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A BIBLIOGRAPHY OF THE

HERMOPHYSICAL PROPERTIES OF OXYGEI

AT LOW TEMPERATURES

BY J. C. HUST, L. D. WALLACE, J. A. CRIM,

L. A. HALL, AND R. B. STEWART

U. S. DEPARTMENT OF COMMERCE

NATIONAL BUREAU OF STANDARDS
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technical ^vtote

137

February I962

A BIBLIOGRAPHY OF THE THERMOPHYSIGAL PROPERTIES OF OXYGEN AT LOW TEMPERATURES

J. C. Hust

L. D. Wallace

J. A. Grim

L. A. Hall

R . B

Stevart

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CONTENTS

Page

Abstract

Introduction

Format for Listing Citations and Contents of Documents . . 2

Abstracting Journals and Bibliographies Searched 3

Acknowledgements h

Index of Properties 5

Author Index 21

Bibliography of References 25

11

A BIBLIOGRAPHY OF THE THERMOPHYSICAL PROPERTIES

OF OXYGEN AT LOW TEMPERATURES"^

Jo Go Hust L, Do Wallace J. Ao Grim Lo Ao Hall Ro Bo Ste^wart

ABSTRACT

This bibliography of the mechanical, thermodynamic and transport

properties of oxygen below 0°C presents 325 references and is the resiilt

of a thorough search of the world's scientific and engineering literature. In addition to searching abstracting journals and bibliographies,

the authors reviewed each document for property data and for additional

references. Listed for each reference are the properties and the corres- ponding temperature and pressure range, together with additional pertinent infonaation such as the type of data (i.e., whether the data are derived from experimental measurements, theoretical considerations or as a compilation from other sources), the form and amount of data, etc.

An index according to property, sub-indexed for temperature and pressure

ranges, and an author index are included.

"^ This bibliography is a result of a study made imder contract with the

National Aeronautics and Space Administration by the Cryogenic Data

Center of the Cryogenic Engineering Laboratory.
1. HWRODUCTION

This bibliography presents the resiilts of a search of the world's

scientific and engineering literature for the mechanical, thermodynamic,,

and transport properties of oxygen at low temperatures . While the

primary objective was to catalog the literature for the properties of

oxygen at cryogenic temperatirres , references including information on

properties up to 0°C were included. A list of references was first

compiled from the abstracting joiornals and bibliographies (See Section 3-

below) . Following this review, copies of the documents were procured

and the bibliography and other references cited in each document surveyed.

Copies of additional documents pertaining to this subject were in turn

obtained and inspected for inclusion in this bibliography and also for

additional references. In addition to this rather comprehensive coverage

of the open literature, citations of company reports and other corporate

publications containing information on the properties of oxygen at low

temperatures have also been included whenever copies of these documents

could be obtained. All pertinent literature reviewed has been listed

with no attempt made to evaluate the documents

The citations have been arranged alphabetically and numbered; the

alphabetical sequence has been maintained by assigning to late additions

the number of the preceedlng item followed by an A, B, etc. Following

each citation in the bibliography, there is a listing of the properties

of oxygen presented in the document together with the temperature and

pressure range for which the properties are given. The form of data is

indicated, and for tabular material the number of values are reported.

From the information listed for each citation, the property index

together with a sub-index for temperature and pressure ranges were prepared with a computer program. It should be particularly noted that the

remarks on the contents of each document pertain only to the information

available on oxygen.

During the time this bibliography was being compiled, the Cryogenic

Data Center prepared a digital computer system for bibliography retrieval

and completed the coding for the system of the Data Center's bibliography

file for properties of fluids. The Data Center made an automated search

for the properties of oxygen as the manuscript for this bibliography

was being finished and, as a consequence, forty-nine more references

were added.

2. FORMAT FOR LISTING CITATION AND CONTENT OF DOCUMENTS

The general form for the listing of references is: (l) author,

(2) title of the document and (3) publication citation. Abbreviations

of the journal names for the listing of references are in agreement

with Chemical Abstracts (Chemical Abstracts Service, Ohio State

University, Col-umbus 10, Ohio). Titles of articles published in other

than the English language are listed in the original languages of the

documents followed by the English translation of the titles, except

for a few articles in languages with other than the Roman alphabet,

where only the English translation is given.
The documents "were coded and the following information listed for

each citation:

a. The properties of oxygen that are included in the documents

together with the temperature and pressure range. (The temperature and pressure range follows the list of properties to

which it pertains.)-^

h. The fluids for which property data were included in a doc\;iment are listed if these fluids are not identified in the title of

the paper. This notation is omitted for articles containing

information on oxygen only.

c. The type of data is noted, i.e. whether the data are derived

from experimental measurements,, theoretical considerations or

as a compilation from other sources. The type of data is also

indicated in the property index following each citation number

by the letters E, T, C, which identifies that citation as

(e) experimental, (t) theoretical, and/or (c) compilation.

d. The form of the data is noted following the type of data

together with the amount of tabular data, i.e., tables (number

of tabular values), graphs, and/or eq^uations.

e. The notation apparatus refers to a pictorial or narrative

description of apparatus in the document.

f

The source of data for those documents designated as compilations is referenced by the source docuiment number in this

bibliography.

g. The original language of the publication is noted if it was other than English. In addition, if translations are known

to be available for foreign language documents , that information is also given.

h. Documents that came to our attention too late for copies to

be obtained were coded from the abstract only and are so indicated on the last line of the document description.

3. ABSTRACTING JOURNALS AND BIBLIOGRAPHIES SEARCHED

The search for references to literature containing information on

the thermophysical properties of oxygen was made in the following areas:

a. Chemical Abstracts, Vol. 19 through '^k , (Nov. I3, 1925 through

July 10, i960).

b. Engineering Index, (1918 through 1959)-

c. ASME Seventy-Seven Year Index, Technical Papers, (188O through

1956). Index of ASME Transactions, No. 78 through 81, (1956

through 1959).

^ Most reference books and handbooks were generally coded for property

only and no temperature range or pressure range was included with the

properties listed. In addition, the temperature and pressure ranges

were also omitted on references to state points such as triple point,

normal boiling point, critical point, etc. In many cases the pressures

and occasionally the temperatures were not given in the doc\;iment

reference. This is most often the case for properties near atmospheric

pressure that are essentially temperature dependent only.
d. Index of the Journal of the American Rocket Society^ Vol. 26

through 30, (1956 through I960)

e. Retrieval Guide to Thermophysical Properties Research Literature,

Y. S. Touloukian, Thermophysical Properties Research Center,

Purdue University, Lafayette, Indiana.

f

Bibliographies and references cited in each document listed in

this hibliography.

k. ACKNOWLEDGEMEM'S

The literature search for this hibliography has heen pursued in

part by each of the authors. The original search was started in

June i960, and was not concluded until the manuscript was completed.

In addition to the authors listed, the entire staff of the Cryogenic

Data Center have contributed by their constant alertness for documents

pertinent to this bibliography. In particular, the authors wish to

acknowledge the following contributions: Dr. F. E. E. Germann for

reviewing and coding all documents written in French or German and for

translations of the titles of these papers; Robert Smith for completing

his computer retrieval system for the Cryogenic Data Center's bibliography in time to check the completeness of our literature survey;

Mrs. Billie Green and Mrs. Jo Ann Kirby for reviewing the bibliography

citations; and V. J. Johnson for his many suggestions and criticisms as the search progressed and for review of the final manuscript.
5- INDEX OF PROPERTIES

/ \ Page

1. Pres sure -temperatiire -volume (or density} data,

compress ITDility factor 6

2. Eq^uation of state, virial coefficients 7

3. Coefficient of expansion, compressibility 8

h. Specific heat at constant pressure, volume, or saturation;

specific heat ratios 9

5. Velocity of sound 10

6. Vapor pressures, saturated densities, melting points 11

7. Boiling point (normal) 12

8. Melting point (normal) 12

9. Triple point 12

10. Critical point 12

11. Transition points (solid) 12

12. Phase transition heats, latent heats 13

13. Entropy, enthalpy, Gihbs Function, Helmholtz Function l4

14. Thermal conductivity, heat transfer coefficient 15

15. Viscosity I6

16. Prandtl number 17

17. Surface tension 17

18. Absorption and adsorption 18

19. Diffusion coefficients I8

20. Properties of binary and ternary systems including oxygen . . . . I9

21. Joule-Thomson Coefficient, Joiile Coefficient 20

The letters E, T, C following each citation number refer to the type

of data, i.e., E = experimental, T = theoretical and C = compilation. The

letters A, B, etc. immediately following the citation number are a part of

that number and have been used for late additions to maintain the alphabetical arrangement of the bibliography (documents are arranged alphabetically by first author)

Most reference books and handbooks were coded by property only and

were not sub-indexed for temperature and pressure ranges. These reference

works are indicated by an {*) following the citation number instead of the

E, T, C coding. Other documents which have not been sub -indexed for either

or both the temperature and pressure ranges for all or a part of the data

are indicated by a (+) following the citation number in addition to the

E, T, C code.
PROPERTY INDEX

1, PRESSURE - TEMPERATURE - VOLUME (OR DENSITY) DATA» COMPRESS IB I LTY FACT^

12 E 13 E 15+T 15ATC 16AT 19BTC 30 TC 31 * 32 TC 33 C

38AE 40+C 42AE 42BE 44 ET 46 E 55 TC 66+T 72+E 73 E 78+TC 79+C 80+C 83+T 84+T 85 TC 92A+C 92B+E 93 E 96 *

104 * 107 E 108 E 108AC 112 E 115 * 120 ET 121+e 123 C 124 T 131A+E 132+E 137BE 137C+T 145 C 148 E 150 E 151 C 152 C 154 ET

155B+C 156 E 157A-K: 158+T 163 E 166 TC 171 E 174+EC 178+E 181/\+C

183+TC 186 * 187 TC 194AT 195 T 196+ 197 E 198+E 199 T 213 E 220 * 231 * 233 T

SUB-INDEX BY TEMPERATURE RANGE

TO 50 K 42BE 44 ET 155B+C 178+E

ABOVE 50 TO 155 K 19BTC 30 TC

84+T 85 TC

131A+E 132+E

157A+C 171 E 233 T

32 TC 33 C 92B+E 93 E 137BE 145 C 174+EC 178+E

ABOVE 155 TO 250 K i5ATC 16AT 19BTC 32 TC

108AC 120 ET 124 T 137C+T

163 E 166 TC 195 T 233 T

38AE 42AE 42BE 44 ET 46 E 73 E 107 E 108AC 112 E 120 ET 123 C 124 T 148 E 150 E 151 C 152 C 155B+C 156 E 187 TC 194AT 197 E 198+E 199 T 213 E

33 C 55 TC 84+T 85 TC 107 E 108 E 145 C 151 C 152 C 154 ET 155B+C 156 E

ABOVE 250 < 12 E 13

85 TC 107

155B+C 166

E

ETC

15ATC

108 E 181A+C

16AT

108AC

195 T

19BTC

120 ET 233 T

32

124

TC

T 33

145

CC 55 TC

151 C 72+E

152 C 84+T

154 ET

ETC

C

T

15ATC

73 E 150 E 197 E

SUB-INDEX BY PRESSURE RANGE

E5+C

T

42 AE 108 AC

157A+C

42BE

112 E 171 E

TO 1 ATM.

12 E 13

46 E 5 5 124 T 145

187 TC 195

16AT

85 TC

151 C 198+E

19BTC

93 E 152 C

199 T

30

107

154

213

TC

EET

E

38/

108

155E

233

44 ET

123 C 181A+C

ABOVE 1 TO 10 ATM.

15ATC 16AT 19BTC

123 C 124 T 145 C 198+E 199 T 213 E

32 TC

150 E 42AE151 C

55

152

TC

C 73

156

E

E 85 TC

187 TC

93 E 195 T 108AC

197 E

ABOVE 10 TO 50

16AT 19BTC

123 C 124 T 187 TC 194AT

ATM.

32 TC

137BE

195 T

33 C 145 C 197 E

42AE

148 E 198+E

55

150

199

TC

ET

73

151

213

EC

E

85 TC

152 C

108AC

163 E 120 ET166 TC

ABOVE 50 ATM.

