiF-PbF2-PbS04 19-61-20 472.0 280

2687 CrCl 2—KC1 64 472.0 784

2688 CdCl 2 -RbCl 25 472.0 512

2689 MgCl2 -RbCl 35.5 472.0 77

2690 PbCl2-PbS04 96.5 472.0 208

2691 Na 2 S04-ZnS04 45 472.0 511

2692 CsCl-NaBr NA 472.0 2758

2693 NaBr-RbBr-Rb2 C03 31.5-25.5-43 472.0 2826

2694 LiCl-Na2TiF6 55.7 473.0 468

2695 LiCl-Na2TiF6 92.6 473.0 3244

2696 CrCl 2 -KCl 30.3 473.0 1235

2697 LiCl-Li 2 S04-NiCl 2 68.4-28.9-2.6 473.0 369

2698 CaF2 -LiCl-NaCl 9.9-71.4-18.7 474.0 1361

461

24

825

475

163

References

153 155 429 467

49
Table 1 . Eutectic data—Continued

Locator System

number

2699 CrCl 2 -KCl

2700 LiBr-Li 2 S04 2701 K2 C03 -Li 2C03 2702 CsV03 -KV03 2703 Ag2 S04-Tl 2 S04 2704 CaCl2 -LiCl

2705 CaCl 2-LiCl

2706 BaCl 2 -KCl-MgCl2 —NaCl

2707 CrCl 2—KC1

2708 CdCl2—CdS04-NaCl

2709 SrBr2 —Srl 2 2710 Nal-RbI

2711 Bal 2 —Srl 2 2712 PbO-V2Os 2713 K2 S04—ZnS04 2714 Ga2S3—Sb2 S 3 2715 As 2 S 3 —Na2 S

2716 CaCl2—CsCl—LiCl

2717 CaF 2 -CsF-LiF

2718 CsF-LiF-MnF2 2719 CsCl-PbCl 2 2720 CdCl2 -InCl3 2721 LiBr—Li 2C03 2722 LiP0 3-NaP03 2723 BaS04-Li 2S04-RbCl

2724 PbCl 2 -PbjCVOJ;,

2725 BeF 2-PbF2 2726 KF-K4P 207 -LiF

2727 CaCl 2—LiCl

2728 BaCl 2 —CaCl 2 —KC1—NaCl

2729 LiCl-Li 2 S04 2730 PbCl 2-PbS04 2731 Na 2SO4—ZnS04 2732 BeCl 2—KC1—NaCl

2733 BaS04-Li 2 S04-RbCl

2734 KF-LiF-Li 2TiF6 2735 LiCl-Li 2 S04 2736 CsF-LiF

2737 BaCl 2—CaCl 2—KC1—NaCl

2738 MnCl2 -RbCl

2739 CsF-LaF3-LiF

2740 CdCl2-CdF2 2741 PbF2-K2S04 2742 CaCl2 - LiCl

2743 CaCl 2 -CsCl-NaCl

2744 CsCl—KC1—NaCl

2745 NaCl-ScCl3 2746 KCl-NdCl3 2747 CsCl-Cs 2VOCl4 2748 Agl-Cul

2749 CaO-P2 Os 2750 Cu 2 S-Na2S

2751 Cs 2Mo04—Na2Mo04 2752 K2S04 -Mo03 2753 B 2 03 -Mo03 -PbO

2754 Rbl-TICl

2755 CdCl2-UCl4

Mol % T, X References

60 474.0 73 474.0 56 474.0

47.5 474.0 67 474.0 36 475.0

37 475.0 8.7-52.3-18.2-20.7 475.0 30 475.0 35.5-35.5-29 475.0

32.5 475.0 50 475.0

17 475.0 50 475.0 23 475.0

27 475.0

12 APP 475.0 ±5

32.4-4.0-63.6 475.0 0.75-44.3-54.9 476.0 58-40-2 476.0 56 476.0

51 476.0

87.3 476.0 50 476.0 2-58-40 476.0 94 476.0

21 477.0 43.6-3.4-53 477.0 36 477.0 13.1-16.9-47.3-22.7 478.0

63.5 478.0 4 478.0

57.5 478.0 20-64-16 478.0 1-40-59 478.0 46-53-1 478.0 NA 478.0 60 479.0 9.3-22.2-42.7-25.8 479.0 70 479.0 45-20-35 480.0 70 480.0 ±5

77.5 480.0 39 480.0 52.1-1.7-46.2 480.0 45.5-24.5-30 480.0 62 480.0 50 480.0

32.5 480.0 48 APP 480.0 APP

8 APP 480.0 APP

39.8 480.0

42.5 480.0 40 APP 480.0 NA 480.0

64.5 481.0

54.2 481.5

1173 2055

2526

2699

3124

42 96 98 261 389 776

816

96 98

966

784

304

1918

1128

1918

1188

1323

3075

3091

2759

2121

1798

1103

397

2052

1900

2793

3158

151 1107 261

1276

133 347 352 363 375 549

1103 511

2978

2793

2879

3145

1221 1291 1310

1276

286

122226

368

42

185 789

971 2211

114 2388

1918

2100

859

1158

2706

2824

2757

2741

50
Table 1 . Eutectic data—Continued

Locator System Mol % T, C

number

2756 LiCl-Na2TiF6 37.7 482.0 3244

2757 LiCl-Na2TiF6 38 482.0 468

2758 KF-K2 W04-LiF 46.7-1.5-51.8 482.0 489

2759 CaCl 2-CsCl-NaCl 1.3-64.2-34.5 482.0 185 2760 KCl-MgCl2 -ZrCl4 68.6-18.6-12.8 482.0 1125

2761 KCl-SmCl3 44 482.0 950

2762 CsCl—NaBr 62.5 482.0 1689

2763 LiCl-Li 2 S04 63.5 482.0 2564

2764 SrCl 2-Sr(N03) 2 53 482.0 239 680

2765 LiBO 2 -LiCl-Li 2W04 5.3-49.6-45.1 482.0 193 2766 CsBr—NaBr 57 482.0 1689

2767 LiCl—Li 2 S04 46.5 482.0 2763

2768 KF-LiF-SrF2 46.5-50.1-3.4 483.0 474

2769 KBF4-K2ZrF6 68 483.0 1202 2770 KCl-PrCl 3 43 483.0 243 264

2771 BaBr2—LiBr 25 483.0 62

2772 BaBr2—LiBr NA 483.0 3135

2773 KF-LiF 50 484.0 ±8 8 15 475 481

2774 LiCl-LiF 69.5 484.0 46

2775 KF-KV03-NaF 11-87-2 484.0 299

2776 LiCl-Li 2 S04 64.4 484.0 826

2777 K2MoO4—MoO3 47.6 484.0 1205 2778 K2 C03—

K

2Mo40 13 54 484.0 1281 2779 KV03—NaV03 86 484.0 24%

2780 NaF-ZrF4 48 485.0 4 24

2781 PbF2 -RbF 32 485.0 390

2782 CaCl 2 —CaF2 —LiCl 6.0-15.1-78.8 485.0 361

2783 LiCl-LiF 73.6 485.0 1066

2784 LiCl-LiF 80 485.0 46

2785 RbCl-Rb2VOCl4 43 485.0 2388

2786 CaCl 2 —CaS04—NaCl 51.7-2.7-45.5 485.0 1683

2787 CaS04—NaCl-Na2 S04 2.7-45.5-51.7 485.0 1439 1683

2788 FeS-Na2 S-PbS 24.7-61-14.3 APP 485.0 2260

2789 Li 2 W04-Na2W04 48 485.0 2955

2790 B 203-PbO-V2 05 24.5-74-1.5 485.0 3094

2791 KC1-K2 NbCls-LiF 27.5-54.6-17.9 485.0 2828

2792 BeF2 -NaF-UF4 17-72.5-10.5 486.0 856

2793 CsCl-NaCl 65 APP 486.0 61 89

789

2794 LiCl-LiH 63 486.0 1014

2795 NaBr—SrBr2 56 486.0 793

27% MoC1

3—NaCl 52.5 486.0 2935

2797 NaBr—RbBr—Rb2C03 32-35-33 486.0 2826

2798 KF-K2NbCls -LiF 29-50-21 486.0 2828

2799 K2Cr0 4-KF-LiF .5-48-51.5 486.0 2855

2800 K2TaCls-NaCl—NaF 86-5-9 486.0 2869

2801 NaBr—SrBr2 NA 486.0 3135

2802 KF-LiF 50 487.0 1107

2803 LiCl-SrCl 2 63 487.0 411

2804 CeCl 3—NaCl 47 487.0 743

2805 AgCl-LiBr 26 487.0 APP 1379

2806 CaCl2-MgCl2 -UCl4 9-38-53 487.0 2948

2807 KCN-Zn(CN)2 NA 487.0 3111

2808 LiCl-LiF 70 488.0 900

2809 KC1-KF-KI 34-25-41 488.0 512

2810 LiCl-SrCl 2 67.7 488.0 758

2811 CeCl3-NaCl 32.5 488.0 437

References

505

138 179 300 474

153 155 429 467

185 320 435 768

51
Table 1. Eutectic data—Continued

Locator System

number

2812 KCI-S1T1 CI3 2813 CdCl2-CsCl

2814 CdCl2 -CsCl

2815 K2C03 -Li 2C03 2816 K2C03-K2Mo40 13 2817 CaF2 -KF-LiF

2818 CsF-LiF

2819 CsF-LiF

2820 CaCl2—CaF2—NaF

2821 NaF-PbF2-PbS04 2822 NaF-NaP03 2823 BaCl 2-LiCl-NaCl

2824 CaCl2 -NaCl

2825 CsCl-NaCl

2826 EuC13-KC1

2827 KCl-SmCl3 2828 BaCl 2 —CaCl 2—CeCl3 2829 CdCl2 -InCl3 2830 KCl-K2 S04-K2W04 -Li 2W0

2831 LiCl—Li 2W04 2832 Srl 2—Sr3N2 2833 Na 2 0-Ti0 2 -V205 2834 Li 2S04-RbCl

2835 Rbl-Sbl3 2836 LiCl-UCl3 2837 NaCN-NaCNO

2838 CaCl 2—LiCl

2839 KF-LiF

2840 KF-LiF

2841 CaF2 —LiCl

2842 CaF2-LiCl

2843 NaCl—

2 ZrF6 2844 KF-KVO,

2845 CaCl 2-LiCl

2846 CsCl-Cs 2VOCl4 2847 kci-kvo3 2848 Li 2 W04-Na2 W04 2849 CsBr—Cs2COs 2850 CsCl-NaCl

2851 CsCl-NaCl

2852 CdW04-LiCl

2853 Rb 2 0-V2 0s 2854 CsCl-CsI

2855 PbF2 -PbO

2856 CaCl 2 -NaCl

2857 GdCl3-KCl

2858 CsI-KI

2859 Li 2W04-Na2 W04 -W03 2860 kbf4-kf

2861 BeF2 —CaF2 2862 CaCl2—NaCl

2863 CsCl-NdCl3 2864 NaBr—RbBr

2865 NaBr-RbBr

2866 CafNOjlj-SrfNOjlj

2867 CaBr2—LiBr—NaBr

2868 BaCl 2 — CeCl 3 —NaCl

Mol % T. °C

50 APP 488.0 36 488.0

71 488.0 38 488.0 44 488.0 2.3-48.6-49.1 490.0

47.5 490.0 48 490.0 50-1.5-48.5 490.0 10-59-32.5 490.0 25 490.0 19.7-61.7-19.6 490.0 55 490.0

65.5 490.0

15 490.0 25 490.0 21-49-30 490.0 56 490.0 13.3-11.1-37.8-37.8 490.0

58.5 490.0

99.5 490.0 57.5-2-40.5 490.0

21 490.0 72 490.0 74 490.0 NA 490.0

33.3 491.0 50 492.0

50.5 492.0

17.6 492.0

17.7 492.0 32 492.0

12 492.0

36.3 492.0

66 492.0

17 492.0 52 492.0 65 492.0 65 493.0 66 493.0

14.9 493.0

21.5 493.0 52 493.0 54 494.0

52.9 494.0 55 494.0 79 494.0 43-53-4 494.0 80 495.0 89 495.0

53.8 495.0 50 495.0 45 495.0

46.5 495.0

59.3 495.0 51.5-7.6-40.9 495.0 4-33-63 495.0

References

832

320

825

881

1281 481

1221

1291 1310

206

367

1275 1362

897

261

768

1482

1011 2447

1478

351

352 549

1172 843

2763

2820

2831

3206

2759

1090

907

852

361

962

299

42 96 98 261 389 776

816

2388

298

512

2907

61 841 900

766

2069

2832

62

290

1046

1308 1685

2893

1202 150

1439

114 1128

430

1237 3089

2860

52
Table 1. Eutectic data—Continued

Locator System

number

Mol % T, °C References

2869 LiCl-LiH 66 495.6 822

2870 KI-K2 ZrF6 44 4%.0 1435

2871 CaCl2-LiCl 38 4%.0 776

2872 P11CI3-UCI3 56 4%.0 2664

2873 Li 2 SO4-RbCl-Rb2 S04 56.4-35.4-8.2 4%.0 2763

2874 K2Cr04 -KF-Li2 Cr04 49-15-36 4%.0 2855

2875 CsI-NaCl 65 497.0 1010

2876 BaCl2—Ba(N03) 2 37.3 497.0 10 2877 AgPOj-NaPOj 43 497.0 3069

2878 Ag2 S04 -Tl2S04 67 497.0 3117

2879 NaF-PbF2 32 498.0 367 390

2880 LiCl-LiF 70 498.0 907

2881 CaCl 2 —NaCl 52.5-55 498.0 ±8. 42 59 62 183 461 529

2882 CsCl—FeCl 2 20.7 498.0 2497

2883 LiCl—Li 2 Mo04 58.1 498.0 766

2884 Rb2 0-V20s 21 498.0 1134

2885 K2C03 -Li 2C03 57.3 498.0 881

2886 CsI-RbCl 55.5 498.0 2942

2887 Li 2 S04-RbCl 47.5 498.0 2763

2888 KC1-UC13 -UF4 46.5-48.5-5 499.0 2217

2889 CeClj—NaCl 46 499.0 742 2447

2890 CsCl—MnCl2 79.5 499.0 286

2891 Li 2 S04-NaCl 58.7 499.0 133 347 408

2892 MnCl2 -SrCl 2 45 499.0 3164

2893 Li 2C03 —Na2C03 53.3 499.8 1263 2894 HfF4-NaF 42 500.0 1828 2022

2895 NaF-ZrF4 59.5 500.0 4 24 153 155 28% CsF-PbF2 72 500.0 72 2897 CdCl2 -LiCl (63-64) 500.0 14 374 689 766

2898 CdCl2 -LiCl 60 500.0 870

2899 CdCl2 -LiCl 63-64 500.0 1174

2900 CdCl2 -LiCl 70 APP 500.0 APP 1918

2901 K2 NbCl5-LiCl 32 500.0 1479

2902 CaCl 2 -NaCl 52.8 500.0 156 2903 CaCl 2 —NaCl—RbCl 52.5-45-2.5 500.0 184 2904 EuClj-KCl 45 500.0 1482 2905 KCl-TbClj 15 500.0 1482 2906 MnCl2—SrCl 2 36 500.0 61 716

2907 NaCl-NiS04 75 500.0 2505

2908 Cul—Inl 3 92.5 500.0 901

2909 PbO-PbTeOj 45 500.0 2067

2910 Cu 2 S—Na2 S—PbS 64.5-6.6-28.9 500.0 1850

2911 Na2 S04-U02S04 72 500.0 1857 2912 Ba(NOj) 2—Ca(NO3) 2 41.9 500.0 1237 2913 Li 2 C03-Na2C03 52 500.0 881 2914 BaTiOj-KVOj 0.5 500.0 723

2915 CdCl2 -CdS 74 500.0 2612

2916 CdCl2 -CdS 73.6 500.0 ±5 2656

2917 KC1—NaCl—SrCl 2 33-31-36 500.0 2730

2918 KBr-NaBr-RbCl 22-46-32 500.0 2937

2919 NaBr-RbCl 54 500.0 2937

2920 Rb 2Te03 —Te02 36.5 500.0 3007

2921 KV03 -MgCV03 ) 2 89 500.0 3086

2922 KCl-KReO, 25 500.0 ±5 2765

2923 KBr-KRe04 50 500.0 ±5 2765

2924 KI—KRe04 60 500.0 ±5 2765

2925 KC1—KReO, 25 500.0 ±5 2751

259

467
Table 1 . Eutectic data—Continued

Locator System

number

Mol % T, °C

2926 KBr-KRe04 50 500.0 ±5 2751

2927 KI-KRe04 60 500.0 ±5 2751

2928 CsCl-CsRe04 40 500.0 2751

2929 Ba(N03) 2 -Ca(N03) 2 38 500.0 2804

2930 CuI-Nb3I 8 71.6 500.0 2840

2931 RbCl-UCl3 55 500.0 2831

2932 LiCl-ThF4 71 500.0 ±2 2848

2933 Ag2S04-Tl2 S04 38 500.0 3124

2934 LiCl-LiF 69.5 501.0 46

2935 CoCl2-CsCl 65 501.0 503

2936 CsF-CsV03 24.5 501.0 3175

2937 LiF-ZrF4 50 502.0 1227 2938 CdCl2-LiCl 60 502.0 14 2939 CdCl2—SrCl2 58 502.0 61

2940 CsCl-CsI 53 502.0 1010

2941 Li 2S04-Tl2 S04 24.5 502.0 824

2942 KCl-NaCl—SrCl2 22-32-46 502.0 2730

2943 BaCl 2 -LiCl-RbCl 21.2—30.3—48.5 502.0 3074

2944 Ca(V0 3) 2-KV03 NA 502.0 2838

2945 CdCl2-LiCl 60 SER SOLID SOL 502.0 3139

2946 CdCl2—SrCl2 58 502.0 3164

2947 NaF-ZrF4 58 503.0 1175

2948 CoCl2 -RbCl 28 503.0 503

2949 RbCl-YCl3 54 503.0 2236

2950 BaCl 2—MnCl2 37 503.0 3240

2951 CsCl-RbI 44.5 503.0 2942

2952 CeCl3—NaCl 34 503.0 2860

2953 RbI-RbI03 60 504.0 2323

2954 AgI-Tl 2 S04 97 504.0 3117

2955 Li 2C03—Rb2 C03 64 504.0 3155

2956 CaCl 2-NaCl—RbCl 11.2-32.8-56.0 505.0 184 2957 CeCl 3 -NaCl 36.7 505.0 745

2958 CsCl-NbOCl3 70.9 505.0 1050

2959 Ag2 Se—SnSe 2 41 APP 505.0 ±3 2021

2960 KCl-TiCl 2 -TiCl 3 44-44-12 505.0 2669

2961 Bi 2Te 3 —Tl9BiTe 6 30 505.0 2690

2962 k2 so4-v2o5 31 505.0 2735

2963 CaCl2 -CaF2-KCl-NaCl 20.1-1.8-46.9-31.1 506.0 1277 2964 BaBr2 -Ba(N03) 2 39 506.0 894

2965 InSb—InTe 86.7 506.4 1866

2966 LiF-ZrF4 51 507.0 1258

2967 CsCl-MnCl2 73 507.0 286

2968 CoCl2—CoSO4—Li 2 SO4 54-16-30 507.0 375

2969 K2MoO4—NaCl—Na2MoO4 33.1-59.1-7.7 507.0 522

2970 LiCl—Li 2 C03 75.6 507.0 454

2971 LiBr—NaBr 83 507.0 831

2972 LiBr—NaBr 84 507.0 249

2973 KV03 -Mg(V03) 2 40 507.0 3086

2974 LiF-Li 2S04-PbS04 41-49-10 508.0 280

2975 NaCl-VCl3 63 508.0 906

2976 CsCl—FeCl 2 78.6 508.0 2497

2977 CsCl—FeCl 2 79 508.0 1365 2978 KI-NaCl 57.5 508.0 1358

2979 K2 WO4 -NaCl-Na2 WO4 31.4-55.6-13 508.0 311

2980 Csl—CsI03 67 508.0 2323

2981 Cs 2Cr04-PbCr04 61 508.0 1160

2982 NaCl—UC13 68 508.0 2831

2983 Ca(N03) 2 -K2Cr04 99 APP 508.0 3174

1059

374

716

1258

References

689 766

54
Table 1 . Eutectic data—Continued

Locator System

number

Mol % T, °C References

2984 BeF2 -NaF-ThF4 22-72-6 509.0 1260

2985 NaF-ZrF4 52 510.0 1175 1258

2986 BaClj— LiCl 33 510.0 389

2987 BaCl 2—LiCl 34.9 510.0 833

2988 KCl-NaCl—UC13 30-35-35 510.0 2217

2989 KCl-NaCl-YClj 16.25-54.25-29.50 510.0 1208 2990 DyCl3—KC1 88.5 510.0 1046

2991 MgCl2-RbCl 65 510.0 77 163 2992 CsCl-Cs2 NbOCls 40 510.0 1048 2993 CsCl-SbClj 67.5 510.0 1133 2994 CsCl—SmCl3 55 510.0 1011 2995 CsC1-YC13 48 510.0 1286

29% KI-NaCl 57 510.0 3232

2997 CsCl—CsP03 47 510.0 2189

2998 K2Mo04—Li 2 Mo04—Li4P207 34.3-64.6-1 510.0 1155

2999 CdCl2-CdSe 78 510.0 2612

3000 K2 S04-Mo03 22 APP 510.0 2706

3001 BaCl 2 —NaCl—RbCl 22-32-46 510.0 2971

3002 NaCl—Na2 C03 -NaI 32-18-50 510.0 2990

3003 CsCl-PuCl4 84.5±.5 510.0 2801

3004 KCl-ThCl4-UCl3 71.5-18-10.5 510.0 2805

3005 NaBr—Na2C03—Rb2C03 40-28-32 510.0 2826

3006 B203—MoO3—PbO NA 510.0 2824

3007 CsCl-PuCl4 NA 510.0 2877

3008 Ag2 S04-Tl 2 S04 37 510.0 3117

3009 BaCl 2 —CaCl 2 —CaF2—KC1 21.1-62.7-7.1-9.2 511.0 876

3010 KCl-NaCl—Na2TiF6 31.7-5.4-62.9 511.0 761

3011 CsCl-MgCl2 78.5 511.0 163 3012 NaF-ZrF4 50.5 512.0 4 24 153 155

3013 BaCl 2 —LiCl 25 512.0 128 897

3014 CdCl2-LiCl 33 512.0 120 375 503

3015 CsCl-Nal 23 512.0 1010

3016 KCl-Nal 30 512.0 3232

3017 CdCl2—CdS04—Li 2S04 NA 512.0 374

3018 CaBr2—NaBr 60 512.0 ±2 1918

3019 Nal-RbI 47.5 512.0 1271 3020 Rb2 0-V2 05 54 512.0 1134

3021 NaCl-NaPO3—Na2 SO4 25-71-4 APP 512.0 2716

3022 CaS04-LiCl 14 512.0 2%1

3023 Na2C03 -RbBr—Rb 2 C03 39-30.5-30.5 512.0 2826

3024 Ca(V03) 2-KV03 NA 512.0 2838

3025 CaCr04—Ca(N03) 2 2 APP 512.0 3174

3026 KC1-NaCl-ZrCl4 44-36-20 513.0 ±3 1302

3027 K2 MoO4—Li 2 MoO4 32.5 513.0 1155 3028 CaBr2-NaBr NA 513.0 3135

3029 CsCl-UCl4 78 513.3 3246

3030 KBr-K2C03-KF 41.2-25-33.7 514.0 875

3031 BaCl2 -LiCl 30 514.0 42

3032 KCl-RbCl-SrCl2 42.5-27-30.5 514.0 2053

3033 RbCl-ScCl3 47 APP 514.0 2212

3034 CaS04-LiCl 14.4 514.0 2242

3035 KC1—NaCl-Na2S04 55.1-3.5-41.3 514.0 406

3036 KCl-K2 W04-Li 2W04 27.6-36.2-36.2 514.0 351

3037 LiBr—NaBr 79 514.0 985

3038 KI-RbI 37 514.0 1271 3039 CuS04—Na2S04 NA 514.0 3148

3040 CaCl 2-KCl-NaCl 20.75-47.75-31.5 515.0 99 461

3041 NbOCl3-RbCl 48 APP 515.0 APP 963

55
Table 1. Eutectic data—Continued

Locator System Mol % T, °C References number

3042 CrCl 2 -CsCl 19.1 515.0 337 1173

3043 NaCN-Nal 69.6 515.0 1101 3044 K2TiF6-NaCl-Na2TiF6 21.4-30.8-47.8 515.0 2630

3045 CaCl2 -ThCl4-UCl3 31-49-20 515.0 2803

3046 KC1-NaCl-TaCl3 60.2-10.-29.8 516.0 1028

3047 CsI-KI 55 516.0 1127 3048 BaCl 2—NaCl—RbCl 41-29-30 516.0 2971

3049 Sb2 S 3—SnS2 78 516.0 2756

3050 K2 S04-Li 2S04-SrS04 NA 516.0 2883

3051 BaCl 2 -BaF2 -KCl-NaCl 27.7-1-36.4-34.9 517.0 1167

3052 CdCl2 -LiCl 33 517.0 120 375

3053 CsCl-MnCl2 31 517.0 286

3054 KC1—NaCl-Na2 S04 48.51-9.64-41.84 517.0 1427 3055 Li 2 S04—R1) 2 S04 —T1 2S04 74-1.5-24.5 517.0 3096

3056 CoCl2 -LiCl NA 517.0 3145

3057 KCl-Na2 S04 60.9 517.1 513

3058 KC1-UC13-UF3 44.2-50.8-5 518.0 2217

3059 KBr-K2C03-NaF 39.7-32.5-27.8 518.0 875

3060 CrCl 2—CsCl 19.5 518.0 784

3061 CsCl-MgCl2 73.5 518.0 163 3062 KCl-Na2TiF6 29.4 519.0 761 3063 KCl-Nal 60 519.0 3232

3064 KP03-Pb(P03) 2 47.5 519.0 3080

3065 KC1-K2 NbCl5-LiF 13.4-57.8-21.9 519.2 2828

3066 MnCl 2 —MnF2 62.5 520.0 2595

3067 PbF2-PbS04 73.5 520.0 367 368

3068 K4P 2 0 7 —Li 4P20 7 -NaF 16.5-16.6-66.8 520.0 827

3069 Na2BeF4-Na3P04 75 520.0 1236 2171

3070 KCl-TaCl3 68 520.0 1019 1028

3071 CsCl-SbCl3 82.5 520.0 1133 3072 CsC1-YC13 51 520.0 2236

3073 FeCl 2-InCl 3 35 520.0 1354

3074 CsBr—SbBr3 85 520.0 1133

3075 Na20-Ti02 -V2Os 39-. 2—60.8 520.0 843

3076 K2W04-Na2W04-W03 29-43-28 520.0 3036

3077 CaCl2 -RbCl-RbF 1.0-52.5-46.5 520.0 3077

3078 Ba(PO 3) 2 —NaPO3 3 APP 520.0 3084

3079 MgCl2-ThF4-UCl3 40-24-46 520.0 ±2 2802

3080 B 2 03-Mo03-PbO NA 520.0 2824

3081 KF—

2 TaCl 5 12.5 520.0 2869

3082 LiF-Li 2TiF6-Na2TiF6 18-50-32 520.0 2879

3083 CoCl 2-CsCl 42.75 521.0 503

3084 LiBr-LiCl 58.1 521.0 1066 3085 CaCl2 -KCl—SrCl 2 10-66.7-23.3 522.0 2384

3086 CsCl—FeCl2 62 522.0 2497

3087 CsCl—FeCl2 73.5 522.0 1365

3088 LiBr-LiCl 59 522.0 909

3089 LiBr-LiCl 60 522.0 887 899

3090 CsCl-CsV03 30 522.0 3175

3091 CrCl 2 —RbCl 24.5 523.0 1173

3092 KCl-NaCl—Na2TiF6 45.7-7.0-47.2 524.0 761 3093 CeCl3 -CsCl 50 524.0 114 3094 CsCl-FeCl2 61.5 524.0 1365

3095 LiCl—SrS04 85.7 524.0 758

3096 K2 S04 -Li 2S04 18 524.0 1372

3097 Li 2 S04-PbS04-Rb2 S04 66-14-20 524.0 891

3098 Cs 2Cr04-PbCr04 53.5 524.0 1160

3099 BeF2 -PbF2 90 525.0 151

56
Table 1. Eutectic data—Continued

Locator System

number

Mol % T, °C

3100 LaClj-NaCl 22 525.0 457

3101 LaClj-NaCl 25 525.0 114 3102 CrCl 2 -RbCl 65.8 525.0 1173 3103 CoCl 2 —InCl 3 51 525.0 1354

3104 Na2 S-PbS 58.5 APP 525.0 2260

3105 KCl-TiCl 2 -TiCl 3 40-50-10 525.0 2669

3106 MgCl2 -ThF4 -UCl3 61-24-15 525.0 ±2 2802

3107 Cs 2Mo04—Mo03 27.5 525.0 2871

3108 K2 S04 —LiB02 —Li 2 S04 18-4-78 APP 525.0 3201

3109 K4P 2 07 -LiF-NaF 18.1-72.6-9.3 APP 526.0 2200

3110 NaCl—NaF—Na2 Cr04 32-19.3-48.7 526.0 512

3111 CeClj-KCl 49.3 526.0 90

3112 CsCl-MnCl2 63.5 526.0 286

3113 K2MoO4—MoO3 18.7 526.0 1205 3114 Cs 2 SO4—Li 2S04—PbSO4 47.5-9-43.5 526.0 978

3115 Li 2 S04-Na2S04-Rb2 S04 69-27-4 526.0 3262

3116 Li 2 S04-Tl2S04 73.5 526.0 824

3117 BeF2—ThF4 98 527.0 510

3118 CaCl2—YClj 50 527.0 1154

3119 BeF2—MgF2 95 528.0 150

3120 K2TiF6-NaCl 32.1 528.0 1149

3121 KC1—NaCl—PrCl3 56.0-26.0-18.0 528.0 ±3. 243

3122 CaCl 2 -KCl-SrCl2 10.9-55.1-34 528.0 2384

3123 RbCl-RbTaOCl4 33 528.0 1294

3124 RbCl-SrCl2 74 528.0 2053

3125 CoCl 2 —CsCl 18 528.0 503

3126 KCl-Na2S04 58.6 528.0 1035 3127 CaCr04-LiCl 13.3 528.0 1696

3128 kci-k2co3-kf 42.9-22.7-34.3 528.0 729

3129 K2TiF6-NaCl-Ti02 39.1-54.9-5.9 528.0 1149 3130 BeCl 2 -KCl 28 528.0 2978

3131 BeCl 2 —KC1 27.5 528.0 3048

3132 KCl-Na2TiF6 49.5 529.0 761 3133 KC1-UC14 76 529.0 1394

3134 Ag2 S04-Ag2W04 55 529.0 2292

3135 NaCl-NaF-Nal 31.6-15.2-53.2 529.4 2711 3136 NaCl-NaF-Nal 31.6-15.2-53.2 529.5 2442

3137 BaCl 2 —

K

2TiF6—NaCl 1.6-28.7-69.6 530.0 772

3138 KCl-NaCl-Na2TiF6 60.6-11.3-28.1 530.0 761 3139 K2TiF6-NaCl 30.3 530.0 APP 272

3140 CsF-Cs2C03 57. 530.0 391

3141 K2 W04-LiF-Li 2 W04 29-26-45 530.0 489

3142 CeCl 3—KC1—NaCl 19.3-54.1-26.5 530.0 745

3143 KC1—NaCl—PrCl3 55.2-26.4-18.4 530.0 ±2. 243

3144 NaCl-NbCl4 70 530.0 791 3145 CsCl-CsTaOCl4 59.5 530.0 1294

3146 CsCl-PbCl2 -PbS04 41.3-42.1-16.7 530.0 1103

3147 CsBO 2 —CsCl—LiBO2 46-52-2 530.0 2291

3148 Na2 0-V20s 41 530.0 1433 3149 K2 S04-Li 2S04 20 530.0 2129

3150 Li 2 S04—Na2S04 -PbS04 63-26-11 530.0 1113

3151 Li 2 S04 -Na2S04—Rb2 S04 45-37-18 530.0 3262

3152 Cs2 Cr04—Na2Cr04 38 530.0 872

3153 CdCl2 -CdS04 83 530.0 2612

3154 LiB02-LiCl-NaCl 10-77-13 530.0 2702

3155 CsBO2 —NaCl 78.5 530.0 2702

3156 CsBO2—CsBr—NaBO2 53-34-13 530.0 2702

3157 K2MoO4—ZnMoO4 45 530.0 3052

References

114 264 741

57
Table 1. Eutectic data—Continued

Locator System

number

Mol % T, °C

3158 BaCl 2 -CaCl2 -CsCl 14.6-7.3-78.1 530.0 3063

3159 A1 203-KV03 0.0 530.0 2768

3160 PbO-Te02 47 530.0 2750

3161 BaCl 2-K2TiF6-NaCl 16.4-19.1-64.5 531.0 772

3162 KCl-RbCl-SrCl2 32-38-30 531.0 2053

3163 CaCl2 -LiCl 44.4 531.0 2759

3164 LiF-Li 2S04 44 532.0 391 549

3165 NaCl-NaF-Nal 33-12-55 532.0 512

3166 KCl-Li2W04 61 532.0 351

3167 Cs2 S04-Li 2 S04—Na2 S04 19-20-61 532.0 1372

3168 K2S04-Li 2S04 19 532.0 3201

3169 PbBr2 -PbF2 25 533.0 802

3170 RJbCl-TiClj 30 533.0 2464

3171 CaS04—LiCl 14.3 533.0 816

3172 KCl-Na2TiF6 68.7 534.0 761

3173 CsCl—LaCl3 55 534.0 114 3174 KCl-K2Cr04—NaCl 4-34.2-61.7 534.0 2147

3175 K2Cr04—NaCl—Na2Cr04 34.3-65.3-0.33 534.0 2147

3176 KBr—SrBr2 50 534.0 1918

3177 Li 2C03 -Li 2 S04 38.5 534.0 511

3178 BaSO 4-NaCl-RbCl 3.5-42.5-54 534.0 2903

3179 BeF2 -UF4 99.5 APP 535.0 58

3180 BaCl 2 —CaCl 2—CaF2 —NaF 30-37-7-26 535.0 919

3181 LiF—Li 2S04 43 535.0 391 549

3182 K2 W04 -LiF-Li 2W04 45-37-18 535.0 489

3183 BaCl 2 —CaCl 2—KC1 14-28.1-57.9 535.0 1105

3184 KCl-TiCl3 50 535.0 75 434

3185 CsCl—ZnCl 2 82.5 535.0 1918

3186 MgCl 2—SrCl 2 55 535.0 61 718

3187 K2 Cr0 4-NaCl 33.4 535.0 2147

3188 K2 S04—Li 2S04 20 535.0 965 1063

3189 KCl-K2TiF6-NaCl 7.3-27.4-65.4 535.0 2630

3190 Ga2 Se 3 —Sb2Se 3 13 535.0 2670

3191 NaV03 —Sr(V0 3) 2 60 535.0 3254

3192 K2TiF 6-NaCl 65 535.0 3191

3193 KCl-NaCl-Na3HfF7 58.2-18.9-22.8 536.0 2042

3194 KC1—NaCl—Na 3ZrF7 40.7-51.2-8.1 536.0 1698

3195 Na2S04-U02S04 59 536.0 1857 3196 CsF—ZnF2 40 537.0 672

3197 CsF—ZnF2 80 537.0 672

3198 CrCl 3 —NaCl 33.5 537.0 2259

3199 CuS04-Na2 S04 47 537.0 911

3200 KCl-NaCl-RbCl 11-45-44 537.0 2714

3201 HfF4-NaF 52 538.0 1828 2022

3202 BaCl 2 —CaCl 2—CaF2 —NaF 29.5-36.6-7.1-26.7 538.0 919

3203 CrCl 3—LiCl 13 538.0 990

3204 CaCr04 —LiCl 13.2 538.0 1458

3205 CsB02 -LiCl 82 538.0 2291

3206 Cs 2 0(Cs2 C03)-V 2 05 56 538.0 854

3207 Li 2 MoO4—MoO3 53.1 538.0 1205

3208 K2TiF6-NaCl-Na2TiF6 27.1-35.5-37.4 538.0 2630

3209 NaCl—ZrCl4 78.6 539.0 51 83

3210 KBF4-NaF 94±1 539.0 ±2 2697

3211 BaF2 -KCl-KF-NaF 16.3-2.3-46.6-34.8 540.0 1167 3212 RbCl-RbF 52.5 540.0 1918

3213 KF-K2 Si0 3-LiF 15.5-29-55.5 540.0 138

3214 HfCl 4-NaCl 26.6 540.0 83

3215 KCl-NaCl-NbCl4 8.0-61.2-30.8 540.0 ±3 250

References

775 818

779

58
Table 1 . Eutectic data—Continued

Locator System number

Mol % r, °C

3216 CeCl3 -KCl 54.7 540.0 745

3217 GdClj-KCl 85 540.0 1046 3218 CaCl 2 —CdCl2 15 APP 540.0 1918

3219 CaCl 2—CdCl 2 15.5 540.0 156 3220 FeCl 2 -YCl3 41.5 540.0 1154

3221 MgCl2-UCl4 30.7 540.0 2214

3222 CdCl 2 -CdS04 85 540.0 304 348

3223 LiCl-LiP0 3 57 540.0 2189

3224 UC14 -U02 91 540.0 1394

3225 Na20-V2Os 58.5 540.0 1433 3226 Cs 2S04—Li 2 S04-Na2 S04 2-61.5-36.5 540.0 1372 3227 Cs 2 S04-Li 2 S04-Na2 S04 5-37-58 540.0 1372 3228 Li 2 S04-PbS04-Rb2 S04 76-11-13 540.0 891

3229 K2 C03-K2Mo40 , 3 11 540.0 1281 3230 CdCl2—CdO 86 540.0 2612

3231 LiCl-NaCl 30 540.0 2702

3232 KCl-TiCl2 -VC13 41-14-45 540.0 3055

3233 B203-Pb0-V205 40-59-1.0 540.0 3094

3234 B zO3—PbO—V205 44-54.5-1.5 540.0 3094

3235 CaBr2 —LiBr 39.9 540.0 2759

3236 CaBr2 —LiBr 39.9 540.0 2770

3237 K2Mo04-KRe04 95.0 540.0 3253

3238 Mg(V0 3) 2—NaV03 21 540.0 2777

3239 BeF2-CeF3 96 540.0 2815

3240 CaCl 2 -Na2TiF6 39.7 541.0 468 3244

3241 NaCl-RbCl 45 541.0 61 62

3242 NaV03 —

V

2Os 71 541.0 2775

3243 NaV03—

V

2Os 71 541.0 2864

3244 CoCl 2 -SrCl 2 50 541.0 3144

3245 BaCl 2 -CaCl2-CaF2 34-62.5-3.5 542.0 360

3246 BaCl 2 -KCl—NaCl 27.8-37.2-35 542.0 1244

3247 BaCl 2 -KCl-NaCl 28-39-33 542.0 730

3248 CsCl-MgCl2 63 542.0 163 3249 Li 2Mo04 -LiV0 3 14.3 542.0 3078

3250 Na2 Mo04-NaV03 36 542.0 3078

3251 NaV03—

V

2Os 70 542.0 2762

3252 NaCNO—Na2 C03 NA 542.0 3206

3253 CeCl3—KC1—NaCl 20.3-46-33.7 543.0 745

3254 BaCl 2 -CsCl 27.6 543.0 1880

3255 CdCl2 -Li 2S04 96.5 543.0 374

3256 KC1-UC13 50 543.0 2831

3257 KF-KI 34 544.0 1918 3258 CrCl 3—NaCl 5 544.0 2259

3259 KCl-Na2 C03-Na2S04 55.6-18.4-26 544.0 1035 3260 CaBr2—KBr 35 544.0 1918

3261 K2Cr04-Li 2Cr04 54 544.0 942

3262 LiV03-Li 2W04 88.9 544.0 3078

3263 KRe04-K2W04 5.0 544.0 3253

3264 CaS04-Li 2S04-Rb 2 S04 NA 544.0 2884

3265 CaBr2 —KBr NA 544.0 3135

3266 CdCl 2-UF 87 545.0 ±5 26

3267 KCl-NaCl-NbCl4 21.7-45.0-33.3 545.0 ±3 250

3268 CrCl 2 -RbCl 36.8 545.0 1173 3269 CsB02 -CsC1 47.5 545.0 2291

3270 UC14-U02 93.1 545.0 2214

3271 K2 Mo04-Li 2 Mo04 -Li 4P2 07 58.6-40.4-1 545.0 1155

3272 Bi 2Te3-Tl9BiTe6 75 545.0 2690

3273 LiCl-NaCl 72.5 546.0 2 96

References

350 374

184 435

133 249 347 430

59
Table 1. Eutectic data—Continued

Locator System Mol % T, °C References number

435

3274 CaCl2 -KCl-SrCl2 14.4-19.8-65.8 546.0 2384

3275 RbCl-UCl4 77 546.0 3246

3276 KCl-K2S04-Na2C03 47.3-34-18.7 546.0 236

3277 NaCl-Na2 Cr04-Na4 P2 07 44.4-51-4.5 546.0 2258

3278 NaBr—Na2 C03-Rb2 C03 55-30-15 546.0 2826

3279 CoCl2 —CsCl 26 547.0 503

3280 K2 MoO4-Li 2MoO4 60 547.0 1155 3281 KCl-NaCl-NaMnF3 21-49-30 548.0 2376

3282 LiCl-NaCl 75 548.0 897

3283 BaCl2 —KC1—NaCl 27.6-38.1-34.3 548.0 1262

3284 CrCl3-KCl-NaCl 33.6-5-61.4 548.0 1110

3285 NaCl—Na2ZrCl6 38.5 548.0 1302 3286 NaCl—ZrCl4 72 548.0 201 3287 CsCl-MgCl2 30.6 548.0 163 3288 CoCl 2 -Li 2S04 35 548.0 375

3289 MoCl3 -NaCl 37.5 548.0 2935

3290 Na2Mo04-NaV03 19.8 548.0 3078

3291 CoCl 2 -Li 2S04 35 548.0 3145

3292 NaCl-TiCl3 78 549.0 75 3293 BaCl 2 —CaCl 2 —KC1 12.7-20.7-66.6 549.0 1105

3294 PbF2-RbF 55 550.0 390

3295 K2ZrF6-NaCl 18 550.0 769

3296 BaCl 2 -KCl-MgCl2 -NaCl 15.5-43.3-9.7-31.5 550.0 966

3297 CsCl-NbOCl3 82 APP 550.0 963

3298 CsCl—SrCl2 85.7 550.0 2202

3299 CdBr2 —CdCl2 60 550.0 1918

3300 CaCl2 -CaI 2 51.4 550.0 1918

3301 KB02 -LiCl 92 550.0 2291

3302 Li 20—

2 Os 38 550.0 2521

3303 LiV0 3 -V2 Os 76 550.0 2521

3304 Sb2 Se 3—SnSe 61.5 550.0 2354

3305 LiCl—SrMo04 8.6 550.0 3228

3306 NaBr—Na2 C03—Nal 24.5-22.7-52.8 550.0 2990

3307 KCl-NaCl-TiCl2 10-58-32 550.0 3033

3308 BaCl 2 —CaCl 2 —CsCl 32.5-64.6-2.9 550.0 3063

3309 Na 2Cr0 4-NaV03 14.9 550.0 3078

3310 BaCl 2-LiF-NaCl-NaF 9-23.5-20-47.5 550.0 2861

3311 K2TaCl 5-NaF 95 550.0 2869

3312 Ba(NO3) 2 —BaSO4 97.5 550.0 2906

3313 K2 S04-Li 2 S04 23.5 550.0 3201

3314 NaCN-Na2 C03 NA 550.0 3206

3315 NaP03 —Na4P 2 07 NA 550.0 3212

3316 LiCl-NaCl 75.5 551.0 2 435

3317 LiCl-NaCl 76 551.0 839

3318 BaCl 2 -CaCl2 -KCl 22.1-20.7-57.1 551.0 1105

3319 CsCl-TiCl 3 38 551.0 2464

3320 CdSO4—Li 2 SO4 45 551.0 3141

3321 NaCl—Na2ZrF6 51.8 552.0 1183 3322 KC1-UC14 75 552.0 3246

3323 LiCl—Te02 84 552.0 926

3324 NaP03 -Sm203 99.8 552.0 1136

3325 KV03 -NaV03 30 552.0 2496

3326 CaS04-Li 2 S04-Rb2 S04 NA 552.0 2884

3327 LiCl-NaCl 72 553.0 2 435

3328 LiCl-NaCl 78.5 553.0 2

491 775 818

96 133 249 347 430

847

96 133 249 347 430

96 133 249 347 430

60
Table 1. Eutectic data—Continued

Locator System Mol % T\ °C References number

3329 CaCl 2-KCl-SrCl2 15.4-29-55.5 553.0 2384

3330 KC1—SmCl2 65 553.0 950

3331 CsCl-Cs 2 S04 83 553.0 363

3332 CdCl2 -CdMo04 4.5 553.0 766

3333 Ag2 W04—Na2 S04—Na2 W04 68-4-28 553.0 2292

3334 CsPOj-LiPOj 25 553.0 1900

3335 Sb 2Se 3 —SnSe 54.5 553.0 2354

3336 K2TaF 7 -NaCl-NaF 4-73-23 553.0 2938

3337 KF-NaF-YFj 21-44-35 554.0 1311 3338 CsF-ZnF2 57 554.0 672

3339 KMnF3-NaCl 27 554.0 2376

3340 PbCl 2-PbF2 25 554.0 801

3341 KBr-K2ZrF6 56 554.0 1435 3342 KCl-LaClj 47 554.0 114 3343 InClj—MgCl2 58 554.0 1478 3344 CsCl—SrCl 2—SrS04 84.4-14.4-1.1 554.0 1216

3345 LiCl-TiClj 30 554.0 3030

3346 BeF 2 -NaF-ThF4 27-66.7-6.3 555.0 1260

3347 K3ZrF 7 —NaCl 20 555.0 962

3348 CoFe204—PbF2 14. 555.0 1187 3349 CoO-Fe 203 -PbF2 12.3-12.3-75.4 555.0 1187 3350 LiCl—MnCl2 48 555.0 713

3351 LiCl-NaCl 75 555.0 3013

3352 Cs3AlF6-Li3AlF6 40 555.0 3024

3353 BeCl2 -CsCl 15.6 555.0 2742

3354 CsCl-TaCl3 80 556.0 1019 3355 KBr—SrBr2 71 556.0 1918 3356 KCl-K2TaF7 -NaCl 15-26.5-58.5 556.0 2987

3357 PuCl4—RbCl 18 556.0 2801

3358 NaBr—Na2Cr04 52 556.0 2859

3359 PuCl4-RbCl NA 556.0 2877

3360 LiF-NaF-Na2TiF6 25-54-21 556.0 2879

3361 LiCl-NaCl 77.5 557.0 847

3362 CsCl—Cs4P2 07 87 557.0 2645

3363 KCl-K2TiF6-NaCl 41.8-41.8-16.3 558.0 771 3364 KF-K2C03-NaF 8-62-30 558.0 728

3365 KCl-YbCl2 27 558.0 950

3366 BaCl 2 —MgCl2 43.25 558.0 981 1104

3367 KCl-K2 C03-Na2 C03 42.5-43.3-18.1 558.0 456 728

3368 CeOz—NaP03 .55 558.0 1136

3369 KCl-K2TiF6-NaCl 22.5-25.0-52.5 558.0 2630

3370 K2 W04-LiB02 -Li 2 W04 38-10-52 558.0 3179

3371 K2W04-NaCl-Na2W04 23.6-29.2-47.2 559.0 311

3372 Ag2S04-Li 2 S04 31.5 559.0 997

3373 LiF-ThF4 71 560.0 252 429

3374 BeF2-NaF 31 560.0 2394

3375 CsF-KF-MnF2 60-32-8 560.0 1798

3376 CaCl2 -Na2TiF6 20.3 560.0 468 3244

3377 K2TiF6-LiCl 70.1 560.0 468 3244

3378 KBr-Na2C03-NaF 41.7-43.9-14.4 560.0 875

3379 BaCl2—NaCl-SrCl 2 7.5-50-42.5 560.0 512

3380 KCl-NaCl—SmCl3 52.7-33.3-14. 560.0 1186

3381 NaCl-RbCl 45 560.0 2259

3382 HoC13-KC1 80 560.0 1289 3383 KCl-SrCl 2 55.1 560.0 1274 2384

3384 KCl-YbCl2 67 560.0 950

3385 RbCl-SmCl, 21 560.0 1011

61
Table 1 . Eutectic data—Continued

Locator System

number

Mol % t; X

3386 RbCl-SrCl2 77 560.0 512

3387 RbCl-VClj 46 560.0 906

3388 CsCl—ScCl3 42 APP 560.0 2212

3389 CsCl—SrCl2 85 560.0 1216 3390 CsCl-VClj 46 560.0 1450

3391 BaCl 2—MgCl2 35 560.0 61 3392 CaCl 2 —ThCl4 54 560.0 492

3393 KCl-NaCl-Na2C03 36.8-36.2-27.0 560.0 456

3394 Srl 2 —Sr3N2 75 560.0 1172 3395 CuMoO4—MoO3 32 560.0 1792 3396 Cs 2 S04 —Li 2S04—PbS04 8.5-80-11.5 560.0 978

3397 Ag2W04-Na2 W04 68 560.0 2292

3398 Sb 2 Se 3—Sb 2Te3 82 APP 560.0 1905

3399 Na2 S04-Tl 2 S04 43.5 560.0 2929

3400 CaCl2—UF4 53 560.0 2931

3401 NaCl-NaF-Na2TiF6 26.9-11.3-61.8 560.0 2981

3402 KCl-NaCl-TiCl2 41-34-25 560.0 3033

3403 RbCl-RbI 45 SER SOLID SOL 560.0 2757

3404 Al 2 03 -LiV03 0.4 560.0 2768

3405 Al 203 -LiV03 0.4 560.0 2749

3406 BaCl 2 —CaCl 2 —RbCl 29-63-8 560.0 2811

3407 RbBr—Rb2C03 70 560.0 2826

3408 KCl-TiCl 3 -ZrCl4 73-5-22 560.0 2837

3409 CsCl-ThF4 53 560.0 2839

3410 K2 W04-Li 2W04 33.5 560.0 3179

3411 BaF 2 -KCl-KF-NaF 7.7-47.4-30.6-14.2 562.0 1167

3412 KC1-K2NaAlF6-KF-NaF 48.4-0.64-41.6-9.3 562.0 1168

3413 KCl-K2 ZrF6 5 562.0 962

3414 kci-kf-k4p2o7 48.2-46.4-5.4 562.0 2199

3415 K2C03 —NaF-Na2 C03 42-32-26 562.0 728

3416 LiCl—ScCl 3 85 562.0 2211 3417 CsCl-ThCl4 87 562.0 54

3418 BaC03-NaCl-Na2C03 21-22-57 562.0 345

3419 KBr—SrBr 2 18 562.0 1918

3420 Fe 2(SO J3—Na2 SO4 17.5 562.0 1704

3421 KCl-KF-K2TiF6 47.7-38.8-13.5 562.0 2981

3422 BaC03—NaCl—Na2C03 NA 562.0 3126

3423 KF-LaF3-NaF 58-17-25 563.0 1243 3424 CrCl 3 -NaCl 21.5 563.0 2259

3425 NaCl-NiCl2 68 563.0 199 3426 CaBr2—KBr 67.5 563.0 1918

3427 RbCl-RbI 45 563.0 3031

3428 CaBr2—KBr NA 563.0 3135

3429 CaCl 2 -KCl-KF-NaF 2-45.4-38.8-13.8 564.0 1277 3430 CrCl 3—NaCl 25.5 564.0 2259

3431 CsBr—KBr 57 564.0 1121 3432 CsBr—Cs2 S04 —Li 2S04 63.9-30.6-5.4 564.0 2055

3433 CsP03—LiP03 80 564.0 1900

3434 CsB02 —CsBr 47.5 564.0 2702

3435 FeCl 2—SrCl 2 40.5 564.0 3144

3436 K2 W04-LiB02 -Li 2 W04 58-8-35 564.0 3179

3437 Li 2Mo04-Li 2S04 37.5 564.0 3203

3438 LiF-ThF4 77 565.0 252

3439 A1F3-KF 45 565.0 644

3440 CsF-PbF2 29 565.0 390

3441 NaCl-SrCl 2 50 565.0 62

3442 NaCl-NaP03 30 565.0 2189

3443 Li 2 S04—MoO3 22 APP 565.0 2706

728

1680

309

429

613

References

464

62
Table 1 . Eutectic data—Continued

Locator System

number

Mol % T, X

3444 LiH-NaCl 55.2 565.7 1320 3445 KBr-Na2 C03 -NaF 53.2-34.4-12.4 566.0 875

3446 CsI-RbI 65 566.0 1127 3447 RbPO3 -Zn(PO3) 2 85 APP 566.0 2956

3448 Li 2 S04 -RbCl-Rb2 S04 13.2-53.6-33.2 566.0 2763

3449 RbBr—Rb2 C03 60.5 566.0 2826

3450 Bi 2Te3 —In 2Te3 50 567.0 2623

3451 CsF-LiF-MnF2 10-40-50 568.0 1798 3452 LiF-ThF4 71 568.0 252

3453 A1F 3-KF 40 568.0 688

3454 K2C03 -NaF 45.2 568.0 875

3455 K2C03-NaF 49 568.0 728

3456 RbCl-YCl3 23 568.0 2236

3457 CsCl-WCls 89 568.0 1051 3458 InAs—Sn 3As 2 10 568.0 2327

3459 NaCl-Na2TiF6 42.1 569.0 468

3460 CsCl—LaCl3 90 569.0 114 3461 CsCl—ScCl3 43.5 569.0 945

3462 BaCl 2—CaCl 2 —CaS04 33-61-6 569.0 1683 3463 LiF-ThF4 78 570.0 429

3464 LiF-ZrF4 70.5 570.0 1258

3465 CsF-MnF2-NaF 74-8-18 570.0 1798

3466 KF-NaF-ThF4 15.5-69-15.5 570.0 148 3467 KCl-KF-NaF 46.5-39.5-14 570.0 1168

3468 KBr-K2 ZrF6 43.5 570.0 1435

3469 LiCl-MgCl2 60 570.0 1918

3470 CrCl3—KCl-NaCl 23-5-72 570.0 1110

3471 CrCl 3—NaCl 31.4 570.0 1110

3472 NbOCl3-RbCl 23 APP 570.0 APP 963

3473 MgCl2-YCl3 40 570.0 1154

3474 CsCl—Cs 2 S04—SrS04 77.3-19-3.7 570.0 1216

3475 CsBr-Cs2 S04 78.8 570.0 2055

3476 Bi 2 03—MoO3 —PbO 29-2-69 570.0 1109

3477 Bi 2Te3 —Ga2Te3 55 570.0 2029

3478 AlF 3 -LiF-NaCl 52-28-20 570.0 2628

3479 NaCl-Na2TiF6 36 570.0 2630

3480 RbCl-RbI 44 570.0 2942

3481 CaCl 2-RbCl-RbF 20.5-75.3-4.2 570.0 3077

3482 BaCl 2 —CaCl 2—RbCl 12-10-78 570.0 2811

3483 Ca(V03) 2—NaV03 25 570.0 2838

3484 KB02-K2 S04-LiB02 34-2-64 570.0 3201

3485 Bi 2Te3—In 2Te3 62 APP 571.0 2353

3486 LiF-NaF-ZrF4 55-22-23 572.0 1258

3487 CsCl-ZrCl4 84.8 572.0 83

3488 LiB0 2-LiCl 19 572.0 193 3489 KCl-LiF-NaCl-NaF 10.7-35.2-23.3-30.8 572.0 2658

3490 K2W04-Li 2 W04 63.5 572.0 3179

3491 NaCl-Nal 38.5 573.0 2442

3492 BeCl 2-RbCl 19.4 573.0 3102

3493 CaCl 2—CaCr04 -KCl 23.2-5.6-71.2 573.0 2915

3494 CsB0 2 -LiCl 5 574.0 2291

3495 Cs 2 S04-Li 2 S04-PbS04 17.5-63.5-19 574.0 978

34% CaC03—CaF2 -Ca(OH)2 29.7-20.1-50.2 575.0 970

3497 NaCl-NaF-Na2 C03 42.5-20.5-37 575.0 729

3498 BiCl 3-KCl 24 575.0 1918 3499 KCl-SrCl 2 55.6 575.0 239

3500 KBr-TiBr3 60 575.0 772

3501 Mo03-Na2 S04 58 APP 575.0 2706

464

References

63
Table 1. Eutectic data—Continued

Locator System Mol % T, C References number

3502 BaV 206 -NaV03 26.5 575.0 3016

3503 NaCl—Na2 C03—NaF 31-54-15 575.0 3099

3504 CaBr2—CsBr 15.6 575.0 2759

3505 ThCl4 -UCl4 2.5 APP 575.0 ±2 3231

3506 MgCl2-ThF4 92 575.0 ±2 2802

3507 CsCl-UCl3 44 575.0 2831

3508 CaCl2 —CaCr04—KC1 71.8-10.9-17.3 575.0 2915

3509 KB02 -K2W04-LiB02 43-2-55 575.0 3179

3510 KBr-NaBr-Na2 C03 38-43-19 575.0 3185

3511 KBr-KF 60 576.0 875

3512 CsCl-KBr 65 576.0 1010

3513 RbBr—TiBr3 50 576.0 837

3514 Csl—Sbl 3 80 576.0 2993

3515 CsCl-ThCl4 81 576.0 ±2 2856

3516 CrCl 2—CsCl 71.5 577.0 337 1173

3517 CsCl-SmCl3 15 577.0 1011 3518 BaF2-KCl-NaCl-NaF 7.9-21.4-57.7-13 578.0 1167

3519 CaCl2 —Na2TiF6 76.9 578.0 468 3244

3520 K2 W04—NaF-Na2 W04 9-18-73 578.0 329

3521 CsCl-TiCl 3 93 578.0 2464

3522 NaCl-Nal 36 578.0 167 321

3523 RbBr-TiBr2 80 578.0 837

3524 CsBr-CsI 52 578.0 1010

3525 CdS04-K2 S04-Na2S04 43-18-39 578.0 1141 3526 KBr-KI 50 579.0 1685

3527 BeF 2 -NaF 30 580.0 1042 3528 BeF2-ZrF4 80.5 580.0 869

3529 BaCl 2 -Na2TiF6 36.9 580.0 761 3530 KCl-KF-K2TaF7 51.5-41.5-7 580.0 878

3531 MnCl 2 —MnF2 —NaF 18.3-5.6-76.2 580.0 2595

3532 CaC03 -LiF 29.7 580.0 1475

3533 K2TaF 7 -Ta205 83.5 580.0 879

3534 LiF—Li 4P20 7 —NaF 18-13-69 580.0 427

3535 CrCl 3-NaCl 32 580.0 1268

3536 CrCl 3-NaCl-RbCl 22-73-5 APP 580.0 2190 2259

3537 CrCl 3 -NaCl-RbCl 26-66-8 APP 580.0 2190 2259

3538 CrCl 3 -NaCl-Rl)Cl 34-56.6-9.5 APP 580.0 2190 2259

3539 CrCl 3 —NaCl—RbCl 5-35-60 APP 580.0 2190 2259

3540 CrCl3—NaCl—RbCl 33-58-9 APP 580.0 APP 2259

3541 KCl-K3VCl6-NaCl 20-20-60 580.0 1200

3542 KCl-NaCl-VC13 50-38-12 580.0 1204

3543 KCl-NaCl-YC13 48.45-36.70-14.85 580.0 1208

3544 KCl-LaCl3 80 580.0 114 3545 KCl-SrCl2 70 580.0 1274 3546 KC1—SrCl 2 70.1 580.0 2384

3547 KC1-VC13 48 580.0 906

3548 CaCl2 -RbCl 17.5 580.0 184 2500

3549 CaCl 2 —CaSO4—KC1 24-2.5-73.4 580.0 370

3550 CsCl—Cs 2S04 41.3 580.0 1103

3551 CsCl—Li 2 C03 94.2 580.0 2052

3552 KC1—

2Cr04—NaF 55-25-20 580.0 386

3553 CsBr—TiBr2 87.5 580.0 837

3554 KI-Nal 40 580.0 1151 3555 Li 2 S04 —Rb2S04 87 580.0 891

3556 Li 2 S04—Rb2 S04 90 580.0 1703 3557 BaTi0 3 —NaPO, 0.35 580.0 723

3558 CsB02 —LiB0 2 72.5 580.0 2291

3559 CaMo04-LiCl 96 580.0 3228

64
Table 1. Eutectic data—Continued

Locator System

number

Mol % T, °C

3560 CaCl2 —CaF2—RbCl 77.8-10.9-11.3 580.0 3077

3561 CsBr-KCl SER SOLID SOL 580.0 2758

3562 CsCl-KBr NA 580.0 SER SOLID SOL 2758

3563 CaBr2 -RbBr 18.0 580.0 2770

3564 CsF-KF-Sc2 S04 46-42-12 580.0 2807

3565 Li 2 S04-MnS04 35 580.0 3153

3566 CsF-MgF2 15 581.0 2203

3567 CaCl 2 -K2TiF6 59 581.0 761 3568 KBr-KF 60 581.0 61 3569 KCl-TiClj 62.5 581.0 75 3570 LaFj-RbF 21 582.0 1171 3571 LiF-NaCl-NaF 40-24-36 582.0 994

3572 Li 4P20 7 —NaF—Na4P20 7 13-71-16 582.0 429

3573 CrCl3 —NaCl 31 582.0 990

3574 BaCl 2—CsCl 49.7 582.0 1880 3575 CrCl 2—CsCl 72 582.0 784

3576 CsCl-NdClj 90 582.0 114

3577 K2 S04 -PbS04-Tl 2 S04 1.5-23-75.5 582.0 918

3578 PbTe—Sb 2Te3 38 582.0 1731 3579 KCl-NaCl-TiCl2 50-36-14 582.0 3033

3580 KC1-PuC14 81.5±.5 582.0 2801

3581 KBOj—

L

iB0 2 44 582.0 3201

3582 NaCl-Na2ZrF6 51.7 583.0 1688 3583 CaCl 2-KCl 25 583.0 42

259

3584 CsV 2 O s -V2Os 59 583.0 3037

3585 Ag2 S04-K2S04 67 583.0 3112

3586 CsF-LiF-ScF3 26-51-23 584.0 1310

3587 K3A1F6-KC1-KF .7-44.6-54.7 584.0 1168

3588 k3aif6-kci-kf 0.67-54.73-44.59 584.0 1297 3589 NaCl-NaF-Na2ZrF6 48.7-1.5-49.8 584.0 1688

3590 CeCl3-CsCl 14 584.0 114

3591 CsC1-YC13 16.8 584.0 1286

3592 KCl-PbCrO, 71.8 5B4.0 1054 3593 LiB0 2—LiCl 15 584.0 2291

3594 CsBr—TiBr3 90 584.0 837

3595 Li 2 S04—Na2S04 63 584.0 511

35% LiB0 2 —LiCl 15 584.0 2702

3597 RbV 2 05 -V205 67 584.0 3270

3598 LiF-ZrF4 79 585.0 1227 3599 CaCl 2-K2TiF6 94.6 585.0 761 3600 KCl-NaCl-NbCl4 46.4-41.2-12.4 585.0 ±3. 250

3601 CaCl2—NdCl3 57 585.0 114 3602 KC1-K2 S04-Li 2SO4 47.9-26-26 585.0 351

3603 SrBr2—Sr3N2 89 585.0 1172 3604 KI-Nal 42 585.0 APP 1725 3605 k2 b 4o 7 -kpo3 -k2 so4 19-75-6 APP 585.0 2731

3606 K2TaF7 -NaCl 30 585.0 2987

3607 Fe 2 03—TeOz 13 APP 585.0 ±5 2998

3608 KCl-KF-K2ZrF6 46-46-8 586.0 1680

3609 CsBr—KBr 65 586.0 1010

3610 BaCl 2 -CaCl2-RbCl 30.5-9.5-60 586.0 2811

3611 k2 so4-k2 s 43 587.0 1075 3612 NaCl-NaMnF3 60.7 588.0 2595

3613 NaCl-NaMnF3 62.5 588.0 2376

3614 KC1-K4P2Ot —NaF 42.7-17.5-39.7 588.0 2474

3615 KCl-SrCl 2 71.5 588.0 239

3616 CaCl 2-KCl-K2 S04 27.6-67.4-4-5 588.0 370

References

62

55 63 96

370 461 815

98 156

290

65
Table 1. Eutectic data—Continued

Locator System

number

Mol % T, X

3617 KCl-K2 Cr04-KF 40.7-29.6-29.6 588.0 704

3618 KC1—Na2C03 50.2 588.0 1035 3619 KCl-Na2C03 55.6 588.0 236

3620 Cs2S04 -PbS04 52 588.0 1103

3621 Li 2S04-Rb2 S04 80 588.0 1703

3622 Ag2W04-Na2S04 91 588.0 2292

3623 K2W04-Na2C03 44-SER SOLID SOL 588.0 2674

3624 CaBr2—LiBr 58.7 588.0 2759

3625 KC1-PuC14 NA 588.0 2877

3626 CsCl-VCl3 93 589.0 1450

3627 KBr-KI 50 589.0 948

3628 CaF2 —CsF-NaF 2.04-76.53-21.43 590.0 2378

3629 CaCl2—KC1-KF—NaCl—NaF 1-36.4-9.1-44.4-9.1 590.0 1277 3630 KCl-LiF-NaF 13-48-39 590.0 908

3631 CaCl2—KC1 25 590.0 2384

3632 RbCl-WCls 88 590.0 1051 3633 CsCl-HfCl4 81.6 590.0 83

3634 CsCl-NbCl2 87 590.0 1852 3635 CsCl-NbCl3 85 590.0 1349

3636 CsC1-YC13 23 590.0 2236

3637 CsC1-YC13 91.5 590.0 1286

3638 CaCl2 —MnCl2 34.8 590.0 263

3639 CaW04-LiCl 3 590.0 1219

3640 KBH4-KC1 71 APP 590.0 1975

3641 kbh4-kci 70 APP 590.0 APP 2056

3642 LiCl—Li 4P207 99.5 590.0 1111 3643 NaCl—NaV03 23 590.0 298

3644 Mo03 —Na2 B407 30 590.0 1476

3645 Na 2 B 407 -V20s 35 590.0 APP 935

3646 Cu 2 S—FeS—Na2 S 4.3-23.8-71.8 590.0 1052 3647 Li 2S04-Rb2S04 79 590.0 891

3648 PbS04-Tl 2S04 23.5 590.0 918

3649 Na2W04-ZnW04 77.6 590.0 2620

3650 AlF3-LiF-NaCl 25-50-25 590.0 2628

3651 K2WO4—Na2CO3—Na2 Cr04 17.5-41.5-41 590.0 2674

3652 CaO-TiO2—V205 7.5-7.5-85 590.0 2927

3653 MoCl3-NaCl 20 590.0 2935

3654 UC13-UF4 42 590.0 3000

3655 kci-uf4 50 590.0 3000

3656 CsBr-Cs2 S04 65 590.0 2792

3657 KC1-UC13 84 590.0 2831

3658 CsC1-UC13 55 590.0 2831

3659 Li 2WO4-Na2WO4-WO3 2-79-19 590.0 2893

3660 CoS04-Li 2 SO4 27.5 590.0 3145

3661 CsCl-TiCl 3 88.5 591.0 21 3662 CdF2-NaF 44.9 592.0 2468

3663 NaF-TmF3 73 592.0 1401 3664 RbCl—TaCl3 80 592.0 1019

3665 CsCl-TaCl4 90 592.0 1007 3666 CsC1-YC13 91 592.0 2236

3667 k2co3-k2w4o 13 53 592.0 1281 3668 NaCl—Na2 Cr207 30 APP 592.0 2924

3669 KCl-KF-MgF2 55.4-43.5-1.1 592.0 2986

3670 CsBr-Cs2Cr04 82.5 592.0 2920

3671 CaCl 2-FeCl 2 44.5 592.0 3137

3672 K2Mo04 -NaF-Na2 Mo04 16-25-59 593.0 377

3673 CrCl 3-NaCl 21.2 593.0 1110

3674 CrCl 3-NaCl 21.5 593.0 990

References

728

75

66
Table 1. Eutectic data—Continued

Locator System

number

Mol % T, °C

3675 CsCl-TiCl2 90 593.0 31 3676 CaCl 2 -CaO 71.3 593.0 1176

3677 CsBr-TiBr3 27 593.0 837

3678 Li 2 S04 —Li 2 WO„ 68 593.0 136 3679 GeTe-Sb2Te 3 18 593.0 1229 3680 LiF-MnF2-RbF 46-50-4 594.0 2432

3681 NaF-YbF3 74 594.0 1312

3682 CeCl3 -KCl 19 594.0 90

3683 KCl-K2 ZrCl6 60 594.0 1302 3684 KCl-ZrCl4 75.8 594.0 83

3685 BaCl2—CaCl2 36.5 594.0 10 3686 CsBr—RbBr 85 594.0 1121 3687 Bi 2 Os -PbO-V2Os 29.5-69.5-1 594.0 890

3688 Li 2 S04 -PbS04-Rb 2 S04 17-35.5-47.5 594.0 891

3689 2^5 14.5-42.0-43.5 594.0 2704

3690 KB02—LiB02 —Li 3P04 45-53-2 APP 594.0 2720

3691 CaCl 2 -KCl 25.7 594.0 3098

3692 CaCl 2-KCl 25.7 594.0 2915

3693 LuF3-NaF 29 595.0 1401 3694 KI-K2 SiF6 68 595.0 2278

3695 KCl-TiCl 3 66.4 595.0 434

3696 CsCl-NbCl4 90 595.0 387

3697 LiCl-NiS04 89.5 595.0 369

3698 CaCl 2-PuCl3-UCl3 NA 595.0 2842

3699 RbF-ZnF2 77 596.0 672

3700 NaF-NaV03 17.5 596.0 299

3701 Li 2 S04 -NiCl 2-Ni2 S04 70.5-7.5-22 596.0 369

3702 BaBr2 —NaBr 42.8 596.0 894

3703 Li 2 S04-Na2S04 63 596.0 2522

3704 CsCl-NaB02 89 596.0 2702

3705 LiF—Li 2TiF6 63 596.0 2934

3706 KF-NaF-TiF4 23.4-46.6-30.0 596.0 3028

3707 K3 ScCl 6-NaCl 24 596.0 3065

3708 K2 SiF6-NaCl 40 597.0 2278

3709 CrCl3 —NaCl 22.2 597.0 1268

3710 CaCl 2 —KC1 26.6 597.0 42

259

3711 BaCl 2—CaCl 2 37 597.0 1105

3712 NaF-Nal 18 597.2 2442

3713 LiF-ZrF4 79 598.0 1258

3714 KF—Na2Mo04 19 598.0 377

3715 BeF 2 -CsF 14 598.0 1986

3716 KC1-KI 49 598.0 122 3717 LiCl-Li 3V04 97 598.0 523

3718 Bi 203—PbO—TiO2 29.5-69.5-1 599.0 877

3719 LiF-ScF3 72.5 600.0 1797 3720 NaF-YbF3 72.5 600.0 1312

3721 CsF-LaF3 87.5 600.0 1171 3722 BaF 2 -BeF2 1.5 ±0.5 600.0 699

3723 Fe 2Os —MgO—MnO—PbF2 9.7-3.2-9.7-77.4 600.0 1187 3724 KCl-NaF-Na4P207 48.4-32.8-18.7 600.0 2474

3725 KF-K4P2 07 -NaF 33.6-17.5-48.8 600.0 895

3726 Mg0Mn(Fe20,j) 3 —PbF2 4 600.0 1187 3727 CaCl 2-KCl 26.6 600.0 1076

3728 CsCl—SmCl3 92 600.0 1011 3729 kci-k2 so4 -k2 wo4 61.1-8.3-30.5 600.0 233

3730 BaBr2 -NaBr 40 600.0 62

3731 Bi 2 03 —MoOa 84 600.0 1832

1401

107

201

61

55 370

167

1401

1926

References

114 264 741

794

324 360

63 96 98

461 815

616

156

67
Table 1. Lutectic data—Continued

Locator System

number

Mol % T, °C

3732 k2wo4 -wo3 54 600.0 1205

3733 NaP03 -Nd203 99.5 600.0 1136

3734 FeS-Na2S—PbS 25.5-52.9-21.6 APP 600.0 2260

3735 Li 2 SO4—PbS04-Rb2SO4 28-35-37 600.0 891

3736 Li 4P207 -Na2Mo04-Na4P20, 5.8-84.1-10.1 600.0 1123

3737 CaCl2 -MgCl2 -UCl3 49-31-20 600.0 2948

3738 Bi 2S 3-Ga2S3 71 600.0 3012

3739 BaBr2—NaBr NA 600.0 3135

3740 BaCl2 -K2TiF6-NaCl 10.3-66.4-23.3 601.0 772

3741 KCI-Na2 S04 41.3 602.0 1035

3742 Bi 203 -Mo03-PbO 15-78-7 602.0 1109

3743 Bi 2Oa-PbO 29.5 602.0 1109

3744 KB02 -LiB02 47.5 602.0 2291

3745 RbV2Os-V2Os 37 602.0 3270

3746 BaF2-CaF2-LiF-MgF2 15.4-11.5-47.2-25.8 603.0 777 3747 KPOj—Mo03 32.5 603.0 2622

3748 LiF-NaF-ZrF4 37-52-11 604.0 1258

3749 KC1-LiF-NaCl 37-13-50 604.0 908

3750 kf-kpo3 18 604.0 686

3751 CrCl3-KCl—NaCl 6.6-47.8-45.6 604.0 1110

3752 HfCl4-KCl 22.4 604.0 83

3753 CaCl 2 —CsCl—SrCl 2 60-7.5-32.5 604.0 2596

3754 CaCl2-CaS04—KC1 69.7-5.7-24.5 604.0 370

3755 kbo2-kci-k2wo4 10.7-55-34.2 604.0 192 3756 KC1—TeO, 23 604.0 926

3757 RbBr—TiBr3 90 604.0 837

3758 Pb0-Sb203 78.4 604.0 2070

3759 k2 b 4o7 -kpo3-k2 so4 8-85-7 APP 604.0 2731

3760 RbV2Os-V2Os 23 604.0 3270

3761 BaS04-Cs2S04-Li 2 S04 NA 604.0 2899

3762 CaCl2 -Na2TiF6 62.8 605.0 3244

3763 CaCl2 —Na2TiF6 94.4 605.0 468

3764 KC1-KF 54 605.0 55 61 3765 KCl-NaCl-NbCl4 24.0-64.0-12.0 605.0 ±3. 250

3766 NaCl-TiCl2 67 605.0 491 817

3767 NbCl3-RbCl 85 605.0 1349

3768 CaS04-KCl-NaCl 10.5-42.6-47 605.0 706

3769 Li 2Mo04—W03 60 605.0 2887

3770 Na2W04-PbW04 75 605.0 3162

3771 LiF-ScF3 74.5 606.0 1310

3772 BaF2 -CaF2 -KF-NaF 16.9-7.1-46.9-29.1 606.0 2112

3773 KC1-KF 55 606.0 907 1680

3774 KCl-NaCl-NaF 22.5-60.5-17 606.0 456 512

3775 KBr-K2SiF6 70 606.0 2278

3776 CsCl-KCl 64 606.0 789

3777 NaCl—Na2Mo04 31.9 606.0 330 522

3778 b 2o3-k2o-p2Os 1.5-55.5-43.0 606.0 2704

3779 kbo2-ubo2 43 606.0 2720

3780 KCl-K2TaF7 -NaF 59-3.5-37.5 606.0 2938

3781 AlF3 -Li3AlF6-Na3AlF6 54.6-27-18.3 607.0 1135

3782 CaF2-LiF-NaF 11.1-51.1-37.8 607.0 421 481

3783 CeCl3—FeCl 2 35 607.0 828

3784 As2S 3 -Na2S 19 607.0 ±5 2895

3785 LiF-MnF2 57 608.0 1451 3786 LiF-Li 2C03 49 608.0 391

3787 FeCl2-NdCl3 59.8 608.0 2497

3788 CsBr-TiBr4 97 LT 608.0 837

3789 CsB02 -NaB02 68 608.0 2702

References

62 815

1168

68
Table 1. Eutectic data—Continued

Locator System

number

Mol % T, °C

3790 BaBr2 -KBr 52 APP 609.0 APP 3232

3791 CsF-NaF 76 610.0 422

3792 K2ZrF6 -Na2ZrF6 50 610.0 1183 3793 NaF-YFj 70 610.0 1311 1401 3794 BeF2 -KF-LaF3 5-78-17 610.0 ±5. 23

3795 NaCl-NaF-Na2 ZrF6 35.1-42.9-22 610.0 1688

37% CaCl2-KCl 72 610.0 42 55 259 370

3797 CeClj-KCl 19.8 610.0 745

3798 KCl-PrClj 81 610.0 243 505

3799 CaCl 2 —PuCl 3 57 610.0 1064

3800 KBr-NaCl 48.5 610.0 949

3801 KCl-NaBr 47.2 610.0 949

3802 Li 2C03 —NaCl 62.6 610.0 2052

3803 BaBr2 —Ba3N2 12.5 610.0 1061 3804 Bi 2Oa—MoOj—PbO 22.5-72-5.5 610.0 1109 3805 Cs2S04 —Li 2 S04 10 610.0 2026

3806 Ag2 Se—Bi 2 Se 3 90 610.0 2083

3807 KCl-TiCl 2-TiCl 3 82-14-4 610.0 2669

3808 LiBO2—NaBO2 —NaCl 41.5-43.5-15 610.0 2702

3809 CsBr—NaBOz 96.5 610.0 2702

3810 MgCl2—UF4 50 610.0 2931

3811 Na2 SO4—NaVO3 14 610.0 ±5 2953

3812 Al 203 -NaV03 0.3 610.0 2768

3813 A1 203—NaV03 0.3 610.0 2749

3814 KF-PrF3 76 APP 610.0 3146

3815 BaF2—CaCl 2 10 611.0 360 814

3816 NaF-Na2Mo04 20 611.0 336 377

3817 NaF-Na2Mo04 20 611.0 3038

3818 Fe203—MgO—PbF2 10.7-10.7-78.6 612.0 1187 3819 KF-K4P207 -NaF 13.8-24.1-62 612.0 895

3820 MgFe204—PbF2 12 612.0 1187 3821 KCl-SrCl 2 33 612.0 1274 3822 KC1—SrCl 2 33.3 612.0 2384

3823 RbCl-TiCl 3 83 612.0 21 75 3824 CaCl 2—CsCl 11 612.0 185 2500

3825 KC1—PbCr04 46.1 612.0 1054

3826 K2B 40 7 -KCl-Na2 B40 7 11.8-42-46.2 612.0 354

3827 NaCl-Na2S04-Na2C03 51.8-24.1-24.1 612.0 279

3828 CaCl 2—CsCl 11.1 612.0 2759

3829 Cs2 S04 -Li 2 S04-SrS04 9-86-5 612.0 2853

3830 k2co3-ki 24 APP 612.0 3185

3831 CsF-Cs2Ti 2Os 82. 613.0 722

3832 CsCl-ScCl3 92.5 613.0 945

3833 CaCl 2—CeCl3 78 613.0 114 271

3834 CsBr—CsCl 57.5 613.0 1010

3835 CsBr—CsCl 58.5 613.0 1008

3836 NaBr-Na2 C03 62.5 613.0 875

3837 BaTiO 3—Pb(PO3) 2 0.7 613.0 723

3838 Ca0-V2 05 13.5 613.0 2734

3839 kpo3-k4p2o7 80 APP 613.0 3199

3840 NaF-NaP03 52.5 614.0 1275 1362

3841 NaF—Na2Mo04 20 614.0 336 377

3842 KC1—RbCl—SrCl 2 10-31-59 614.0 2053

3843 KCl-PbCrO, 34.7 614.0 1054

3844 CaH2-LiH 18.3±0.5 614.0 ±0.3 1741 3845 K3P04 -P2Os 23 614.0 2704

3846 CaCl 2 -CoCl 2 54.3 614.0 3137

References

63 96 98 156 461 815

443

437 734 742 2447

443

69
Table 1 . Eutectic data—Continued

I-ocator System

number

Mol % T, °C

3847 CsF-NaF 80 615.0 768

3848 CsF-ThF4 91 615.0 509

3849 CsF-C93 P04 76. 615.0 2261

3850 KCl-NbCl4 78 615.0 791 3851 KCl-NdClj 83.5 615.0 114 3852 BaS04 -NaCl-Na2 S04 3.7-51.8-44.4 615.0 1683

3853 CaBr2 -Ca3N2 90 615.0 1172 3854 Na2B407 —

2Os 12 615.0 APP 935

3855 Cs 2 S04—Na2 S04 30 615.0 1115

3856 Mg(V0 3) 2-Sr(V03) 2 29 615.0 3086

3857 CaCl 2—KC1 76 615.0 3098

3858 LiP0 3 -Mn(P03) 2 95 615.0 2898

3859 CaCl2 -KCl 76 615.0 2915

3860 Bi 2(Mo04) 3 —PbMo04 71.5 615.0 3134

3861 RbF-Rb2C03 66 616.0 391

3862 CsCl-KCl 66 616.0 96

3863 KCl-RbCl-SrCl2 9-23-68 616.0 2053

3864 CsCl-ScCl3 92 APP 616.0 2212

3865 PuCl3-SrCl2 52 616.0 57 3866 CsBr—Li 2C03 98.5 616.0 2052

3867 Cs 2 S04—Li 2S04 9 616.0 891

3868 BaS04—Cs2S04-Li 2S04 NA 616.0 2899

3869 NaBr—Na2S04 NA 616.0 3218

3870 LiF-Li 2Mo04 38 617.0 336

3871 RbCl-TaCl4 82 617.0 1007 3872 RbBr-TiBr3 65 617.0 837

3873 KBr-K2C03 66.6 617.0 875

3874 Na2 W04—ZnW04 83.5 617.0 2620

3875 RbBr-RbI 50% MIN.MELT.POINT 617.0 3060

3876 BaW04-NaF-Na2 W04 11-10-79 617.0 ±2 2881

3877 CsF-NaF 77 618.0 2378

3878 NaF-ThF4 77.5 618.0 148 464

3879 CeCl 3—KC1 30.2 618.0 90 107 3880 CaCl 2—CeCl3 45 618.0 114 271

3881 BaCl 2—BaCO3—NaCl 47.5-22-30.5 618.0 345

3882 KC1-K2 W04 61.6 618.0 233 549

3883 Bi 2 03—Mo03 18.5 618.0 1109 1120

3884 Mo03 -V2 05 60 618.0 1436

3885 BaCl 2-BaS04-RbCl 20.3-0.9-78.8 618.0 2982

3886 BaCl 2-BaC03-NaCl NA 618.0 3126

3887 RbCl-YCl3 88 619.0 2236

3888 CaCl2 -CrCl 2 58 619.0 2695

3889 MnF2 -NaF-RbF 7-26-67 620.0 2432

3890 NaF-ThF4 76 620.0 148 3891 KF-LaF3 87.5 620.0 1171 3892 CsF—MnF2 29 620.0 1451 3893 AlF 3-BaCl2-NaF 29.3-36.6-34.1 620.0 762