16AT 19BTC

137BE 145 C 213 E

32 TC

151 C 33 C 152 C 42AE

163 E 55

166

TC

TC

85

187

TC

TC

108 AC

195 T 120 ET 197 E 124 T 199 T
PROPERTY INDEX (CONT.)

2. EQUATION OF STATE* VIRIAL COEFFICIENTS

lA+T 15+T 15ATC 16 ET 16AT 29 E 32 TC 33 C

54 T 57+TC 80+C 83+T 83A+TC 84+T 85+TC 96 * 103+T 104 * 108AC 110+ET 120 ET 137C+T 151 C 158+T

199 T 202B+ET 204A+E 211 E 214+T 233 T

SUB-INDEX BY TEMPERATURE RANGE

TO 50 K 214+T

38B+T 53 T 100+C 102+T

177+TC 195 T

ABOVE 50 TO 155 K 16 ET 29 E 32 TC 33 C 120 ET 151 C 177+TC 199 T 53 T 83A+TC 84+T

202B+ET 204A+E 211 E 85+TC 100+C

214+T 233 T 108AC

ABOVE 155 TO 250 K 15ATC 16AT 29 E 32 TC 33 C 54 T 108AC 120 ET 137C+T 151 C 177+TC 195 T 83A+TC 84+T

214+T 233 T 85+TC 100+C

ABOVE 250 K 15ATC 16AT 29 E 108AC 120 ET 151 C 32 TC 33 C 177+TC 195 T 54 T 233 T 83A+TC 84+T 85+TC 100+C

SUB-INDEX BY PRESSURE RANGE

TO 1 ATM>

15ATC 16AT 108AC 151 C 195 T 199 T 211 E 233 T ABOVE 1 TO 10 ATM*

15ATC 16AT 108AC 151 C 195 T 199 T ABOVE 10 TO 50 ATM«

16 ET 16AT 29 E 33 C 53 T 108AC 120 ET 151 C 195 T 199 T ABOVE 50 ATM * 16AT 33 C 53 T 54 T 108AC 120 ET 151 C 195 T 199 T
PROPERTY INDEX (CONT.)

3. COEFFICIENT OF EXPANSION» COMPRESSIBILITY

30 TC 53 T 54 T 56+T 80+C 83+T 107 E 130+T 131 TC 141 E 142 E 186 » 199 T 207 E 213 E 220 * 233 T

SUB-INDEX BY TEMPERATURE RANGE

ABOVE 50 TO 155 K 30 TC 53 T 107 E 131 TC 141 E 142 E 199 T 207 E 213 E 233 T ABOVE 155 TO 250 K 54 T 107 E 233 T ABOVE 250 K 54 T 107 E 233 T

TO 1 ATM*

SUB-INDEX BY PRESSURE RANGE

30 TC 107 E 131 TC 141 E 142 E 199 T 207 E 213 E 233 T ABOVE 1 TO 10 ATM.

141 E 199 T 213 E ABOVE 10 TO 50 ATM.

53 T 199 T 213 E ABOVE 50 ATM.

53 T 54 T 199 T 213 E
PROPERTY INDEX (CONT.)

4. SPECIFIC HEAT (HEAT CAPACITY) AT CONSTANT PRESSURE* VOLUME* OR SATURATION;

19 E 21+TC

SPECIFIC HEAT RATIOS

18 ET 30 TC 33 C 34 E 40+C 57+TC 59 E 61 E 62+C 66+T 75 ET 77 T 78 TC 81 T 83+T 85 TC 92A+C 96 *

97 TC 104 * 106+E 110+ET 115 * 118 T 127+C 134+T 136 E 137 E 139 T 142 E 145 C 147 C 149 E 152 C 155B+C 158+T 176 * 180A+E

181A+C 182 T 184 E 186 * 202+T 202B+ET 204A+E 211 E 213AE 214+T

218 E 219 C 220 * 231 * 232 T 233 T

SUB-INDEX BY TEMPERATURE RANGE

TO 50 K 19 E 34 E 61 E 75 ET 118 T 134+T 136 E 137 E 155B+C 182 T 219 C

18 ET 19 E 21+TC 30 TC 33 C 34 E 59 E 61 E 75 ET 77 T 78 TC 81 T 85 TC 97 TC 106+E 118 T 127+C 134+T 139 T 142 E 145 C 147 C 149 E 152 C 155B+C 180A+E 182 T 184 E 202+T 202B+ET

211 E 214+T 219 C 232 T 233 T ABOVE 155 TO 250 K 21+TC 33 C 59 E 77 T 78 TC 81 T 85 TC 97 TC 106+E 118 T 127+C 134+T 145 C 147 C 152 C 155B+C 182 T 184 E 213AE 218 E 219 C 232 T 233 T ABOVE 250 K 21+TC 33 C 59 E 77 T 78 TC 81 T 85 TC 97 TC 118 T 127+C

134+T 145 C 147 C 152 C 155B+C 182 T 184 E 213AE 218 E 219 C 232 T 233 T

SUB-INDEX BY PRESSURE RANGE

TO 1 ATM.

18 ET 19 E 30 TC 34 E 59 E 61 E 75 ET 77 T 81 T 85 TC

97 TC 118 T 136 E 137 E 142 E 145 C 147 C 149 E 152 C 182 T 184 E 204A+E 211 E 213AE 214+T 218 E 219 C 232 T 233 T ABOVE 1 TO 10 ATM.

78 TC 85 TC 97 TC 145 C 149 E 152 C 213AE

ABOVE 10 TO 50 ATM.

33 C 78 TC 85 TC 97 TC 139 T 145 C 149 E 152 C 213AE

ABOVE 50 ATM.

33 C 85 TC 97 TC 145 C 152 C 213AE
PROPERTY INDEX (CONT»)

5. VELOCITY OF SOUND

10 E 18 ET 32 TC 33 C 38AE 41A+ET 70+E

110 ET 126 E 130+T 131 TC 139 T 141 E 142 E 186 * 193 * 205+C 206+E 207 E 209 E 209AE

213 E 213AE 215A+ 231 # 233 T

SUB--INDEX BY TEMPERATURE: RANGE

85 TC 96 * 104 * 146A+TC 168+T 169 E 210 E 210AE 211 E

ABOVE 50 TO 155 K 10 E 18 ET 32 TC 33 C 38AE 41A+ET 70+E 85 TC 126 E 131 TC

139 T 141 E 142 E 146A+TC 169 E 205+C 206+E 207 E 209 E 210 E 210AE 211 E 213 E 233 T ABOVE 155 TO 250 K 32 TC 33 C 38AE

233 T 85 TC 110 ET 126 E 169 E 209 E 209AE 213AE

ABOVE 250 K 33 C 38AE 85 TC 110 ET 126 E 169 E 209 E 213AE 233 T

SUB-INDEX BY PRESSURE RANGE

TO 1 ATM.

10 E 18 ET 32 TC 38AE 85 T 169 E 207 E 209 E 209AE 210AE

ABOVE 1 TO 10 ATM.

85 TC 141 E 210 E 213 E 213AE

ABOVE 10 TO 50 ATM.

33 C 85 TC 139 T 210 E 213 E ABOVE 50 ATM.

33 C 85 TC 210 E 213 E 213AE

85 TC 110 ET 126 E 211 E 213 E

213AE

131 TC 141 E 213AE 233 T 142 E

10
PROPERTY INDEX (CONT.)

6. VAPOR PRESSURE* SATURATED DENSITIES. MELTING POINTS

2 E 5 ET 5AE 5BT 8 E 9 E 16 ET 17 ET 19AET 23 E 23 AE Zh C 28 E 33AE 48 E 50 E 51 E 52 E 58 ET 62+C

62A+E 62B+E 62CE 62D+E 65 E 66+T 73 E 76 E 80+C 83+T

90+E 91 E 92 E 92A+C 96 * 98+T 104 * 105 C 106 E 109 C 111 E lllA+E 112AE 113 E 115 * 119A+T 123 C 125 C 126AE 133 C

137AE 137BE 138 T 14-!f E 145 C 150 E 150A+EC 152 C 153 E 155B+C

159 E 160 E 161 E 162 E 170 E 180A+E 180BE 180CEC 181A+C 185+T

185AE 186 * 189+E 190 E 193 * 194 E 202A+E 219AE 220 * 221 E 231 * 235 E

SUB-INDEX BY TEMPERATURE RANGE

TO 50 K

5 ET ABOVE 50 TO 155 K

2 E 5 ET 5AE 5BT 8 E 9 E 16 ET 17 ET 19AET 23 E 23AE 24 C 28 E 33AE 48 E 50 E 51 E 52 E 58 ET 62A+E

62B+E 62CE 62D+E 65 E 73 E 76 E 90+E 91 E 92 E 105 C 106 E 109 C 111 E lllA+E 112AE 113 E 123 C 125 C 126AE 133 C 137AE 137BE 138 T 144 E 145 C 150 E 150A+EC 152 C 153 E 155B+C

59 E 160 E 161 E 162 E 170 E lYOA+E 180BE 180CEC 185AE 189+E

190 E 194 E 202A+E 219AE 221 E 235 E

ATM.

SUB-INDEX BY PRESSURE RANGE

TO 1 2 E 5 ET 5AE 5BT 8 E 9 E 17 ET 19AET 23 E 23AE

24 C 28 E 33AE 48 E 50 E 51 E 52 E 58 ET 65 E 73- E 76 E 90+E 91 E 92 E 105 C 106 E 109 C 111 E 112AE 113 E 123 C 125 C 126AE 133 C 138 T 145 C 150 E 152 C 153 E 155B+C

159 E 160 E 161 E 170 E 180BE 180CEC 185AE 190 E 194 E ABOVE 1 TO 10 ATM.

5BT 19AET 24 C 33AE 48 E 50 E 51 E 62CE 73 E 105 C 106 E 125 C 126AE 133 C 137AE 138 T 145 C 150 E 152 C 153 E 155B+C 160 E 162 E 180CEC 194 E 219AE 221 E ABOVE 10 TO 50 ATM.

16 ET 24 C 50 E 51 E 73 E 105 C 106 E 125 C 126AE 133 C 137AE 137BE 138 T 144 E 145 C 150 E 152 C 153 E 155B+C 162 E 235 E ABOVE 50 ATM.

137BE 144 E 153 E

11
PROPERTY INDEX (CONT.)

7. BOILING POINT (NORMAL)

h E 6 E 7 E 28 E 40+C 56+T 75 ET 78 TC

90+E 91 E 92 E 92A+C 94 ET 95 E 106 E lllB+E

55B+C 159 E 160 E 165AE 170 E 181A+C 186 * 203 C

79 C 80+C

148A+C 153AE

204 C 220 *

8, MELTING POINT (NORMAL)

40+C 61 E 75 ET 78 TC 79 C 92A+C 112 E 118A+T 125 C 126AE

144 E 153 E 155B+C 161 E 172 T 181A+C 186 * 220 *

9. TRIPLE POINT

5 ET 45 E 80+C 83+T 92 E 98+T 106 E 119 C 123 C 144 E 148A+C 155B+C 186 * 220 *

10. CRITICAL POINT

16 ET 19BTC 26 E 27 E 33 C 38+C 40+C 43 E 80+C 83+T

92A+C 104 * 106 E 123 C 139 T 140+TC 145 C 148 E 148A+C 150 E 155B+C 158+T 159 E 162 E 166 TC 168 C 181A+C 186 * 234 E 235 E

11. TRANSITION POINTS

5 ET 75 ET 113 E 186 * 220 *

12
PROPERTY INDEX (CONT.>

12. PHASE TRANSITION HEATS* LATENT HEATS

1 E 2 E 11 E 16 ET 31 * 33 C 34+E 35 E 39 ET 40+C

42 T 47 E 61 E 62+C 65 E 66+T 67 E 75+ET 78+TC 92A+C

115 * 122A+T 123+C 132A+E 138 T 145 C 149 E 152 C 155B+C 157A+C

175BE 176 » 181A+C 186 * 225 E

TO 50 K 34+E 42 T 61 E ABOVE 50 TO 155 K IE 2 E HE

122A+T 132A+E 138 T ABOVE 155 TO 250 IC 33 C 145 C 152 C

SUB-INDEX BY TEMPERATURE RANGE

16 ET 33 C 35 E 39 ET 47 E 65 E 67 E 145 C 149 E 152 C 155B+C 157A+C 175BE 225 E

TO 1 ATM.