3894 NaF-Nal 20 620.0 61 62

3895 NaF-RbF-Rb2 S04 30.5-64.2-5.3 620.0 1043 3896 Li 4P2 0 7 -NaF 16 620.0 247 427

3897 Li 4P 2 0 7 -NaF 16.4 620.0 827

3898 LiCl-NiCl2 84.1 620.0 369

3899 KCl-ThCl4 88.3 620.0 54

3900 KC1-YC13 85 620.0 2236

3901 BaCl 2-RbCl 20 APP 620.0 APP 1918

3902 FeCl 2 -LaCl3 72.3 620.0 828

3903 BaSO4-CaSO4 -NaCl-Na2 S04 4.6-15.5-45-34.9 620.0 1226

3904 CsCl-SrS04 96.4 620.0 1216

References

114 264 741 437 734 742

70
Table 1. Eutectic data—Continued

Locator System

number

3905 Li 2S04-NiCl 2 3906 KCl-KPOj

3907 K2B407 -KCl-Na2B407 3908 Fe 2(SO ,j)3-Na 2 S04 3909 Cu(P03) 2-KP03

3910 CaMo04-CsCl

3911 MgCl2 -UF4 3912 KCl-Li 3AlF6 3913 Li 3AlF6-SrF2 3914 B2 03 -PbO-V2Os 3915 CaBr2—LiBr

3916 BaCl2 -BaF2 -NaCl-NaF

3917 MgCl2-ThF4-UCl3

3918 Na2 W04—ZnW04 3919 B2 Oj—

0O3—PbO

3920 Cs 2S04-Li 2 S04 -SrS04 3921 RbBr-Rb2Cr04 3922 Na2 Mo04—PbMo04 3923 BaF2 -LiF-NaF

3924 CaCl 2 —MgCl2 3925 kci-k2wo4 3926 Cd3As 2—CdS

3927 K2 NbF7 -LiF-NaF

3928 CsF-CsVOj

3929 KCl-ThCl4 3930 CaCl2—CaCOj

3931 kci-k2 co3-k2so4 3932 KC1-K2Mo04 3933 NaCl-Na2W04 3934 B203-Bi2 03 3935 Mo03-V205 3936 K2TaF 7 -LiF-NaF

3937 k2 o-wo3 3938 K2 S04—SrS04—T1 2 S04 3939 CrCl 3—CsCl

3940 BaTiO 3-Pb3(POJ2 3941 BaTiO 3—Pb(BO 2) 2 3942 CdTe-Sb

3943 NaB02 -NaCl-Na2 W04 3944 Sbl 3—Sb 2 03 3945 KCl-K.COj

3946 LiF-NaF-SrF2 3947 NaCl-NaF-Na4P 2 07 3948 BaCl 2—CaCl 2 3949 CaCl2—CeCl 3 3950 BaCl 2 -BaTiO3 —NaCl

3951 Li 4P2 0 7 —Na2Mo04 3952 Li 4P 20 7 —Na2 Mo04—Na4P20

3953 BaMoO4—MoO3 3954 BaCl 2—BaS04—RbCl

3955 CaCl2—LaClj—LaOCl

3956 BaCl 2 —BaSO4 —RbCl

3957 SrS04-Tl 2 S04 3958 NaCl—Na2S04 3959 CsF-KF

3960 KF-LaFj

3961 KF-NdFj

3962 KF-NdFj

Mol % T, °C

86.5 620.0 20 620.0 23.8-16.5-59.6 620.0 APP

18 620.0

17 620.0

98.3 620.0 80 620.0 75±1 620.0 ±1

45 620.0 15-83.5-1.5 620.0

66.7 620.0 NA 620.0 21-57-22 620.0 ±2

81 620.0 NA 620.0 20-78-2 620.0 78 620.0

72 620.0 7-54.5-38.5 621.0 39 621.0

63.9 621.0 NA 621.0 46.0-18.5-35.5 621.0 83 621.0 82 622.0 70 622.0 63-31.1-58 622.0 63 622.0 82 622.0

19 622.0 27 622.0 41.6-21.4-37.0 622.0

43.7 622.0 1.5-1.5-97 622.0

5.5 623.0

16.5 623.0 5 623.0

1.2 623.0 8.5-23.5-68 623.0 NA 623.0 ±5

70 APP 623.0 55-36-9 624.0 51.1-33.6-15.3 624.0 54 624.0 75 624.0 34.6-1-64.4 624.0

4.7 624.0 5.5-88.9-5.5 624.0 25 624.0 40.3-1.0-58.7 624.0 61.8-36.1-2.1 624.0 18-2-80 624.0

3 624.0 54 624.0 57 625.0 78 625.0 77 625.0 79 ±2 625.0 ±10

References

369

687 2189

354

911

2380

3228

2931

3006

3011

3094

2759

2772

2802

2823

2824

2853

2920

3161

8 475

156 1044

2999

3044

3175

1049 380

1034 330 522 1044

311

1142 1436

3044

3056

2850

838

723

723

2618

2955

2863

3183

474

2199

10 61 324 360

114 271 437 734 742 302

2060

1123 2688

2982

2752

2791 2850

3208

1230

1243 3261

2215

71
Table 1 . Eutectic data—Continued

Locator System

number

Mol % r. °c

3963 K3AlF6-KCl-NaCl 3.7-40.5-55.8 625.0 1168

3964 BaS04-KCl-NaCl 4.5-47.7-47.7 625.0 2502

3965 Na2W04-W03 80 625.0 1205

3966 RbCl-ThCl4 84 625.0 ±2 2856

3967 AIF3-NaCl-NaF 37.7-17.4-44.8 626.0 66

3968 KCl-NaCl-ThF4 43.7-43.7-12.6 626.0 147 3969 KF-K2 Si03-Na2Si03 36-50.5-13.5 626.0 223

3970 RbCl-SrCl 2 38 626.0 2053

3971 MgCl2-NdCl3 36 626.0 114 3972 KBr-NaBr 50 626.0 831

3973 NaB02 —NaCl-Na2W04 6.5-38.5-55 626.0 2955

3974 BaCl 2 -BaS04-RbCl 42-2-56 626.0 2791

3975 BaCl2 -K2TiF6 25.5 627.0 772

3976 NaF-Na2Mo04 15 627.0 336

3977 RbF-Rb2 C03 49 627.0 391

3978 MgCl2 -NdOCl 67.2 627.0 3049

3979 BaF2-CsF 16 628.0 2203

3980 KF—

2 Si0 3—Na2Si03 43-37-20 628.0 223

3981 KF—

2Si0 3—Na2SiOs 59-15-26 628.0 223

3982 NaCl-Na2 S04 51.8 628.0 279

3983 NaCl—Na2 S04 52.9 628.0 1439

3984 BaCl 2 —BaC03—NaCl 42-30-28 628.0 345

3985 NaCl-Na2Mo04 59.1 628.0 330

3986 k2o-wo3 62.7 628.0 ±3 1707 3987 Cs2S04—Li 2 S04 22 628.0 89}

3988 BaS04-RbCl-Rb2 S04 2.7-78.1-19.2 628.0 2982

3989 Fe 203-Te02 26 APP 628.0 ±2 2998

3990 BaCl2—BaC03—NaCl NA 628.0 3126

3991 k2 so4-ti 2 so4 3 629.0 918

3992 LiF-MgF2 -NaF 47-10-43 630.0 528

3993 KF-LaF3 80 630.0 ±5 23

3994 AgF-ZnF2 42 630.0 536

3995 BaF 2 —CaF2 —NaCl 41.9-5.15-53 630.0 830

3996 KCl-KF-NaCl-ZrF4 24.2-38.6-24.2-12.9 630.0 962

3997 KCl-K3ZrF 7 -NaCl 44.1-11.7-44.1 630.0 769

3998 K2ZrF6—NaCl 79 630.0 769

3999 K3ZrF 7 -KCl-NaCl 21-39.5-39.5 630.0 962

4000 CaCl2 —KC1 73.9 630.0 2384

4001 NbCl4-RbCl 17 630.0 387

4002 RbCl—SmCl3 89 630.0 1011 4003 RbCl—SrCl 2 31.5 630.0 2053

4004 RbCl-TiCl 2 85 630.0 31 4005 CaCl 2 -LaCl3 28 630.0 114 4006 KCl-Li 2C03 41.3 630.0 2052

4007 Bi 2 03-V205 85 APP 630.0 890

4008 CdWO4-Pb(BO 2) 2 -PbO 11-47-41 630.0 2151

4009 Cs 2 S04 -Li 2 S04 20 630.0 2026

4010 kbo2 -kpo3-k2so4 28-67-5 630.0 2504

4011 CdW04-Pb(B02) 2 -Pb0 11-47-41 630.0 2151

4012 GeSe-GeTe 64 APP 630.0 APP 2025

4013 CsCl-SrMo04 1.4 630.0 3228

4014 KCl-TiCl 2-TiCl3 57-35-8 630.0 2669

4015 KF-NaF-TiF4 57.0-15.2-27.8 630.0 3028

4016 CaCl 2—UC1 3 59 630.0 3087

4017 In 2S 3 -Tl 2 S 5 630.0 ±5 2766

4018 BaCl 2 -BaF2-NaCl-NaF NA 630.0 2772

4019 BaS04-RbCl-Rb 2 S04 3-76.5-20.5 630.0 2791

4020 KCl-ThCl4 75 630.0 ±2 2856

References

72
Table 1 . Eutectic data—Continued

Locator System Mol % T, °C number

4021 LiF-NaF 61 632.0 197 4022 KF-K2 B4 07 -NaF 43.2-27.0-29.8 632.0 353

4023 BaF2 -KCl-NaF 3.9-67.7-28.3 632.0 16 4024 KCl-TiCl2 73 632.0 316

4025 kci-k2co3 61.6 632.0 1034

4026 KCl-NaCl-Na4P207 52.3-40.9-6.8 632.0 2290

4027 NaCl—Na2 Cr04—Na4P 2 07 59.8-15.4-24.8 632.0 2258

4028 Li 2 S04—PbS04 78 632.0 136 4029 ThCl4-UCl3 70 632.0 2664

4030 K2TaF 7 -NaCl-NaF 17.5-20-62.5 632.0 2938

4031 RbBr—Rb2S04 71 632.0 2792

4032 RbBr—Rb2S04 83 632.0 2905

4033 BaCl 2-K2TiF6 66.2 633.0 772 4034 K2 B 4O t —

aF—Na2B407 32-30-38 633.0 353

4035 k2 o-wo3 47 633.0 3056

4036 BaCl 2-RbCl 82 633.0 3126

4037 CsF-MnF2 -NaF 44-31-25 634.0 1798

4038 BaF2 -LiF-NaCl 16.3-36-47.7 634.0 1117 4039 CaS04—NaCl—Na2 S04 18.8-46.1-35 634.0 1439 1683

4040 KCl-K2Cr04-K4P20 7 65.9-30-4.1 634.0 2258

4041 NaCl—Na2 C03 76.9 634.0 279 455

4042 V2 Os—ZnO 64 634.0 1006 4043 LiB02 —NaB02 58 634.0 2702

4044 K2 S04-MgS04-Na2S04 31-29-40 634.0 2798

4045 CaF2 —KC1—NaF .5-74.4-25.1 635.0 1108

4046 CsF—Cs2Mo04 85. 635.0 336

4047 K2 BeF4 -K3P04 45 635.0 1236 4048 NaF—Na2 W04 20 635.0 336

4049 CsCl-RbCl 88.5 635.0 1918

4050 Li 2 C03—RbCl 56.2 635.0 2052

4051 NaCl-V 2 Os 50 APP 635.0 1976 4052 KBr—TiBr3 80 635.0 772 4053 Bi 2 Oa —MoOs —PbO 8.5-14.5-77 635.0 1109 4054 Cu 2S—Na2 S 74.3 635.0 1850 4055 CdS04-K2 S04 43.5 635.0 1141 4056 Li 2 S04-PbS04 80 635.0 824

4057 K2 MoO4—Na2Mo04 —Na4P 2 07 18.5-79.5-2 635.0 1122 4058 CaCl2—UF4 83.5 635.0 2931

4059 KCl-K 2TaF7 -NaF 5-15-80 635.0 2938

4060 K2WO4-ZnWO4 42 635.0 3052

4061 SrCl 2—UC13 31 635.0 3087

4062 MgCl2 -PuCl3-UCl3 NA 635.0 2842

4063 K3 AlF6-Li 3 AlF6-Na3 AlF6 18-77-5 636.0 2480

4064 KCl-K2 SiF6 68 636.0 2278

4065 LiF-Li 2 W04 51 636.0 549

4066 kci-k2co3 65 636.0 62 685

4067 RbBr—TiBr4 97 LT 636.0 837

4068 Bi 2 Oa—MoOs 27.5 636.0 1109 1120

4069 KF-K2NbF7 -NaF 9-63-28 636.0 2936

4070 Pb 2 Cr05 -Pb2Si0 4 19 636.0 2914

4071 NaCl—Na2W04 19 637.0 311 1044

4072 Li 2 0-Na2 0-Si02 9.8-19-71.2 637.0 ±3 2317

4073 BaCl 2 -RbCl 53 637.0 3126

4074 NaF-YF3 72 638.0 1400 1401 4075 KF-KPO, 19 638.0 1275 1362

4076 BaCl2—BaSO4-NaCl 38.6-4.3-57 638.0 1683 4077 KBr-NaBr 50 638.0 210 245

4078 CaI 2 -Ca3N2 85 638. 1172 1172

References

2789

73
Table 1. Eutectic data—Continued

Locator number

System Mol % T. °C

4079 CsF-Cs2W04 84. 639.0 336

4080 K3AlF6 -Li 3 AlF6 19 640.0 1934

4081 LiF-NaF 61 640.0 2184

4082 LiF-ZnF2 62 640.0 672

4083 CsF-MnF2-NaF 20-39-41 640.0 1798

4084 NaF—ZnF2 63 640.0 672

4085 KCl-K2TiF6 70.8 640.0 449

4086 NaCl-Na3 HfF7 59.1 640.0 2042

4087 KBr-NaF 77.8 640.0 875

4088 KF-K2Ti03 -Li 2Ti03 65-23-12 640.0 300

4089 BaCl 2 -NaCl 41.5 640.0 529

4090 CaCl2 -KCl 72.4 640.0 1076

4091 CaCl2 -KCl 74.1 640.0 1926

4092 BaCl2 -RbCl 43 APP 640.0 APP 1918

4093 CaCl2 —CeCl 3 76 640.0 114 4094 CeCl3 —ThCl 4 39.4 640.0 54

4095 kbo2 -kci-k2 so4 30-56-14 640.0 273

40% FeS—Na2 S 32.3 APP 640.0 2260

4097 FeS—Na2S—PbS 60.2-24.9-14.9 APP 640.0 2260

4098 Al 2(S0 4) 3-Na2S04 17.6 640.0 1309

4099 GeSe—PbSe 65 APP 640.0 APP 2025

4100 BaO—Mo03 18.9 APP 640.0 APP 2661

4101 KC1-KF-K2TiF6 32.2-9.6-58.2 640.0 2981

4102 KCl-TiCl 2 -VCl3 79-11-10 640.0 3055

4103 SrNb 2 06—SrV 206 8 640.0 3062

4104 PrF 3-RbF 18 APP 640.0 3146

4105 KCl-K2TiF6 43 640.0 3191

4106 CsF-Cs2Cr04 81. 641.0 336

4107 CaCl 2—KC1 74.1 641.0 42 259

4108 Cs 2 Cr0 4-CsF 19 641.0 3176

4109 NaBr—NaF 73 642.0 875

4110 ErCl3-KCl 88 642.0 1289 4111 CsCl-VCl2 97.8 642.0 222

4112 CaCl 2 —KC1-K2 SO4 35.4-57.4-7.5 642.0 370

4113 LiBO 2 —Li 3 PO4—NaBO 2 52-2-45 APP 642.0 2721 4114 CafVO^-SrfVOj^ 36 642.0 3086

4115 RbCl-RJb 2S04 65 642.0 2763

4116 RbCl-Rb2 S04 80 642.0 3215

4117 ErFj-NaF 27 643.0 1401 4118 KCl-SmClj 83 643.0 950

4119 Na2 S04—(NH.JjSO.j 40 643.0 2455

4120 NaF-RbF 33 644.0 317

4121 CaCl 2 —CaF2 80.5 644.0 55 4122 KF-K2 Si0 3 -LiF 36-53-11 644.0 138 4123 KCl-NbCl3 80 644.0 1851 4124 KC1—SmCl3 83 644.0 1011 4125 CaS04 -KCl-K2 S04 13.5-58.1-28.4 644.0 370

4126 Li 2 COs—NaBr 61.3 644.0 2052

4127 Cu(P0 3) 2 -KP03 51 644.0 2380

4128 K4P2 0 7 —Na2 Mo04 4.7 644.0 1122 4129 KCl-KF-K2ZrF6 60-4-36 645.0 1680

4130 KF-K2 W04-NaF 53-20-27 645.0 329

4131 KCl-NaCl 50 645.0 ±2 2374

4132 BaCl 2 —KC1 42.7 645.0 164 4133 KC1—SmCl3 82 645.0 832

4134 CaCl 2 -TlCl 68 645.0 1918

4135 MgCl2 —PrCl 3 62 645.0 505

55

References

437 734 742

63 96 98 156 461 815

74
Table 1. Eutectic data—Continued

Locator System

number

Mol % T, °C

4136 CaCl2 -Na2 S04 91.5 645.0 1439 4137 KCl-K4P2 07 -Li4 P207 87.2-2.8-10 645.0 1111 4138 V20,-ZnO 46 645.0 1006 4139 LiH-SrH2 88.8 645.0 998

4140 KF-NaF-TiF4 64.7-21.3-13.0 645.0 3028

4141 NaCl-ThF4 20 645.0 ±2 2848

4142 CsF—SmF3 93 APP 645.0 3146

4143 MnS04-Na2 S04 55 645.0 3153

4144 LiF-MgF2 -SrF2 53-29-18 646.0 242

4145 CsF—ZrF4 90 646.0 991

4146 BaCl2 -KCl 43.4 646.0 1105 4147 PbCr04-Rb2Cr04 68 646.0 1160

4148 Cs 2Mo04—PbMo04 59 646.0 1160

4149 ErClj-KCl 87 647.0 1855

4150 CaCl 2 -TlCl 68 647.0 512

4151 K2NbF7 -NaF 66.5 647.0 2936

4152 RbCl-ThF4 60 647.0 ±2 2839

4153 KF-NaF-YF3 58-32-10 648.0 1311 4154 BaCl2—BaF2 —CaF2 —NaF 20.4-20.4-10.5-48.6 648.0 919

4155 BaFCl-LiF-NaCl 14.9-37.9-47.1 648.0 1156

4156 KCl-NaF 73 648.0 908

4157 CsF-Cs2S04 84 648.0 391

4158 KF-K2Mo04-NaF 32-21-28 648.0 377

4159 K2W04-LiF 42 648.0 489

4160 NaF-Na2Cr04 35 648.0 336

4161 BaCl 2—NaCl 34.7 648.0 345

4162 BaCl 2 -NaCl 39.8 648.0 830

4163 BaCl 2 —NaCl 40 648.0 42 4164 BaCl2 —KC1 42.9 648.0 ±0.2 1474 4165 NbCl 2-RbCl 18 648.0 1852 4166 BaCl2—PuClj 36 648.0 57

4167 MnCl2 -NiCl 2 99.5 648.0 APP 2114

4168 Nb2Os -V2 Os 1 APP 648.0 1022 4169 Ca(PO 3) 2 —NazO 67.7 648.0 2343

4170 Na2 C03—Na2 Cr04-Na2 S04 46-51-3 648.0 2727

4171 BaCl2 -NaCl 51.5 648.0 3126

4172 CsF-ErF3 90 APP 648.0 3146

4173 KBr-NaF 80 649.0 1358 4174 K2TiF6-Ti02 83.9 649.0 1149

4175 MgCl2-MnCl2 6.5 APP 649.0 APP 1339

4176 CdF2 -LiF 44.4 650.0 2468

4177 CsF-LiF-YF3 31-47.5-21.5 650.0 1291 4178 CsF-MnF2-NaF 16-67-17 650.0 1798

4179 NaF-ScF3 62 650.0 1906

4180 CeF3 -CsF 7.5 650.0 1312

4181 CaF2 -LiF-NaCl 3.1-40.7-56.2 650.0 1361 4182 CaO-NaF 48. 650.0 1475

4183 KF-KP03-NaF 51-15-34 650.0 1362

4184 NaF-Na2 W04 11 650.0 329

4185 NaF-Na2W04 23 650.0 443

4186 BaCl2—NaCl 39.6 650.0 772

4187 BaCl 2-KCl 47 650.0 846

4188 EuC13-KC1 88 650.0 1482 4189 RbCl-SrCl2 32 650.0 512

4190 LaCl3-YCl3 25 650.0 1241 4191 MgCl2 -PuCl3 62 650.0 57 4192 KC1—

2Cr04 68.4 650.0 386

4193 Cr203-V20s 1 APP 650.0 ±3 1999

References

75
Table 1. Eutectic data—Continued

Locator System Mol % T, C References number

4194 Na20-V205 4195 Al 2 03 -NaP03 4196 FeS-Na2S

4197 CaNaP04—Ca-jCPO^j

4198 SrCl 2—ThF4 4199 BaV206-SrV206 4200 KC1-MoC13 4201 Al 2 03-Te02 4202 CaCr04—KC1

4203 KCl-CaCr04 4204 LiF-NaF

4205 KF-LiF-Li 2TiO3 4206 K4P 207 -Li4P207—Na4P207 4207 CdW04—Na2 W04 4208 KCl-K2TiF6 4209 Na2C03-Na2Cr04 4210 LiB02-NaB02 4211 KF-K2NbF7 -NaF

4212 Na2C03-Na2Cr04 4213 CaC03—Ca(OH) 2 4214 NaV03 -V205 4215 NaV03 -V20s 4216 BaF2—LiF—MgF2 4217 AlF3-BaCl2 —NaF

4218 BaCl2—NaCl

4219 BaCl 2—NaCl

4220 BaCl 2—NaCl

4221 Na2 S04-V205 4222 Na2Mo04-Na4P2 07 4223 BaCl 2 —NaCl

4224 CaS04 -Li 2 S04-Rb 2S04 4225 CsF—PrF3 4226 BaF2-RbF

4227 CaF2 -KCl-NaCl

4228 KC1-VC13 4229 RbCl-ScCl3 4230 RbCl-VCl3 4231 B 203 -Rb 20

4232 GaTe-SnTe

4233 NaB02 -RbCl

4234 KF-K2NbF 7 -NaF

4235 CsF-HoF3 4236 MnMo04—Mo03 4237 Na2 C0 3-Na2 CrO4 4238 BaCl 2 -NaCl

4239 CaCl 2 —SrCl 2 4240 KCl-K4P 2 07 -Li4P207 4241 K2B40 7 —NaCl

4242 LaCl 3 —LaOCl—MgCl2 4243 BaCl 2 —KC1

4244 MgCl2—MgS04 4245 K4 P 2 0 7 -Li 4P 2 07 —Li 2 Ti03 4246 BaF 2 -KF-NaF

4247 KF-K2 B407 -NaF

4248 NaF—Na2C03—Na2 S04 4249 KCl-NaCl

4250 KCl-NaCl

5.5 650.0 82 APP 650.0

22.8 APP 650.0

86.4 APP 650.0 74 650.0 ±2

27.0 650.0 60 650.0

31.3 650.0

24.1 651.0

75.8 651.0

61 652.0

79-12-9 652.0 36-28-36 APP 652.0

10.2 652.0 76 652.0 50 652.0 56 652.0 5-65-30 652.0 50 652.0

35.8 653.0 3 653.0 3 653.0 22-52-26 654.0 32-22.2-74.6 654.0 39 654.0

39.9 654.0 40 654.0 8 654.0

94.2 654.0

27 654.0 NA 654.0 90 APP 654.0 22 655.0 .8-59.4-39.8 655.0 84 ±0.5 655.0 ±5. 91 APP 655.0 89 655.0

63.2 655.0

53.5 655.0 20 655.0 54.5-20.0-25.5 655.0 95 655.0 33 655.0 NA 655.0 40 656.0 65 656.0 74.7-18.3-7 656.0

23.5 656.0 APP

25-1.5-73.5 656.0

26.9 657.0 81 657.0 60.9-37.1-2 657.0 19-54-27 658.0 15.2-44.4-40.4 658.0 37.4-37.4-25.2 658.0

48.5 658.0 50 658.0

1433

3264

2260

2453 2489

2925

3016

3019

2817

1458

2915

8 421 474 475 481

3257

300

823

2620

2630

2674

2721 2722

2727

970

2775

2864

207

762

612 2444 2444

897

183 613 2443

1468

1122 2772

2884

3146

1918

359 483

428

2212

906

1991 2250

2702

2936

3085

2800

3207

743

312 2384

1111 354

3046

110562

10388

353

278

908

844 847

908

76
Table 1. Eutectic data—Continued

Locator System

number

Mol % T. °C

4251 BaCl2 -KCl 25 658.0 846

4252 BaCl 2 -KCl 25.9 658.0 ±0.2 1474 4253 KCl-NbCl2 73 658.0 1852 4254 RbCl-TiClj 62 658.0 2464

4255 CoCl 2-CoS04 70 658.0 375

4256 CsBr-TiBr3 73 658.0 837

4257 ^2^3-

^2®S 1.46 658.0 1195 4258 MgO-V2 Os 25 APP 658.0 1283 4259 Cr203—Na2C03 45 658.0 1461 4260 K2NbF7 -NaF 65 658.0 2722

4261 CoCl 2 —CoS04 30 658.0 3145

4262 LiF-NaF 60.4 659.0 ±2 1376

4263 CdF2 -NaF 47 660.0 62

4264 CsF—SrF2 95 660.0 2203

4265 BaCl 2-BaF2-KCl-LiF 3.75-3.75-75.5-17 660.0 1463 4266 KCl-K2ZrF6 21.4 660.0 1183

4267 Na3AlF6-NaCl-NaF 3.19—65.%-30.85 660.0 1297 4268 Na3AlF6-NaCl-NaF 3.2-66-30.8 660.0 1168 4269 KF—Li 2Ti03 84 660.0 300

4270 KCl-TbCl3 86 660.0 1482

4271 CeCl3—MgCl2 31.2 660.0 114 4272 KCl-K4P207 -Na4P2 07 79.4-3.2-17.4 660.0 2290

4273 KCl-Na2 B407 27.5 660.0 512

4274 NaCl—

2Os 10 660.0 1976

4275 Li 2C03—RbBr 85.2 660.0 2052

4276 Bal 2 —Ba3N2 80 660.0 1061 4277 Cs 20(Cs 2 CO3)—V205 72 660.0 854

4278 Mo03—ZnO 81.3 660.0 ±10 1700

4279 kpo3 -k2so4 NA 660.0 2011

4280 kpo3 -k2so4 87 660.0 2504

4281 Ag2Se—PbSe 75 660.0 3263

4282 Mo03-PbO 79.5 660.0 2655

4283 CrCl 2 —MnCl2 80 660.0 2695

4284 In 2(W04) 3 -Na2 W04 88 660.0 2984

4285 CaCl2 —CaCr04 76.6 660.0 3098

4286 Al2°3-V2°5 1 660.0 2768

4287 ai 2 o3-v2 o5 1 660.0 2749

4288 ThF4-UCl3 24 660.0 ±2 2802

4289 CaCl2—CaCr04 76.6 660.0 2915

4290 PrF 3-RbF 35 APP 660.0 3146

4291 K2TiF6-NaF 85 660.0 3191

4292 KCl-Na2B407 27.5 660.0 3204

4293 CdF2-CsF 10 661.0 2552

4294 Si0 2-V20s 3.3±0.3 661.0 ±3 1871 4295 KF-ThF4 86 APP 662.0 148 42% CaCl 2 -K2TiF6 86.1 662.0 761

4297 CaF2-NaCl-NaF 1.2-64.3-30.3 662.0 206

4298 RbCl-TiCl 3 90 662.0 2464

4299 NaCl—Na2 W04 64.4 662.0 311

4300 CaC03—Li 2 C03 37 APP 662.0 3136

4301 HoF3 -NaF 27 663.0 1401 4302 A1F 3 -CsF 6 663.0 1171 4303 KCl-Nb3Cl 8 92 663.0 1913 4304 KF-K2 NbF7 -NaF 53-20-27 663.0 2722

4305 KBr

2 S04 NA 663.0 3218

4306 KF-NaF-SrF2 46.8-36.2-17.0 664.0 474

4307 BaF2-LiF-NaCl 15.6-19.6-64.7 664.0 1117 4308 KCl-K3 HfF7 76.8 664.0 2042

References

77
Table 1. Eutectic data—Continued

Locator System

number

Mol % T, X References 4309

KF-K2 W04-NaF 20-41-39 664.0

10 664.0 4.2-15.6-80.2 664.0 4310 HoC13-KC1

4311 BaS04-CaS04—KC1

4312 B203-Bi 203 4313 EuH2 -LiH

4314 KFThF4 4315 RbF-ThF4 4316 Li 2 S04-MgS04 4317 AlF3-NaF

4318 KC1-LuC13 4319 KCl-YbCl3 4320 KBr-Li 2C03 4321 CuO-Te02 4322 BaF2 -Li 3 AlF6 4323 CuV2Os-V2Os 4324 KC1—

3ZrF 7 4325 NaCl-VCl2 4326 NaV03 —

2Os 4327 Pb2MoOs—Pb2SiO4 4328 K2B40 7 -Na2B407 4329 RbF-ZnF2 4330 CaF2 —Cal 2 4331 NaF-Na4P207 -Na2 S04 4332 CaCl2 —Na2S04 4333 MgCl2-MgS04 4334 K2Mo04—Na2Mo04 4335 MoOa — SrMo04 4336 CsF-Cs2 SiF6 4337 CsF-Cs2 SiF6 4338 LiF-NaCl

4339 CaCr04—KC1

4340 KBr-RbBr

4341 Cs 20(Cs2C03 )-V 2 05 4342 K2 B 407 -Na2B407 4343 MgW04-Na2W20 7 4344 BaF2-MnF2 4345 MgMo04—Na2Mo04 4346 NaF-Na4P 207 -Na2 S04 4347 LiH-YbH2 4348 AlF 3-NaF

4349 CsF-YF3 4350 LiF-NaCl

4351 NaBr—NaF

4352 BaF 2 —Bal 2 4353 CaF2-Ca(OH)2 4354 CdO-V2Os 4355 MoO3—PbMoO4 4356 Cu 2 S—FeS—Na2S

4357 K2B 407 -NaB02 -Na2B407 4358 PbCr04-Rb2Cr04 4359 LiF-NaCl

4360 KCl-K2TiF6 4361 Li 2 Mo04 —LiNdfMoO^j

4362 KCl-NaB02 4363 Na2 Mo04—PrjfMoO^j

4364 Na2Mo04 —Yb2(Mo04) 3 4365 MgCl 2-UCl3 4366 K2 S04 -Li 2S04—SrS04

46 664.0

6.8 664.0 83 664.0

85 664.0 NA 664.0

46.5 665.0 85 665.0 85 665.0

13.1 665.0

18.5 665.0 ±5

45 665.0

13.5 665.0

77 666.0

70.4 666.0

10 666.0

14 666.0 35 SER SOLID SOL 666.0 35 667.0

17.5 667.0 ±2

44-48-32 667.0 26 667.0 80 667.0

19 667.0 76 667.0 88 667.0 88 667.0

40.5 668.0

32.9 668.0 20 668.0 92 668.0 35 668.0

13 668.0 29 APP 668.0

13.5 668.0 32.1-23-44.9 669.0

93.2 669.0

63.5 670.0 96 670.0 41 670.0 73 670.0 8 670.0

30.9 670.0

17 670.0

27.4 670.0 4.3-59.8-35.9 670.0 38-4.9-57 670.0

41.5 670.0

41.5 670.0

31 670.0 93 670.0

67.5 670.0

97.5 670.0

97.5 670.0 64 670.0 NA 670.0

329

1289

1989

1142 998

3165

3165

3218

1300

2495

950

2052

2940

3011

2785

962

222

2762

2914

3180

672

1918

2475

1439

1091 328 377 522 1122 2688

2769

2746

908

1696

430

854

2294

851

2665

2916

2475

998

66 124 127 214 493

1291 994

61 62

1918

970

2066

1792

1052 2294

1160

2628

2630

2701

2702

3059

3059

3087

2883

531

78
Table 1. Eutectic data—Continued

Locator System

number

4367 Na2 SU4 -Na2 W04 4368 LiF-SrF2 4369 KCI-YCI3 4370 RbCl-TiClj

4371 SrCl 2 -SrC03 4372 BaH 2 -LiH

4373 CaF2 -LiF-MgF2 4374 KF-K2 Mo04 -NaF

4375 CsCl-TiClj

4376 FeCl 2-NiCl 2 4377 Y2 03-V2 05 4378 K2TaF7 -NaCl

4379 Li 20-V204-V205 4380 Ba(P0 3) 2 -NaP03 4381 BaCl 2-NaF

4382 KC1-YC13 4383 CaKCl3 —CaCr04 4384 CsF-YF3 4385 KCl-TiCl3 4386 Na2 S04-(NH4) 2S04 4387 KBr-RbBr

4388 KF-NaF-ScF3 4389 NaF—ScF3 4390 AlF 3 -NaCl-NaF

4391 CsB02 -LiB0 2 4392 Na2 Cr04-Na2W04 4393 MnF2 -NaF-RbF

4394 NaCl-NaF

4395 KC1-YC13 43% CaS04-KCl-K2S04 4397 K2Mo04-K4P 2 07 -Li4P 20

4398 Ag2 Se—Bi 2Se 3 4399 NaCl-NaF

4400 Al 2 03 -Te02 4401 MgS04-Rb2 S04 4402 CaF2-LiF-MgF2 4403 CaF2 -KF-NaF

4404 KCl-TiCl3 4405 KC1-VC13 4406 CsCl-VCl3 4407 V02-V 205 4408 MgW04-Na2W207 4409 KP03-Mo03 4410 HgS-PbS

4411 MoC1

2—NaCl

4412 BaCl 2 —CeCl 3 4413 RbF-SrF2 4414 KCl-K2ZrF6 4415 KCl-K2ZrF6 4416 LiF-NaCl

4417 KF-K2C03 4418 CaCl 2-RbCl

4419 KFK2TaF7 -NaF

4420 BaMoO4—Na2 MoO4 4421 Cs 2S04-Li 2 S04-SrS04 4422 BaW04-Na2 W04 4423 PbF2-Pb3(P04) 2 4424 Li 3AlF6-Na3AlF6

Mol % T, °C References

30 SER SOLID SOL 670.0 3162

80 671.0 1090 83 671.0 1154

64 671.0 21 75 74 671.0 2043

5 671.0 998

13.1-59.0-27.9 672.0 203 294

23-45-32 672.0 377

35 672.0 21 0 75 0

99.3 672.0 APP 1937

2 APP 672.0 ±3 2237

77.5 672.0 2987

NA 672.0 3014

25 APP 672.0 3084

38 672.0 2772

85 672.0 2835

81.1 672.0 2915

96 673.0 1171 83 673.0 75 434 775 818

15 673.0 2455

9 673.0 2810

60-35-5 674.0 1169 58 674.0 1194

7.5-46.9-45.5 674.0 66

35 674.0 2291

15 674.0 3032

35-61-4 675.0 2432

67 675.0 61 62 206 386

87 675.0 853

18-79-3 675.0 370

3.9-58.8-37.2 675.0 1155

10 675.0 2083

66 675.0 2772

15 675.0 2817

47.5 675.0 3159

12-64-24 676.0 203 294

10-62-38 676.0 481 482 678

85.2 676.0 434

87 676.0 906

65 676.0 1450 0 APP 676.0 2231

40 676.0 851

85 676.0 2622

68 676.0 3103

30 676.0 3071

31-35 677.5 ±5.5 114 743

91 678.0 2203

75.8 678.0 1183

77 678.0 %2 1680

42 678.0 1358 60 678.0 278 685 729

82.5 678.0 184 2500

52.3-21.1-26.6 678.0 2987

9.7 678.0 3038

57-30-13 678.0 2853

5 678.0 2881

92.5 678.0 3214

67.8 680.0 2137

79
Table 1. Eutectic data—Continued

Locator System

number

Mol % T; °C

4425 DyF,-NaF 27 680.0 1401 4426 HfF„-KF-NaF 8-65-27 680.0 2030

4427 KF-K3HfF7 -NaF 51.6-10-38.4 680.0 1684

4428 K2TiF6-Na2TiF6 44.4 680.0 3244

4429 BaF2 -CaF2 -KF 22-9-69 680.0 18 4430 KF-K2BeF4 -K3ZrF 7 66.59-23.71-9.7 680.0 ±5. 1185

4431 CsF-ScFj 96 680.0 1310 1797

4432 LiF-NaCl 41.5 680.0 46 1059

4433 NaCl-NaF 66.5 680.0 2322

4434 NaF-Na2B407 33 680.0 353 460

4435 CrCl 3 —RbCl 8 680.0 2259

4436 CsCl-TiClj 63 680.0 2464

4437 CoCl2 -NiCl 2 93 680.0 1045

4438 KCI-KPO3 NA 680.0 2010

4439 Bi 2 03-Pb0-Ti02 63.5—36—.5 680.0 877

4440 CdO-PbO-W03 1.5-84.5-14 680.0 2151

4441 Mo03 -PbO 82.5 680.0 1109

4442 Na2 0—Si0 2—ZnO 21.6-69.1-9.2 680.0 ±10 1838

4443 PbO-Si02 40 680.0 APP 1383

4444 K4P 20 7 -Li 4P2 07 62 680.0 823 827

4445 Na2W04-SrW04 97 680.0 TO 685. 1328

4446 Ce02—Mo03 22 APP 680.0 2678

4447 CuO-TeO, 45 680.0 ±5 2940

4448 POCl3-TiBr4 NA 680.0 2970

4449 Na2Mo04-Sm2(Mo04) 3 97.5 680.0 3059

4450 Na2Mo04—Tb2(Mo04) 3 97 APP 680.0 APP 3059

4451 BaNb 206-BaV206 95 680.0 3062

4452 KF-NaF-SiF4 64.0-19.5-16.5 680.0 3082

4453 K2S04 —MnS04 63 680.0 3153

4454 Na2B40 7 -NaF 80 APP 680.0 3180

4455 NaCl-NaF 67 680.5 2442

4456 K2TiF6-Ti0 2 81.5 681.0 60

4457 CrCl 3 -RbCl 8 681.0 838

4458 CdS04-Na2S04 53.72 681.0 3141

4459 CdS04-Na2 S04 54 681.0 3142

4460 BaW04-Na2 W04 4 681.5 ±1.5 1328

4461 CaF2-KF-NaF 7-54-39 682.0 481 482

4462 KF-K2C03 60 682.0 685

4463 KF-K2Ti03-Na2Ti03 45-23-32 682.0 393

4464 KCl-TiCl 3 85 682.0 775 4465 RbCl-VCl3 62 682.0 906

4466 K2 NbF7 -LiF 83.5 682.0 3044

4467 LaOCl-MgCl 2 20 682.0 3046

4468 Ca(P03) 2 -CsP03 14 682.0 2784

4469 K2S04-Li 2S04-Rb2 S04 15-42-43 682.0 2862

4470 K2C03 -KF 40 682.0 3184

4471 KF-ZnF2 76 683.0 672

4472 BaCl 2-CeCl3 31 683.0 2447

4473 Ca(P03) 2 -KP03 14±1 683.0 ±3 1025

4474 KF-NaF-SiF4 10.0-49.5-40.5 683.0 3082

4475 LiF—MgF2—NaF 59-29-12 684.0 528

4476 BaF2 -CaF2 -KF-NaF 21.7-23.4-9.4-45.4 684.0 2112

4477 CrF3-CsF 2 684.0 2326

4478 LiF-NaCl 43 684.0 1117 4479 KF-KP03 77 684.0 1275 1362

4480 K2B40 7 -KP03-K2 S04 72-25-3 APP 684.0 2731

4481 AlF3 -Al203 -Na3AlF3 37.3-3.2-59.5 684.0 3057

4482 LiF-LiH 15.4 684.1 1901

References

1038 1155

678

80
Table 1 . Eutectic data—Continued

Locator System

number

Mol % T, °C

4483 AlFj-NaF 46.6 685.0 66 493

4484 KF-MgF2 -NaF 59.0-6.5-34.5 685.0 530

4485 AIF3 -C9F 5.5 685.0 688

4486 DyClj-KCl 15 685.0 1046

4487 kf-k2co3 48 686.0 278 685

4488 GdClj-KCl 8 686.0 1046

4489 Na2W04-Nd2(W04) 3 100 APP 686.0 1712 4490 BaS04—Cs2 S04 —Li 2 S04 NA 686.0 2899

4491 BaC03 —Na2 C03 37 686.0 3126

4492 BaCOa —Na2 C03 40 APP 686.0 3126

4493 LiB02 —Li 2W04 15 APP 686.0 3179

4494 KC1-VC12 78.5 687.0 222

4495 CaS04 -KCl 18 687.0 370 706

4496 BaF2-KF-SrF2 16-69-15 688.0 82

4497 kf-k2 co3 47 688.0 729

4498 KF-Na2Mo04 84 688.0 377

4499 kf-k2co3 46 688.0 685

4500 BaCl2 -CaS04-NaCl 17.5-26-56.5 688.0 1683

4501 kci-k2 so4 74.6 688.0 1034

4502 Bi 2 03—PbO—V20s 3.5-64-32.5 688.0 890

4503 Li 2Mo04—Li 4P2 07 99.2 688.0 1123 1155

4504 K3NaF8-NaF 72.5 688.0 2936

4505 k2co3 -kf 54 688.0 3184

4506 LiBOz—LiF 66 688.0 3200

4507 K3AIF6-Li3AlF6 40.5 690.0 1934 4508 LiF-YbF3 70 690.0 1312 4509 AlF3-NaF 46 690.0 2192

4510 AlF3-NaF 47 690.0 922

4511 CsMnF3-NaMnF3 47 690.0 1798

4512 NaF-ThF4 63 690.0 148 464

4513 CaF2—CsF 2.56 690.0 2121 2378

4514 BaF2-KCl-LiF 3.09-75.26-21.65 690.0 1463 4515 NaF—Na2C03 38.66 690.0 685

4516 NaF-Na2C03 40 690.0 278 729

4517 RbF-Rb2MoO„ 77 690.0 336

4518 CsCl-TiCl3 66 690.0 21 75 4519 kci-k2 so4 70.9 690.0 1076 4520 kci-k2 so4 76.7 690.0 236 406

4521 Fe 203 —PbO (5-10) RANGE 690.0 1422 4522 K4P 2 0 7 -K2Ti03-Ti02 63.7-11.3-25 690.0 1036

4523 Li 2 W04-W03 80 690.0 APP 1205

4524 Na2 B407 -Nd 203 99.7 APP 690.0 APP 1917 4525 Li 2 W04-PbS04 88 690.0 136

4526 K4P 2 0 7 -Li 2Mo04 1 APP 690.0 2060

4527 K2CrO 4—NaBO2 -Na2 B407 8.9-11.3-79.8 690.0 2528

4528 CuW04—Na2W2 07 40 690.0 851

4529 KC1-K2TiF6—NaCl 2.4-58.7-38.9 690.0 2630

4530 b 2 o3-k2o-p2o5 56.0-36.0-8.0 690.0 2704

4531 Fe 2 03-Te02 37 APP 690.0 ±5 2998

4532 Rb 20-W03 MIN.MELT.POINT 690.0 3056

4533 KCl-ThF4 65 690.0 ±2 2848

4534 Pb2Si0 4-Pb2 W0s 70.5 690.0 2914

4535 AlF3-LiF 37 691.0 214 644

4536 KF-ThF4 69 691.0 148 615

4537 MnF2 --NaF 34 692.0 1451 4538 CaF2 -KCl-LiF 1.26-79.5-19.24 692.0 852

4539 KC1-ScC13 84 692.0 1232 4540 KC1-ScC13 85 APP 692.0 2212

References

729

694

688

81
Table 1 . Eutectic data—Continued

Locator System

number

Mol % r, °C

4541 BaI 2 -Ba3N2 98 692.0 1061 4542 Cs2 W04-PbW04 59 692.0 1160

4543 Li 2 W04-Na2 W04-W03 4-42-52 692.0 2893

4544 KC1-MoC13 90 693.0 3002

4545 AlFj—Na3AlF6 62.5 693.5 ±.5 181 736

4546 KF-Na3AlF6-NaF 65.8-3.9-30.3 694.0 1465

4547 CdF2 -KF 18 694.0 1947 2552

4548 KF-ThF4 86 694.0 148 615

4549 CsCl—SrCl 2 -SrS04 16.5-76.1-7.3 694.0 1216

4550 KC1-K2S04 73.4 694.0 2564

4551 Na2B407 -NaCl 86.1 694.0 354

4552 Bi 2 03-Pb0 64 694.0 1109

4553 AlFj—Na3AlF6 61 694.0 2687

4554 K3 BeFs-K3ZrF 7 78.24 694.5 ±5 1185

4555 LiF-YFj 81 695.0 770 1291 4556 NaCl-ZrCl2 31 695.0 ±1. 1319

4557 Na2C03-Na20 61.3 695.0 2586

4558 FeS—Na2S 71.6 APP 695.0 2260

4559 CaS04-Li 2 S04 18.5 695.0 1119

4560 K2 C03—Na2C03 38.5 695.0 1137

4561 Bi 2 03—LiFe 508 96.5 695.0 3027

4562 NaF-TbFj 73 6%.0 1401 4563 CaCl2-KCl-K2 S04 45.5-45.4-9 6%.0 370

4564 BaCOj-NaCl 28.2 696.0 345

4565 B 2Os—

i 203 76.5 696.0 1142 4566 KFK2NbF7 -NaF 70 696.0 2722

4567 LiF-Na3AlF6 85±1 696.0 ±1 2780

4568 KF-K2TaF7 30 697.0 1203

4569 KF-TaFs 71 697.0 1203 4570 Li 2 0-Na2 0—Si0 2 11.8-27.5-60.7 697.0 ±3 2317

4571 Li 2 0-V2 04-V205 NA 697.0 3014

4572 K2TaF 7 -LiF 84.5 697.0 3044

4573 KCl-ZrCl2 46.5 698.0 ±1. 1319

4574 B 2Os—

i 2 03 73.5 698.0 1142 4575 K2S04-Li 2S04 60 698.0 965

4576 Na2 W04-SrW04 100 APP 698.0 APP 1945 4577 NaCl-RbB0 2 83 698.0 2702

4578 BaF2-NaCl 28 APP 698.0 2772

4579 CaF2 -KF-SrF2 7.72-76.54-15.74 699.0 262

4580 CsF-MgF2 43 699.0 2203

4581 K3 AlF6-Li 3AlF6 50 700.0 1934

4582 LiF-Na3 AlF6 83.5 700.0 313

4583 AlFj-NaF 46.3 700.0 ±5 1434

4584 NaF-ScFj 62.5 700.0 1169 1169

4585 NaF-ThF4 63-64 700.0 148 4586 NaF-YFj 68 700.0 1171 4587 BeF2 -KF 18 700.0 310 1179

4588 MgF2-RbF 22 700.0 670

4589 MnF2 -RbF 16 700.0 1451 4590 KCl-KMnFj 88.5 700.0 2376

4591 KCl-K2TaF7 82.4 700.0 878

4592 CrCl 3—KC1 10.7 700.0 1110

4593 CrClj-KCl 11.5 700.0 990

4594 NaCl-Na20 75 APP 700.0 33

4595 Bi 203 —CoFe204 67.5 700.0 2580

45% B 203 -Rb20 68.7 700.0 1991 4597 PbO-Si02 60 700.0 APP 1383

4598 PbO-SiO, 76 700.0 APP 1383

References

757

1797

82
Table 1 . Eutectic data—Continued

Locator System Mol % T, °C References number

4599 K2 S04-Li2S04 60 700.0 1372 4600 Na2 S04-Rb2S04 75 700.0 1115

4601 Li 4P2 07 -Na2 Mo04 -Na4P2 07 36.6-4.9-58.5 700.0 1123 4602 CuW04-Na2W207 15 700.0 851

4603 Gd 2(W04) 3-Na2 W04 2-3 700.0 APP 2441

4604 La2(W04) 3 —Na2 W04 0 APP 700.0 APP 2441

4605 Na2W04-Nd2(W04) 3 100 APP 700.0 APP 2441

4606 RbCl-SrMo04 3.5 700.0 3228

4607 As 2 S 3—La2S 3 30 APP 700.0 2647

4608 SrCl2 -ThF4 24 700.0 ±2 2925

4609 KCl-K2TaF7 82.4 700.0 2987

4610 ErF3-LiF 19.5 700.0 3104

4611 BaCl2 —UC13 25 700.0 3087

4612 B203 -MoO3-PbO NA 700.0 2824

4613 KF-SnF4 67.9 700.0 2896

4614 RbF-SmFj 85 APP 700.0 3146

4615 K2W04-Na2 Cr04 25 701.0 2674

4616 CsF—KF—MnF2 27-3-70 702.0 1798

4617 BaF2-NaCl 22.7 702.0 359

4618 KB02 -LiCl 73 702.0 2291

4619 Na2S04-Rb2S04 75 702.0 2905

4620 Na2 S04-Rb2S04 75 702.0 2909

4621 CaF2-Li 3AlF6 43.5 703.0 2538

4622 KCl-ThF4 77 704.0 147 4623 InCl 3-NaCl 39 704.0 397 1193

4624 Li 2 S04-Rb2 S04 36 704.0 891

4625 KB02-NaCl 21.5 704.0 2702

4626 NaF-ThF4 59. 705.0 148 464

4627 BeF2 -KF 19 705.0 ±5 23 4628 CaCl 2 -CsCl 89 705.0 185 2500

4629 Ga2 03-Pb0 40 705.0 ±10 2391

4630 Ge02-PbO 30 705.0 2490

4631 FeMo04—Mo03 16.3 705.0 1792

4632 K2Mo04—

4P207 -Li4P 2 07 54-29.2-16.7 705.0 1155 4633 Li 2 Hf(W04) 3-Li 2W04 12.5 705.0 2626

4634 CaCl 2-CsCl 66.7 705.0 2759

4635 AlF3-LiF 14.5 706.0 214 644

4636 AlF3-LiF 17 706.0 1171 4637 CsF—MnF2 86 706.0 1451 4638 BaCl 2 —BaF2 —CaF2 —NaCl 15. 1-15. 1-. 5—69.3 706.0 483

4639 Cs 2 S04-Li 2 S04 66 706.0 891 4640 K2Mo04-K4P2 07 -Na4P 2 07 81.5-1.9-16.5 706.0 1122

4641 K4P 2 0 7 -Li 2Mo04 61.3 APP 706.0 2060

4642 Li 3AlF6 -LiF 7.7 706.0 3041

4643 Ge02—PbO 27.3 707.0 ±5 1132 4644 Mo03 —ZnMo04 68.4 707.0 1792 4645 AlF 3 -LiF 35 708.0 2516

4646 CaF2-CsF-LiF 17.6-15.3-67.1 708.0 2121

4647 LiF-MgF2-NaF 62-19-19 708.0 528

4648 KCl-LiF 80 708.0 852

4649 CrCl3-KCl 11.2 708.0 1268

4650 CaCl 2 —CaS04 87.5 708.0 370 816

4651 Cs 2S04-Li 2 S04 69 708.0 2026

4652 K2Cr04-Na2 Cr04 -Na4 P207 19-75.5-5.5 708.0 2150

4653 K4P 2 0 7 -Li4P2 07 -Li 2Ti03 62.6-11.3-26.1 708.0 1038

4654 Li 2 W04-PbW04 83.5 708.0 136 4655 GaAs—GaSb 3.0 708.0 2684

4656 KFK2 NbF7 20 708.0 2722

83
Table 1 . Eutectic data—Continued

Locator] System Mol % T, °C References number

4657 RbF-Rb2 SiF6 4658 RbF-Rb2SiF6 4659 B 203-Bi 203 4660 Li 20—Na20—Si02 4661 AlF3-LiF

4662 BaF2 -CaF2 -LiF

4663 Li 3 AlF6—Na3AlF6 4664 KF-NaF

4665 KF-NaF

4666 NaF-PMF3 4667 CeF3-KF

4668 K2BeF4-KF

4669 CsF—MnF2 4670 BaF2 —CaF2 —KC1

4671 BaF2 -LiCl-LiF

4672 KC1-KF-K2TaF 7 4673 KCl-LiF

4674 KF-K4P2 07 4675 Bi 203 -Pb0-V2 0s 4676 B 2 03-Rb20

4677 GeOz —

20

4678 Ge02 -PbO

4679 K4P 20 7 -Ti02 4680 K2S04-Li 2S04 4681 Li 4P 2 0 7 —Na2Mo04—Na4P207 4682 K2C03 -Na2 C03 4683 K2 C03 -K2Mo4O I3 4684 Li-.WC^-Li.ZrfWOJ,

4685 AlF 3 -LiF

4686 Na20-Nb02 4687 KF-TiF4 4688 Mo03—ZnO

4689 CuW04-Li 2 W04 4690 Pb0-V 2 05-W03 4691 KF-K2 TiF6 4692 LiBO z -LiF

4693 Na2 B4 07 -NaCl

4694 KF-NaF

4695 AlF3-LiF

4696 AlF 3-Li 3AlF6 4697 CuV2 0 5-V205 4698 GdF3-NaF

4699 NaF-Na2TiF6 4700 BaCl 2 —BaF2 —CaF2 —NaF

4701 KCl-K2TaF7 4702 NaCl-ThF4 4703 KF-K2 B407 4704 CaCl 2 -CaS04 4705 CaCl2 -Ca3N2 4706 KCl-K 2TaF7 4707 KF-SnF4 4708 K2 B407 -KF

4709 Li 3AlF6 -Na3 AlF6 4710 Li 3AlF6-Na3 AlF6 4711 CdF2 -RbF

4712 LijVO.-PbClj-PbjfVO^,

91 708.0 91 708.0 81 709.0 12.2-25.2-62.6 709.0 ±3

36 710.0 16-17-67 710.0 67.9 710.0 59 710.0 60 710.0 74 APP 710.0 APP

20 710.0 50 710.0 65 710.0 7—.8-92.2 710.0 25.8-13.8-60.4 710.0 8.7-11.6-79.7 710.0 81 710.0

78.7 710.0 13.5-71-15.5 710.0

77.4 710.0

61.1 710.0

27.3 APP 710.0 APP

68.5 710.0 60 710.0 29.5-18.2-52.3 710.0 44 APP 710.0 ±2

88 710.0 90 710.0 62.8 710.0 88 APP 710.0 NA 710.0 78 710.0 ±5

20 710.0 83-1-16 710.0 35 710.0 80 710.0 86 710.0 59.5-60 710.5 ±11.5

15 711.0

39.7 711.0 36 711.0 25 712.0 20.6 712.0 27.2-27.2-8.7-37 712.0

16 712.0 48 712.0 56 712.0 86 712.0 87 712.0

16 712.0

82.5 712.0 28 APP 712.0

61.2 713.0 65 713.0

12 713.0 40.6-2.3-57 713.0

2769

2746

1142 2317

644

17 214 288

1465

1090

1401 1312

1185

1451 876

512

878

907 908

895

890

1991 1960

1245

1036

2129

1123

1265

1281 2626

2628

2685

3028

2747

2823

2858

3191

3200

3204

8 55 61 62 74 179 299 307 353 377 393 474

481 482 530 678

2516

1135 2785

1401 761

919

878

147 353

1439

1172 2987

2896

3180

1135 2267

2272 2552

523

84
Table 1 . Eutectic data—Continued

Locator System

number

Mol % T, °C

4713 Na3 AlF6 -Li jAIF6 36 713.0 3061

4714 AlFj-NaCl 24.5 714.0 66

4715 NaB02 -NaBr 18.5 714.0 2702

4716 kpo3 -k2 so4 89 APP 714.0 2731

4717 AlF3-LiF 15 715.0 644

4718 AlF3-LiF 35 715.0 922

4719 AlF3-LiF-NaF 25-46.8-26.2 715.0 922

4720 KF-NaF 60 715.0 1243

4721 K2BeF4-K3YF6 77 APP 715.0 ±5 2371

4722 KCl-LiF 80 715.0 46

4723 KB02 -KC1 15.6 715.0 192 4724 Na2B407 -Na2 Cr04 75 715.0 2385

4725 AlF3-LiF 34.6 715.0 2628

4726 CaF2 -Li 3AlF6 40 715.0 3011 4727 THF4-UC13 65 715.0 ±2 2802

4728 Pb0-V205 -W03 78-7-15 715.0 2858

4729 Li 3 AlF6-Na3AlF6 67.9 716.0 1402 4730 KF-NaF 60 716.0 893

4731 MnF2 -NaF-RbF 64-32-4 716.0 2432

4732 BaF2-LiF-NaCl 42.8-25.7-31.4 716.0 1117 4733 KCl-KBr 40 716.0 888

4734 k2co3 -k2w4o,3 90 716.0 1281 4735 KF-K2TaF7 21.5 717.0 3255

4736 K3 A1F6-KC1 8.7 717.0 844

4737 PbO-RbCl .35 717.0 7 4738 EuF3 -NaF 25 718.0 1401 4739 KF-K2TaF7 78 718.0 1203 4740 CsF-MgF2 56 718.0 2203

4741 KF-K2TaF7 -Ta2Os 77.5-20.5-.2 718.0 879

4742 KF-TaF5 84.7 718.0 1203 4743 CsCl—SrCl2 22.2 718.0 2008

4744 kf-k4p2o7 89 718.0 2743

4745 CaS04—NaCl 17.6 719.0 1439

4746 AlF 3-LiF 15 720.0 922

4747 CsjAlF6-Na3AlF6 42 720.0 1292

4748 K2BeF4-K3 ZrF7 71.85 720.0 1185 4749 CsCl—SrCl 2 19 720.0 1216 4750 NaCl—CaS04 81.6 720.0 1069

4751 kci-k3po4 85 720.0 687

4752 SrCl 2 —Sr3N2 87 720.0 1172

4753 PbO-V2Os 67 APP 720.0 APP 1188 4754 Li 2S04-Rb2 S04 39 720.0 1703 4755 Li 4P 20 7 -Na4P207 62 720.0 1123

4756 K4P 2 0 7 -Na2Mo04 36 720.0 1122

4757 BaSiO 3—PbSiO3 3 APP 720.0 APP 1711 4758 FeW04-Na2 W207 10 720.0 851

4759 CrCl2-MgCl2 50 720.0 2695

4760 LiCl-ThF4 26 720.0 ±2 2848

4761 Na2S04-PbS04-PbW04 46-48.5-5.5 720.0 3162

4762 BaF2-LiF-SrF2 17-69-14 721.0 242

4763 CoCl 2-NiCl2 1.4 721.0 APP 1980 4764 NaF-Na4P2 07 94 721.0 2743

4765 KF-K2 Mo04 70 722.0 338

4766 KF-K2 Mo04 71 722.0 377

4767 PbO-W03 86.5 722.0 2151

4768 KF-NaF 60 722.0 2722

4769 BaCl2-BaF2 -NaCl 14-14-72 723.0 483

4770 RbF-Rb2 S04 36 723.0 391

References

85
Table 1 . Eutectic data—Continued

Locator System

number

Mol % T, °C

4771 KB02-KC1 27.5 723.0 2291

4772 Na2B407 -Si02 36.16 724.0 1298

4773 KF-K2NbF7 75 724.0 2722

4774 Cs3AlF6-Na3AlF6 75 725.0 1292 1717 4775 LaF3 -NaF 29 725.0 1243 1401 4776 NaF-SmF3 75 725.0 1401 4777 NaCl-CaS04 79.8 725.0 1070

4778 NaCl-Na4P2 07 77.8 725.0 103 458

4779 B2 03-Rb2 0 81.4 725.0 1991 4780 CaO—Na20—Si0 2 5.6-20.6-73.8 725.0 1088

4781 Cu 2 S-FeS-Na2S 17.6-66.2-16.1 725.0 1052

4782 CoS04-K2S04 72.41 725.0 636

4783 In 2S3-Tl2S 59 725.0 ±5 2766

4784 CeF3-NaF 28±0.5 726.0 ±5 1802

4785 CsF-LaF3 66 726.0 1171 4786 RbF-Rb2S04 78 726.0 317 1772 4787 CaS04-NaCl 17.7 726.0 706

4788 Na2S04-PbS04 51 726.0 1113

4789 K2S04-LiB02-Li 2S04 31-67-2 726.0 3201

4790 NaF-PuF3 76±1 727.0 ±3 1802 4791 KF-K2TaF7 74.5 727.0 3255

4792 Ge02-PbO 61.7 727.0 ±5 1132

4793 CaMo04—Mo03 19.4 727.0 1792 4794 KF-K2W04 73 728.0 329 443

4795 NaCl—Na4P 207 79 728.0 2645

4796 BaF2 -KF 26.5 729.0 2203

4797 BaF2 -KF 27 729.0 8 18 4798 RbF-Rb2W04 80 729.0 336

4799 LaF3-NaF 29 730.0 1401 4800 CaF2-NaCl-Na3AlF6 1-87.5-11.5 730.0 497

4801 KF-K2Si0 3 53 730.0 138 4802 KF-K4P2 07 80 730.0 686

4803 Na2BeF4-Na3P04 30 730.0 1236

4804 KCl-TiCl 2 38 730.0 316

4805 KCl-LiBO, 97.5 730.0 2291

4806 Fe2 03 -Pb0 17.5 730.0 2034

4807 Ge02—PbO 61.7 APP 730.0 APP 1245 4808 Bi 2S 3-PbS 77 730.0 1724 4809 K2S04-K2S 27.5 730.0 1075

4810 BaMo04-KCl 94.2 730.0 3228

4811 BaMo04-KCl 5.8 730.0 2641

4812 B 203-K20-P2 0s 48.0-45.0-7.0 730.0 2704

4813 KB02-K3P04-Li3P04 56-16-28 APP 730.0 2720

4814 CaO—TiO2—V20s 21.0-17.0-62.0 730.0 2927

4815 B 2 03-K20-W03 45-26-29 730.0 2972

4816 BaF2-FeF2 58 730.0 3243

4817 Li.WO^LiYbfWOj, 97.5 730.0 2866

4818 K2S04-LiB0 2 29 730.0 3201

4819 NaBr-NaCl 72 731.0 839

4820 NaBr-NaCl 62 SER SOLID SOL 731.0 2771

4821 NaF-NdF, 74 732.0 1401 4822 KF-K2Cr04 70 732.0 336

4823 KF—

2Cr04 77 732.0 336 704

4824 K4P20 7 -NaF 32.7 732.0 827

4825 Cs20-W03 MIN. MELT.POINT 732.0 3056

4826 CaCl2-CaO-LaOCl 92.5-6.0-1.5 732.0 2752

4827 ErF3-RbF 12 APP 732.0 3146

4828 NaF-PrFj 78 733.0 1401

References

549

82 475

86
Table 1. Eutectic data—Continued

Locator System Mol % T\ °C References number

4829 Na3 AlF6 -NaCl 11 733.0 844

4830 Ge02 -PbO 20 733.0 2490

4831 Cs3AlF6 -Na3AlF6 41 734.0 1717

4832 NaCl-Na3AlF6 88.6 734.0 736

4833 Na3AlF6-NaCl 11 734.0 1165 4834 NaF-Rb2 S04 58 734.0 317

4835 NaF—Na4P2 07 51 734.0 427

4836 NaF-Na4P2 07 65.8 734.0 895

4837 KBr-KCl 60 734.0 238 651

4838 BaCl2 -BaC03 53 734.0 345

4839 BaC03 —NaCl 47 734.0 3126

4840 LiF—MgF2 64 735.0 150 203

4841 BaBr2—CaCl 2 (50-70) RANGE 735.0 1918

4842 KC1-K4P2 07 85 735.0 687

4843 Na2 0-Si02-Zn0 30-58.8-11.2 735.0 ±10 1838

4844 Li 2S04-Sc2(S04) 3 95 735.0 2610

4845 BaF2—MnF2 55 APP 735.0 2665

4846 CeF3-LiF 15.6 APP 735.0 2693

4847 NaOH-Na2 S 37 735.0 2967

4848 In 2(W04) 3-Li 2W04 4 735.0 2984

4849 K2BeF4-K3HoF6 77.5 735.0 3026

4850 Ca2P 20 7—Na4P 2 0 7—Na 2 S04 3-29-68 736.0 1114

4851 K2Mo04—Na4P2 07 77.7 736.0 1122

4852 LijVC^-PbjOVO^ NA 736.0 3158

4853 NaCl—Na3AlF6 89 737.0 497

4854 Ge02-PbO 60 737.0 2490

4855 NaB02 -Na2 B407 14 737.0 2294 2385

4856 Na3AlF6-NaCl 11 737.0 2781

4857 BaF2-CaF2-NaF 25-26-49 738.0 18 4858 MnF2-NaF 66 738.0 1451 4859 NaCl—SrS04 86.4 738.0 1069

4860 CaCl 2 -CaMo04 88.5 738.0 2570

4861 K2B407 -KC1 49.8 738.0 462

4862 KC1-K4P207 89 738.0 2645

4863 K2B407 -KC1 50 APP 738.0 3180

4864 LiB02 -Li 2 S04 47 APP 738.0 3201

4865 BaF2-KCl 7.5 739.0 359 876

4866 K20-Si02 23.5 APP 739.0 APP 1330

4867 CaF2-LiF-SrF2 13-73-14 740.0 752

4868 AlF 3-RbF 7 740.0 1171

4869 CsF-Cs 2 Mo04 47. 740.0 336

4870 CaO-P2Os 37 APP 740.0 APP 2100

4871 GeOj-PbO 41.6 APP 740.0 APP 1245

4872 Ge02 -PbO 41.5 740.0 ±5 1132

4873 GaS—Ga2 S 3 47.5 740.0 1391

4874 Na2 S-Na2S04 34.8 740.0 1420

4875 Na2 S04-Rb2S04 80 740.0 1043 5637

4876 KB02 -KP03-K2S04 68-20-12 740.0 2504

4877 K2Cr04-K4P207 66.6 740.0 2150

4878 CaCr04—Na2 Cr04 48.4 740.0 396 1093

4879 KCl-SrMoO, 3.2 740.0 3228

4880 LiB02 -NaCl 55 740.0 2702

4881 Mo03-U03 92 740.0 2973

4882 KF-TiF4 NA 740.0 3028

4883 Rb2 Mo04—Sm2(Mo04) 3 80 740.0 2846

4884 KF-ThF4 34 741.0 148 615

4885 NaCl-BaS04 88.9 741.0 1069

4886 LiF-MgF2 67 742.0 528

87
Table 1 . Eutectic data—Continued

Locator System

number

Mol % T, °C

4887 LiF-MgF2 71 742.0 150 203

4888 CsF-Cs2Cr04 44. 742.0 336

4889 KF-KPOj 80 742.0 686

4890 KB02-Li 3P04 29 APP 742.0 2720

4891 Cs2Cr04-CsF 56 742.0 3176

4892 LiF-MgF2 71 743.0 203

4893 LiF-PuFj 80.5 743.0 ±2 756

4894 KF-MnF2 83 743.0 1451 4895 Li 2 W04—W03 45 743.0 APP 1205

4896 LiF-YFj 82 744.0 1171 4897 KF-SrF2 78 744.0 82 262

4898 KF-SrF2 78.1 744.0 1090

4899 K2Mo04-Na4P207 58.1 744.0 1122 4900 K4P 2 0 7 -K2Ti03-Li2Ti03 .25-89.2-10.5 744.0 1038

4901 MoOj-PbO 14 744.0 2655

4902 BaF2 -BaW04-NaF 25-19-56 744.0 APP 2881

4903 NaF-Na2ZrF6 67 745.0 1688

4904 NaF-ZrF4 80 745.0 1175 1258

4905 BaF2 —

203—LiF 19.5-14.7-65.8 745.0 1360

4906 KF-K2Mo04 43 745.0 338 377

4907 KF-K2MoG4 44 745.0 377

4908 Rb 2 0-Si02 43.5 745.0 892

4909 MgMo04—Mo03 19.5 745.0 2688

4910 Na 2SO4-PbS04 53 745.0 3162

4911 NaF—Na2 S04 30 746.0 278 317

4912 BaF2 -LiF-Li 2 Si0 3 27. -62. -9. 746.0 362

4913 BaF2—LiF—Li 2 Si0 3 39.-35.-26. 746.0 362

4914 Li 2S04 -SrS04 NA 746.0 3130

4915 NaF-ZrF4 80 747.0 4 24

4916 NaF-Na2 S04 29 747.0 317

4917 PuCl3 -PuOCl 92±0.5 747.0 ±2 1426

4918 CsCl-ThF4 20 747.0 ±2 2839

4919 BaF 2 -LiF-MgF2 46-29-25 748.0 207

4920 KF-ZnF2 20 748.0 672

4921 Na3AlF 6-Na3FeF6 16 748.0 2885

4922 KF-K2 Mo04 40 749.0 336

4923 LaF3 -LiF 14 750.0 1222 4924 NaF-ThF4 46.5 750.0 148 464

4925 KF-YF3 57 750.0 1311 4926 BaF2—LiF—Li 2Si0 3 32.-51.-17. 750.0 362

4927 BeO—Li 20 78.5 750.0 APP 2003

4928 Na 2 0-SiO 2 -ZnO 17.7-64.8-17.5 750.0 ±10 1838

4929 PbO-V 2Os 84 APP 750.0 APP 1188

4930 NiFe 2 04—Pb 2 P207 10 750.0 1481 4931 K2S04 -MgS04 64.5 750.0 2087

4932 PbMoO4 -Rb2MoO4 37 750.0 1160

4933 GaSe—Ga2Te 3 37 750.0 1299

4934 Ga 2Se 3 —Ga2Te3 35 APP 750.0 APP 1719

4935 CaMo04-KCl 96.9 750.0 3228

4936 BaMoO4—NaCl 92.9 750.0 3228

4937 BaMoO4-NaCl 7.1 750.0 2641

4938 PbO-PdO 95 750.0 2663

4939 NaB02 —NaCl 31.5 750.0 2702

4940 KF-ThF4 67 750.0 3165

4941 RbF-YF3 91 752.0 1171 4942 CsF-Cs2W04 43. 752.0 336

4943 KF-K2TiOa 58 752.0 300

4944 Na 2Cr04—Na4P 2 07 93.3 752.0 2150 2258

References

242 528

474 2203

443

153 155 429 467

88
Table 1. Eutectic data—Continued

Locator System

number

Mol % T; °C

4945 NaB02 -Na2Cr04 26.1 752.0 2385

4946 SrCl 2-SrF2 87 753.0 411 519

4947 CeFj-CsF 33 754.0 1312

4948 CaF2-KCl .9 754.0 876

4949 CaF2 -KCl 1.26 754.0 852

4950 Li 2 S04-PbW04 94.5 754.0 136

4951 NaF-ZrF4 81 755.0 4 24

4952 ErFj-KF 14 ±2. 755.0 ±10. 2215

4953 RbF-ScFj 5 755.0 1797

4954 RbFVF, 96.5 755.0 2382

4955 PbO-V2 05 94 APP 755.0 APP 1188

4956 K3HfF7 -NaF-Na3HfF 7 14.3-42.8-42.8 756.0 1684

4957 KF-YFj 88 756.0 1171 4958 RbF-Rb2Mo04 41 756.0 336

4959 LaF3-LiF 16.5 756.0 ±1 2693

4960 ErF3-KF 15 APP 756.0 3146

4961 CaCl2-CaO 94 757.0 703

4962 RbCl-UCl3 84.5 757.0 2831

4963 KF—

2 Cr04 47 758.0 336 704

4964 KF-K2Ti03 58 758.0 393

4965 CaW04—KC1 2.3 758.0 1219

4966 RbBr—TiBr2 35 758.0 837

4967 KF—SmF3 83 APP 758.0 3146

4968 CaF2-KF-NaF 29-16-55 759.0 481 482

4969 KMnF3-NaMnF3 95 759.0 2376

4970 BaF2—LiF 19 760.0 8 17 4971 CaF2 —LiF 22 APP 760.0 ±5 17 203

4972 K3 AlF6-Li 3AlF6 71 760.0 1934

4973 kf-yf3 87 760.0 1311 4974 CaF2 -RbF 10 760.0 1918

4975 BaF2—BeF2 22 APP 760.0 APP 699

4976 BaF2—Li 2Si0 3 51.5 760.0 362

4977 kf-k2 wo4 44 760.0 329 443

4978 Bi 2 03 —CoFe2 04 86.5 760.0 1452

4979 PbO-PbSe 80 760.0 ±10 898

4980 K2Mo04-K2Ti03 -PbTi03 4-69-27 760.0 1144

4981 PbW04 -Rb2 W04 36 760.0 1160

4982 GaSe—Ga2Te 3 62 760.0 1299

4983 Cs 2MoO4—CsNd(Mo04) 2 82 760.0 2701

4984 KC1-UF4 14 760.0 3000

4985 CsjAIF6—Rb3PrF6 20 760.0 2753

4986 BaS04—Li 2S04 NA 760.0 3130

4987 LiF-SrF2 80 761.0 242 411

4988 HfF4-NaF 20.5 762.0 2022

4989 HfF4 NaF 21 762.0 1828

4990 NaF-Na3HfF7 45.8 762.0 1684

4991 SrCl 2 —SrS04 86 762.0 758

4992 K20—Si0 2 20 APP 762.0 APP 1330

4993 Mo03-PbO 11.7 762.0 1109

4994 RbF-ThF4 63 762.0 3165

4995 RbCl-TiCl 2 65 763.0 31

4996 CsF-Cs2SiF6 25 APP 763.0 2769

4997 CsF-Cs2SiF6 27 763.0 2746

4998 kf-yf3 58.5 764.0 1171

4999 KF-K2 Cr04 47 764.0 336 704

5000 BaF2 -LiF 16.5 765.0 2203

5001 BaF2 —LiF 18.3 765.0 1117

5002 K3 HfF7 -NaF 29 765.0 1684

References

153 155 429 467

242 362 475

294 361 421 422

549

89
Table 1 . Eutectic data—Continued

Locator System

number

5003 KF-ZrF4 5004 K4P 207 —Li 4P207 -Li2Ti03 5005 CujAs-GaAs

5006 Ga2S3 -Ga2Te3 5007 CaF2 -LiF

5008 HfF4-KF

5009 KF-K2 ZrF6 5010 KF-K2 ZrF6 5011 KF-K3HfF7 5012 KF-ZrF4 5013 KF-ZrF4 5014 KF-K3 P04 5015 CaCl2—CaSi03 5016 KF-K3 P04 5017 K2Mo04-Na2 Mo04 -Na4P207 5018 KCl-K2Ti03-Ti02 5019 BeS04 -K2S04 5020 RbF-Rb2 W04 5021 KF-K2 SiF6 5022 LaF3-LiF

5023 BeF2-KF-LaF3 5024 CsMnF3 —KMnF3 5025 KF-RbF

5026 CaF2 —KC1

5027 CaF2 —NaCl

5028 CaF2 —NaCl

5029 B 203-K2 0

5030 La203-Pb0

5031 Rb 20-Si02 5032 Na 2 Cr04-Na2 Si0 3 5033 K2Mo04-PbMo04 5034 PbMo04—Rb 2 Mo04 5035 Li 2 0-Na2 0

5036 CaC03 —Na2C03—Na2 S04 5037 Na2Cr04—Na2Si0 3 5038 B 2 03-K20

5039 NaF-Na2 S04 5040 Li 3 P04 -NaB02 5041 K2Ti0 3-Na2Ti0 3 5042 B 2 03 -K2 0

5043 ErF 3-KF

5044 CsF-ThF4 5045 CaS04 -Cs 2 S04 5046 BaCl 2 —BaF2 —CaF2 5047 KF-K2 S04 5048 KF-KPO,

5049 KF-KPO,

5050 LiF-Li 4P2 0 7 5051 BaF2 -CaF2 -MgF2 5052 KF-MgF2 5053 Ge02 -Na2 0

5054 KBO2-K2B407 5055 NaF—Na2 S04 5056 CaF2 -NaCl

5057 CaF2 -KF

5058 CaF2 -KF

5059 RbF-Rb2Ti 2Os 5060 CrCl 3 -KCl

Mol % T, °C References

87 APP 765.0 APP

59.4-1.2-39.4 765.0 78 765.0 38 765.0

20.5 766.0

13 766.0

82.7 APP 766.0 83 766.0

78.9 766.0 87.3 766.0 94.6 766.0 80 766.0 99 766.0 82 767.0 70.6-23.5-5.9 767.0 99-0.5-0.5 768.0 33 768.0 43 769.0 82 769.0 21 770.0 32.7-65.3-2 770.0 90 770.0 28 770.0 ±10.

1.3 770.0

3.9 770.0

4.7 770.0 44.8 770.0 8 APP 770.0

15.8 770.0

87.1 770.0 69 770.0 58 770.0 24 770.0 37.5-46.5-16 770.0 NA 770.0

68.7 APP 771.0 APP

64 772.0 20 APP 772.0 82 773.0 61.4 APP 774.0 APP

40 ±2 775.0 ±10. 60 775.0 36 775.0 76-6.5-17.5 776.0 83 776.0 62 776.0 66 776.0 93 776.0 52-21-27 777.0 85 778.0 65 778.0 48.5 778.0 61 779.0

4.5 779.5

13.6 780.0 24 780.0 93 780.0 46 780.0

968

1038

1382 1340

852

2022

1202 962 1680

1684

962

769

686

62

2261

1122 1375

3127

336

3082

982

23

1798

1918

359

359

830

1407 1408

1423 892

1084 1144

1160

2872

2894

3207

3260

278 317

2721

1078

3260

2215

509

1119

360 814

278 368 549

1362 1275 427

9

530 536 670

820 1960

2294

278

2779

848

18 262 481 482 678 815

722 990

90
<*

Table 1. Eutectic data—Continued

Locator System

number

Mol % T, °C

5061 LiCl-NiS04 56.1 780.0 369

5062 K20-Si02 42.5 APP 780.0 APP 1330

5063 Mo03 -U02 98.5 APP 780.0 2163

5064 B 2 03 -K2 0 40 780.0 2704

5065 NaF-PrF3 SER SOLID SOL 780.0 APP 3146

5066 NaF-PrF3 SER SOLID SOL 780.0 3146

5067 K2 S04 -K2 W04-PbW04 9-48.5-32.5 780.0 3154

5068 MgF2 -RbF 35 781.0 670

5069 CaF2 -KF 15.4 782.0 18 262

5070 CrCl3 —KC1 46.7 782.0 1268

5071 CaMo04—NaCl 97.5 782.0 3228

5072 NaCl—SrMo04 4.4 782.0 3228

5073 B 2 03 -K2 0 24 782.0 2704

5074 KF-K2 S04 84 783.0 368

5075 CrCl3—KC1 34.3 783.0 990

5076 K2B407 -K2 S04 94 783.0 2731

5077 CsF—PrF3 60 APP 783.0 3146

5078 KCl-K2Ti03 -Ti0 2 9.5-88.5-1.9 784.0 1375

5079 PbW04 -Rb 2 W04 51.5 784.0 1160

5080 Ba(PO 3) 2-Cd(PO 3) 2 72.5 784.0 2650

5081 Cs 3A1F6-K3A1F6 79 785.0 1292

5082 CrCl3—KC1 34.2 785.0 1268

5083 Bi 2 03-Fe 203 89 785.0 1414

5084 Ge02-Na2 0 66.6 785.0 821

5085 Er2(W04) 3-Rb2W04 28 785.0 2867

5086 Cd(P03) 2-Zn(P0 3) 2 25 786.0 ±5 959

5087 K2TiO3-PbTiO3 81 786.0 1144

5088 K2 S04 -K2 W04-PbW04 25-32-43 786.0 3154

5089 K2 S04-PbS04-PbW04 51.5-41-7.5 786.0 3154

5090 B 2 03-K2 0 53.1 787.0 1407 1408

5091 CrO a—PbO 19.4 787.0 2268

5092 Ba(PO 3) 2—Cd(POs) 2 23.5 787.0 2650

5093 KF-K2 S04 83 788.0 549

5094 Ge02-K2 0 68.2 789.0 1960

5095 Ge02—Na2 0 68.4 789.0 820 1960

50% Na2 0-Si02 25.2 789.0 ±1 2317

5097 Na2 Cr04-Na2 S04 89 SER SOLID SOL 789.0 2727

5098 AlF3-RbF 6.5 790.0 688

5099 KCl-K2Ti03 4 790.0 1375

5100 NaCl-Na2Ti03 -Ti02 98-1-1 790.0 1459

5101 Bi 2 03 -MoO3—PbO 14.5-32.5-53 790.0 1109

5102 Ge02-Na2 0 64 790.0 ±10 974

5103 CdW04-PbO 10 790.0 2151

5104 K4P 207 -K2Ti03 -Ti0 2 1.3-%. 1-2.6 790.0 1036

5105 K4P20 7 -K2Ti03-Ti02 1.4-90.7-7.9 790.0 1036

5106 Na2 S04-Na2U2 07 74.8 APP 790.0 APP 2407

5107 Na2 S04-U3Og 85.6 APP 790.0 APP 2407

5108 Ba(B02) 2-Cd(B02) 2 17 APP 790.0 860

5109 RbSc(S04) 2 -Sc 2 S04 30 790.0 3051

5110 BaCl 2-CaF2 77 791.0 830

5111 BaCl 2 -CaF2 78 791.0 360

5112 K2Ti03 -Na2Ti03 82 792.0 1220

5113 K2 S04-PbS04 55 792.0 3127

5114 K2 W04-PbW04 67 792.0 3154

5115 CsF-Cs 2 S04 46 793.0 391

5116 Na2 0-Si02 25.5 793.0 2316

5117 K2 S04-K2 W04 NA 793.0 3154

5118 NaF—ScF3 72 794.0 1194

References

481 482 678 815

91
Table 1 . Eutectic data—Continued

Locator System

number

Mol % T, X

5119 Na3 AlF6-Na2 S04 9.9 794.0 ±5 3259

5120 NaCl-Na2Ti03 99 794.0 1459

5121 K2 0-Nb2 03 89.4 794.0 1977

5122 CrCl3—KC1 46.4 795.0 1110

5123 Bi 203—NiFe 2 03 91 795.0 1452

5124 MgFe204—PbO 8 795.0 960

5125 CaC03 -Na2C03 -Na2 S04 38-38-24 795.0 2894

5126 CsF—cF3 67.5 796.0 1797 5127 CaW04—NaCl 1.5 796.0 1219

5128 NaCl-Na2Ti03 99.5 796.0 194

5129 NaCl-PbO 99.6 796.0 7 5130 KF-NiF2 90.8 797.0 398

5131 CsF-ThF4 47 797.0 509

5132 Bi 2 03—TiOz 97.5 797.0 877

5133 KF-MgF2 -NaF 15-22.5-62.5 798.0 530

5134 Na3AlF6-Rb3 AlF6 60 798.0 1717 5135 Na 3 AlF6-Rb3 AlF6 61 798.0 1292

5136 CsF-ScF3 67 798.0 1310

5137 Na3AlF6-Na2 S04 9 798.0 318

5138 B 203 —LiF 33.3 798.0 1360

5139 CsCl-TiCl2 32 798.0 31 5140 Na2Si 2Os—Si0 2 27.8 799.0 ±3 1314

5141 NaF-ScF3 83 800.0 1906

5142 BaF2-CaF2-MgF2 50.5-22.8-26.6 800.0 2445

5143 LiF—Li 3P04 93 800.0 2261

5144 CaCl2 —CaO (70-77.5) 800.0 703

5145 Bi 203—Mo03 98.5 APP 800.0 1832

5146 Fe 2 03—NaP03 15 800.0 2196

5147 RbSc(S04) 2-Rb2S04 20 800.0 3051

5148 Pr2(W04) 3 -Rb2W04 15 APP 800.0 2867

5149 CsjWO^Pr^WOJj 88 APP 800.0 2867

5150 K2Mo04-PbMo04 37 802.0 1144

5151 K2Mo04-K2Ti0 3 -PbTi03 3.5-59-37.5 802.0 1144 5152 CrCl 3—RbCl 49.9 803.0 2259

5153 Cr 203 —

2C03 20 803.0 1461 5154 K2 S04-Sc 2(S04) 3 85 803.0 3051

5155 KSc^SO^j—

2 S04 15 803.0 3051

5156 BaF 2 —NaF—SrF 2 21-61-18 804.0 82

5157 CaF2—NaF—SrF 2 24-65-11 804.0 262

5158 BaBr2 —BaF2 10 805.0 1918

5159 ZnF2-ZnS 89 APP 805.0 ±3. 938

5160 CrCl 3 —CsCl 53 805.0 838

5161 Cu 20—

2Os 58 805.0 2454

5162 K3 P04-Li 3 P04 47 805.0 2720

5163 Cs 2 W04—Er^WOJj 88 APP 805.0 2867

5164 BaCl 2 -Ba3N2 77 806.0 1061 5165 Cr0 3 —PbO 10 807.0 2268

5166 Na2Mo04-Na4P207 63 807.0 1122 5167 LaF3-NaF 27 808.0 1171 5168 CrF3-CsF 39 808.0 2326

5169 CrCl3-RbCl 30.7 808.0 2259

5170 K2W04-Nd(W04) 3 87 APP 808.0 2977

5171 kbo2-k2wo4 67 APP 808.0 3179

5172 CaF2-NaF 32.5 810.0 18 421

5173 K3A1F6 -kf 10 810.0 1465

5174 CdO-PbO 14 810.0 2151

5175 BaCl 2-ThF4 50 810.0 ±2 2925

References

170 206 256 262

482 678

92
Table 1. Eutectic data—Continued

CP

Locator System

number

5176 Er2(W04) 3-K2W04 5177 Cs 2 W04-Tb2(W04) 3 5178 BaCl 2 -BaC03 -BaTi03 5179 BaTi0 3 -NaV03 5180 BaF2-NaF

5181 MnF2 -RbF

5182 Na2C03 -Na2 S04 5183 BaF2 -NaF

5184 K2 S04-Na2S04-SrS04 5185 Bi 2(W04) 3 -PbW04 5186 KFMnF,

5187 BaTi0 3 -KF

5188 BaCl 2 —BaC03 5189 BaC03—NaCl

5190 K3 HfF 7 -Na3 HfF7 5191 K2Ti0 3 -PbTi03 5192 Cu2S—GeS 2 5193 MgF2 -NaF

5194 KF-ScF3 5195 CrCl 3—CsCl

51% Rb 20-V2 0s 5197 K2Ti0 3-Ti02 5198 CaF2 -NaF

5199 CaF2-NaF

5200 CaF2 -NaF

5201 LaCl3—LaOCl

5202 NaF—ScF3 5203 A1F 3 -KF

5204 MgCl 2—Na3AlF6 5205 MgCl 2 -Na3AlF6 5206 RbF-Rb2Ti 2 Os 5207 LaCl 3 —LaOCl

5208 K2Ti0 3 -Ti02 5209 PbCr04-PbO

5210 BaCl 2 -ThF4 5211 RbF-Rb2 SiF6 5212 RbF-Rb2 SiF6 5213 BaF2 -NaF

5214 CrCl 3 -RbCl

5215 K2Ti03-Ti0 2 5216 Ca(OH)2 —Ca2 Si04 5217 K2 Mo04-K4P207 5218 K2C03-K2 S

5219 K2Ti03-Ti02 5220 K2 S04-Sc 2(S04) 3 5221 KSc^SO^-K.SO,

5222 K2 S04 -Na2 S04 5223 CsF-Cs 2Ti 2Os 5224 KF-K2TiOs 5225 SrCl 2—SrO

5226 PbO-PbS04 5227 BaF2 NaF

5228 Cu3As—Cu2 S

5229 Bi 2 03 -Ti02 5230 K2Ti03 -Ti02 5231 Na2 Si0 3-Na2Ti03 -Ti02 5232 Na2C03-Na2 S04 5233 K2W04-PbW04

Mol % T, °C

13 APP 810.0 91 APP 810.0 79.5-11.25-9.25 811.0

1.26 811.0 37 812.0 81 812.0

66.7 812.0 37 812.0 25-45-30 813.0 73 813.0

16 814.0

1.8 814.0 76 814.0 24 814.0 35 815.0

61 815.0

5 815.0 25 816.0 93 816.0 29 816.0 92 816.0 93.9 817.0

31.6 818.0 32 818.0 34 818.0

98.7 818.0 82 820.0

7 820.0 28 820.0

39.7 820.0 30 820.0 73 820.0 88 820.0 47 820.0

13 820.0 ±2

30 820.0 30 820.0 37 820.0

49.8 821.0 98 822.0 94 822.0

52.9 822.0 40 822.0 ±3

98 823.0 50 823.0 50 823.0

18 SER SOLID SOL 823.0

35. 825.0 77 825.0 95 825.0 89 825.0 42 825.0

93.5 825.0 90 826.0

89.8 826.0 29.3-55.7-14.9 826.0 62 826.0 41 826.0

References

2977

2867

178 723

8 18 82 170 277

1451 1035 2772

3035

3134

1451 723

345

3126

1684

1144 29%

528 530

1169

838

1134

1036

848 2378

18 262 481 482

206 421 678

1190

1169 1169 1797

1171 2002

2002

722

1903

1375 2268

2925

2769

2746

2881

838

1036

1097 521

27%

1375 3051

3051

3148

722

722 703

979

2772

2910

877

1036

1037 1032 3154

475

93
Table 1 . Eutectic data—Continued

Locator System

number

Mol % T, °C

5234 LiB02 —Li 3P04 99 APP 827.0 2720

5235 RbF-VFj 60.5 828.0 2382

5236 AlF3 -CaF2 37.5 828.0 1326

5237 BaBr2 -Ba3N2 80 828.0 1061 5238 MgF2 -NaF 25 830.0 528

5239 CrF2-CrF3 70 830.0 3

5240 NaF-Na3P04 71 830.0 2261

5241 Bi 203 —Ge02 NA 830.0 947

5242 PbO-PbS04 92 830.0 1254

5243 PbO-PbTe03 85 830.0 2067

5244 K2 S04—Na2S04 20 APP 830.0 212

5245 K2S04 —Na2 S04 17.8 APP 830.0 APP 2009

5246 Ba(P0 3) 2 -Ca(P03) 2 77.5 830.0 2650

5247 b2o3-k2o-wo3 5-34-61 830.0 2972

5248 La2(MoO^3—Rb 2 MoO4 20 830.0 2846

5249 CrCl3-RbCl 30.7 832.0 838

5250 K2S04-Na2S04 25 832.0 871

5251 Ca(PO 3) j-KPO3 65±.5 832.0 ±2 1025

5252 BaTi0 3-KF 2.1 833.0 1902

5253 BaF2 —Na3AlF6 66.7 835.0 735

5254 Bi 203—Ti02 97 835.0 1228

5255 Na2 0—Ti02 54.5 835.0 2944

5256 FeS-PbS 52 835.0 3005

5257 AIF3 -NaF 14 836.0 1300

5258 k4p 2 o 7 -k2 wo4 24.4 836.0 521

5259 Ca(BO 2) 2 —Cd(BO 2 ) 2 25 836.0 860

5260 A1F3-KF 7.5 837.0 688

5261 Na 2 0—Si0 2 36.9 837.0 ±1 2317

5262 PbCr0 4-PbW04 41 837.0 3213

5263 CsF-ThF4 69.5 838.0 509

5264 KB02 -NaB02 46 838.0 2294

5265 KF-Na3 AlF6-NaF 27.7-31.5-40.7 840.0 1465 5266 A1F 3-KF 6 840.0 644

5267 BaCl 2 —BaF2 85 840.0 277

5268 K3 A1F6 —Na3AlF6—NaCl 9.2-21.9-68.9 840.0 1168

5269 LiF—Li 2Si0 3 97.5 840.0 362

5270 Na 2 C03—Ti0 2 97 840.0 1988

5271 PbO—PbTe03 70 840.0 2067

5272 FeF2 -FeF3 50 840.0 3243

5273 KF-K2 SiF6 34 840.0 3082

5274 K2 MoO4—La2(MoO4) 87.5 840.0 2797

5275 K2S04 -PbS04 -PbW04 22.5-63-14.5 840.0 3154

5276 RbF-Rb2 S04 27 842.0 317

5277 CaF2-UF4 5.5 843.0 2156

5278 CsBr—TiBr2 35 843.0 837

5279 Na3 AlF6-Rb 3 AlF6 22 844.0 1717 5280 Na3 AlF6-Rb3AlF6 24 844.0 1292 5281 KF-PbTi03 94 845.0 516

5282 K20-Nb205 66.5 845.0 1977 5283 CaS04 —Rb2 S04 39 845.0 1119

5284 Li 2Si0 3—Na2 Si0 3 45.9 845.0 2317

5285 PbMo04—ZnMo04 38 845.0 2611

5286 Na 2 0—Si0 2 37.2 846.0 2316

5287 Cs 2S04 -SrS04 67.5 846.0 1216

5288 BaCl 2 —BaF2 85 846.0 2772

5289 k2so4 -k2wo4 NA 846.0 3154

5290 RbF-Rb2 S04 43 847.0 317

5291 BaCl 2 —SrCl 2 30 847.0 2443

References

94
Table 1 . Eutectic data—Continued

Locator System

number

Mol % T, X References

5292 RbF-ThF4 46 848.0 3165

5293 kbo2-k2so4 73 APP 848.0 3201

5294 BaTi03 -Li2 S04 0.4 849.0 723

5295 Cd^PO^-Zn^PO,), 9 849.0 ±3 933

5296 CdF2-CsF 72 850.0 2552

5297 BaCl2 -SrCl 2 32 850.0 1918 5298 NaAlSijOg-NaCl 89.7 APP 850.0 APP 2520

5299 K2 Mo04-K4P207 78 850.0 1122 1155

5300 NazO—Ti02 76 850.0 2944

5301 MgCl2 -ThF4 35 850.0 ±2 2802

5302 uci4-uo2 46 APP 851.0 1394

5303 KF-Ta2Os 99.76 853.0 879

5304 BaTiOj—Na4P2 07 23 853.0 723

5305 K4P 2 07-K2Ti03 -Ti02 3.8-73.4-22.8 854.0 1036

5306 LaF3-YF3 15 854.0 APP 2947

5307 Na3AlF6-NaF 25.7 855.0 1465 5308 CdF2-KF 74.5 855.0 1947 2552

5309 K2S04-PbW04 66 855.0 3154

5310 NaF-SrF2 (68-73) 856.0 82 170 262 358

5311 NaF-SrF2 67.5 856.0 845

5312 NaF-SrF2 73 856.0 848

5313 NaF-SrF2 73.4 856.0 1090

5314 PbO-SrO 93 857.0 2268

5315 Cd(BO 2) 2-Mg(BO2) 2 97.5 858.0 860

5316 FeS—Li 2S 37 858.0 ±3 2776

5317 NaF-SrF2 67 859.0 2203

5318 KF-ThF4 54 860.0 148 615

5319 RbF-YF3 58 860.0 1171 5320 BaF2 -B203 47.5 860.0 1360

5321 BaCl2 —BaC03 82.5 860.0 178 5322 BaCl2 —Ba3N2 19 860.0 1061 5323 FeS-PbS 53.3 860.0 2260

5324 kbo2 -k2 so4 68 860.0 2504

5325 InAs—Zn3As 2 55 860.0 2327

5326 Na2 S04-PbW04 85 860.0 3162

5327 PbO-ZnO 89 861.0 ±2 902

5328 Na2 0-Ti02 55 862.0 2944

5329 Na2 Cr04-Na4P2 07 40 863.0 2150 2258

5330 kf-k2so4 42 864.0 368

5331 Cd0-V205 75.5 864.0 2066

5332 KF-ThF4 47 865.0 148 615

5333 kf-k2 so4 43 865.0 278

5334 BaF2-B 203 33. 865.0 1360

5335 CdO-P2Os 53 865.0 ±3 1001 5336 Ga203-Pb0 62 865.0 ±25 2391

5337 Cs 2 Cr04-K2 Cr04 48 865.0 2262

5338 V2 Os-ZnO 27 866.0 1006

5339 BaS04-CaS04-K2 S04 9.5-32-58.5 867.0 1224

5340 BaS04—CaS04—Na2S04 11-43-46 867.0 1683 2085

5341 CaS04—

2 S04 42 867.0 1076 1119

5342 CaS04-K2S04 42 867.0 3127

5343 Na3AlF6-NaF 21 868.0 2191

5344 BaTi0 3-Na2 S04 0.3 868.0 723

5345 KF-ScF3 63 870.0 1169

5346 Li 2Ti03 -NaF-Na2Ti03 11-71-18 870.0 197

5347 BaCl 2-BaW04 85 870.0 APP 1162

5348 Bi 203 -V2 Os 62.5 870.0 890

5349 CaS04-K2S04 40 870.0 1224

474

95
Table 1. Eutectic data—Continued

Locator System

number

Mol % T, X

5350 PbS-PbTe 35 APP 871.0 1411 5351 Ba(P03) 2-Ca(P03) 2 34.5 871.0 2650

5352 AIF3-BaCl2 38.5 872.0 762

5353 Na2Si0 3—Ti02 79.9 872.0 1037

5354 LuF3—NaF 72 873.0 1401 5355 BaTi03-K2C03 0.9 873.0 723

5356 Li 2Ti03—NaF 13 874.0 197 5357 KF-ThF4 44 875.0 148

5358 MgF2 —RbF 65 875.0 670

5359 NaF-Na3AlF6-Ti02 71.3-22.5-6.1 875.0 124 5360 Cs20—Si0 2 14 875.0 1368

5361 PbO-SrO 73 875.0 2268

5362 CaS04—

2 S04 39.7 875.0 969

5363 CaS04-K2 S04 40.3 875.0 2087

5364 Ca(PO3) 2 -CsPO3 78 875.0 2784

5365 K2 C1O4-K4 P2 O7 75 876.0 521

5366 k3po4 -k4p2o7 -k2 so4 4-33-63 APP 876.0 2731

5367 KF-ThF4 43 878.0 3165

5368 BaCl 2 —BaS04 86.2 878.0 3173

5369 BaCl 2 —BaF2—CaF2 17-62-21 880.0 360

5370 CaC03—CaF2 58.1 880.0 970

5371 Ce02 —Na3AlF6 5.5 880.0 893

5372 NaF-Na2Ti0 3 52 880.0 393

5373 Bi 203—GeOz 66 880.0 947

5374 CaS04-K2S04-MgS04 4.9-20.8-74.3 880.0 2087

5375 K4P 20 7 -Na4P2 07 35 880.0 2150

5376 Na2SiO 3-Na2TiO3 47 880.0 1037 5377 A1F 3—Al 203-NaF 13.1-1.1-85.8 881.0 972

5378 Na3AlF 6-NaF 23.1 882.0 736

5379 Na3AlF6-NaF 23.25 882.0 1165 5380 BaF2-NiF2 66 882.0 2355

5381 CaS04-K2 S04-MgS04 19.1-25.1-55.8 882.0 2087

5382 Li 2 W04-PbS04 24 882.0 136 5383 BeF2—SrF2 40 883.0 1987 5384 kf-k2 so4 41 883.0 549

5385 Li 2 C03—LiP03 13.5 883.0 2645

5386 K2 S04-MgS04 22.1 884.0 2087

5387 K2Ti0 3-Na2Ti03 28 884.0 1220

5388 AlF 3-NaF 13 885.0 922

5389 AlF3-NaF 25 885.0 66

5390 AlF3-NaF 62.5 885.0 124 5391 Na3AlF6-NaF 24.1 885.0 511

5392 BaF2 —MgF2 64.3 885.0 2445

5393 AlF3-NaF 13 886.0 1171 5394 AlF3-NaF 13.3 888.0 972

5395 AlF 3 -NaF 14.6 888.0 1434

5396 AlF 3-NaF 24.7 888.0 2192

5397 CsF-YF3 62.5 890.0 1291 5398 Li 20-Na3AlF6 24.9 890.0 313

5399 Cr203-K2C03 50 890.0 1461 5400 CaS04-Na2S04 40 890.0 1119

5401 FeF3-NaF 35 892.0 3149

5402 NaF-YbF3 30 APP 893.0 1312 5403 CaZn2(PO^2 -Zn 3(PO^2 30 894.0 1983 5404 V2Os-ZnO 23 895.0 1006 5405 NiFe 204—Pb2P207 23 895.0 1481 5406 GaS—GaSe 68 895.0 1355

5407 CaO-Na3AlF6 33.3 896.0 319

615

814

124

1401

543

References

127 214 493 531

96
Table 1 . Eutectic data—Continued

Locator System

number

Mol % T, °C

5408 NaF—Na2 Si0 3 59 896.0 417

5409 NaF-Na2Ti03 33 896.0 393

5410 BeO-Na3 AlF6 33.3 898.0 313

5411 NaF-Na2Ti03 51.8 898.0 1089

5412 NaF—Na2Ti03 52 898.0 197 5413 BaCl 2 —BaO 87.5 899.0 703

5414 Cr2 Oa —FeO 16.8 900.0 APP 1087 5415 Co4 S 3 -FeS 77 APP 900.0 1040

5416 BaTi0 3 —

2 SiO a 3 900.0 723

5417 CdF2 -RbF 76 902.0 2552

5418 CdF2-RbF 77 902.0 2272

5419 k2 so4 -k2 wo4 30 902.0 2501

5420 BaCl 2 —SrCl 2—SrF2 30-19-51 903.0 519

5421 Na3AlF6-Nd 2 03 88 904.0 893

5422 NaF—TmF3 30 APP 905.0 APP 1401 5423 MgO-Na3 AlF6 30 905.0 319

5424 GeOz—Na2 0 92.5 905.0 821

5425 kbo2-k3 po4 86 APP 906.0 2720

5426 K3 AlF6 -Na3 AlF6 29 908.0 1292 5427 k4p 2 o 7 -k2 so4 40 APP 908.0 2731

5428 Al 203 -MgF2 -Na3 AlF6 6.5-36.8-56.6 909.0 297

5429 BaTiO 3 —K2MoO4 0.4 909.0 723

5430 Cs 2 0—Si0 2 23.7 910.0 1368

5431 Rb 2 0-V205 69 910.0 1134

5432 CaS04 —Na2 S04 50 910.0 1439 5433 K2 S04 -K2Mo04 27.5 910.0 2501

5434 Mo03-PbO 37.5 910.0 2655

5435 NiSb-PbS 54 910.0 2755

5436 K3 AlF6-Na3AlF6 29 912.0 1465

5437 BaF 2 —MgF2 60 912.0 9

5438 A1 203—MgF2 —Na3AlF6 4.5-35.5-60. 912.0 1402 5439 Li 2S04-Sc2(S04) 3 30 912.0 2610

5440 NaBOz—Na3P04 83 APP 912.0 2721

5441 BaS04—Na2 S04 19.9 913.0 3131

5442 BaS04—Na2 S04 NA 913.0 3129

5443 Ca2 P 2 0 7 -Na4P207 -Na2 S04 23.2-70-6.7 914.0 1114

5444 BaF2—MgF2 40.3 915.0 2445

5445 Li 2TiO 3 —NaF—Na2TiO3 10.3-21.4-68.3 917.0 197 5446 CaS04-Na4P20 7 -Na2 S04 49.2-2.5-48.2 918.0 1114

5447 ErF3-NaF 72 920.0 1401 5448 BaF2 —BeF2 72 920.0 699

5449 uf4-uo2 20.9 920.0 1826

5450 BaO—Li 2 0—Si0 2 1.2-2.2-96.6 APP 920.0 2336

5451 Na2B407 -Ce02 99.4 APP 920.0 APP 1917

5452 Mg(BO 2) 2-Sr(BO2) 2 42.5 920.0 860

5453 K2Cr0 4-K2Mo04 10 920.0 2501

5454 CdSe—Ga2Se 3 41 920.0 2657

5455 NaF-TiOz 80 920.0 2890

5456 Al 2 03 -CaF2—Na3AlF6 16.1-27.3-56.6 923.0 181 5457 CaCl2—CaF2 80 923.0 2667

5458 MgF2-Na3AlF6 18 924.0 1402

5459 K3 AlF6-Na3 AlF6 73 925.0 1717

5460 K3AlF6-Na3 AlF6 75 925.0 1292

5461 K3AlF6-Na3 AlF6 73 926.0 1465

5462 KC1-VC12 47.5 930.0 222

5463 Bi 2 03-Mo03 66.6 930.0 1109

5464 Ge02 -Li 2 0 74 930.0 ±10 1000

5465 PbO-W03 38 930.0 2151

393

543

1717

207

497

References

747

757

97
Table 1 . Eutectic data—Continued

Locator System

number

Mol % T. °C

5466 PbW04 -W03 32.5 930.0 849

5467 EuS-FeS 23 930.0 ±10 2949

5468 Al 203-CaF2 -Na3 AlF6 4.3-40.7-54.9 933.0 181 5469 B203 —SrO 78 934.0 1999

5470 BaO-W03 25 APP 935.0 ±5 1485 5471 Cu 20—

2Os 38 935.0 2454

5472 Ge02 —Li 2 0 89.6 935.0 ±10 1000

5473 MoO3-Pb0 37.5 935.0 1109

5474 Cs 2 Cr04-Rb2Cr04 50 935.0 2262

5475 BaCl 2 —BaF2 —CaF2 36-35.5-28.5 936.0 360

5476 BaCl 2 —BaTiOs 97.5 938.0 737

5477 BaO—W03 25 938.0 924

5478 K2 Cr0 4-Rb2Cr04 50 938.0 2262

5479 CaF2—Na3AlF6 49.5 940.0 181 5480 BaCl 2 —BaF2 22 940.0 277

5481 NiFe 204—PbjCPO^j 8.5 940.0 1481 5482 CdSe—Ga2Se 3 62 940.0 2657

5483 CaO—Ti02 —

2Os 29.0-30.0-41.0 940.0 2927

5484 Cs 2 S04 —

2S04 50 940.0 3010

5485 CsF-HoF3 60 940.0 3085

5486 BaCl 2 —BaF2 22 940.0 2772

5487 Cs 2 Cr0 4—Rb2Cr04 60.5 940.0 2904

5488 PbC^-Pb/VOJ, 2.2 940.0 3158

5489 BaTi0 3 —Na2 Si0 3 27 942.0 723

5490 Ba2 SiO 5 —Li 2Si 205 NA 943.0 2778

5491 CaF2-Na3AlF6 48.6 945.0 757 5492 K3AlF6-Na3 AlF6 35.1 945.0 1402

5493 CaF2Na3AlF6 50 945.5 2536

5494 NaF-YF3 25 947.0 1400

5495 Cd 2P207 —Zn2P207 30 947.0 ±5 1001 5496 CaF2—MgF2 42 948.0 9

5497 CaF2—MgF2 42.4 948.0 9

5498 Cs 2 S04-Rb2 S04 65 948.0 2904

5499 SrCl 2 —SrO 72 950.0 703

5500 Cu 2 0—Ge02 50 NITROGEN ATM 950.0 2318

5501 Ge02 —Na2 0 50.5 950.0 ±10 974

5502 PbO-PbS04 60 950.0 1254

5503 PbO-PbS04 39 950.0 979

5504 Ba(B0 2) 2 -Cd(B02) 2 70 APP 950.0 860

5505 Ba(B0 2 ) 2 -Mg(B02) 2 30 APP 950.0 860

5506 BaF 2 —YbF3 46 950.0 2638

5507 CaF2 -CaS04 50 951.0 2847

5508 BaTi0 3 -NaF 3.6 952.0 723

5509 Na3P04-Na4P207 32.4 952.0 2624

5510 CaF2 —MgF2 43 954.0 9

5511 CaF2—MgF2 43.5 954.0 61

5512 Na3AlF6-Na3FeF6 98 954.0 2885

5513 KF-ThF4 20 954.0 3165

5514 Rb 2 MoO4—Sm2(MoO4) 3 30 955.0 2846

5515 Ca2P 207 —Na4P207 —CaS04 60.1-32.2-7.7 958.0 1114 5516 BaF2 BaMo04 63.5 958.0 3038

5517 BaF2 —BaSO„ 67 958.0 2854

5518 Bi 2 03—Ge02 23.5 960.0 947

5519 Li 4P20 7 —Na2Mo04 86.9 960.0 2060

5520 CdMo04—ZnMo04 34 960.0 2611

5521 Na20-Nb02 54 APP 960.0 2685

5522 AlF 3 -Al 2 03-NaF 23.6-5.7-70.7 961.0 972

5523 Al 2 03 -Na3AlF6 19.5 961.0 181

497

814

497

1401

61

1255

61

256

References

757

757

62 203

62 203

426 812

98
Table 1 . Eutectic data—Continued

Locator System

number

Mol % T, °C

5524 HoF3-NaF 71 962.0 1401 5525 SrCl 2 -SrF2 37 962.0 411 519

5526 Al 2 03-Na3 AlF6 18.6 962.0 812 1402

5527 k2o-wo3 44 962.0 3056

5528 PbMoO4-PbS04 57 962.0 3213

5529 Na3 AlF6-Sm2 03 98.8 963.0 893

5530 NaF-TiO, 79 967.0 124 5531 B2 03 -SrO 63 967.0 1999

5532 BaF2—NiF2 44 968.0 2355

5533 Na3AlF6-Ti02 90.2 970.0 542 543

5534 CaO-P2Os 51 APP 970.0 APP 2100

5535 La 2 03-Mg0 50 970.0 APP 934

5536 P2 Os-SrO 48 APP 970.0 APP 2100

5537 b2 o3-k2o-wo3 61-35-4 970.0 2972

5538 Ba^Si H091 —Li ,SiO 3 NA 970.0 2778

5539 K2 S04—SrS04 63 970.0 3127

5540 CdO-Na3AlF6 9.6 971.0 542 543

5541 Na3AlF6—Zr02 86 971.0 547

5542 Ba,Si 30 Li,SiO

NA 972.0 2778

5543 Na3 AlF6—ZnO 92.8 974.0 542 543

5544 KF-MgF2 -NaF 13.5-53.5-33.0 975.0 530

5545 A1 203 —Li 20—SiO 2 4.3-10.7-85 975.0 921 984

5546 NiFe 2 04—Pb3(P04) 2 27 975.0 1481 5547 Ba2 Si 2 Os—Li 2 Si0 3 NA 975.0 2778

5548 BaSiO 3 —Li 2 SiO 3 NA 976.0 2778

5549 Cs 2 S04-Rb2S04 75 978.0 1762 5550 KF-ThF4 22 980.0 148 615

5551 CaF2—MgF2 50 980.0 2445

5552 NaF-PbTi03 99 980.0 516

5553 SrCl 2-Sr3N2 11 980.0 1172 5554 A1 2 03—Li 20—Si0 2 4.7-28-67.3 980.0 921 984

5555 DyF3 -NaF 70 982.0 1401 5556 Li 2Mo04-Li4P2 07 3.9 982.0 1123 1155

5557 Mo03-ZnMo04 49.75 985.0 ±10 1700

5558 A1F 3 -MgF2 43.5 985.0 3045

5559 KCaF3-KMgF3 60 985.0 3092

5560 Mo03 —ZnO 48.5 985.0 ±5 2747

5561 LiCl—

4 P2 O7 9.3 986.0 1111 5562 Na2Ti03-Ti02 65 986.0 1459

5563 MgF2 -NaF 36 987.0 528 530

5564 PbS-ZnS 78 988.0 3005

5565 BaF2-BaW04 67 988.0 2881

5566 CaO-CuO-Cu2 0 10.7-42.8-46.5 990.0 1820

5567 Na20-Si02-Zn0 51.7-42-6.3 990.0 ±10 1838

5568 Na20—Ti02 35 990.0 1988

5569 BaTiO3—K4P207 19.8 992.0 723

5570 NaF-TbF3 32 994.0 1401

5571 PbS04-PbW04 50 995.0 136

5572 CaF2 -ScF3 61 995.0 2644

5573 PbS04-PbW04 49 995.0 3213

5574 PbS04-PbW04 50 996.0 3154

5575 CaF2 -UF4 23.5 997.0 2156

5576 NaCl—Na2Ti03 15 998.0 1459

5577 MgF2-NaF 36 1000.0 528

5578 SrBr2-Sr3N2 13 1000.0 1172

5579 Sm203-W03 14 1000.0 1438

5580 CdW04-PbO 50 1000.0 APP 2151

5581 Pr2(W04) 3-Rb2 W04 70 APP 1000.0 2867

References

99
Table 1 . Eutectic data—Continued

Locator System

number

Mol % T, °C

5582 Cs 2W04-Pr2(W04) 3 28 APP 1000.0 2867

5583 RbF-ThF4 20 1000.0 3165

5584 Ge02—

K

20 83.7 1006.0 1960

5585 KF-MgF2 31 1008.0 530 536

5586 W03—ZnO 66 1010.0 2873

5587 BaS04-K2S04 33.2 1015.0 3131

5588 BaS04-K2S04 30 1016.0 3127

5589 La203—W03 20 APP 1020.0 2441 5590 Li 20—Si0 2 30.5 APP 1020.0 APP 2477

5591 Na2Ti03-Ti02 90 1020.0 1459

5592 BaS04—CaS04—

K

2 S04 8-63.5-28.5 1020.0 1224 5593 La2WO3—W03 20 APP 1020.0 2677

5594 K3P04-P2Os 70 1020.0 2704

5595 BaF2 —CaF2 50 1022.0 18 360

5596 Na2 0-Si02 56.1 1022.0 2316

5597 Li 20—Si02 61.2 1024.0 983

5598 Li 2 0—Si0 2 62.2 1024.0 2344

5599 K2 S04-Rb2 S04 50 1024.0 3262

5600 Ge02 —Li 20 71.5 1025.0 ±10 1000

5601 BaF2 —GdF3 64 1025.0 2662

5602 Li zO—Si0 2 30.6 1028.0 2344

5603 Li 20-Si02 30.8 1028.0 983

5604 Li 20—Si0 2 30.3 1028.0 ±1 2317

5605 MgFe 204—PbMoO4 22 1030.0 1233

5606 BaSiO 3—PbSiO3 63 APP 1030.0 1711 5607 Ba(BO 2) 2—Ca(BO2) 2 68 1030.0 927

5608 Li 20—Ti0 2 56 1030.0 2944

5609 k3po4-k2so4 12 APP 1033.0 2731

5610 Ba(B0 2) 2 -Ca(B0 2) 2 82 1034.0 927

5611 Nd 2 03 -W03 17.5 1037.0 1716 5612 MgFe 2 04—PbMoO4 7 1040.0 1233 5613 Ge02 —Na20 83 1042.0 820 1960

5614 K2 0-Na20 73 1043.0 2605

5615 Ba(B0 2) 2 -Sr(B02) 2 38.5 1044.0 860

5616 CsCl-VCl2 34 1046.0 222

5617 BaTiO a —Li 2 Si0 3 16 1048.0 723

5618 BaF2-CaF2 51 1050.0 2445

5619 Srl 2 —Sr3N2 30 1050.0 1172 5620 CuO—Cu20—Si0 2 40.8-48.4-10.8 1050.0 946

5621 Cu 2 0—Si0 2 82.8 1050.0 1373

5622 Ba(BO 2) 2—Ca(BO 2) 2 25 1050.0 927

5623 BaF2-GdF3 34 1050.0 2662

5624 Na 2 MoO4—Pr 2(MoOJ3 2.5 1050.0 3059

5625 CaF2 -KF 54.4 1054.0 18 262

5626 CaF2 -YbF3 46 1055.0 2933

5627 K3P04-K4P 2Ot 40 APP 1056.0 2731

5628 GdF3-NaF 68 1058.0 1401 5629 CaF2 -KF 54.4 1058.0 848

5630 EuF3-NaF 62 1060.0 1401 5631 CaF2 -KF 62.5 1060.0 18 262

5632 Cu 20—Si0 2 82.8 1060.0 ±10 517 946

5633 Ge02 —Li 20 25 1060.0 2950

5634 CaF2 —CsF 54.44 1062.0 2121 2378

5635 CoO—

P

2Os 58 1070.0 1870

5636 CuO—Fe2 Os 94 APP 1070.0 1730 5637 CdS-CdTe 20 1071.0 3008

5638 Ba(BO 2) 2—SrfBO 2) 2 83.5 1072.0 860

5639 SrO-W03 24 1073.0 ±5 1485

References

670

814 876

481 482 815

481 482 678 815

100
Table 1. Eutectic data—Continued

Locator System

number

Mol % T, °C

5640 BaF2 -BaSi03 58 1075.0 362

5641 A12 03 -Cu0-Cu20 2.8-55.9-41.2 1075.0 951

5642 CdO-P2Os 72 1075.0 ±5 1001 5643 CuO-Cu2 0 45.8 1075.0 951

5644 MgF2 -Mg3(P04) 2 11 1076.0 3172

5645 RbF-ScF3 30 1080.0 1797 5646 PbS-PbSe 44 1080.0 ±2 1002

5647 La2(W04) 3 -Na2W04 1 APP 1080.0 APP 2441

5648 CdS-PbS 15 1080.0 2945

5649 Na2 MoO4-Sm2(Mo04) 3 10 1080.0 3059

5650 KF-NiF2 34.5 1084.0 398

5651 CaF2-RbF 43 1090.0 1918

5652 Cr2 03-Fe0 72.8 1090.0 APP 1087 5653 Ge02—Nb2Os 97 APP 1090.0 1837 5654 CdSe—CdTe 20 APP 1091.0 2659

5655 A1 203 —Ge02 6 1095.0 ±5 2205

5656 Ge02 —MnO 43.5 APP 1095.0 ±10 861

5657 A1 2 03 —Cu 2 0 9.5 1096.0 951

5658 BaMoO4—MgMoO4 45 1098.0 ±3 2814

5659 Cd0-W03 35 1100.0 2287

5660 CuO—GeOz 7.5 1100.0 2318

5661 BaO—Si0 2—ZnO 23-59-18 APP 1100.0 2719

5662 Na2 MoO4-Tb2(MoO4) 3 15 1100.0 3059

5663 Cs 2W04-Tb2(W04) 3 31 APP 1100.0 2867

5664 CaF2—CaO—Si0 2 41.9-38.1-19.9 1104.0 973

5665 CaF2—Ca2 Si04—CaO 55.8-26.5-17.7 1104.0 973

5666 BaO—Ge02 39.2 1105.0 1329

5667 CoO—

2 Os 83 1105.0 1870

5668 Fe 2 Si0 4—Zn 2 Si04 64.1 1105.0 APP 988

5669 Fe 2 SiO 4-Zn 2SiO 4 64.1 APP 1105.0 APP 1867 5670 MgF2-Mg3(P04) 2 87 1105.0 3172

5671 CaF2—CaO—SiO 2 28.5-59.2-12.2 1106.0 973

5672 CaF2—Ca2 Si04—CaO 37.8-16.2-46. 1106.0 973

5673 CaF2-YF, 9 1106.0 3266

5674 CaO—FeO NA 1107.0 2298

5675 CaF2—Ca2 Si04 68.1 1110.0 1958

5676 Ge02 —SrO 98 APP 1110.0 2248

5677 CaO—FeO—Fe 2 03 32.16-54.58-13.26 1115.0 2581

5678 CaO—FeO—Si0 2 NA 1115.0 ±5 2298

5679 Ge02 —Li zO 40.0 1118.0 2950

5680 CaO-FeO 30 1120.0 1374

5681 CoO-P2Os 71 1120.0 1870

5682 PbO-SrO 29 1120.0 2268

5683 CaF2 -YF3 40 1120.0 3266

5684 Al^WOJ.-Y.fWO,), 50 1120.0 2783

5685 MgO-V2Os 70 APP 1122.0 1283

5686 CaO—MgO—P205 21.6-54.1-24.3 1122.0 2652

5687 MgF2 -MgO-P2Os 60.2-31.4-8.4 1125.0 1488

5688 BaO-SiO2-ZnO 21-63-15 APP 1125.0 2719

5689 CaF2-CaSi03 53. 1128.0 62

5690 CaF2-CaSi03 48. 1130.0 62

5691 A1 2 03-Cu0 12.1 1130.0 951

5692 CaFeSi04—Zn2 Si04 62.1 1130.0 2188

5693 CaO-WO3 25 1135.0 ±5 1485

5694 FeS—ZnS 6 1135.0 3005

5695 BaO—Cr2 Os 86.9 1140.0 2517

56% CaFeSi04—Zn2 Si0 4 95.7 1140.0 2188

5697 BaO-SiO2 -ZnO 19-61-19 APP 1140.0 2719

References

1261

1261

101
Table 1 . Eutectic data—Continued

Locator number

System Mol % T; X

5698 CaO-FeO-Fe2Os 38.66-28.87-32.47 1150.0 2581

5699 GeOj-SrO 65 1150.0 2248

5700 K20-Nb20s 33.1 1150.0 1977 5701 MgMoO4—SrMoO4 64.9 1159.0 ±3 2814

5702 A1 203—Cu20 8.22 1165.0 1317 5703 SrSi0 3-ZnSi03 36.55 1170.0 APP 1377

5704 Al 203-Ca0—Fe 203 7.7-41.8-50.4 APP 1175.0 2246

5705 FeO-Si02 60.8 1177.0 1087 5706 A1 203—CaF2—CaO—MgO NA 1177.0 3066

5707 FeO—Si0 2 74.7 1178.0 1087 5708 A1203—CaO—Fe2 03 11.2-48-40.8 APP 1180.0 2246

5709 Bi 203 -Nb2Os 36 APP 1180.0 903

5710 CaZr(P04) 2 -ZrP 207 62 APP 1180.0 APP 2365

5711 G<J 2(W04) 3-Na2W04 90 1182.0 2441 5712 CaF2 —CaO-P2Os 62.-31.-69. 1183.0 473

5713 BeO—W03 37 1185.0 ±5 1485

5714 MgO-W03 28.5 1185.0 ±5 1485 5715 ai 2o3 -wo3 23 APP 1190.0 APP 1198

5716 MgF2 -MgO-SiO2 82-14-4 1192.0 759

5717 MgO-V205 85 APP 1192.0 1283

5718 CaO—MnO—Si0 2 19.9-40.4-39.7 1195.0 1441 5719 Na2 0—Nb02 45 APP 1200.0 2685

5720 CaMoO4—MgMoO4 35 1201.0 ±3 2814

5721 CaF2—Ca^O,^ 87.6 1203.0 471 5722 CaO—MnO—Si0 2 17.3-48.3-34.4 1204.0 1441 5723 W03-ZnO 46.5 1205.0 2873

5724 CaO-MgF2 92.5 1208.0 ±2. 1845 5725 MgF2—MgO 91 1214.0 759

5726 MgF2—MgO—SiO 2 85-10-5 1215.0 759

5727 ai 2o3 -wo3 28.5 APP 1215.0 APP 2420

5728 Al 2 03 -CaF2—Si0 2 1.5-49.-49.5 1220.0 1447 5729 CaF2—Si0 2-Ti02 49.1-47.-3.9 1220.0 1498

5730 Mn0-Mn2 03-Si02 53.8-4.9-41.2 1220.0 1836

5731 Hf0 2 -W03 24 1227.0 ±3 2035

5732 MgF2—MgO 91.5 1229.0 ±2. 1845

5733 MgF2 —MgO 91.65 1229.5 1931 5734 PbO—Ti02 —Zr02 39-55-6 APP 1230.0 2266

5735 Al 203 -CaF2-Ca0 15-37-48 1230.0 2740

5736 W03-Zr02 74 1231.0 ±3 2035

5737 MnO—MnS 40.8 1232.0 858

5738 CaF2-G<lF3 40 1233.0 ±5 3067

5739 BaO-Ge02 51 1236.0 1329

5740 MgF2-MgO-P2 Os 9.2-68.8-22.0 1237.0 1488

5741 CaO—Ge02 40 1245.0 1908

5742 BaO—Si0 2 —TiO 46.0-24-30.0 1245.0 2637

5743 Al 2 03 -MgF2 2.6 1250.0 1845

5744 BaO—Ge02 10 1250.0 1329

5745 MnO—Mn203—Si0 2 46.6-5.3-48 1250.0 1836 5746 Co 2 SiO 4-Yb4(SiO J3 89.5 1250.0 1395

5747 NiO-P 2Os 58 1255.0 1870

5748 MgF2-U02 99.65 1256.0 1931 5749 CaO—Ge02 30 1260.0 1908

5750 Fe,0,—La,0,—SnO, 75-7-18 1260.0 ±10 2227

5751 CaO—Ga203 63 1263.0 2391

5752 B 203-Hf02 43 1265.0 1484 5753 CaO-MnO-Si02 5.7-44.1-50.1 1265.0 1441 5754 Ge02 —SrO 90 APP 1270.0 2248

5755 CaF2-NdF3 42 1275.0 2640

References

102
Table 1 . Eutectic data—Continued

Locator System

number

Mol % T, X

5756 Al 203 -CaF2-Ti02 7.1-56.6-36.2 1280.0 1473

5757 BaO-Cr2Oa 64.8 1280.0 2517

5758 CaO-Ge02 15 1280.0 1908

5759 FeO-Ti02 89.1 APP 1280.0 1742 5760 BaO—SiO 2 —TiO 54.0-39.0-7.0 1286.0 2637

5761 A1 203—CaF2 —CaO—MgO NA 1287.0 3066

5762 Al 203 -CaF2 7. 1290.0 ±5. 3269

5763 CaO—

2 05 69 APP 1290.0 APP 2100

5764 P2Os-SrO 31 APP 1290.0 APP 2100

5765 Ba0-Cr203 41.8 1300.0 2517

5766 B 2 03 -Mg0 30.6 1300.0 ±5 1083

5767 Fe 203 -La2 03-Sn0 2 12-82-6 1300.0 ±10 2227

5768 Nb2 03-W03 11 1300.0 APP 1004

5769 CaMgfSiOjlj—SrSi0 3 55.7 1300.0 2097

5770 CaF2 -LaF3 40 1300.0 2640

5771 Li 20-Ti02 16 1300.0 2944

5772 MnO—Mn203 —SiO 2 68.4-5-26.5 1303.0 1836 1873

5773 Al 203-FeO 22.7 1305.0 1073

5774 Al 203-Fe0 4.3 APP 1310.0 ±10 1471 5775 Eu 2 03 —Ta2Os 1 APP 1310.0 APP 2479

5776 BaO—Fe 2 03 38 1315.0 931

5777 SiO 2-TiO2 -ZnO NA 1315.0 ±5 3068

5778 BaO—TiO2 32 1315.0 3220

5779 BaO-Ti02 32 1317.0 2125

5780 MgO-WO3 55 1318.0 ±5 1485

5781 BaO—W03 58.5 1320.0 924

5782 BaO-WO3 58.2 APP 1320.0 ±5 1485

5783 FeO-Ti0 2 52.6 APP 1320.0 1742 5784 Fe 2 03—La2Os—Sn02 7-84-9 1320.0 ±10 2227

5785 NiO-P 2 Os 72 1320.0 1870

5786 LaF3—La2 03 80 1320.0 2852

5787 A1j03 —MnTi03 14 1320.0 2880

5788 CaO—Ga203 44 1323.0 2391

5789 MgO—SiO z—SrO 35.5-50-14.5 1325.0 886

5790 MgSi0 3 —SrSiO s 52.1 1325.0 1437

5791 CaO-Nb2Os 23.2 1326.0 1099

5792 BaO—Fe 203 58.8 1330.0 930

5793 BaO—Fe 203 61 1330.0 931

5794 BeO—Si0 2 —SrO 28.1-50-21.9 1330.0 APP 886

5795 Al 2 03 -Ca0-Fe203 31.1-62.1-6.8 APP 1335.0 2246

5796 MgF2 -MgO-P2 Os 8.6-69.0-22.5 1337.0 1488

5797 Fe 203 —La203 —Sn0 2 30-35-35 1340.0 ±10 2227

5798 Nb203-W03 40 1340.0 APP 1004

5799 NiO-P 2Os 82 1340.0 1870

5800 CaF2-CaO-MgO 60.8-22.6-16.6 1343.0 ±3. 1338

5801 BaF2-Y203 99 APP 1343.0 2696

5802 Al 203 -Mg0-Si02 10.5-29.5-60 1345.0 2063

5803 Al 203 -Si02-Y2 03 19.2-68.2-12.6 1345.0 1409

5804 Cr203 —FeO NA 1345.0 2946

5805 CaNb206-LaNb30, 64 1345.0 3050

5806 CaF2 -MgO 82. 1350.0 1068

5807 BaO-Si02-ZnO 15-58-27 1350.0 2719

5808 Ca0-Ti02 -V20s 59.0-13.0-28.0 1350.0 2927

5809 CaF2 -CaO 74.8 1360.0 973 973

5810 CaF2 -CaO 76.5 1360.0 180

5811 B203-Mg0 17.9 1360.0 ±5 1083

5812 Fe 2 03—La 203-Sn02 33-47-20 1360.0 ±10 2227

5813 Fe203-Nb205 27 1360.0 954

References

1261

103
Table 1 . Eutectic data—Continued

Locator System

number

Mol % T, °C

5814 3Y2 0-5A1 203 Y2(W04) 3 4.5-1.