IE 2 E 11 E 35 E 138 T 145 C 149 E 152 C

ABOVE 1 TO 10 ATM.

IE 138 T 145 C 149 E ABOVE 10 TO 50 ATM.

SUB-INDEX BY PRESSURE RANGE

39 ET 42 T 47 E 155B+C 157A+C 225 E 61 E 65 E 67 E

145 C

152 C 155B+C 175BE

149 E 152 C 155B+C 175BE

13
PROPERTY INDEX (CONT.)

13. ENTROPY* ENTHALPY* GIBBS FUNCTION* HELMHOLTZ FUNCTION

37 T 40+C 62+C 66+T 74+T

85 TC 96 * 104 * 115 * 118 T 145 C 152 C 155A+C 157A+C 175BE

226 T 231 * 233 T

75 ET 77 T 120 ET 124 T 176 * 182 T78 TC

132A-t-E 186 *

79 C 83+T

134+T 137AE

192 T 219 C

SUB-INDEX BY TEMPERATURE RANGE

TO 50 K 75 ET 118 T 134+T 134+T 155A+C 182 T 219 C 226 T ABOVE

37 T 134+T

219 C

50 TO 155

75 ET 134+T

226 T

K77 T 137AE

233 T

78

145

TC

C 79 C 152 C

85 TC

155A+C

118 T 157A+C

120 ET 175BE

124 T 182 T 132A+E

192 T

ABOVE

77 T 152 C

155 TO 250 K 78 TC 79

157A+C 182

CT 85

219

TC

C 118 T 226 T 120 ET 233 T 124 T 134+T 134+T 145 C

ABOVE

77 T 152 C

250 K 78 TC

157A+C

79

182

C

T 85

219

TC

C 118 T 226 T 120 ET 233 T 124 T 134+T 134+T 145 C

SUB-INDEX BY PRESSURE RANGE

TO 1 ATM.

37 T 75 ET 77 T 79 C 85 TC 118 T 124 T 145 C 182 T 192 T 219 C 226 T 233 T 152 C 155A+C

ABOVE 1 TO 10 ATM.

78 TC 85 TC 124 T 137AE 145 C , 152 C 155A+C

ABOVE 10 TO 50 ATM.

78 TC 85 TC 120 ET 124 T 137AE 145 C 152 C 175BE

ABOVE 50 ATM.

85 TC 120 ET 124 T 145 C 152 C

14
PROPERTY INDEX (CONT.)

186 *

14. THERMAL CONDUCTIVITY* HEAT TRANSFER COEFFICIENTS

3+E 21 + TC 25 E 31 * 40+C 41+C 60 E 63 E 64 E 68 E 78 TC 81 T 86 E 87 E 88 E 88AE 89+C 92A+C 96 * 97 TC

99+T 100+C 101+TC 102 + T 104 * 115 * 116 E 127+C 128+C 129 E 135+T 143 * 146A+TC 155 E 155B+C 158A+C 173 E 181+C 181A+C 183 TC

200 C 201 E 220 * 231 * 236 E 237 E 59 E

TO 50 K 135+T

SUB-INDEX BY TEMPERATURE RANGE

ABOVE 50 TO 155 K 3+E 21+TC 25 E 86 E 87 E 88 E 135+T 146A+TC 155 E 237 E 59 E

41+C 60 E 88AE 97 TC

173 E 181+C

63 E 64 E 68 E 78 TC 81 T 100+C 116 E 127+C 128+C 129 E 181A+C 183 TC 200 C 201 E 236 E

ABOVE 155 TO 250 K 3+E 21+TC 25 E 41+C

86 E 97 TC 100+C 116 E 201 E 236 E 237 E 59 E

60 E 127+C

63 E 128+C64 E 129 E 68 E 135+T

78 TC

183 TC

81 T 200 C

ABOVE 250 K 3+E 21+TC 41+C

97 TC 100+C 116 E 201 E 59 E

60 E 127+C63 E 128+C64 E 129 E 68 E 135+T

78 TC 81 T 155B+C 183 TC

86 E 200 C

SUB-INDEX BY PRESSURE RANGE

TO 1 ATM.

25 E 60 E 63 E 64 E 81 T 86 E 87 E 88 E 88AE

116 E 129 E 155 E 155B+C 173 E 183 TC 200 C 201 E 236 E 59 E

97 TC

237 E

ABOVE 1 TO 10 ATM.

25 E 64 E 78 TC 86 E 88AE 129 E 155 E 183 TC 200 C 236 E 237 E 201 E

ABOVE 10 TO 50 ATM.

25 E 64 E 78 TC 86 E 155 E 183 TC 200 C 201 E 236 E 237 E ABOVE 50 ATM.

25 E 64 E 68 E 155 E 183 TC 200 C 201 E 236 E 237 E

15
PROPERTY INDEX (CONT.J

15. VISCOSITY

3+E 21+TC 22 T 36+T 38+C 40+C 56+T 59 E 62EET 69 E 71 E 78 TC 81 T 89+C 92A+C 96 * 97 TC 100+C 101+TC 102+T

104 * 112 E 11A+ 117 E 127+C 128+C 135+T 140+TC 143 » 146A+TC

15 5B+C 157 T 165 C 177+TC 178+E 179 E 180 E 181A+C 182 T 186 * 191 T 204B E 208 E 212+E 215+E 216 EC 217 E 220 222+TC 223 T 231 *

SUB-INDEX BY TEMPERATURE RANGE

Q TO 50 K 135+T 157 T 178+E 182 T ABOVE 50 TO 155 K 3+E 21+TC 22 T 100+C 101+TC 112 E 157 T 177+TC 176+E

215+E 216 EC 217 E

59 E 62EET

117 E 127+C

179 E 180 E 222+TC 223 T

69 E 71 E 128+C 135+T

182 T 191 T

78 TC 81 T 97 TC

140+TC 146A+TC 165B+C

204B E 208 E 212+E

ABOVE 155 TO 250 K 3+E 21+TC 22 T 101+TC 117 E 127+C

191 T 204B E 208 E

59 E 62EET

128+C 135+T

216 EC 217 E

71 E 78 TC 81 T 97 TC lOO+C

140+TC 155B+C 165 C 177+TC 182 T 222+TC 223 T ABOVE 250 K 3+E 21+TC 22 T 101+TC 117 E 127+C

182 T 191 T 204B E

59 E 62EET

128+C 135+T

208 E 216 EC

71 E 78 TC

140+TC 155B+C

217 E 222+TC

81 T 97 TC 100+C

165 C 177+TC 181A+C

223 T

SUB-INDEX BY PRESSURE RANGE

TO 1 ATM.

22 T 59 E 62EET 69 E 71 E 165 C 179 E 180 E 181A+C 182 T 223 T ABOVE 1 TO 10 ATM.

22 T 78 TC 97 TC 204B E

81 T 97 TC

191 T 204B E 112 E 208 E 117 E 216 EC

157 T 217 E

ABOVE 10 TO 50 ATM.

22 T 78 TC 97 TC

ABOVE 50 ATM.

22 T 97 TC

16
PROPERTY INDEX (CONT.)

16. PRANDTL NUMBER

21+TC 37 T 59+E 96 * 99 T 127+C 231 »

ABOVE 50 TO 155 K 21+TC 37 T 127+C

ABOVE 155 TO 250 K 21+TC 99 T 127+C

ABOVE 250 K 21+TC 99 T 127+C

TO 1 ATM«

37 T 99 T

SUB-INDEX BY TEMPERATURE RANGE

SUB-INDEX BY PRESSURE RANGE

5AE

17. SURFACE TENSION

9 E 82 E 83+T 92A+C 92B+E 112 E 122A+T 174+EC

SUB-INDEX BY TEMPERATURE RANGE

ABOVE 50 TO 155 K 5AE 9 E 82 E 92B+E 112 E 122A+T 174+EC

SUB-INDEX BY PRESSURE RANGE

TO 1 ATM.

5AE 9 E 82 E 112 E ABOVE 1 TO 10 ATM.

5AE

17
109AE 125AE

TO 50 K 125AE

ABOVE 155 TO 250 K 109AE

ABOVE 250 K 109AE

TO 1 ATM.

109AE 125AE

PROPERTY INDEX (CONT.)

18, ABSORPTION AND ADSORPTION

SUB-INDEX BY TEMPERATURE RANGE

SUB-INDEX BY PRESSURE RANGE

19. DIFFUSION COEFFICIENTS

3+E 99 T 100+C 102+T 1-^3 » 146+T 177+TC 182 T 224 E

SUB-INDEX BY TEMPERATURE RANGE

TO 50 K 182 T ABOVE 50 rO 155 K 3+E 100+C 1^6+T 177+TC 182 T 224 E ABOVE 155 TO 250 K 3+E 99 T 100+C 146+T 177+TC 182 T 224 E ABOVE 250 K 3+E 99 T 100+C 146+T 177+TC 182 T 224 E

TO 1 ATM*

99 T 182 T 224 E

SUB-INDEX BY PRESSURE RANGE

18
PROPERTY INDEX (CONT.)

20. PROPERTIES FOR BINARY AND TERNARY SYSTEMS INCLUDING OXYGEN

5AE 16AT 17 ET 19AET 23 E 23AE 33AE 39 ET 48 E 49+E

51 E 62A+E 62B+E 62CE 62D+E 82 E 83A+TC 87 E 88AE 92A+C

92B+E 111 E lllA+E lllB+E 112AE 131A+E 132+E 132A+E 137AE 138 T 50A+EC 171 E 172A+E 174+EC 180A+E 180BE 180CEC 185AE 188 E 193 * 202A+E 204A+E 210 E 219AE 221 E

TO 50 K 172A+E

SUB-INDEX BY TEMPERATURE RANGE

ABOVE 50 TO 155 K. 5AE 17 ET 19AET 23 E 62B+E 62CE 62D+E 82 E 112AE 131A+E 132+E 132A+E

180A+E 180BE 180CEC 185AE

23AE 33AE

83A+TC 87 E 137AE 138 T 188 E 202A+E

39 ET 48 E 51 E 62A+E

88AE 92B+E 111 E lllA+E

150A+EC 171 E 172A+E 174+EC

210 E 219AE 221 E ABOVE 155 TO 250 K 16AT 83A+TC

ABOVE 250 K 16AT 83A+TC

SUB-INDEX BY PRESSURE RANGE

TO 1 ATM.

5AE 16AT

82 E 87 E 188 E 204A+E

17 ET 88AE

19AET

111 E 23 E 112AE

23AE

138 T 33AE171 E 39 ET 48 E 180BE 180CEC

51 E 185AE

ABOVE 1 TO 10 ATM.

5AE 16AT 19AET 33AE

180CEC 210 E 219AE 221 E 48 E 51 E 62CE i8AE 137AE 138 T

ABOVE 10 TO 50 ATM.

16AT 51 E 137AE 138 T 210 E ABOVE 50 ATM.

16AT 210 E

19
PROPERTY INDEX {CONT.»

21. JOULE-THOMSON COEFFICIENTS* JOULE COEFFICIENTS

20 E 102+T 103+T 120 ET 123+C 139 T

ABOVE 50 TO 155 tC 20 E 120 ET 139 T ABOVE 155 TO 250 K 20 E 120 ET ABOVE 250 K 120 ET

ABOVE 1 TO 10 ATM.