5

1360.0 2783

5815 Al 2 03 -Ca0 36.1 1361.0 1487 5816 Nb2Os —

P

2 Os 67 1365.0 2717

5817 Al 2 03 -CaF2 10 1368.0 2671

5818 BaO—Fe203 40 1370.0 930

5819 MgO—Si02—ZnO 23.6-48.5-27.9 1370.0 ±5 1246

5820 BaO—Si0 2 —ZnO 19-38-42 APP 1370.0 2719

5821 BaO—Si0 2 25.7 1374.0 1272 5822 BaO—SiO z 25.8 1374.0 1273 5823 2Ca0Fe203 Mg0 59.1 1374.0 ±.05 1817 5824 BaO—Ga203 65 1375.0 2391

5825 CoO—Nb2Os 25 1375.0 954

5826 FeO—Ti0 2 42.6 APP 1375.0 1742 5827 Fe 2Os—Nb2Os 72 1375.0 954

5828 SrSi0 3 —ZnSi03 19.6 APP 1375.0 APP 1377

5829 CaO—Ge02 55 1380.0 1908

5830 Ge02 —SrO 43 1380.0 2248

5831 Ca3(PO4) 2-CaSiO 3 —SiO 2 16.1-79.5-4.3 1380.0 1023

5832 CoO-Si02 57.7 1381.0 1196

5833 PuC-PuSi 48.5 APP 1382.0 APP 2357

5834 CoO—Nb2Os 67 1385.0 954

5835 Ni 2 SiO 4-Yb4(SiO 4) 3 91.5 1390.0 APP 1714

5836 LaF Ljl 2^3 80 1390.0 2852

5837 A1 203—FeO—SiO 2 30-36-33 APP 1400.0 APP 1073

5838 FeO—TiOz 22.8 APP 1400.0 1742 5839 A1 2 03—CaO-SiO2 27.3-35-37.7 1405.0 ±5 1143

5840 Ca0-Cr203-Si02 54.9-2.8-42.2 1407.0 1440

5841 CoO-Si02 67.3 1407.0 1196

5842 A1 203—NazO 55.5 1410.0 1457 5843 A1 2 03 —Nb2Os 30 1410.0 954

5844 SrO-W03 57 1410.0 ±5 1485

5845 CaMgSiO4-MgFe 204 81.9 1410.0 ±10 1472 5846 Ca 2 Si0 4—MgFe 204 56.7 1415.0 ±5 813

5847 Ca2 Si0 4—MgAl204 61 1418.0 999

5848 Ca3(PO 4) 2-CaSiO3 17.4 1420.0 1023

5849 A1 203-Y2(W04) 3 50 1420.0 2783

5850 A1203—Nb2Os 19 1422.0 1316

5851 Ga203-Sr0 37 1425.0 2391

5852 MgO-Si02 -SrO 20.6-50-29.4 1425.0 886

5853 MgSiO 3 —SrSiO 3 79.2 1425.0 1437 5854 Hf0 2-W02 24 1430.0 ±5 2035

5855 Nb2 Os -NiO 72 1430.0 954

5856 SiO 2—ZnO NA 1432.0 2737

5857 BaO—SiO 2 41.7 1436.0 1272 5858 CaO—SiO 2 38.6 1436.0 1440

5859 CaO—TiOz 11.8 1440.0 APP 1521 5860 SrO-TiOz 22 1440.0 ±20 3268

5861 Fe0-Fe203-GdFe03 18.6-55.9-25.4 1442.0 1315

5862 La203-Ti02 17.3 1445.0 1445

5863 SrF2 -SrO 99.4 1447.0 ±5 2808

5864 CaO—Dy203 27 APP 1450.0 APP 1419

5865 Fe 2 03—Sn02 71 1450.0 2270

5866 Fe3 04 —Si0 2 36.5 1450.0 APP 1197 5867 BaO—SiO 2—TiO 57.0-2.0-41 1450.0 2637

5868 CaO—Ti02—

V

2Os 32.0-44.0-24.0 1450.0 2927

5869 Fe 2 03 -Gd203 85 1453.0 ±2 1315

5870 KAlSi04—Mg2Si04 —Si02 52-16.8-31.1 1456.0 ±10 2080

5871 CaO—Ga203 32 1457.0 2391

References

104
Table 1 . Eutectic data—Continued

Locator System Mol % T, °C number

5872 Ca7 Al6ZrO,6 -MgO 22.4 1457.0 1003 5873 SrF2—

2 03 %±1 1457.0 ±5 2808

5874 CaO-Si02 56.7 1460.0 1440

5875 CaO—Ti02 20.2 1460.0 ±10 1071 5876 Fe 203-Y203 86.4 1469.0 1902

5877 Fe 2 03 -Y203 87 APP 1469.0 1444

5878 Fe 2 03—

2 03 86 1469.0 ±2 1315 5879 BeO—Gd203 46.6 1472.0 ±2 1981 5880 BaO—Ga203 29 1475.0 2391

5881 Cr2 03—Nb2 Os 21 1475.0 954

5882 A1 2 03—CaF2—CaO 44.5-6.5-49 1475.0 LT 2740

5883 B 2 03—Th02 19 APP 1483.0 937

5884 CaO—WOa 56.5 1490.0 ±5 1485

5885 CaO—Nb2Os 58.6 1492.0 1099

5886 Nb 2 Os -NiO 33 1495.0 954

5887 A1 2 03 —MnO—Si02 26-22-42 APP 1500.0 APP 1073 5888 A1 2 03—SrO—Zr0 2 34.5-63-2.5 1500.0 1954

5889 CaO—Dy203 28 1500.0 1248

5890 Cr2 03—Fe 203 27 1500.0 1682

5891 MgO—SiO 2—ZnO 20.9-25.8-53.3 1500.0 ±5 1246

5892 Mg2Si0 4—Zn2 Si0 4 35.3 1500.0 APP 1246

5893 La2 W03—WOs 37 APP 1500.0 2678

5894 HfO z-MgO 82 1500.0 3070

5895 Ce02—Fe 304 38.7 APP 1510.0 APP 1085 58% Ce02—TiOz 55 APP 1510.0 APP 1085

5897 MnS—MnSe 10 APP 1510.0 2105

5898 CaAl 204—Ca2A1 2SiO 7 70 1512.0 2345

5899 A1 2 03 —MnO 18 1520.0 ±10 1288 5900 A1 2 03 —MnO 18 1520.0 2946

5901 Ca 2A1 2 SiO 7 —MgAl204 73.1 1527.0 2345

5902 Ce02—Mn304 38.7 APP 1530.0 APP 1085

5903 MgNb2 06-Mg5Nb40,s NA 1530.0 2675

5904 Ca0-Nb205 70.9 1535.0 1099

5905 Ga203—SrO 60 1540.0 2391

5906 Ca3(PO J2—SiO 2 70.5 1540.0 1023

5907 CaAl40 7 -Ca2Al 2SiO 7 33.7 1545.0 2345

5908 Gd203 —TiOz 14 1545.0 1257 5909 Al 2 03 -Si02 3 APP 1547.0 ±5 941

5910 CaF2—CaO—

2 Os 1.9-75.7-22.4 1550.0 473

5911 EuO—Si0 2 35 1550.0 2424

5912 CaF2—CaO-P2 Os 5.2-74.8-19.9 1560.0 473

5913 P 2 Os-SrO 21 APP 1560.0 APP 2100

5914 Sc 203-Ti02 12.5 APP 1560.0 ±25 1470

5915 CaO-MgO-P2 Os 72.6-5.5-21.9 1560.0 2652

5916 1 aK3 La2S 3 20 1560.0 2852

5917 BaO—Ti02 56.5 1563.0 1902

5918 BaO—Ti02 57.5 1563.0 2125

5919 Ga203 —MgO 85 1570.0 2391

5920 MgO—Ta2 Os 20 1575.0 866

5921 Si0 2-SmO 70 1575.0 2424

5922 KAlSi04—Mg2 Si04 62.3 1575.0 ±25 2080

5923 CaO-P2Os 78 APP 1580.0 APP 2100

5924 Fe 2 03 -Ni0 23 1580.0 1544

5925 B 2 03-Sc 203 42 APP 1582.0 ±5 1%7

5926 Al 203 -Ca0 51.4 1590.0 1457

5927 Al 2 03-Si02 90.2 1590.0 1152

5928 BaO—W03 90 APP 1590.0 1485

5929 BaO-WQ3 92 1590.0 924

References

105
Table 1 . Eutectic data—Continued

Locator System Mol % T, C References number

5930 P2Os -SrO 24 APP 1590.0 APP 2100

5931 Al203 -Si02 5 1595.0 867

5932 CaAl2 04—CaAl407 49.6 1595.0 2345

5933 Al 203 -NaA102 21.1 1595.0 APP 939

5934 CoO-Fe304 71.6 1600.0 1197

5935 La2Oa —NiO 31.2 1600.0 1544

5936 Hf02-Y2Si 207 12.5 1600.0 ±10 2679

5937 MgO—Ti02 44 1600.0 ±20 2689

5938 Fe 203-Ga203 40 1610.0 1610

5939 MgO-TiO, 20 1610.0 ±20 2689

5940 Ca2 SiO 4-MgAlCr04 74.4 1615.0 ±5 813

5941 CaF2—CajOPOJj 10.8 1620.0 471

5942 Ca2SiO 4-MgFeCrO4 73.6 1620.0 ±5 813

5943 Si0 2—SmO 42.5 1625.0 2424

5944 A1 203—BeO—Si0 2 36.2-33.1-30.7 1630.0 1074

5945 La2Os—Ti0 2 66.5 1630.0 1445

5946 Th02 —Ti02 25 APP 1630.0 APP 1085

5947 I-aF 3 La203 20 1630.0 2852

5948 Nd203—Si0 2 26 1635.0 928

5949 Ca0-P205-Si02 77.1-17.3-5.6 1636.0 863

5950 Ti 30-Zr30 85 1640.0 ±10 2286

5951 A1 203—CaSiO3—MgO 15.7-34.9-49.3 1640.0 ±10 1472 5952 Ca2SiO 4—MgCrO4—MgO 3.4-48.0-48.6 1640.0 2992

5953 CaZrOj—MgAl2 04 54.3 1647.0 1003

5954 EuO—Si0 2 55 1650.0 2424

5955 La203—NiO 63.8 1650.0 1544

5956 NiO-Si02 55 1650.0 1098

5957 Ca(P0 3) 2-Na20 29.4 1650.0 2343

5958 Cr203—Si0 2—Zr02 5-85-10 1669.0 980

5959 BeO—Si0 2 14 APP 1670.0 1067 5960 La203—Ti0 2 41.1 1675.0 1445

5961 Nd203—Si0 2 65 1675.0 928

5962 Si0 2-Zr02 98.5 APP 1677.0 2256

5963 Cr 203 -Si02 5 1680.0 980

5964 Cr203—Nb2 Os 70 1680.0 954

5965 2Ca0Si02—MgOCr2Oa 81 1680.0 ±10 2627

5966 BaO—Ge02 64 1685.0 1329

5967 Si0 2-Zr02 98 1687.0 1484

5968 Al 203-Ti 203 55 1695.0 ±30 986

5969 A1 203 —Si0 2 —Zr0 2 49.7-27-23.3 1700.0 APP 2309

5970 BaO—Ge02 70.7 1700.0 1329

5971 CaAl40 7 —MgAl 2 04 77.5 1700.0 2345

5972 Cr2Oa —Si0 2 —Zr0 2 30-55-15 1700.0 980

5973 Nd 203 —Si0 2 45 1700.0 928

5974 Si0 2 -Th02 100 APP 1700.0 APP 1806 5975 SiO 2 —ThO2 —UO2 NA 1700.0 APP 1806 5976 Er203 —Ge02 20 APP 1700.0 2700

5977 Si0 2 —Zr02 95 1705.0 980

5978 Gd 203 —Si0 2 26.4 1710.0 819

5979 Ga 2 Os -MgO 26.5 1720.0 2391

5980 EuO—SiO z 85 1725.0 2424

5981 SiO 2—SmO 17.5 1725.0 2424

5982 La203 -Ta 2 05 20 APP 1740.0 APP 2422

5983 A1 203 —Ce203 68 APP 1750.0 APP 1992 5984 A1 203—FeO 55.6 1750.0 1073 5985 A1 2 03—FeO 56.7 APP 1750.0 ±15 1471 5986 Al 203 -Gd203 78 1750.0 1284 5987 AljO,-Yb,Oj 79.4 1750.0 1718

106
Table 1 . Eutectic data—Continued

Locator System

number

Mol % T, °C

5988 La2 03-Ta20s 27 APP 1750.0 APP 2422

5989 MgO-ZnO 41.5 1750.0 GT 1246 5990 Si0 2 -Zr02 95 1750.0 1178

5991 Ca2 Si04-Y4(Si04)3 77.9 1750.0 ±20 1026 5992 Al 203-La2 03 77.6 1760.0 1457 5993 Al203 -Sm203 76 1760.0 1284

5994 A1 203-Y203 76.9 1760.0 1407 5995 Cr2 03-Si02 65 1760.0 980

5996 Cr2 03—Ti02 4 1760.0 2607

5997 Ge02 -SrO 12 1760.0 2248

5998 Ca2Si0 4—Nd4(SiOJ3 80.3 1760.0 ±20 1285 5999 Al 203-La203 79 1765.0 APP 2036

6000 A1 2 03 —Ce02 54 APP 1770.0 APP 1085

6001 A1 2 03—MnO 65.3 1770.0 ±15 1288

6002 Ba2 Si0 4—Ca2 Si04 37.2 1770.0 ±20 1053 6003 Ca2 Si0 4—La4(Si0 4) 3 78.5 1770.0 ±20 1285 6004 A1 2 03 —MnO 65 1770.0 2946

6005 A1 2 03 —CaO 67.4 1775.0 1457 6006 La203-Ta2 05 8 APP 1775.0 APP 2422

6007 CaSiO 3—Cr2 03 —MgO 46.8-3.7-49.5 1775.0 ±25 1472 6008 CaTi03—Zr02 42.6 1777.0 1466

6009 A1 2 03—BeO—SiO 2 55.9-18.5-25.6 1780.0 1074

6010 A1 2 03 —Ce2 03 40 APP 1780.0 APP 1992

6011 ai 2 o3 -y2o3 79 APP 1780.0 APP 2369

6012 A1 2 03 —Sc 2 03 66.6 1790.0 ±20 940

6013 La2 03-Ta205 62 APP 1800.0 APP 2422

6014 SrO—Ti02 80 1800.0 ±20 3268

6015 Ca2GeO4-Ca2 SiO4 64 APP 1800.0 APP 1318 6016 Ca2Ge04-Sr2Ge04 35 1800.0 3265

6017 La 203-La2 S 3 20 1800.0 2852

6018 CaTi0 3 -Cr203 57.7 1807.0 1466 6019 Gd 2 03—Si02 65.7 1810.0 819

6020 A1 2 03-Sc2 03 44 1820.0 ±20 940

6021 A1 2 03 —Sm203 72.9 1825.0 1718

6022 A1 2 O 2 ^^ 3 76.2 1830.0 1803 6023 A1 203—La2 03 76.25 1830.0 1131 6024 A1 2 03—LazO3 —MgO 50-11.73-38.27 1830.0 1092 6025 A1 2 03—MgO—ZrO2 42.1-17.3-40.5 1830.0 1095 6026 CaO—Ge02 70 1830.0 1908

6027 LaAlO 3 —MgAl2 04 38 1830.0 1092 6028 Ba2Si0 4—Ca2 Si04 80.9 APP 1830.0 ±20 1053 6029 Ca2Si0 4-Sr2Ge04 20 1830.0 2760

6030 La 2 0j La2 ^ 3 50 1830.0 2852

6031 A1 2 03 —BeO 42.4 1835.0 1074

6032 Al 203-Mg0-Nd2 03 50-38.3-11.7 1835.0 865

6033 La203 —Ta2Os 83 APP 1835.0 APP 2422

6034 MgAl2 04-NdA103 62 1835.0 865

6035 A1 203 —MgO—ZrO2 16.6-42-41.3 1840.0 1095 6036 Al,0 3-Si0,-Y,0, 13.4-29.4-57.2 1840.0 1409

6037 CaO—Ti02 52.6 1840.0 APP 1521 6038 Cr,03—Fe,0 3 —MgO 25.1-25.1-49.8 1840.0 APP 1682 6039 Cr2Os—Si0 2-Zr02 21.25-63.75-15 1840.0 980

6040 Ge02 —SrO 31 1840.0 2248

6041 Al 203-Si02 67 1840.0 1443

6042 Al 203-Si02 67.6 1840.0 862

6043 Al 2 03 -Si02 68 1840.0 867

6044 A1 203—BeO 60.1 1850.0 1074

6045 Al 203 -Si02 68 APP 1850.0 1864

1803

1848

References

107
Table 1. Eutectic data—Continued

Locator System

number

Mol % Ti °C

6046 Al 203 -Sm2 03 26 1850.0 1284

6047 Al 2 03 -Yb203 49.1 1850.0 1718 1803

6048 A1 203-Y203 40 APP 1850.0 APP 2369

6049 Al 203 -Yb203 49.1 1850.0 1718 1803

6050 Gd 2 0 3 —Si0 2 45 1850.0 819

6051 MgAl204—ZrOz NA 1857.0 1003

6052 A1 203—MgO-ZrO2 29.6-31.6-38.8 1860.0 1095

6053 BeO—MgO 69±2 1860.0 ±10 868

6054 A1 2 03-Y203 57.1 1865.0 1407 6055 A1 203-Y203 57.3 1865.0 1803 6056 A1 203 —La203 28.3 1875.0 1803 6057 A1203—La203 26.21 1875.0 1131 6058 Er203 —Ge02 40 APP 1875.0 2700

6059 A1203—BeO 82.3 1880.0 1074

6060 CaO—TiO, 60.5 1880.0 APP 1521 6061 Cr203—Ti02 50 1880.0 2607

6062 Cr203 -Zr02 55 1880.0 980

6063 SrO—TiOz 80 1880.0 ±20 3268

6064 A1 203-Y2 03 60 APP 1885.0 APP 2369

6065 AljOj—Zr02 60 1885.0 2309

6066 BeO—Ce02 63±3 1890.0 ±20 868

6067 A1 20 3—Gd203 26 1900.0 1284

6068 A1 203-U02 74 1900.0 1984

6069 Ca0-Y203 (55-60) RANGE 1900.0 APP 1863 6070 Ce 203—Zr02 80 APP 1900.0 APP 2004

6071 Cr203-Eu 2 03 18 1900.0 ±20 2597

6072 Gd 2 03 -Hf02 60 1900.0 2429

6073 Er203 —GeOz 65 1900.0 2700

6074 Cr203—FeO 67.5 1900.0 2946

6075 CaO—La2 03 58 1920.0 1282 6076 La203—La2 S 3 80 1920.0 2852

6077 Al 203 -Mg0 88.3 APP 1925.0 2309

6078 Al 203 -Sm203 31.8 1925.0 1718

6079 A1 203-Y2 03 19 APP 1925.0 APP 2369

6080 A1 203-U02 60 APP 1930.0 1984

6081 A1 203-Y2 03 28.1 1940.0 1407 6082 A1 2 03-Y203 30.5 1940.0 1803 6083 SrO—ZrO,2 3 1950.0 2738

6084 BeO—Ce02 57.5 APP 1960.0 APP 1085 6085 CaO—Sc 203 43 1960.0 1337 1348

6086 La2 03 —MgO 60 1960.0 APP 1085 6087 CaO—Ce203 50 1960.0 2960

6088 CaO—

P

2 Os—Si0 2 74-5.6-20.3 1970.0 863

6089 La203—MgO 55 APP 1970.0 APP 1085 6090 Dy2Oa —SrO 30 1970.0 2668

6091 CaO—Ce02 53.8 APP 1980.0 APP 1085 6092 Cr2Oa —Sm203 20 1980.0 ±20 2597

6093 Cr 2 03—Sm203 20 1980.0 ±30 2017

6094 MgO-PuOz 43 1985.0 ±35 929

6095 Al 263 -MgO 32.6 1995.0 1442 6096 Al 203 -Mg0 35 APP 2000.0 1483 6097 Al 2 03 -Mg0 85 APP 2000.0 1483 6098 CaO-TiO, 71 2000.0 APP 1521 6099 La203 -Mg0 52 2000.0 1863

6100 La203-MgO 20 APP 2000.0 APP 1085 6101 La203 —MgO 52 2000.0 ±20 1139

6102 La203 —Sc 2 03 76 2000.0 1337 6103 Mg0-Sm203 50 APP 2010.0 ±20 2698

References

108
Table 1 . Eutectic data

—Continued

Locator System

number

Mol % r, °c

6104 Ca0-Sc 2 03 26.5 2015.0 1337 1348

6105 Ca0-Yb2 03 47 2020.0 1282 1969

6106 Cr2 03 -Y2 03 28 2020.0 ±15 2597

6107 Cr203 -Y2 03 28 2020.0 ±30 2040

6108 Al 203-Mg0 32.6 2030.0 2566

6109 A1 2 03—MgO 33.5 APP 2030.0 2309

6110 BeO—Zr02 59±2 2045.0 ±10 868

6111 Ca0-Gd203 67 2050.0 1282 6112 Cr2 03 -Eu203 84 2050.0 ±20 2597

6113 Cr203-La2 03 20 2050.0 ±15 2597

6114 Cr203 -Sc203 63 2050.0 ±30 2597

6115 Cr2 03 -Gd2 03 23 2060.0 ±20 2039 2597

6116 Cr2 03-Nd2 03 24 2060.0 ±30 1453 2597

6117 Cr2 03 -Sc203 63 2060.0 1907 6118 Gd203 -Hf02 90 2060.0 2429

6119 Mg0-Y2 03 48 2060.0 APP 934

6120 CaO-Si02 69.2 2065.0 1440

6121 Cr 2 03—MgO 90 APP 2070.0 2309

6122 Cr 2 03—

2 03 80 2070.0 ±30 2040 2597

6123 MgO-Zr02 49 2070.0 1086 6124 Cr203—La 2 03 82 2080.0 ±30 2597

6125 Cr 2 03—Sm2Os 84 2080.0 ±30 2017 2597

6126 La203—Zr02 64 APP 2080.0 APP 2004 2126

6127 Mg0-Sc2 03 44 2080.0 APP 934

6128 Mg0-Y203 52 2080.0 1863 6129 Mg0-Y203 52 2080.0 ±30 3267

6130 MgO-Zr02 65±3 2080.0 ±10 868

6131 Dy2 03—SrO 59.5 APP 2080.0 2668

6132 Gd 203 -Mg0 50 APP 2080.0 ±20 2698

6133 Si0 2 -SrO 23 APP 2080.0 +15 2939

6134 Cr2 O

a

—Zr0 2 61 2087.0 2607

6135 Al 203-Zr02 49.7 2100.0 1483

6136 Ca0-Gd203 16 2100.0 1282

6137 Cr2 03 —Nd 2Os 78 2100.0 ±30 1453 2597

6138 La203 —Zr0 2 60 APP 2100.0 APP 1085

6139 MgO-U02 75 APP 2100.0 1985 6140 Nd 2 03 -ZrO2 76 APP 2100.0 APP 2004 2126

6141 Sc 2 03-Y203 55 2100.0 1347

6142 SrO—Zr02 82.6 2100.0 1946

6143 Dy 203 —MgO 50 APP 2100.0 ±20 2698

6144 BaO-Si02 50 APP 2100.0 ±15 2939

6145 La2 03—Sc 2O

a 26 2110.0 1337 6146 Cr203—Gd2 03 85 2120.0 ±30 2039 2597

6147 Cr 203 -La203 22 2130.0 ±30 1140

6148 BeO-PuO, 66 2135.0 2230

6149 Mg0-Sc203 54 2150.0 1863 6150 Sc 2 03 -MgO 46 2150.0 ±30 1047

6151 CaO—Zr0 2 68 2150.0 2738

6152 Si0 2 —SrO 27 APP 2150.0 ±15 2939

6153 BeO-Th02 70 2155.0 ±5 2062

6154 Gd 203-Zr02 77.5 APP 2157.0 ±25 1335

6155 Be0 2 —U02 65 2160.0 2230

6156 Hf0 2-La2 03 35 2160.0 ±30 976

6157 Gd 2 03 -Zr02 86 2175.0 2429

6158 BeO-Th02 79±1 2175.0 ±8 2795

6159 Ce 2 03-Cr203 33 APP 2185.0 APP 1992 6160 Hf0 2 -La203 75 2210.0 ±30 976

6161 SrO-Zr02 80 APP 2215.0 APP 2738

References

109
Table 1 . Eutectic data—Continued

Locator number

6162

6163

6164

6165

6166

6167

6168

6169

6170

6171

6172

6173

6174

6175

6176

6177

6178

6179

6180

6181

6182

6183

6184

6185

6186

6187

6188

6189

6190

6191

6192

6193

6194

6195

61%

6197

6198

6199

6200

6201

6202

6203

6204

6205

6206

6207

6208

6209

6210

6211

6212

6213

6214

6215

6216

6217

6218

6219

System Mol % T, °C References

Sc 2 03 -Th02 83 2220.0 1337 1346

Si0 2-Zr02 42 2220.0 1178

Cr2 03—La 2 03 76 2230.0 ±30 1140

Ce02 —MgO 26 APP 2235.0 APP 1085 Cr2 03—MgO 60 APP 2235.0 2309

Ce 2 03—Cr2Os 68 APP 2240.0 APP 1992

Si0 2-Zr02 57 2250.0 1484 2309

Dy203—SrO 70 2250.0 2668

Ce02—Cr203 54 APP 2260.0 APP 1085 SrO—Zr02 27 2270.0 1946

Sc 203 —U02 82 2280.0 1337 1346

Cr203 —MgO 40 APP 2290.0 2309

CaO—Zr02 41 2295.0 2738

Ce02—Zr02 60 APP 2300.0 APP 2483

SrO—Zr02 25 2300.0 2738

Y203—Zr02 76 2330.0 2617

Y203-Zr02 83.1 2350.0 1598

Cr 2 03 -Mg0 65 2355.0 936

CaO—MgO 59.3 2370.0 1446

Ce02—Zr02 53 APP 2390.0 APP 1085 uo 2 -up 12.54 2390.0 ±30 1234

Gd 2 03-Hf02 26 2400.0 2429

Mo-UN 78 APP 2400.0 ±20 2736

Sc 203-Zr02 52.2 APP 2450.0 2308

U02—Zr02 47.5 2550.0 2255

U02 -Zr02 50 APP 2550.0 APP 2210 2221

UN-W 100 APP 2700.0 GT 2736

CsI-NaCNS 10.8 280.4 1940

PuF6-UF6 NO MINIMUM REPORTED 2099

BaF 2-B203-KF NA 2209

BaF2—

B

203—NaF NA 2209

B 203-LiF-NaF NA 2184

B 2 O s-NaF NA 2184

KF-KOH NA 2133

NaF-NaOH NA 2133

NaF-Nb2Os NA 2379

NaCl—WOCl4 NA 2467

CrCl3-KCl-VCl3 NO TERNARY EUTECTIC 2134

AlCl 3-TiCl4 NA 2416

BaCl 2 -PbCl2 SER SOLID SOL 511

CaCl2 —SnCl 2 NA 156 CaCl2 —ZnCl 2 NA 156 CdCl2 -MgCl2 NA 156 FeCl 2 -MgCl 2 NO MINIMUM REPORTED 1342 MgCl2 —SnCl 2 NA 156 NbCls-PbCl 2 —TaCl 5 NA 2563

NbCl 5-SbCl3 NA 2328

NbCl5-TiCl 4 NA 2416

NbCls-VCl4 NA 2328

PbCl2 —SrCl 2 SER SOLID SOL W/O MINIMUM 511

PbCl2—TaCl s NA 2563

SbCl 3 —TaCl s NA 2328

SnCl2 -TlCl NA 2431

TaCl5-TiCl4 NA 2416

TaCl s—VC14 NA 2328

CdBr2 -CdCl2 NA 1676

InAs—NaCl NOT A EUTECTIC SYSTEM 2332

All 3 -Rbl NA 2284

110
Table 1 . Eutectic data—Continued

Locator System

number

Mol % T; °C References

6220 Allj-Galj NA 2289

6221 Gal 3 -Inl 3 NA 2289

6222 Al 203 -Be0-Si02 NA 2397

6223 A1 203 —Na2 0 70 972

6224 A1 203 —Na2 0 95 972

6225 A1,0 3 —Nd ,0 Y,0 3 NA 2491

6226 BeO—Pu02 —U02 NA 2230

6227 Bi 2 03 -Fe203 -Mn2 03 NA 2398

6228 B2 03-Nb2 Os NA 1841 6229 FeO—Fe 203 —Si0 2 —Zr02 NA 2044

6230 Ga203 -In 203 NA 2531

6231 Hf02 —Zr02 NA 2346

6232 La 203—WOa NA 1956

6233 Nb2 Os—Sb 2 03 NA 2396

6234 Pu02—UOz NA 2230 2247 2314

6235 LiTi0 2 —TiO NA 2395

6236 Li 2 Si0 3—Si02 NA 2412

6237 NaNbO3 -Nb20s NA 2379

6238 NaV03—

2 Os NA 2415

6239 Ag2 S—SiS 2 NA 2132

6240 Ba 2 S—GeS2 NA 2383

6241 Cu 2S-SiS 2 NA 2132

6242 Bi 2 S 3—Sb 2 Se 3 NA 1883 6243 Ag2 S04-Na2S04 NO MINIMUM REPORTED 2115

6244 K2 S04 —Li 2 S04 —Na2 S04 14-79-7 APP 2499

6245 NaN03-Rb2 S04 NA 2529

6246 k2co3-k2 so4 NA 2361

6247 Li 2 C03 -Na2C03 NA 2492

6248 Fe 2SiO 4—Zn2SiO 4 NA 1824

6249 BaSiO3—BaGeO3 NA 2302

6250 Sr2 Ge04-Sr2 Si0 4 NA 2408

6251 K2 Cr0 4-K2 W04 SER SOLID SOL 2501

6252 K2 Mo04-K2 W04 SER SOLID SOL 2501

6253 LijWO.-Y.CWO^j NA 2473

6254 NaNd(W04) 2-SrW04 NA 1990 6255 Na2WO4-Nd jCWO4) 3-SrWO4 NA 2441

6256 Na2W207 —SrW04 100 APP 1945

6257 Nd 2(W04) 3 -SrW04 NA 1990

6258 YbSe—Yb2S 3 NA 2381

6259 PbMoO4—ZnMoO4 NOT A EUTECTIC SYSTEM 2611

6260 CdCl2—CdSe03 NOT A EUTECTIC SYSTEM 2612

6261 CsBr—CsN03 SER SOLID SOL 2615

6262 A1C1 3-GaCl2—GaAlCl4 SER SOLID SOL 2629

6263 K2TiF6 -Na2TiF6 SER SOLID SOL 2630

6264 AlBr3-AlI 3 SER SOLID SOL 2636

6265 CoF2 -MnF2 SER SOLID SOL 2665

6266 MnF2—NiF2 SER SOLID SOL 2665

6267 kcio4-kno3 SER SOLID SOL 2782

6268 CaTi0 3—La2TiOs SER SOLID SOL 2799

6269 PuCl 3-UCl3 SER SOLID SOL 2842

6270 KN03 -RbN03 SER SOLID SOL 2900

6271 RbBr-RbNO, SER SOLID SOL 2900

111
System Index

System Locator number System Locator number

AgBr-AgCl 2280 AgI-AgI03 -AgN03 203 AgBr-Agl 2043 Agl—AgN03 215 AgBr-AgN0 3 616 AgI-AgN03 -NaN03 306 290 344 AgBr-Ag2S04 1250 AgI-Ag2 S04 541 AgBr-CuBr 1861 Agl—Ag2 S04 -Tl 2 S04 237 AgBr-KBr 1412 1419 1442 1451 Agl—Cul 2748 AgBr-KCl 1619 Agl—Gal 3 784 AgBr-KI 1303 Agl-Hgl2 1197 1212 AgBr—PbBr2 1359 1360 Agl—Inl 3 603 AgBr—PbCl 2 1720 Agl—Ini 887 AgBr—RbBr 1102 1106 Agl—Ini 2 996 AgBr—TeBr4 1531 Agl-KI 1162 1188 AgBr—TlBr 1090 Agl-Lil 2265 AgBr—T1C1 921 Agl—Nal 2098 AgCl-Ag2Cr0 4 1880 1881 AgI-NaI-NaN03 1421 AgCl—Ag2Cr0 4—Li 2Cr04 1770 AgI03-AgN03 604 AgCl-AgI 999 1030 1301 1304 Agl-RbI 882 AgCl-AgI-HgI 2 487 Agl—Tel4 1224 AgCl-Agl-KCl 1173 Agl-TlI 953 1666 AgCl-AgN0 3 643 644 749 AgI-TlI-Tl 2 S04 915 AgCl-AgN0 3 -Ca(N0 3) 2 720 AgI-Tl2S04 2954 AgCl-AgN0 3-KN03 353 Agl—Znl 2 1678 AgCl-Ag2S 2015 2035 AgN03 -AgI 297 AgCl-Ag2S04 1550 1554 AgN03-Ba(N03) 2 965 966 AgCl-Ag2S04—CdS04 1561 AgN03-Ca(N03) 2 928 AgCl-Ag2SO4—Li 2SO4 1440 AgN03-Cd(N03) 2 580 AgCl-Ag2Te 2016 AgNO3-Cd(N03) 2-KN03 378 411 AgCl-Ag2W04 2095 AgN03 —CsN03 660 693 AgCl—BeCl 2 1137 1142 AgN03-HgI 2 325 216 264 AgCl—BiCl 3 818 AgN03-KN03 452 AgCl—CaCl 2 2504 AgN03 -LiN03 715 731 AgCl-CaCl 2 -Ca(N03) 2 2484 AgN03 -NH4 N03 300 307 335 AgCl-CdCl 2 2439 AgN03-Pb(N03) 2 930 987 AgCl-CdCl 2 -CdS04 2421 AgN03 -RbN03 488 530 438 AgCl-CdCl 2 - PbCl 2 1418 AgN03-SrCl 2 956 AgCl-CdCl 2 -ZnCl 2 1194 AgN03 -Sr(N03) 2 975 AgCl-CsCl 1262 AgN03 -TlN03 218 219 AgCl—CuCl 1241 1263 1269 AgP03-Ca(P03) 2 2681 AgCl-GaCl3 199 AgP03 -Mg(P03) 2 2677 AgCl-HgCl 1229 AgP03-NaP03 2676 2877 AgCl-HgCl 2 1345 Ag2 S-Cu6As4S 6 2486 AgCl-HgCl 2 -HgI 2 410 Ag2 S—Cu6 -5As 2S 6

-2

s 2510 AgCl-HgI 2 484 495 Ag2 S—Cu 7 Sb2 S 6 -5 2136 AgCl—InCl 3 1724 1965 1991 Ag2 Se—Bi 2Se 3 3806 4398 AgCl-KBr 1653 Ag2Se—PbSe 4281 AgCl-KCl 1565 1615 1636 1643 1695 Ag2 Se—SnSe 2 2959 AgCl-KCl-KNO 3 1620 Ag2S04—AgV03 —

K

2S04 2294 AgCl-KV0 3 2369 Ag2 S04 -Ag2 W04 3134 AgCl—LiBr 2491 2805 Ag2S04-KN03 1422 AgCl-LiCl-LiN0 3 1231 Ag2 S04—

K

2 S04 3585 AgCl-Li 2Cr0 4 2334 2335 Ag2S04—Li 2S04 3372 AgCl-LiV0 3 2426 Ag2S04 —Na2S04 6243 AgCl-Li 2 W04 2509 Ag2S04-TlI 1667 AgCl-MgCl 2 2537 Ag2 S04 -Tl 2 S04 2703 2878 2933 3008 AgCl—Na 2Cr0 4 2468 Ag2 S—SiS 2 6239 AgCl—Na2 Mo04 2427 AgV03 -K2 S04-KV03 2008 2348 AgCl-NaV0 3 2397 AgV03 -KV03 2574 2622 AgCl-Na 2 W04 2477 AgV03-TlV03 1963 2209 AgCl-NH 4Cl 1208 Ag2W04—Na2 S04 3622 AgCl-PbCl 2 1582 1591 1608 1614 Ag2 W04—Na 2S04—Na 2 W04 3333 AgCl-PbCl 2 -TlCl 817 1361 Ag2W04 -Na2W04 3397 AgCl-RbCl 1237 AlBr3 — A1C1 3 183 AgCl—TeCl4 1052 AlBr3 -AlI 3 6264 AgCl-TIBr 843 AlBr3 —AsBr3 93 95 AgCl-TICl 982 989 1039 AlBr3 -BBr3 37 AgCl-Tl 2 S04 2063 AlBr3 -BiBr3 496 AgCN-KCN 1450 AlBr3 —Br2 55 AgCN-NaCN 2326 AlBr3 —CsBr 582 1735 1743 Ag 2 Cr04 -Li 2Cr0 4 2266 AlBr3 -InBr3 147 AgF-ZnF2 2025 3994 AlBr3 —KBr 844 247 240 112
System Index—

ontinued

System Locator number System Locator number

AlBr3 —NaBr

AlBr3-RbBr

274

1289 1318 220 301

A1C1 3 -WC15 AlCl3 -WOCl4

632 698

AlBr3-SbBr3 179 193 AlCl3 -ZrCl4 668 381 748 838 699

AlBr3-SbCl3 142 131 A1F3 -Al 2 03 -Na3AlF3 4481

AlBr3-SnBr4 84 83 A1F3 —Al 2 03-NaF 5377 5522

A1C1 3-A1I 3 342 AlF3 -BaCl2 5352

AlCl3 -BaCl2 793 AlF3 -BaCl2 —NaF 3893 4217

AlCl 3 -BaCl2 -NaCl 126 A1F3 -CaF2 5236

AlCl 3-BeCl2 272 A1F3 -CsF 4302 4485

AlCl3-BiCl 3 724 635 aif3 -kf 3439 3453 5203 5260 5266

A1C1 3 BiCl3-FeCl3 -NaAlCl4 412 AlF3 -Li 3 AlF6 4696

AlCl 3-BiCl 3-NaCl 480 322 606 497 A1F3 -Li 3 AlF6 -Na3 AlF6 3781

A1C1 3 -CsC1 1763 1821 570 AlF3 -LiF 4535 4635 4636 4645 4661

A1C1 3 -CsC1—GaCl3 172 4717 4718 4725 4746

A1C1 3 —CsCl-TaCls 867 1818 370 AlF3 -LiF-NaCl 3478 3650

AlCl 3 -FeCl2 967 756 A1F3 -LiF-NaF 4719

AlCl 3 -FeCl2 -FeCl3 883 A1F3 -MgF2 5558

AlCl 3 -FeCl3 -MoCl5 408 239 A1F3 —Na3 AlF6 4545 4553

A1C1 3 —FeCl3—NaCl 548 581 531 A1F3—NaCl 4714

AlCl 3 -GaAlCl4 357 AlF3-NaCl—NaF 3967 4390

AlCl 3 -GaCl3 188 191 190 A1F3 -NaF 4317 4348 4483 4509 4510

AlCl 3 -GaCl2 229 5388 5389 5390 5393 5394

AlCl 3-GaCl2 -GaAlCl4 6262 A1F3 -RbF 4868 5098

AlCl 3-GaCl2 -GaCl3 125 166 A1I 3—AsI 3 382

AlCl 3-HfCl4 413 837 A1I 3-CsI 821 662 1176 1175

AlCl 3-HfCl4-KCl 1167 194 870 A1I 3 -CsI—

al 555 376 1141 640

AlCl3-HfCl4-NaCl 491 198 440 A1I 3 —Gal 3 6220

A1C1 3—HgBr2 143 All 3 -Hgl 2 396 454

AlCl3 -InCl 2 983 A1I3 —Ini 540 869

A1C1 3—In 2Cl 3 1059 A1I 3 —Inl 2 503

AlCl3-InCl 896 831 499 A1I 3 -KI 284 294 315 964

AlCl 3 -KBr 312 All 3 -Lil 472 1085

A1C1 3 -KC1 433 450 A1I 3—Nal 511 1027 417

AlCl 3 -KCl-LiCl 1227 387 395 232 A1I 3 -NH4

I 250 337

AlCl 3 -KCl-NaCl 167 245 262 268 424 All 3 -Rbl 891 473 6219

AlCl 3 -KCl-NbCl5 998 871 916 368 All 3 -Sbl3 474 513

AlCl 3 -KCl-NbCl 5 773 All3 -Snl4 359

AlCl 3 -KCl-NbCl5 -TaCls 696 Al(N03) 3 -9H 20-Ca(N03 ) 2

- 4H20 112

AlCl 3 -KCl-TaCl5 774 961 A1(N03) 3 -9H 2 0—Mg(N03 ) 2 -6H 2 0 149

AlCl 3 -KCl-ZrCl4 802 379 1134 A1 2 03 —BeO 6031 6044 6059

AlCl 3 -KNbOCl4 380 1755 A1 203 —BeO—Si0 2 6222 5944 6009

5-NaCl

Cl4 -TeCl4

-NbCls -TaCls -TeCl4 -wci6 -WOCl4

raCl 5

IfCl 4 2POC1-,

rici4 :rci 4 2Poci3

360

168 407

367 283 209

244

249

319

136 1742 500 336

292 365

533

291 483

1617

100 234

170 293

42 595 324

361 6200

1221

506

416

507 508

343

441

311 489

65

273

498

263 586 323

558

425

667 665 366

286

350

666 369

389

636

A1 203 —CaF2 5762

A1 203 —CaF2 —CaO 5735

A1 203 —CaF2—CaO—MgO 5706

Al 203 -CaF2 -Na3AlF6 5456

A1 203 —CaF2—Si0 2 5728

Al 203 -CaF2 —Ti02 5756

Al 203 -Ca0 5815

A1 203—CaO—Fe 203 5704

Al 203 -Ca0-Si02 5839

Al 203 -CaSi03 —MgO 5951

A1 203 —Ce203 5983

A1 203 —Ce02 6000 A10Cl-NbCl 5 469 A10Cl-NbOCl3 1793 A1 203 —Cu20 5657

Al 203 -Cu0 5691

A1 203 —CuO—Cu2 0 5641

A1 203 —FeO 5773

Al 203 -Fe0-Si02 5837

Al 2 03-Gd 2 03 5986

Al 2 03 -Ge02 5655

A1 2 03 -KV03 3159

Al 2 03 -La203 5992

Al 203-La 2 03 -Mg0 6024

A1 2 03 —Li 2 0—Si02 5545

Al 203 -LiV03 3404

Al 203 -MgF2 5743

Al 203 -MgF2 -Na3 AlF6 5428

Al 203 -Mg0 6077

5817

5882

5761 5468

5926 6005

5708 5795

6010

5702

5774 5984

6067

5985

5999 6022 6023 6056 6057

5554

3405

5438

6095 6096 6097 6108 6109 113
System Index

Continued

System Locator number System Locator number

Al 203 -Mg0-Nd203 Al203-Mg0-Si02 AI 203-Mg0-Zr02 Al203 -Mn0

AI 203—MnO-Si02 Al 203 -MnTi03 Al 203-Na 3AlF6 A1 203—NaA10 2 Al 2 03-Na20

A1 203—NaP03 Al 203-NaV03 Al 203-Nb20s A1 203 —Nd203 —Y203 A1 203—Sc 203 A1 203—Si02 Al 203-Si0 2 -Y203 Al 203-Si02-Zr0 2 Al 203 -Sm203 Al 203-SrO—Zr0 2 Al 203 -Te02 A1 203—Ti 203 A1 203—uo2 A1 203—V 205 ai 2o3-wo3 Al 203-Yb203 ai 2o3—y 2o 3

A1 203-Y2(W04) 3 Al 203-Zr0 2 Al 2(S04) 3-Na2S04 A1 2(W04) 3 -Y2(W04) 3 AsBrs-BBr3 AsBr3-Br2 AsBr3-PBr5 AsBr3—

S

2Br 2 AsBr3-SnBr4 AsCl 3-SbCl3 AsC1 3—TeCl4 Asl 3—Cal 3 Asl 3-Hgl 2 Asl 3-Inl 3 As 2Se 3—As2Te 3 As 2Se 3—Tl 2Se

As 2S 3—In 2 S 3

2S 3

~“I^a 2 S 3 As 2S 3—Na2S Ba(BH4) 2 -N 2H4 Ba(B0 2) 2 -Ca(B0 2) 2 Ba(B0 2) 2 -Cd(B0 2) 2 Ba(B0 2) 2 -Mg(B0 2) 2 Ba(BO 2) 2 -Sr(BO 2) 2 BaBr2-BaF2 BaBr2—Ba3N 2 BaBr2—Ba(NO 3) 2 BaBr2-CaBr2-LiBr BaBr2—CaCl 2 BaBr2-KBr

BaBr2—LiBr BaBr2-NaBr

BaBr2-SrI 2 BaCl 2-BaC03 BaCl 2 -BaC03—BaTi03 BaCl 2—BaC03—NaCl

BaCl 2 -BaF 2 BaCI 2 -BaF2 —CaF2 BaCl 2-BaF2 —CaF2-NaCl

BaCl 2 -BaF2 -CaF2-NaF

BaCl 2-BaF2 -KCl-LiF

BaCl 2-BaF2 -KCl-NaCl

BaCl 2 -BaF 2 -LiCl—NaCl

6032 BaCl2 -BaF2 -NaCl 4769 5802 BaCl2 -BaF2 -NaCl-NaF 3916 4018 6025 6035 6052 BaCl2 —Ba3 N2 5164 5322 5899 5900 6001 6004 BaCl 2 -Ba(N03) 2 2876 5887 BaCl2 —BaO 5413 5787 BaCl2 -BaS04 5368 5526 5523 BaCl 2 —BaS04 —NaCl 4076

5933 BaCl2 —BaS04 -RbCl 3885 3954 3956

5842 6224 6223 BaCl2 -BaTi03 5476 4195 BaCl2—BaTi03 —NaCl 3950 3813 3812 BaCl2 —BaW04 5347 5850 5843 BaCl2 —BeCl2 1992 1995 6225 BaCl2 —CaCl2 3685 3711 3948 6012 6020 BaCl2 —CaCl 2—CaF2 3245

5927 6041 6042 6043 6045 5909 5931 BaCl2 —CaCl2 -CaF2—KC1 3009 5803 6036 BaCl2 —CaCl 2 -CaF2—NaF 3180 3202 5969 BaCl2 —CaCl2 —CaS04 3462 6021 5993 6046 6078 BaCl2—CaCl2—CaS04—NaCl 2414 5888 BaCl2 —CaCl2 —CeCl 3 2828

4201 4400 BaCl2 —CaCl2—CsCl 3158 3308 5968 BaCl2 —CaCl2 —KC1 3183 3293 3318 6068 6080 BaCl2 —CaCl2 —KC1—NaCl 2317 2364 2728 4257 4286 4287 BaCl2 —CaCl2 —LiCl 2191 5715 5727 BaCl2 —CaCl2—LiCl—NaCl 2021 2074 2124 5987 6047 6049 BaCl2 —CaCl2 —NaCl 2447 2515 2551 6048 6054 6055 6064 6011 6079 6081 BaCl2 —CaCl2 —RbCl 3406 3482 3610 6082 5994 BaCl2 -CaF2 5110 5111 5849 BaCl2 —Ca(N03) 2 2176 6065 6135 BaCl2 —CaS04 —NaCl 4500 4098 BaCl2—CdCl2 2521 2533 5684 BaCl2 -CdCI2 -KCl—LiCl—NaCl 1810 26 BaCl2 —CeCl3 4412 4472

41 BaCl2 -CeCl3 -NaCl 1996 2868 88 BaCl2 —CsCl 3254 3574

25 BaCl 2 —CsCl-NaCl 2440

72 BaCl2 —GaCl3 200

43 BaCl2—InCl 3 2306

53 BaCl2 —KC1 4132 4146 4164 442 BaCl2 —KCl-LiCl 1646 1647 439 BaCl2 -KCl-MgCl 2 -NaCl 2706 3296

446 BaCl2—KCl-NaCl 3246 3247 3283

1385 BaCl2 -K2TiF6 3975 4033

1164 1228 BaCl2 —

K

2TiF6—NaCl 3137 3161 3740

1484 BaCl2 —LiCl 2986 2987 3013 4607 BaCl2 -LiCl—LiF 2480

1560 2715 3784 2337 BaCl2 —LiCl—Li 2S04 2611 50 119 BaCl2 -LiCl-NaCl 2569 2823 5607 5610 5622 BaCl2 -LiCl-RbCl 2943 1574 5108 5504 BaCl2-LiF-NaCl-NaF 3310 5505 BaCl 2 —MgCl2 3366 3391 5615 5638 BaCl 2 -MgCl2 —NaCl 2287 5158 BaCl2 —MnCl 2 2950 3803 5237 BaCl2 —NaCl 4089 4161 4162 2964 4219 4220 4223

2292 BaCl2—NaCl—RbCl 3001 3048

4841 BaCl2 -NaCl-SrCl2 3379 3790 BaCl 2 -NaCl-ZnCl 2 950

2771 2772 BaCl2 -NaF 4381 3702 3730 3739 BaCl2 —Na2TiF6 3529 2525 Ba(C104) 2—Ca(C104) 2 1612 4838 5188 5321 Ba(C104) 2 -KC104 2113 5178 Ba(C104) 2 -NaC104 1587 1600 3881 3886 3984 3990 BaCl2—PbCl 2 6201 5267 5288 5480 5486 BaCl2 —PuCl3 4166 5046 5369 5475 BaCl 2 -RbCl 3901 4036 4073 4638 BaCl2 —SrCl 2 5291 5297 4154 4700 BaCl2 -SrCl 2 —SrF2 5420 4265 BaCl2 -ThF4 5175 5210

3051 BaCl 2 -TlCl 2413 2325 BaCl2 -UCl3 4611

3974

2737

4187

3031

4163

4238

4092

4243

4171

4251 4252

4186 421f

114
System Index—Continued

System Locator number System Locator number

BaCl 2 -ZnCl2 2672 Ba(N03) 2 -BaS04 -LiN0 3 1225 BaCOj-NaCl 4564 4839 5189 Ba(N03) 2 -Ca(N03) 2 2912 2929 BaC03 -NaCl—Na2 C03 3418 3422 Ba(N0 2) 2 -Ca(N0 2 ) 2 1259 BaC03 -Na 2 C03 4491 4492 Ba(NQ3) 2 -Ca(N03 ) 2 -KN03 629 BaF2 -BaI 2 4352 Ba(N03 ) 2 -C0(NH2 ) 2 281 BaF2 — BaMo04 5516 Ba(N03) 2 -C0(NH2 ) 2 -KN03 212 BaF2—BaSi03 5640 Ba(N03) 2 -C0(NH2 ) 2 -LiN03 163 256 260 BaF2 -BaS0 4 5517 Ba(N03) 2 -C0(NH2 ) 2 -NaN03 164 BaF2 -BaW04 5565 Ba(N0 2 ) 2 —KN02 1312 1070 BaF2-BaW04 -NaF 4902 Ba(N03) 2 -KN03 1425 1426 1427 1428 BaF 2 -BeF2 3722 4975 5448 Ba(N02) 2 -KN02 -LiN0 2 317 BaF2 -B 203 5320 5334 Ba(N03) 2 -KN03 -NaN03 1021 BaF2 -B 20 3 -KF 6191 Ba(N02) 2 -KN02 -NaN0 2 648 BaF2 -B203 -LiF 4905 Ba(N02) 2 -KN02 -RbN02 959 BaF2 -B 203-NaF 6192 Ba(N03) 2 —LiCl— LiN03 1117 BaF2 -CaCl2 3815 Ba(N02) 2 —LiN02 806 828 BaF2 -CaF2 5595 5618 Ba(N03) 2 -LiN03 1244 1235 1239 1206 BaF2 -CaF 2 -KCl 4670 Ba(N03 ) 2 —LiN0 3 —NaN03 859 BaF 2 -CaF2 -KF 4429 Ba(N03) 2 —NaCl 2208 BaF2-CaF2 -KF-NaF 3772 4476 Ba(N03 ) 2 —NaCl—NaN03 1380 BaF2—CaF2 -LiF 4662 Ba(N02 ) 2 -NaN02 797 BaF 2 -CaF2 -LiF-MgF2 3746 Ba(N03 ) 2 -NaN03 1472 1506 1482 BaF2 -CaF 2 —MgF2 5051 5142 Ba(NO 2) 2 -RbNO2 -TlNO 2 605 BaF2 —CaF2 -NaCl 3995 Ba(N0 2 ) 2 -TlN0 2 670 1297 BaF2 -CaF2 -NaF 4857 BaO—Cr203 5695 5757 5765 BaFCl-LiF-NaCl 4155 BaO—Fe 2 03 5776 5792 5793 5818 BaF 2 —CsF 3979 BaO—Ga203 5824 5880 BaF 2 -FeF 2 4816 1336 BaO—GeOz 5666 5739 5744 5966 5970 BaF 2 -GdF 3 5601 5623 BaO—Li 2 0—Si02 5450 BaF 2 -KCl 4865 BaO—Mo03 4100 BaF 2 -KCl-KF-NaF 3211 3411 BaO—Si0 2 5821 5822 5857 6144 BaF 2 -KCl-LiF 4514 BaO—Si0 2 —TiO 5742 5760 5867 BaF 2 -KCl-NaCl-NaF 3518 BaO—Si0 2 -ZnO 5661 5688 5697 5807 5820 BaF2 -KCl-NaF 4023 BaO—TiO 2 5778 5779 5917 5918 BaF2 -KF 4796 4797 BaO—W03 5470 5477 5781 5782 5928 5929 BaF2 -KF-LiF 2682 Ba(P03) 2 —Ca(P03 ) 2 5246 5351 BaF2 -KF-NaF 4246 Ba(P03) 2 —Cd(P03) 2 5080 5092 BaF 2 -KF-SrF2 4496 Ba(P03) 2 —NaP03 4380 3078 BaF2 —Li 3AlF6 4322 Ba 2 S—GeS 2 6240 BaF2 -LiCl-LiF 4671 BaSi0 3 —BaGe03 6249 BaF 2 —LiF 4970 5000 5001 Ba2 Si04—Ca2 Si04 6002 6028 BaF 2 -LiF-Li 2 Si0 3 4912 4913 4926 Ba 2 SiOs —Li 2 Si 2 Os 5490 BaF2 -LiF-MgF 2 4216 4919 Ba 5 Si 802] -Li 2Si03 5538 BaF 2 -LiF-NaCl 4038 4307 4732 Ba 2 Si 3 08 -Li 2 Si0 3 5542 BaF 2 -LiF-NaF 3923 Ba 2 Si 2 05 -Li 2 Si0 3 5547 BaF 2 -LiF-SrF 2 4762 BaSi03 —Li 2 Si03 5548 BaF2 —Li 2 Si0 3 4976 BaSi0 3 —PbSi03 4757 5606 BaF 2-MgF2 5392 5437 5444 BaS04 -CaS04—KC1 4311 BaF2-MnF2 4344 4845 BaS04 -CaS04-K2S04 5339 5592 BaF2 -Na3AlF 6 5253 BaS04—CaS04—NaCl—Na2 S04 3903 BaF2 -NaCl 4578 4617 BaS04 —CaS04—Na2S04 5340 BaF 2 -NaF 5180 5183 5213 5227 BaS04-Cs2 S04-Li 2S04 4490 3868 3761 BaF 2 -NaF-SrF 2 5156 BaS04 -KCl—NaCl 3964 BaF2 -NiF2 5380 5532 BaS04 —

2 S04 5587 5588 BaF2-RbF 4226 BaS04 —LiCl—Li 2S04 2636 BaF2 -YbF 3 5506 BaS04-LiCl-RbCl 1544 BaF2-Y2 03 5801 BaS04 —LiN03—Li 2S04 1186 BaH 2-LiH 4372 BaS04 -Li 2 S04 4986

BaI 2 -Ba 3N 2 4276 4541 BaS04 —Li2 S04—RbCl 2723 2733

Bal 2 -Srl 2 2452 2526 2711 BaS04 -NaCl-Na 2 S04 3852 BaMoO„-KCl 4810 4811 BaS04 —NaCl—RbCl 3178 BaMo04 -LiCl 2605 2606 BaS04 —Na2S04 5441 5442 BaMo04 -MgMo04 5658 BaS04—Na2S04 —RbCl 2429 BaMo04-Mo03 3953 BaS04-RbCl-Rb2 S04 3988 4019 BaMo04-NaCl 4936 4937 BaTi03 —

2C03 5355 BaMo04-Na 2 Mo04 4420 BaTi03 -KF 5187 5252 BaNb206-3aV 206 4451 BaTi03 —K2 Mo04 5429 Ba(N02 ) 2 -Ba(N0 3) 2 1243 1257 BaTi03 —

4P 207 5569 Ba(N0 2) 2 -Ba(N0 3) 2 -LiN0 2 687 BaTi0 3—

2 Si03 5416 Ba(NO3) 2 -BaSO 4 3312 BaTi03 -KV03 2914 115
System Index—Continued

System Locator number System Locator number

BaTi03 -Li 2Si03 5617 BeS04—

K

2S04 5019 BaTiO3-Li 2SO4 5294 bf3 -n2o 1 BaTi0 3 -NaF 5508 bf3 -so2 6 2 BaTi03-NaP03 3557 BiBr3—BiCl 3 727 BaTiO 3—Na4P 20 7 5304 BiBr3—PbBr2 946 954 BaTi03-Na2 Si0 3 5489 BiBr3 —TeBr4 913 BaTi0 3 -Na2 S04 5344 Bi-CdTe 1340 BaTiO 3-NaVO3 5179 BiCl3 -CuCl 841 BaTi03-Pb(B0 2 ) 2 3941 BiCl 3-CuCl-FeCl3 593 BaTi0 3 -Pb(P0 3 ) 2 3837 BiCl3 -FeCl3 716 712 BaTiO 3-Pb3(P0 4) 2 3940 BiCl 3 -FeCl3 -NaAlCl4 481 BaV 206-NaV03 3502 BiCl 3 —CaCl3 565 173 BaV 206-SrV 206 4199 BiCl3 -HgCl2 850 BaW04-NaF-Na2W04 3876 BiCl3 —InCl 3 1115 BaW04-Na2W04 4460 4422 BiCl3 -KCl 3498 697 BBr3-GeBr4 28 BiCl3-LiCl 960 924 BBr3—GeCl4 19 BiCl 3 -NaAlCl3 509 BBr3 —SiBr4 24 BiCl3—NaCl 877 1191 BBr3—SiCl4 15 BiCl3-NaFeCl4 463 BBr3—SnBr4 29 BiCl 3 -NbCl5 842 BClj—GeCl4 3 BiCl3 -PbCl2 1054 1046 BC13 -PC1 3 5 4 BiCl 3 -PCl5 618 bci3-poci3 226 BiCl 3—SeCl4 614 BeCl 2 —BeF 2 1563 BiCl 3 —TaCls 779 BeCl 2—CaCl2 1889 BiCl 3-TeCl4 677 BeCl 2—CdCl2 1716 1712 BiCl 3 -TlCl 1920 594 BeCl 2—CsCl 3353 1460 1338 BiCl 3-WCl6 1033 BeCl2—CaCl3 153 BiCl 3-WOCl4 955 BeCl2 -KCl 1933 3131 1932 3130 1528 1525 BiCl3 —ZnCl2 1025 BeCl2—KC1-NaCl 874 990 2732 Bil3 —Gal 3 785 BeCl 2-KCl-YCl3 2678 1803 1485 1210 Bil 3 -Hgl 2 1205 BeCl2 -LiCl 1581 1533 1512 Bil 3 —Inl 3 669 BeCl 2-NaCl 1032 1029 979 Bil 3 —Sil 4 110 BeCl 2—PbCl2 1455 1461 Bi 2(Mo04) 3—PbMo04 3860 BeCl2-POCl3 59 Bi 203—CoFe 204 4978 4595 BeCl2 -RbCl 1848 3492 1367 B*203—^e2®3 5083 BeCl2 -TlCl 1855 1583 1534 1975 1866 1986 Bi 203 -Fe 203—Mn203 6227 BeCl 2-YCl3 1589 Bi 2 03 —Ge02 5518 5373 BeF2—CaF2 2861 BiOI—Inl 3 390 BeF2—CeF3 3239 Bi 2 03-LiFes08 4561 BeF2 -CsF 2109 2507 1948 3715 Bi 2 03—Mo03 4068 5145 BeF 2 -KF 2183 1711 4627 1832 1788 4587 Bi 2 03—M°03 —PbO 5101 3804 BeF2-KF-LaF3 5023 3794 B' 2^3 Nb203 5709 BeF2-LiF 2566 2565 1890 Bi 2 03—NiFe203 5123 BeF2-LiF-ThF4 1891 Bi 203—PbO 4552 3743 BeF2-LiF-UF4 2360 1849 Bi 203—PbO—TiO z 3718 4439 BeF2-LiF-ZrF4 2512 Bi 203—PbO—V2Os 2388 4675 BeF 2 —MgF2 3119 Bi 203 —Ti02 5254 5132 BeF 2 -NaF 3527 1786 3374 1787 1817 Bi 20 3 —V2Oj 4007 5348 BeF2-NaF-ThF4 1645 1935 2984 3346 B12B3 Ga 2S 3 3738 BeF2-NaF-UF4 2792 1784 1825 Bi 2 S 3 —PbS 4808 BeF2-PbF2 3099 2639 2725 Bi 2S 3 —Sb 2Se 3 6242 BeF 2 -RbF 2487 Bi 2Te3—Ga2Te 3 3477 BeF2-SrF2 5383 Bi 2Te3—In 2 Te3 3485 3450 BeF2-ThF4 3117 Bi 2Te3 —Tl9BiTe 6 2961 3272 BeF2—UF4 3179 Bi 2(W04) 3-PbW04 5185 BeF2—ZrF4 3528 ®203 Bi 2 03 4574 3934 BeO—Ce0 2 6066 6084 B 2 03 -Hf0 2 5752 BeO—Gd 203 5879 b2o3-k2o 5042 5029 BeO—Li 2 0 4927 B 203 —

K

20—P203 3778 4812 BeO-MgO 6053 b 2o3-k2o-wo3 5537 4815 BeO-Na3AlF6 5410 B203-LiF 5138 BeO—Pu0 2 6148 B 203 -LiF-NaF 6193 BeO—Pu02—U02 6226 B203 —MgO 5766 5811 Be0-Si0 2 5959 B 203 —Mo03 —PbO 3919 3006 BeO—Si02—SrO 5794 B 203 -NaF 6194 BeO—Th02 6153 6158 B 203 -Nb20s 6228 Be0 2—U02 6155 B2 03—PbO-V205 2268 2790 BeO—W03 5713 B203-Rb20 4779 4676 BeO—Zr0 2 6110 B2 03—Sc 203 5925

861

5241

3883 3731 5463

3742 4053 3476

4502 3687

5229

4312 4659 4565

5073 5064 5090 5038 3689 4530

5247

2753 3080 4612

3914 3233 3234

4596 4231

116
System Index—Continued

System Locator number System Locator number

B2 0,-Si0 2 2534 CaCl 2 -LiCl 2871 2742 B 203-Sr0 5531 5469 2845 B203 -Th02 1698 5883 CaCl 2 —LiCl-NaCl 2446 Br2 -N204 51 CaCl2 —LiN03 1655 1161 Br 2—SbBr3 54 CaCl 2 —MgCl2 3924 CaAl 2 04—Ca2 Al 2 Si0 7 5898 CaCl2 -MgCl2 —UC13 3737 CaAl40 7 —Ca2Al 2 Si0 7 5907 CaCl2 —MgCl2 —UC14 2806 CaAl 204 -CaL40 7 5932 CaCl2 —MnCl2 3638 CaAl407 -MgAl 2 04 5971 CaCl2 —NaCl 2902 2824 Ca 2Al 2Si0 7 —MgAl204 5901 CaCl2 -NaCl-NdCl3 2365 Ca 7 Al6ZrO l6 -MgO 5872 CaCl2 -NaCl—PbCl2 2048 2100 Ca(BO 2) 2 -Cd(BO 2) 2 5259 CaCl2 —NaCl—RbCl 2956 2903 CaBr2 —Ca3N 2 3853 CaCl2 —NaCl—SrCl 2 2532 2432 CaBr2—CsBr 3504 CaCl2 —NaCl—YC13 2119 CaBr2 —CsBr—LiBr 1337 CaCl2 —Na2 S04 4136 4332 CaBr2—KBr 3260 3265 3426 3428 CaCl 2 —Na2 TiFg 3376 3762 CaBr2 —KBr—LiBr 1598 2171 2201 CaCl2 -NdCl3 3601 CaBr2 —LiBr 3235 3236 3624 3915 Ca(CI04) 2 -KC104 1929 CaBr2 —LiBr—NaBr 2867 Ca(C104) 2 —LiC10 4 1101 CaBr2 -LiBr—RbBr 1282 Ca(C104) 2 —LiC10 4 —NaC104 922 CaBr2—NaBr 3018 3028 Ca(C104) 2 —NaC104 1335 CaBr2-RbBr 3563 CaCl2 —PbCl2 2573 2654 CaCl 2 -CaC03 3930 CaCl2 —PuCl3 3799 CaCl 2—CaCr04 4285 4289 CaCl2 —PuCl3 —UC13 3698 CaCl 2—CaCr0 4 — KC1 3493 3508 CaCl2 -RbCl 3548 4418 CaCl2—CaF 2 4121 5457 CaCl2 -RbCl-RbF 3077 3481 CaCl 2 -CaF 2 -KCl-NaCl 2963 CaCl2 —SnCl2 6202 CaCl 2—CaF 2 —LiCl 2514 2782 CaCl2 —SrCl 2 4239 CaCl2-CaF 2 -NaF 2820 CaCl2 —ThCl4 3392 CaCl2—CaF 2 —RbCl 3560 CaCl 2 -ThCl4-UCl3 3045 CaCl2—Cal 2 3300 CaCl 2 —T1C1 4134 4150 CaCl 2—CaMo04 4860 CaCl 2 —UC13 4016 CaCl2-Ca3N 2 4705 CaCl2 —UF4 3400 4058 CaCl 2-Ca(N0 3) 2 2215 CaCl2 -YCl3 3118 CaCl 2—CaO 3676 4961 5144 CaCl2 —ZnCl2 6203 CaCl 2-CaO-LaOCl 4826 CaC03—CaF2 5370 CaCl 2-CaSi0 3 5015 CaC03 —CaF2 —Ca(OH)2 3496 CaCl 2-CaS04 4650 4704 CaC03 —Ca(OH) 2 4213 CaCl 2-CaS04-KCl 3549 3754 CaC03 —Li 2 C03 4300 CaCl 2 —CaS04—LiCl 2530 CaC03—LiF 3532 CaCl 2—CaS04 -NaCl 2786 CaC03 —Na 2C03—Na2 S04 5036 5125 CaCl 2-CdCl 2 3218 3219 CaCr04 —Ca(N0 3) 2 3025 CaCl 2—CeCl 3 3833 3880 3949 4093 CaCr04 —KC1 4339 4202 CaCl2-CeCl3 -NaCl 2448 2576 CaCr04 -KCl—LiCl 1771 1812 CaCl 2-CoCl 2 3846 CaCr04 -KN03 1693 CaCl 2-CrCl 2 3888 CaCr04 —LiCl 3204 3127 CaCl2—CsCl 3824 3828 4628 4634 CaCr04 —Na 2 Cr04 4878 CaCl2 -CsCl-LiCl 1597 2716 CaF2 —Cal 2 4330 CaCl 2 -CsCl-NaCl 2743 2759 CaF2 —CaO 5809 5810 CaCl 2—CsCl—SrCl 2 3753 CaF2 —Ca(OH)2 4353 CaCl 2 -CuCl 2111 CaF2 —CaO—MgO 5800 CaCl 2 -FeCl2 3671 CaF2 —CaO—

2 Os 5712 5910 CaCl 2—CaCl3 206 CaF2—CaO—Si0 2 5664 5671 CaCl 2 -H 20-MgCl2 267 115 86 92 CaF2 -Ca3(P04) 2 5721 5941 CaCl 2 -KCl 3583 3631 3691 3692 3710 3727 3796 CaF2 —Ca2 Si04 5675 3857 3859 4000 4090 4091 4107 CaF2 —CaSi0 3 5689 5690 CaCl 2-KCl—KF-NaCl-NaF 3629 CaF2 —Ca2 Si0 4—CaO 5665 5672 CaCl 2-KCl-KF-NaF 3429 CaF2 —CaS04 5507 CaCl 2-KCl-K 2S04 3616 4112 4563 CaF2 —CsF 5634 4513 CaCl 2- KCl-LiCl 1744 2342 1789 2245 CaF2 -CsF-LiF 2717 4646 CaCl 2 -KCl—MgCl2 —NaCl 2594 CaF2 —CsF—NaF 3628 CaCl 2-KCl-NaCl 2642 3040 CaFeSi04 -Zn2 Si0 4 5692 5696 CaCl 2 -KCl—NaCl-NaF 2592 CaF2 -GdF3 5738 CaCl 2 -KCl-NaCl-PbCl2 1988 CaF2 —KC1 5026 4949 CaCl 2 -KCl-PbCl 2 2174 2322 2302 CaF2-KCl-LiCl 1779 CaCl 2-KCl-SrCl2 3122 3329 3274 3085 CaF2 -KCl-LiF 4538 CaCl 2-K2TiF6 3567 3599 4296 CaF2—KC1—NaCl 4227 CaCl 2-LaCl3 4005 CaF2-KCl-NaF 4045 CaCl 2- LaCl 3-LaOCl 3955 CaF2 -KF 5069 5057 CaCl 2-LaCl3 -NaCl 2595 CaF2-KF-LiF 2817

2727

2881

2571

3763

2307

5912

2616

4948

5625

2838 2704

2856 2862

3519 3240

2295

5629 5631

3163

5058

2705

117
System Index—

C

ontinued

System Locator number System Locator number

CaF2 -KF-LiF-NaF 2475 Ca(N03) 2 -NaN02 939 CaF2 -KF-NaF 4403 4461 4968 Ca(N03) 2 -NaN03 1019 1076 1092 1127 CaF2 -KF-SrF2 4579 Ca(N02) 2 -NaN02 -NaN03 609 CaF2 -LaF3 5770 Ca(N03) 2 -NaN03 -NH4 N03 321 CaF2 -Li 3 AlF 6 4726 4621 Ca(N03) 2 -NH4N03 340 346 CaF2 -LiCl 2842 2841 Ca(N02 ) 2 -RbN02 948 1443 CaF2 -LiCl-LiF 2683 Ca(N02) 2 -RbN03 703 CaF 2 -LiCl-NaCl 2698 2640 Ca(N03) 2 -RbN02 759 CaF2 -LiF 5007 4971 Ca(N03) 2 -RbN03 435 CaF2—LiF—MgF2 4402 4373 Ca(NO3) 2 -Sr(N03) 2 2866 CaF2-LiF-NaCl 4181 Ca(N02) 2 -TlN02 628 CaF2 -LiF-NaF 3782 CaO—Ce203 6087 CaF2 -LiF—SrF 2 4867 CaO—Ce02 6091 CaF2 -MgF2 5551 5496 5510 5511 5497 CaO—Cr 203 —Si0 2 5840 CaF2 -MgO 5806 CaO—CuO—Cu 20 5566 CaF2 -Na3AlF 6 5491 5479 CaO—Dy 2 03 5864 5889 CaF2Na3 AlF 6 5493 CaO—FeO 5674 5680 CaF2 -NaCl 5028 5027 5056 CaO—FeO—Fe 2 03 5677 5698 CaF2 -NaCl-Na 3 AlF6 4800 2Ca0-Fe 203 -Mg0 5823 CaF 2 -NaCl-NaF 4297 CaO—FeO—SiO 2 5678 CaF2 -NaF 5200 5198 5199 5172 CaO—Ga203 5751 5788 5871 CaF 2 -NaF-SrF2 5157 CaO—Gd 203 6111 6136 CaF 2 -NdF3 5755 CaO—Ge02 5741 5749 5758 5829 6026 CaF2-RbF 5651 4974 Ca(OH)2—Ca2 Si04 5216 CaF2-ScF3 5572 CaO—La203 6075 CaF2—Si0 2—Ti0 2 5729 CaO-MgF2 5724 CaF 2 -UF4 5575 5277 CaO—MgO 6180 CaF 2 -YbF 3 5626 CaO—MgO—

P

2Os 5686 5915 CaF2 -YF3 5683 5673 CaO—MnO—Si0 2 5718 5722 5753 Ca 2Ge04-Ca 2Si04 6015 CaO—Na3 AlF6 5407 Ca2GeO4—Sr 2 Ge04 6016 CaO—NaF 4182 CaH2-LiH 3844 CaO—Na20—Si0 2 4780 CaI 2-Ca 3 N 2 4078 CaO—Nb2 05 5791 5885 5904 CaKCl 3-CaCr0 4 4383 CaO—

P

2 05 2749 4870 5534 5763 5923 CaMgSi0 4 -MgFe 204 5845 CaO—

P

2 05 —Si0 2 5949 6088 CaMg(SiO 3) 2 -SrSiO 3 5769 CaO—Sc 203 6085 6104 CaMo04 -CsCl 3910 CaO—Si0 2 5858 5874 6120 CaMo04-KCl 4935 2Ca0-Si0 2 -Mg0-Cr203 5965 CaMo04—LiCl 3559 CaO—Ti0 2 5859 5875 6037 6060 6098 CaMo04—MgMo04 5720 CaO—Ti0 2 —

V

2 Os 3652 4814 5483 5808 5868 CaMo04-Mo03 4793 CaO—

V

2Os 3838 CaMo04 -NaCl 5071 CaO-W03 5693 5884 CaNaP04—Ca 3(P0 4) 2 4197 CaO—Yb 203 6105 CaNb 2 06 -LaNb 309 5805 CaO—

Y

203 6069 Ca(N0 2) 2—Ca(N0 3) 2 2114 CaO—Zr0 2 6151 6174 Ca(N0 2) 2—Ca(N0 3) 2 —NaN03 671 Ca 3(PO 4) 2 -CaSi03 5848 Ca(N0 3) 2—CO(NH2) 2 257 528 Ca 3(P0 4) 2 -CaSi03-Si0 2 5831 Ca(N0 3) 2 -C0(NH2) 2 -KN03 426 248 Ca(P03) 2 —CsP03 4468 5364 Ca(N0 3) 2 -CsN0 3 834 Ca(P03) 2 -KP03 4473 5251 Ca(N0 3) 2 -CsN0 2 1150 1319 Ca(P03) 2 —Na2 0 4169 5957 Ca(N0 2) 2 -CsN0 3 1200 1661 Ca 2 P 2 07 -Na4P 2 07 -CaS04 5515 Ca(N0 2) 2 -CsN0 2 1214 1884 Ca2 P 20 7 —Na4P 207 —Na 2S04 4850 5443 Ca(N0 3) 2 -4H 20-Mg(N03) 2 -6H 2 0 107 Ca 3(P04) 2 -Si0 2 5906 Ca(N0 3) 2 -4H 2 0-Zn(N03) 2 -6H 20 89 CaSi03-Cr203-Mg0 6007 Ca(N0 3) 2 -K2Cr0 4 2983 Ca2 Si04 -La4(Si0 4) 3 6003 Ca(N0 3) 2 -K 2 Cr0 4-KN03 690 1644 520 Ca2 Si04 -MgAlCr04 5940 Ca(N0 3) 2 -KN03 552 559 561 650 535 551 Ca2 Si04—MgAl2 04 5847 Ca(N0 2) 2-KN0 2 822 892 Ca2 Si04 -MgCr04-Mg0 5952 Ca(N0 3) 2 -KN03 -LiN0 3 388 Ca 2 Si04 -MgFeCr04 5942 Ca(N0 3) 2 -KN03 -Sr(N03) 2 543 Ca2Si04 -MgFe 2 04 5846 Ca(N0 3) 2 -LiCl 1309 Ca 2Si04 -Nd4(Si0 4) 3 5998 Ca(N0 3) 2 -LiCl-LiN0 3 1118 Ca 2 Si04 -Sr2Ge04 6029 Ca(N0 3) 2 -LiN0 2 923 1008 Ca 2Si04-Y4(Si04) 3 5991 Ca(N0 2 ) 2 -LiN0 2 947 CaS04—Cs2 S04 5045 Ca(N0 2) 2 -LiN0 3 971 CaS04 -KCl 4495 Ca(N0 3) 2-LiN0 3 1067 1139 1146 1151 CaS04 -KCl—

K

2S04 4125 4396 Ca(N0 3) 2 -LiN0 2 -LiN03 758 972 CaS04-KCl-LiCl 1721 Ca(N0 3 ) 2 -LiN0 3 -NaN03 675 2455 CaS04-KCl-NaCl 3768 Ca(N0 2 ) 2 -NaN03 789 CaS04—

K

2 S04 5341 5342 5349 5362 5363 Ca(N0 2) 2 —NaN02 904 CaS04 -K2 S04 -MgS04 5374 5381 118
System Index—

ontinued

System

CaS04—LiCl CaS04-LiCl-Li 2 S04 CaS04-Li 2 S04 CaS04—Li 2S04 -Rb2 S04 CaSO„-NaCl

CaS04-NaCl-Na2S04 CaS04 -Na4P 2 0 7 -Na2 S04 CaS04-Na2S04 CaS04-Rb2 S04 CaTi0 3-Cr203 CaTi03-La2Ti0 5 CaTi0 3 -Zr0 2 Ca(V03) 2 -KV03 Ca(V03) 2 —NaV03 Ca(V03) 2 -Sr(V0 3) 2 CaW04-KCl

CaW04—LiCl CaW04-NaCl

CaZn 2(PO 4) 2 - Zn 3(PO4) 2 CaZr03 -MgAl2 04 CaZr(PO4) 2 -ZrP 207 CCl4-CaCl3 Cd 3 As 2 -CdS

Cd(B0 2) 2 -Mg(B0 2 ) 2 CdBr2 —CdCl 2 CdBr2 -CdI2 CdBr2 —CsBr

CdBr2 —CsBr—KBr

CdBr2 —CsBr—NaBr

CdBr2 —CsBr—TIBr CdBr2 -CsCl

CdBr2 -CsCl—TIBr CdBr2 -CsI CdBr2 -KBr

CdBr2 -KBr—NaBr

CdBr2 -KBr-PbBr2 CdBr2 -KBr-TlBr

CdBr2 -KC 2H 302 CdBr2 -KC 2H 30 2 -NaC 2 H30

CdBr2 —NaBr

CdBr2 —NaBr—PbBr2 CdBr2—NaBr-TIBr CdBr2-Na 2 C 2H 302 CdBr2—PbBr2 CdBr2-PbBr2 -TlBr CdBr2-PbCl2 CdBr2—Pbl 2 CdBr2 -RbBr

CdBr2 -TeBr4 CdBr2 -TlBr CdBr2 -TlCl CdBr2 —ZnBr2 Cd(C 2 H 3 0 2) 2 —CsC 2 H3 02 Cd(C 2 H3 0 2) 2 —KC 2H 302 Cd(C 2 H3 02) 2 - RbC 2H 302 CdCl 2 -CdF2 CdCl 2-CdF2-LiF

CdCl2-CdF2 -NaF

CdCl2-CdI 2 CdCl2-CdI 2-NaCl

CdCl 2 -CdI 2 -PbI 2 CdCl 2 -CdI 2 -TlI CdCl2 -CdMo04 CdCl2 -CdO

CdCl 2-CdS

CdCl 2-CdSe

CdCl2—CdSe0 3 CdCl 2 -CdS04 CdCl2-CdS04 -KCl

Locator number System Locator number

3022 3034 3171 CdCl 2 -CdS04-Li 2 S04 3017

2651 CdCl 2 -CdS04-NaCl 2708 1899 1905 4559 CdCl2 -CdS04-TlCl 1441 2094 3264 3326 4224 CdCl2 —CsBr 2242 2308 2185 4745 4787 CdCl2 —CsBr—TIBr 1483 1691 1985 2787 4039 CdCl2 -CsCl 2813 2671 2579 5446 CdCl2 -CsCl-NaCl 2476 2343 2026 5400 5432 CdCl2 -CsCl-PbCl2 2289 1926 5283 CdCl2 —CsCl—TIBr 1822 1686 1409 6018 CdCl 2 -CsCl-TlCl 1853 1836 2002 6268 CdCl2 -CuCl 2226 6008 CdCl2 —GaCl3 128 2944 3024 CdCl2 -InCl3 2829 2720 2354 3483 CdCl2 —In 2Cl 3 1524 4114 CdCl2 -InCl 910

4965 CdCl2 -KCl 2081 2053 3639 CdCl2 -KCl-LiCl 1908 2078 1685 5127 CdCl2 —KC1—NaCl 1886 5403 CdCl2 -KCl-PbCl2 1747 1718 1925 5953 CdCl2 -LiCl 2897 2945 3014 5710 3052

47 CdCl2 —LiCl— Li 2Mo04 2409 3926 CdCl 2 -LiCl-PbCl2 1669 5315 CdCl 2 -LiF 3266 3299 6217 CdCl2 —Li 2S04 3255 2067 CdCl 2 -Li 3V04 2633

1999 2060 2199 2320 2441 2469 CdCl2 -MgCl2 6204

2118 1247 CdCl2 —NaCl 2139 2079 2102

1930 2141 1657 CdCl2 -NaCl—PbCl2 1681 1939 1860 1576 1736 CdCl2 -NaCl-TlCl 1896 2057 1435 2206 2228 1923 CdCl2 —NaF 1497 2150 1628 1457 1856 CdCl2 -NH4Cl 1317 1325 1599 2068 1726 1621 CdCl2 —PbBr2 1795 1782 1553 1829 1828 1492 1520 1558 CdCl2 -PbCl2 2075 2086 1976 1509 CdCl2 -PbCl2 -PbI 2 1476 1458 CdCl2 -RbCl 1958 2465 2466

1383 1493 1366 CdCl2 —SnCl 2 1111 1129 1478 CdCl2 -SrCl 2 2946 2939

1401 CdCl2 —TeCl4 1016 1110 CdCl2 —TIBr 1486 2135

1981 1952 1951 1953 CdCl2 -TlCl 1705 2227 1501 1382 1515 1725 1405 CdCl2 -TlCl-TlI 1272 1465 CdCl2 -TlI 1333 1798 CdCl2 -UCl4 2755

1545 1543 1504 1479 CdCl2 -ZnCl2 1286 1285 1516 1950 CdF 2 -CdI 2 1850 1709 CdF2 -CsF 5296 4293

1676 1658 CdF2 -KF 5308 4547

1824 CdF2 -LiF 4176

1588 2012 2107 1601 CdF2 -NaF 4263 3662

2082 1431 CdF2 -RbF 5417 5418 4711

1934 CdI 2 -CsBr 2142 729

682 Cdl 2 -Csl 900 2229

881 CdI 2 -CsI-KI 613 1931 769 Cdl 2 —Csl—Nal 730 1915 2740 Cdl 2 —Gal 3 786 2641 Cdl 2 —Inl 2 1044 1539 1496 Cdl 2 —Inl 3 845 879

1906 CdI 2 -KI 823

1823 CdI 2 -KI-NaI 783 1358 CdI 2 -KI-PbI 2 733 984 CdI 2 -NaCl—Nal 1410 3332 Cdl 2 -Nal 1429 3230 CdI 2 -PbBr2 -PbI 2 1248 2915 2916 Cdl 2 -Pbl 2 1913 2999 Cdl 2 -Snl 2 1559 6260 CdI 2 -TlCl 1518 3153 3222 CdMo04 -ZnMo04 5520

1980 1871 1879 Cd(N0 3) 2 -CsN03 680 658

1903 2814 2578

1978

1437

1775 1838

1752 1650 1649 1791 2900 2898 2899 2938

2065

2223 2224 2688

2160 1438 2133 2161

119
System Index—Continued

System Locator number System Locator number

Cd(N03 ) 2-KN03 742 688 CoCl2 —LiCl—Li2 S04 2539 Cd(N03) 2 -KN03 -LiN03 347 465 CoCl2 —Li2 S04 3288 3291 Cd(N03) 2 -KN03 -NaN03 310 CoCl2 -NaCl 1956 1967 Cd(N03) 2 -LiN0 3 847 CoCl2 —NaCl—TeCl4 973 Cd(N0 3) 2-NaN03 475 CoCl2 -NiCl 2 4437 4763 Cd(N0 3) 2-NaN03-NH4N03 171 175 CoCl2 -PbCl2 2333 Cd(N03) 2-NH4N03 189 CoCl2 -RbCl 2631 2647 2948 Cd(N03) 2-RbN03 601 689 CoCl2 —SnCl2 1172 Cd(N0 3) 2-TlN03 275 CoCl2 —SrCl2 3244 CdO—Na3AlF 6 5540 CoCl2 —ZnCl2 1593 CdO-PbO 5174 CoFe204 —PbF2 3348 CdO-PbO-W03 4440 CoF2 —MnF2 6265 CdO-P2Os 5642 5335 Col 2 ~Ini 2 659 CdO-V2Os 5331 4354 CO(NH2) 2 —Ca(N03) 2 259 CdO-WO3 5659 C0(NH2) 2 -H4P207 251 Cd 2P 20 2 Zn 2P 2 02 5495 C0(NH2) 2 -H3P04 177 Cd 3(PO4) 2—Zn3(PO4) 2 5295 CO(NH2) 2 -KBr 329 Cd(PO 3) 2-Zn(PO 3) 2 5086 CO(NH2) 2 -KBr-NaBr 155 CdS-CdTe 5637 CO(NH2) 2-KCl 371 CdSe—CdTe 5654 C0(NH2) 2-K2 C03 304 CdSe—Ga2Se 3 5482 5454 CO(NH2) 2 -KI 241 CdS04-K2S04 4055 CO(NH2) 2—KI-Nal 124 CdSO4-K2SO4—Na2SO4 3525 C0(NH2) 2 -KN03 331 341 CdS04-Li 2S04 3320 C0(NH2) 2-KN03-NaN03 184 204 CdS04—Na2 S04 4458 4459 C0(NH2) 2-KN03-NH4N03 116 CdS04-TlCl 1631 C0(NH2) 2 -LiN03 205 276 CdS04-TlCl-Tl2 S04 1551 CO(NH2) 2—NaBr 156 CdS-PbS 5648 CO(NH2) 2—NaCl 351 CdTe-Sb 3942 CO(NH2) 2-NaCl-NaNO3 210 CdW04-LiCl 2852 CO(NH2) 2 -NaI 141 CdW04-Na2 W04 4207 CO(NH2) 2 —Nal—NaN03 144 CdW04-Pb(B0 2) 2-Pb0 4008 2233 4011 2231 CO(NH2) 2 —NaN03 228 221 CdW04 -PbO 5103 5580 C0(NH2) 2 -NaN03-NH4 N03 111 CeCl3 —CsCl 3590 3093 CO(NH2) 2 -NH3 13 CeCl3—FeCl 2 3783 CO(NH2) 2-NH4Cl 299 CeCl3-FeCl2 —SnCl2 1089 C0(NH2) 2 -NH4C1-NH4N03 118 CeCl3-KCl 3682 3216 3797 3111 3879 C0(NH2) 2-NH4N03 120 CeCl3-KCl-MgCl2 2303 2260 2288 C0(NH2) 2 -Si<N03) 2 160 CeCl 3-KCl-NaCl 3142 2667 3253 CoO—Fe 304 5934 CeCl 3-MgCl2 4271 CoO—Fe 2 03—PbF2 3349 CeCl3-NaCl 2952 2957 2804 2889 2811 CoO—Nb2 Os 5825 5834 CeCl3-NaCl—SnCl2 814 CoO—