20 E ABOVE 10 TO 50 ATM.

120 E7 139 T ABOVE 50 ATM.

SUB-INDEX BY TEMPERATURE RANGE

SUB-INDEX BY PRESSURE RANGE

120 ET

65A+

227

122

228

DOCUMENTS NOT APPEARING IN THE CROSS-INDEX

138A+

229

16A

230

167 175 175AH 188A+ 199A+ET 199B+ET

20
AUTHOR INDEX

Document

No. Alikhanov, R. A 1 Alt, H 2 Andreewa, N 16 Andrews, J. W 1T5B

Andrussow, L 3 Aoyama, S ^,5

Armstrong, G. T 5A Arnett, R. W 5B Aston, J. G 6, 7, 8 Bally, E. 0. C 9

Bar, R 10 Barschall, H 11 Baulknight, C. W l82 Baxter, G. P 12, 13 Beattie, J. A 1*+^ 15, 15A

Beenakker, J. J. M 131A, 132, 132A

Benedict, W. S 233 Bennewitz, K l6 Berger, A. W 23, 23A, 92B

Beyer, R. T lk6A

Bijl, A 12lt Bird, R. B 100, 101, 102 Birdsall, CM 16A, lllB, 112A

Blagoi, Y. P 17 Borisoglebskiy, V. P 196, 197, 198 Borovik, E l8 Borovik-Romanov, A. S 19 Bourbo, P 19A, lllA

Braak, C l60 Breback, W. J 19B

Bridgeman, 0. C 15 Brillantinov, N. A 20 Bristow, H. A. S 155 Bromley, L. A 21, 22 Brown, C 23, 23A

Brown, J. R. C 92B

Bulla, F 21+ Burton, J. T 25, 237

Cardoso, E 26, 27

Oath, P. G 28, 29 Chang, C. H 195

Document

No. Chao, G. T. Y 30 Chelton, D. B 31 Cheney, R. K 2l8

Claitor, L. C 32, 33 Clark, A. M 33A

Clusius, K 3^, 35, 65 Coates, J l8l Codegone, C 36, 37, 38 Cook, S. R 38A

Corner, J 38B Crawford, D. B 33 Crommelin, C. A 11)8a, 1^9, I6I

Dael, W. Van see Van Dael, W. Dana, L. E 39 Dascalescu, A kO Davis, D. S Ul Davis, H. N 50 De Bock, A 38C, 206, 207

Deitz, V it2 Delaplace, R k2A

Dewar, J 1|2B, 1+3, 1+1+, 1+5, ^, 1+7 Dijk, H. Van see Van Dijk, H. Din, F 33A, lt8, 1*9 Di Paolo, F. S 16A, 112, 112A

Dodge, B. F 50, 51 Doninck, W. Van .... see Van Doninck, W. Donnan, F. G 9 Dorsman, C l62 Drugman, J 52

Duclairx, J 53, 5I+, 55 Dunbar, A. K 5I Dutta, A 56 Ellenwood, F. 57 Estreicher, T 58 Eucken, A 59, 60, 6I, 62 Evans, W. H I76 Fastovskii, V. G 62A, 62B, 62C

Fedorova, M. F 62D

Fink, H. L I8OC

Fortier, A 62E

Franck, E. U 63, 61+

21
Document

No.

Franks A. 65 Frenkel, J. 1 65A

Fricke^ E. F 66 Friedj F 62 Furukawa, G. T 67, l?!* Gaffee, D. 1 68

Galkov, G. 1 69, 71 Gait, J. K 70 Gay, K. R. 57 Gerf, S. F. 69, 71 Germaim, A. F. 0. 72 Germann, F. E. E 73 Glauque, W. F 7^+, 75, 76 Goff, J. A 77 Goldman, K ^9 Goldstein, J. M 5A Gordon, S 78, 79 Gratch, S 77, 80 Greenkom, R. Ao 1^*5 Grilly, E. R 81, II6, 153 Grunmach, L 82 Gubanov, A 65A

Guggenheim, E. A 83, 83A

Hall, N. A 84, 85 Hall, T. A 86 Hammann, G 87

Haseda, T 122 Haselden, G. G 88, 88A

Hawkins, G. A 89 Heijningen, R. J. J. Van see Van Heijningen, R.J.J. Henning, F 90, 91, 92, 19^ Hersh, C. K 23, 23A, 92A, 92B

Herz'berg, F 93 Reuse, W 91, 9^, 95, 18^4 Hilsenrath, J 96 , 97 Hirsch, M 98 Hirschfelder, J. 99, 100, 101, 102

103, 135 Hodgman, CD lOi* Hoge, H. J 105, 106 Holborn, L IO7, IO8

Document

No.

Holley, C. E IO8A

Hoist, G 109, 162 Homfray, I. F 109A

Hougen, 0. A Ili5 Hovi, V 110

Ibele, W. E &h, Q<y lerland, J. F. Van . . see Van lerland, J.F. Inglis, J. K. H Ill

Ishkin, I I9A, lllA

Itterbeek, A. Van . . . see Van Itterbeek, A. Jackson, W. J I69

Jaffe, 1 176 Jenkins, A. C 16A, 112, lllB, 112A

Johns, T. F 113 Johnson, C. A 11 1+ Johnson, V. J 115, 193

Johnston, H. L 75, 76, II6, II7, II8

Justi, E II8A, 119

Kaganer, M. G 120 Kahle, H 121

Kanda, E. 1|, 5, 122

Karvrat, E. 62 Kassel, L. S. 122A

Keesom, W. H 123, 124, 125, 125A, 126

141+, 156, 208

Kelley, K. K 76 Kerr, E. C 126A

Keyes, F. G 127, 128, 129 Kilpatrick, J. E 219 Kippert, F I9O

Kirk, B. S 155A Kishimoto, T I30, I3I, 158

Knaap, H. F. P I3IA, I32 Knobler, CM I32, 132A

Koch, H. A 133 Kolsky, H. G 134 Komarow, P I8OB

Konnertz, F 35 Konowalow, D. D 135 Kostryukova, M. I36, 137 Krestinskii, Yu. A 62A, 62B

Kritsohewsky, I. R 137A

22
Document

No.

Kuenen, J. P 137B

Kulik, N 57 Kuss, E 19^

Kuypers, H. A. , . . 137C, 163 Lammeren, J. A. Van . . see Van Laimneren, J. A. Latimer, R. E I38

Laue, M II8A

Lebedev, M. E I38A

Lee, J. F 139

Levine, S I76 Licht, W Ito Lichter, A 18OB

Liepmann, H. W l^tl, 142

Liley, P. E li+3 Linder, B 135 Lindsay, R. B lk6A

Lisman, J. H. C 125, 1*+*+ Lydersen, A. L 1^5 Madan, M. P li|6, I9I

Mann, D. B 31 Mariens, P. 209, 209A

Markham, J. J li46A Masi, J. F. .• 147

Mathias, E l48, 1^9, 150

Mc Bride, B. J 78

Mc Closkey, K. E 117

Mc Coskey, R. E 67

Mc Glashan, M. L 83A

Mc Kinley, C I5OA

Messerly, G. H 8 Meyers, C. H I5I

Millar, R. W 152 Mills, R. L 153 Moessen, G. W 7, 153A

Moles, E 154

Monroe, A. G 49, 68, I55 Mullins, J. C I55A

Muskat, M 122A

Wason, W. C 155B

Newell, J. E 155 Nijhoff, G. P 156 Nissan, A. H 157

Document

No.

Noeggerath, W. C 157A

Nomoto, 130, 131, 158 Nuttall, R. L 158A

Olszewski, C 159

Onnes, H. K 29, l49, 150, I60, I61

162, 163, 161), 167

Orlicek, A. F 165 Orlova, M. P 19, I65A

Otsubo, A 122

Otto, J 92, 94, 95, 107, 108

Paemel, 0. Van see Van Paemel, 0. Paoluzi, G 166 Perrier, A l64 , I67

Peters, J. 1 88 Petrovskii, Y. V 620

Pickering, S. F I68

Pitt, A 169

Pitzer, K. S 219

Pool, R. A. H 170, 171

Pop, M 172 Popovici, M. S 172 Prikhotko, A 172A

Prosad, S 88a, 173 Ramsay, W. 52 Reilly, M, L 174

Rips, S. M 175 Rivkin, S. L 175A

Robb, J 33A

Roberts, D. E 5A Rodebush, W. H 175B

Roseveare, W. E IO3 Rossini, F. D I76, 219 Rowlinson, J. S 177 Rudenio, N. S 17, I78, 179, 18O Ruhemann, M I8OA, I8OB

Sagenkahn, M. L 18OC Sakiadis, C 181 Salazar, M. T 154 Sarner, S I8IA

Scala, S. M l82 Schaefer, C. A I83 Scheel, K l84

Schmidt, W I85

23
Document

No.

Schneider, W. G 223 Schubinkov, L. W l80 Schumacher, H. J I85A

Schweers, J 125A

Scott, R. B. . . 186, 187, 218

Shearer, J. S I88

Shields, B. D. C I70 Shimokawa, J I88A

Siemens, V I89

Simon, F I90

Spotz, E. L. = 100, 101, 102 Srivastava, B, N I9I

Starkweather, H. W 12, 13 Stavely, L. A. K I7O, I7I, 192 Stechert, D. G Ito Stewart, R. B 193 Stock, A 19^

Strelkov, P. G 19, 137

Su, G. J 19itA, 195

Siillivan, J. D 152

Taylor, J. B 175B

Taylor, W. J 219 Thodos, G 19B, 183 Timrot, D. L I96, 197, 198, 201 Tkachehko, E. A 199 Touloukian, Y. S 97 Torotscheschnikow, N. So 137A

Townley, J. R 177

Trepp, C I99A, I99B

Tsao, P. H 86 Tsederberg, N. V 200, 201

Tsien, H. S 202

Tsin, N. M 202A

Tupman, W. 1 192

Tuyn, W 202B

Urk, A. Th. Van see Van Urk, A. Th. Van Dael, W 210 Van Dijk, H 203, 201+ Van Doninck, W 210A Van lerland, J. F 124 Van Itterbeek, A. . . 126, 20i|A, 20itB, 205, 206

207, 208, 209, 209A, 210

210A, 211, 212, 213, 213A

Document

No. Van Lammeren, J. A 126, 21k- Van Paemel, 211, 212, 215 Van Urk, A. Th I37B Van Voorhis, S. W 77 Verbeke, 213 Verhaegen, L 207, 215A

Verschoyle, T 137B

Vogel, H 216 Volker, E 217 Voorhis, S. W. Van . . . see Van Voorhis, S.W. Wacker, P. F 2l8

Wagman, D. D I76, 219

Walker, M. K II8

Wang, D. I. J 219A

Wang, E. S. J 15OA

Washburn, E. W 220 Weishaupt, J 221 Whalley, E 222, 223 Wilke, C. R 22 Wilkins, R. L 79 Williams, V. C I33 Willihnganz, E 8 Winn, E. B 22k

Witt, G 225 Woolley, H. W 226, 227, 228, 229, 23O 231, 232, 233 Worlton, W. J I08A

Wroblewski, M. 'S 23I+, 235 Yavnel, A 172A

Ziebland, H 25, 236, 237 Zeigler, R. K I08B

Ziegler, W. T. 155A

Zink, J 213A

2k
BIBLIOGRAPHY OF REFERENCES

(LISTED ALPHABETICALLY BY FIRST AUTHOR)

1 ALIKHANOV* R.A.

HEAT OF EVAPORATION OF OXYGEN OVER THE TEMPERATURE RANGE

80-106 DEGREES K ZHUR. EKSPTL. I TEORET. FIZ. VOL.29, 902-3 (1955)

TRANSLATION AVAILABLE IN SOVIET PHYS. JETP VOL.2* 771-3 (1956)

PHASE TRANSITION HEATS (80 TO 106 DEGREES K AND 0.3 TO 4 ATM.)

EXPERIMENTAL - TABLE (7 VALUES). GRAPH. EQUATION

RUSSIAN

2 ALT. H.

UBER DIE VERDAMPFUNGSWARME DES FLUSSIGEN SAUERSTOFFS UND FLUSSIGEN

STICKSTOFFS UND DEREN ANDERUNG MIT DER TEMPERATUR

ON THE HEAT OF VAPORIZATION OF LIQUID OXYGEN AND LIQUID NITROGEN

AND THEIR CHANGE WITH TEMPERATURE

ANN* PHYS. (A). VOL.19. NO. 4. 739-82 (1906)

VAPOR PRESSURE. PHASE TRANSITION HEATS (68 TO 90 DEGREES K. AND

0.05 TO 1 ATM.)

EXPERIMENTAL - TABLES (100 VALUES). GRAPH

APPARATUS

GERMAN

3 ANDRUSSOW. L. CONDUCTIBILITE THERMIQUE. VISCOSITE ET DIFFUSION EN PHASE GAZEUSE.

MEMOIRE 10. RELATION ENTRE LES COEFFICIENTS DE CES PHENOMENES ET

L« EQUATION DE MAXWELL

THERMAL CONDUCTIVITY. VISCOSITY AND DIFFUSION IN THE GAS PHASE.