P

205 5635 5667 5681 CeCl3-NaCl-ThCl4 1826 1790 1897 CoO—Si02 5832 5841 CeCl3—SnCl2 1171 Co4S 3 -FeS 5415 CeCl3 -ThCI4 4094 Co2 Si04-Yb4(Si04) 3 5746 CeF3-CsF 4947 4180 CoS04 —

k

2 so4 4782 CeF3-KF 4667 CoS04-Li 2S04 3660 CeF3-LiF 4846 CoS04-NaCl 2386 CeF3 -NaF 4784 CrCl 2 —CsCl 3042 3060 3516 3575 Ce 203 —Cr 2 03 6159 6167 CrCl 3 —CsCl 3939 5160 5195 Ce0 2—Cr 203 6170 CrCl 2 -KCl 2652 2668 2687 2696 2699 Ce02 -Fe 304 5895 2628 2646 Ce0 2 —MgO 6165 CrCl 3 -KCl 4592 4593 4649 5060 5070 Ce02 -Mn304 5902 5122 Ce02—Mo03 4446 CrCl 3—KC1—NaCl 3470 3751 3284 Ce02-Na 3AlF6 5371 CrCl 2 -KCl-NaCl 2472 2417 Ce0 2 -NaP0 3 3368 CrCl 3 —KC1—VC13 6199 Ce02—Ti0 2 5896 CrClj-LiCl 3203 Ce02 -Zr0 2 6175 6181 CrCl 2 —MgCl2 4759 Ce 203—Zr0 2 6070 CrCl 2 —MnCl2 4283 CoBr2-InBr3 2212 CrCl3—NaCl 3573 3471 3673 3674 3709 CoBr2 -TeBr4 1804 3258 3424 3430 CoCl 2-CoS04 4255 4261 CrCl 2 -NaCl 2430 CoCI 2-CoS04-Li 2S04 2968 CrCl 3 -NaCl-RbCl 3537 3539 3538 3536 3540 CoCl 2 -CsCl 2935 3083 3125 3279 CrCl3 -RbCl 4457 5152 5169 4435 5214 CoCl 2 -CuCl 2 1927 CrCl 2 -RbCl 3268 3091 3102 CoCl2-CaCl3 201 CrF2 -CrF3 5239 CoCl 2 -InCl 3 3103 CrF3 -CsF 5168 4477 CoC1 2 -KC1 1867 1921 2272 2327 2361 Cr203—Eu203 6071 6112 CoCl2 -LiCl 3056 Cr203 —FeO 5414 5652 5804 6074 120
System Index—Continued

System Locator number System Locator number

Cr 203—Fe 203 5890 CsC 2 H3 02 —CsN03 536 Cr 2 03 -Fe 203 -Mg0 6038 CsC 2 H3 02 -CsN02 -KC 2 H3 02 333 Cr 2 03 -Gd 2 03 6115 6146 CsC 2 H3 02 -CsN03 —LiC 2 H3 02 1153 501 429 432 Cr203 -K2 C03 5399 5153 CsC 2 H302 —CsN03 —RbC 2 H 3 02 437 Cr 2^3~ La 20 3 6113 6124 6147 6164 CsC 2 H3 02 -CsN02 —RbC 2 H3 02 384 Cr 2 03 -Mg0 6121 6166 6173 6179 CsC 2 H3 02 -KC2 H3 02 459 504 Cr 203-Na 2 C03 4259 CsC 2 H3 O2 -KC 2 H3O2 -LiC2H302 1049 185 Cr203-Nb205 5964 5881 CsC 2 H3 O2 -KC 2 H3 O2 -NaC2H302 252 Cr 2 03 -Nd 2 03 6116 6137 CsC 2 H302 -LiC 2 H302 479 1178 Cr0 3 -PbO 5165 5091 CsC 2 H3 02 —LiN03 477 564 Cr 203—Sc 20 3 6114 6117 CsC 2 H3 02 — NaC 2 H3 02 375 Cr 203 -Si0 2 5963 5995 CsC 2 H3 02 —RbC 2 H3 02 732 Cr 203—Si0 2 —Zr0 2 5972 6039 CsC 2 H3 02 —Zn(C 2 H302 ) 2 314 523 Cr 203 -Sm 2 03 6125 6093 6092 CsCl-CsF 2442 Cr 2 03-Ti0 2 5996 6061 CsCl-CsF-CsI 1941 Cr 203—V2Os 4193 CsCl-CsF-LiF 2190 Cr 203 -Y 2 03 6107 6122 6106 CsCl-CsI 2854 2940 Cr 2 03 —Zr0 2 6062 6134 CsCl-CsI-NaCl 2407 Cr 203 —Si0 2 —Zr0 2 5958 CsCl-CsI-PbCl 2 1993 CsAlCl4 -CsCI-Cs2NbOCl5 1592 CsCl-Cs2 NbOCl 5 2992 CsAlCl 4-Cs 2NbOCls 1652 CsC1-CsN03 1928 Cs 3 A1F6-K3 A1F 6 5081 CsCl—CsP0 3 2997 Cs 3 AlF6 -Li 3AlF 6 3352 CsCl—Cs4P2 07 3362 Cs 3 AlF6 -Na 3 AlF 6 4747 4774 4831 CsCl—CsRe04 2928 Cs 3AlF6 -Rb 3 PrF6 4985 CsCl—Cs 2 S04 3331 3550 CsB0 2—CsBr 3434 CsCl—Cs2 S04—NaCl 2416 CsB0 2 -CsBr—NaB02 3156 CsCl—Cs 2 S04—Na2 S04 2433 2471 CsB0 2 —CsCl 3269 CsCl—Cs2 S04—PbCl2 2310 2408 CsB0 2 -CsC1— LiB0 2 3147 CsCl—Cs2 S04—SrS04 3474 CsB0 2 -LiB0 2 3558 4391 CsCl—CsTaOCl4 3145 CsB0 2 -LiCl 3205 3494 CsCl-CsV0 3 3090 CsB0 2 -NaB0 2 3789 CsCl-Cs2VOCl4 2747 2846 CsB0 2 -NaCl 3155 CsCl-CuCl 1024 1147 CsBr—CsCl 3834 3835 CsCl—FeCl 2 2882 2976 2977 3086 CsBr—CsCl-CsF 2339 CsCl—GaCl3 2019 133 CsBr—Cs 2C03 2849 CsCl-HfCl4 3633 1541 CsBr-Cs 2 Cr0 4 3670 CsCl-KBr 3512 3562 CsBr—CsF 2438 CsCl-KCl 3776 3862 CsBr—CsF-CsI 2237 CsCl—KC1—NaCl 2744 CsBr—CsF-NaF 2391 CsCl-KCl-PbCl 2 2047 2072 CsBr—Csl 3524 CsCl-KCl-TICl 2028 CsBr—

sN0 3 6261 CsCl—LaCl 3 3173 3460 CsBr—Cs 2 S04 3475 3656 CsCl-LiB0 2 -LiCl 1596 CsBr-Cs 2 S04-LiBr 1120 CsCl-LiCl 1745 2044 1564 1746 CsBr-Cs 2 S04-Li 2 S04 3432 CsCl-LiCl-LiF 1490 CsBr-GaBr3 277 CsCl—LiCl—Li 2 S04 1707 CsBr-KBr 3431 3609 CsCl-LiCl-RbCl 1448 CsBr-KBr-LiBr 1149 CsCl-LiCl-SrCl2 1499 2402 CsBr-KBr—NaBr 2511 CsCl—Li 2C03 3551 CsBr-KBr-PbBr2 1572 1772 CsCl-MgCl 2 3011 3061 3248 3287 CsBr-KCl 3561 CsCl—MnCl2 2890 2967 3053 3112 CsBr—LiBr 1119 1288 1362 1602 CsCl—NaB02 3704 CsBr—Li 2 C03 3866 CsCl—NaBr 2692 2762 CsBr—NaB02 3809 CsCl—NaBr—RbCl 2542 CsBr—NaBO 2 —NaBr 2635 CsCl-NaCl 2793 2825 2850 2851 CsBr—NaBr 2601 2650 2766 CsCl—NaCl—Na2 S04 2411 CsBr-NaBr-KBr 2492 CsCl—NaCl—PbCl 2 2321 1968 CsBr-NaBr-NaF 2608 CsCl-NaCNS 1469 CsBr—NaBr—PbBr2 1434 2264 CsCl-Nal 2497 3015 CsBr-NaCl 2182 CsCl-NbCl4 1394 3696 CsBr-NaCNS 1423 CsCl-NbCl2 3634 CsBr-Nal 2387 CsCl-NbCl3 3635 CsBr-PbBr2 1682 2644 CsCl-NbOCl3 1252 2958 2005 3297 CsBr-PbCl 2 2243 2522 CsCl-NdCl3 2863 3576 CsBr-RbBr 3686 CsCl—PbBr2 2538 1637 CsBr-SbBr3 3074 CsCl-PbCl2 2323 2719 CsBr-TiBr 2 3553 5278 CsCl-PbCl2 -PbS04 2311 3146 CsBr-TiBr3 3594 3677 4256 CsCl-PbI 2 2076 1571 2046 CsBr-TiBr4 3788 CsCl-PuCl4 3003 3007 CsBr-TlCl 2054 CsCl-RbCl 4049 121

3094

1624 1603
System Index—Continued

System Locator number System Locator number

CsCl-RbI 2951 CsF—SmF3 4142 CsCl-SbCl3 2993 3071 161 CsF-SrF2 4264 CsCl-ScCl3 3388 3461 3832 3864 CsF-ThF4 3848 5044 5131 CsCl—SmCl3 2994 3517 3728 CsF-YF3 4349 4384 5397 CsCl-SnCl2 830 1776 734 1854 CsF—ZnF2 3196 3338 3197 CsCl—SrCl 2 3298 3389 4743 4749 CsF—ZrF4 4145 2638 2341 CsCl-SrCl2 -SrS04 3344 4549 Csl A1I 3 -KI A1I 3 745 CsCl—SrMo0 4 4013 Csl All 3 -Nal 1180 CsCl-SrS04 3904 CsI A1I 3 —Nal A1I 3 674 CsCl-TaCl 3 1346 3354 CsI-2AlI 3 -NaIAlI 3 592 CsCl-TaCl4 1253 3665 CsIAlI3 -RbIAlI3 873 CsCl-TaCls 2467 Csl—CsI03 2980 CsCl-ThCl4 2598 2610 3417 3515 2520 Csl—Inl 3 415 CsCl-ThF4 3409 4918 CsI-KI 2858 3047 CsC1-TiC1 3 3319 3521 3661 4375 4436 4518 CsI-KI—Nal 2200 CsCl-TiCl 2 3675 5139 CsI-KI-TlI 2125 CsCl-TIBr 2164 CsI-NaBr 2370 CsCl-TICl 2091 CsI-NaCl 2875 CsCl-TlI 1797 CsI-NaCl-Nal 2309 CsCl-UCl3 2680 3507 3658 CsI-NaCNS 6189 CsCl-UCl4 3029 2004 Csl—NaF-Nal 2331 CsCl-VCl3 3390 3626 4406 Csl—Nal 2371 CsCl-VCl2 4111 5616 CsI-Nal-TlI 1954 CsCl-WCl 5 1350 3457 CsI-PbCl2 2296 2011 2066 CsC1-YC13 2995 3072 3591 3636 3637 3666 CsI-PbCl2 -PbI 2 1595 1370 CsCl—ZnCl 2 1294 1326 3185 Csl-Pbl2 2410 1807 CsCl—ZrCl 4 3487 1417 CsI-RbCl 2886 Cs 2C03-Cs0H 1459 CsI-RbI 3446 Cs 2C03 -K2 C03 -Li 2C03 2316 2458 CsI-Rbl-TlI 2170 Cs 2C03-Li 2 C0 3 —Na 2 C03 2324 2281 Csl-Sbl3 3514 Cs 2Cr0 4—CsF 4108 4891 CsI-TICl 2112 1769 Cs 2 Cr0 4 -K2 Cr20 7 1699 CsI-TlI 2151 2194 Cs 2Cr0 4 -K2Cr0 4 5337 CsMnF3 -KMnF3 5024 Cs 2Cr0 4-Na2 Cr04 3152 CsMnF3—NaMnF3 4511 Cs 2Cr 2 0 7 —Na 2 Cr20 7 1715 Cs 2Mo04 —CsNd(Mo04) 2 4983 Cs 2Cr0 7 —Na 2Cr 2 0 7 1622 Cs 2Mo04 —Mo03 3107 2626 2583 Cs 2 Cr0 4—PbCr0 4 2981 3098 Cs 2Mo04—Na2 Mo04 2751 Cs 2Cr20 7 —Rb 2Cr20 7 1873 Cs 2Mo04 — PbMo04 4148 Cs 2Cr04-Rb 2 Cr04 5474 5487 CsN02 -CsN03 2006 2073 CsF-Cs 2C0 3 3140 CsN02—CsN03 -Sr(N03) 2 1061 CsF-Cs 2Cr0 4 4106 4888 CsN03 -CsOH 352 CsF-CsI 2394 CsN03 -CsOH-KOH 468 CsF-CsI-NaF 2358 CsN03 —Cs 2 S04 2137 CsF—

C

s 2 Mo0 4 4046 4869 CsN02 -KC 2 H302 -KN0 2 305 CsF-Cs 3 P04 3849 CsN03 -KN03 1075 1035 CsF-Cs 2 SlF 6 4336 4337 4996 4997 CsN03 -KN03 -K0H 641 739 CsF-Cs 2S04 4157 5115 CsN03 -KN03 -LiN0 3 373 285 CsF-Cs 2Ti 2O s 3831 5223 CsN03 -KN03 —NaN03 519 CsF-CsV03 3928 2936 CsN03 -LiBr-LiN03 611 761 762 CsF—Cs 2W04 4079 4942 CsN03 —LiC 2 H302 1209 1211 CsF-ErF 3 4172 CsN03 -LiC 2 H302 -LiN03 486 478 CsF-HF 113 599 34 80 CsN02 -LiN03 434 464 CsF-HoF3 4235 5485 CsN03 -LiN03 737 704 811 CsF-KF 3959 CsN02 -LiN0 2 330 372 302 CsF-KF-MnF2 3375 4616 CsN03-LiN0 2 355 CsF-KF-Sc 2S04 3564 CsN03—LiN03 -NaN03 444 456 CsF-LaF3 3721 4785 CsN03-LiN03-RbN03 557 566 CsF-LaF3-LiF 2739 2283 2474 CsN03 -NaCNS 576 816 CsF-LiF 2818 2736 2819 2664 CsN03 -NaN03 868 754 590 CsF-LiF-MnFj 3451 2718 CsN03—NaN02 1104 CsF-LiF-NaF 2499 2488 CsN02 —NaN02 537 CsF-LiF-ScF3 3586 2435 2401 CsN03—NaN03—RbN03 591 CsF-LiF-YF3 2589 4177 2379 CsN03 -Pb(N03) 2 162 CsF-MgF2 3566 4580 4740 CsN03-RbC 2H302 -RbN03 672 CsF-MnF2 3892 4637 4669 CsN03 -RbN03 1432 1414 1444 CsF-MnF2 -NaF 3465 4037 4083 4178 CsN02 -Sr(N02) 2 1222 1406 CsF-NaF 3791 3847 3877 CsN03-Sr(N03) 2 1352 1344 CsF-PbF2 2896 3440 CsN03 —TIBr 2037 CsF-PrF3 4225 5077 CsN03-T1C1 1839 CsF-ScF3 4431 5126 5136 CsN03-T1I 2084

5263

316

122
System Index

Continued

System Locator number System Locator number

c8no2 -tino 2 649 FeCl3 -NaCl-TeCl4 406 328 CsN03-T1N0 2 638 FeCl 3 -NaCl-WCl6 546 CsN 3 -Zn(N 3) 2 578 994 539 FeCl 3 -NaCl-WOCl4 621 C820(Cs2 C03)—V2 Os 4277 3206 2657 2038 4341 FeCl 3 -NbCls 889 CsOH-CsF 1774 FeCl 2 -NdCl3 3787 CsOH-KOH 835 FeCl 3 -NH4Cl 1071 1143 CsOH-LiOH 1183 FeCl 2 -NiCl 2 4376 Cs 20-Si0 2 5360 5430 FeCl 3 —PbCl2 755 767 Cs 2 0—wo3 4825 FeCI 2 -PbCl2 2319 CsP03 -LiP0 3 3334 3433 FeCl 2 -RbCl 2577 2613 2624 Cs 2 S04—

2 so4 5484 FeCl 3 -ReOCl4 96 Cs2S04 -Li 2 S04 3805 4009 3987 4639 4651 3867 FeCl 2 —SnCl2 1116 Cs 2S04—Li 2 S04—Na 2 S04 3167 3227 3226 FeCl 3 —SnCl4—TeCl4 39 Cs 2S04—Li 2 S04—PbS04 3495 3114 3396 *FeCl 2 -SrCl 2 3435 Cs 2S04-Li 2S04-SrS04 3920 4421 3829 FeCl 3 -TaCl5 897 Cs 2S04—NaCl—Na2 S04 2479 FeCl 3 -TlCl 1055 1291 Cs2 S04-Na 2S04 3855 FeCl 3 -WCl5 792 Cs2 S04—PbS04 3620 FeCl 3-WOCl4 976 Cs 2S04-Rb 2 S04 5498 5549 FeCl 2-YCl3 3220 Cs 2 S04—SrS04 5287 FeCl 3 -ZnCl2 1020 CsV0 3 -KV03 2702 FeCl 3 -ZrCl 4 1517 1526 CsV03 -NaV03 2555 FeF2 —FeF3 5272 C8V 205 -V 20 5 3584 FeF3 -NaF 5401 Cs 2 W04-Er2(W04) 3 5163 Fel 2 —Gal 3 832 Cs 2W04-PbW04 4542 FeMo04—Mo03 4631 Cs 2 W04 -Pr2(W04) 3 5582 5149 FeO—Fe 203 —GdFe03 5861 Cs 2 W04 -Tb2(W04) 3 5663 5177 FeO—Fe 2 03 —Si02 —Zr02 6229 DyCl 3 —KC1 2261 2990 4486 Fe 2 03 —Ga203 5938 DyCl 2 -NaCl 1969 Fe 203 —Gd 2 03 5869 DyCl 3-NaCl 2018 Fe 203 —La2 03—Sn0 2 5750 5767 5784 DyF3 -NaF 4425 5555 Fe 2 03 —MgO—MnO—PbF2 3723 Dy 203—MgO 6143 Fe203 —MgO—PbF2 3818 Dy 203-Sr0 6090 6131 6169 Fe 2 03 —NaP03 5146

ErCl 3 -KCl 2274 2352 4110 4149 f"e 2^3“Nb 2 Os 5813 5827

ErCl 3 -NaCl 2219 Fe 2 03 -Ni0 5924 ErF 3 -KF 4952 4960 5043 Fe 2 03 —PbO 4521 4806 ErF 3 -LiF 4610 FeO-Si02 5705 5707 ErF 3 -NaF 4117 5447 Fe 304 -Si02 5866 ErF 3 -RbF 4827 Fe 203 —Sn02 5865

Er 203 —Ge02 5976 6058 6073 Fe 203 —Te02 3607 3989 4531 Er 2(W04) 3-K2 W04 5176 FeO—Ti0 2 5759 5783 5826

Er2(W04 ) 3-Rb 2 W04 5085 Fe 203 —Y203 5876 5877 5878 EuC1 3 -KC1 2826 2904 4188 Fe 2Si04 —Zn 2 Si04 6248 5668 5669 EuF3 -NaF 4738 5630 FeS-Li2S 5316 EuH 2 -LiH 4313 FeS—Na2S 4096 4196 4558 EuO-Si0 2 5911 5954 5980 FeS—Na2 S—PbS 2788 3734 4097 Eu 203-Ta 20 s 5775 Fe 2(S04) 3 —NaCl—Na2 S04 2643 EuS-FeS 5467 Fe 2(S04) 3 -Na2S04 3420 3908

FeCl 2-FeCl3 1495 FeS-PbS 5256 5323 FeCl 3-GaCl3 192 FeS—ZnS 5694 FeCl 3-GeCl4 -TeCl4 23 FeW04 -Na2 W207 4758 FeCI 3-HfCl4 1527 GaAs—GaSb 4655

FeCl 3-InCl 3 1594 GaBr3 —HgBr 2 235 FeCl 2-InCl 3 3073 GaBr3 —KBr 282 FeCl 2-InCl 3-NaCl 1268 1942 GaBr3 —RbBr 214 FeCl3-KCl 920 1057 GaBr3 —SbBr3 165 148 180 FeCl 2-KCl 1792 1852 1868 2029 2090 2110 GaBr3—TIBr 364 852 FeCl 3-KCl—LiCl 332 334 348 349 1169 1215 1216 GaCl2 -GaCl3 158 FeCl 2-KCl-NdCl3 1762 1887 1989 1990 GaCl3 —GeCl4 27 FeCl 3 -KCl-UCl4 925 951 992 GaCl3 -HgCl 2 176 134 FeCl 3-KCl-ZrCl 4 775 776 1135 GaCl3—InCl3 197 195 FeCl 3 -K2UCl6 991 GaCl3—KC1 287 154 169 FeCl 2 -LaCl3 3902 GaCl3 -KCl-MgCl2 242 152 1063 FeCl 2 —LaCl 3 -SnCl2 1078 GaCl3 -LiCl 138 FeCl 2 -MgCl 2 6205 GaCl3 -MgCl2 187 FeCl3-NaAlCl4 532 GaCl3 -MnCl2 202 FeCl 3-NaCl 596 GaCl3 —MoC15 159 FeCl 3-NaCl 625 GaCl3-NaCl 150 132 FeCI 2 -NaCl 1970 2001 GaCl3 -NbCls 208 FeCI3-NaCl-NbCI5 568 569 GaCl3 -NH4Cl 140 1072

5797

5838

980

934

5812

145

123
System Index—Continued

System

GaCl3 -PCl3 105 631 GaCl3-POCl3 58 69 GaCl3-SbCl5 57 GaCl3 -SbCl3 122 127 GaCl3-SeCl4 103 GaCl3—TeCl4 121 GaCl3 -TiCl4 46 GaCl3-TlCl 1439 GaCl3—ZnCl2 104 Ga—GaBr3 243 612 Gal 3 —Gel 4 391 Gal 3 -Hgl 2 514 Gal 3—Ini 3 6221 GaI 3-KI 512 899 Gal 3-Mgl 2 902 Gal 3-Nal 985 589 Gal 3-Nil 2 833 Gal 3-Pbl2 787 Gal 3-Sbl3 527 397 Gal 3-Sil 4 338 Gal 3—Snl 4 398 Gal 3—Snl 2 637 Gal 3—Tel 4 741 Gal 3-Tll 970 516 Gal 3-Znl 2 517 Ga 203 In zO 3 6230 Ga 203—MgO 5919 5979 Ga 203—PbO 4629 5336 Ga 203 -Sr0 5851 5905 GaSe-Ga 2Te 3 4933 4982 Ga2Se 3—Ga2Te3 4934 Ga2Se 3—Sb 2 Se 3 3190 GaS-Ga2S 3 4873 GaS—GaSe 5406 Ga2S 3-Ga 2Te 3 5006 Ga 2 S 3—Sb 2S 3 2714 GaTe—SnTe 4232 GdCl3-KCl 2857 3217 GdCl3-NaCl 2130 2147 GdF 3-NaF 4698 5628 Gd 203 -Hf0 2 6072 6118 Gd 2 03 —MgO 6132 Gd 203 -Si0 2 5978 6019 Gd 203 —Ti0 2 5908 Gd 2 03—Zr0 2 6154 6157 Gd 2(W04) 3—Na 2 WO4 4603 5711 GeBr4—POCl3 52 GeCl4—SnCl4 30 GeCl4-TiCl4 31 Gel 4—Inl 3 447 Ge02 —

K

2 0 4677 5094 Ge02—Li 2 0 5464 5472 Ge02 —MnO 5656 Ge02—Na 20 5053 5084 Ge02 -Nb 2 05 5653 Ge0 2 -PbO 4630 4643

4871 4872 GeOj-SrO 5676 5699 GeSe—GeTe 4012 GeSe—PbSe 4099 GeTe—Sb 2Te 3 3679 HfCl4-KCl 3752 1192 HfCl 4-KCl-NaCl 1133 HfCl4-NaCl 1728 3214 HfCl4-POCl 3 813 725 HfF4 -KF 2298 2202 HfF4-KF 5008 HfF4-KF-NaF 4426 HfF4-NaF 4988 4989 HF-KF 1112

Locator number

560 278

4488

6183

6050

5584

5600 5633 5679

5095 5102 5424 5501 5613

4678 4792 4807 4830 4854

5754 5830 5997 6040

2297

2894 3201

System

Hf02 -La203 6156 Hf02 -MgO 5894 Hf0 2 -W03 5731 Hf02 -W02 5854 Hf02 -Y2Si 207 5936 HfOz—Zr02 6231 HF-XeF2 258 HgBr2 -HgS04 1154 HgBr2 -KBr 685 HgBr2—NaBr 1123 HgBr2 -NH4Br 510 HgBr2 -PbBr2 1124 HgBr2 -TlBr 740 HgCl2 -HgI2 579 HgCl2-HgS04 1155 HgCl2 —InCl3 1308 HgCl2—KC1 803 HgCl2-LiCl 1375 HgCl2 -NaCl 1300 HgCl2 -NH4Cl 890 HgCl2 -PbCl2 1391 KgCl 2-TlCl 977 HgCl2-TlN03 750 HgCl2-WCl6 1081 Hgl-Hgl 2 1098 Hgl2 —HgS04 1198 Hgl 2 —Inl 3 296 HgI2 -KI 453 HgI 2 -NH4

I 399 Hgl 2 -Pbl 2 1107 Hgl 2 —Sbl 3 571 HgI 2 -TU 583 Hgl 2 -T1N03 858 HgS-PbS 4410 HoC13-KC1 2553 HoC1 3 —NaCl 2253 HoF3 -NaF 4301 H20-KA1(S04) 2 254 H 2 0-KCl-MgCl 2 -MgS04-NaCl 222 H 2 0-K2C03—Na2 C03 87 HzO-KF 81 H20-Lil 174 H20-LiN03 102 H20-Mg(N03) 2 130 H20-Mg(N03) 2 -NH4N03 129 H 2 0—NaCl—Na2 S04 82 H 20-Ni(N03) 2-NH4N03 91 H20—Srl 2 223 ICl-NbCl5 85 ICl-SeCl 4 79 IC1—TaCl5 74 IC1—TeCl4 73 InAs-NaCl 6218 InAs—Sn3 As2 3458 InAs—Zn3 As 2 5325

InBr 3—NaBr 909 InBr3 -NiBr2 2392 InBr3 —RbBr 1290 InBr3—SnBr2 914

InBr3—TeBr4 1185 InBr3 —TIBr 647 InCl-KCl 912

InCl2 -KCl 1086 InCl3 —KC1 1627 InCl3—MgCl2 3343

InCl 3 —NaCl 4623

InCl 3—PbCl 2 2003

InCl 3—SnCl 2 1040

InCl 2-TlCl 2092

InCl 3—T1C1 2093

Locator number

6160

661 550

1369

1305 470 862

839 809 945

857 884

567

3382 4310

2332 5524

17890 108

207

1626 1343 2162

1230

1270 1456 2163 124
System Index

Continued

System Locator number System Locator number

InCl3 -ZnCl2 1271 1356 KB02 -NaCl 4625 InCl-ZnCl 2 549 681 494 K2B407 -NaF-Na2B407 4034

Inlj-KI 295 KBr-KCl 4837

Inl 2 -Mnl 2 1095 KBr-KCl-LiBr-LiCl 1584 1609

Inl 2-Pbl 2 1082 KBr-KCNS 711

Inl 3 -Pbl 2 515 KBr-K2C03 3873

Inl 3—Sbl 3 431 KBr-K2C03 -KF 3030

Inl 3-Sil4 383 KBr-K2C03 -Li 2 C03 2674

Inl 3—Snl 2 339 KBr-K2C03-NaF 3059

Inl 2—Snl 2 993 KBr-K2Cr04-LiBr 1546

InI 3 -TII 392 KBr—

2Cr04—Li 2Cr04 1984 2645

Inl 2 —Znl 2 1066 KBr-KF 3511 3568

Inl 3 —Znl 2 807 KBr-KI 3526 3627 InSb-InTe 2965 KBr-KN03 1660 1777

In 2 S 3 -Tl 2S 4783 4017 KBr-KN03 -TlBr 1778

In 2(WO4) 3—Li 2 WO4 4848 KBr-KOH 1536 1521

In 2(W04) 3 -Na2 W04 4284 KBr-KRe04 2923 2926 KAlCl4-KCl-K 2 NbOCls 943 KBr-K2 SiF6 3775 KAlCl4-K2 NbOCls 1013 KBr—

2 S04 4305 KAlCl 4-NbOCl3 1193 KBr-K2 ZrF6 3341 3468 K3A1F6-KC1 4736 KBr-LiBr 1640 1679 1757 1843 1844 k3aif6-kci-kf 3587 3588 KBr—LiBr—Li 2Cr04 1663 K3AlF6-KCl-NaCl 3963 KBr-LiBr-NaBr 1688 K3 A1F6-KF 5173 KBr-LiBr-NaBr-RbBr 1314 K3AlF6-Li 3AlF6 4080 4507 4581 4972 KBr—LiBr—PbBr2 1396 1433 1373 K3AlF6-Li 3AlF6 -Na3 AlF6 4063 KBr-LiBr-RbBr 1328 1273 K3AlF6-Na3AlF 6 5426 5436 5459 5460 5461 5492 KBr-LiCl 1912 K3AlF6-Na3AlF 6-NaCl 5268 KBr-LiCl-NaCl 1796 K2 AlSi0 4-Mg2Si04 5922 KBr-LiCl-PbBr2 1610 1629 1575 KAlSi0 4—Mg2 Si04—Si0 2 5870 KBr—Li 2 C03 4320 K2 BeF4-KF 4668 KBr-MgBr2 1751 1759 K2 BeF4-K3HoF6 4849 KBr-NaBr 3972 4077 KBeF3 -KP03 1510 1511 2535 2557 KBr-NaBr-Na 2 C03 3510 K2 BeF4-K3P04 4047 KBr—NaBr—PbBr2 1758 1552 K2 BeF4-K3YF6 4721 KBr-NaBr-RbCl 2918 K3BeF5 -K3ZrF 7 4554 KBr-NaCl 3800 K2 BeF4-K3ZrF 7 4748 KBr-NaCNS 1407 KBF4-KF 2154 2217 2459 2607 2860 KBr-Na2 C03-NaF 3378 3445 KBF4-KF-NaF 2582 KBr-NaF 4087 4173 KBF4-K2 ZrF6 2769 KBr—PbBr2 1847 1882 1883 1888 1962 KBF4-NaF 3210 1764 KBF3OH-KBF4 1570 KBr-PbBr2 -TlBr 1859 2036 kbf3oh-kf 1673 KBr—Pbl 2 1505 1567 KBF4 -Zr0 2 2495 KBr-RbBr 4340 4387 KBH4-KCI 3640 3641 KBr-RbN03 1363 KBiCl 4-LiBiCl4 633 655 KBr—SrBr2 3176 3355 3419 KBO2—K2 B 4o7 5054 KBr-TiBr3 3500 4052 kbo2-kci 4723 4771 KBr-TIBr 2587 2588 k2b4o 7 -kci 4861 4863 KBr—ZnS04 2120 2673 kbo2 -kci-k2 so4 4095 KCaF3-KMgF3 5559 kbo2-kci-k 2 wo4 3755 KC 2 H302 — NaC 2 H302 1103 K 2 B40 7 -KCl-Na 2B40 7 3826 3907 kc 2 h3 o2 -kcns-kno3 318 k 2 b4o7 -kf 4708 kcho2 -kcns-kno3 137 kbo 2 -k3po4 5425 kc 2 h3o2 -kno3 1002 1062 k2 b4o 7 -kpo3 -k2so4 3605 3759 4480 kcho2 -kno3 362 kbo2 -kpo3 -k2 so4 4010 4876 KC 2 H 3 02 -KN03 -LiC 2 H 3 02 848 KB02 -K3 PO4-Li 3PO4 4813 KC 2 H302 — LiC 2 H302 886 800 1073 1163 k 2 b4o 7 -k 2 so4 5076 KC 2 H3 02 -LiC 2 H3 02 -NaC2 H3(K 6l23 624 630 653 kbo2 -k2 so4 5293 5324 KC2 H3 02 —Mg(C 2 H302 ) 2 1165 KBO 2 -K2 S04- LiBO 2 3484 KC2 H302 -NaC 2H30 2 1179 kbo2-k2 wo4 5171 KC 2 H 302 -NaC 2 H302 1140 KBO2-K2 W04-LiBO 2 3509 KC 2 H302 -NaC 2 H3 02 -RbC 2H302 |547

KB02-LiB0 2 3581 3744 3779 KC 2 H302 -RbN03 827 1036 KB02 -LiB0 2 -Li 3 P04 3690 KC2 H302 -Zn(C 2 H302) 2 695 KB02 -LiCl 3301 4618 KC1—CaCr04 4203 KB02 -Li 3P0 4 4890 KCl-KBr 4733 K 2 B40 7 -Na2 B40 7 4328 4342 kci-kcio3 1827 KB02 -NaB02 5264 kci-kcio3 -kno3 1503 K 2 B 40 7 -NaB0 2 -Na 2 B 40 7 4357 KC1-KCNS 728 710 K 2 B40 7 -NaCl 4241 kci-kcns-k2 so4 684 125
System Index—Continued

Locator System Locator number System Locator number

kci-k2co3 3945 4025 4066 KCl-LiB02 4805 KC1-K2C03-KF 3128 KCl-LiB02 -LiCl 1819 kci-k2co3 -k2 so4 3931 KCl-LiBr 1713 KC1—

K

2C03-Na2C03 3367 KCl-LiBr-NaBr 1654 KCl-K2Cr04 4192 KCl-LiCl 1841 1870 1869 1877 1885 1875 KCl-K2Cr2 0 7 1946 1961 KCl-LiCl-Li 2Cr04 1662 KCl-K2Cr04-KF 3617 KCl-LiCl-LiF 1833 KCl-K 2Cr0 4-KN03 1586 KCl-LiCl—LiF-NaCl 1748 KCl-K2Cr04 -K4P207 4040 KCl-LiCl-LiOH 1402 1381 1389 1399 KCl-K2Cr04 -Li 2Cr04 2404 1837 KCl-LiCl-Li 2S04 1687 KCl-K2Cr04-NaCl 3174 KC1—LiCl—NaCl 1834 1863 KCl-K2Cr04 -NaF 3552 KC1—LiCl-NaCl-RbCl 1494 KC1-KF 3764 3773 KCl-LiCl-NbCl 3 1727 KC1-KF-KI 2809 KCl-LiCl-PbCl2 1648 1878 1670 kci-kf-k4p 2 o 7 3414 KC1—LiCl—PbCr04 1365 KCl-KF-K2TaCl5 2282 KCl-LiCl-RbCl 1307 KCl-KF-K2TaF 7 3530 4672 KC1—LiCl—SrCl2 1717 2173 KCl-KF-K2TiF6 3421 4101 KC1-LiCl-TeO2 1840 KCl-KF-K2ZrF6 3608 4129 KCl-LiCl-UCl3 2123 1766 2286 KCl-KF-LiF 2655 kci-u2co3 4006 KCl-KF-LiF-NaF 2454 KCl-LiF 4648 4673 4722 KCl-KF-MgF2 3669 KCl-LiF—NaCl 3749 KC1—KF-NaCl-ZrF4 3996 KCl-LiF-NaCl-NaF 3489 KCl-KF-NaF 3467 KCl-LiF-NaF 3630 KCl-K3HfF 7 4308 KCl-Li 2S04 2567 2568 kci-kh2po4 1388 kci-u2so4 -u2wo4 2428 kci-kh2po4-kno3 1144 KC1—Li 2 S04—NaCl 2356 KC1-KI 3716 kci-u2wo4 3166 KCl-KI-PbI 2 1371 KC1-LuC13 2149 4318 KCl-KMnF3 4590 KCl-MgCl 2 2384 2431 2653 2405 2412 2670 KC1-K2Mo04 3932 KCl-MgCl2 -MgF2 2359 2437 KCl-K2NaAlF6-KF-NaF 3412 KC1—MgCl2 —NaCl 2131 2132 KCl-K2NbCl 5-LiF 2791 3065 KCl-MgCl2 -NdCl3 2248 2262 2275 2184 kci-kno3 1656 1668 KC1—MgCl2 —PrCl 3 2276 2254 2241 2304 2249 2197 kci-kno3 -k2 so4 1642 KCl-MgCl2 -TiCl3 2030 2263 2031 KCl-KOH-LiOH 1100 1108 KCl-MgCl2 -UCl3 2496 kci-kpo 3 3906 4438 KCl-MgCl2 -YCl3 2158 2460 2175 2203 kci-k3po4 4751 KC1—MgCl2—ZrCl4 2559 2760 1031 kci-k4p 2 o 7 4842 4862 KC1—MnCl2 2503 2508 2305 2366 2367 2519 KCl-K4P 20 7 -Li 4P 2 0 7 4137 4240 KC1—MnCl2 -NaCl 2087 2157 1851 KCl-K4P 2 0 7 -NaF 3614 KC1-MoC13 4200 4544 KCl-K4P 2 0 7 -Na4P 20 7 4272 KCl-Na2B407 4273 4292 KCl-KRe04 2922 2925 KC1—NaB02 4362 KCl-K2SiF 6 4064 KCl-NaBr 3801 kci-k 2 so4 4501 4519 4520 4550 KCl-NaCl 4131 4249 4250 kci-k 2so4-k 2 wo4 3729 KC1—NaCl—Na2 C03 3393 KCl-K2S04-K2W04-Li 2W04 2830 KCl-NaCl—NaF 3774 KCl-K 2S04-Li 2 S04 3602 KCl-NaCl—Na3 HfF7 3193 KCl-K2 S04 -Na2C03 3276 KC1—NaCl—NaMnF3 3281 KC1—

K

2TaCl s -NaF 2661 KCl-NaCl-Na4P 2 07 4026 KCl-K 2TaF 7 4591 4609 4701 4706 KC1—NaCl—Na2 S04 3054 3035 KCl-K2TaF 7 -NaCl 3356 KC1—NaCl—Na 2 TiF6 3138 3010 3092 KCl-K 2TaF7 -NaF 3780 4059 KC1—NaCl—Na3ZrF7 3194 KCl-KTaOCl4 2558 KC1—NaCl-NbCl4 3600 3765 3267 3215 KCI-K 2TiF6 4085 4105 4208 4360 KCl-NaCl-NbClj 840 2088 KCl-K 2TiF6 -NaCl 3189 3363 3369 4529 KCl-NaCl-PbCl2 2153 KCl-K 2Ti0 3 5099 KC1—NaCl—PrCl3 3121 2449 3143 KCl-K 2Ti0 3-Ti0 2 5018 5078 KCl-NaCl-RbCl 3200 KCl-K 2UCl6-LiCl 1768 KC1—NaCl—SmCl3 3380 2027 2481 1971 1972 KCl-K 3VCl6 -NaCl 3541 KCl-NaCl-SrCl2 2942 2917 kci-kvo3 2847 KC1—NaCl-TaCls 2080 772 kci-k2voci4 2669 KC1—NaCl-TaCl 3 3046 kci-k2wo4 3882 3925 KC1—NaCl-ThF4 3968 KCl-K2W04 -Li 2 W04 3036 KCl-NaCl-TiCl2 3579 3402 3307 KCl-K 2 ZrCl 6 3683 KCl-NaCl-TICl 2259 KCl-K 2ZrF6 3413 4266 4414 4415 KCl-NaCl-UCl3 2988 2293 2456 KCl-K3ZrF i 4324 KC1—NaCl—VC13 2516 3542 KCl-K3ZrF 7 -NaCl 3997 KCl-NaCl-YC13 3543 2989 2148 1898 KCl-LaCl 3 3342 3544 KC1—NaCl-ZnS04 1449 1445 KCI-Li3AIF6 3912 KCl-NaCl-ZrCl4 3026 1045 126
System Index

Continued

S\ stem Locator number System Lo< KCl-NaCNS 1473 kcns-kno2 401 KCl-Na 2C03 3618 3619 KCNS-NaCl 694 KCl-Na 2C03 -Na2 S04 3259 KCN—Zn(CN) 2 2807 KCl-NaF 4156 k2 co3-kf 4470 4505 KCl-NaF-Na4P 2 07 3724 k2co3 -ki 3830 KCl-Nal 3063 3016 K2 C03 -K2 Mo40 13 2816 3229 KCl-Na 2S04 3741 3126 3057 k2 co3 -kno3 1710 KCl-Na2 S04 -TlBr 2376 k2 co3-ko2 2675 KCI-Na 2TiF6 3172 3062 3132 k2 co3 -koh 1947 KCl-NbCl4 3850 1944 1500 K2 C03 -K0H-Li0H 1069 1580 KCl-NbCl3 4123 k2 co3 -k2 s 5218 KCl-NbCl 2 4253 k2 co3 -k2 so4 6246 KCl-Nb 3Cl 8 4303 k2 co3 -k2 w4 o 13 4734 3667 KCl-NbCls 1957 K2 C03—Li 2 C03 2701 2659 KCl-NbCls-TaCls 777 K2 C03 —Li 2 C03 —LiOH 1862 1994 KCl-NbCls-ZrCl 4 626 1436 K2CO3 —

2 CO3 —Na2 CO* 2144 2115 KCl-NbOCl 3 2629 2032 2221 1936 K2 C03 -MgC03 2604 KCl-NdCl 3 3851 2746 K2 CO3 —Na2 C03 4560 4682 kcio4 -kno3 6267 K2 C03 —NaF 3454 3455 KC104-KN03 -LiN03 418 K2 C03 -NaF-Na2 C03 3415 KC104-LiC104 962 995 K2 Cr04 -K2 Cr2 07 2116 KC10 4-LiC10 4 -LiN03 676 K2 Cr04—KF—Li 2Cr04 2024 2874 KC10 3-NaC10 3 1148 K2 Cr04 -KF-LiF 2799 KCl-PbCl2 2375 2222 2318 K2 Cr04 -K2 Mo04 5453 KCl-PbCl 2 -PbI 2 1334 K2 Cr2 07 -KN03 1306 KCl-PbCl 2 -ThCl4 2129 1895 1919 1865 K2 Cr04-KN03 1703 KCl-PbCl2 -ZnCl 2 1704 1109 981 K2 Cr04-K0H 1902 1916 KCl-PbCr04 3843 3592 3825 K2 Cr04 —KOH-LiOH 903 KCl-PrCl3 3798 2770 K2 Cr04 -K4P2 0 7 5365 KC1-PuC14 3580 3625 K2 Cr04 -K4P2 0 7 4877 KC1- RbCl-SrCl 2 3842 3032 3863 3162 K2Cr04 -K2 W04 6251 KCl-SbCl 3 139 K2 Cr2 0 7 —LiCl 1157 KC1-ScC13 2482 4539 4540 2483 K2 Cr04 —Li 2Cr04 2267 3261 KCl-SmCl3 2827 2596 4118 4124 4133 2761 2812 K2 Cr04—Li 2Cr04—LiOH 1785 2000 KCl-SmCl2 3330 K2 Cr04 —NaB02 —Na2B4 07 4527 KC1—SnCl 2 894 917 747 778 K2 Cr04 —NaCl 3187 KCl-SrCl2 3546 3545 3615 3499 3383 3821 3822 K2 Cr04—NaCl—Na2Cr0 4 3175 KCl-SrMo0 4 4879 K2 Cr2 07 —Na 2 Cr2 07 1535 KCl-TaCl3 3070 1113 K2 Cr04-Na2 Cr04 -Na4P 207 4652 KCl-TaCls 1973 K2 Cr2 07 -NaN03 1074 KCl-TaCl4 1023 K2 Cr04 -Rb2 Cr04 5478 KCl-TbCl 3 4270 2905 2630 K2 Cr2 07 —Rb 2Cr2 07 1983 KCl-Te0 2 3756 K2FeCl6—

2UC16 1012 KCl-ThCl4 2403 2315 2059 4020 2277 3929 2010 KF-K2 BeF4-K3ZrF 7 4430 3899 2180 2128 kf-k2 b4o7 4703 KCl-ThCl4-UCl 3 2023 1830 3004 1767 KF-K2 B407 -NaF 4022 4247 KCl-ThCl4-UCl4 1664 1749 2177 1802 kf-k2 co3 4417 4462 KCl-ThF4 4533 4622 KF-K2 C03-NaF 3364 KCl-TiCl 3 3184 4385 4404 4464 3695 3569 KF-K2 Cr04 4822 4823 KCl-TiCl 2 4024 4804 KF-K3 HfF7 5011 KCl-TiCl2-TiCI 3 2960 3807 3105 4014 KF-K3HfF7 -NaF 4427 KCI-TiCl 2-VCl3 3232 4102 KF-KI 3257 KCl-TiCI3-ZrCl4 3408 708 2660 KF-K2 Mo04 4765 4766 KC1-T1C1 2353 KF-K2 Mo04 -NaF 4158 4374 KC1-UC14 1761 1809 3133 1513 3322 KF-K2 NbCls-LiF 2564 2798 kci-uci3 3256 3657 KF-K2 NbF 7 4656 4773 kci-uci3 -uf3 3058 KF-K2 NbF 7 -NaF 4069 4211 kci-uci3 -uf4 2888 KFK2 NbF7 -NaF 4566 kci-uf4 4984 3655 kf-kno3 1498 kci-vci 2 4494 5462 KF-KOH 6195 kci-vci3 4228 3547 4405 kf-kpo3 3750 4075 KCl-YbCl2 3384 3365 kf-k4p2 o7 4674 4744 KCl-YbCl3 2328 4319 kf-k3po4 5014 5016 KC1-YC13 2385 3900 2457 2278 4395 4382 4369 KF-K4P 2 07 -LiF 2726 2424 KF—

4P 20 7 —NaF 3725 3819 KCl-ZnCl2 2406 1114 KF-KP03 -NaF 4183 KCl-ZnS04 2648 1477 KF-K2 SiF6 5021 5273 KCl-ZrCl 4 3684 1058 1136 KF-K2 Si03 4801 KCl-ZrCl 2 4573 KF-K2 Si03 -LiF 3213 4122 KCNS-KI 692 KF-K2 Si0 3 -Na2Si03 3969 3980

Locator number

127
System Index—Continued

Locator Svsteni Locator number System Locator number

kf-k2 so4 5047 5074 5093 5330 5333 5384 KI-Lil 1278 KF-K2 TaCls 3081 KI-MgI2 1254 KF-K2TaF 7 4568 4735 4739 4791 KI-NaCl 2978 2996 KF-K2TaF7 -NaF 4419 KI-NaCNS 1299 KF-K2TaF 7 -Ta 2 Os 4741 KI-Nal 3554 3604 KF-K2TiF6 4691 KI-PbBr2 1659 1579 KF-K2Ti03 4943 4964 KI-PbI2 1671 1901 KF-K2TiO s 5224 KI-PbI 2 -TlI 1815 1672 KF-K2Ti0 3 -Li 2Ti03 4088 KI-RbI 3038 KF-K2Ti03-Na2Ti0 3 4463 KI-T1I 2436 kf-kvo3 2844 KI-ZnS04 2415 1914 KF-KV03 -NaF 2775 KMnF3-NaCl 3339 kf-k2wo4 4794 4977 KMnF3-NaMnF3 4969 KF-K2W04 -LiF 2758 K2 Mo04 -KN02 2257 KF-K2 W04-NaF 4130 4309 K2 Mo04 -KN03 1639 KF-K2 ZrF6 5009 5010 K2 Mo04-K4P207 5217 5299 KF-LaF3 3891 3960 3993 K2 Mo04 —

K

4P 207 —Li 4P 207 4632 4397 KF-LaF 3-NaF 3423 K2 Mo04 -K4P 207 -Na4P 2 07 4640 KF-LiF 2840 2773 2802 2839 K2 Mo04 —KRe04 3237 KF-LiF-Li 2TiF 6 2734 K2Mo04-K2Ti03 -PbTi0 3 5151 4980 KF-LiF-Li 2Ti0 3 4205 K2 Mo04 -K2W04 6252 KF-LiF-NaF 2548 2572 K2MoO4 —La2(MoO4) 5274 KF-LiF-RbF 2463 K2 Mo04 —Li 2Mo04 3027 3280 KF-LiF-SrF2 2768 K2 Mo04—Li 2Mo04 —Li4P 207 3271 2998 KF-Li 2Ti0 3 4269 K2 Mo04—Li 2Mo04 —Mo03 2189 KF-MgF2 5052 5585 K2 Mo04 —Mo03 3113 2777 KF-MgF2-NaF 4484 5133 5544 K2Mo04—NaCl-Na2Mo04 2969 KF-MnF2 4894 5186 K2 Mo04—NaF—Na2 Mo04 3672 KF-Na3 AlF 6-NaF 4546 5265 K2 Mo04—Na2Mo04 4334 KF-NaF 4664 4665 4694 4720 4730 4768 K2Mo04—Na2Mo04—Na4P 20 7 4057 5017 KF-NaF-KN03 1475 K2 Mo04 —Na4P 20 7 4899 4851 KF-NaF-ScF 3 4388 K2Mo04 -PbMo04 5150 5033 KF-NaF-SiF4 4452 4474 K2Mo04-ZnMo04 3157 KF-NaF-SrF 2 4306 K3NaF8-NaF 4504 KF-NaF-ThF4 3466 KNbCl6 -KNbOCl4 1697 KF-NaF-TiF 4 1641 3706 4015 4140 K2NbCl5 -LiCl 2901 KF-NaF-YF3 4153 3337 K2 NbCl5-LiCl-LiF 2531 2623 KF-Na2 Mo04 4498 3714 KNbCl6 -NbOCl3 1236 KF-NdF3 3962 3961 K2 NbF7 -LiF 4466 KF-NiF2 5130 5650 K2NbF7 -LiF-NaF 3927 KF-PbF 2 2591 2637 K2NbF7 -NaF 4151 4260 KF-PbF 2 -PbS04 2443 K2NbOCls-KTaCl6 1170 KF-PbTi0 3 5281 KNbOCl-KTaCl6 1217 KF-PrF3 3814 K2NbOCl5 -TaCl5 952 KF-RbF 5025 knh2 -nh3 18 KF-ScF3 5194 5345 kno2 -kno3 1683 KF-SmF3 4967 kno2 -koh 645 683 KF-SnF2 853 1577 1368 1378 1556 kno3-koh 1015 1060 KF-SnF4 4707 2009 4613 kno3 -k2so4 1754 1760 KF-SrF2 4897 4898 kno3 -k2wo4 1613 1632 KF-TaF5 4742 4569 kno2 -k2 wo4 2216 KF—Ta 205 5303 KN03 -LiC 2 H302 -NaN03 936 KF-ThF4 4314 4295 4884 4536 4940 4548 5318 KN03 -LiN03 421 436

5332 5357 5367 5513 5550 KN02 -LiN0 2 313 320 KF-TiF4 4687 4882 2314 kno3-uno2 303 kf-yf3 4925 4957 4973 4998 KN02 -LiN03 327 KF-ZnF2 4471 4920 KN03 -LiN0 3-NaN03 403 402 KF-ZrF4 2299 5003 5012 5013 KN02 -LiN02 -Sr<N02) 2 289 K3HfF 7 -NaF 5002 kno3 -uno3 -tino3 270 K3HfF 7 -NaF-Na3HfF7 4956 KN03 -Mg(N03) 2 760 872 K3 HfF 7 -Na 3 HfF 7 5190 KN03 -NaC2 H302 1004 kh2po4-kno3 1207 KN03—NaCNS 521 522 ki-kio3 2575 KN03 -Na2 Cr207 1088 1187 KI-KOH 1233 KN02 -NaN02 1080 1125 KI-KRe04 2927 2924 KN03 -NaN02 1413 KI-K2SiF6 3694 KN03 -NaN03 -NH4N03 394 374 KI-K2ZrF6 2870 KN03 -NaN03 -RbN03 574 KI-LiBr-Lil 1310 KN03 -NaN03 -Sr(N03) 2 974 KI-LiCl-LiF 1390 kno3 -nh4ci-nh4no3 449 KI-LiCl-Lil 1302 kno3 -nh4h2 po4 836

420 466

128
System Index

System Locator number System Locator number

kno3-nh4h 2 po4 -nh4no3 505 K2 S04-Na2 S04 5222 5244 5245 kno3-nh4no3 620 619 K2 S04 -Na2 S04 -SrS04 5184 KN03-Pb(N0 3) 2 1038 K2 S04—Na2 S04 —ZnS04 2071 2061 2085 KN03-RbC 2 H30 2 933 958 K2 S04-PbS04 5113 KN03-RbN03 1454 6270 K2 S04 -PbS04-PbW04 5089 5275 KN03 -Sr(N0 3) 2 1321 1320 1353 1342 K2S04-PbS04 -Tl 2 S04 3577 KN02-Sr<N0 2) 2 1034 1028 1048 1007 K2 S04—PbW04 5309 KN03-TlBr 1723 1741 K2 S04 -Rb2 S04 5599 KN03-TlBr-TlN03 801 K2 S04—Sc 2 (S04) 3 5154 5220 kno3-tici 1562 K2 S04—SrS04 5539 kno3-tino 3 798 K2 S04—SrS04—T1 2 S04 3938 kno2 -tino2 686 k2 so4-tici 2330 KN3 -Zn(N 3) 2 722 935 k2 so4-ti2so4 3991 koh-k2 so4 1987 k2 so4-v2 o5 2389 2962 2562 KOH-LiOH 1091 1096 K2

.s 2 07 —V 2 05 1481 KOH-NaOH 701 702 K2 S04—ZnS04 2528 2713 2453 KOH-RbOH 1568 K2 TaCl5—NaCl—NaF 2800 K 2 0-Na2 0 5614 K2TaCls-NaF 3311 K20-Nb20s 5121 5282 5700 K2TaF7 -LiF 4572 K20—Si0 2 4866 4992 5062 K2TaF7 -LiF-NaF 3936 k 2o-v2 o5 2230 K2TaF7 -NaCl 4378 3606 k 2o-wo3 3937 3986 4035 5527 K2TaF7 -NaCl-NaF 4030 3336 kpo3-k4p 2 o 7 3839 K2 TaF7 —Ta205 3533 k3po4-k4p 2o 7 5627 K2TiF6-LiCl 3377 2618 2685 k3 po4-k4p 2o7 -k2so4 5366 K2TiF6-LiF-Li2TiF6 2662 kpo3-k4p 2o7 -kvo3 2166 2313 2234 K2TiF6-Li 2TiF6 -Na2TiF 6 2529 kpo3 -k2so4 4279 4280 4716 K2 TiF6-NaCl 3139 3192 3120 k4p 2 o7 -k2 so4 5427 K2TiF6-NaCl-Na2TiF6 3208 3044 k3 po4-k2 so4 5609 K2TiF6-NaCl-Ti0 2 3129 K4P 20 7 —

2Ti0 3 —Li 2Ti03 4900 K2TiF6-NaF 4291 K4P 20 7 —

2Ti0 3 —Ti02 4522 5104 5105 5305 K2TiF6-Na2TiF6 4428 6263 k4 p2o 7 -kvo3 2634 K2TiF6-Ti0 2 4174 4456 kpo3-kvo3 2357 2373 K2Ti0 3 —Na2Ti0 3 5112 5387 5041 k4p2o 7 -k2wo4 5258 K2TiO 3 —PbTiO3 5191 5087 K4P20 7 -LiF-NaF 3109 K2Ti0 3 —Ti0 2 5197 5208 5215 K4P20 7 —Li 2MoO4 4526 4641 K2UCl6-LiCl-Li 2UCl6 1232 KP03-LiP0 3 2658 2603 K2 UCl6-Li 2UCl6-UCl4 1283 K4P 20 7 Li4P 20 7 4444 K2 UCl6-UOCl2 2621 K3 PO4—Li 3PO4 5162 KVO3—Mg(VO3) 2 2921 2973 K4P 2 0 7 —Li 4P 20 7 —Li2Ti03 4245 4653 5004 KV03 -NaV03 2779 2541 3325 K4P 20 7 -Li4P 20 7 -NaF 3068 K2 W04-LiB0 2-U2W04 3370 3436 K4P 20 7—Li4P 20 7 —Na4P 207 4206 K2 W04-LiF 4159 KP03-Mo03 3747 4409 K2 W04-LiF-Li2W04 3182 3141 K4P207 -NaF 4824 K2 W04 -Li 2W04 3410 3490 405 KP03—NaF-NaP03 2351 K2 W04 -Li 2W04-Na2W04 2338 K4P20 7 —Na2Mo04 4128 4756 K2 W04—NaCl—Na2W04 2979 3371 K4P 20 7 -Na4P 20 7 5375 K2 W04-Na2C03 3623 KP03-Pb(P0 3) 2 3064 K2W04—Na2C03—Na2 Cr04 3651 K3P04-P2® 5 3845 5594 K2W04—Na2Cr04 4615 K4P 20 7 —Ti0 2 4679 K2 W04—NaF—Na2 W04 3520 KRe04-K2W04 3263 K2 W04-Na 2 W04—W03 3076 KSbSe2—Sb 2Se 3 2168 K2W04-Nd(W04) 3 5170 K3ScCl6-NaCl 3707 K2 W04-PbW04 5114 5233 KSc 3(S04) s-K2 S04 5155 5221 k2wo4-wo3 3732 K2 SiF6 -NaCl 3708 K2 W04—ZnW04 4060 K2S0 4-K2Mo04 5433 K3ZrF 7 —KCl-NaCl 3999 k2so 4-k2s 3611 4809 K2 ZrF6—NaCl 3295 3998 k2so4-k2wo4 5117 5289 5419 K3ZrF7—NaCl 3347 K2S04-K2W04-PbW04 5067 5088 K2 ZrF6—Na2ZrF6 3792 K 2 S04-LiB0 2 4818 LaA103 —MgAl204 6027 K2S04-LiB0 2 -Li 2 S04 4789 3108 LaCl3 —LaOCl 5201 5207 K2S04-Li 2 S04 3149 3188 4575 4599 4680 3168 3096 LaCl3 -LaOCl-MgCl2 4242 3313 LaCl3—NaCl 3100 3101 K2 S04-Li 2 S04-Na2S04 6244 LaCl3 —SnCl 2 1156 K2S04-Li 2S04-Rb 2 S04 4469 LaCl3 —YC13 4190 K2 S04-Li 2S04 -SrS04 4366 3050 LaF3 La 2 03 5786 5947 K2S04-MgS04 4931 5386 LaF3 —La 2 S 3 5836 5916 K2 S04-MgS04-Na2 S04 4044 LaF3 -LiF 4923 4959 5022 K2 S04-MnS04 4453 LaF3 -NaF 4775 4799 5167 K2S04-Mo03 3000 2752 LaF3 -RbF 3570 129
System Index—Continued

Locator System

LaF3 -YF3 La2(Mo04) 3 -Rb 2 Mo04 LaOCl-MgCl2 La203 — La2 S 3 La 203-Mg0

La203-Ni0

La203 -Pb0

La203 Sc 203 La203-Ta205 La203-Ti0 2 La203-W03 La203-Zr0 2 La2(W04) 3 -Na2 W04 La2W03-W03 Li 3AlF6-LiCl

U3AlF6-LiF

Li 3AlF6-Na3AlF6 Li 3AlF6-SrF2 LiBiCl4-NaBiCl4 LiB0 2 -LiCl LiBO 2—LiCl— Li 2 WO4 LiB0 2 -LiCl-NaCl

LiB0 2—LiF LiB0 2 -Li 3P04 LiB0 2-Li 3P04-NaB02 LiB0 2 —Li 2S04 LiB0 2—Li 2W04 LiB0 2 -NaB02 LiB0 2-NaB0 2 -NaCl

LiB0 2-NaCl

LiBr-LiCl LiBr- LiCl- LiF

LiBr-LiCl-Lil LiBr— Li 2 C03 LiBr— Li 2 Cr0 4 LiBr-LiF

LiBr-LiF-Lil LiBr-LiH

LiBr-Lil LiBr—LiN0 3 LiBr-LiOH

LiBr— Li 2 S04 LiBr—NaBr LiBr-NaCNS

LiBr— PbBr2 LiBr-RbBr

LiBr— SrBr 2 LiBr—TlBr LiC 2 H30 2 —LiCH02 LiC 2H 30 2 -LiN0 3 LiC 2H30 2 -LiN0 3-NaN03 LiC 2H 30 2 -NaC 2 H302 LiC 2 H 30 2 -NaC 2H302 -NaN0

LiC 2H 302-NaN03 LiC 2 H 302 —RbC 2 H302 LiC 2 H30 2 —Zn(C 2H302 ) 2 LiCl-LiC10 4 LiCl-Li 2 C03 LiCl—Li 2C03 -Li 2S04 LiCl-Li 2Cr0 4 LiCl-LiF LiCl-LiF-LiH

LiCl-LiF-Lil LiCl-LiF-NaCl

LiCl-LiH

LiCl-LiH-Lil

LiCl-Lil LiCl-Li 2Mo04 LiCl-LiN0 3 LiCl-LiN0 3 -NaN03

Locator number System Locator number

5306 LiCl-LiOH 1452 1348 1292 1327 1287 5248 LiCl—LUP2O7 5561 4467 LiCl-LiP03 3223 6017 6030 6076 LiCl—Li 4P207 3642 5535 6086 6089 6099 6100 6101 LiCl—Li 2S04 2729 2735 2763 2767 2776 5935 5955 LiCl-Li 2S04 —Li2C03 2560 5030 LiCl—Li2 S04 -Li2W04 2478 6102 6145 LiCl-Li 2 S04-NaCl 2580 5982 5988 6006 6013 6033 LiCl-Li 2 S04 -NiCl2 2697 5862 5945 5960 LiCl-Li 2 S04-RbCl 1447 6232 5589 LiCl-Li 2 S04 -TlCl 1708 6126 6138 LiCl—Li 2 S04 —ZnCl2 1411 4604 5647 LiCl-Li 3V04 3717 5593 5893 LiCl-Li 3V04-PbCl2 2105 2494 LiCl-Li 2W04 2831 4642 LiCl-MgCl2 3469 4424 4663 4709 4710 4729 LiCl—MnCl2 3350 3913 LiCl-NaCl 3231 3273 3282 3316 3317 860 763 3351 3361 3488 3593 3596 LiCl—NaCl—SrCl2 2336 2765 LiCl-NaCl-UCl3 1940 3154 LiCl—NaCl—UC14 1800 1765 4506 4692 LiCl—NaCNS 1471 5234 LiCl-Na2 TiF6 2694 2695 2756 2757 2146 4113 LiCl-NH4Cl 1316 1324 4864 LiCl-NiCl2 3898 4493 LiCl—NiS04 3697 5061 4043 4210 LiC104-LiN03-NaC104 654 794 3808 LiC104-NaC104 1051 1053 1047 969 938 4880 LiC104-NH4C104 804 3084 3088 3089 LiCl-PbCl2 2155 2156 2192 2380 LiCl-PbCl2 -ThCl4 1701 1894 LiCl—PbCr04 2083

2721 LiCl-PuCl3 2612

1982 LiCl-RbCl 1616 1635 2502 2543 LiCl-ScCl3 3416

1949 LiCl—SnCl 2 1022 2165 2547 LiCl—SrCl 2 2803 2810 2290 LiCl—SrMo04 3305

1105 LiCl-SrS04 3095

1351 1355 LiCl—Te02 2450 3323 2700 LiCl-ThCl4 2187 2213 2450 3323

2971 2972 3037 LiCl-ThCl4-UCl4 2042 2096

1424 LiCl-ThCl4-UCl3 2097

1675 LiCl-ThF4 2932 4760

1266 1347 1530 LiCl-TiCl 3 2556 3345 2546 LiCl-TIBr 2103

1813 LiCl-TICl 1811 1184 LiCl-UCl3 2836 553 LiCl-UCl4 2273 2374

493 LiCl-UCl3-UF4 2563 1864

1009 1050 1093 851 639 LiCl-YCl3 2196 577 LiCl—ZnCl2 1470 1037 885 Li 2C03 -Li0H 2470

1152 752 Li 2C03 —LiP03 5385

1065 Li 2C03-Li 2 S04 3177

1132 Li 2C03 —NaBr 4126

2970 Li 2C03 -NaCl 3802 2485 Li 2C03 —Na2C03 2893 2913 6247

1857 1858 Li 2C03 -RbBr 4275 2774 2783 2784 2808 2880 2934 Li 2C03 -RbCl 4050 2550 2584 Li 2 C03 —Rb 2C03 2955

1806 1808 Li 2Cr04 -Li0H 1638 2527 2363 2627 Li 2Cr04-Na 2Cr04 2214 2055 2056 2211 2523 2794 2869 Li 2Cr2 07 -Na2Cr207 2252 2049

1753 LiF-Li 2C03 3786

1964 LiF—Li 2Cr04 2593

2883 LiF-LiH 4482

1204 LiF-Lil 2239

736 782 LiF-Li 2Mo04 3870 130
System Index

Continued

System Locator number System Locator number

LiF-LiOH 2396 2381 LiN03 -RbN02 356 572 LiF-Li4P 207 5050 LiN0 2 -RbN02 -Sr(N02 ) 2 326 354 LiF-Li3P04 5143 LiN03 -Sr(N03 ) 2 1240 LiF-Li4P 207 -NaF 3534 LiN02—Sr(N02 ) 2-TTN0 2 265 LiF-Li 2 Si03 5269 LiN02 -TlN02 298 LiF-Li 2S04 3164 3181 LiN03 -TlN0 3 490 458 LiF-Li 2S04-PbS04 2974 LiN02 -TlN02 —T1N03 266 LiF-Li 2TiF6 3705 LiOH-NaN03 -NaOH 1122 1000 LiF-Li 2TiF6 -Na2TiF6 3082 LiOH-NaOH 986 LiF-Li 2W04 4065 LiOH-RbOH 1166 1918 LiF-MgF2 4840 4886 4887 4892 Li 2 0-Na3 AlF6 5398 LiF-MgF 2 -NaF 3992 4475 4647 Li 2 0—Na2 0 5035 LiF-MgF2 -SrF2 4144 Li z O—Na2 0-Si02 4072 4570 LiF-MnF2 3785 Li 20—Si0 2 5590 5597 LiF-MnF2 -RbF 2500 3680 Li 2 0—Ti0 2 5608 5771 LiF-Na3AlF6 4567 4582 Li 20-V2 05 3302 LiF-NaCl 4338 4350 4359 4416 4432 4478 Li 2 0-

2 04 -V205 4379 4571 LiF-NaCl-NaF 3571 LiP03-Mn(P03) 2 3858 LiF-NaCNS 1569 Li3P04-NaB02 5040 LiF-NaF 4021 4081 4204 4262 Li 4P207 —NaF 3896 3897 LiF-NaF-Na 2TiF6 3360 Li 4P207 —NaF—Na4P2 07 3572 LiF-NaF-RbF 2434 2349 2498 Li 4P207 -Na2Mo04 5519 3951 LiF-NaF-SrF2 3946 Li 4P 207 —Na2Mo04 -Na 4P207 4601 4681 LiF-NaF-ZrF4 3486 3748 2423 2489 2590 Li 4P 207 -Na4P207 4755 LiF-PbF2-PbSO4 2686 LiP0 3 -NaP03 2722 LiF-PuF3 4893 Li 2 Si03—Na2 Si0 3 5284 LiF-RbF 2501 2513 2665 Li 2Si03 —Si0 2 6236 LiF-ScF3 3719 3771 Li 2S04—Li 2 W04 3678 LiF-SrF2 4368 4987 Li 2S04-MgS04 4316 LiF-ThF4 3373 3438 3452 3463 Li 2 S04—MnS04 3565 LiF-YbF3 4508 Li 2S04—Mo03 3443 LiF-YF3 4555 4896 Li 2S04-NaCl 2891 LiF-ZnF 2 4082 Li 2S04—NaCl—Na2 S04 2600 LiF-ZrF4 3464 3598 3713 2966 2937 Li 2S04—Na2 S04 3703 3595

Li 2 Hf(W0 4) 3 -Li 2 W04 4633 Li 2 S04-Na2 S04—PbS0 4 3150 LiH-Lil 2099 Li 2S04—Na2 S04 —Rb2 S04 3151 3115 LiH-NaCl 3444 Li 2S04-NiCl2 3905 LiH-SrH 2 4139 Li 2S04—NiCl 2 -Ni2 S04 3701 LiH-YbH 2 4347 Li 2S04-PbS04 4028 4056 Lil-LiOH 795 Li 2S04 —PbS04 -Rb2S04 3228 3735

Lil-Tel 4 1313 Li 2S04-PbW04 4950

Li 2 Mo04 -LiNd(Mo04) 2 4361 Li 2S04-RbCl 2834 2887

Li 2 Mo04 -Li 4P 20 7 4503 5556 Li 2S04-RbCl-Rb 2 S04 2873 3448

Li 2 Mo04-Li 4P 2 0 7 -Na4P 2 07 2561 Li 2S04-Rb2 S04 3555 4624

Li 2 Mo04-Li 2S0 4 3437 Li 2 S04- Rb 2 S04 —T1 2 SO4 3055

Li 2Mo04—LiV0 3 3249 Li 2 S04-Sc 2(S04) 3 4844 5439

Li 2Mo04—Mo03 3207 Li 2 S04—SrS04 4914

Li 2Mo04—Na2 Mo04 2649 Li 2 S04-TlCl 2368

Li 2 Mo04 -W03 3769 Li 2 S04-TlCl-Tl 2 S04 1732 1781 LiN0 2 -CsN02 —Sr<N0 3) 2 269 Li 2 S04 -Tl 2S04 2941 3116 LiN0 2 -LiN0 3 905 864 563 Li 2 S04 -ZnCl2 1585 LiN0 2 -LiN0 3-NaN03 443 Li 2 S04 —ZnCl 2 -ZnS04 1462 LiN03 -Li0H-NaN03 646 Li 2Ti03 — NaF 5356 LiN03-Li0H-RbN03-Rb0H 562 430 461 462 Li 2Ti03—NaF—Na2Ti0 3 5346 5445 LiN0 3 -Li 2 S04 1242 LiTi0 2 -TiO 6235 LiN0 3 -NaC104 940 LiV0 3 -Li 2 W04 3262 LiN0 3 -NaC104 -NaN03 791 656 Li 3 VO4-PbCl 2 -Pb3(VO 4) 2 4712 LiN0 3 -NaCNS 743 Li 3 V04-Pb3(V04) 2 4852 LiN03 -NaN03 829 941 880 865 LiV0 3 -V20s 3303 LiN0 3-NaN02 617 585 Li 2 W04 -LiYb(W04) 2 4817 LiN0 2-NaN02 584 597 Li 2 W04 -Li 2Zr(W04) 3 4684 LiN0 2-NaN03 460 Li 2 W04 -Na 2Cr04 -Na2 W04 2506 LiN0 2 -NaN02 -NaN03 427 Li 2 W04 -Na 2 W04 2789 2848 LiN0 3 -NaN03 -RbN03 445 467 Li 2 W04 -Na2 W04 -W03 2859 4543 LiN0 2 -NaN02 -Sr(N0 2 ) 2 492 Li 2 W04-PbS04 4525 5382 LiN0 3 -NH4N03 211 253 Li 2 W04 -PbW04 4654 LiN0 3 -Pb<N0 3 ) 2 1234 Li 2 W04 -W03 4523 4895 LiN0 2 -RbN03 428 455 Li 2 W04 -Y2(W04) 3 6253 LiN0 3 -RbN03 770 610 705 575 LuC1 3 —NaCl 2517 LiN0 2 -RbN0 2 386 LuF3 -NaF 5354 3693 131
System Index—Continued