REPORT 10. RELATION BETWEEN THE COEFFICIENTS OF THESE PHENOMENA

AND THE EQUATION OF MAXWELL

J. CHIM. PHYS. VOL, 52. 295-306 (1955)

VISCOSITY. THERMAL CONDUCTIVITY. DIFFUSION COEFFICIENTS (90 TO

300 DEGREES K)

OXYGEN AND 10 OTHER GASES

EXPERIMENTAL - TABLES (22 VALUES). GRAPHS. EQUATIONS

FRENCH

4 AOYAMA, S. AND KANDA. E. DETERMINATION OF FIXED POINTS IN THE LOW TEMPERATURE WITH A HYDROGEN THERMOMETER

BULL. CHEM. SOC. JAPAN VOL.10. 472-81 (1935)

BOILING POINT (NORMAL)

OXYGEN. NITROGEN AND CARBON DIOXIDE

EXPERIMENTAL - TABLE (3 VALUES)

APPARATUS

25
5 AOYAMA» S. AND KANDA, E.

THE VAPOR TENSIONS OF OXYGEN AND NITROGEN IN THE SOLID STATE

SCI, REPTS. TOHOKU IMP. UNIV. VOL.24* 107-15 (1935)

VAPOR PRESSURE (37 TO 70 DEGREES K AND BELOW 0.02 ATM.)

TRIPLE POINT* TRANSITION POINT

EXPERIMENTAL - TABLE (14 VALUES)* GRAPH

THEORETICAL - TABLE (7 VALUES)* GRAPH* EQUATIONS

APPARATUS

5A ARMSTRONG* G.T.* GOLDSTEIN* J.M. AND ROBERTS* D.E.

LIQUID-VAPOR PHASE EQUILIBRIUM IN SOLUTIONS OF OXYGEN AND NITROGEN

AT PRESSURES BELOW ONE ATMOSPHERE

J. RESEARCH NATL. BUR. STANDARDS VOL.55* 265-77 (1955)

VAPOR PRESSURE* ACTIVITY COEFFICIENTS (65 TO 77.5 DEGREES K AND

.02876 TO .95303 ATM.)* COHESIVE ENERGY DENSITY (68.4 TO 91.3 DEGREES

KELVIN AND .045 TO 1.12 ATM.) OF THE BINARY MIXTURE OXYGEN-NITROGEN

EXPERIMENTAL - TABLES (71 VALUES)* GRAPHS

APPARATUS

5B ARNETT* R.W.

ON THE BULK DENSITY OF BOILING LIQUID OXYGEN

NATL. BUR. STANDARDS U.S. REPT. 6793* 16 P. (1961)

DENSITY (BULK) (SATURATED) (89 TO 94 DEGREES K AND 0.9 TO 1.5 ATM.)

THEORETICAL - EQUATION* GRAPHS

6 ASTON* J.G.

THE THERMODYNAMIC TEMPERATURE SCALE BETWEEN 10 AND 90 DEGREES K THE NORMAL BOILING POINTS OF OXYGEN AND HYDROGEN

BULL. INST. INTERN, FROID ANNEXE (1955)* 593-4

BOILING POINT (NORMAL)

EXPERIMENTAL - TABLE (1 VALUE)

7 ASTON* J.G. AND MOESSEN* G.W.

THE NORMAL BOILING POINTS OF OXYGEN ON THE THERMODYNAMIC SCALE

J. CHEM. PHYS. VOL.21. 948 (1953)

BOILING POINT (NORMAL)

EXPERIMENTAL - TABLE (1 VALUE)

8 ASTON, J.G.* WILLIHNGANZ* E. AND MESSERLY* G.H.

HEAT CAPACITIES AND ENTROPIES OF ORGANIC COMPOUNDS. I. A THERMODYNAMIC TEMPERATURE SCALE IN TERMS OF THE COPPER-CONSTANTAN

THERMOCOUPLE FROM 12-273 DEGREES K J. AM. CHEM. SOC. VOL.57* 1642-6 (1935)

VAPOR PRESSURE (63 TO 78 DEGREES K AND 0.01 TO 0.2 ATM.)

OXYGEN AND HYDROGEN

EXPERIMENTAL - TABLE (8 VALUES)

26
9 BALY* E.C«C. AND DONNAN. F.G.

THE VARIATION WITH TEMPERATURE OF THE SURFACE ENERGIES AND

DENSITIES OF LIQUID OXYGEN* NITROGEN* ARGON, AND CARBON MONOXIDE

J. CHEM. SOC. (LONDON) VOL.81* N0.93* 907-23 (1902)

DENSITY (LIQUID)* SURFACE TENSION (68 TO 89 DEGREES K)

EXPERIMENTAL - TABLES (^0 VALUES)* GRAPHS

APPARATUS

10 BAR* R.

VELOCITY OF SOUND IN LIQUID OXYGEN

NATURE VOL.135* 153 (1935)

VELOCITY OF SOUND (89.5 DEGREES K AND NEAR 1 ATM.)

EXPERIMENTAL - TABLE (1 VALUE)

11 BARSCHALL* H.

UBER DIE VERDAMPFUNGSWARME DES SAUERSTOFFES

ABOUT THE LATENT HEAT OF VAPORIZATION OF OXYGEN

Z. ELEKTROCHEM. VOL.17* NO. 9, 345-8 (1911)

PHASE TRANSITION HEAT (90 DEGREES K AND 1 ATM.)

EXPERIMENTAL - TABLE (1 VALUE)

APPARATUS

GERMAN

12 BAXTER* G.P. AND STARKWEATHER* H.W.

THE DENSITY OF OXYGEN

PROC. NAT. ACAD. SCI. U.S. VOL.10* 479-83 (1924)

DENSITY (273 DEGREES K AND 1 ATM.)

EXPERIMENTAL - TABLE (1 VALUE)

APPARATUS

13 BAXTER, G.P. AND STARKWEATHER, H.W.

THE DENSITY OF OXYGEN AND ITS COMPRESSIBILITY BELOW 1 ATM, II.

PROC. NAT. ACAD. SCI. U.S. VOL.12* 699-703 (1926)

DENSITY, PV PRODUCT (273 DEGREES K AND 0.25 TO 1 ATM.)

EXPERIMENTAL - TABLES (8 VALUES)

APPARATUS

14 BEATTIE, J. A.

THE COMPUTATION OF THE THERMODYNAMIC PROPERTIES OF REAL GASES AND

MIXTURES OF REAL GASES

CHEM. REV. VOL. 44, 141-92 (1949)

BEATTIE-BRIDGEMAN CONSTANTS

OXYGEN AND 8 COMMON GASES* 13 HYDROCARBONS

THEORETICAL - TABLE (5 VALUES)

27
15 BEATTIE, J. A. AND BRIDGEMAN, O.C.

A NEW EQUATION OF STATE FOR FLUIDS. 11* APPLICATION TO HELIUM,

NEON» ARGON, HYDROGEN, NITROGEN, OXYGEN, AND METHANE

J, AM. CHEM. SOC. VOL.SO, 3133-8 (1928)

P-V-T» EQUATION OF STATE

THEORETICAL - EQUATIONS

15A BEATTIE, J.A. AND BRIDGEMAN, O.C.

A NEW EQUATION OF STATE FOR FLUIDS

PROC. AM. ACAD. OF ARTS SCI. VOL.63, 229-306 (1928)

P-V-T, EQUATION OF STATE (156 TO 273 DEGREES K AND 0.5 TO 10 ATM.)

OXYGEN, NITROGEN, HYDROGEN, AIR, ARGON, NEON, HELIUM, ETHYL ETHER,

METHANE, CARBON DIOXIDE

THEORETICAL - TABLES, EQUATIONS

COMPILATION - DATA FROM LEIDEN LABORATORY

16 BENNEWITZ, K. AND ANDREEWA, N.

UNTERSUCHUNGEN IM KRITISCHEN GEBIET. III. ENERGIEMESSUNGEN MITTELS

JOULE - EFFEKTES

INVESTIGATIONS IN THE CRITICAL REGION . III. ENERGY MEASUREMENTS

BY MEANS OF THE JOULE EFFECT

Z. PHYSIK. CHEM* V0L.142A, 37-66 (1929)

DENSITY, EQUATION OF STATE, CRITICAL POINT, PHASE TRANSITION

HEATS (15A DEGREES K AND 50 ATM.)

OXYGEN, NITROGEN, ARGON, CARBON DIOXIDE, METHANE

EXPERIMENTAL - TABLE (6 VALUES), GRAPH

THEORETICAL - GRAPHS, EQUATIONS

APPARATUS

GERMAN

16A BIRDSALL, CM., JENKINS, A.C. AND DI PAOLO, F.S.

COMPRESSIBILITIES OF OZONE, OXYGEN, AND OZONE-OXYGEN MIXTURES

AND THE THERMODYNAMIC QUANTITIES OF PURE OZONE

J. CHEM. PHYS. VOL.23, 441-52 (1955)

CONSTANTS FOR BEATTIE-BR IDGEMAN EQUATION OF STATE, VIRIAL COEFFICIENTS

COMPRESSIBILITY FACTOR FOR BINARY MIXTURE OXYGEN-OZONE (161 TO 398

DEGREES K AND TO 100 ATM.)

THEORETICAL - TABLE (700 VALUES), GRAPHS, EQUATIONS

17 BLAGOI, Y.P. AND RUDENKO, N.S.

DENSITY OF LIQUEFIED GAS SOLUTIONS NITROGEN-OXYGEN AND ARGONOXYGEN

IZVEST. VYSSHIKH UCHEB. ZAVEDENII, FIZ. NO. 6, 145-51 (1958)

DENSITY OF BINARY SYSTEMS NITROGEN-OXYGEN AND ARGON-OXYGEN (65 TO 80

DEGREES K AND 1 ATM.)

EXPERIMENTAL - TABLES (23 VALUES), GRAPH,

THEORETICAL - TABLES, GRAPHS

APPARATUS

RUSSIAN

28
18 BOROVIK. E.

FORMULA FOR THE HEAT CAPACITY OF LIQUIDS

ZHUR. EKSPTL. I TEORET. FIZ. VOL.18. 48-51 (1948)

HEAT CAPACITY ( V=CONSTANT ) . HEAT CAPACITY RATIOS. VELOCITY OF

SOUND (90 DEGREES K AND 1 ATM.)

OXYGEN. NITROGEN. WATER. AND SEVEN COMPOUNDS

EXPERIMENTAL - TABLE (3 VALUES)

THEORETICAL - GRAPH, EQUATIONS

RUSSIAN

19 BOROVIK-ROMANOV* A.S.. ORLOVA. M.P. AND STRELKOV. P.G.

MAGNETIC AND THERMAL PROPERTIES OF THE THREE MODIFICATIONS OF

SOLID OXYGEN

DOKLADY AKAD. NAUK. S.S.S.R. VOL.99. NO. 5, 699-702 (1954)

TRANSLATION AVAILABLE FROM CRYOGENIC DATA CENTER. NATIONAL BUREAU OF

STANDARDS. BOULDER. COLORADO

HEAT CAPACITY. MAGNETIC SUSCEPTIBILITY (24 TO 78 DEGREES K AND

1 ATM.)

EXPERIMENTAL - GRAPHS

APPARATUS

RUSSIAN

19A BOURBO. P. AND ISCHKiN. I. UNTERSUCHUNGEN UBER DAS GLEICHGEWICHT VON FLUSSIGKEIT UND DAMPF DES

SYSTEMS ARGON-SAUERSTOFF

VAPOR-LIQUID EQUILIBRIUM IN THE SYSTEM ARGON-OXYGEN

PHYSICA VOL.3. 1067-80 (1936)

PHYSIK. Z. SOWJETUNION VOL.10. 271-91 (1936)

VAPOR PRESSURE OF BINARY SYSTEM ARGON-OXYGEN (87 TO 96.5 DEGREES K. AND .73 TO 2.19 ATM.)