I .orator System Locator number System Locator number

MgAl 204 -NdA10 3 6034 MnCl2—NaCl 2301 2344 MgAl 204 -Zr0 2 6051 MnCl2 -NaCl-NaF 1966 Mg(B0 2) 2 -Sr<B0 2) 2 5452 MnCl2 -NiCl2 4167 MgBr2-NaBr 2398 2400 MnCl2 -PbCl2 2205 Mg(CH02) 2 -NaCH02 1245 MnCl2—RbCl 2554 2425 2597 Mg(C 2H302) 2 -NaC 2 H302 1258 1260 MnCl2—SnCl2 1130 MgCl2 -MgS04 4333 4244 MnCl2 —SrCl 2 2906 2892 MgCl2-MnCl2 4175 MnCl2—T1C1 1719 2599 MgCl2-Na3 AlF 6 5204 5205 MnCl2—ZnCl2 1311 MgCl2 -NaCl 2518 2464 2382 MnF2 -NaF 4537 4858 MgCl 2 -NdCl3 3971 MnF2 -NaF-RbF 3889 4731 4393 MgCl 2-NdOCl 3978 MnF2 -NiF2 6266 MgCl 2-PbCl 2 2390 2586 MnF2 -RbF 5181 4589 MgCl2 -PbCl 2-UCl4 1805 MnMo04 —Mo03 4236 MgCl2 -PrCl3 4135 MnO—Mn2 03 —SiO z 5745 5772 5730 MgCl2 -PuCl3 4191 MnO—MnS 5737 MgCl 2-PuCl3-UCl3 4062 MnS—MnSe 5897 MgCl 2-RbCl 2991 2689 2585 MnS04 —Na2 S04 4143 MgCl2 —SnCl2 6206 MoCl2 —NaCl 4411 MgCl 2-SrCl 2 3186 MoCl3—NaCl 3289 3653 2796 MgCl 2 -ThF4 5301 3506 MoC15-PC15 790 MgCl 2-ThF4 -UCl3 3106 3079 3917 MoCl5 -SeCl4 738 706 849 MgCl2 -TlCl 1911 1922 MoF6 -UF6 76 MgCl2 -UCl4 3221 MoOC1 4—ReOCl4 101 MgCl2 -UCl3 4365 Mo03 —Na2B40 7 3644 MgCl 2-UF4 3911 3810 Mo03 —Na4P20 7 2143 MgCl 2-YCl3 3473 Mo03 —Na2 S04 3501 MgCl2—ZnCl2 1341 Mo03 -PbMo04 4355 MgCl2—ZrCl4 2355 Mo03 -PbO 5473 4901 5434 MgFe 2 04-PbF2 3820 Mo03 —SrMo04 4335 MgFe 2 04-PbMo04 5605 5612 Mo03 —uo2 5063 MgFe 2 04-Pb0 5124 Mo03 —uo3 4881 MgF2 -MgO 5725 5732 5733 Mo03 —

V

205 3935 3884 MgF2 -MgO-P2 O s 5687 5740 5796 Mo03 —ZnMo04 4644 5557 MgF2 -MgO—Si0 2 5716 5726 Mo03 —ZnO 4278 4688 5560 MgF2 -Mg3(P04) 2 5644 5670 Mo-UN 6184 MgF2 -Na 3AlF 6 5458 NaAlCl4 -NbOCl3 545 MgF2-NaF 5563 5577 5238 5193 NaAlCl4-NbOCl3-TaCl 5 363 MgF2 -RbF 5358 5068 4588 NaAlCl4-ReCl5 544 MgF2 -U0 2 5748 NaAlCl4-TeCl4 524 Mgl 2-Nal 2347 NaAlCl4-WCl5 502 MgMoO4—MoO 3 4909 Na3 AlF6-Li 3 AlF6 4713 MgMo04-Na2Mo04 4345 Na3AlF6—NaCl 4829 4833 4856 MgMoO4-SrMo0 4 5701 Na3AlF6 -NaCl-NaF 4267 4268 MgNb2 06-Mgs Nb40 15 5903 Na3AlF6 -NaF 5307 5343 5378 Mg(N03) 2 -6H 2 0—Zn(N0 3) 2 -6H 2 0 109 Na3 AlF6 -Na3FeF6 4921 5512 Mg(N0 3) 2-NaN03 476 Na3AlF6 —Na2 S04 5119 5137 Mg0Mn(Fe 20 4) 3 -PbF2 3726 Na3 AlF6 -Nd203 5421 MgO-Na3AlF6 5423 Na3 AlF6-Rb 3AlF6 5134 5135 5279 MgO—Pu02 6094 Na3 AlF6-Sm2 03 5529 MgO—Sc 203 6127 6149 Na3 AlF6 -Ti0 2 5533 MgO—Si0 2 —SrO 5789 5852 Na3AlF6 -ZnO 5543 MgO-Si02—ZnO 5819 5891 Na3AlF6 —Zr0 2 5541 MgO—Sm 2 0 3 6103 NaAlSi 3Og-NaCl 5298 Mg0-Ta2 05 5920 NaBeF3 -NaP03 1330 MgO-Ti0 2 5937 5939 Na2BeF4 -Na3P04 3069 4803 MgO-U02 6139 NaBF4-NaF 1548 1694 2062 MgO-V2Os 5685 5717 4258 NaBH4-NaH 2122 MgO-W03 5714 5780 NaBiCl4—NaFeCl4 600 Mg0-Y203 6119 6128 6129 Na2 B407 —Ce02 5451 MgO-ZnO 5989 NaB02 -Na2 B407 4855 MgO-Zr0 2 6123 6130 NaB02 -NaBr 4715 MgSiO 3—SrSiO 3 5790 5853 Na2 B407 —NaCl 4551 4693 Mg2Si0 4 -Zn 2Si0 4 5892 NaB02 —NaCl 4939 MgS04-Rb 2 S04 4401 NaB02 -NaCl-Na2W04 3943 3973 Mg(V03) 2 -NaV03 3238 Na 2 B407 -Na2 Cr0 4 4724 Mg(V03) 2 -Sr(V0 3) 2 3856 NaB02 —Na2Cr04 4945 MgW04 -Na 2W2 0 7 4408 4343 Na2 B40 7 -NaF 4454 MnCl2 -MnF2 3066 NaB02 -NaOH 1279 MnCl2 -MnF2 -NaF 3531 NaB02 -Na3 P04 5440 132
System Index

Continued

System

Na2B407 —Nd 2 03 NaB02 -RbCl Na 2 B40 7 -Si02 Na 2 B40 7 -V 205 NaBr-NaCI NaBr-NaCNS

NaBr-Na2 C03 NaBr-Na 2 C03—Nal NaBr-Na2C03-RbBr

NaBr—Na2C03—Rb2 C03 NaBr-Na2 Cr04 NaBr-NaF NaBr-Nal-NaOH

NaBr-NaN03 NaBr-NaOH

NaBr-Na 2S04 NaBr—PbBr2 NaBr-PbBr2 -PbI 2 NaBr—PbBr2 -TlBr NaBr-PbI 2 NaBr-RbBr

NaBr—RbBr—Rb 2CO3 NaBr—RbCl NaBr—SrBr2 NaBr-TIBr NaBr-UBr3 NaC 3H tO 2-NaCNS-NaNO2 NaC 3 H7 02-NaCNS-NaN03 NaC 2H302-NaCNS-NaN03 NaC 2H30 2-NaN03 NaC 2H302-NaN03-RbN03 NaC 2H30 2 -RbC 2H302 NaC 2H30 2 -RbC 2H302 -RbN0

NaC 2 H302—Zn(C 2 H302 ) 2 NaClAlCl3-NaI

NaCl AlCl 3-NaI A1I 3 NaCI-BaS0 4 NaCl-CaS0 4 NaCI-K 2 ZrF6 NaCl-Na 3 AlF6 NaCl-NaCNS

NaCl-Na 2C03 NaCl-Na 2 C03-NaF

NaCl-Na 2 C03-NaI NaCl-Na 2 C03-Na0H

NaCl-Na 2Cr20 7 NaCl-Na 2 Cr0 4-Na4P 2 0 7 NaCl-NaF

NaCl-NaF-Na 2C03 NaCl-NaF-Na2Cr04 NaCl-NaF-Nal

NaCl-NaF-Na4P 20 7 NaCl-NaF-Na2TiF6 NaCl-NaF-Na2ZrF6 NaCl-Na3HfF7 NaCl-Nal

NaCl-Nal-Pbl 2 NaCl-NaMnF3 NaCl-Na 2 Mo04 NaCl-NaN0 2 NaCI-NaN0 3 NaCl-NaN03-NaOH

NaCI-NaN03 -Na2S04 NaCl-Na 2 0

NaCl-NaOH

NaCl-NaP0 3 NaCl-Na4P207 NaCl-NaP03-Na2S04 NaCl-NaRe04 NaCl-Na2 S04

Locator number System Locator number

4524 NaCl-Na2 S04 -KCNS 678 4233 NaCl-Na 2 S04 -NaCNS 1463 4772 NaCl-Na2 S04 —Na 2 C03 3827 3645 3854 NaCl-Na2S04 -RbCl 2625 4819 4820 NaCl-Na2 TiF6 3459 3479

1489 NaCl-Na2Ti03 5120 5128 5576 3836 NaCl-Na2Ti03 -Ti02 5100 3306 NaCl—NaVOj 3643 2570 NaCl-Na2W04 3933 4071 4299 3005 3278 NaCl—Na2ZrCl6 3285 3358 NaCl—Na2ZrF6 3321 3582 4109 4351 NaCl-NbCl4 1220 3144

957 NaCl-NbCl5 -ZrCl 4 815 878

1466 NaCl-NbOCl3 2052 2145

1277 NaCl-NdCl3 2383 3869 NaCl-NiCl 2 3425

1689 1690 NaCl—NiS04 2907

1274 NaC104 -NaN03 1094 1578 1820 NaCl-PbCl 2 2195 2220 2240

1907 NaCl-PbCl2 -PbI 2 1731 1842 2864 2865 NaCl-PbCl2—PbS 2106

2693 2797 NaCl—PbCl2—ThCl4 1740 1816 2919 NaCl—PbCl2 —T1C1 1874 1997 2058

2795 2801 NaCl—Pbl 2 2034 2540 NaCl-PbO 5129 2378 NaCl—PrCl 3 2656

1017 1018 NaCl—PuCl3 2544

1064 NaCl—PuCl3 -ThCl4 1700 1738 812 NaCl—RbB02 4577 908 NaCl-RbCl 3241 3381 554 NaCl-RbN03 -TlBr 471 768 NaCl—ScCl 3 2745

3 602 529 NaCl—SmCl3 2089

1182 911 538 NaCl-SnCl 2 824 808

556 NaCl—SrCl 2 3441 213 NaCl—SrMo04 5072 4885 NaCl—SrS04 4859 4750 4777 NaCl—TaCl4 1331 2843 NaCl-TaCl3 1056 4832 4853 NaCl-TbCl3 2045

1538 1542 NaCl-ThCl4 2140 2418 2419 1846 4041 NaCl—ThCl4 -UCl3 1773 1739 3503 NaCl—ThCl4 -UCl4 1814 1892 3002 NaCl-ThF4 4141 4702

1395 1453 NaCl-TiCl3 2619 3292 3668 NaCl-TiCl2 3766

3277 4027 NaCl-TICl 2246 2247 4394 4399 4433 4455 NaCl-UCl4 2422 2017 3497 NaCl-UCl3 2982 3110 NaCl-UCl3 -UF4 2271 2393 3135 3136 3165 NaCl-VCl3 2536 2975

3947 NaCl—VC12 4325

3401 NaCl-V2 Os 4051 4274 3589 3795 NaCl-WOCl4 6198 4086 NaCl—YbCl3 2552

3491 3522 NaCl-YCl3 2345 1909 2117

1979 NaCl-ZnCl2 1332 3612 3613 NaCl—ZrCl4 1607 3209 3286 1590 3777 3985 NaCl-ZrCl 2 4556

1393 NaCl—ZrF4 2258

1491 1502 NaCN-NaCNO 2837

1218 1196 1087 NaCN-Na2C03 3314

1372 NaCN-Nal 3043 4594 NaCN-NaOH 1079

1611 NaCN0-Na2 C03 3252 3442 NaCNS-Nal 1430 4778 4795 NaCNS-NaN02 1042 1043 3021 NaCNS-NaN03 1097 2270 NaCNS-RbBr 1408 3958 3982 3983 NaCNS-RbCl 1467 133
System Index

Continued

System Locator number System Locator number

NaCNS-RbI 1377 Nal-RbI 2710 3019 NaCNS-RbN03 422 744 Nal—Snl 2 1446 NaCNS-TlN03 673 Nal-TlI 2372 Na2C03-Na2Cr04 4209 4212 4237 Na2 Mo04 -NaN02 1374 Na 2C03 -Na2Cr04-Na2S04 4170 Na2 Mo04 -NaN03 1488 Na2C03 -Na 20 4557 Na2Mo04 —Na4P207 4222 5166 Na 2C03-Na0H 1400 Na2 Mo04-NaV03 3290 3250 Na2C03 -Na20-Na0H 1296 Na2Mo04 -PbMo04 3922 Na 2C03-Na2S04 1737 5182 5232 Na2Mo04—Pr2(Mo04) 3 4363 5624 Na 2 C03 —RbBr—Rb2C03 3023 Na2 Mo04 -Sm2(Mo04) 3 4449 5649 Na2C03 -Ti0 2 5270 Na2 Mo04 -Tb 2 (Mo04) 3 4450 5662 Na 2Cr04-NaN03 1540 1537 Na2 Mo04 —Yb2(Mo04) 3 4364 Na 2Cr20 7 —NaN03 1293 NaNbOCl4-NbCl5 942 Na 2Cr04-Na4P 207 4944 5329 NaNb03 -Nb205 6237 Na2Cr04—Na 2Si03 5032 5037 NaNd(W04) 2 -SrW04 6254 Na2Cr04-Na2 S04 5097 NaN02 -NaN03 1138 1131 Na 2Cr04-NaV0 3 3309 NaN03 -NaOH 1213 1315 1265 Na 2Cr04 -Na 2W04 2210 4392 NaN02 -NaOH 1121 1168 Na 2Cr04—Rb 2Cr04 2291 2121 NaN03 -Na2S04 1522 Na 2Cr20 7 -Rb2Cr20 7 1634 1547 NaN03 -Na2S04 -RbN03 679 608 NaF-Na3AlF 6-Ti02 5359 NaN02 -Na2 W04 1376 NaF-Na2B40 7 4434 NaN03 -Na2 W04 1507 NaF-Na2C03 4515 4516 NaN03 -NH4N03 409 NaF—Na2C03—Na2S04 4248 NaN03 -Pb(N03) 2 1349 NaF-Na2Cr0 4 4160 NaN03 -RbN03 766 663 796 721 NaF-Na3HfF 7 4990 NaN03 -Rb2 S04 6245 NaF-Nal 3712 3894 NaN03 —Sr<N03) 2 1468 1474 NaF-Na2Mo04 3816 3817 3841 3976 NaN02 -Sr(N02) 2 1041 NaF-NaN03 1549 NaN02 -Sr(N02) 2 -TlN0 2 419 NaF-NaOH 6196 NaN03 -TlCl 1392 NaF-NaP0 3 3840 2822 NaN03 -TlN03 652 664 651 NaF-Na4P 20 7 4764 4835 4836 NaN02 -TlN03 573 598 NaF-Na3P04 5240 NaN03 -TlN02 423 NaF-Na4P 20 7 -Na2S04 4331 4346 NaN02 -TlN0 2 518 NaF-Na2Si0 3 5408 NaN03 -TlN02 -TlN03 400 NaF-Na 2 S04 4911 4916 5039 5055 NaOH-Na2S 4847 1384 1416 NaF-Na 2TiF6 1190 4699 NaOH—Na2S04 1464 NaF-Na 2Ti0 3 5372 5409 5411 5412 NaOH-RbOH 1158 1189 NaF-NaV03 3700 Na20-Nb02 4686 5521 5719 NaF-Na2W04 4048 4184 4185 Na2 0—Si02 5096 5116 5261 5286 NaF-Na2ZrF6 4903 Na 2 0—Si02 —ZnO 4843 4928 4442 5567 NaF-Nb205 6197 Na2 0—Te02 2581 2251 2312 NaF-NdF3 4821 NazO—Ti02 5255 5300 5328 5568 NaF-PbF 2 2879 Na20—Ti02 —V2Os 3075 2833 NaF-PbF 2-PbS04 2218 2444 2821 Na20-V2 0s 4194 3225 3148 NaF-PbTi0 3 5552 NaP03 -Na4P 2 07 3315 NaF-PmF3 4666 Na3P04 -Na4P 2 07 5509 NaF-PrF3 4828 5065 5066 NaP03 -Nd 2 03 3733 NaF-PuF3 4790 NaP03 —Sm203 3324 NaF-RbF 4120 Na-S 1010 NaF-RbF-Rb2S04 3895 NaSb—Na3Sb—Na3SbS3 1801 NaF-Rb 2S04 4834 Na2 Si0 3—Na2Ti0 3 5376 NaF-ScF3 4179 4389 4584 5118 5141 5202 Na2Si0 3 -Na2Ti03—Ti0 2 5231 NaF-SmF3 4776 Na2 Si 205 -Si0 2 5140 NaF-SnF2 1261 771 1219 1246 1267 Na2 Si03 —TiO z 5353 NaF-SrF2 5310 5311 5312 5313 5317 Na2 S 2 —Na2 S 4 1145 NaF-TbF3 4562 5570 Na2 S 4 -Na2 S s 1160 NaF-ThF4 3878 3890 4512 4585 4626 4924 Na2 S-Na3Sb-Na3 SbS3 1917 NaF-TiO z 5455 5530 Na2S—Na2S04 4874 NaF-TmF3 3663 5422 Na 2 S04 —Na2S207 846 NaF-YbF3 3681 3720 5402 Na2S04 -Na2U20 7 5106 NaF-YF3 4074 4586 3793 5494 Na2S04-NaV03 3811 NaF-ZnF2 4084 Na2 S04-NaV03 -TlV03 2022 NaF-ZrF4 2780 3012 2985 4904 4915 2895 4951 Na2 S04 -Na2W04 4367 2947 2666 Na2 S04 -(NH4) 2S04 4119 4386 NaHS04-NH4HS04 2014 Na2 S04 -PbS04 4788 4910 NaI-NaN03 1487 Na2 S04 -PbS04-PbW04 4761 Nal-NaOH 1084 Na2S04 -PbW04 5326 NaI-PbBr2 1480 Na2S04—Rb2S04 4600 4875 4619 4620 Nal—Pbl 2—Til 1573 1799 1714 Na2 S04 -TlBr 2505 134

i
System Index—Continued

Locator System Locator number System Locator number

Na2S04-TlCl 2362 PbBr2 -PbI2 1275 1276 Na2S04 -Tl 2 S04 3399 PbBr2 -RbBr 1702 Na 2 S04 -Tl 2 S04 -TlV03 2013 PbBr2 —TlBr 1872 Na 2S04-TlV03 2041 PbBr2 —ZnBr2 1397 Na2 S04 -U308 5107 PbCl2 -PbF2 2549 2615 3340 Na 2 S04 -U02 S04 2911 3195 PbCl2 -PbI 2 1566 1706 1780 1783 Na2 S04-V205 4221 PbCl2 -PbO 2178 Na 2 S04-ZnS04 2691 2731 PbCl2 -PbS 2461 2524 2545 Na2S-PbS 3104 PbCl 2 -PbS04 2690 2730 Na2S—

1223 1181 1249 PbCl2 -Pb3(V04) 2 2724 5488 Na 2Ti0 3 -Ti0 2 5562 5591 PbCl2 -RbCl 2198 2225 2255 NaV03 -RbV03 2493 PbCl 2 -RbCl-TlCl 2050 2127 NaV03-Sr<V0 3) 2 3191 PbCl2 —SnS 2451 NaV03-V20 5 4214 3251 3242 3243 6238 4326 4215 PbCl2 —SrCl2 6211 Na 2 W04 -Nd 2(W04) 3 4605 4489 PbCl 2 -TaCl5 6212 Na 2W04-Nd2(W04) 3 -SrW04 6255 PbCl 2 —TeCl4 1003 Na 2 W04-PbW04 3770 PbCl2 -ThCl4 2126 Na 2 W04—SrW04 4445 4576 PbCl2 -ThCl4-UCl4 1722 1750 Na2 W20 7 -SrW04 6256 PbCl2 -TlCl 1959 1977 1998 2256 Na 2W04 -W03 3965 PbCl2 -UCl4 1730 1938 2134 Na 2 W04-ZnW04 3918 3649 3874 PbCl2 -ZnCl2 1195 1284 1420 NbCls-NbOCl3 929 PbCr04 —PbO 5209 NbCls-PbCl2 -TaCls 6207 Pb2Cr0 5 —Pb2 Si04 4070 NbCl 5-PCl5 854 PbCr04—PbW04 5262 NbCl 5-POCl3 385 60 PbCr04—Rb2 Cr04 4147 4358 NbCl 5-POCl3 -TiCl 4 61 238 246 255 227 PbF2 -K2S04 2741 NbCl4-RbCl 4001 PbF2 -K2 S04-PbS04 2300 2445 NbCl 3-RbCl 3767 PbF2 -PbI2 2051 NbCl 2-RbCl 4165 PbF2-PbO 2855 NbCl 5-ReOCl4 99 PbF2 -Pb3(P04) 2 4423 NbCls-SbCl3 6208 PbF2 -PbS04 3067 NbCl 5-TaCl5 1005 PbF2 -RbF 2781 3294 NbCis-TiCl 4 6209 Pbl2 —PbTe 2070 2152 NbCl s-VCl4 6210 Pb 2 MoOs —Pb2 Si0 4 4327 NbCl5-WCl6 622 PbMo04 -PbS04 5528 NbCl s-WOCl4 735 PbMo04—Rb 2Mo04 4932 5034 NbCl 5-ZrCl4 825 PbMo04—ZnMo04 6259 5285 NbOCl3 -RbCl 3472 3041 2159 Pb(N03) 2 -TlN03 753 Nb 2Os -NiO 5855 5886 PbO-PbSe 4979 Nb 2 Os — P 205 5816 PbO-PbS04 5226 5242 5502 5503 Nb 20s-Sb 20 3 6233 PbO—PbTe03 2909 5243 5271 Nb 2 Os-V 2Os 4168 PbO-PdO 4938 Nb 203-W03 5768 5798 PbO-RbCl 4737 Nd 203—Si0 2 5948 5961 5973 Pb0-Sb 2 03 3758 Nd 203-W03 5611 PbO-SiO z 4443 4597 4598 Nd 203—Zr0 2 6140 PbO-SrO 5314 5361 5682 Nd 2(W04) 3-SrW04 6257 PbO-Te02 2679 3160 NH4C1-NH4H 2P04 819 PbO—TiO 2 —ZrO 2 5734 nh4ci-nh4h 2po4-nh4no3 451 PbO-V2Os 2712 4753 4929 4955 NH4Cl-SnCl 2 810 726 718 826 898 Pb0-V205-W03 2188 4690 4728 NH4Cl-TaCis 1014 1199 PbO-W03 4767 5465 NH4Cl-ZnCl2 780 1128 1099 PbO-ZnO 5327 NH4HS04-(NH 4) 2 S04 2172 PbR3 —SnBr4 33 NH3-NaBH4 45 12 44 Pb 2 Si04-Pb 2 W05 4534 NH3 -NH4Br(NH 3) 4 16 PbS04 -PbW04 5571 5573 5574 nh3 -nh4no3 17 PbS04 -Tl 2 S04 3648 NH4NO3 -(NH 4) 4P 207 615 PbS-PbSe 5646 NH4N03 -Pb(N0j)2 448 PbS-PbTe 5350 (NH4) 2P 2 0 7 -(NH 4) 2 HP04 707 PbS-SnS 1177 (NH4) 4P 2 07 -(NH 4) 2HP04 691 PbS-TlSbS 2 2395 (NH 4) 4P 20 7 -(NH 4)H 2 P04 642 PbS-ZnS 5564 NiFejO^Pb^PO^ 5546 5481 PbTe—Sb2Te3 3578 NiFe 204-Pb 2P 2 0 7 4930 5405 PbW04-Rb2W04 4981 5079 NiO-P 2Os 5799 5747 5785 PbW04-W03 5466 NiO-Si0 2 5956 PCl s -TaCls 978 NiSb-PbS 5435 PCl3 -TeCl4 8

Ni 2Si0 4-Yb4(Si0 4) 3 5835 POCl3-ReOCl4 78 56 NpF4-TlF 1256 POCl3 -SbCls-TiCl4 67 48 309 345 PbBr2 -PbCl 2 2033 POCl3 -SiCl4 20 PbBr2—PbF2 1845 3169 POCl3 -SnCl4 38 135
System Index—Continued

System Locator number System

POCl3 -TaCl5 -TiCl4 63 279 233 261 308 Rbl-Sbl3 2835 POCl 3 -TeCl4 66 71 Rbl-TICl 2754 PQCl3-TiBr4 75 62 196 4448 Rbl-TlI 2399 POCl3 -TiCl4 64 271 280 Rb 2 Mo04—Sm2(Mo04) 3 4883 POCl3 -VOCl3 14 RbN02 —Sr(N02) 2 1159 POCl3 -WCl6 68 RbN03 -Sr(N03) 2 988 POCl3-ZrCl 4 746 657 RbN02 -TlN03 949 P 205-SrO 5536 5764 5913 5930 RbN02 -TlN02 788 PrF3-RbF 4104 4290 RbN03-TlN02 751 Pr 2(WQ4) 3-Rb 2W04 5148 5581 RbN03-TlN03 907 PuCl3-PuOCl 4917 Rb 20—Si02 4908 PuCl4-RbCl 3357 3359 Rb20-V2 0s 2853 PuCl3—SrCl 2 3865 Rb20-W03 4532 PuCl3-UCl3 2872 6269 RbP03-Zn(P0 3) 2 3447 PuC-PuSi 5833 RbSc(S04) 2 —Rb2S04 5147 PuF6-UF6 6190 RbSc(S04) 2—Sc 2 S04 5109 Pu02—U0 2 6234 Rb2 S04-RbN03 1523 RbBF4-RbF 2473 Rb2Te03 —Te02 2167 RbBr-Rb 2 C03 3407 3449 RbV2Os-V2Os 3597 RbBr—Rb 2Cr04 3921 ReCl3 —ReCls 1280 RbBr-RbI 3875 ReCls —ReOCl4 97 RbBr-RbN03 1532 6271 ReOCl4 -TaCl5 98 RbBr—Rb 2 S04 4031 4032 SbBr3 —SbCl3 135 RbBr—TiBr3 3513 3757 3872 SbBr3 —Sbl 3 231 RbBr-TiBr2 3523 4966 SbBr3 —SnBr4 94 RbBr-TiBr4 4067 SbBr3 —TeBr4 230 RbBr-TIBr 2609 SbCl3 -SbI3 114 RbC 2H30 2 -RbN03 893 799 SbCl3 -TaCls 6213 RbC 2H 30 2 —Zn(C 2H302) 2 634 SbCls —TiCl4 35 RbCl-RbF 3212 SbCl3 -WCl6 181 RbCl-RbI 3403 3427 3480 SbCl5 -WCl6 70 RbCl-Rbl-TlI 2181 SbCl3 -WOCl4 182 RbCl-Rb 2S0 4 4115 4116 SbF5 -XeF2 123 RbCl- RbTaOCl4 3123 Sbl 3 —Sb2 03 709 RbCl-Rb 2VOCl4 2785 SbI3 -Sb2 S 3 1677 RbCl-SbCl 3 117 S 2 Br2 —SnBr4 36 RbCl-ScCl3 3033 4229 Sb 2 Se 3—Sb 2Te3 3398 RbCl-SmCl3 2632 3385 4002 Sb 2Se 3 —SnSe 3335 RbCl-SnCl 2 856 895 1077 931 888 Sb 2S 3 —SnS 2 3049 RbCl-SrCl 2 3124 3386 3970 4003 4189 S 2Cl 2 -SeCl2 217 RbCl-SrMo04 4606 S 2C1 2 —TeCl4 224 RbCl-TaCl 3 3664 1514 Sc 2 03 —MgO 6150 RbCl-TaCl4 3871 1403 Sc 203 -Th02 6162 RbCl-ThCl 4 2420 2238 3966 Sc 203 -Ti02 5914 RbCl-ThF4 4152 Sc 203 —U02 6172 RbCl-TiCl3 3170 3823 4254 4298 4370 Sc 203—Y203 6141 RbCl-TiCl2 4004 4995 Sc 203 —Zr0 2 6185 RbCl-TICl 2377 SeCl4 —SbCl3 157 RbCl-TICl-TlI 1529 SeCl4—WC16 1011 RbCl-TlI 2244 SiCl 4-TeCl4 22 RbCl-UCl 3 2931 4962 SiCl4-WCl6 21 RbCl-UCl4 3275 1974 1955 Si 2OCl6-TiCl4 32 RbCl-VCl3 3387 4230 4465 Si0 2 —SmO 5921 RbCl-WCls 3632 1202 Si0 2 —SrO 6133 RbCl-YCl3 2949 3456 3887 Si0 2 —Th02 5974 RbCl-ZnCl 2 1364 1226 Si0 2 —Th02 —U02 5975 RbF-Rb 2C03 3861 3977 Si0 2 —Ti0 2 —ZnO 5777 RbF-Rb 2 Mo04 4517 4958 Si0 2 -V205 4294 RbF-Rb 2SiF 6 4657 4658 5211 5212 Si0 2 —ZnO 5856 RbF-Rb 2S04 4770 4786 5276 5290 Si0 2 —Zr0 2 5962 RbF— Rb 2Ti 205 5059 5206 Sm2 03-W03 5579 RbF-Rb 2 W04 4798 5020 SnBr2 —SnS 875 RbF-ScF3 4953 5645 SnBr2 —TIBr 1329 RbF-SmF3 4614 SnCl 2 —SnS 1174 RbF-SrF2 4413 SnCl2 —TaCls 968 RbF-TKF4 4315 4994 5292 5583 SnCl2 -TlCl 820 RbF-VF3 4954 5235 757 RbF-YF3 4941 5319 SnCl4 -WCl6 40 RbF-ZnF 2 3699 4329 SnCl 2 -YCl3 1203 RbI-RbI0 3 2953 SnCl 2 —ZnCl 2 781

Locator number

2285

5514

1126 906

932

5031 2040 2884 5196 3020 5431

2250 2920 3760 3745

151 186 3944

3304

5943 5981 6152

5967 5977 5990 6163 6168

1068

607

855 1618 6214 876 1238

1251

2039

937

713 714
System Index—Continued

Locator System Locator number System

SnI 2 ~SnS 1508 ThCl4-UCl4 3505 S03-Se03 77 ThCl4-UCl3 4029

SrBr2 -SrI 2 2709 ThF4-TlF 1415 SrBr2 -Sr3 N 2 3603 5578 ThF4-UCl3 4727

SrCl 2—SrC03 4371 ThO 2-Ti0 2 5946

SrCl 2-SrF2 5525 4946 TiCl4-VOCl3 7 SrCl 2 -Sr3N2 5553 4752 TiCl4-WCl6 49

SrCl 2-Sr(N03) 2 2764 Ti 30-Zr 30 5950

SrCl 2 -SrO 5225 5499 TIBr-TICl 2346

SrCl 2-SrS04 4991 TlBr-TlN0 3 866

SrCl 2-ThF4 4198 4608 TlBr-Tl 2 S04 2077

SrCl 2 -TlCl 2279 T1C1-T1C1 3 1945

SrCl 2 —UC13 4061 T1C1-T1I 1633

SrCl 2 -ZnCl2 1339 tici-ti 2so4 1900 SrF 2 -SrO 5863 TlCl-ZnCl2 1794 SrF 2 -Y203 5873 ti 2co3-tino3 919

Sr 2Ge04-Sr2 Si0 4 6250 tif-yf3 1623

SrI 2-Sr3N 2 3394 5619 2832 tii-ti 2so4 2138 SrNb2 06 -SrV 206 4103 TlP0 3 -Zn(P0 3) 2 2235 Sr(N0 2) 2 -TlN0 2 534 UC14-UF4 2350 Sr(NO 2) 2 -TlNO 3-TlNO , 485 uci3-uf4 3654 SrO-Ti0 2 5860 6014 6063 uci4-uo2 5302 SrO-W03 5639 5844 uf4-uo2 5449 SrO—Zr0 2 6083 6142 6161 6171 6176 UN-W 6188

SrSi0 3 -ZnSi03 5703 5828 uo2 -up 6182 SrS04—T1 2S04 3957 U02 -Zr0 2 6186 TaCl5-TiCl4 6215 VCl4-VOCl3 11 TaCls-TlCl 1357 vo2 -v 2 os 4407 TaCl s -VCl4 6216 V 205 -Zn0 4138 TaCl 5 -WCl6 627 W03 -ZnO 5586 TaCl 5 -WOCl4 765 719 W03 -Zr02 5736 TeBr4-TeCl4 1083 XeF2 -XeF4 236 TeBr4—TeCl4—Tel4 927 1323 XeF2 -XeF6 106 TeBr4-TeI4 1322 YbSe-Yb2S 3 6258 TeBr4-TlBr4 2340 3Y203 -5Al 2 03 -Y2(W04) 3 5814 TeBr4—T1 2TeBr4 1893 y2 o3 -v2o5 4377 TeCl4-TeI 4 926 Y2 03 -Zr02 6178 TeCl4-TlCl 918 2007 ZnCl2 -ZnS04 1519 Te0 2 —V 2O s 2663 ZnF2 —ZnS 5159 Te-Tel4 764 ZrCl4—Zrl 4 1960

Locator number

4288

9 10

2329

1630 1904

1006 863 1756

1001 997

3270 3224

6187

4042 5338 5404

5723

225

6177

137
Compound Index Compound Locator number Compound Locator number

AgBr 616 921 1090 1102 1106 1250 1303 AlFj 3439 3453 3478 3650 3781 3893 3967

AgBr 1359 1360 1412 1419 1442 1451 1531 AlFj 4217 4302 4317 4348 4390 4481 4483

AgBr 1619 1720 1861 2043 2280 AlFj 4485 4509 4510 4535 4545 4553 4583

AgCl 199 353 410 484 487 495 643 AlFj 4635 4636 4645 4661 4685 4695 4696

AgCl 644 720 749 817 818 843 982 AlFj 4714 4717 4718 4719 4725 4746 4868

AgCl 989 999 1030 1039 1052 1137 1142 AlFj 5098 5203 5236 5257 5260 5266 5352

AgCl 1173 1194 1208 1229 1231 1237 1241 AlFj 5377 5388 5389 5390 5393 5394 5395

AgCl 1262 1263 1269 1301 1304 1345 1361 AlFj 5396 5522 5558

AgCl 1418 1440 1550 1554 1561 1565 1582 AHj 250 284 294 315 337 342 359

AgCl 1591 1608 1614 1615 1620 1636 1643 AHj 376 382 396 417 454 472 473

AgCl 1653 1695 1724 1770 1880 1881 1965 All 3 474 503 511 513 540 555 640

AgCl 1991 2015 2016 2035 2063 2095 2280 AHj 662 821 869 891 964 1027 1085 AgCl 2334 2335 2369 2397 2421 2426 2427 AH3 1141 1175 1176 6219 6220 6264

AgCl 2439 2468 2477 2484 2491 2504 2509 A1(N03)j-9H 20 112 149

AgCl 2537 2805 A1 2Oj 3159 3404 3405 3812 3813 4195 4201

AgCN 1450 2326 A1 2Oj 4257 4286 4287 4400 4481 5377 5428

Ag2Cr04 1770 1880 1881 2266 A1 2Oj 5438 5456 5468 5522 5523 5526 5545

AgF 2025 3994 A1 2Oj 5554 5641 5655 5657 5691 5702 5704

Agl 203 215 237 290 297 306 344 A1 2Oj 5706 5708 5715 5727 5728 5735 5743

Agl 487 541 603 784 882 887 915 A1 2Oj 5756 5761 5762 5773 5774 5787 5795

Agl 953 996 999 1030 1162 1173 1188 A1 2Oj 5802 5803 5815 5817 5837 5839 5842

Agl 1197 1212 1224 1301 1304 1421 1666 A1 2Oj 5843 5849 5850 5882 5887 5888 5899

Agl 1678 2043 2098 2265 2748 2954 A1 2Oj 5900 5909 5926 5927 5931 5933 5944

AglO 3 203 604 A12 Oj 5951 5968 5969 5983 5984 5985 5986

AgN03 203 215 216 218 219 264 290 A1 2Oj 5987 5992 5993 5994 5999 6000 6001

AgNOa 297 300 306 307 325 335 344 A1 2Oj 6004 6005 6009 6010 6011 6012 6020

AgN03 353 378 411 438 452 488 530 A1 2 Oj 6021 6022 6023 6024 6025 6031 6032

AgNOj 580 604 616 643 644 660 693 A1 2Oj 6035 6036 6041 6042 6043 6044 6045

AgNOj 715 720 731 749 928 930 956 A12Oj 6046 6047 6018 6049 6052 6054 6055

AgNOj 965 966 975 987 A1 2 Oj 6056 6057 6059 6064 6065 6067 6068

AgPOj 2676 2677 2681 2877 A1 2Oj 6077 6078 6079 6080 6081 6082 6095

Ag2S 2015 2035 2136 2486 2510 6239 A1 2 Oj 6096 6097 6108 6109 6135 6222 6223

Ag2Se 2959 3806 4281 4398 A1 2 Oj 6224 6225

Ag2S04 237 541 1250 1422 1440 1550 1554 AlOCl 469 1793 Ag2S04 1561 1667 2294 2703 2878 2933 3008 AMSOJj 4098

Ag2S04 3134 3372 3585 6243 A12(W04)j 5684

Ag2Te 2016 AsBr3 25 41 72 88 93 95

AgVOj 1963 2008 2209 2294 2348 2574 2622 AsBrs 26

Ag2 W04 2095 3134 3333 3397 3622 AsClj 43 53 AlBr3 37 55 83 84 93 95 131 Aslj 382 439 442 446

AlBr3 142 147 179 183 193 220 240 As2 S 3 1484 1560 2337 2715 3784 4607

AlBr 3 247 274 301 496 582 844 1289 As 2 Se 3 1164 1228 1385 AlBr3 1318 1735 1743 6264 As2Te3 1385

A1C13 42 65 100 125 126 136 143 BalBH^ 50 119 aici 3 166 167 168 170 172 183 188 Ba(B02) 2 5108 5504 5505 5607 5610 5615 5622

aici 3 190 191 194 198 209 229 232 Ba(B02) 2 5638

A1C1 3 234 239 244 245 249 262 263 BaBr2 2292 2525 2771 2772 2964 3702 3730

aici 3 268 272 273 283 286 291 292 BaBr2 3739 3790 3803 4841 5158 5237

A1C1 3 293 311 312 319 322 323 324 BaCl 2 126 200 793 950 1574 1646 1647 A1C13 336 342 343 350 357 360 361 BaCl2 1810 1992 1995 1996 2021 2074 2124

aici 3 365 366 367 368 369 370 379 BaCl 2 2176 2191 2287 2306 2317 2325 2364

Aid, 380 381 387 389 395 407 408 BaCl 2 2413 2414 2440 2447 2480 2515 2521

AlClj 412 413 416 424 425 433 440 BaCl 2 2533 2551 2569 2611 2672 2706 2728

A1C1 3 441 450 480 483 489 491 497 BaCl 2 2737 2823 2828 2868 2876 2943 2950

aici 3 498 499 500 506 507 508 531 BaCl 2 2986 2987 3001 3009 3013 3031 3048

AlClj 533 548 558 570 581 586 595 BaCl 2 3051 3137 3158 3161 3180 3183 3202

A1C1 3 606 632 635 636 665 666 667 BaCl 2 3245 3246 3247 3254 3283 3293 3296

A1C1 3 668 696 698 699 724 748 756 BaCl 2 3308 3310 3318 3366 3379 3391 3406

Aid, 773 774 793 802 831 837 838 BaCl 2 3462 3482 3529 3574 3610 3685 3711

AlClj 867 870 871 883 896 916 961 BaCl 2 3740 3881 3885 3886 3893 3901 3916

Aid, 967 983 998 1059 1134 1167 1221 BaCl 2 3948 3950 3954 3956 3974 3975 3984

AlClj 1227 1617 1742 1755 1763 1818 1821 BaCl 2 3990 4018 4033 4036 4073 4076 4089

AlClj 6200 6262 BaCl 2 4092 4132 4146 4154 4161 4162 4163

138
Compound Index—Continued Compound Locator number Compound Locator number

BaCl 2 4164 4166 4171 4186 4187 4217 4218 BeCl2 59 153 272 874 979 990 1029 BaCl 2 4219 4220 4223 4238 4243 4251 4252 BeCl2 1032 1137 1142 1210 1338 1367 1455 BaCl 2 4265 4381 4412 4472 4500 4611 4638 BeCl2 1460 1461 1485 1512 1525 1528 1533 BaCl 2 4700 4769 4838 5046 5110 5111 5164 BeCl 2 1534 1563 1581 1583 1589 1712 1716 BaCl 2 5175 5178 5188 5210 5267 5288 5291 BeCl 2 1803 1848 1855 1866 1889 1932 1933 BaCl 2 5297 5321 5322 5347 5352 5368 5369 BeCl2 1975 1986 1992 1995 2678 2732 3130

BaCl 2 5413 5420 5475 5476 5480 5486 6201 BeCl 2 3131 3353 3492

Ba(C10 4) 2 1587 1600 1612 2113 BeF2 1563 1645 1711 1784 1786 1787 1788 BaC03 3418 3422 3881 3886 3984 3990 4491 BeF2 1817 1825 1832 1849 1890 1891 1935 BaCOj 4492 4564 4838 4839 5178 5188 5189 BeF2 1948 2109 2183 2360 2487 2507 2512

BaCOj 5321 BeF2 2565 2566 2639 2725 2792 2861 2984

BaF2 1336 2325 2682 3051 3211 3411 3518 BeF2 3099 3117 3119 3179 3239 3346 3374

BaF2 3722 3746 3772 3815 3916 3923 3979 BeF2 3527 3528 3715 3722 3794 4587 4627

BaF2 3995 4018 4023 4038 4154 4216 4226 BeF2 4975 5023 5383 5448

BaF2 4246 4265 4307 4322 4344 4352 4429 BeO 4927 5410 5713 5794 5879 5944 5959

BaF2 4476 4496 4514 4578 4617 4638 4662 BeO 6009 6031 6044 6053 6059 6066 6084

BaF2 4670 4671 4700 4732 4762 4769 4796 BeO 6110 6148 6153 6158 6222 6226

BaF2 4797 4816 4845 4857 4865 4902 4905 BeO2 6155

BaF2 4912 4913 4919 4926 4970 4975 4976 BeS04 5019

BaF2 5000 5001 5046 5051 5142 5156 5158 bf3 1 2 6

BaF2 5180 5183 5213 5227 5253 5267 5288 Bi 1340

BaF2 5320 5334 5369 5380 5392 5437 5444 BiBr3 496 727 913 946 954

BaF2 5448 5475 5480 5486 5506 5516 5517 BiCl3 173 322 463 480 481 497 509

BaF2 5532 5565 5595 5601 5618 5623 5640 BiCl 3 565 593 594 606 614 618 635

BaF2 5801 6191 6192 BiCl3 677 697 712 716 724 727 779

BaFCl 4155 BiCl3 818 841 842 850 861 877 924

BaGe03 6249 BiCl3 955 960 1025 1033 1046 1054 1115

BaH2 4372 BiCl3 1191 1920 3498

Bal 2 2452 2526 2711 4276 4352 4541 Bil 3 110 669 785 1205

BaMo0 4 2605 2606 3953 4420 4810 4811 4936 Bi 2(Mo04) 3 3860

BaMo04 4937 5516 5658 Bi 2 03 2388 3476 3687 3718 3731 3742 3743

Ba 3N 2 3803 4276 4541 5164 5237 5322 Bi 2 03 3804 3883 3934 4007 4053 4068 4312

BaNb2 06 4451 Bi 203 4439 4502 4552 4561 4565 4574 4595

Ba(N03) 2 163 164 212 256 260 281 317 Bi 203 4659 4675 4978 5083 5101 5123 5132

Ba(NOs) 2 605 629 648 670 687 687 797 Bi 2 03 5145 5229 5241 5254 5348 5373 5463

Ba(N03) 2 806 828 859 959 965 966 1021 Bi 203 5518 5709 6227

Ba(N03) 2 1070 1117 1206 1225 1235 1239 1243 BiOI 390

BaCNOj), 1243 1244 1257 1257 1259 1297 1312 Bi 2 S 3 3738 4808 6242

Ba(N03) 2 1380 1425 1426 1427 1428 1472 1482 Bi 2 Se 3 3806 4398

Ba(N03) 2 1506 2208 2876 2912 2929 2964 3312 Bi 2 Te 3 2961 3272 3450 3477 3485

BaO 4100 5413 5450 5470 5477 5661 5666 Bi 2 (W04) 3 5185

BaO 5688 5695 5697 5739 5742 5744 5757 b 2 o3 1698 2268 2534 2753 2790 3006 3080

BaO 5760 5765 5776 5778 5779 5781 5782 b 2 o3 3233 3234 3689 3778 3914 3919 3934

BaO 5792 5793 5807 5818 5820 5821 5822 b 2 o3 4231 4312 4530 4565 4574 4596 4612

BaO 5824 5857 5867 5880 5917 5918 5928 b 2 o3 4659 4676 4779 4812 4815 4905 5029

BaO 5929 5966 5970 6144 b 2 o3 5038 5042 5064 5073 5090 5138 5247

BaCPOj), 3078 4380 5080 5092 5246 5351 b 2 o3 5320 5334 5469 5531 5537 5752 5766

Ba 2 S 6240 b2 o3 5811 5883 5925 6191 6192 6193 6194

Ba 2Si04 5490 5542 5547 6002 6028 B2 03 6228

Ba 5Si 802 , 5538 Br 2 41 51 54 55 BaSi0 3 4757 5548 5606 5640 6249 CaAl 2 04 5898 5932

BaS04 1186 1225 1544 2429 2636 2723 2733 CaAl407 5907 5932 5971

BaS04 3178 3312 3761 3852 3868 3885 3903 Ca2 Al2 Si07 5898 5901 5907

BaS04 3954 3956 3964 3974 3988 4019 4076 Ca 7 Al6 ZrO,6 5872

BaS04 4311 4490 4885 4986 5339 5340 5368 Ca(B02 ) 2 5259 5607 5610 5622

BaS04 5441 5442 5517 5587 5588 5592 CaBr2 1282 1337 1598 2171 2201 2292 2867

BaTi0 3 2914 3557 3837 3940 3941 3950 5178 CaBr2 3018 3028 3235 3236 3260 3265 3426

BaTi0 3 5179 5187 5252 5294 5304 5344 5355 CaBr2 3428 3504 3563 3624 3853 3915

BaTi0 3 5416 5429 5476 5489 5508 5569 5617 CaCl 2 86 92 115 206 267 1161 1597 BaV2 06 3502 4199 4451 CaCl 2 1655 1744 1789 1889 1988 2021 2048

BaW04 3876 4422 4460 4902 5347 5565 CaCl 2 2074 2100 2111 2119 2124 2174 2191 BBr3 15 19 24 26 28 29 37 CaCl 2 2215 2245 2295 2302 2307 2317 2322

bci 3 3 4 5 226 CaCl2 2342 2364 2365 2414 2432 2446 2447

139
Compound Index—Continued Compound Locator number Compound Locator nu mber

CaCl 2 2448 2484 2504 2514 2515 2530 2532 Ca(N03) 2 703 720 758 759 789 822 834

CaCl 2 2551 2571 2573 2576 2592 2594 2595 Ca(N03) 2 892 904 923 928 939 947 948

CaCl 2 2642 2654 2704 2705 2716 2727 2728 Ca(NOs) 2 971 972 1008 1019 1067 1076 1092 CaCl 2 2737 2742 2743 2759 2782 2786 2806 Ca(N03) 2 1118 1127 1139 1146 1150 1151 1200

CaCl 2 2820 2824 2828 2838 2845 2856 2862 Ca(N03) 2 1214 1259 1309 1319 1443 1644 1661 CaCl 2 2871 2881 2902 2903 2956 2963 3009 Ca(N03) 2 1884 2114 2114 2176 2215 2455 2484

CaCl 2 3040 3045 3077 3085 3118 3122 3158 Ca(N03) 2 2866 2912 2929 2983 3025

CaCl 2 3163 3180 3183 3202 3218 3219 3240 CaO 2749 3652 3676 3838 4182 4780 4814

CaCl 2 3245 3274 3293 3300 3308 3318 3329 CaO 4826 4870 4961 5144 5407 5483 5534

CaCl 2 3376 3392 3400 3406 3429 3462 3481 CaO 5566 5664 5665 5671 5672 5674 5677

CaCl 2 3482 3493 3508 3519 3548 3549 3560 CaO 5678 5680 5686 5693 5698 5704 5706

CaCl 2 3567 3583 3599 3601 3610 3616 3629 CaO 5708 5712 5718 5722 5724 5735 5741 CaCl 2 3631 3638 3671 3676 3685 3691 3692 CaO 5749 5751 5753 5758 5761 5763 5788

CaCl 2 3698 3710 3711 3727 3737 3753 3754 CaO 5791 5795 5800 5808 5809 5810 5815

CaCl 2 3762 3763 3796 3799 3815 3824 3828 CaO 5829 5839 5840 5858 5859 5864 5868

CaCl 2 3833 3846 3857 3859 3880 3888 3924 CaO 5871 5874 5875 5882 5884 5885 5889

CaCl 2 3930 3948 3949 3955 4000 4005 4016 CaO 5904 5910 5912 5915 5923 5926 5949

CaCl 2 4058 4090 4091 4093 4107 4112 4121 CaO 6005 6026 6037 6060 6069 6075 6085

CaCl 2 4134 4136 4150 4239 4285 4289 4296 CaO 6087 6088 6091 6098 6104 6105 6111

CaCl 2 4332 4418 4563 4628 4634 4650 4704 CaO 6120 6136 6151 6174 6180

CaCl 2 4705 4826 4841 4860 4961 5015 5144 2Ca0Fe2 03 5823

CaCl 2 5457 6202 6203 Ca(OH)2 3496 4213 4353 5216

CalClOJ, 922 1101 1335 1612 1929 Ca(P0 3 ) 2 2681 4169 4468 4473 5246 5251 5351

CaC03 3496 3532 3930 4213 4300 5036 5125 Ca(PO 3) 2 5364 5957

CaC03 5370 Ca2 P2 07 4850 5443 5515

CaCr04 1693 1771 1812 3025 3127 3204 3493 Ca3(P04) 2 4197 5721 5831 5848 5906 5941

CaCr04 3508 4202 4203 4285 4289 4339 4383 CaSi03 5015 5689 5690 5831 5848 5951 6007

CaCr04 4878 Ca2 Si04 5216 5665 5672 5675 5846 5847 5940

CaF 2 1779 2475 2514 2616 2640 2683 2698 Ca2 Si04 5942 5952 5965 5991 5998 6002 6003

CaF2 2717 2782 2817 2820 2841 2842 2861 Ca2 Si04 6015 6028 6029

CaF2 2963 3009 3180 3202 3245 3496 3560 CaS04 1721 2414 2530 2651 2786 2787 3022

CaF2 3628 3746 3772 3782 3995 4045 4121 CaS04 3034 3171 3264 3326 3462 3549 3754

CaF2 4154 4181 4227 4297 4330 4353 4373 CaS04 3768 3903 4039 4125 4224 4311 4396

CaF 2 4402 4403 4429 4461 4476 4513 4538 CaS04 4495 4500 4559 4650 4704 4745 4750

CaF 2 4579 4621 4638 4646 4662 4670 4700 CaS04 4777 4787 5045 5283 5339 5340 5341 CaF2 4726 4800 4857 4867 4948 4949 4968 CaS04 5342 5349 5362 5363 5374 5381 5400

CaF2 4971 4974 5007 5026 5027 5028 5046 CaS04 5432 5446 5507 5515 5592

CaF2 5051 5056 5057 5058 5069 5110 5111 CaTi03 6008 6018 6268

CaF 2 5142 5157 5172 5198 5199 5200 5236 Ca(V03) 2 2944 3024 3483 4114

CaF2 5277 5369 5370 5456 5457 5468 5475 CaW04 3639 4965 5127

CaF2 5479 5491 5496 5497 5507 5510 5511 CaZn 2 (P04) 2 5403

CaF2 5551 5572 5575 5595 5618 5625 5626 CaZr03 5953

CaF2 5629 5631 5634 5651 5664 5665 5671 CaZr(P04) 2 5710

CaF2 5672 5673 5675 5683 5689 5690 5706 CC14 47 CaF2 5712 5721 5728 5729 5735 5738 5755 Cd3 As 2 3926

CaF2 5756 5761 5762 5770 5800 5806 5809 Cd(B02 ) 2 5108 5259 5315 5504

CaF2 5810 5817 5882 5910 5912 5941 CdBr2 1110 1247 1366 1382 1383 1401 1405 CaFeSi04 5692 5696 CdBr2 1431 1457 1458 1465 1478 1479 1492 CaF2Na3AlF6 5493 CdBr2 1493 1504 1509 1520 1543 1545 1553 Ca2Ge04 6015 6016 CdBr2 1558 1576 1588 1601 1621 1628 1657 CaH2 3844 CdBr2 1658 1676 1709 1725 1726 1736 1782 Cal 2 3300 4078 4330 CdBr2 1798 1824 1828 1829 1856 1860 1923 CaKClj 4383 CdBr2 1930 1934 1939 1950 1951 1952 1953 CaMg(Si0 3) 2 5769 CdBr2 1981 1999 2012 2060 2067 2068 2082

CaMgSi04 5845 CdBr2 2107 2118 2141 2150 2199 2206 2228

CaMo04 3559 3910 4793 4860 4935 5071 5720 CdBr2 2320 2441 2469 3299 6217

Ca3N2 3853 4078 4705 Cd(C 2H302) 2 682 769 881

CaNaPO, 4197 CdCl 2 128 910 984 1016 1111 1129 1194

CaNb206 5805 CdCl2 1272 1285 1286 1317 1325 1333 1358 Ca(N03) 2 89 107 112 248 257 259 321 CdCl2 1409 1418 1435 1437 1438 1441 1476 Ca(N0 3) 2 340 346 388 426 435 520 528 CdCl2 1483 1486 1496 1497 1501 1515 1516 Ca(N03) 2 535 543 551 552 559 561 609 CdCl 2 1524 1539 1599 1649 1650 1669 1681 Ca(N03) 2 628 629 650 671 671 675 690 CdCl2 1685 1686 1691 1705 1712 1716 1718

140
Compound Index

Continued Compound Locator number Compound Locator number

CdCl 2 1747 1752 1775 1791 1795 1810 1822 CO(NH2 ) 2 241 248 251 256 257 259 260

CdCl 2 1823 1836 1838 1853 1871 1879 1886 CO(NH2 ) 2 276 281 299 304 329 331 341 CdCl2 1896 1899 1903 1905 1906 1908 1925 CO(NH2 ) 2 351 371 426 528

CdCl 2 1926 1958 1976 1978 1980 1985 2002 CoO 3349 5635 5667 5681 5825 5832 5834

CdCl 2 2026 2053 2057 2065 2075 2078 2079 CoO 5841 5934

CdCl 2 2081 2086 2094 2102 2133 2135 2139 Co4S 3 5415

CdCl 2 2160 2161 2185 2223 2224 2226 2227 Co2 Si04 5746

CdCl 2 2242 2289 2308 2343 2354 2409 2421 CoS04 2386 2968 3660 4255 4261 4782

CdCl 2 2439 2465 2466 2476 2521 2533 2578 CrCl2 2417 2430 2472 2620 2628 2646 2652

CdCl 2 2579 2633 2641 2671 2688 2708 2720 CrCl2 2668 2687 2696 2699 2707 3042 3060

CdCl 2 2740 2755 2813 2814 2829 2897 2898 CrCl 2 3091 3102 3268 3516 3575 3888 4283

CdCl 2 2899 2900 2915 2916 2938 2939 2945 CrCl2 4759

CdCl 2 2946 2999 3014 3017 3052 3153 3218 CrCl 3 3198 3203 3258 3284 3424 3430 3470

CdCl 2 3219 3222 3230 3255 3266 3299 3332 CrCl 3 3471 3535 3536 3537 3538 3539 3540

CdCl 2 6204 6217 6260 CrCl, 3573 3673 3674 3709 3751 3939 4435

CdF2 1496 1539 1850 2641 2740 3662 4176 CrCl 3 4457 4592 4593 4649 5060 5070 5075

CdF2 4263 4293 4547 4711 5296 5308 5417 CrCl 3 5082 5122 5152 5160 5169 5195 5214

CdF2 5418 CrCl 3 5249 6199

Cdl 2 613 729 730 733 783 786 823 CrF2 5239

Cdl 2 845 879 900 984 1044 1248 1358 CrF3 4477 5168 5239

Cdl 2 1410 1429 1518 1559 1823 1850 1906 CrO, 5091 5165

Cdl 2 1913 1915 1931 2067 2142 2229 Cr2 Os 4193 4259 5153 5399 5414 5652 5695

CdMo04 3332 5520 Cr2 03 5757 5765 5804 5840 5881 5890 5958

Cd(N03) 2 171 175 189 275 310 347 378 Cr2 03 5963 5964 5972 5995 59% 6007 6018

Cd(N0 3 ) 2 411 465 475 580 601 658 680 Cr2 03 6038 6039 6061 6062 6071 6074 6092

Cd(N03) 2 688 689 742 847 Cr2 03 6093 6106 6107 6112 6113 6114 6115

CdO 3230 4354 4440 5174 5331 5335 5540 Cr2 03 6116 6117 6121 6122 6124 6125 6134

CdO 5642 5659 Cr2 03 6137 6146 6147 6159 6164 6166 6167

Cd(P0 3) 2 5080 5086 5092 Cr2 03 6170 6173 6179

Cd 2P 2 0 7 5495 CsA1C1 4 1592 1652 Cd3(P04) 2 5295 Cs 3 A1F6 3352 4747 4774 4831 4985 5081 CdS 2915 2916 3926 5637 5648 CsB02 3147 3155 3156 3205 3269 3434 3494

CdSe 2999 5454 5482 5654 CsB02 3558 3789 4391

CdSe03 6260 CsBr 277 582 729 1119 1120 1149 1247 CdS04 1441 1551 1561 1631 1871 1879 1899 CsBr 1288 1337 1362 1423 1434 1483 1572 CdS04 1905 1980 2094 2421 2708 3017 3153 CsBr 1576 1602 1657 1682 1691 1735 1736 CdS04 3222 3320 3525 4055 4458 4459 CsBr 1743 1772 1860 1903 1930 1939 1985 CdTe 1340 3942 5637 5654 CsBr 1999 2054 2060 2118 2141 2142 2182

CdW04 2231 2233 2852 4008 4011 4207 5103 CsBr 2185 2199 2237 2242 2243 2264 2308

CdW04 5580 CsBr 2320 2339 2387 2391 2438 2441 2469

CeCl 3 814 1089 1171 1790 1826 1897 1996 CsBr 2492 2511 2522 2601 2608 2635 2644

CeCl 3 2260 2288 2303 2448 2576 2667 2804 CsBr 2650 2766 2849 3074 3156 3431 3432

CeCl 3 2811 2828 2868 2889 2952 2957 3093 CsBr 3434 3475 3504 3524 3553 3561 3594

CeCl 3 3111 3142 3216 3253 3590 3682 3783 CsBr 3609 3656 3670 3677 3686 3788 3809

CeCl 3 3797 3833 3879 3880 3949 4093 4094 CsBr 3834 3835 3866 4256 5278 6261

CeCl 3 4271 4412 4472 CsC 2 H302 185 252 314 333 375 384 429

CeF3 3239 4180 4667 4784 4846 4947 CsC,H,0, 432 437 459 477 479 501 504

Ce02 3368 4446 5371 5451 5895 5896 5902 CsC 2 H302 523 536 564 682 732 1019 1153 Ce02 6000 6066 6084 6091 6165 6170 6175 CsC 2H302 1178 Ce02 6181 CsCl 133 161 172 370 570 734 830

Ce2 03 5983 6010 6070 6087 6159 6167 CsCl 867 1024 1147 1252 1253 1262 1294 CoBr2 1804 2212 CsCl 1326 1338 1346 1350 1394 1409 1417 CoCl 2 201 973 1172 1593 1867 1921 1927 CsCl 1437 1448 1457 1460 1469 1490 1499 CoCl 2 1956 1967 2272 2327 2333 2361 2539 CsCl 1541 1564 1571 1592 15% 1597 1603 CoCl 2 2631 2647 2935 2948 2968 3056 3083 CsCl 1624 1628 1637 1680 1686 1707 1745 CoCl 2 3103 3125 3244 3279 3288 3291 3846 CsCl 1746 1763 1776 1797 1818 1821 1822 CoCl 2 4255 4261 4437 4763 CsCl 1836 1853 1854 1856 1923 1926 1928 CoF2 6265 CsCl 1941 1968 1978 1993 2002 2004 2005

CoFe 204 3348 4595 4978 CsCl 2019 2026 2028 2044 2046 2017 2072 CoI 2 659 CsCl 2076 2091 2150 2164 2190 2206 2228

ccknh 2 ) 2 13 111 116 118 120 124 141 CsCl 2289 2310 2311 2321 2323 2339 2343

ccknh2) 2 v 144 155 156 160 163 164 177 CsCl 2402 2407 2408 2411 2416 2433 2440

CO(NH 2) 2 184 204 205 210 212 221 228 CsCl 2442 2467 2471 2476 2497 2520 2538

141
Compound Index

Continued

Compound Locator number Compound Locator number

CsCl 2542 2578 2579 2598 2610 2671 2680 CsN03 437 444 456 468 478 486 501

CsCl 2692 2716 2719 2743 2744 2747 2759 CsN03 519 536 557 566 576 590 591

CsCl 2762 2793 2813 2814 2825 2846 2850 CsN03 611 638 641 658 660 672 680

CsCl 2851 2854 2863 2882 2890 2928 2935 CsN03 693 704 737 739 754 761 762

CsCl 2940 2951 2958 2967 2976 2977 2992 CsN03 811 816 834 868 1035 1061 1075

CsCl 2993 2994 2995 2997 3003 3007 3011 CsNOa 1104 1153 1200 1209 1211 1344 1352

CsCl 3015 3029 3042 3053 3060 3061 3071 CsN03 1414 1432 1444 1661 1839 1928 2006

CsCl 3072 3083 3086 3087 3090 3093 3094 CsN03 2037 2073 2084 2137 6261

CsCl 3112 3125 3145 3146 3147 3158 3173 Cs 2 0 4825 5360 5430

CsCl 3185 3248 3254 3269 3279 3287 3297 Cs2 0(Cs2C03) 2038 2657 3206 4277 4341

CsCl 3298 3308 3319 3331 3344 3353 3354 CsOH 352 468 835 1183 1459 1774 CsCl 3362 3388 3389 3390 3409 3417 3457 CsP03 2997 3334 3433 4468 5364

CsCl 3460 3461 3474 3487 3507 3512 3515 Cs3P04 3849

CsCl 3516 3517 3521 3550 3551 3562 3574 Cs4P207 3362

CsCl 3575 3576 3590 3591 3626 3633 3634 CsRe04 2928

CsCl 3635 3636 3637 3658 3661 3665 3666 Cs 2 SiF6 4336 4337 4996 4997

CsCl 3675 3696 3704 3728 3753 3776 3824 Cs 2 S04 1120 2137 2310 2408 2416 2433 2471 CsCl 3828 3832 3834 3835 3862 3864 3904 Cs2 S04 2479 3114 3167 3226 3227 3331 3396

CsCl 3910 3939 4013 4049 4111 4375 4406 Cs2 S04 3432 3474 3475 3495 3550 3620 3656

CsCl 4436 4518 4549 4628 4634 4743 4749 Cs 2 S04 3761 3805 3829 3855 3867 3868 3920

CsCl 4918 5139 5160 5195 5616 Cs2 S04 3987 4009 4157 4421 4490 4639 4651

Cs 2C03 1459 2281 2316 2324 2458 2849 3140 Cs2 S04 5045 5115 5287 5484 5498 5549

Cs 2Cr04 1622 1699 1715 1873 2981 3098 3152 CsTaOCl4 3145

Cs 2Cr04 3670 4106 4108 4888 4891 5337 5474 Cs2Ti 2 Os 3831 5223

Cs 2Cr04 5487 CsV03 2555 2702 2936 3090 3928

CsF 34 80 113 599 1774 1941 1948 CsV2Os 3584

CsF 2109 2190 2237 2283 2339 2341 2358 Cs 2 VOCl4 2747 2846

CsF 2379 2391 2394 2401 2435 2438 2442 Cs 2 W04 4079 4542 4942 5149 5163 5177 5582

CsF 2474 2488 2499 2507 2589 2616 2638 Cs 2 W04 5663

CsF 2664 2717 2718 2736 2739 2818 2819 Cu6As4S6 2486

CsF 2896 2936 3140 3196 3197 3338 3375 ^- U6.5^-S 2^6.2S 2510

CsF 3440 3451 3465 3564 3566 3586 3628 CuBr 1861 CsF 3715 3721 3791 3831 3847 3848 3849 CuCl 593 841 1024 1147 1241 1263 1269

CsF 3877 3892 3928 3959 3979 4037 4046 CuCl 2111 2226

CsF 4079 4083 4106 4108 4142 4145 4157 CuCl2 1927

CsF 4172 4177 4178 4180 4225 4235 4264 Cul 2748

CsF 4293 4302 4336 4337 4349 4384 4431 CuO 5566 5641 5691

CsF 4477 4485 4513 4580 4616 4637 4646 Cu20 5566 5641 5657 5702

CsF 4669 4740 4785 4869 4888 4891 4942 Cu 7 Sb 2 S 65 2136

CsF 4947 4996 4997 5044 5077 5115 5126 DyCl2 1969

CsF 5131 5136 5168 5223 5263 5296 5397 DyCl 3 2018 2261 2990 4486

CsF 5485 5634 DyF3 4425 5555

Csl 376 415 555 613 640 662 730 Dy203 5864 5889 6090 6131 6143 6169

Csl 821 900 1141 1175 1176 1370 1595 ErCl 3 2219 2274 2352 4110 4149

Csl 1621 1726 1769 1807 1915 1931 1941 ErF3 4117 4172 4610 4827 4952 4960 5043

Csl 1954 1993 2011 2066 2068 2112 2125 ErF3 5447

Csl 2151 2170 2194 2200 2229 2237 2296 Er2 03 5976 6058 6073

Csl 2309 2331 2358 2370 2371 2394 2407 Er2(W04) 3 5085 5163 5176

Csl 2410 2854 2858 2875 2886 2940 2980 EuC1 3 2826 2904 4188

Csl 3047 3446 3514 3524 6189 EuF3 4738 5630

CsIA1I 3 674 745 873 1180 EuH2 4313

CsI-2A1I 3 592 EuO 5911 5954 5980

CsI03 2980 Eu 2 03 5775 6071 6112

CsMnF3 4511 5024 EuS 5467

Cs2Mo04 2583 2626 2751 3107 4046 4148 4869 FeCl 2 756 883 967 1078 1089 1116 1268 Cs 2 Mo04 4983 FeCl 2 1495 1762 1792 1852 1868 1887 1942 CsN3 539 578 994 FeCl 2 1970 1989 1990 2001 2029 2090 2110

Cs 2NbOCl 5 1592 1652 2992 FeCl 2 2319 2577 2613 2624 2882 2976 2977

CsNd(Mo0 4) 2 4983 FeCl 2 3073 3086 3087 3094 3220 3435 3671

CsN02 269 302 305 316 330 333 372 FeCl 2 3783 3787 3902 4376 6205

CsN02 384 434 464 537 649 1061 1150 FeCl 3 23 39 96 192 239 328 332

CsN02 1214 1222 1319 1406 1884 2006 2073 FeCl 3 334 348 349 406 408 412 481

CsNQ3 162 285 352 355 373 429 432 FeCl 3 531 532 546 548 568 569 581 142
Compound Index

Continued

Compound Locator number

FeCl3 593 596 621 625 712 716 755 FeCl3 767 775 776 792 883 889 897

FeCl3 920 925 951 976 991 992 1020 FeCl 3 1055 1057 1071 1135 1143 1169 1215 FeCl3 1216 1291 1495 1517 1526 1527 1594

FeF2 1336 4816 5272

FeF3 5272 5401

Fel 2 832

FeMo04 4631

FeO 5414 5652 5674 5677 5678 5680 5698

FeO 5705 5707 5759 5773 5774 5783 5804

FeO 5826 5837 5838 5861 5984 5985 6074

FeO 6229 Fe 203 3349 3607 3723 3818 3989 4521 4531

Fe 203 4806 5083 5146 5677 5698 5704 5708

Fe 203 5750 5767 5776 5784 5792 5793 5795 Fe 203 5797 5812 5813 5818 5827 5861 5865

Fe 203 5869 5876 5877 5878 5890 5924 5938 Fe 203 6038 6227 6229 Fe 3 04 5866 5895 5934

FeS 2788 3734 4096 4097 4196 4558 5256

FeS 5316 5323 5415 5467 5694

Fe 2 Si0 4 5668 5669 6248

Fe^SO^j 2643 3420 3908

FeW04 4758

Ga 243 612

GaAlCl4 357 6262

GaAs 4655

GaBr 3 148 165 180 214 235 243 277 GaBr3 282 364 612 852

GaCl 2 125 158 166 229 6262

GaCl 3 27 46 47 57 58 69 103 GaCl 3 104 105 121 122 125 127 128 GaCl 3 132 133 134 138 140 145 150 GaCl 3 152 153 154 158 159 166 169 GaCl 3 172 173 176 187 188 190 191 GaCl 3 192 195 197 199 200 201 202

GaCl 3 206 208 242 287 565 631 934

GaCl 3 980 1063 1072 1439 2019

Gal 3 278 338 391 397 398 442 512

Gal 3 514 516 517 527 560 589 637

Gal 3 741 784 785 786 787 832 833

Gal 3 899 902 970 985 6220 6221

Ga2Oa 4629 5336 5751 5788 5824 5851 5871

Ga203 5880 5905 5919 5938 5979 6230

Ga2 S 3 2714 3738 4873 5006

GaS 4873 5406

GaSb 4655

GaSe 4933 4982 5406

Oa2 Se 3 3190 4934 5454 5482

Ga2Te3 3477 4933 4934 4982 5006

GaTe 4232

GdClj 2130 2147 2857 3217 4488

GdF3 4698 5601 5623 5628 5738

GdFeOj 5861 Gd 2 03 5869 5879 5908 5978 5986 6019 6050

Gd 2 03 6067 6072 6111 6115 6118 6132 6136

Gd 203 6146 6154 6157 6183

Gd 2(W04) 3 4603 5711

GeBr4 28 52

GeCl 4 3 19 23 27 30 31 Gel 4 391 447

Ge02 4630 4643 4677 4678 4792 4807 4830

Compound Locator number

Ge02 4854 4871 4872 5053 5084 5094 5095

Ge02 5102 5241 5373 5424 5464 5472 5501

Ge02 5518 5584 5600 5613 5633 5653 5655

Ge02 5656 5666 5676 5679 5699 5739 5741

Ge02 5744 5749 5754 5758 5829 5830 5966

Ge02 5970 5976 5997 6026 6040 6058 6073

GeS2 6240

GeSe 4012 4099

GeTe 3679 4012

HF 34 80 113 258 599 1112 HfCl4 194 198 413 440 491 533 725

HfCl4 813 837 870 1133 1167 1192 1527 H£C14 1541 1728 3214 3633 3752

HfF4 2202 2297 2298 2894 3201 4426 4988

HfF, 4989 5008

Hf02 5731 5752 5854 5894 5936 6072 6118

Hf02 6156 6160 6183 6231

HgBr2 143 235 510 661 685 740 1123 HgBr2 1124 1154

HgCl 1229

HgCl2 134 176 410 470 550 579 750

HgCl2 803 809 839 850 857 862 884

HgCl2 890 945 977 1081 1155 1300 1305 HgCl2 1308 1345 1369 1375 1391 Hgl 1098 Hgl 2 216 264 296 325 3% 399 410

Hgl 2 439 453 454 484 487 495 514

Hgl 2 550 567 571 579 583 858 1098 Hgl 2 1107 1197 1198 1205 1212 HgS 4410

HgSO, 1154 1155 1198

h2o 81 82 86 87 90 91 92 h2 o 102 108 115 129 130 174 178 h2o 207 222 223 254 267

HoC13 2253 2332 2553 3382 4310

HoF3 4235 4301 5485 5524

h3po4 177 h4p2 o7 251

IC1 73 74 79 85

InAs 3458 5325 6218

InBr3 147 647 909 914 1185 1290 2212 InBr3 2392

InCl 494 499 549 681 831 896 910

InCl 912

InCl 2 983 1086 1230 2092

InCl3 195 197 1040 1115 1268 1270 1271 InCl 3 1308 1343 1356 1456 1594 1626 1627 InCl 3 1724 1942 1965 1991 2003 2093 2162

InCl 3 2163 2306 2354 2720 2829 3073 3103

InCl 3 3343 4623

In 2 Cl3 1059 1524

Ini 540 869 887

Ini 2 503 659 993 996 1044 1066 1082

Inl 2 1095

Inl 3 295 296 339 383 390 392 415

Inl 3 431 446 447 515 669 807 845

Ini 3 879 6221

ln 2 03 6230

In 2S3 1484 4017

InSb 2965 InTe 2965

In 2Te3 3450 3485

In 2(W04) 3 4284 4848

143

4783
Compound Index—Continued Compound Locator number Compound locator number

KA1C14 943 1013 1193 KC1 1445 1449 1473 1477 1485 1494 1500 k3aif6 3587 3588 3963 4063 4080 4507 4581 KC1 1503 1513 1525 1528 1565 1584 1586 k3aif6 4736 4972 5081 5173 5268 5426 5436 KC1 1609 1615 1619 1620 1627 1636 1642 k3aif6 5459 5460 5461 5492 KC1 1643 1646 1647 1648 1649 1650 1654 KAlSiO„ 5870 5922 KC1 1656 1662 1664 1668 1670 1685 1687 K2AlSi0 4 5922 KC1 1695 1704 1713 1717 1718 1721 1727 KAKSOJ, 254 KC1 1744 1747 1748 1749 1752 1761 1762 k2b4o7 5054 KC1 1766 1767 1768 1771 1775 1779 1789

KBeF3 1510 1511 2535 2557 KC1 1791 1792 1802 1803 1809 1810 1812 K2BeF4 4047 4430 4668 4721 4748 4849 KC1 1819 1827 1830 1833 1834 1837 1838 K3BeFs 4554 KC1 1840 1841 1851 1852 1863 1865 1867 kbf4 1570 2154 2217 2459 2495 2582 2607 KC1 1868 1869 1870 1871 1875 1876 1877 kbf4 2769 2860 3210 KC1 1878 1879 1885 1886 1887 1895 1898

kbf3oh 1570 1673 KC1 1908 1919 1921 1925 1932 1933 1936 kbh4 3640 3641 KC1 1944 1946 1957 1961 1971 1972 1973 KBiCl4 633 655 KC1 1980 1988 1989 1990 2010 2023 2027

kbo2 3301 3484 3509 3581 3690 3744 3755 KC1 2028 2029 2030 2031 2032 2047 2053

kbo2 3779 4010 4095 4618 4625 4723 4771 KC1 2059 2072 2078 2080 2081 2087 2088

kbo2 4813 4876 4890 5054 5171 5264 5293 KC1 2090 2110 2123 2128 2129 2131 2132

kbo2 5324 5425 KC1 2148 2149 2153 2157 2158 2173 2174

k2 b4o7 3605 3759 3826 3907 4022 4034 4241 KC1 2175 2177 2180 2184 2197 2203 2221 k2b4o7 4247 4328 4342 4357 4480 4703 4708 KC1 2222 2241 2245 2248 2249 2254 2259

k2b4o7 4861 4863 5054 5076 KC1 2260 2261 2262 2263 2272 2274 2275

KBr 155 240 247 282 312 329 685 KC1 2276 2277 2278 2282 2286 2288 2293

KBr 711 844 1149 1247 1273 1314 1328 KC1 2302 2303 2304 2305 2315 2317 2318

KBr 1363 1366 1373 1383 1396 1407 1412 KC1 2322 2327 2328 2342 2352 2353 2356

KBr 1419 1433 1442 1451 1458 1478 1492 KC1 2359 2361 2364 2366 2367 2375 2376

KBr 1493 1505 1509 1520 1521 1536 1546 KC1 2384 2385 2403 2404 2405 2406 2412

KBr 1552 1553 1558 1567 1572 1575 1584 KC1 2417 2424 2428 2431 2437 2449 2454

KBr 1598 1609 1610 1629 1640 1653 1660 KC1 2456 2457 2460 2472 2481 2482 2483

KBr 1663 1679 1688 1733 1734 1751 1757 KC1 2496 2503 2508 2516 2519 2553 2558

KBr 1758 1759 1764 1772 1777 1778 1782 KC1 2559 2567 2568 2592 2594 2596 2620

KBr 1796 1828 1829 1843 1844 1847 1859 KC1 2628 2629 2630 2642 2646 2648 2652

KBr 1882 1883 1888 1912 1962 1984 2036 KC1 2653 2655 2660 2661 2667 2668 2669

KBr 2118 2120 2171 2201 2492 2511 2587 KC1 2670 2678 2687 2696 2699 2706 2707

KBr 2588 2645 2673 2674 2918 2923 2926 KC1 2728 2732 2737 2744 2746 2760 2761 KBr 3030 3059 3176 3260 3265 3341 3355 KC1 2770 2791 2809 2812 2826 2827 2830

KBr 3378 3419 3426 3428 3431 3445 3468 KC1 2847 2857 2888 2904 2905 2917 2922

KBr 3500 3510 3511 3512 3526 3562 3568 KC1 2925 2942 2960 2963 2988 2989 2990

KBr 3609 3627 3775 3790 3800 3873 3972 KC1 3004 3009 3010 3016 3026 3032 3035

KBr 4052 4077 4087 4173 4305 4320 4340 KC1 3036 3040 3046 3051 3054 3057 3058

KBr 4387 4733 4837 KC1 3062 3063 3065 3070 3085 3092 3105

KCaF3 5559 KC1 3111 3121 3122 3126 3128 3130 3131

kcho2 137 362 KC1 3132 3133 3138 3142 3143 3162 3166

kc 2 h3o2 185 252 305 318 333 459 504 KC1 3172 3174 3183 3184 3189 3193 3194

kc 2 h3o2 547 623 624 630 653 695 800 KC1 3200 3211 3215 3216 3217 3232 3246

kc 2h3o2 827 848 881 886 1002 1036 1049 KC1 3247 3253 3256 3259 3267 3274 3276

kc 2 h3o2 1062 1073 1103 1110 1140 1163 1165 KC1 3281 3283 3284 3293 3296 3307 3318

kc 2h3o2 1179 1401 KC1 3322 3329 3330 3342 3356 3363 3365

KC1 139 145 152 154 167 169 178 KC1 3367 3369 3380 3382 3383 3384 3393

KC1 194 222 232 242 245 262 268 KC1 3402 3408 3411 3412 3413 3414 3421

KC1 287 332 334 348 349 368 371 KC1 3429 3467 3470 3489 3493 3498 3499

KC1 379 387 395 424 433 450 626 KC1 3508 3518 3530 3541 3542 3543 3544

KC1 684 696 697 708 710 728 747 KC1 3545 3546 3547 3549 3552 3561 3569

KC1 772 773 774 775 776 777 778 KC1 ' 3579 3580 3583 3587 3588 3592 3600

KC1 802 803 840 870 871 874 894 KC1 3602 3608 3614 3615 3616 3617 3618

KC1 912 916 917 920 925 934 943 KC1 3619 3625 3629 3630 3631 3640 3641 KC1 951 961 980 981 990 992 998 KC1 3655 3657 3669 3682 3683 3684 3691

KC1 1023 1031 1045 1057 1058 1063 1086 KC1 3692 3695 3710 3716 3724 3727 3729

KC1 1100 1108 1109 1113 1114 1133 1134 KC1 3741 3749 3751 3752 3754 3755 3756

KC1 1135 1136 1144 1167 1169 1173 1192 KC1 3764 3765 3768 3773 3774 3776 3780

KC1 1210 1215 1216 1227 1307 1334 1365 KC1 3796 3797 3798 3801 3807 3821 3822

KC1 1371 1381 1388 1389 1399. 1402 1436 KC1 3825 3826 3842 3843 3850 3851 3857

144
Compound Index—Continued

Compound Locator number Compound Locator number

KC1 3859 3862 3863 3879 3882 3899 3900 KF 5513 5544 5550 5585 5625 5629 5631 KC1 3906 3907 3912 3925 3929 3931 3932 KF 5650 6191 6195

KC1 3945 3963 3964 3968 3996 3997 3999 K2 FeCl6 1012 KC1 4000 4006 4014 4020 4023 4024 4025 KF2 K2 NbF7 4566

KC103 1148 1503 1827 K3 HfF7 4308 4427 4956 5002 5011 5190

kcio4 418 676 962 995 1929 2113 6267 K3 HoF6 4849

KCN 1450 2807 kh2 po4 1144 1207 1388 KCNS 137 318 401 678 684 692 694 KI 124 241 284 294 295 315 453

KCNS 710 711 728 KI 512 613 692 733 783 823 899

K2C03 87 90 108 304 1069 1580 1710 KI 964 1162 1188 1233 1254 1278 1299 k2 co3 1862 1947 1994 2115 2144 2316 2458 KI 1302 1303 1310 1371 1390 1579 1659 k2co3 2604 2659 2674 2675 2701 2778 2815 KI 1671 1672 1684 1815 1901 1914 1931 K2C03 2816 2885 3030 3059 3128 3229 3364 KI 2125 2200 2415 2436 2575 2809 2858

k2co3 3367 3415 3454 3455 3667 3830 3873 KI 2870 2924 2927 2978 2996 3038 3047

k2 co3 3931 3945 4025 4066 4417 4462 4470 KI 3257 3526 3554 3604 3627 3694 3716

k2co3 4487 4497 4499 4505 4560 4682 4683 KI 3830

k2co3 4734 5153 5218 5355 5399 6246 KIA1I3 745

K2Cr04 520 690 903 1546 1586 1644 1703 kio3 2575

K2Cr04 1785 1837 1902 1916 1984 2000 2024 KMgF3 5559

K2Cr04 2116 2267 2404 2645 2799 2874 2983 KMnF3 3339 4590 4969 5024

K2Cr04 3174 3175 3187 3261 3552 3617 4040 K2 Mo04 1639 2189 2257 2777 2969 2998 3027

K2 Cr04 4192 4527 4652 4822 4823 4877 4963 K2 Mo04 3113 3157 3237 3271 3280 3672 3932

K2 Cr04 4999 5337 5365 5453 5478 6251 K2 Mo04 4057 4158 4334 4374 4397 4632 4640

K2Cr 207 1074 1157 1306 1535 1699 1946 1961 K2 MoG4 4765 4766 4851 4899 4906 4907 4922

K2Cr207 1983 2116 K2 Mo04 4980 5017 5033 5150 5151 5217 5274

KF 81 853 1112 1368 1378 1475 1498 K2 Mo04 5299 5429 5433 5453 6252

KF 1556 1577 1641 1673 1711 1788 1832 K2 Mo4 0,3 2778 2816 3229 4683

KF 2009 2024 2154 2183 2202 2217 2282 kn3 722 935

KF 2297 2298 2299 2314 2443 2454 2459 K2 NaAlF6 3412

KF 2463 2475 2548 2564 2572 2582 2591 K3 NaFg 4504

KF 2607 2637 2655 2682 2726 2734 2758 KNbCl6 1236 1697 KF 2768 2773 2775 2798 2799 2802 2809 K2 NbCls 2531 2564 2623 2791 2798 2901 3065

KF 2817 2839 2840 2844 2860 2874 3030 K2 NbF 7 3927 4069 4151 4211 4234 4260 4304

KF 3081 3128 3211 3213 3257 3337 3364 K2 NbF7 4466 4656 4773

KF 3375 3411 3412 3414 3421 3423 3429 KNbOCl4 380 1217 1697 1755

KF 3439 3453 3466 3467 3511 3530 3564 K2 NbOCl5 943 952 1013 1170

KF 3568 3587 3588 3608 3617 3629 3669 knh2 18 KF 3706 3714 3725 3750 3764 3772 3773 kno2 289 305 313 317 320 327 401 KF 3794 3814 3819 3891 3959 3960 3961 kno2 645 648 683 686 822 892 959

KF 3962 3969 3980 3981 3993 3996 4015 kno2 1007 1028 1034 1048 1070 1080 1125 KF 4022 4069 4075 4088 4101 4122 4129 kno2 1312 1683 2216 2257

KF 4130 4140 4153 4158 4183 4205 4211 kno3 116 137 184 204 212 248 270

KF 4234 4246 4247 4269 4295 4304 4306 kno3 285 303 310 318 331 341 347

KF 4309 4314 4374 4388 4403 4417 4419 kno3 353 362 373 374 378 388 393

KF 4426 4427 4429 4430 4452 4461 4462 kno3 394 402 403 404 411 418 420

KF 4463 4470 4471 4474 4476 4479 4484 kno3 421 426 436 449 452 457 465

KF 4487 4496 4497 4498 4499 4505 4536 kno3 466 505 519 520 521 522 535

KF 4546 4547 4548 4568 4569 4579 4587 kno3 543 551 552 559 561 574 619

KF 4613 4616 4627 4656 4664 4665 4667 kno3 620 629 641 650 688 690 739

KF 4668 4672 4674 4687 4691 4694 4703 kno3 742 760 798 801 836 848 872

KF 4707 4708 4720 4730 4735 4739 4741 kno3 933 936 958 974 1002 1004 1015 KF 4742 4744 4765 4766 4768 4773 4791 kno3 1021 1035 1038 1060 1062 1075 1088 KF 4794 4796 4797 4801 4802 4822 4823 kno3 1144 1187 1207 1306 1320 1321 1342 KF 4882 4884 4889 4894 4897 4898 4906 kno3 1353 1413 1422 1425 1426 1427 1428 KF 4907 4920 4922 4925 4940 4943 4952 kno3 1454 1475 1498 1503 1562 1586 1613 KF 4957 4960 4963 4964 4967 4968 4973 kno3 1620 1632 1639 1642 1644 1656 1660

KF 4977 4998 4999 5003 5008 5009 5010 kno3 1668 1683 1693 1703 1710 1723 1741 KF 5011 5012 5013 5014 5016 5021 5023 kno3 1754 1760 1777 1778 6267 6270

KF 5025 5043 5047 5048 5049 5052 5057 ko2 2675

KF 5058 5069 5074 5093 5130 5133 5173 k2 o 2230 3689 3778 3937 3986 4035 4530

KF 5186 5187 5194 5203 5224 5252 5260 k2 o 4677 4812 4815 4866 4992 5029 5038

KF 5265 5266 5273 5281 5303 5308 5318 k2 o 5042 5062 5064 5073 5090 5094 5121 KF 5330 5332 5333 5345 5357 5367 5384 k2 o 5247 5282 5527 5537 5584 5614 5700

145
Compound Index—Continued Compound Locator number Compound Locator number

KOH 468 641 645 683 701 702 739 K2UC16 991 1012 1232 1283 1768 2621

KOH 835 903 1015 1060 1069 1091 1096 k3vci6 3541

KOH 1100 1108 1233 1521 1536 1568 1580 kvo3 2008 2166 2234 2313 2348 2357 2369

KOH 1902 1916 1947 1987 6195 kvo3 2373 2541 2574 2622 2634 2702 2775

KP03 1510 1511 2166 2234 2313 2351 2357 KVO, 2779 2844 2847 2914 2921 2944 2973

KP03 2373 2535 2557 2603 2658 3064 3605 kvo3 3024 3159 3325

KP03 3747 3750 3759 3839 3906 4010 4075 K2 VOCl4 2669

KPO, 4183 4279 4280 4409 4438 4473 4479 k2 wo4 405 1613 1632 2216 2338 2758 2830

KP03 4480 4716 4876 4889 5048 5049 5251 k2 wo4 2979 3036 3076 3141 3182 3263 3370

k3po4 3845 4047 4751 4813 5014 5016 5162 k2wo4 3371 3410 3436 3490 3509 3520 3623

k3po4 5366 5425 5594 5609 5627 k2wo4 3651 3729 3732 3755 3882 3925 4060

k4p 2 o 7 2166 2234 2313 2634 2726 3068 3109 k2wo4 4130 4159 4309 4615 4794 4977 5067

k4p 2 o7 3414 3614 3725 3819 3839 4040 4128 k2wo4 5088 5114 5117 5170 5171 5176 5233

k4p2o7 4137 4206 4240 4245 4272 4397 4444 k2 wo4 5258 5289 5419 6251 6252

k4p 2o7 4522 4526 4632 4640 4641 4653 4674 k2w4o 13 3667 4734

k4p 2 o7 4679 4744 4756 4802 4824 4842 4862 k3yf6 4721

k4p 2 o7 4877 4900 5004 5104 5105 5217 5258 K2ZrCl6 3683

k4p 2 o 7 5299 5305 5365 5366 5375 5427 5569 K2ZrF6 2769 2843 2870 3295 3341 3413 3468

k4p 2 o 7 5627 K2ZrF6 3608 3792 3998 4129 4266 4414 4415

KReO, 2922 2923 2924 2925 2926 2927 3237 K2 ZrF6 5009 5010

KReO, 3263 K3ZrF7 3347 3997 3999 4324 4430 4554 4748

k2 s 3611 4809 5218 LaAlOj 6027

KSbSe 2 2168 LaCl 3 1078 1156 2595 3100 3101 3173 3342

K3ScC16 3707 LaCl 3 3460 3544 3902 3955 4005 4190 4242

KSc 3(S0 4) 5 5155 5221 LaCl3 5201 5207

K2SiF6 3694 3708 3775 4064 5021 5273 LaF3 2283 2474 2739 3423 3570 3721 3794

K2Si0 3 3213 3969 3980 3981 4122 4801 5416 LaF3 3891 3960 3993 4775 4785 4799 4923

k2so4 684 1642 1754 1760 1987 2008 2061 LaF3 4959 5022 5023 5167 5306 5770 5786

k2 so4 2071 2085 2108 2294 2300 2330 2348 LaF3 5836 5916 5947

k2so4 2389 2445 2453 2462 2528 2562 2713 La2(MoO„) 5248 5274

k2so4 2741 2752 2830 2962 3000 3050 3096 LaNb309 5805

k2so4 3108 3149 3168 3188 3276 3313 3484 La2Os 5030 5535 5589 5750 5767 5784 5786

k2so4 3525 3577 3585 3602 3605 3611 3616 Lh2^3 5797 5812 5862 5935 5945 5947 5955

k2so4 3729 3759 3931 3938 3991 4010 4044 La203 5960 5982 5988 5992 5999 6006 6013

k2 so4 4055 4095 4112 4125 4279 4280 4305 La203 6017 6022 6023 6024 6030 6033 6056

k2so4 4366 4396 4453 4469 4480 4501 4519 Lei 2^^ 3 6057 6075 6076 6086 6089 6099 6100

k2so4 4520 4550 4563 4575 4599 4680 4716 La2 03 6101 6102 6113 6124 6126 6138 6145

k2so4 4782 4789 4809 4818 4876 4931 5019 LcH 2O2 6147 6156 6160 6164 6232

k2so4 5047 5067 5074 5076 5088 5089 5093 LaOCl 3955 4242 4467 4826 5201 5207

k2 so4 5113 5117 5154 5155 5184 5220 5221 La2 S j 4607 5836 5916 6017 6030 6076

k2 so4 5222 5244 5245 5250 5275 5289 5293 La4(Si04) 3 6003

k2so4 5309 5324 5330 5333 5339 5341 5342 La2TiOs 6268

k2so4 5349 5362 5363 5366 5374 5381 5384 La2 WOa 5593 5893

k2 so4 5386 5419 5427 5433 5484 5539 5587 La2(W04) 3 4604 5647

k2 so4 5588 5592 5599 5609 6244 6246 Li 3AlF6 2494 3352 3781 3912 3913 4063 4080

k2s 2 o 7 1481 Li 3AlF6 4322 4424 4507 4581 4621 4642 4663

KTaCl6 1170 1217 Li 3AlF6 4696 4709 4710 4713 4726 4729 4972

K2TaCl s 2282 2661 2800 3081 3311 LiBiCl4 633 655 763 860

K2TaF7 3336 3356 3530 3533 3606 3780 3936 LiB02 1596 1819 2765 3108 3147 3154 3370

K2TaF7 4030 4059 4378 4419 4568 4572 4591 LiB02 3436 3484 3488 3509 3558 3581 3593

K2TaF 7 4609 4672 4701 4706 4735 4739 4741 LiB02 3596 3690 3744 3779 3808 4043 4113

K2TaF 7 4791 LiB02 4210 4391 4493 4506 4692 4789 4805

KTaOCl4 2558 LiB02 4818 4864 4880 5234

K2TiF6 2529 2617 2618 2662 2684 2685 3044 LiBr 611 761 762 1105 1119 1120 1149 K2TiF6 3120 3129 3137 3139 3161 3189 3192 LiBr 1266 1273 1282 1288 1310 1314 1328 K2TiF6 3208 3363 3369 3377 3421 3567 3599 LiBr 1337 1347 1351 1355 1362 1373 1396 K2TiF6 3740 3975 4033 4085 4101 4105 4174 LiBr 1424 1433 1530 1546 1584 1598 1602 K2TiF6 4208 4291 4296 4360 4428 4456 4529 LiBr 1609 1640 1654 1663 1675 1679 1688

K2TiF6 4691 6263 LiBr 1713 1757 1813 1843 1844 1894 1949 K2TiOs 4088 4463 4522 4900 4943 4964 4980 LiBr 1982 2165 2171 2201 2290 2292 2380

K2TiOa 5018 5041 5078 5087 5099 5104 5105 LiBr 2491 2502 2543 2546 2547 2700 2721 K2Ti03 5112 5151 5191 5197 5208 5215 5219 LiBr 2771 2772 2805 2867 2971 2972 3037

K2Ti03 5224 5230 5305 5387 LiBr 3084 3088 3089 3235 3236 3624 3915

146
Compound Index—Continued

Compound Locator number Compound Locator number

LiCH02 1184 LiF 1849 1890 1891 1949 2190 2239 2283

LiCjHjOj 185 429 432 478 479 486 493 LiF 2349 2360 2379 2380 2381 2396 2401 LiC 2 H302 501 553 577 623 624 630 639 LiF 2423 2434 2435 2454 2463 2474 2475

LiC 2 H3 02 653 752 800 848 851 885 886 LiF 2480 2488 2489 2498 2499 2500 2501 LiC 2H302 936 1009 1037 1049 1050 1065 1073 LiF 2502 2512 2513 2531 2543 2548 2550

LiC 2H3 02 1093 1152 1153 1163 1178 1184 1209 LiF 2564 2565 2566 2572 2584 2589 2590

LiC 2 H3 02 1211 LiF 2593 2616 2623 2627 2641 2655 2662

LiCl 138 232 332 334 348 349 360 LiF 2664 2665 2682 2683 2686 2717 2718

LiCl 387 395 736 782 861 924 960 LiF 2726 2734 2736 2739 2758 2768 2773

LiCl 1022 1117 1118 1132 1157 1169 1204 LiF 2774 2783 2784 2791 2798 2799 2802

LiCl 1215 1216 1227 1231 1232 1287 1292 LiF 2808 2817 2818 2819 2839 2840 2880

UC1 1302 1307 1309 1316 1324 1327 1348 LiF 2934 2937 2966 2974 3065 3082 3109

LiCl 1365 1369 1375 1381 1389 1390 1399 LiF 3141 3164 3181 3182 3213 3266 3310

LiCl 1402 1411 1447 1448 1452 1470 1471 LiF 3360 3373 3438 3451 3452 3463 3464

LiCl 1490 1494 1499 1512 1533 1544 1564 LiF 3478 3486 3489 3532 3534 3571 3586

LiCl 1574 1575 1581 1584 1596 1597 1603 LiF 3598 3630 3650 3680 3705 3713 3719

LiCl 1609 1610 1616 1624 1629 1635 1646 LiF 3746 3748 3749 3771 3782 3785 3786

LiCl 1647 1648 1662 1669 1670 1680 1685 LiF 3870 3923 3927 3936 3946 3992 4021

LiCl 1687 1701 1707 1708 1717 1721 1727 LiF 4038 4065 4081 4082 4122 4144 4155

LiCl 1744 1745 1746 1748 1753 1765 1766 LiF 4159 4176 4177 4181 4204 4205 4216

LiCl 1768 1771 1775 1779 1789 1796 1800 LiF 4262 4265 4307 4338 4350 4359 4368

LiCl 1806 1808 1810 1811 1812 1819 1833 LiF 4373 4402 4416 4432 4466 4475 4478

LiCl 1834 1838 1840 1841 1857 1858 1863 LiF 4482 4506 4508 4514 4535 4538 4555

LiCl 1864 1869 1870 1875 1876 1877 1878 LiF 4567 4572 4582 4610 4635 4636 4642

LiCl 1885 1894 1908 1912 1940 1964 2021 LiF 4645 4646 4647 4648 4661 4662 4671

LiCl 2042 2044 2074 2078 2083 2096 2097 LiF 4673 4685 4692 4695 4717 4718 4719

LiCl 2103 2105 2123 2124 2146 2155 2156 LiF 4722 4725 4732 4746 4762 4840 4846

LiCl 2173 2187 2191 2192 2196 2213 2245 LiF 4867 4886 4887 4892 4893 4896 4905

LiCl 2273 2284 2286 2325 2336 2342 2374 LiF 4912 4913 4919 4923 4926 4959 4970

LiCl 2380 2402 2409 2446 2450 2478 2480 LiF 4971 4987 5000 5001 5007 5022 5050

LiCl 2485 2494 2514 2523 2530 2531 2539 LiF 5138 5143 5269 6193

LiCl 2550 2556 2560 2563 2569 2580 2584 LiFe sO„ 4561

LiCl 2605 2606 2611 2612 2617 2618 2623 LiH 1753 2099 2165 2523 2547 2550 2584

LiCl 2627 2636 2640 2651 2683 2684 2685 LiH 2794 2869 3444 3844 4139 4313 4347

LiCl 2694 2695 2697 2698 2704 2705 2716 LiH 4372 4482

LiCl 2727 2729 2735 2742 2756 2757 2763 Li 2 Hf(W04) 3 4633

LiCl 2765 2767 2774 2776 2782 2783 2784 Lil 174 207 472 795 1085 1278 1302

LiCl 2794 2803 2808 2810 2823 2831 2836 Lil 1310 1313 1753 1806 1808 1894 1949

LiCl 2838 2841 2842 2845 2852 2869 2871 Lil 1964 2099 2239 2265 2290

LiCl 2880 2883 2897 2898 2899 2900 2901 Li 2Mo04 2189 2409 2561 2649 2883 2998 3027

LiCl 2932 2934 2938 2943 2945 2970 2986 Li 2 Mo04 3207 3249 3271 3280 3437 3769 3870

LiCl 2987 3013 3014 3022 3031 3034 3052 Li 2 Mo04 4361 4503 4526 4641 5556

LiCl 3056 3084 3088 3089 3095 3127 3154 LiNd(Mo04) 2 4361

LiCl 3163 3171 3203 3204 3205 3223 3231 LiN02 265 266 269 289 298 302 303

LiCl 3273 3282 3301 3305 3316 3317 3323 LiNOz 313 316 317 320 326 330 354

LiCl 3327 3328 3345 3350 3351 3361 3377 LiNO, 355 372 386 427 428 443 455

LiCl 3416 3469 3488 3494 3559 3593 3596 LiNO, 460 492 563 584 597 687 758

LiCl 3639 3642 3697 3717 3898 4618 4671 LiNO, 806 828 864 905 923 947 972

LiCl 4760 5061 5561 LiNO, 1008 LiC104 654 676 794 804 922 938 962 LiN03 102 163 205 211 253 256 260

LiC104 963 969 995 1047 1051 1053 1101 LiN03 270 276 285 327 347 356 373

LiC104 1132 LiNO, 388 402 403 404 418 420 421

Li 2C03 1862 1994 2115 2144 2281 2316 2324 LiN03 430 434 436 443 444 445 456

LijCOj 2458 2470 2485 2560 2659 2674 2701 LiN03 457 458 461 462 464 465 466

Li 2C03 2721 2815 2885 2893 2913 2955 2970 LiN03 467 477 478 486 490 493 553

Li 2C03 3177 3551 3786 3802 3866 4006 4050 LiN03 557 562 563 564 566 572 575

Li 2C03 4126 4275 4300 4320 5385 6247 LiN03 585 610 611 617 646 654 656

Li 2Cr04 1638 1662 1663 1770 1785 1837 1857 LiNO, 675 676 704 705 715 731 736

Li 2CK>4 1858 1982 1984 2000 2024 2049 2055 uno3 737 743 758 761 762 770 782

Li 2Cr04 2056 2211 2214 2252 2266 2267 2334 LiNOs 791 794 811 829 847 859 864

Li 2 Cr04 2335 2363 2404 2527 2593 2645 2874 LiN03 865 880 905 940 941 971 972

Li 2Cr04 3261 LiN03 1067 1105 1117 1118 1139 1146 1151 LiF 1390 1490 1569 1748 1806 1808 1833 LiNO., 1161 1186 1204 1206 1225 1231 1234

147
Compound Index

Continued Compound Locator number Compound Locator number

LiN03 1235 1239 1240 1242 1244 1655 2455 Mg(C 2 H3 02) 2 1165 1258 1260

Li 2 0 3302 4072 4379 4570 4571 4660 4927 MgCl2 86 92 115 145 152 178 187

Li 20 5035 5398 5450 5464 5472 5545 5554 MgCl2 222 242 267 934 1031 1063 1341

Li 20 5590 5597 5598 5600 5602 5603 5601 MgCl2 1805 1911 1922 2030 2031 2131 2132

Li 20 5608 5633 5679 5771 MgCl2 2158 2175 2184 2197 2203 2241 2248

LiOH 430 461 462 562 646 795 903 MgCl2 2249 2254 2260 2262 2263 2275 2276

LiOH 986 1000 1069 1091 1096 1100 1108 MgCl2 2287 2288 2303 2304 2355 2359 2382

LiOH 1122 1166 1183 1287 1292 1327 1348 MgCl2 2384 2390 2405 2412 2431 2437 2460

LiOH 1351 1355 1381 1389 1399 1402 1452 MgCl2 2464 2496 2518 2537 2559 2585 2586

LiOH 1580 1638 1785 1862 1918 1994 2000 MgCl2 2594 2653 2670 2689 2706 2760 2806

LiOH 2363 2381 2396 2470 2527 MgCl2 2991 3011 3061 3079 3106 3186 3221

LiP03 2603 2658 2722 3223 3334 3433 3858 MgCl2 3248 3287 3296 3343 3366 3391 3469

LiPOa 5385 MgCl2 3473 3506 3737 3810 3911 3917 3924

u3po4 3690 4113 4813 4890 5040 5143 5162 MgCl2 3971 3978 4062 4135 4175 4191 4242

Li 3P04 5234 MgCl2 4244 4271 4333 4365 4467 4759 5204

Li 4P 2 07 2561 2998 3068 3271 3534 3572 3642 MgCl2 5205 5301 6204 6205 6206

Li 4P 2 07 3736 3896 3897 3951 3952 4137 4206 MgCOs 2604

Li 4P 2 07 4240 4245 4397 4444 4503 4601 4632 MgCrO, 5952

Li 4P 207 4653 4681 4755 5004 5050 5519 5556 MgF2 2359 2437 3119 3566 3669 3746 3992

Li 4P 20 7 5561 MgF2 4144 4216 4373 4402 4475 4484 4580

Li 2 S 5316 MgF2 4588 4647 4740 4840 4886 4887 4892

Li 2Si0 3 4912 4913 4926 4976 5269 5284 5490 MgF2 4919 5051 5052 5068 5133 5142 5193

Li 2Si0 3 5538 5542 5547 5548 5617 6236 MgF2 5238 5358 5392 5428 5437 5438 5444

Li 2S04 1186 1242 1411 1440 1447 1462 1585 MgF2 5458 5496 5497 5510 5511 5544 5551

Li 2S04 1687 1707 1708 1732 1781 2356 2368 MgF2 5558 5563 5577 5585 5644 5670 5687

Li 2S04 2428 2478 2485 2539 2560 2567 2568 MgF2 5716 5724 5725 5726 5732 5733 5740

Li 2S04 2580 2600 2611 2636 2651 2697 2700 MgF2 5743 5748 5796

Li 2S04 2723 2729 2733 2735 2763 2767 2776 MgFeCr04 5942

Li 2 S04 2834 2873 2887 2891 2941 2968 2974 MgFe2 04 3820 5124 5605 5612 5845 5846

Li 2 S04 3017 3050 3055 3096 3097 3108 3114 Mgl 2 902 1254 2347

Li 2 S04 3115 3116 3149 3150 3151 3164 3167 MgMo04 4345 4909 5658 5701 5720

Li 2S04 3168 3177 3181 3188 3226 3227 3228 MgNb2 06 5903 - Li 2S04 3255 3264 3288 3291 3313 3320 3326 Mg5Nb40 15 5903

Li 2S04 3372 3396 3432 3437 3443 3448 3495 Mg(N03) 2 107 109 129 130 149 476 760

Li 2 S04 3555 3556 3565 3595 3602 3621 3647 Mg(N03) 2 872

Li 2 S04 3660 3678 3688 3701 3703 3735 3761 MgO 3723 3818 4258 5423 5535 5685 5686

Li 2S04 3805 3829 3867 3868 3905 3920 3987 MgO 5687 5706 5714 5716 5717 5725 5726

Li 2S04 4009 4028 4056 4224 4316 4366 4421 MgO 5732 5733 5740 5761 5766 5780 5789

Li 2 S04 4469 4490 4559 4575 4599 4624 4639 MgO 5796 5800 5802 5806 5811 5819 5823

Li 2 S04 4651 4680 4754 4789 4844 4864 4914 MgO 5852 5872 5891 5894 5915 5919 5920

Li 2S04 4950 4986 5294 5439 6244 MgO 5937 5939 5951 5952 5979 5989 6007

Li 2TiF6 2529 2662 2734 3082 3705 4088 4205 MgO 6024 6025 6032 6035 6038 6052 6053

Li 2TiF6 4245 4269 4653 4900 5004 5346 5356 MgO 6077 6086 6089 6094 6095 6096 6097

Li 2TiF6 5445 MgO 6099 6100 6101 6103 6108 6109 6119

LiTi0 2 6235 MgO 6121 6123 6127 6128 6129 6130 6132

U2UC16 1232 1283 MgO 6139 6143 6149 6150 6165 6166 6173

LiV03 2426 3249 3262 3303 3404 3405 MgO 6179 6180

Li 3V04 2105 2633 3717 4712 4852 Mg0Cr2 03 5965

Li 2 W04 405 2338 2428 2478 2506 2509 2765 MgOMn(Fe2 O4) 3 3726

Li 2 W04 2789 2830 2831 2848 2859 3036 3141 Mg(P03) 2 2677

Li 2W04 3166 3182 3262 3370 3410 3436 3490 Mg3(P04) 2 5644 5670

Li 2W04 3659 3678 4065 4493 4523 4525 4543 MgSi03 5790 5853

u2 wo4 4633 4654 4684 4817 4848 4895 5382 Mg2 Si04 5870 5892 5922

u2wo4 6253 MgSO, 178 222 4044 4244 4316 4333 4401

LiYb(W04) 2 4817 MgSO, 4931 5374 5381 5386

Li 2 Zr(W04) 3 4684 Mg(V03) 2 2921 2973 3238 3856

LuC1 3 2149 2517 4318 MgWO, 4343 4408

LuF3 3693 5354 MnCl2 202 1130 1311 1719 1851 1966 2087

MgAlCr04 5940 MnCl2 2157 2205 2301 2305 2344 2366 2367

MgAl204 5847 5901 5953 5971 6027 6034 6051 MnCl2 2425 2490 2503 2508 2519 2554 2597

Mg(B0 2) 2 5315 5452 5505 MnCl2 2599 2738 2890 2892 2906 2950 2967

MgBr2 1751 1759 2398 2400 MnCl2 3053 3066 3112 3350 3531 3638 4167

Mg(CH02) 2 1245 MnCl2 4175 4283

148
Compound Index—Continued

Compound Locator number Compound Locator number

MnF2 2500 2718 3066 3375 3451 3465 3531 NaBr 2601 2608 2635 2650 2692 2693 2762

MnF2 3680 3785 3889 3892 4037 4083 4178 NaBr 2766 2795 2797 2801 2864 2865 2867

MnF2 4344 4393 4537 4589 4616 4637 4669 NaBr 2918 2919 2971 2972 3005 3018 3028

MnF2 4731 4845 4858 4894 5181 5186 6265 NaBr 3037 3278 3306 3358 3510 3702 3730

MnF2 6266 NaBr 3739 3801 3836 3869 3972 4077 4109

Mnl 2 1095 NaBr 4126 4351 4715 4819 4820

MnMo04 4236 NaCHO, 1245

MnO 3723 5656 5718 5722 5730 5737 5745 NaC,H,09 252 375 529 538 547 554 577 MnO 5753 5772 5887 5899 5900 6001 6004 NaC9 H,09 602 623 624 630 639 653 768

Mn2 03 5730 5745 5772 6227 NaC9 H,09 812 851 908 911 1004 1009 1050

Mn304 5902 NaC2 H3 02 1093 1103 1110 1140 1179 1182 1258

Mn(P03) 2 3858 NaC2 H3Oz 1260 1465 MnS 5737 5897 NaC3 H7 02 1017 1018 1064

MnSe 5897 NaCl 82 126 132 150 167 168 178 MnS04 3565 4143 4453 NaCl 198 209 210 222 244 245 249

MnTiOs 5787 NaCl 262 263 268 283 319 322 323

Mo 6184 NaCl 328 343 350 351 367 406 416

MoCl2 4411 NaCl 424 440 441 471 480 491 497

MoC13 2796 3289 3653 4200 4544 NaCl 498 506 507 508 531 546 548

MoCl s 159 168 239 408 498 506 706 NaCl 558 568 569 581 586 596 606

MoCls 738 790 849 NaCl 621 625 678 694 772 808 814

MoF6 76 NaCl 815 824 840 874 877 878 950

Mo03 2143 2189 2583 2626 2752 2753 2777 NaCl 973 979 990 1029 1032 1045 1056 MoOs 3000 3006 3080 3107 3113 3207 3443 NaCl 1087 1133 1191 1196 1218 1220 1268 Mo03 3476 3501 3644 3731 3742 3747 3804 NaCl 1300 1305 1331 1332 1343 1372 1380 Mo03 3883 3884 3919 3935 3953 4053 4068 NaCl 1393 1395 1410 1435 1445 1449 1453 Mo03 4100 4236 4278 4282 4335 4355 4409 NaCl 1463 1491 1494 1502 1538 1542 1590 Mo03 4441 4446 4612 4631 4644 4688 4793 NaCl 1607 1611 1626 1681 1700 1728 1731 Mo03 4881 4901 4909 4993 5063 5101 5145 NaCl 1738 1739 1740 1748 1765 1773 1790 Mo03 5434 5463 5473 5557 5560 NaCl 1796 1800 1810 1814 1816 1823 1826 MoOC14 101 NaCl 1834 1835 1842 1846 1851 1863 1874

Na 1010 NaCl 1886 1892 1896 1897 1898 1899 1905 NaAlCl 4 363 407 412 481 502 509 524 NaCl 1909 1924 1940 1942 1943 1956 1966

NaAlCl4 532 544 545 NaCl 1967 1968 1969 1970 1971 1972 1979 Na3AIF6 4063 4267 4268 4424 4546 4567 4582 NaCl 1988 1996 1997 2001 2017 2018 2021

Na3AIF6 4663 4709 4710 4713 4729 4747 4774 NaCl 2026 2027 2034 2045 2048 2052 2057

Na3AlF6 4800 4829 4831 4832 4833 4853 4856 NaCl 2058 2074 2079 2080 2087 2088 2089

Na3AlF6 4921 5119 5134 5135 5137 5204 5205 NaCl 2100 2102 2106 2117 2119 2124 2130

Na3 AlF6 5253 5265 5268 5279 5280 5307 5343 NaCl 2131 2132 2139 2140 2145 2147 2148

Na3AlF6 5359 5371 5378 5379 5391 5398 5407 NaCl 2153 2157 2182 2195 2208 2219 2220

Na3AlF6 5410 5421 5423 5426 5436 5458 5459 NaCl 2240 2246 2247 2253 2258 2259 2270

Na3AlF6 5460 5461 5479 5491 5492 5512 5529 NaCl 2271 2287 2293 2301 2309 2317 2321

Na3AlF6 5533 5540 5541 5543 NaCl 2325 2332 2336 2343 2344 2345 2356

NaA10 2 5933 NaCl 2364 2365 2382 2383 2386 2393 2407

NaAlSi 3 Og 5298 NaCl 2411 2414 2416 2417 2418 2419 2422

Na2 BeF4 3069 4803 NaCl 2430 2432 2440 2446 2447 2448 2449

NaBeF3 1330 NaCl 2456 2464 2472 2476 2479 2481 2515

NaBF4 1548 1694 2062 2064 NaCl 2516 2517 2518 2532 2536 2544 2551

NaBH4 12 44 45 2122 NaCl 2552 2569 2571 2576 2580 2592 2594

NaBiCl4 600 763 860 NaCl 2595 2600 2619 2625 2627 2640 2642

NaB02 1279 2635 3156 3704 3789 3808 3809 NaCl 2643 2656 2667 2698 2706 2708 2728

NaBO, 3943 3973 4043 4113 4210 4233 4357 NaCl 2732 2737 2743 2744 2745 2759 2786

NaB02 4362 4527 4715 4855 4939 4945 5040 NaCl 2787 2793 2796 2800 2804 2811 2823

NaBO2 5264 5440 NaCl 2824 2825 2843 2850 2851 2856 2862

Na2B407 3644 3645 3826 3845 3907 4034 4273 NaCl 2868 2875 2881 2889 2891 2902 2903

Na 2 B407 4292 4328 4342 4357 4434 4454 4524 NaCl 2907 2917 2942 2952 2956 2957 2963

Na 2 B40 7 4527 4551 4693 4724 4772 4855 5451 NaCl 2969 2975 2978 2979 2982 2988 2989

NaBr 155 156 274 909 957 1123 1274 NaCl 2996 3001 3002 3010 3021 3026 3035

NaBr 1277 1314 1382 1405 1434 1458 1466 NaCl 3040 3044 3046 3048 3051 3054 3092

NaBr 1489 1552 1578 1654 1657 1688 1689 NaCl 3100 3101 3110 3120 3121 3129 3135

NaBr 1690 1725 1758 1820 1907 1930 1951 NaCl 3136 3137 3138 3139 3142 3143 3144

NaBr 1952 1953 1981 2141 2264 2370 2378 NaCl 3154 3155 3161 3165 3174 3175 3178

NaBr 2398 2400 2492 2511 2540 2542 2570 NaCl 3187 3189 3192 3193 3194 3198 3200

149
Compound Index—Continued Compound Locator number Compound Locator number

NaCl 3208 3209 3214 3215 3231 3241 3246 NaF 2488 2489 2498 2499 2548 2572 2582

NaCl 3247 3253 3258 3267 3273 3277 3281 NaF 2590 2592 2608 2661 2666 2775 2780

NaCl 3282 3283 3284 3285 3286 3289 3292 NaF 2792 2800 2820 2821 2822 2879 2894

NaCl 3295 3296 3307 3310 3316 3317 3321 NaF 2895 2947 2984 2985 3012 3059 3068

NaCl 3327 3328 3336 3339 3347 3351 3356 NaF 3109 3110 3135 3136 3165 3180 3201

NaCl 3361 3363 3369 3371 3379 3380 3381 NaF 3202 3210 3211 3310 3311 3336 3337

NaCl 3393 3401 3402 3418 3422 3424 3425 NaF 3346 3360 3364 3374 3378 3401 3411

NaCl 3430 3441 3442 3444 3459 3470 3471 NaF 3412 3415 3423 3429 3445 3454 3455

NaCl 3478 3479 3489 3491 3497 3503 3518 NaF 3465 3466 3467 3486 3489 3497 3503

NaCl 3522 3535 3536 3537 3538 3539 3540 NaF 3518 3520 3527 3531 3534 3552 3571

NaCl 3541 3542 3543 3571 3573 3579 3582 NaF 3572 3589 3614 3628 3629 3630 3662

NaCl 3589 3600 3606 3612 3613 3629 3643 NaF 3663 3672 3681 3693 3700 3706 3712

NaCl 3650 3653 3668 3673 3674 3707 3708 NaF 3720 3724 3725 3748 3772 3774 3780

NaCl 3709 3740 3749 3751 3765 3766 3768 NaF 3782 3791 3793 3795 3816 3817 3819

NaCl 3774 3777 3795 3800 3802 3808 3827 NaF 3840 3841 3847 3876 3877 3878 3889

NaCl 3852 3881 3886 3903 3916 3933 3943 NaF 3890 3893 3894 3895 3896 3897 3916

NaCl 3947 3950 3958 3963 3964 3967 3968 NaF 3923 3927 3936 3946 3947 3967 3976

NaCl 3973 3982 3983 3984 3985 3990 3995 NaF 3992 4015 4018 4021 4022 4023 4030

NaCl 3996 3997 3998 3999 4018 4026 4027 NaF 4034 4037 4045 4048 4059 4069 4074

NaCl 4030 4038 4039 4041 4051 4071 4076 NaF 4081 4083 4084 4087 4109 4117 4120

NaCl 4086 4089 4131 4141 4155 4161 4162 NaF 4130 4140 4151 4153 4154 4156 4158

NaCl 4163 4171 4181 4186 4218 4219 4220 NaF 4160 4173 4178 4179 4182 4183 4184

NaCl 4223 4227 4238 4241 4249 4250 4267 NaF 4185 4204 4211 4217 4234 4246 4247

NaCl 4268 4274 4297 4299 4307 4325 4338 NaF 4248 4260 4262 4263 4267 4268 4291

NaCl 4350 4359 4378 4390 4394 4399 4411 NaF 4297 4301 4304 4306 4309 4317 4331

NaCl 4416 4432 4433 4455 4478 4500 4529 NaF 4346 4348 4351 4374 4381 4388 4389

NaCl 4551 4556 4564 4577 4578 4594 4617 NaF 4390 4393 4394 4399 4403 4419 4425

NaCl 4623 4625 4638 4693 4702 4714 4732 NaF 4426 4427 4433 4434 4452 4454 4455

NaCl 4745 4750 4769 4777 4778 4787 4795 NaF 4461 4474 4475 4476 4483 4484 4504

NaCl 4800 4819 4820 4829 4832 4833 4839 NaF 4509 4510 4512 4515 4516 4537 4546

NaCl 4853 4856 4859 4880 4885 4936 4937 NaF 4562 4566 4583 4584 4585 4586 4626

NaClAlClj 213 556 NaF 4647 4664 4665 4666 4694 4698 4699

NaC103 654 656 791 794 922 938 940 NaF 4700 4719 4720 4730 4731 4738 4764

NaClOj 963 969 1047 1051 1053 1094 1148 NaF 4768 4775 4776 4784 4790 4799 4821

NaC10 3 1335 1587 1600 NaF 4824 4828 4834 4835 4836 4857 4858

NaCN 1079 2326 2837 3043 3314 NaF 4902 4903 4904 4911 4915 4916 4924

NaCNO 2837 3252 NaF 4951 4956 4968 4988 4989 4990 5002

NaCNS 422 521 522 576 673 743 744 NaF 5039 5055 5065 5066 5118 5133 5141

NaCNS 812 816 1017 1018 1042 1043 1064 NaF 5156 5157 5167 5172 5180 5183 5193

NaCNS 1097 1299 1377 1407 1408 1423 1424 NaF 5198 5199 5200 5202 5213 5227 5238

NaCNS 1430 1463 1467 1469 1471 1473 1489 NaF 5240 5257 5265 5307 5310 5311 5312

NaCNS 1538 1542 1569 6189 NaF 5313 5317 5343 5346 5354 5356 5359

Na2C03 87 90 108 1296 1395 1400 1453 NaF 5372 5377 5378 5379 5388 5389 5390

Na2 C03 1737 2115 2144 2281 2324 2570 2893 NaF 5391 5393 5394 5395 5396 5401 5402

Na2C03 2913 3002 3005 3023 3252 3259 3276 NaF 5408 5409 5411 5412 5422 5445 5447

Na2 C03 3278 3306 3314 3367 3378 3393 3415 NaF 5455 5494 5508 5522 5524 5530 5544

Na2C03 3418 3422 3445 3497 3503 3510 3618 NaF 5552 5555 5563 5570 5577 5628 5630

Na2C03 3619 3623 3651 3827 3836 4041 4170 NaF 6192 6193 6194 6196 6197

Na2 C03 4209 4212 4237 4248 4259 4491 4492 NaFeCl„ 463 600

Na2 C03 4515 4516 4557 4560 4682 5036 5125 Na3FeF6 4921 5512

Na2C03 5182 5232 5270 6247 NaH 2122

Na2Cr04 1088 1187 1293 1535 1537 1540 1547 Na3 HfF7 3193 4086 4956 4990 5190

Na 2Cr04 1622 1634 1715 2049 2055 2056 2121 NaHS04 2014

Na2Cr04 2210 2211 2214 2252 2291 2506 3110 Nal 124 141 144 376 417 511 555 Na2Cr04 3152 3175 3277 3309 3358 3651 3668 Nal 556 589 640 730 783 957 985

Na2CK)4 4027 4160 4170 4209 4212 4237 4392 Nal 1027 1084 1141 1180 1410 1421 1429 Na2 Cr04 4615 4652 4724 4878 4944 4945 5032 Nal 1430 1446 1480 1487 1573 1714 1799 Na2Cr04 5037 5097 5329 Nal 1915 1954 1979 2098 2200 2309 2331 NaF 771 1190 1219 1246 1261 1267 1475 Nal 2347 2371 2372 2387 2497 2710 3002

NaF 1496 1497 1539 1548 1549 1641 1645 Nal 3015 3016 3019 3043 3063 3135 3136

NaF 1694 1784 1786 1787 1817 1825 1935 Nal 3165 3306 3491 3522 3554 3604 3712

NaF 1966 2062 2064 2218 2331 2349 2351 Nal 3894

NaF 2358 2391 2423 2434 2444 2454 2475 Nal A1I 3 136 213 592 674

150
Compound Index

Continued

Compound Locator number Compound Locator number

NaMnFj 3281 3612 3613 4511 4969 Na2 S04 82 608 678 679 846 846 1372 Na2 Mo04 1374 1488 2649 2751 2969 3250 3290 Na2 S04 1463 1464 1522 1737 2013 2022 2041

Na2Mo04 3672 3714 3736 3777 3816 3817 3841 Na2 S04 2061 2071 2085 2108 2362 2376 2411 Na2 Mo04 3922 3951 3952 3976 3985 4057 4128 Na2 S04 2429 2433 2462 2471 2479 2505 2600

Na2 Mo04 4222 4334 4345 4363 4364 4420 4449 Na2 S04 2625 2643 2691 2731 2787 2911 3021

Na2Mo04 4450 4498 4601 4681 4756 5017 5166 Na2 S04 3035 3054 3057 3115 3126 3150 3151

Na2Mo04 5519 5624 5649 5662 Na2 S04 3167 3195 3226 3227 3259 3399 3420

NaNbOCl4 311 942 1742 6237 Na2 S04 3501 3525 3595 3703 3741 3811 3827

NaNd(W04) 2 6254 Na2 S04 3852 3855 3869 3903 3908 3958 3982

NaN02 419 427 492 518 537 573 584 Na2 S04 3983 4039 4044 4119 4136 4143 4170

NaN02 585 597 598 609 617 648 797 Na2 S04 4221 4248 4331 4332 4346 4367 4386

NaNO, 904 939 1017 1018 1041 1042 1043 Na2 S04 4458 4459 4600 4619 4620 4761 4788

NaN02 1080 1104 1121 1125 1131 1138 1168 Na2 S04 4850 4874 4875 4910 4911 4916 5036

NaNOz 1374 1376 1393 1413 Na2 S04 5039 5055 5097 5106 5107 5119 5125

NaNO3 111 144 164 171 175 184 204 Na2 S04 5137 5182 5184 5222 5232 5244 5245

NaNO3 210 221 228 290 306 310 321 Na2 S04 5250 5326 5340 5344 5400 5432 5441

NaNO3 344 374 393 394 400 402 403 Na2 S04 5442 5443 5446 6244 N828207 846

NaNO3 404 409 423 427 443 444 445 Na2TiF6 1190 2146 2529 2694 2695 2756 2757

NaNO3 456 460 467 475 476 493 519 Na2 TiF6 3010 3044 3062 3082 3092 3132 3138

NaNO3 554 574 577 590 591 608 609 Na2TiF6 3172 3208 3240 3360 3376 3401 3459

NaNO3 646 651 652 656 663 664 671 Na2TiF6 3479 3519 3529 3762 3763 4428 4463

NaNO3 675 679 721 736 754 766 782 Na2 TiF6 4699 5041 5100 5112 5120 5128 5231

NaNO3 789 791 796 812 829 859 865 Na2TiF6 5346 5372 5376 5387 5409 5411 5412

NaNO3 868 880 885 908 936 941 974 Na2TiF6 5445 5562 5576 5591 6263

NaNO3 1000 1019 1021 1037 1064 1074 1076 Na2U2 07 5106

NaNO3 1087 1092 1094 1097 1122 1127 1131 NaV03 2022 2397 2493 2541 2555 2779 3191

NaNO3 1138 1196 1213 1218 1265 1293 1315 NaV03 3238 3242 3243 3250 3251 3290 3309

NaNO3 1349 1372 1380 1392 1421 1466 1468 NaVOj 3325 3483 3502 3643 3700 3811 3812

NaNO3 1472 1474 1482 1487 1488 1491 1502 NaV03 3813 4214 4215 4326 5179 6238

NaNO3 1506 1507 1522 1537 1540 1549 2455 Na2W04 1376 1507 2210 2338 2506 2789 2848

NaNO3 6245 Na2W04 2859 2979 3076 3371 3520 3649 3659

NazO 1296 2251 2312 2581 2833 3075 3148 Na2W04 3770 3874 3876 3918 3933 3943 3965

Na20 3225 4072 4169 4194 4442 4557 4570 Na2 W04 3973 4048 4071 4184 4185 4207 4284

Na2 0 4594 4660 4686 4780 4843 4928 5035 Na2 W04 4299 4367 4392 4422 4445 4460 4489

Na2 0 5053 5084 5095 5096 5102 5116 5255 Na2 W04 4543 4576 4603 4604 4605 5647 5711

NazO 5261 5286 5300 5328 5424 5501 5521 Na2W04 6255

Na20 5567 5568 5596 5613 5614 5719 5957 Na2W207 4343 4408 4758 6256

NaOH 701 702 957 986 1000 1079 1084 Na2ZrCl6 3285 3321 3582 3589 3792 3795 4903

NaOH 1087 1121 1122 1158 1168 1189 1196 Na3ZrF 7 3194

NaOH 1213 1218 1265 1277 1279 1296 1315 NbCl2 3634 4165 4253

NaOH 1384 1395 1400 1416 1453 1464 1611 NbCl3 1727 3635 3767 4123

NaOH 4847 6196 NbCl4 1220 1394 1500 1944 3144 3215 3267

NaPOj 1330 2351 2676 2722 2822 2877 3021 NbCl4 3600 36% 3765 3850 4001

NaPOj 3078 3315 3324 3368 3442 3557 3733 NbCl5 60 61 85 99 208 227 238

NaPOj 3840 4195 4380 5146 NbCls 246 255 283 336 368 385 425

Na3P04 3069 4803 5240 5440 5509 NbCls 469 489 500 507 568 569 622

Na4P 207 2143 2561 3277 3315 3572 3724 3736 NbCls 626 6% 735 773 777 815 825

Na4P 2 07 3947 3952 4026 4027 4057 4206 4222 NbCls 840 842 854 871 878 889 916

Na4P 2 07 4272 4331 4346 4601 4640 4652 4681 NbCls 929 942 998 1005 1436 1957 2088

Na4P207 4755 4764 4778 4795 4835 4836 4850 NbCls 6207 6208 6209 6210

Na4P20 7 4851 4899 4944 5017 5166 5304 5329 NbO, 4686 5521 5719

Na4P 20 7 5375 5443 5446 5509 5515 Nb2 03 5768 5798

NaRe04 2270 Nb2 Os 4168 5121 5282 5653 5700 5709 5791

Na2 S 1181 1223 1249 1384 1416 1560 1917 Nb2 Os 5813 5816 5825 5827 5834 5843 5850

Na2S 2337 2715 2788 3104 3734 3784 40% Nb2 Os 5855 5881 5885 5886 5904 5964 6197

Na 2S 4097 4196 4558 4847 4874 Nb2 Os 6228 6233 6237

Na2 S 2 1145 NbOCl3 292 363 545 929 1193 1236 1252 Na2 S 4 1145 1160 NbOCl3 1793 1936 2005 2032 2052 2145 2159

Na2S 5 1160 NbOCl3 2221 2629 2958 3041 3297 3472

NaSb 1801 NdA103 6034

Na3Sb 1801 1801 1917 1917 NdCl3 1762 1887 1989 1990 2184 2248 2262

Na2Si0 3 3969 3980 3981 5032 5037 5140 5231 NdCl3 2275 2365 2383 2746 2863 3576 3601

Na2 SiO a 5284 5353 5376 5408 5489 NdCl3 3787 3851 3971

151
Compound Index—Continued

Compound Locator number Compound Locator nu mber

NdF, 3961 3962 4821 5755 PbCl2 2310 2311 2318 2319 2321 2322 2323

Nd 2 Os 3733 4524 5421 5611 5948 5961 5973 PbCl2 2333 2375 2390 2408 2451 2461 2522

Nd 203 6032 6116 6137 6140 6225 PbCl2 2524 2545 2549 2573 2586 2615 2654

NdOCl 3978 PbCl2 2690 2719 2724 2730 3146 3340 4712

Nd4(Si0 4) 3 5998 PbCl2 5488 6201 6207 6211 6212

Nd(W04) 3 5170 PbCrO, 1365 2083 2981 3098 3592 3825 3843

Nd 2(W04) 3 4489 4605 6255 6257 PbCr04 4147 4358 5209 5262

nh3 12 13 16 17 18 44 45 Pb2 CrOs 4070

NH4Br 16 510 PbF2 1845 2051 2218 2300 2443 2444 2445

NH4C1 118 140 299 449 451 470 718 PbF2 2549 2591 2615 2637 2639 2686 2725

nh4ci 726 780 804 810 819 826 862 PbF2 2741 2781 2821 2855 2879 2896 3067

nh4ci 890 898 1014 1071 1072 1099 1128 PbF2 3099 3169 3294 3340 3348 3349 3440

nh4ci 1143 1199 1208 1316 1317 1324 1325 PbF2 3723 3726 3818 3820 4423

nh4ci 1599 Pbl 2 515 733 787 1082 1107 1248 1274 nh4h2 po4 451 505 819 836 Pbl 2 1275 1276 1334 1358 1370 1371 1476

nh4hso4 2014 2172 Pbl 2 1505 1566 1567 1571 1573 1595 1671 nh4i 250 337 399 Pbl 2 1672 1684 1706 1709 1714 1731 1780

nh4no3 17 91 111 116 118 120 129 Pbl 2 1783 1799 1807 1815 1842 1901 1907 nh4no3 171 175 189 211 253 300 307 Pbl 2 1913 1979 2034 2046 2051 2070 2076

nh4no, 321 335 340 346 374 393 394 Pbl 2 2152 2410

nh4no3 409 448 449 451 505 615 619 PbMo04 3860 3922 4148 4355 4932 5033 5034

nh4no3 620 PbMo04 5150 5285 5528 5605 5612 6259

NiBr2 2392 Pb2 MoOs 4327

NiCl 2 2697 3425 3701 3898 3905 4167 4376 Pb(N03) 2 162 448 753 930 987 1038 1234 NiCl 2 4437 4763 Pb(N03) 2 1349

NiF 2 5130 5380 5532 5650 6266 PbO 2178 2188 2231 2233 2268 2388 2679

NiFe 203 4930 5123 5405 5481 5546 PbO 2712 2753 2790 2855 2909 3006 3080

Nil 2 833 PbO 3160 3233 3234 3476 3687 3718 3742

Ni(N03) 2 91 PbO 3743 3758 3804 3914 3919 4008 4011

NiO 5747 5785 5799 5855 5886 5924 5935 PbO 4053 4282 4439 4440 4441 4443 4502

NiO 5955 5956 PbO 4521 4552 4597 4598 4612 4629 4630

NiSb 5435 PbO 4643 4675 4678 4690 4728 4737 4753

Ni 2Si0 4 5835 PbO 4767 4792 4806 4807 4830 4854 4871

NiS04 2907 3697 5061 PbO 4872 4901 4929 4938 4955 4979 4993

Ni 2 S04 3701 PbO 5030 5091 5101 5103 5124 5129 5165

n2o 1 PbO 5174 5209 5226 5242 5243 5271 5314

n2o4 51 PbO 5327 5336 5361 5434 5465 5473 5502

NpF4 1256 PbO 5503 5580 5682 5734

Pb(B0 2 ) 2 2231 2233 3941 4008 4011 Pb(P03) 2 3064 3837

PbBr2 946 954 1124 1248 1274 1275 1276 Pb2P207 4930 5405

PbBr2 1359 1360 1366 1373 1382 1383 1396 Pb3(P04) 2 3940 4423 5481 5546

PbBr2 1397 1433 1434 1479 1480 1493 1504 PBr3 33

PbBr2 1543 1545 1552 1572 1575 1578 1579 PBrs 88

PbBr2 1610 1629 1637 1659 1675 1682 1689 PbS 1177 2106 2395 2461 2524 2545 2788

PbBr2 1690 1702 1733 1734 1758 1764 1772 PbS 3104 3734 4097 4410 4808 5256 5323

PbBr2 1795 1798 1820 1845 1847 1859 1872 PbS 5350 5435 5564 5646 5648

PbBr2 1882 1883 1888 1962 2033 2036 2264 PbSe 4099 4281 4979 5646

PbBr2 2538 2644 3169 PbSiO, 4757 5606

PbCl 2 755 767 817 981 1003 1046 1054 Pb2 Si04 4070 4327 4534

PbCl 2 1109 1195 1284 1334 1361 1370 1391 PbS04 2218 2300 2311 2443 2444 2445 2686

PbCl 2 1418 1420 1455 1461 1476 1566 1582 PbS04 2690 2730 2821 2974 3067 3097 3114

PbCl 2 1591 1595 1608 1614 1648 1649 1650 PbS04 3146 3150 3228 3396 3495 3577 3620

PbCl 2 1669 1670 1681 1701 1704 1706 1718 PbS04 3648 3688 3735 4028 4056 4525 4761

PbCl 2 1720 1722 1730 1731 1740 1747 1750 PbS04 4788 4910 5089 5113 5226 5242 5275

PbCl 2 1752 1780 1783 1791 1805 1816 1842 PbS04 5382 5502 5503 5528 5571 5573 5574

PbCl 2 1865 1874 1878 1895 1919 1925 1926 PbTe 2070 2152 3578 5350

PbCl 2 1938 1950 1959 1968 1976 1977 1988 PbTeOa 2909 5243 5271

PbCl 2 1993 1997 1998 2003 2011 2033 2047 PbTiOj 4980 5087 5151 5191 5281 5552

PbCl 2 2048 2050 2058 2065 2066 2072 2075 Pb3 (VOJ2 2724 4712 4852 5488

PbCl 2 2086 2100 2105 2106 2126 2127 2129 PbW04 3770 4542 4654 4761 4950 4981 5067

PbCI 2 2134 2153 2155 2156 2162 2174 2178 PbW04 5079 5088 5089 5114 5185 5233 5262

PbCl 2 2192 2195 2198 2205 2220 2222 2225 PbW04 5275 5309 5326 5466 5571 5573 5574

PbCl 2 2240 2243 2255 2256 2289 2296 2302 Pb2 WOs 4534

152
Compound Index—Continued Compound Locator number Compound I orator number

PC13 4 5 8 RbCl 3887 3901 3954 3956 3966 3970 3974

PC1S 105 618 631 790 854 978 RbCl 3988 4001 4002 4003 4004 4019 4036

PdO 4938 RbCl 4049 4050 4073 4092 4115 4116 4152

PmF3 4666 RbCl 4165 4189 4229 4230 4233 4254 4298

p2o5 2749 3689 3778 3845 4530 4812 4870 RbCl 4370 4418 4435 4457 4465 4606 4737

p2 o5 5335 5534 5536 5594 5635 5642 5667 RbCl 4962 4995 5152 5169 5214 5249

p2 o5 5681 5686 5687 5712 5740 5747 5763 Rb2 C03 2693 2797 2955 3005 3023 3278 3407

p2 os 5764 5785 5796 5799 5816 5910 5912 Rb2 C03 3449 3861 3977

P2Os 5913 5915 5923 5930 5949 6088 Rb2 Cr04 1547 1634 1873 1983 2121 2291 3921

POCl3 14 20 38 48 52 56 58 Rb2 Cr04 4147 4358 5474 5478 5487

POCl3 59 60 61 62 63 64 65 RbF 2349 2434 2463 2473 2487 2498 2500

POCl3 66 67 68 69 71 75 78 RbF 2501 2513 2665 2781 3077 3212 3294

POCl3 1% 226 227 233 238 246 255 RbF 3481 3570 3680 3699 3861 3889 3895

POCl3 261 271 273 279 280 286 288 RbF 3977 4104 4120 4226 4290 4315 4329

POCl3 291 308 309 345 365 366 369 RbF 4393 4413 4517 4588 4589 4614 4657

POCl3 385 657 665 666 667 725 746 RbF 4658 4711 4731 4770 4786 4798 4827

POCl 3 813 4448 RbF 4868 4941 4953 4954 4958 4974 4994

PrCl 3 2197 2241 2249 2254 2276 2304 2449 RbF 5020 5025 5059 5068 5098 5181 5206

PrCl3 2656 2770 3121 3143 3798 4135 RbF 5211 5212 5235 5276 5290 5292 5319 PrF3 3814 4104 4225 4290 4828 5065 5066 RbF 5358 5417 5418 5583 5645 5651 PrF 3 5077 Rbl 473 882 891 1377 2170 2181 2285 Pr^oOJj 4363 5624 Rbl 2399 2710 2754 2835 2951 2953 3019 Pr2(W04) 3 5148 5149 5581 5582 Rbl 3038 3403 3427 3446 3480 3875 6219

PuC 5833 RbIAlI3 873

PuCl3 1700 1738 2544 2612 2872 3698 3799 RblO, 2953

PuCl 3 3865 4062 4166 4191 4917 6269 Rb2 Mo04 4517 4883 4932 4958 5034 5248 5514

PuCl4 3003 3007 3357 3359 3580 3625 RbNO, 326 354 356 386 572 605 759

PuF3 4790 4893 RbNO, 788 932 948 949 959 1126 1159 PuF6 6190 RbN02 1443

Pu0 2 6094 6148 6226 6234 RbNOs 422 428 430 435 438 445 455

PuOCl 4917 RbN03 461 462 467 471 488 529 530

PuSi 5833 RbN03 554 557 562 566 574 575 591 Rb3AlF6 5134 5135 5279 5280 RbNO3 601 602 608 610 663 672 679

RbBF4 2473 RbNO3 689 703 705 721 744 751 766

RbB02 4577 RbNO3 770 796 799 827 893 906 907

RbBr 214 220 301 1102 1106 1266 1273 RbN03 988 1036 1363 1414 1432 1444 1454

RbBr 1282 1289 1290 1314 1318 1328 1347 RbN03 1523 1532 6270 6271

RbBr 1408 1530 1532 1658 1676 1702 2570 Rb 2 0 2039 2040 2853 2884 3020 4231 4532

RbBr 2609 2693 2797 2864 2865 3023 3407 Rb 2 0 4596 4676 4779 4908 5031 5196 5431

RbBr 3449 3513 3523 3563 3686 3757 3872 RbOH 430 461 462 562 1158 1166 1189 RbBr 3875 3921 4031 4032 4067 4275 4340 RbOH 1568 1918 RbBr 4387 4966 6271 RbP03 3447

RbC 2 H302 384 437 529 547 602 634 672 Rb3 PrF6 4985

RbC 2H302 732 752 768 769 799 893 933 RbSc(S04) 2 5109 5147

RbC 2H302 958 1152 Rb2 SiF6 4657 4658 5211 5212

RbCl 117 856 888 895 931 1077 1202 Rb2 S04 1523 2873 3055 3097 3115 3151 3228

RbCl 1226 1237 1307 1364 1367 1403 1447 Rb2 S04 3264 3326 3448 3555 3556 3621 3647

RbCl 1448 1467 1494 1514 1529 1544 1574 Rb2 S04 3688 3735 3895 3988 4019 4031 4032

RbCl 1616 1617 1635 1848 1955 1958 1974 Rb2 S04 4115 4116 4224 4401 4469 4600 4619

RbCl 2050 2127 2159 2181 2198 2223 2224 Rb2 S04 4620 4624 4754 4770 4786 4834 4875

RbCl 2225 2238 2244 2255 2377 2420 2425 Rb2 S04 5147 5276 5283 5290 5498 5549 5599

RbCl 2429 2465 2466 2490 2542 2554 2577 Rb2 S04 6245

RbCl 2585 2597 2613 2624 2625 2631 2632 RbTaOCl„ 3123

RbCl 2647 2688 2689 2723 2733 2738 2785 Rb2Te03 2167 2250 2920

RbCl 2834 2873 2886 2887 2903 2918 2919 Rb2Ti 2Os 5059 5206

RbCl 2931 2943 2948 2949 2956 2991 3001 RbVOj 2493

RbCl 3032 3033 3041 3048 3077 3091 3102 RbV2 Os 3597 3745 3760

RbCl 3123 3124 3162 3170 3178 3200 3212 Rb2VOCl4 2785

RbCl 3241 3268 3275 3357 3359 3381 3385 Rb2 W04 4798 4981 5020 5079 5085 5148 5581 RbCl 3386 3387 3403 3406 3427 3448 3456 ReCl 3 1280

RbCl 3472 3480 3481 3482 3492 3536 3537 ReCl s 97 544 1280 RbCl 3538 3539 3540 3548 3560 3610 3632 ReOCl4 56 78 96 97 98 99 100 RbCl 3664 3767 3823 3842 3863 3871 3885 ReOCl4 101 153
Compound Index Compound Locator number Compound Locator number

Sb 3942 SmO 5921 5943 5981

SbBr3 54 94 135 148 165 179 180 Sm2 03 3324 5529 5579 5993 6021 6046 6078

SbBr3 193 230 231 234 3074 Sm2 03 6092 6093 6103 6125

SbCl 3 43 114 117 122 127 131 135 Sn3As2 3458

SbCl 3 139 142 157 161 170 181 182 SnBr2 875 914 1068 1329

SbCl 3 2993 3071 6208 6213 SnBr4 29 33 36 72 83 84 94

SbCl 5 35 48 57 67 70 288 309 SnCl2 607 713 714 718 726 734 747 SbCl, 345 SnCl 2 757 778 781 808 810 814 820

SbFs 123 151 186 SnCl 2 824 826 830 855 856 876 888

Sbl 3 114 231 278 397 431 474 513 SnCl 2 894 895 898 917 931 937 968

Sbi 3 527 560 567 571 709 1677 2835 SnCl2 1022 1040 1077 1078 1089 1111 1116

Sbl 3 3514 3944 SnCl2 1129 1130 1156 1171 1172 1174 1203

Sb 203 709 3758 3944 6233 SnCl2 1238 1251 1618 1776 1854 6202 6206

S 2Br2 25 36 SnCl2 6214

Sb 2S 3 1677 2714 3049 SnCl4 30 38 39 40 42 Sb 2 Se 3 2168 3190 3304 3335 3398 6242 SnF2 771 853 1219 1246 1261 1267 1368 Sb 2Te3 3398 3578 3679 SnF2 1378 1556 1577

ScCl3 2482 2483 2745 3033 3388 3416 3461 SnF4 2009 4613 4707

ScCl 3 3832 3864 4229 4539 4540 Snl 2 339 637 993 1446 1508 1559 ScF3 2401 2435 3586 3719 3771 4179 4388 Snl 4 359 398

ScF3 4389 4431 4584 4953 5118 5126 5136 Sn02 5750 5767 5784 5797 5812 5865

ScF3 5141 5194 5202 5345 5572 5645 SnS 875 1174 1177 1508 2451

S 2C1 2 217 224 SnS2 3049

Sc 203 5914 5925 6012 6020 6085 6102 6104 SnSe 3304 3335

Sc 2Oa 6114 6117 6127 6141 6145 6149 6150 SnSe2 2959

Sc 203 6162 6172 6185 SnTe 4232

Sc 2S04 3564 5109 so2 2 6

Sc^SOJj 4844 5154 5220 5439 so3 77 SeCl 2 217 Sr(B02) 2 5452 5615 5638

SeCl 4 79 103 157 293 614 706 738 SrBr2 2546 2709 2795 2801 3176 3355 3419

SeCl 4 849 1011 SrBr2 3603 5578

SeOs 77 SrCl2 956 1339 1499 1717 2173 2279 2336

SiBr4 24 SrCl2 2402 2432 2532 2571 2764 2803 2810

SiCl 4 15 20 21 22 SrCl 2 2892 2906 2917 2939 2942 2946 3032

SiF4 4452 4474 SrCl2 3085 3122 3124 3162 3186 3244 3274

Sil 4 110 338 383 SrCl 2 3298 3329 3344 3379 3383 3386 3389

Si0 2 2534 4072 4294 4442 4443 4570 4597 SrCl 2 3435 3441 3499 3545 3546 3615 3753

Si0 2 4598 4660 4772 4780 4843 4866 4908 SrCl 2 3821 3822 3842 3863 3865 3970 4003

Si0 2 4928 4992 5031 5062 5096 5116 5140 SrCl2 4061 4189 4198 4239 4371 4549 4608

Si0 2 5261 5286 5360 5430 5450 5545 5554 SrCl2 4743 4749 4752 4946 4991 5225 5291

SiO z 5567 5590 5596 5597 5598 5602 5603 SrCl 2 5297 5420 5499 5525 5553 6211

Si0 2 5604 5661 5664 5671 5678 5688 5697 SrC03 4371

Si0 2 5705 5707 5716 5718 5722 5726 5728 SrF2 2768 3913 3946 4144 4264 4306 4368

Si0 2 5729 5730 5742 5745 5753 5760 5772 SrF2 4413 4496 4579 4762 4867 4897 4898

Si0 2 5777 5789 5794 5802 5803 5807 5819 SrF2 4946 4987 5156 5157 5310 5311 5312

Si0 2 5820 5821 5822 5831 5832 5837 5839 SrF2 5313 5317 5383 5420 5525 5863 5873

Si0 2 5840 5841 5852 5856 5857 5858 5866 Sr 2 Ge04 6016 6029 6250

Si0 2 5867 5870 5874 5887 5891 5906 5909 SrH2 4139

Si0 2 5911 5921 5927 5931 5943 5944 5948 Sri 2 223 2452 2525 2526 2709 2711 2832

Si0 2 5949 5954 5956 5958 5959 5961 5962 Sri 2 3394 5619

Si0 2 5963 5967 5969 5972 5973 5974 5975 SrMo04 3305 4013 4335 4606 4879 5072 5701

Si0 2 5977 5978 5980 5981 5990 5995 6009 Sr3N2 2832 3394 3603 4752 5553 5578 5619

Si0 2 6019 6036 6039 6041 6042 6043 6045 SrNb2 06 4103

Si0 2 6050 6088 6120 6133 6144 6152 6163 Sr(N02 ) 2 160 265 269 289 326 354 419

Si0 2 6168 6222 6229 6236 Sr(N02) 2 485 492 534 543 906 974 975

Si 2 OCl6 32 Sr(N02) 2 988 1007 1028 1034 1041 1048 1061 SiS 2 6239 Sr(N02) 2 1126 1159 1222 1240 1320 1321 1342 SmCl 2 3330 Sr(N02) 2 1344 1352 1353 1406 1468 1474 2764

SmCl3 1971 1972 2027 2089 2481 2596 2632 Sr(N02) 2 2866

SmCl3 2761 2812 2827 2994 3380 3385 3517 SrO 5225 5314 5361 5469 5499 5531 5536

SmCl3 3728 4002 4118 4124 4133 SrO 5639 5676 5682 5699 5754 5764 5789

SmF3 4142 4614 4776 4967 SrO 5794 5830 5844 5851 5852 5860 5863

Sm2(Mo04) 3 4449 4883 5514 5649 SrO 5888 5905 5913 5930 5997 6014 6040

154
Compound Index—Continued

Compound Locator number Compound Locator number

SrO 6063 6083 6090 6131 6133 6142 6152 TiCl2 2960 3105 3232 3307 3402 3579 3675

SrO 6161 6169 6171 6176 TiCl2 3766 3807 4004 4014 4024 4102 4804

SrSi0 3 5703 5769 5790 5828 5853 TiCl2 4995 5139

Sr2Si04 6250 TiCl3 708 2030 2031 2263 2556 2619 2660

SrSO„ 3050 3095 3344 3474 3829 3904 3920 TiCl3 2960 3105 3170 3184 3292 3319 3345

SrSO4 3938 3957 4366 4421 4549 4859 4914 TiCl3 3408 3521 3569 3661 3695 3807 3823