EXPERIMENTAL - TABLES (63 VALUES). GRAPHS

THEORETICAL

GERMAN

19B BREBACK. W.J. AND THODOS. G.

DENSITIES OF THE LIQUID AND DENSE PHASE REGIONS

CHEM. AND ENG. DATA SER. VOL.3. 338-41 (1958)

EXPANSION FACTOR (P-V-T) (70 TO 380 DEGREES K AND SATURATED LIQUID

TO 2000 ATM.)

CRITICAL POINT

OXYGEN. ARGON. CARBON MONOXIDE, CHLOROFORM. METHANE. CARBON DISULFIDE.

PHOSGENE

THEORETICAL - TABLE (1 VALUE). GRAPHS

COMPILATION -DATA FROM 9

20 BRILLANTINOV. N.A.

MEASUREMENTS OF THE JOULE-THOMSON EFFECT OF AIR AND OXYGEN AT

LOW PRESSURES

ZHUR. TEKH. FIZ. VOL.18. 1113-22 (1948)

JOULE-THOMSON COEFFICIENT (90 TO 160 DEGREES K AND 2.001 TO 2.26 ATM.)

EXPERIMENTAL - TABLES (54 VALUES). GRAPHS

APPARATUS

RUSSIAN

29
21 BROMLEY* L.A.

THERMAL CONDUCTIVITY OF GASES AT MODERATE PRESSURES

UNIVERSITY OF CALIFORNIA RADIATION LAB. » BERKELEY* CALIFORNIA

REPT. NO. UCRL-1852* (1952) 37 P.

THERMAL CONDUCTIVITY, VISCOSITY* HEAT CAPACITY (V=CONSTANT)

SPECIFIC HEAT RATIO, PRANDTL NUMBER (100 TO 380 DEGREES K)

OXYGEN AND 37 OTHER GASES

THEORETICAL - EQUATIONS* GRAPHS

COMPILATION - TABLE (15 VALUES)* DATA FROM 116* 117

22 BROMLEY* L. A. AND WILKE* C. R.

VISCOSITY BEHAVIOR OF GASES

IND. ENG. CHEM. V0L,43* 1641-8 (1951)

VISCOSITY (75 TO 1500 DEGREES K AND 1 TO 1500 ATM.)

OXYGEN AND 44 OTHER GASES

THEORETICAL - NOMOGRAPHS

23 BROWN* C BERGER, A.W. AND HERSH* C.K.

PHASE DIAGRAM OF LIQUID OZONE-OXYGEN SYSTEM

J. CHEM. PHYS. VOL.23* 1340-3 (1955)

VAPOR PRESSURE FOR BINARY MIXTURE OZONE-OXYGEN (78 TO 93 DEGREES K AND .0697 TO .21 ATM.)

EXPERIMENTAL - TABLE (37 VALUES)* GRAPH

23A BROWN* C.» HERSH* C.K. AND BERGER, A.W.

MAGNETIC SUSCEPTIBILITY OF LIQUID OZONE-OXYGEN MIXTURES

J. CHEM. PHYS. VOL.23* 103-8 (1955)

VAPOR PRESSURE FOR BINARY MIXTURE OZONE-OXYGEN (78 TO 90 DEGREES K AND .0697 TO .21 ATM.), MAGNETIC SUSCEPTIBILITY (78 TO 90 DEGREES K)

EXPERIMENTAL - TABLE (60 VALUES)* GRAPHS

APPARATUS

24 BULLE, F. UBER DIE DAMPFDRUCKKURVE DES SAUERSTOFFS UND UBER EINE BESTIMMUNG

DER KRITSCHEN DATEN VON WASSERSTOFF

VAPOR PRESSURE CURVE OF OXYGEN AND A DETERMINATION OF THE CRITICAL

DATA FOR HYDROGEN

PHYSIK. Z. VOL. 14, 860-2 (1913)

VAPOR PRESSURE (90 TO 137 DEGREES K AND 1 TO 24 ATM.)

REVIEW - DATA FROM 73

GERMAN

25 BURTON, J.T. AND ZIEBLAND* H.

THE THERMAL CONDUCTIVITY OF LIQUID AND GASEOUS OXYGEN

EXPLOSIVES RESEARCH AND DEVELOPMENT ESTABLISHMENT (GT. BRIT.)

REPT. NO. 2/R/56, MINISTRY OF SUPPLY, ADELPHI , LONDON

ASTIA AD 90759 ( 1956)

THERMAL CONDUCTIVITY (80 TO 200 DEGREES K AND 1 TO 135 ATM.)

NITROGEN

EXPERIMENTAL - TABLES (71 VALUES), GRAPH

APPARATUS

30
26 CARDOSO. E.

CONTRIBUTION A L'ETUDE DU POINT CRITIQUE DE QUELQUES GAZ

DIFFICILEMENT LIQUEFIABLES. AZOTE* OXYDE DE CARBONE» OXYGENE

METHANE

A CONTRIBUTION TO THE STUDY OF THE CRITICAL POINT OF SOME

DIFFICULT GASES TO LIQUEFY - NITROGEN* CARBON MONOXIDE, OXYGEN

AND METHANE

J. CHIM. RHYS. VOL.13* 312-50 (1916)

CRITICAL CONSTANTS

EXPERIMENTAL - TABLE (1 VALUE)

APPARATUS

FRENCH

27 CARDOSO* E.

DETERMINATION EXPERIMENTALE DES ELEMENTS CRITIQUES DE L'OXYGENE,

DE L 'AZOTE* DE L'OXYDE DE CARBONE ET DU METHANE

EXPERIMENTAL DETERMINATION OF THE CRITICAL CONSTANTS OF OXYGEN*

NITROGEN* CARBON MONOXIDE AND METHANE

ARCH. SCI. PHYS. ET NAT. VOL.39* 400-2 (1915)

CRITICAL CONSTANTS

EXPERIMENTAL - TABLE (1 VALUE)

FRENCH

28 CATH* P.G.

ON THE MEASUREMENT OF VERV LOW TEMPERATURES. XXIX. VAPOUR

PRESSURES OF OXYGEN AND NITROGEN FOR OBTAINING FIXED POINTS ON

THE TEMPERATURE SCALE BELOW DEGREES C

COMMUNS. PHYS. LAB. UNIV. LEIDEN N0.152D (1918)

TRANSLATED FROM VERSLAG GEWONE VER. WISEN. NATUURK AFDEEL KON.

AKAD. WET. AMSTERDAM VOL.27* 553-60 (1918)

VAPOR PRESSURE* BOILING POINT (62 TO 90 DEGREES K AND O.Ol TO 1 ATM.)

EXPERIMENTAL - TABLE (14 VALUES)* EQUATION

APPARATUS

29 CATH* P.G. AND ONNES* H.K.

SUR LA MESURE DES TEMPERATURES TRES BASSES. XXX. COMPARIASON DES

THERMOMETRES A HELIUM, A ARGON* A NEON* A OXYGENE ET A AZOTE AU

THERMOMETRE A HYDROGENE. CORRECTIONS POUR RAMENER LES

INDICATIONS DE CES THERMOMETRES A L'ECHELLE INTERNATIONALE

KELVIN. LE DEUXIEME COEFFICIENT DU VIRIEL POUR L'HELIUM. L'ARGON*

LE NEON* L'OXYGENE ET L'AZOTE AU-DESSOUS DE DEGRE C

MEASUREMENT OF VERY LOW TEMPERATURES. XXX. COMPARISON OF HELIUM*

NITROGEN, ARGON* OXYGEN AND NEON THERMOMETERS WITH THE HYDROGEN

THERMOMETER. CORRECTIONS WHICH WILL REDUCE THE INDICATIONS OF

THESE THERMOMETERS TO' THE INTERNATIONAL SCALE OF KELVIN. THE

SECOND VIRIAL COEFFICIENTS FOR HELIUM, ARGON, NEON, OXYGEN AND

NITROGEN BELOW DEGREES C COMMUNS. PHYS. LAB. UNIV. LEIDEN N0.156A (1922)

REPRINTED FROM ARCH. NEERL. SCI. (Ill A) VOL.6, 1-30 (1922)

OXYGEN THERMOMETER CORRECTIONS* SECOND VIRIAL COEFFICIENT (54 TO

273 DEGREES K AND 50 ATM.)

EXPERIMENTAL - TABLES (40 VALUES). GRAPH, EQUATIONS

APPARATUS

FRENCH

31
30 CHAO» G.T.Y.

ISOTHERMAL COMPRESSIBILITY OF LIQUID OXYGEN AND RP-1

J. AM. ROCKET SOC. V0L,29» N0.3» 199-203 (1959)

DENSITY* COMPRESSIBILITY* HEAT CAPACITY (P=CONSTANT> <60»5 TO

90 DEGREES K AND 1 ATM,)

THEORETICAL - TABLES (7 VALUES), GRAPHS* EQUATIONS

COMPILATION - DATA FROM 9» 75

31 CHELTON, D»B. AND MANN, D»B«

CRYOGENIC DATA BOOK

UNIVERSITY OF CALIFORNIA RADIATION LAB.t BERKELEY, CALIFORNIA

REPT. NO, UCRL 3421, (1956) 116 P.

HEAT OF VAPORIZATION, DENSITY, THERMAL CONDUCTIVITY

BOOK

32 CLAITOR, L,C,

THE SECOND VIRIAL COEFFICIENT OF THE MAJOR ATMOSPHERIC GASES AT LOW

TEMPERATURES

AGRICULTURAL AND MECHANICAL COLLEGE OF TEXAS, COLLEGE STATION, TEXAS

MASTER'S THESIS (1948) 83 P,

EQUATION OF STATE, SECOND VIRIAL COEFFICIENT (90 TO 459 DEGREES K)

VELOCITY OF SOUND (74 TO 164 DEGREES K AND TO 0,9 ATM,), PV

PRODUCT, REDUCED DENSITY (121 TO 293 DEGREES K AND 3 TO 60 ATM.)

OXYGEN, NITROGEN, ARGON, AIR

THEORETICAL - EQUATION, GRAPH

COMPILATION - DATA FROM 126, 156, 163, 211

33 CLAITOR, L,C, AND CRAWFORD, D,B,

THERMODYNAMIC PROPERTIES OF OXYGEN, NITROGEN AND AIR AT LOW

TEMPERATURES

TRANS, AM. SOC. MECH. ENGRS. VOL.71, 885-95 (1949)

P-V-T, SECOND AND THIRD VIRIAL COEFFICIENTS, SPECIFIC HEAT ( P=ZERO AND

V=CONSTANT), VELOCITY OF SOUND, CRITICAL CONSTANTS, PHASE TRANSITION HEATS, REFERENCE MADE TO A T-S CHART (120 TO 300 DEGREES K AND 20 TO 62 ATM.)

COMPILATION - DATA FROM 2, 118, 126, 133, 150, 156, 163, 209, 211

33A CLARK, A.M., DIN, F, AND ROBS, J.

THE LIQUID-VAPOUR EQUILIBRIUM OF THE BINARY SYSTEM ARGON-OXYGEN

PROC. ROY. SOC. (LONDON) V0L.A221, 517-34 (1954)

VAPOR PRESSURE FOR BINARY MIXTURE ARGON-OXYGEN (85 TO 112 DEGREES K AND 1 TO 7 ATM.)

EXPERIMENTAL - TABLES (55 VALUES), GRAPHS

APPARATUS

32
34 CLUSIUS* K.