SrS04 4991 5184 5287 5539 TiCl3 4014 4254 4298 4370 4375 4385 4404

Sr(VOj) 2 3191 3856 4114 TiCl 3 4436 4464 4518

SrV 206 4103 4199 TiCl4 7 9 10 31 32 35 46

SrW04 4445 4576 6254 6255 6256 6257 TiCl4 48 49 61 63 64 67 227 TaClj 1056 1113 1346 1514 3046 3070 3354 TiCl4 233 238 246 255 261 271 273

TaClj 3664 TiCl4 279 280 286 288 291 308 309

TaCl4 1023 1253 1331 1403 3665 3871 TiCl4 345 6200 6209 6215

TaCl s 63 74 98 209 233 261 279 TiF4 1641 2314 3706 4015 4140 4687 4882

TaCl s 308 336 363 370 389 508 595 TiO 5742 5760 5867 6235

TaCls 607 627 696 719 765 772 774 Ti02 2833 3075 3129 3652 3718 4174 4439

TaCl s 777 779 867 897 952 961 968 TiO2 4456 4522 4679 4814 5018 5078 5100

TaCl s 978 1005 1014 1199 1357 1818 1973 TiO2 5104 5105 5132 5197 5208 5215 5219

TaCl5 2080 2467 6207 6212 6213 6215 6216 TiO2 5229 5230 5231 5254 5255 5270 5300

TaF5 4569 4742 TiO2 5305 5328 5353 5359 5455 5483 5530

Ta2Os 3533 4741 5303 5775 5920 5982 5988 TiOz 5533 5562 5568 5591 5608 5729 5734

Ta2 Os 6006 6013 6033 TiO2 5756 5759 5771 5777 5778 5779 5783

TbCl 3 2045 2630 2905 4270 TiO2 5808 5826 5838 5859 5860 5862 5868

TbF3 4562 5570 TiO2 5875 5896 5908 5914 5917 5918 5937

Tb2(Mo04) 3 4450 5662 TiO2 5939 5945 5946 5960 5996 6014 6037

Tb2(W04) 3 5177 5663 TiO2 6060 6061 6063 6098

Te 764 Ti2 03 5968

TeBr4 230 913 927 1083 1185 1322 1323 Ti 30 5950

TeBr4 1531 1804 1824 1893 2340 Tl9BiTe6 2961 3272

TeCl 4 8 22 23 39 53 66 71 TIBr 364 471 647 661 740 801 843

TeCi4 73 121 224 244 328 343 361 TIBr 852 866 1068 1090 1329 1405 1409 TeCl4 406 407 524 558 677 918 926 TIBr 1457 1478 1479 1483 1486 1504 1543 TeCl4 927 973 1003 1016 1052 1083 1323 TIBr 1545 1576 1578 1588 1601 1628 1686 TeCl4 2007 TIBr 1691 1723 1725 1736 1741 1778 1813 Tel 4 741 764 926 927 1224 1313 1322 TIBr 1820 1822 1856 1859 1860 1872 1903 Tel 4 1323 TIBr 1939 1978 1985 2012 2036 2037 2077

Te02 1840 2167 2250 2251 2312 2450 2581 TIBr 2103 2107 2135 2150 2164 2329 2346

Te02 2663 2679 2920 3160 3323 3607 3756 TIBr 2376 2505 2540 2587 2588 2609

TeOz 3989 4201 4400 4531 TlBr4 2340

ThCl 4 1664 1700 1701 1722 1738 1739 1740 T1C1 594 636 757 809 817 820 839

ThCl4 1749 1750 1767 1773 1790 1802 1814 T1C1 855 863 876 918 921 937 945

ThCl 4 1816 1826 1830 1835 1846 1865 1892 T1C1 977 982 989 1006 1039 1055 1221 ThCl4 1895 1897 1919 1924 1943 2010 2023 T1C1 1230 1238 1251 1270 1272 1291 1357 ThCl4 2042 2059 2096 2097 2126 2128 2129 T1C1 1361 1392 1431 1435 1437 1438 1439 ThCl 4 2140 2177 2180 2187 2213 2238 2277 T1C1 1441 1456 1501 1515 1518 1529 1534 ThCl4 2284 2315 2403 2418 2419 2420 2520 T1C1 1551 1562 1583 1618 1630 1631 1633 ThCl 4 2598 2610 3004 3045 3392 3417 3505 T1C1 1705 1708 1719 1732 1756 1769 1781 ThCl4 3515 3899 3929 3966 4020 4029 4094 T1C1 1794 1811 1836 1839 1853 1855 1866 ThF4 1415 1645 1891 1935 2932 2984 3079 ’ T1C1 1874 1896 1900 1904 1911 1920 1922 ThF4 3106 3117 3346 3373 3409 3438 3452 T1C1 1945 1959 1975 1977 1986 1997 1998 ThF4 3463 3466 3506 3848 3878 3890 3917 T1C1 2002 2007 2028 2050 2054 2057 2058

ThF4 3968 4141 4152 4198 4288 4295 4314 T1C1 2082 2091 2092 2093 2094 2112 2127 ThF4 4315 4512 4533 4536 4548 4585 4608 T1C1 2133 2160 2161 2163 2227 2246 2247 ThF4 4622 4626 4702 4727 4760 4884 4918 T1C1 2256 2259 2279 2285 2295 2307 2329

ThF4 4924 4940 4994 5044 5131 5175 5210 T1C1 2330 2346 2353 2362 2368 2377 2413

ThF4 5263 5292 5301 5318 5332 5357 5367 T1C1 2599 2754 4134 4150 6214

ThF4 5513 5550 5583 T1C13 1945 Th0 2 1698 5883 5946 5974 5975 6153 6158 ti 2 co3 919 997 1001 Th02 6162 T1F 1256 1415 1623 TiBr2 3523 3553 4966 5278 Til 392 516 583 915 953 970 984

TiBr3 3500 3513 3594 3677 3757 3872 4052 Til 1272 1333 1529 1573 1630 1633 1666 TiBr3 4256 Til 1667 1672 1684 1714 1797 1799 1815 TiBr4 62 75 196 3788 4067 4448 Til 1954 2084 2125 2138 2151 2170 2181 155
Compound Index—Continued

Compound Locator number Compound Locator number

Til 2194 2244 2372 2399 2436 v2 os 4007 4042 4051 4138 4168 4193 4194

tino2 265 266 298 400 419 423 485 v2 o5 4214 4215 4221 4257 4258 4274 4277

tino2 518 534 605 628 638 649 670 v2 o5 4286 4287 4294 4326 4341 4354 4377

tino2 686 751 788 1297 v2os 4379 4407 4502 4571 4675 4690 4728

TIN03 218 219 266 270 275 400 458 v2os 4753 4814 4929 4955 5196 5331 5338

tino3 485 490 573 598 651 652 664 v2 os 5348 5404 5431 5483 5685 5717 5808

t1no3 673 750 753 798 801 857 858 v2 o5 5868 6238

TINOJ 866 884 907 919 932 949 997 VOCI3 7 9 10 11 14 T1N03 1001 WC1S 502 632 792 1202 1350 3457 3632

TIPOJ 2235 WC16 21 40 49 68 70 181 249

T1 2S 4017 4783 WC16 441 546 622 627 1011 1033 1081 TlSbS 2 2395 wo2 5854

Tl 2Se 1164 1228 wo3 2188 2859 3076 3659 3732 3769 3937

ti 2so4 237 915 1551 1732 1781 1900 1904 WO3 3965 3986 4035 4440 4523 4532 4543

ti 2 so4 2013 2063 2077 2138 2703 2878 2933 wo3 4690 4728 4767 4815 4825 4895 5247

ti 2so4 2941 2954 3008 3055 3116 3399 3577 wo3 5465 5466 5470 5477 5527 5537 5579

ti 2so4 3648 3938 3957 3991 wo3 5586 5589 5593 5611 5639 5659 5693

Tl 2TeBr4 1893 wo3 5713 5714 5715 5723 5727 5731 5736

TIVO3 1963 2013 2022 2041 2209 W03 5768 5780 5781 5782 5798 5844 5884

TmFj 3663 5422 wo3 5893 5928 5929 6232

UBr3 2378 WOCl4 182 319 621 698 719 735 765

UCI3 1739 1766 1767 1773 1830 1864 1940 WOCl4 955 976 6198

UCI3 2023 2097 2123 2271 2286 2293 2393 XeF2 106 123 151 186 225 236 258

UC13 2456 2496 2563 2680 2836 2872 2888 XeF4 225 236

UC13 2931 2982 2988 3004 3045 3058 3079 XeF6 106

UCI3 3106 3256 3507 3654 3657 3658 3698 YbCl2 3365 3384

UCI3 3737 3917 4016 4029 4061 4062 4288 YbCl3 2328 2552 4319

UCI 3 4365 4611 4727 4962 6269 YbF3 3681 3720 4508 5402 5506 5626

UC14 925 951 992 1283 1513 1664 1722 YbH2 4347

UC14 1730 1749 1750 1761 1765 1800 1802 Yb2(Mo04) 3 4364

UC14 1805 1809 1814 1892 1938 1955 1974 Yb203 5987 6047 6049 6105

UC14 2004 2017 2042 2096 2134 2177 2273 Yb 2 S3 6258

UC14 2350 2374 2422 2755 2806 3029 3133 YbSe 6258

UC14 3221 3224 3270 3275 3322 3505 5302 Yb^SiO^j 5746 5835

UF3 3058 YCI3 1203 1210 1485 1589 1803 1898 1909 uf4 1784 1825 1849 1864 2271 2350 2360 YCI3 2117 2119 2148 2158 2175 2196 2203

UF4 2393 2563 2792 2888 3179 3400 3654 YC13 2278 2345 2385 2424 2457 2460 2678

uf4 3655 3810 3911 4058 4984 5277 5449 YCI3 2949 2989 2995 3072 3118 3220 3456

5575 YCI3 3473 3543 3591 3636 3637 3666 3887

uf6 76 6190 YCI3 3900 4190 4369 4382 4395

UN 6184 6188 yf3 1623 2379 2589 3337 3793 4074 4153

uo2 3224 3270 5063 5302 5449 5748 5975 yf3 4177 4349 4384 4555 4586 4896 4925

uo2 6068 6080 6139 6155 6172 6182 6186 yf3 4941 4957 4973 4998 5306 5319 5397

uo2 6187 6226 6234 YF3 5494 5673 5683

uo3 4881 y2o3 4377 5801 5803 5873 5876 5877 5878 u308 5107 y2 o3 5994 6011 6036 6048 6054 6055 6064

UOCl 2 2621 y2o3 6069 6079 6081 6082 6106 6107 6119

uo2so4 2911 3195 y2 o3 6122 6128 6129 6141 6177 6178 6225

UP 6182 Y2 Si 2 07 5936

VC1 2 4111 4325 4494 5462 5616 Y4(Si04) 3 5991

VC1 3 2516 2536 2975 3232 3387 3390 3542 y2(wo4) 3 5684 5814 5849 6253

VC13 3547 3626 4102 4228 4230 4405 4406 Zn3As 2 5325

VC1 3 4465 6199 ZnBr2 1397 1934

VC1 4 11 6210 6216 Zn(C 2H3 02) 2 314 523 538 634 695 911 1065 VF3 4954 5235 Zn(C 2 H3 02) 2 1182 vo2 4407 ZnCl2 104 494 549 681 713 714 780 v2o4 4379 4571 ZnCl2 781 863 950 981 1006 1020 1025 V2Os 1481 2038 2039 2040 2188 2230 2268 ZnCl2 1099 1109 1114 1128 1194 1195 1226 V2 Os 2388 2389 2562 2657 2663 2712 2790 ZnCl 2 1271 1284 1285 1286 1294 1311 1326 V2Os 2833 2853 2884 2962 3020 3075 3148 ZnCl 2 1332 1339 1341 1356 1364 1411 1420 v205 3206 3225 3233 3234 3242 3243 3251 ZnCl 2 1462 1470 1516 1519 1585 1593 1704 v2 05 3302 3303 3584 3597 3645 3652 3687 ZnCl 2 1756 1794 2406 2672 3185 6203 v205 3745 3760 3838 3854 3884 3914 3935 Zn(CN) 2 2807

156
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[888] Bergman, A.G., Arabadzhan, A.S., Effect of a Displacement of Equilibrium on the Fusion Diagrams of the Systems with Solid Solutions — Zhur. Neorg. Khim.

Trans., 8, 366(1963).

[889] Toptygin, D.Ya., Reaction of Niobium and Tantalum

Pentachlorides with Lithium and CopperfI) Chlorides —

Zhur. Neorg. Khim., 8, 615(1963).

[890] Smolyaninov,N.P., Belyaev, I.N., Phase Equilibria in the Bi 203 —PbO—

V

2Os System — Zhur. Neorg. Khim., 8, I 632(1963).

[891] Belyaev, I.N., Chikova, N.N., The Cs2 S04 -K2 S04 -

Li 2S04 and Li 2S04—PbS04 Rb2 S04 Ternary Systems —

Zhur. Neorg. Khim., 8, 749(1963).

[892] Alekseeva, Z.D., Equilibrium Diagram of the Rb2 Si03 -

Si0 2 System — Zhur. Neorg. Khim., 8, 741(1963).

[893] Berul, S.I., Voskresenskaya, N.K., Reaction of Ce02 , Nd203 and Sm2 03 with Molten Fluorides — Zhur. Neorg.

Khim., 8, 744(1963).

[894] Zakharchenko, M.A., Mkrtchyan, S.M., Ternary

Reciprocal System of Sodium and Barium Bromides and

Nitrates — Zhur. Neorg. Khim., 8, 753(1963).

[895] Bergman, A.G., Kaznacheeva, K.F., Gorvacheva, V.P.,

Sadovskii, A.P., The K, Na//F, P 2 07 Reciprocal System ! Russ. Jour. Inorg. Chem., 8, 755(1963).

[896] Korshuvnov, B.G., Lidina, E.D., Shevtsova, Z.N., li Equilibrium Diagram of the A1C1 3—FeCl3 -MoCls System

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[897] Zakharchenko, M.A., Aslanov, S.M., The Ba, Li, Na//Cl

Ternary System — Zhur. Neorg. Khim., 8, 797(1963).

[898] Popovkin, B.A., Odin, I.N., Novoselova, A.V., The

PbO—PbSe System — Zhur. Neorg. Khim., 8, 635(1963).

[899] Bergman, A.G., Arabadzhan, A.S., The Li//Br, Cl, F

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[900] Ilyasov, 1. 1., Fusion Diagram of the Cs, Na, Pb//Cl

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[901] Fedorov, P.I., Dudareva, A.G., Drobot, N.F., The Cul—

Inl 3 System — Zhur. Neorg. Khim., 8, 667(1963).

[902] Bauleke, M.P., McDowell, K.O., System Lead Oxide— ;] Zinc Oxide — J. Am. Cer. Soc., 46, 243(1963).

[903] Roth, R.S., Waring, J.L., Phase Equilibrium Relations in the Binary System Bi 2Oa Nb2Os — J. Res. Natl. Bur.

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[905] Fedorov, P.I., Yakunina, V.M., Reaction of Gallium,

Sodium, CopperfI) and Silver Chlorides — Zhur. Neorg

Khim., 8, 1099(1963). I

I

[906] Shchukarev, S.A., Perfilova, I.L., Reaction of Vanadium.

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[907] Berezina, S.I., Bergman, A.G., Bakumskaya, E.L., The

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[908] Bergman, A.G., Berezina, S.I., Bakumskaya, E.L. i Stable Sections of the K, Li, Na/Cl F Quartemar

Reciprocal System — Zhur. Neorg. Khim., 8, 1120(1963)

[909] Bergman, A.G., Arabadzhan, A.S., The Ag, Li//Br, C

Reciprocal System — Zhur. Neorg. Khim., 8, 1122(1963)

[910] Protsenko, P.I., Brykova, N.A., Binary Systems o Thallium and Alkaline Earth Metal Nitrites — Zhui

Neorg. Khim., 8, 1130(1963).

[911] Bolshakov, K.A., Fedorov, P.I., Ilina, N.I., Binar

Systems of Sodium Sulfate with Copperfll) and Iron(II Sulfates — Zhur. Neorg. Khim., 8, 1350(1963).

[912] Korshunov, B.G., Lapkina, E.D., The A1C13 —MoCls

- NaCl System — Zhur. Neorg. Khim., 8, 1354(1963).

180
[913]

[914]

[915]

[916]

[917]

[918]

[919]

[920]

[921]

[922]

[923]

[924]

[925]

[926]

[927]

[928]

[929]

[930]

[931]

; [932]

,1

1 [933]

1

'

[934]

Krivtsov, N.V., Zinoev, A. A., Fusion in the Ca(C104) 2 -

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Morozov, I.S., Lichih—Fa, Interaction of Ta, Nb, Fe and

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Protsenko, P.I., Medvedev, B.S., The Ca, Na//N02 , N03 System — Zhur. Neorg. Khim., 8, 1434(1963).

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Protsenko, P.I., Shisholina, R.P., The K, Li//N02 , N03 System — Zhur. Neorg. Khim., 8, 1438(1963).

Bakumskaya, E.L., Bergman, A.G., Keropyan,V.V., The

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Agoshkov, V.M., The Use of Zone Melting to Establish

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Brown,J.J., Hummel,F.A., Phase Equilibria and

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[937] Rase, D.E., Lane, G., Phase Equilibrium Studies in the System Th02 —

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[938] Linares, R.C., Phase Equilibrium and Crystal Growth in the System ZnS—ZnF2 — Met. Soc. Conf., 19, 329(1962).

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[950] Novikov,G.I., Polyachenok, O.G., Frid, S.A.,

Equilibrium Diagrams of Systems Formed by Samarium

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[953] Berul, S.I., Pevnitskaya, M.V., Phase Diagram of the System SnCl 2 -NH4Cl — Sb. Tr. Tsentr. Nauch.-Issled.

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[954] Burdese, A., Borlera, M.L., Systems between Nb2Os and

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[955] Protsenko, P.I., Shurdumov, G.K., Liquidus of the Rb,

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[956] Posypaiko, V.I., Dombrovskaya, N.S., Subdivision of the Phase Diagram and Double—Decomposition Reactions of a Nine Salt Quinary Reciprocal System, the Cl, Br, N03 of Na, Rb, and T1 — Russ. Jour. Phys. Chem., 36,

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[959] Brown, J.J., Hummel, F.A., Phase Equilibria and

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[960] Viting, L.M., Khomyakov, K.G., A Reaction of Ferrites

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Low Melting Metals and Alloys from Fused Salt Systems

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[965] None, None — Inter. Crit. Tab., 4, 41(1964).

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[967] Voitovich, B.A., Barabanov, A.S., Thermal Analysis of the System TiCl4—A1C13—POCl3 — Ukr. Khim. Zh., 29,

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[968] Evstyukhin, A.I., Emelyanov, V.S., Godin, Yu.G.,

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[969] Rowe, J.J., Morey, G.W., Hansen, I.D., The Binary

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[970] Gittins, J., Tuttle, O.F., The System CaF2—Ca(OH)2 - CaC03 — Am. Jour. Sci., 262, 66(1964).

[971] Miller, K.J., Binary Melting Point Studies for BBr3 with

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[972] Foster, P.A., Phase Equilibriums in the NaF Enriched

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[974] Murthy, M. Krishna, Aguayo, J., Studies in Ge02 Systems. 2. Phase Equilibria in the System NazO—Ge02 Jour. Am. Cer. Soc., 47, 444(1964).

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[978] Belyaev, I.N., Chikova, N.N., The Cs 2 S04—Li 2 S04 — PbS04 System — Zhur. Neorg. Khim., 9, 419(1964).

[979] Margulis, E.V., Kopylov, N.I., The PbO-PbS04 System

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[980] Smachnaya, V.F., Physical—Chemical Study of the Ternary System Cr203 Zr02 —Si0 2 — Izv. Vyssh.

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[986] Belon, L., Forestier, H., A Study of the System A1 203 —

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[987] Markov, B.F., Barabanova, A.S., Voitovich, B.A.,

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[988] Dobrotsvetov, B.L., Bogoslovskaya, E.I., Sobelman, E.I., Solid Solutions in the Zn2 Si0 4—Fe 2Si04 System —

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[989] Bell, M.C., Flengas, S.N., The Electrical Conductivity,

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[990] Vasilkova, I.V., Efimov, A.I., Pitirimov, B.Z., Complex

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[991] Robbins, G.D., Thoma, R.E., Insley, H., Phase

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[992] Fedorov, P.I., Dina, N.I., Interaction of the Chlorides of In, K, Cu(I), Ag and T1(I) — Zhur. Neorg. Khim., 9,

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[993] Bergman, A.G., Shulga, N.A., Interaction of Urea with

Li, Na, K and Ba Nitrates — Zhur. Neorg. Khim., 9,

665(1964).

[994] Bergman, A.G., Kozachenko, E.L., Berezina, S.I., The

Li, Na//F, Cl System — Zhur. Neorg. Khim., 9,

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[995] Bergman, A.G., Andryushchenko, Yu. I., The Li, K,

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[996] Diogenov, G.G., Sarapulova, I.F., The System formed by

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[997] Oeye, H.A., Determination of the Phase Diagram

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[998] Messer, C.E., Levy, I.S., Systems of LiH with Alkaline

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[1005] Lindenberg, W., Ilgner, W., The System NH4Br—NH3 between —78 and 10 under NH3 Pressures from 0 to 760

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[1006] Pollard, A.J., Proposed Phase Diagram for the System

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Shadrova, L.G., Interaction of TaCl4 with RbCl and

CsCl — Zhur. Neorg. Khim., 9, 763(1964).

[1008] Ilyasov, 1. 1., The Cd, Cs//Br, Cl Ternary Reciprocal

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Shevtsova, Z.N., Interaction of Samarium(III) Chloride

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Naturwissenschaften, 51, 135(1964).

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[1025] Gill, J.B., Taylor, R.M., The System KP03 —Ca(P03) 2 —

Jour. Chem. Soc. 1964 Suppl., 1137, 5905(1964).

[1026] Toropof, N.A., Fedorov, N.F., Phase Diagram of the System Ca2Si0 4—

4(Si04) 3 — Zhur. Neorg. Khim., 10,

666(1965).

[1027] Safonov, V.V., Korshunov, B.G., Shevtsova, Z.N.,

Shadrova, L.G., Interaction of TaCl4 with Chlorides of Na and K — Zhur. Neorg. Khim., 10, 669(1965).

[1028] Safonov, V.V., Korshunov, B.G., The System TaCl3 —

NaCl—KC1 — Zhur. Neorg. Khim., 10, 672(1965).

[1029] Reshetnikov, N.A., Unzhakov, G.M., Phase Diagrams of the LiOH—LiCl and LiOH—NaOH Systems — Zhur. Neorg. Khim., 3, 227(1958).

[1030] Gimelshtein, V.G., Diogenov, G.G., Irreversible Reciprocal System of Acetates and Nitrates of Sodium

and Rubidium — Zhur. Neorg. Khim., 3, 230(1958).

[1031] Tradafelov, D., Mikhailova, D., Triple Salt System of Sodium, Cadmium and Ammonium Nitrates — Nauchni

Tr. Visshiya Med Inst. Sofia, 41, 57(1962).

[1032] Gitlesen, G., Motzfeldt, K., Phase Diagram by

theConductance Method., The System Na2 S04 Na2 C03 Acta Chemica Scandinavcia, 18, 488(1964).

[1033] Reshetnikov, N. A., Vilutis, N. I., Fusibility Diagrams

of some Binary Systems of Alkali Metal Hydroxides and

Salts. — Zhur. Neorg. Khim., 3, 177(1958).

[1034] Bergman, A.G., Sementsova, A.K., Ternary Systems

Na//Cl, S04 , C03 and K//C1, S04 , Co3 — Zhur. Neorg.

Khim., 3, 201(1958).

[1035] Bergman, A.G., Sementsova, A.K., Ternary Systems

K2C1 2 —Na2 S04—Na 2 C03 and Na2Cl 2 K2 S04—

2 C03 —

Zhur. Neorg. Khim., 3, 213(1958).

[1036] Belyaev, I.N., Sigida, N.P., 4. The Interaction of Potassium Titanates and Phosphates during

Crystallization from Melts — Zhur. Neorg. Khim., 3,

253(1958).

[1037] Belyaev, I.N., Sigida, N.P., 5. The Interaction of Sodium Titanates and Silicates when Crystallizing from

Melts — Zhur. Neorg. Khim., 3, 263(1958).

[1038] Belyaev, I.N., Sigida, N.P., 6. The Interaction of Potassium and Lithium Titanates and Pyrophosphates

when Crystallizing from Melts — Zhur. Neorg. Khim., 3,

271(1958).

[1039] Selivanov, V.G., Stender, V.V., Thermal Analysis of KF KBF, and NaF-NaBF4 Systems — Zhur. Neorg.

Khim., 3, 279(1958).

[1040] Anisheva, N.A., Kusakin, P.S., Construction of the Phase Diagram of Iron Sulfide, Nickel Sulfide, Cobalt

Sulfide — Zhur. Neorg. Khim., 3, 120(1958).

[1041] Morozov, I.S., Toptygin, D.Ya., Interaction of NH4C1

with Chlorides of Ta, Nb, Ti, A1 and Fe — Zhur. Neorg.

Khim., 3, 221(1958).

[1042] Novoselova, A.V., Levina, M.E., Saveleva, M.P., The

Phase Diagram of the System NaF—BeF2 — Zhur. Neorg.

Khim., 3, 181(1958).

183
[1043] Gladushchenko, V.A., Bergman, A.G., Reciprocal

System of Fluorides and Sulfates of Sodium and

Rubidium — Zhur. Neorg. Khim., 3, 238(1958).

[1044] Mateiko, Z.A., Bukhalova, G.A., Ternary Systems

Na//Cl, Mo04 , W04 and K//C1, Mo04 , W04 — Zhur. Neorg. Khim., 3, 225(1958).

[1045] Bolshakov, K.A., Fedorov, P.I., Agashikina, G.D., The

Ternary System of Na, CO and Ni Chlorides — Zhur. Neorg. Khim., 3, 235(1958).

[1046] Korshunov, B.G., Drobot, D.V., The Interaction of the Chlorides of Gallium and Dysprosium with the Chlorides

of Sodium and Potassium in Melts — Zhur. Neorg.

Khim., 10, 939(1965).

[1047] Tresvyatskii, S.G., Lopato, L.M., Yaremenko, Z.A.,

Phase Diagram of the System Sc 2 03—MgO —

Poroshkovaya Met. Akad. Nauk Ukr. SSR, 4, 29(1964).

[1048] Korkhin, V.A., Morozov, I.S., Reaction of Oxopentachloroniobates with Tetrachloraluminates and

Chlorides of Alkali Metals., The KA1C14-KC1 K2NbOCls and CsA1C14—CsCl—Cs2NbOCls Systems — Zhur. Neorg.

Khim., 8, 1430(1963).

[1049] Tanti, Seiich, Phase Diagrams of the Systems ThCl4—

Alkali Chlorides and ThCl4—Eutectic Chlorides — Denki

Kagaku, 32, 167(1964).

[1050] Morozov, I.S., Krokhin, V.A., Reaction of Niobium

Oxide Chloride with Alkali Metal Chlorides and the Thermal Stability of the Oxopentachloroniobates — Zhur. Neorg. Khim., 8, 1244(1963).

[1051] Vasilkova, I.V., Zaitseva, N.D., Petrova, V.A., The

RbCl-WCl6-RbCl-WCl5 , CsCl-WCl6 and CsCl-WCl5 Systems — Zhur. Neorg. Khim., 8, 1241(1963).

[1052] Kopylov, N.I., Novoselov, S.S., The Cu2S—FeS—Na2 S

System — Zhur. Neorg. Khim., 9, 1038(1964).

[1053] Toropov, N.A., Fedorov, N.F., The Ba2 Si04 —Ca2 Si04 System — Zhur. Neorg. Khim., 9, 1047(1964).

[1054] Bergman, A.G., Misler, Zh.V., The KC1—LiCl—PbCr04 System — Zhur. Neorg. Khim., 9, 1055(1964).

[1055] Medvedev,B.S., Protsenko, P.I., The Ca, Li//N0 2 , NOa System — Zhur. Neorg. Khim., 9, 1087(1964).

[1056] Palkin, A.P., Ostrikova, N.V., The GaCl3—InCl3 System

Zhur. Neorg. Khim., 9, 1105(1964).

[1057] Fadeev, V.N., Fedorov, P.I., The T1C1—T1C13 System —

Zhur. Neorg. Khim., 9, 1094(1964).

[1058] Martin, H., Seidel, W., Cnotka, G., Hellmayr, W., The

Existence of Nitryl Bromide — Z. Anorg. Allgem. Chem.,

331, 333(1964).

[1059] Haendler, H.M., Sennett, P.S., Wheeler, C.M., Jr., The

Systems LiF-LiCl, LiF-NaCl, LiF-KCl - J. Electrochem. Soc., 106, 264(1959).

[1060] Semenenko, K.N., Naumova, T.N., Gorokhov, L.N.,

The Interactions of Aluminum and Beryllium Chlorides

Dold. Akad. Nauk SSSR, 154, 103(1964).

[1061] Ehrlich, P., Deissmann, W., Koch, E., Ullrich, V., The

Ba3 N 2 -BaCl2 , Ba3 N2 -BaBr2 , Ba3N2 -BaI 2 Systems — Z. Anorg. Allgem. Chem., 328, 243(1964).

[1062] Pawlenko, V.S., The Ternary System KBF4 —KF—

KBF3OH - Z. Anorg. Allgem. Chem., 336, 172(1965).

[1063] Liu, C.H., Electroanalytical Techniques in Molten

Li 2S04—K2S04 Eutectic — Anal. Chem., 33, 1477(1961).

[1064] Johnson, K.W.R., Kahn, M., Leary, J.A., Phase

Equilibria in Fused Salt Sytems; Binary Systems of Plutonium(III) Chloride with Chlorides of Magnesium,

Calcium, Strontium, and Bariium — Jour.Phys. Chem.,

65, 2226(1961).

[1065] Doucet, Y., Vallet, C., A Thermodynamic Study of Fused KN03 —LiN03 Mixtures — Compt. Rend., 259,

1517(1964).

[1066] Bochvar, A. A., Phase Diagrams of Melted Li Salts —

Chem. Zentr., 2 , 530(1930).

[1067] Budnikov, N.N., Cherepanov, A.M., Melting Diagrams

of Mixtures in the System BeO-Si02 — Voprosy

Petrografi. Mineral, Akad. Nauk SSSR, 2, 241(1953).

[1068] Budnikov, P.P., Tresvyatskii, S.G., Melting Diagram of the System MgO-CaF2 — Ukr. Khim. Zhur., 19,

552(1953).

[1069] Bye, J., Holder, J., Study of Systems NaCl—SrS04 , NaCl-BaS04 — Bull. Soc. Chim. Fr., 399(1953).

[1070] Bye, J., Kiehl, J.G., Study of the Binary System of CaS04—NaCl — Bull. Soc. Chim. France,

847(1948).

[1071] Cocco, A., The System CaO-Ti0 2 — Rend. Seminar

Fac. Sci. U Cagliari, 25, 164(1950).

[1072] Driel, M.V., The System HgCl2-PbCl2 — Z. Anorg. U.

Allgem. Chem., 223, 318(1935).

[1073] Galakhov, F.Ya., A1 2 03 Region of Ternary

Aluminosilicate Systems. I. The Fe0-Al203 and MnO—

A1 203—Si0 2 Systems — Izvest. Akad. Nauk SSSR,

Otdel. Khim. Nauk, 525(1957).

[1074] Galakhov, F.Ya., A12 03 Region of Ternary

Aluminosilicate Systems. 2. The System BeO—A1203—

Si0 2 — Izvest. Akad. Nauk SSSR Otdel. Khim. Nauk,

1032(1957).

[1075] Goubeau, J., Kolb, H., Krall, H.G., The System

K2S04—

K

2S — Z. Anorg. U. Allgem. Chem., 236,

45(1938).

[1076] Janecke, E., Muhlhaussen, W., The Reciprocal Salt Pairs CaCl 2—

K

2 S04 , KC1—CaS04 — Z. Anorg. U. Allgem. Chem., 228, 241(1936).

[1077] Natsvlishvili, E.R., Bergman, A.G., Chemistry of Manganese in Molten State. 1. Reaction of MnCl2 with

Chlorides of Univalent Metals — Zhur. Obshchei. Khim.,

9, 642(1939).

[1078] Nishioka, U., Equilibrium Diagram of the System

Na2Ti03 —

K

2 Ti03 — Sci. Repts. Tohoku Imp. U., 23,

259(1934).

[1079] Palkina, N.A., Study of the Melting Point Diagram in the System KCNS—KN02 — Zhur. Obshchei Khim., 15,

911(1945).

[1080] Plotnikov, V.A., Shvartsman, U.I., Thermochemical

Analysis of Systems of A1C13 and AlBr3 with Chlorides

and Bromides of Sb, Hg, K and Ag — Zhur. Fiz. Khim.,

12, 120(1938).

[1081] Pushin, N.A., Makuc, J., Melting Point Diagrams of Binary Mixtures of Halides of S, P, As, Sb, Bi, Sn and

A1 — Z. Anorg. U. Allgem. Chem., 2 37, 177(1938).

[1082] Pushin, N.A., Radioicic, M., Binary System of Nitrates and Alkali Metals — Z. Anorg. U. Allgem. Chem., 233,

41(1937).

[1083] Toropov, N.A., Konovalov, P.F., Binary System MgO—

B 2 03 — Zhur. Fiz. Khim., 14, 1103(1940).

[1084] Vilnyanskii, Ya.E., Pudovikina, O.N., Chemistry of the Production of Na2Cr04 — Zhur. Priklad. Khim., 20,

794(1947).

[1085] Wartenburg, H.V., Eckhardt, K., Melting Point Curves

for the Inert Oxides. 8. Systems with Ce02 — Z. Anorg.

U. Allgem. Chem., 2 32, 179(1937).

[1086] Zhirnova, A.F., The Fusibility Diagram of the Zr02 — MgO System — Zhur. Prikl. Khim., 12, 1278(1939).

184
[1087] Zosa, R., Preliminary Research Report on the System

Cr2 03—FeO Si0 2 — Radex Rundschau,

207(1950).

[1088] Eitel, W., Equilibria of the Systems Si02 —A1 203 —CaO—

Na2 0 — Glastech. Ber., 4, 421(1927).

[1089] Belyaev, I.N., Sicida, N.P., Reaction of Titanates and

Fluorides of Li, Na — Zhur. Neorg. Khim., 2,

1119(1957).

[1090] Berezhnaya, V.T., Bukhalova, G.A., Ternary Systems of SrF 2 —Alkali Metals — Zhur. Neorg. Khim., 5, 925(1960).

J. Inorg. Chem. USSR, 5, 445(1960).

[1091] Janecke, E., Reciprocal Salt Pairs. 2. KC1—MgS04 — MgCl2 —

2 S04 — Z. Physik Chem., 80, 1(1912). [1092] Toropov, N.A., Sirazhiddinov, N.A., The LaA103 — MgAl2 04 System — Zhur. Neorg. Khim., 9, 709(1964).

[1093] Vilnyanskii, Ya.E., Pudovkina, O.I., The Binary System

Na2 Cr04—CaCr04 — Zh. Obshch. Khim., 18,

1033(1948).

[1094] Lacksonen, J.W., Kirby, W.H., Dryden, C.E., Phase

Relationships for the AgN03—Agl—AgIOa System —

Jour. Chem. Eng. Data, 8, 524(1963).

[1095] Berezhnoi, A.S., Kozdyuk, R.A., Melting Diagram of the System MgO—A1 203 — Dopovidi Akad. Nauk Ukr. RSR,

506(1964).

[1096] Delimarskii, Yu.K., Pavlenko, I.G., Roms, Yu.G.,

Melnikov, V.I., Electrolytic Production and Refining of Bismuth in Melts — Zh. Prik. Khim. Trans., 35,

298(1962).

[1097] Harker, R.I., Roy, D.M., Tuttle, O.F., Melting

Phenomena in the System Ca0-Si02-H20 1. The Join Ca 2 Si04-Ca(0H)2 — Jour. Am. Cer. Soc., 46, 471(1962).

[1098] Phillips, B., Hutta, J.J., Warshaw, I., Phase Equilibria

in the System NiO—A1 2 03 —Si0 2 — J. Am. Cer. Soc., 46,

579(1963).

[1099] Ibrahim, M., Bright, N.F.H., Rowland, J.F., The Binary

System CaO—Nb 2 Os — J. Am. Cer. Soc., 45, 329(1962).

[1100] Nogoev, K., Bergman, A.G., Sulaimankulov, K., Anhydrous Ternary System from Urea, Sodium Nitrate and Sodium Halides — Issled. Vzaim. Moch. Neorg.

Soedin. Akad. Nauk Kirg. SSR, 63(1964).

[1101] Yoshizawa, S., Watanabe, N., Oohara, Y., Differential Thermal Analysis of the Binary Systems in the System

NaOH—NaCN—Nal — Denki Kagaku, 32, 162(1964).

[1102] Ilyasov, 1. 1., Bergman, A.G., Chaurskii, N.I., The

System Cs, Cd, Pb//Cl — Zhur. Neorg. Khim., 10,

1256(1965).

[1103] Bergman, A.G., Maslennikova, G.N., Cs, Pb//Cl, S04 a Diagonal Irreversible Reciprocal System — Zhur. Neorg.

Khim., 7, 712(1962).

[1104] Bondarenko, N.V., Equilibrium Diagram of the BaCl 2 — MgCl2 —NaCl system — Zhur. Neorg. Khim., 7, 714(1962).

[1105] Bukhalova, G.A., Berezhnaya, V.T., Equilibrium

Diagram of the Ba, Ca, K//C1 Ternary System — Zhur. Neorg. Khim., 7, 720(1962).

[1106] Korshunov, B.G., Vyrskaya, L.A., Physicochemical

Investigation of the AlCl3 -NaCl-WCl6 and FeCl 3 - NaCl—WC16 Systems — Zhur. Neorg. Khim., 7, 722(1962).

[1107] Bergman, A.G., Goryacheva, V.P., Fusion Diagram of the Potassium, Lithium, Fluoride Pyrophosphate

Reversible—Reciprocal System — Zhur. Neorg. Khim., 7, 718(1962).

[1108] Bukhalova, G.A., Maslennikova, G.N., Tetrahedrating

Sections of the Ca,K,Na//Cl, F Reciprocal Quartemary

System — Zhur. Neorg. Khim., 7, 724(1962).

[1109] Belyaev, I.N., Smolyaninov, N.P., The Bi 2 03 —PbO—

Mo03 Ternary System — Zhur. Neorg. Khim., 7, 579(1962).

[1110] Korshunov, B.G., Raskin, B.Ya., Reaction of Chromium(III) Chloride with Sodium, Potassium and

Magnesium Chlorides in Melts — Zhur. Neorg. Khim.

Trans., 7, 584(1962).

[1111] Goryacheva, V.P., Bergman, A.G., The K, Li//Cl, P2 07 Reciprocal System — Zhur. Neorg. Khim., 7, 587(1962).

[1112] Samuseva, R.G., Poletaev, I.F., Plyushchev, V.E.,

Fusion in the Na 2 Cr207 -Rb2 Cr207 and Cs2Cr2 07 Na2 Cr207 Systems — Zhur. Neorg. Khim., 7, 589(1962).

[1113] Bergman, A.G., Bakumskaya, E.L., Keropyan,V.V.,

The Lithium, Sodium, Lead Sulfate Ternary System —

Zhur. Neorg. Khim., 7, 316(1962).

[1114] Bergman, A.G., Gorycheva, V.P., The Calcium,

Sodium, Pyrophosphate, Sulfate Reciprocal System —

Zhur. Neorg. Khim., 7, 319(1962).

[1115] Plyushchev, V.E., Samuseva, R.G., Poltaev, I.F., Thermal Analysis of the Na2SO„—Rb2 S04 and Cs 2 S04— Na2 S04 Systems — Zhur. Neorg. Khim., 7, 444(1962).

[1116] Chudinova, L.I., Thermal Analysis of the Ca(C104) 2 - KC104, Ba(C10 4) 2 -KC104 and BafClOJ.-CafClOj,

Systems — Zhur. Neorg. Khim., 7, 447(1962).

[1117] Vereshchagina, V.I., Fusion in the BaF2—LiF-NaCl

System - Zhur. Neorg. Khim. Trans., 7, 450(1962).

[1118] Palkin, A.P., Chikanov, N.D., Reactions of Niobium

Pentachloride with Sodium and Potassium Chlorides —

Zhur. Neorg. Khim., 7, 705(1962).

[1119] Plyushchev, V.E., M2 S04—CaS04 Binary Systems —

Zhur. Neorg. Khim., 7, 709(1962).

[1120] Erman, L.Ya., Galperin, E.L., The Bi 203—Mo03 System

Zhur. Neorg. Khim., 9, 1174(1964).

[1121] Plyushchev, V.E., Samuseva, R.G., Binary Systems

formed by CsBr with Li, K, and Rb Bromides — Zhur. Neorg. Khim., 9, 1176(1964).

[1122] Bergman, A.G., Bogatova,E. I., The K, Na//Mo04 , P207 System — Zhur. Neorg. Khim., 9, 1178(1964).

[1123] Bogatova, E.I., Bergman, A.G., The Li, Na//MoO„, P04 System — Zhur. Neorg. Khim., 9, 1181(1964).

[1124] Morozov, I.S., Tverskov, V.A., Kurapova, G.I., The

A1C1 3 —HfCl 4 —NaCl and A1C1 3—HfCl 4 —KC1 Systems —

Zhur. Neorg. Khim., 9, 1184(1964).

[1125] Tverskov, V.A., Morozov, I.S., The KCl-MgCl2 -ZrCl4 System — Zhur. Neorg. Khim., 9, 1188(1964).

[1126] Ilyasov, I.I., Dionisev, S.D., The Na, Pb, T1//I System

Zhur. Neorg. Khim., 9, 1222(1964).

[1127] Samuseva, R.G., Plyushchev, V.E., The KI—Rbl, Csl—

KI and Csl—Rbl Systems — Zhur. Neorg. Khim., 9,

1313(1964).

[1128] Samuseva, R.G., Plyushchev, V.E., The NaBr—RbBr

and Nal—Rbl Systems — Zhur. Neorg. Khim., 9,

1315(1964).

[1129] Protsenko, P.I., Medvedev, B.S., The Ca, Rb//N02 , NO3 System — Zhur. Neorg. Khim., 9, 1316(1964).

[1130] Palkin, A.P., Polivanova, T.A., The Singular Star of the K, Na, Tl//Br, Cl, S04 System — Zhur. Neorg. Khim., 9,

1320(1964).

185
[1131] Bondar, I. A., Vinogradova, N.V., Phase Equilibrium in the System La2 03 -Al203 — Akad.Nauk SSSR. Izv. Ser. Khim. Trans., 737(1964).

[1132] Phillips. B., Scroger, M., Studies Related to Crystallizaton of Germanate Glasses. 1. Phase Relations

in the System PbO—Ge02 — Tern—Pres. Research Inc. State Col. Penna., Office Nav. Research, None None

1963 0, [1133] Plyushchev, V.E., Stepina, S.B., Zimina, G.V.,

Zhilyakov, V.G., Reaction of Antimony Chloride and

Bromide with Appropriate Halogens with Properties

Close to the Alakli Elements — Izv. Vysshikh Uchebn.

Zavedenii, Tsvetn. Met., 7, 112(1964).

[1134] Belyaev, I.N., Golovanova, T.G., Diagram for the System Rh2 0—V205 — Izv. Vysshikh Uchebn. Zavedenii, Tsvetn. Met., 7, 117(1964).

[1135] Rolin, M., Muhlethaler, R., Sodium Cryolite— Lithium

Cryolite System as a Solvent for Alumina — Bull. Soc. Chim. France, 2593(1964).

[1136] Berul, S.I., Voskresenshaya, N.K., Interaction of NaP03 with Ce02 , Dy02 and Sm02 — Zhur. Neorg.

Khim., 10, 1110(1965).

[1137] Rolin, M , Recapet, J., The Thermodynamic Properties

of the Alkali Metal Carbonates. 1. The Ternary Diagram

Na2C03 —

K

2C03—Li 2C03 — Bull. Soc. Chim. France,

2104(1964).

[1138] Rolin, M., Racapet, J., The Thermodynamic Properties

of the Alkali Metal Carbonates. 2. The Ternary Diagram

Na2C03—NaOH—Na20 — Bull. Soc. Chim. France,

2110(1964).

[1139] Trasvyatskii, S.G., Lopato, L.M., Phase Diagram for the System La2 03 -Mg0 — Vopr. Teorii I Primeneiya

Redkozem. Metal., Akad. Nauk SSSR, 155(1964).

[1140] Trasvyatskii, S.G., Pavlikov, V.N., Phase Diagram for the La2 03—Cr 2 03 System — Vopr. Teorii I Primeneniya

Redkkzem. Metal,, Akad. Nauk SSSR, 159(1964).

[1141] Bakumskaya, E.L., Bergman, A.G., The Ternary

System of the Na, K and Cd Sulfates — Zhur. Neorg.

Khim., 1, 164(1956).

[1142] Levin, E.M., McDaniel, C.L., The System Bi 203 —

B

2 03 J. Am. Cer. Soc., 45 , 355(1962).

[1143] Gentile, A.L., Foster, W.R., Calcium Hexaluminate and

its Stability Relations in the System CaO—A1 203 —Si0 2 —

J. Am. Cer. Soc., 46, 74(1963).

[1144] Belyaev, I.N., Sholokhovich, M.L., Barkova, G.V.,

Interaction between the Titanates and Molybdates of Potassium and Lead in Melts — Zhur. Neorg. Khim., 1, 155(1956).

[1145] Diogenov, G.G., Ternary System of Li, Na, K, Acetates

Zhur. Neorg. Khim., 1, 122(1956).

[1146] Diogenov, G.G., The Irreversible Reciprocal System of Li and Na Acetates and Nitrates — Zhur. Neorg. Khim.,

1, 199(1956).

[1147] Bergman, A.G., Misler, Zh.V., The System of the Chlorides of Potassium, Cadmium and Lead — Zhur. Neorg. Khim., 10, 1282(1965).

[1148] Protsenko, P.I., Brykova, N.A., Thermal Analysis of Binary Nitrate Systems — Zhur. Neorg. Khim., 10,

1220(1965).

[1149] Putilin, Yu.M., Ponomarev, V.D., Milov, A. I., Dautova,

L.I., Thermographic Study of the K2TiF6—NaCl—Ti02 System — Tr. Inst. Met. I Obogashch, Akad. Nauk Kaz

SSR, 5, 82(1962).

[1150] Rockett, T.J., Foster, W.R., Phase Relation in the System B2 03—Si0 2 — J. Am. Cer. Soc., 48, 74(1965).

[1151] Ilyasov, 1. 1., Bergman, A.G., Fusion in the Ternary

System Na, K, Pb//I — Zhur. Neorg. Khim., 4,

2083(1959).

[1152] Pessel, W., Ranachowski, J., A Phase Equilibrium

Diagram for the Ternary System of Porcelain — Szklo

Ceram., 15, 50(1964).

[1153] Perfileva, O.G., Reshetnikov, N.A., The Li 2 C03 —LiOH

System — Zhur. Neorg. Khim., 9, 1405(1964).

[1154] Morozov, I.S., Shevtskova, Z.N., Interaction of YC13 with Certain Metal Chlorides — Zhur. Neorg. Khim., 9,

1407(1964).

[1155] Bogatova, E.I., Kislova, A. I., Bergman, A.G., The K,

Li//Mo04, P207 Reciprocal System — Zhur. Neorg.

Khim., 9, 1416(1964).

[1156] Vereshchacina, V.I., Zakharchenko, M.A.,

Belogorskaya, N.V., Sections of the Ba, Li, Na//Cl, F

Quaternary Reciprocal System — Zhur. Neorg. Khim.

Trans., 9, 1419(1964).

[1157] Palyura, I.P., Palkin, A.P., The A1C13—T1C1 System —

Zhur. Neorg. Khim. Trans., 9, 1438(1964).

[1158] Samuseva, R.G., Zharkova, R.M., Plyschev, V.E., The

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(1

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[1290] Federov, P.I., Nedev, S.K., Kuo—Yuan, L., Interaction

of GaCl 3 with Chlorides of Beryllium, Magnesium,

Calcium, and Barium — Zh. Neorg. Khim., 11,

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[1291] Bukhalova, G.A., Babaeva, Z.P., The Systems Li+, Cs+

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[1292] Bukhalova, G.A., Malenov, V.T., Volume Relation of Binary System of Molten Salts of the Type Me3 AlF6 —

Zh. Neorg. Khim., 11, 397(1966).

[1293] Popovskaya, N.P., Protsenko, P.I., Eliseeva, A.F.,

Electroconductivities, Densities, and Molar Volumes of Melts in Binary Systems with Eutectics — Zh. Neorg.

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[1295] Mikheeva, V.I., Kuznetsov, V.A., Interaction of Sodium

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[1302] Lister, R.L., Flengas, S.N., The Relationship between

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[1303] Buckle, E.R., Tsaoussoglou, P.E., Excess Properties in Mixed Ionic Melts. 2. Excess Conductance in KBr—TlBr

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[1305] Drossback, P., Sauermann, D., Electrochemical

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1965 0

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Zh. Neorg. Khim., 11, 624(1966).

[1313] Mien—Tseng, S., Novikov, G.I., Pressure and

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of the 1st and 2nd Approximation Equations to Activity

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K

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Legkic, Metal, 10, 48(1936).

II

; i#

;n

it

it:

pi;

[ 11!

pi:

pi!

pi!

|H2

pli

%

HI.

it

[H

192
[ 1416]

i [1417]

[1418]

[1419]

[1420]

[1421]

[1422]

[1423]

[1424]

[1425]

[1426]

[1427]

[1428]

[1429]

[1430]

[1431]

[1432]

[1433]

Mezhennii, Ya.P., Electroconductivity of the Systems

LiCl-AlBr3 , NaCl AlBr3 , KCl-AlBr3 , AgCl-AlBr3 -

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[2879] Ermolenko, I.M., Chernov, R.V., Phase Diagrams of Systems Composed of Lithium, Sodium, and Potassium

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[2880] Kacsalova, L., Shirvinskaya, A.K. , Aluminum OxideManganese Titanium Oxide (MnTiOs) System —

Epitoanyag, 26, 241(1974).

[2881] Trunin, A.S., Shter, G.E., Kosmynin, A.S., Sodium,

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[2885] Chernov, R.V., Ermolenko, I.M., Fusibility Diagrams of Cryolite with Complex Fluorides of Titanium, Silicon,

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[2886] Desyatnik, V.N., Lead(II) Chloride—Uranium

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[2887] Get'man, E.I., Ugnivenko, T.A., Interaction of Lithium

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[2888] Dudareva, A.G., Bogatov, Yu.E., Gakenko, E.V.,

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[2890] Pavlikov, V.N., Yurchenko, V.A., Lugovskaya, E.S.,

Lopato, L.M., Tresvyatskii, S.G., Sodium FluorideTitanium Dioxide Systems — Zh. Neorg. Khim., 20, 3076(1975).

[2891] Smirnova, N.M., Lepilina, R.G., Pozin, M.E., Fusibility

Diagram and Thermal Stability of Components in Systems Containing Ammonium Nitrate and Ammonium

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[2892] Zimina, T.D., Zhukova, L.D., Beloborodov, A.P.,

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G.A., Lithium Tungstate-Sodium Tungstate-Tungsten

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[2894] Polaetaev, I.F., Lyudomirskaya, A.P., Tsiklina, N.D.,

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[2895] Kopylov, N.I., Minkevich, S.M., Arsenic SulfideSodium Sulfide (As 2 S3 —Na2 S) System — Zh. Neorg.

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[2896] Sabatier, R., Hebrard, A.M., Cousseins, J., System

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[2897] Nikitina, O.A., Mikhailov, B.N., Zinc Sulfate- Potassium Chloride— Sodium Chloride System — Fiz—

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[2898] Bukhalova, G.A., Rabkina, I.G., Mardirosova, I.V., Mimyi, V.N., Lithium Polyphosphate—Manganese (II) Tetrametaphosphate System — Ukr. Khim. Zhur., 41 , 1144(1975).

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[2900] Diogenov, G.G., Anisimova, E.A., Potassium,

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[2905] Diogenov, G.G., Belozerova, G.M., Sodium,

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[2907] Diogenov, G.G., Kazantseva, E.A., Sodium,

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[2908] Diogenov, G.G., Morgen, L.T., Potassium, Cesium//

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[2909] Az'muko, T.G., Diogenov, G.G., Belozerova, G.M.,

Maksina, N.V., Sheveleva, N.N., Finkel'shtein, N.A.,

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[2910] Kopylov, N.I., Minkevich, S.M., Joguzov, M.Z.,

Smailov, D.B., Cu2 _J S—Cu3As (Copper Sulfide—Copper

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[2911] Dudareva, A.G., Rabbani, M., Ezhov, A.I., Study of the Reaction of Gallium(III) Bromide with Lithium,

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[2912] Diogenov, G.G., Morgen, L.T., Rubidium,

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[2913] Bukhalova, G.A., Zueva, V.P., Drobasheva, T.I., Phase

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[2914] Manakov, V.M., Semin, E.G., Study of Interaction in Quasibinary Systems of Lead Orthosilicate and Pb2 EOs (E—Element of the Chromium Subgroup) — Zh. Neorg.

Khim., 20, 3390(1975).

[2915] Clark, R.P., Reinhardt, F.W., Phase Diagram for the Ternary System Calcium Chloride Potassium ChlorideCalcium Chromate — Thermochim. Acta, 14, 113(1976).

[2916] Efremov, V.A., Zhukovskii, V.M., Petrosyan, Yu.G.,

Phase Diagram of the Sodium Molybdate—Magnesium

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[2917] Chernov, R.V., Bugaenko, V.V., Antishko, A.N.,

Fusibility Diagrams of Lithium, Sodium, Rubidium//

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[2918] Kozachenko, E.G., Safonov, V.V., Levina, N.A.,

Ksenzenko, V.I., Phase Diagrams of Bismuth

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[2919] Denisov, Yu.N., Malova, N.S., Fedorov, P.I., Interaction of Lower Iodides of Indium with Silver and

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[2920] Topshinoeva, Z.N., Burhalova, G.A., Mirsoyanova,

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[2921] Pochtakova, E.I., Ternary System of Sodium,

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[2922] Franzosini, P., Ferloni, P., Spinolo, G., Molten Salts with Organic Anions — Instituto d'Chimica Fisica, Univ.

di Pavia (Italia), None None 1973 0, [2923] Protsenko, A.V., Protsenko, P.I., Electrical Conductivity of Melts of the Ca, Na//N02 , NOs Ternary

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[2924] Topshinoeva, Z.N., Bukhalova, G.A., The Li, Na//Cl,

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1095(1975).

[2925] Gudaitis, M., Desyatnik, V.N., Raspopin, S.P., Trifonov, I.I., Binary Systems Containing Strontium

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[2926] Diogenov, G.G., Nurminskii, N.N., Anisimova, E.A.,

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[2927] Solacolu, S., Zaharescu, M., Phase Equilibriums of the Calcium Oxide—Titanium Oxide Vanadium(V) Oxide

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[2928] Kuvakon, M.A., Ternary System of Chlorides of Sodium, Zinc, and Barium — Ref. Zh. Khim., 12B819,

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[2929] Akopov, E.K., Goryacheva, V.P., Thermal Analysis of the 2Na, 2K, 2T1//S04 System — Zh. Neorg. Khim., 17,

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[2930] Chikanova, M.K., Vorontsov, E.S., Thermodynamics of the Phosphorus Pentachloride Bismuth Trichloride System — Izv. Vyssh. Ucheb. Zaved., Khim. Khim.

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[2931] Desyatnik, V.N., Katyshev, S.F., Raspopin, S.P., Trifonov, 1. 1., Binary Systems Containing Magnesium

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[2932] Rosen, E., Tegman, R., Solid, Liquid, and Gas—Phase

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[2933] Gogadze, N.G., Ippolitov, E.G., Zhigamovskii, B.N.,

Diagrams of the Condensed State of Calcium Fluoride

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[2934] Chernov, R.V., Ermolenko, I.M., Li(+), Na(+), K(+),

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[2935] Nguen, N.K., Sandler, R.A., Ryabov, E.N., Vasil'kova,

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[2936] Kamenskaya, L.A., Konstantinov, V.I., Matveev, A.M.,

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[2937] Tsushba, T.M., Fusibility of a Sodium BromidePotassium Bromide Rubidium Chloride Diagonal Section

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[2938] Kovalev, F.V., Kartsev, V.E., Ioffe, V.M.,

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[2939] Fields, J.M., Jr., Dear, P.S., Brown, J.J., Phase

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[2940] Ivanova, I., Marinov, M., Dimitriev, I., Phase Diagram

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[2941] Akopyan, E.K., Moiseenko, Zh.G., Panieva, L.A.,

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[2942] Sholokhova, V., Ternary Reciprocal System for Chlorides and Iodides of Rubidium and Cesium — Ref. Zh. Khim., 14B787, None None 1972 1, Chem. Abstr.,

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[2943] Storonkin, A.V., Vasil'kova, I.V., Shamko, V.I., Phase

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[2944] Gieguel, C., Mayer, M., Bouaziz, R., OxygenContaining Compounds of Titanium and the Alkali Metals (Lithium, Sodium). M20—Ti02 Binary

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[2945] Stetiu, P., Equilibrium Diagram of the Lead SulfideCadmium Sulfide System — Phys. Status Solidi A, 15 K19 1973 0, [2946] Belov, B.F., Novokhatskii, I., Lenev, L.M., Rusakov,

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[2949] Meyer, A., Pink, H., Partial Phase Diagram for the System Europium(II) Sulfide Iron(II) Sulfide — J. LessCommon. Metals, 30, 314(1973).

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[2952] Letasov, V.A., Marinin, V.A., Xenon Difluoride—Xenon

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[2953] Barde, R., Dubois, J., Equilibrium Diagram of the Solid and Liquid Phases of the Sodium Sulfate—Sodium

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[2954] Akopov, E.K., Bortnikova, T.P., Ternary Reciprocal

System of Sodium and Cesium Chlorides and Sulfates —

Zh. Neorg. Khim., 18, 498(1973).

[2955] Larina, R.A., Bergman, A.G., Kislova, A. I., Korobka,

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[2956] Averbach—Pouchot, M.T., Phase Diagrams of the Zinc

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[2957] Pavlov, V.L., Golubkov, V.V., Fusibility of Binary

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[2958] Chassaing, J., Bizot, D., Yttrium Fluoride—Thallium

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[2959] Eysel, W., DTA and DSC [Differential Scanning

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None None 1973 1, Chem. Abstr., 78, 70668(1973).

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[2962] Kaloev, N.I., Tebiev, A.K., Phase Diagram of the Lithium Tetrachlorobismuthate(III)—Sodium

TetrachlorobismuthatefHI) System — Zh. Neorg. Khim.,

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[2963] Tsyvenkova, T.V., Vereshchagina, V.I., Gontar, K.V.,

System Composed of Lithium, Sodium, Calcium, and

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[2964] Chikanov, N.D., Ugai, V.A., Reaction of Bismuth

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[2965] Safonov, V.V., Abramova, E.A., Korshunov, B.G.,

Fusibility in Iodine Chloride-Metal Chloride (Metal =

Selenium(IV), Tellurium(IV), Niobium(V) and

Tantalum(V)) Systems — Zh. Neorg. Khim., 18,

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[2966] Storonkin, A.V., Vasil'khova, I.V., Pyatunin, M.D.,

Thermal Analysis of the Potassium Chloride—Lithium

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[2967] Ovechkin, E.K., Shevtsova, L.N., Voitsekhovskii, A.E.,

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[2968] Bukhalova, G.A., Shegurova, G.A., Khilyan, T.M.,

Yagub'yan, E.S., Systems Composed of Sodium and

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Cesium Fluorides and Iodides — Zh. Neorg. Khim., 18,

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[2969] Ryutina, N.M., Maksina, N.V., Finkel'shtein, N.A.,

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in Melts — Zh. Neorg, Khim., 18, 1101(1973).

[2970] Suvorov, A.V., Sharipov, D., Phase Diagram of the Titanium Tetrabromide—Phosphoryl Chloride System —

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[2971] Maksina, N.V., Sosnoskaya, L.K., Finkel'shtein, N.A.,

Ryutina, N.M., Reaction of Ribidium, Sodium, and

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[2972] Bergman, A.G., Volkov, V.L., Mal'tsev, V.T.,

Potassium Oxide—Boron Oxide—Tungsten Trioxide

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[2973] Ustinov, O.A., Andrianov, M.A., Chebotarev, N.T.,

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[2974] Grin'ko, L.S., Protsenko, P.I., Reciprocal System

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[2975] Pyatunin, M.D., Storonkin, A.V., Vasil'kova, I.V., Thermal Analysis of Potassium Chloride—Lithium

Chloridelron(III) Chloride and Potassium ChlorideLithium Chloride Aluminum Chloride Immiscible

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[2976] Mollet, L., Bodiot, D., Dalrchaouch, S., Thallium

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[2977] Razgon, E.S., Amosov, V.M., Phyushchev, V.E., Phase

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with Neodymium and Erbium Tungstates — Izv. Vyssh.

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Chloride—Beryllium Chloride and Sodium ChloridePotassium Chloride—Beryllium Chloride Systems — Izv. Vyssh. Ucheb. Zaved., Khim. Tekhnol., 16, 568(1973).

[2979] Ogrin, T., Bohine, M., Melting Point Determinations of Xenon Difluoride—Xenon Tetrafluoride Mixtures — Inst. Jozef. Stefan, US Rep., R—614, 4(1972).

[2980] Kaloev, N.I., Tebiev, A.K., Bismuth(III) ChlorideLithium Chloride System — Zh. Neorg. Khim., 18,

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[2981] Chernov, R.V., Ermolenko, I.M., Phase Diagrams of Ternary Systems Composed of Sodium Hexafluoro

titanateflV) Chloride, and Fluoride, and Potassium

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[2982] Burmistrova, N.P., Lisov, N.I., Trunin, A.S., Shter,

G.E., Solid—Phase Reaction of Barium Chloride with

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[2983] Belyaev, I.N., Lupeiko, T.G., Kirii, G.P., Phase

Equilibriums in the System Composed of Sodium and

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Khim., 18, 1346(1973).

[2984] Karpov, V.N., Korotkevich, I.B., Minkova, M.M.,

Sorokina, O.V., Lithium, Sodium, or Potassium

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[2985] Krokhina, A.G., Krokhin, V.A., Morozov, I.S., Interactions in the Iron(III) Chloride—Uranium(TV)

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[3053] Konov, A.V., Safonov, V.V., Silicon TetrachlorideTellurium Tetrachloride System — Zh. Neorg. Khim.,

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[3060] D'yasov, 1. 1., Iskandarov, K.I., Kidynov, M., Berdieva,

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[3068] Holland, A.E., Segnit, E.R., Zinc Oxide—Rich Area of the Ternary System Zinc Oxide—Titanium(IV) Oxide

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[3077] Bukhalova, G.A., Berezhnaya, V.T., Litvinova, G.N.,

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[3212] Partridge, E.P., Hicks, V., Smith, G.W., A Thermal,

Microscopic and X—ray Study of the System NaP03— Na2P207 — J. Am. Chem. Soc., 63, 454(1941).

[3213] Jaeger, F.M., Germs, H.C., The Binary Systems of the

Sulfate, Chromate, Molybdate and Tungstate of Lead —

Z. Anorg. Allgem. Chem., 119, 145(1921).

[3214] Amadori, M., The Combining Capacity of Halides and

Phosphates of the Same Metal. III. Lead Fluoride,

Chloride and Phosphate — Atti Accad. Lincei, 21 , 768(1912).

[3215] Dombrovskaya, O.S., XXIII. Reciprocal Systems:

Cs2Cl2 + K2S04 = Cs2 S04 + K2 C1 2 ; Rb2 Cl2 + K2 S04 = Rb2 S04 + K2C1 2 — Z. Obshchei Khim., 3, 1017(1933).

[3216] Dombrovskaya, N.S., Double Decomposition in the Absence of a Solvent. XVI. System: Tl 2Br2+Ag2 S04 =

Tl 2 S04+Ag2Br2 — J. Gen. Chem. USSR, 3, 291(1933).

[3217] Broun, A.S., Binary System: Thallium Nitrate—Thallium

Carbonate — J. Gen. Chem. USSR, 3, 998(1933).

[3218] Rea, R.F., Temperature Measuring Cones — J. Amer.

Ceram. Soc., 21 , 98(1938).

[3219] Oei, D.G., The Sodium—Sulfur System. I. Differential Thermal Anal. — Inorg. Chem., 12, 435(1973).

[3220] O'Bryan, H.M., Thomson, J., Jr., Phase Equilibria in the Ti02—Rich Region of the System BaO—Ti02 — J. Am. Ceram. Soc., 57, 522(1974).

[3221] Lorsch,H.G., Kauffman, K.W., Denton, J.C., Thermal

Energy Storage for Solar Heating and Off-Peak Air

Conditioning — Energy Conversion, 15, 1(1975). [3222] Lane, G.A., Glew, D.N., Clarke, E.C., Quigley, S.W.,

Rossow, H.E., Solar Energy Subsystems Employing

Isothermal Heat Storage Materials — ERDA Document

No. 117, 37(1975).

[3224] Roland, G.W., McHugh, J.P., Feichtner, J.D., Phase

Relations in the System Thallium Selenide—Arsenic

Selenide and the Crystal Growth of Thallium Arsenic

Selenide — J. Electron. Mater., 3, 829(1974).

[3225] Salov, A.V., Berul, S.I., Lazarev, V.B., Kanishcheva,

A.S., Interactions in the Sodium—Antimony—Sulfur Ternary System at the Na3Sb—S, NaS—Sb, Na2 S 2—Sb,

and Na0 27-S0 73 Sections — Zh. Neorg. Khim., 17,

3348(1972).

[3226] Drobasheva, T.I., Bogodakhova, N.A., Lyutsedarskii,

V.A., Ternary System of Li, Na, and K Tungstates —

Zh. Fiz. Khim., 18, 2144(1974).

[3227] Bazakutsa, V.A., Gnidash, N.I., Sukorukova, L.N.,

Vasileva, M.P., Rogacheva, E.I., Berul, S.I., Salov,

A.V., Lazarev, V.B., Antimony Potassium Selenide—

Antimony Triselenide System — Zh. Neorg. Khim., 19, 2853(1974).

[3228] Kolysh, A., Kryukova, A.I., Korshunov, I.A., Distribution of Trace Impurities of Rare Earth Elements

During the Crystallization of Calcium—Strontium—and

Barium Molybdates from Alkali Metal Chloride Melts —

Tr. Khim. Khim. Tekhnol., 3, 43(1969).

[3229] Niselson, L.A., Borisova, V.P., Tretyakova, K.V.,

Bismuth Trichloride—Tellurium Tetrachloride System —

Zh. Neorg. Khim., 19, 2845(1974).

[3230] Storonkin, A.V., Vasilkova, I.V., Potemin, S.S., Study

and Thermodynamic Calculation of the Phase Diagram

for the NaCNS-NaN03-NaC2H302 System — Vestn.

Leningr. Univ. Fiz. Khim., 3, 73(1974).

[3231] Desyatnik, V.N., Vokhmyakov, A.N., Kurbatov, N.N.,

Raspopin, S.P., Phase Diagram of a Lithium ChlorideUranium Tetrachloride Thorium Chloride System — Izv. Vyssh. Uchebn. Zaved. Tsvet. Met., 17, 107(1974).

242
[3232] Bloom, H., Knaggs, I.W., Molloy, J.J., Welch, D., Molten Salts Mixtures. Parti. Electrical Conductivities, Activation Energies of Ionic Migration and Molar

Volumes of Molten Binary Halide Mixtures — Tr. Far. Soc., 49, 1458(1953).

[3233] Gallaher, R.B., Operation of the Sampler-Enricher in the Molten Salt Reactor Experiment — Nucl. Sci. Abstr.,

26, 1578(1972).

[3234] Ilyasov, 1. 1., Yakovlev, A.G., Radina, V.P., Complexing

in a Ternary System of Potassium, Cesium, and Lead

Chlorides — Ukr. Khim. Zh., 36, 1175(1970).

[3235] Diogenov, G.G., Mavridis, R.P., Sodium, Rubidium,

and Cesium Nitrates and Sulfates — Zh. Neorg. Khim. , 15, 3314(1970).

[3236] Sokolov, N.M., Khaitina, M.V., Potassium Acetate- Potassium Thiocyanate—Potassium Nitrate Ternary

System - Zh. Obshch. Khim., 44, 2113(1974).

[3237] Arkhipov, S.M., Revzina, T.V., System Na, A1//C1,I —

Zh. Neorg. Khim., 16, 1164(1971).

[3238] Bokhovkin, I.M., Physico-Chemical Investigation of the

Silver Nitrate Silver Iodide System in the Molten State Zh. Neorg. Khim., 20, 419(1960).

[3239] Popovskaya, N.P., Protsenko, P.I., Eliseeva, A.F., Conductivity and Density for Melts of Binary Systems

Containing Sodium Nitrate — Zh. Neorg. Khim., 9,

1211(1964).

[3240] Sandonnini, C., Thermal Analysis of Binary Mixtures of Chlorides of Bivalent Elements — Atti. 21, 208(1912).

Accad. Lincei,

[3241] NA, Sandia Corporation, Albuquerque,

Number 1464, , 1968(0umber).

N.M. - File

[3242] Na, Sandia Corporation, Albuquerque,

Number 1972, , 1968(0umber).

N.M. - File

[3243] NA, Sandia Corporation, Albuquerque,

Number 2991, , 1968(0umber).

N.M. - File

[3244] NA, Sandia Corporation, Albuquerque,

Number 4436, , 1968(0umber).

N.M. - File

[3245] NA, Sandia Corporation, Albuquerque,

Number 4445, , 1968(0umber).

N.M. - File

[3246] NA, Sandia Corporation, Albuquerque,

Number 4446, , 1968(0umber).

N.M. - File

[3247] NA, Sandia Corporation, Albuquerque,

Number 4450, , 1968(0umber).

N.M. - FUe

[3248] NA, Sandia Corporation, Albuquerque,

Number 4526, , 1968(0umber).

N.M. - FUe

[3249] NA, Sandia Corporation, Albuquerque, N.M. - FUe

Number 4550, , 1968(0umber).

[3250] NA, Sandia Corporation, Albuquerque, N.M. — File Number 4564, , 1968(0umber).

[3251] NA, Sandia Corporation, Albuquerque, N.M. — File Number 4618, , 1968(0umber).

[3252] NA, Sandia Corporation, Albuquerque, N.M. — File Number 4825, , 1968(0umber).

[3253] Thoret, J., Silvestre, J.P., Potassium Perrhenate—

Potassium Molybdate and Potassium Perrhenate—

Potassium Tungstate System — C.R. Acad. Sci., Ser. C,

279, 103(1974).

[3254] Alchangyan, S.V., Kislyakov, I.P., Phase Diagram of the Sodium Metavanadate Strontium Metavanadate

System — Izv. Vyssh. Uchebn. Zaved., Khim. Khim.

Tekhnol., 17, 1261(1974).

[3255] Bruner, V.Ya., Sauka, Y.Y., Thermographic

Investigation of the System NaNOs—K02 — Zh. Neorg.

Khim., 13, 3351(1968).

[3256] NA, Sandia Corporation, Albuquerque, N.M. — File Number 1772, , 1968(0umber).

[3257] NA, Sandia Corporation, Albuquerque, N.M. — File Number 1835, , 1968(0umber).

[3258] NA, Sandia Corporation, Albuquerque, N.M. — File Number 2789, , 1968(0umber).

[3259] NA, Sandia Corporation, Albuquerque, N.M. — File Number 4440, , 1968(0umber).

[3260] NA, Sandia Corporation, Albuquerque, N.M. — File Number 4452, , 1968(0umber).

[3261] NA, Sandia Corporation, Albuquerque, N.M. — File Number 5636, , 1968(0umber).

[3262] NA, Sandia Corporation, Albuquerque, N.M. — File Number 5637, , 1968(0umber).

[3263] NA, Sandia Corporation, Albuquerque, N.M. — File Number 5768, , 1968(0umber).

[3264] NA, Sandia Corporation, Albuquerque, N.M. — File Number 5788, , 1968(0umber).

[3265] Grebenshehikov, R.G., Shitova, V.I., Calcium

Germanium Oxide—Strontium Germanium Oxide System

Dokl. Akad. Nauk SSSR, 218, 96(1974).

[3266] Seiranyan, K.B., Federov, P.P., Garashina, L.S., Molev, G.V., Karelin, V.V., Sobolev, B.P., Phase

Diagram of the System Calcium Fluoride—Yttrium

Fluoride — J. Cryst. Growth, 26, 61(1974).

[3267] NA, Sandia Corporation, Albuquerque, N.M. — File Number 4140, , 1968(0umber),

[3268] NA, Sandia Corporation, Albuquerque, N.M. — File Number 4439, , 1968(0umber).

[3269] NA, Sandia Corporation, Albuquerque, N.M. — File [3270] Surat, L.L., Volkov, V. L., Fotiev, A.A., Phase Composition

and Phase Diagrams of the V20s-RbV205 System. Zh. Neorg. Khim. 19, 2875(1974).

243

sHJ.S. GOVERNMENT PRINTING OFFICE: 1978 0-243-153
NBS-1 14A (REV. 7-73)

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BIBLIOGRAPHIC DATA

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1. PUBLICATION OR REPORT NO.

NSRDS-NBS 61 , Part 1

2. Gov’t Accession

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3. Recipient’s Accession No.

4. TITLE AND SUBTITLE

Physical Properties Data Compilations

Relevant to Energy Storage

I. Molten Salts: Eutectic Data

5. Publication Date March 1978

6. Performing Organization Code

7. author(S) George J. Janz, Carolyn B. Allen,

Joseph R. Downey, Jr. , ana R. P. T. Tomkins

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15. SUPPLEMENTARY NOTES

Library of Congress Catalog Card Number: 77-10824

16. ABSTRACT (A 200-word or less factual summary of most significant information. If document includes a significant

bibliography or literature survey, mention it here.)

The present compilation provides an authoritative compendium of melting points, and

compositions of molten salt eutectic mixtures. Data for mixtures melting in the range

- 138°C to 2800°C are reported. Value judgments have not been attempted. Titles of

the articles in the literature citations and a system index are included for approximately 6000 eutectic entries.

17. KEY WORDS (six to twelve entries; alphabetical order; capitalize only the first letter of the first key word unless a proper name; separated by semicolons

)

Data compilation; eutectic; eutectic composition; eutectic data; eutectic temperature;

inorganic compound; melting point; molten salt; phase diagrams

18. AVAILABILITY 00 Unlimited

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