UBER DIE SPEZIFISCHE WARME EINI6ER KONDENSIERTER CASE ZWISCHEN

10 GRAD ABS. UND IHREM TRIPELPUNKT

ON THE SPECIFIC HEATS OF SOME CONDENSED GASES BETWEEN TEN DEGREES

KELVIN AND THEIR TRIPLE POINTS

Z. PHYSIK. CHEM. (LEIPZIG) V0L.B3* 41-79 (1929)

SPECIFIC HEAT (P=C0NSTANT AND V=CONSTANT) (10.19 TO 72.8 DEGREES

KELVIN AND 1 ATM. ) » PHASE TRANSITION HEATS (22 TO 48 DEGREES K)

OXYGEN* NITROGEN, CARBON MONOXIDE, METHANE, HYDROGEN CHLORIDE

EXPERIMENTAL - TABLES (65 VALUES)* GRAPH

APPARATUS

GERMAN

35 CLUSIUS, K. AND KONNERTZ, F. ERGEBNISSE DER TIEFTEMPERATURFORSCHUNG, VI, KALORIMETRI SCHE

MESSUNGEN DER VERDAMPFUNGSWARME DES SAUERSTOFFS BEI NORMALEM

DRUCK SOWIE DES AETHYLENS UND PROPYLENS UNTERHALB UND OBERHALB

VOM ATMOSPHARENDRUCK

RESULTS OF LOW TEMPERATURE INVESTIGATION. VI. CALORIMETRIC

MEASUREMENTS OF THE LATENT HEAT OF VAPORIZATION OF OXYGEN

AT NORMAL PRESSURE AS WELL AS ETHYLENE AND PROPYLENE BELOW AND

ABOVE ATMOSPHERIC PRESSURE

Z. NATURFORSCH. PT. A, V0L.4A, NO. 2, 117-24 (1949)

PHASE TRANSITION HEAT (90.19 DEGREES K AND 1 ATM.)

EXPERIMENTAL - TABLE (1 VALUE)

APPARATUS

GERMAN

36 CODEGONE, C.

SULLA VISCOSITA DINAMICA DEI GAS E DEI VAPOR I DYNAMIC VISCOSITY OF GASES AND VAPORS

ATTI. ACCAD. SCI. TORINO CLASSE SCI. FIS. MAT. E NAT. VOL. 86,

126-8 (1951 - 2)

VISCOSITY

OXYGEN AND 14 GASES

THEORETICAL - GRAPH, EQUATIONS

ITALIAN

37 CODEGONE, C.

LES NOMBRES DE PRANDTL DES FLUIDES FRIGORIFIQUES

THE PRANDTL NUMBER OF REFRIGERANTS

BULL. INST. INTERN. FROID VOL.33, 61-6 (1953)

ENTHALPY, PRANDTL NUMBER (154 DEGREES K AND 1 ATM.)

OXYGEN AND 22 GASES

THEORETICAL - TABLE (1 VALUE), GRAPHS, EQUATIONS

FRENCH

33
38 CODEGONE, C.

LA VISCOSITA DEI GAS E DEI VAPORI

VISCOSITY OF GASES AND VAPORS

RICERCA SCI. VOL.22* 1416-9 (1952)

VISCOSITY* CRITICAL CONSTANTS

OXYGEN AND 18 OTHER GASES

COMPILATION - TABLE (4 VALUES)* GRAPHS

ITALIAN

CODED FROM ABSTRACT

38A COOK* S.R.

ON THE VELOCITY OF SOUND IN GASES* AND THE RATIO OF THE SPECIFIC HEATS*

AT THE TEMPERATURE OF LIQUID AIR

PHYS. REV. VOL.23, 212-37 (1906)

DENSITY (84 TO 90 DEGREES K AND .45 TO .95 ATM)* VELOCITY OF SOUND

(89 TO 293 DEGREES K AND .45 TO .95 ATM.)

OXYGEN* AIR

EXPERIMENTAL - TABLES (30 VALUES)* GRAPHS* EQUATIONS

APPARATUS

388 CORNER. J.

THE CONSTANTS OF THE BEATTIE-BRIDGEMAN EQUATION

TRANS. FARADAY SOC. VOL.37* 358-61 (1941)

BEATTIE-BRIDGEMAN EQUATION CONSTANTS

OXYGEN. HELIUM* NEON. ARGON, NITROGEN* CARBON MONOXIDE, HYDROGEN*

CARBON DIOXIDE, METHANE

THEORETICAL - TABLE (1 VALUE)

39 DANA* L.I.

THE LATENT HEAT OF VAPORIZATION OF LIQUID OXYGEN-NITROGEN MIXTURES

PROC. AM. ACAD. ARTS AND SCI. VOL.60* NO. 4* 241-67 (1927)

PHASE TRANSITION HEATS FOR THE BINARY SYSTEM OXYGEN-NITROGEN (80 TO

90 DEGREES K AND 1 ATM.)

EXPERIMENTAL - TABLE (48 VALUES)* GRAPH

THEORETICAL - EQUATIONS

APPARATUS

40 DASCALESCU, A.

UTILIZAREA DIAGRAMELOR TERMODINAM ICE IN STUDIUL PRODUCERII

OXIGENULUI INDUSTRIAL

THE USE OF THERMODYNAMIC DIAGRAMS IN THE STUDY OF INDUSTRIAL

OXYGEN PRODUCTION

REV. CHIM. BUCHAREST VOL.7, NO.l, 12-30 (1956)

TRANSLATION AVAILABLE FROM

ASSOCIATED TECHNICAL SERVICES, INC., P. 0. BOX 271* EAST ORANGE*

NEW JERSEY

DENSITY, SPECIFIC HEAT (P=CONSTANT) ( V=CONSTANT ) , BOILING POINT,

MELTING POINT, CRITICAL CONSTANTS, ENTROPY, ENTHALPY, PHASE

TRANSITION HEATS, THERMAL CONDUCTIVITY, VISCOSITY (SINGLE VALUES

ONLY)

OXYGEN. AIR, NITROGEN

SURVEY

RUMANIAN

34
41 DAVIS» D.S.

NOMOGRAPHS FOR THERMAL CONDUCTIVITIES OF GASES AND VAPORS

IND, ENG. CHEM. V0L«33» 675-8 (1941)

THERMAL CONDUCTIVITY (88 TO 480 DEGREES K> OXYGEN AND 32 GASES

COMPILATION - NOMOGRAPH. DATA FROM 220

41A DE BOCK, A,

METINGEN OVER DE VOORTPLANTINGSSNELHEID VON HET GELUID IN VLOEISTOFFEN BIJ LAGE TEMPERATUREN

MEASUREMENT OF THE TRANSMISSION OF SOUND IN LIQUIDS AT LOW TEMPERATURES

VERHANDEL. KONINKL. VLAAM. ACAD. WETENSCHAP. VOL.11. 1-48 (1949)

VELOCITY OF SOUND (73 TO 90 DEGREES K)

OXYGEN AND 5 ORGANIC COMPOUNDS

-EXPERIMENTAL - TABLES (8 VALUES). GRAPHS

THEORETICAL

APPARATUS

DUTCH

42 DEITZ. V.

ZERO-POINT ENERGY OF MOLECULAR CRYSTALS

J. CHEM. PHYS. VOL.2. 296 (1934)

PHASE TRANSITION HEATS* ZERO-POINT ENERGY (0 DEGREE K. AND 1 ATM.)

OXYGEN AND 10 GASES

THEORETICAL - TABLE. EQUATIONS

42A DELAPLACE. R.

PRESSION DE QUELQUES GAZ PERMANENTS AUX BASSES TEMPERATURES ET EN

PRESENCE DE GEL DE SILICA

PRESSURES OF SEVERAL PERMANENT GASES AT LOW TEMPERATURES IN THE

PRESENCE OF SiLiCA GEL

COMPT. REND. VOL.205. 664-5 (1937)

P-V-T (91 TO 109 DEGREES K AND 1 TO 95 ATM.)

OXYGEN. NITROGEN, CARBON MONOXIDE. METHANE

EXPERIMENTAL - TABLE (10 VALUES)

FRENCH

42B DEWAR. J.

LOW TEMPERATURE INVESTIGATIONS

PROC. ROY. INST. GT. BRIT. VOL.17. 418-26 (1902)

DENSITY (20 TO 90 DEGREES K AND 1 ATM.)

OXYGEN. NITROGEN. HYDROGEN. AND 26 COMPOUNDS

EXPERIMENTAL - TABLES (3 VALUES)

43 DEWAR. J.

ON THE LIQUEFACTION OF OXYGEN AND THE CRITICAL VOLUME OF FLUIDS

PHIL. MAG. VOL.18, 210-6 (1884)

CRITICAL CONSTANTS

OXYGEN, NITROGEN, HYDROGEN AND 21 COMPOUNDS

EXPERIMENTAL - TABLE (1 VALUE)

APPARATUS

35
44 DEWAR» J.

PHYSICAL CONSTANTS AT LOW TEMPERATURES. I* THE DENSITIES OF SOLID

OXYGEN. NITROGEN, HYDROGEN, ETC.

PROC. ROY. SOC. (LONDON) V0L.A73, 251-61 (1904)

DENSITY (20 TO 90 DEGREES K AND 1 ATM.)

ARGON, CARBON MONOXIDE

EXPERIMENTAL - TABLES (5 VALUES), EQUATIONS

THEORETICAL - EQUATIONS

45 DEWAR, J.

PRODUCTION OF SOLID OXYGEN BY THE EVAPORATION OF THE LIQUID

PROC. ROY. SOC. (LONDON) VOL.A85, 589-97 (1911)

TRIPLE POINT

EXPERIMENTAL - TABLE (1 VALUE)

APPARATUS

46 DEWAR, J.

THE SPECIFIC VOLUMES OF OXYGEN AND NITROGEN VAPOR AT THE

BOILING POINT OF OXYGEN

NATURE VOL.65, 382 (1902)

DENSITY (90.5 DEGREES K AND 0.3 TO 1 ATM.)

EXPERIMENTAL - TABLE (2 VALUES)

APPARATUS

47 DEWAR, J.

STUDIES WITH THE LIQUID HYDROGEN AND AIR CALORIMETERS. I. SPECIFIC

HEATS

PROC. ROY. SOC. (LONDON) V0L.A76, 325-40 (1905)

PHASE TRANSITION HEATS (90 DEGREES K AND 1 ATM.)

OXYGEN» NITROGEN, HYDROGEN, AIR

EXPERIMENTAL - TABLES (1 VALUE)

48 DIN, F.

THE LIQUID-VAPOUR EQUILIBRIUM OF THE BINARY SYSTEM ARGON-OXYGEN

BULL. INST. INTERN. FROID VOL.33, 17-30 (1953)

VAPOR PRESSURE FOR BINARY SYSTEM OF ARGON-OXYGEN (90 TO 110 DEGREES K AND 1 TO 7 ATM.)

EXPERIMENTAL - TABLES (11 VALUES), GRAPHS

APPARATUS

49 DIN, F., GOLDMAN, K. AND MONROE, A.G,

SOLID-LIQUID EQUILIBRIUMS OF THE SYSTEMS ARGON-NI TROGEN AND

ARGON-OXYGEN

BULL. INST. INTERN. FROID VOL.35, NO. 4, 1 (1955)

SOLID PHASE AND SOLID-LIQUID PHASE EQUILIBRIA OF THE BINARY SYSTEM

ARGON-OXYGEN

EXPERIMENTAL

36
50 D0D6E» B.F. AND DAVIS» H.N.

VAPOR PRESSURE OF LIQUID OXYGEN AND NITROGEN

J. AM. CHEM. SOC. VOL.49, 610-20 (1927)

VAPOR PRESSURE (77 TO 134 DEGREES K AND 0.2 TO 21 ATM.)

EXPERIMENTAL - TABLE (43 VALUES), GRAPHS. EQUATIONS

51 DODGE, B.F. AND DUNBAR, A.K.

AN INVESTIGATION OF THE COEXISTING LIQUID AND VAPOR PHASES OF

SOLUTIONS OF OXYGEN AND NITROGEN

J. AM. CHEM. SOC. VOL.49, 591-610 (1927)

VAPOR PRESSURE OF BINARY SYSTEM OXYGEN-NITROGEN (77 TO 125 DEGREES K AND 0.6 TO 30 ATM.)

EXPERIMENTAL - TABLES (77 VALUES), GRAPHS, EQUATIONS

APPARATUS

52 DRUGMAN, J. AND RAMSAY, W.

SPECIFIC GRAVITIES OF THE HALOGENS AT THEIR BOILING POINTS,

AND OF OXYGEN AND NITROGEN

J. CHEM. SOC. VOL.77, 1228-33 (1900)

DENSITY (90 DEGREES IC AND NEAR 1 ATM)

EXPERIMENTAL - TABLE (2 VALUES)

APPARATUS

53 DUCLAUX, J.

THEORIE DES GAZ ET EQUATION D'ETAT. IX.

THE THEORY OF GASES AND THE EQUATION OF STATE. IX.

J. PHYS. RADIUM VOL. 11, 235-41 (1950)

EQUATION OF STATE, COMPRESSIBILITY (130 TO 150 DEGREES K AND 22.30

TO 52.44 ATM.)

THEORETICAL - TABLES (35 VALUES), GRAPHS, EQUATIONS

FRENCH

54 DUCLAUX, J.

THEORIE DES GAZ. XV. ETATS CORRESPONDANTS ARGON, OXYGENE, NEON

THEORY OF GASES. XV. CORRESPONDING STATES OF ARGON, OXYGEN

AND NEON

J. CHIM. PHYS. VOL.50, 113-6 (1953)

COMPRESSIBILITY, CORRESPONDING STATES (173 TO 273 DEGREES K AND 70

TO 100 ATM.)

THEORETICAL - GRAPH

FRENCH

55 DUCLAUX, J.

THEORIE DES GAZ REELS XIII. COURBE DE CONDENSATION ET DONNEES CRITIQUES

THEORY OF REAL GASES XIII. CONDENSATION CURVE AND CRITICAL CONSTANTS

J. CHIM. PHYS. VOL.49, 522-6 (1952)

P-V-T (156 TO 293 DEGREES K AND 1 TO 1000 ATM.), CRITICAL POINT

OXYGEN, NITROGEN, ARGON

THEORETICAL - TABLES (61 VALUES), GRAPHS

COMPILATION - DATA FROM 163, 107, 156

FRENCH

37
56 DUTTA* A.

BOILING POINT AND VISCOSITY OF GASES

NATURE VOL. 152 » 445-6 (1943)

COMPRESSIBILITY* BOILING POINT (NORMAL)* VISCOSITY

OXYGEN. NITROGEN* HYDROGEN* ARGON* CARBON DIOXIDE* CARBON

MONOXIDE* AIR AND BENZENE

THEORETICAL - GRAPH, EQUATIONS

57 ELLENWOOD* P.O.* K.ULIK* N. AND GAY* N.R.

THE SPECIFIC HEATS OF CERTAIN GASES OVER WIDE RANGES OF PRESSURES

AND TEMPERATURES. AIR* CARBON MONOXIDE* CARBON DIOXIDE* METHANE*

ETHYLENE, HYDROGEN* NITROGEN* AND OXYGEN

CORNELL UNIV. EXPT. STA. BULL. NO. 30* (OCTOBER 1942)

CORNELL UNIVERSITY, COLLEGE OF ENGINEERING, ITHACA* N.Y.

SPECIFIC HEAT ( P=CONSTANT ) (V=CONSTANT ) * CONSTANTS FOR BEATTIEBRIDGEMAN EQUATION OF STATE

THEORETICAL - EQUATIONS* GRAPHS

COMPILATION - DATA FROM 118

58 ESTREICHER* T.

ON THE PRESSURES OF SATURATION OF OXYGEN

PHIL. MAG. VOL.40, 454-63 (1895)

VAPOR PRESSURE (62 TO 90 DEGREES K AND 0.01 TO 1 ATM.)

EXPERIMENTAL - TABLES (83 VALUES)

THEORETICAL - EQUATION

APPARATUS

59 EUCKEN* A.

UBER DAS WARMELEITVERMOGEN* DIE SPEZIFISCHE WARME UND DIE INNERE

REIBUNG DER CASE

CONCERNING THE THERMAL CONDUCTIVITY* SPECIFIC HEAT AND VISCOSITY

OF GASES

PHYSIK. Z. VOL.14* 324-32 (1913)

THERMAL CONDUCTIVITY, SPECIFIC HEAT ( V=CONSTANT ) * VISCOSITY (81 TO

273 DEGREES K AND 1 ATM.)* PRANDTL NUMBER

OXYGEN, 15 OTHER GASES

EXPERIMENTAL - TABLE (4 VALUES)* EQUATIONS

GERMAN

60 EUCKEN, A.

UBER DIE TEMPERATURABHANGIGKEIT DER WARMELEITFAHIGKEIT EINIGER CASE

CONCERNING THE TEMPERATURE DEPENDENCE OF THERMAL CONDUCTIVITY OF

SEVERAL GASES

PHYSIK. Z. VOL.12* 1101-7 (1911)

THERMAL CONDUCTIVITY (90.4 TO 373 DEGREES K AND 0*05 TO 1 ATM.)

OXYGEN, NITROGEN, HYDROGEN* AIR, CARBON DIOXIDE, HELIUM* ARGON

EXPERIMENTAL - TABLES (20 VALUES)

APPARATUS

GERMAN

38
61 EUCKEN» A.

UBER DAS THERMISCHE VERHALTEN EINIGER KOMPRIMI ERTER UND

KONDENSIERTER GASE BEI TIEFEN TEMPERATUREN

ON THE THERMAL BEHAVIOR OF SOME COMPRESSED AND CONDENSE.-) GASES AT

LOW TEMPERATURES

VERHANDL. DEUT, PHYSIK. GES. VOL.18, 4-17 (1916)

SPECIFIC HEAT (P=CONSTANT AND V=CONSTANT) (17 TO 84 DEGREES K AND

1 ATM.)» MELTING POINT, PHASE TRANSITION HEATS (22 TO 48 DEGREES K)

OXYGEN, NITROGEN, HYDROGEN, ARGON, CARBON MONOXIDE

EXPERIMENTAL - TABLE (41 VALUES), EQUATIONS

APPARATUS

GERMAN

62 EUCKEN, A. » KARWAT, E» AND FRIED* F. THE CONSTANT I OF THE THERMODYNAMIC VAPOR-PRESSURE EQUATION FOR

POLYATOMIC MOLECULES

Z. PHYSIK VOL.29, 1-35 (1924)

VAPOR PRESSURE, HEAT OF VAPORIZATION, ENTROPY, SPECIFIC HEAT

OXYGEN AND 13 OTHER GASES

COMPILATION - TABLES

CODED FROM ABSTRACT

62A FASTOVSKII, V.G. AND KRESTINSKII, YU. A.

SOLUBILITY OF SOLID METHANE IN LIQUID NITROGEN AND OXYGEN

J. PHYS. CHEM. (U.S.S.R.) VOL.15, 525-31 (1941)

TRANSLATION AVAILABLE FROM CRYOGENIC DATA CENTER, NATIONAL BUREAU OF

STANDARDS, BOULDER, COLORADO

SOLUBILITY OF BINARY MIXTURE OXYGEN-METHANE (69 TO 74 DEGREES K)

EXPERIMENTAL - TABLES (5 VALUES), GRAPHS, EQUATIONS

APPARATUS

RUSSIAN

62B FASTOVSKII, V. AND KRESTINSKII, YU. A.

SOLUBILITY OF ARGON IN LIQUID OXYGEN

J. PHYS. CHEM. U.S.S.R. VOL.16, 148-51 (1952)

TRANSLATION AVAILABLE FROM CRYOGENIC DATA CENTER, NATIONAL BUREAU OF

STANDARDS, BOULDER, COLORADO

SOLUBILITY OF BINARY MIXTURE OXYGEN-ARGON (70 TO 82 DEGREES K)

EXPERIMENTAL - TABLE (5 VALUES), EQUATION, GRAPH

RUSSIAN

62C FASTOWSKII, V.G. AND PETROVSKII, Y.V.

INVESTIGATIONS OF EQUILIBRIUM OF LIQUID-VAPOR IN THE SYSTEM OF

ARGON-OXYGEN

ZHUR. FIZ. KHIM. VOL.29, NO. 7, 1311-7 (1955)

VAPOR PRESSURE FOR BINARY SYSTEM OXYGEN-ARGON (89.3 TO 96.4 DEGREES K AND 1.2 TO 2 ATM.)

EXPERIMENTAL - TABLES (24 VALUES), GRAPHS

APPARATUS

RUSSIAN

39
62D FEDOROVA* M.F.

SOLUBILITY OF ACETYLENE AND CARBON DIOXIDE IN LIQUID NITROGEN

AND OXYGEN

ZHUR, FIZ. KHIM. VOL. 14* h22-6 (1940)

SOLUBILITY OF BINARY MIXTURES OXYGEN-ACETYLENE AND OXYGEN-CARBON

DIOXIDE (65 TO 98 DEGREES K)

EXPERIMENTAL - TABLE (13 VALUES). GRAPH

APPARATUS

RUSSIAN

62E FORTIER. A.

CONTRIBUTION A L«ETUDE DE LA VISCOSITE DE L'AIR ET DES GAZ

CONTRIBUTION ON THE VISCOSITY OF AIR AND OF GASES

PUBLS. SCI, ET TECH. MINISTERS AIR FRANCE NO. Ill, 1-75 (1937)

VISCOSITY (90 TO 273 DEGREES K AND 1 ATM.)

OXYGEN, NITROGEN, HYDROGEN

EXPERIMENTAL - TABLES (17 VALUES), GRAPHS

THEORETICAL - EQUATIONS

APPARATUS

FRENCH

63 FRANCK, E.U.

ZUR TEMPERATURABHANGIGKEIT DER WARMELEITFAHIGKEI T EINIGER GASE

TEMPERATURE DEPENDENCE OF THE THERMAL CONDUCTIVITY OF

SEVERAL GASES

Z. ELEKTROCHEM. VOL.55, 636-43 (1951)

THERMAL CONDUCTIVITY (100 TO 808 DEGREES K AND 0.1 TO 0.5 ATM.)

OXYGEN AND 10 GASES

EXPERIMENTAL - TABLES (15 VALUES), EQUATIONS

GERMAN

64 FRANCK, E.U.

WARMELEITUNG IN HOCHVERDICHTETEN GASEN

THERMAL CONDUCTION IN HIGHLY COMPRESSED GASES

CHEM. INGR. TECH. VOL.25, 238-44 (1953)

THERMAL CONDUCTIVITY (73 TO 573 DEGREES K AND TO 500 ATM.)

OXYGEN AND 9 GASES

EXPERIMENTAL - GRAPH, EQUATIONS

GERMAN

65 FRANK, A. AND CLUSIUS, K. PRAZISIONSMESSUNGEN DER VERDAMPFUNGSWARME DER GASE SAUERSTOFF,

SCHWEFELWASSERSTOFF, PHOSPHORWASSERSTOFF, ARGON, KOHLENOXYSULFID,

METHAN, UND MONODEUTERIOMETHAN

PRECISION MEASUREMENTS OF THE HEAT OF VAPORIZATION OF

THE GASES OXYGEN, HYDROGEN SULFIDE, ARGON, CARBONYL SULFIDE,

METHANE AND MONODEUTERIOMETHANE

Z. PHYSIK. CHEM. (LEIPZIG) V0L.B42, 395-421 (1939)

VAPOR PRESSURE, PHASE TRANSITION HEATS (87 DEGREES K AND 0.8 ATM.)

EXPERIMENTAL - TABLE (20 VALUES), EQUATION

APPARATUS

GERMAN

40
65A FRENKEL* J.I. AND GUBANOV* A.

TEMPERATURE DEPENDENCE OF THE SURFACE TENSION OF AMORPHOUS BODIES

ZHUR. EKSPTL. I TEORET. FIZ. VOL.16, 435-50 (1946)

THIS CITATION CAME TO OUR ATTENTION AFTER THE BIBLIOGRAPHY WAS

COMPLETED AND THE TRANSLATION OF THE PAPER COULD NOT BE OBTAINED

IN TIME TO INCLUDE A LISTING OF THE CONTENTS.

RUSSIAN

66 FRICKE, E.F.

COOLING EQUIPMENT DESIGN STUDY - THE THERMODYNAMICS OF OXYGEN*

HYDRAZINE AND FLUORINE

REPUBLIC AVIATION CORPORATION REPORT NO.F-5028-101 FARMINGDALE* L.I.»

NEW YORK

ASTIA ATI 121-150

P-V-T, SPECIFIC HEAT (P=CONSTANT AND V=CONSTANT)» VAPOR PRESSURE

PHASE TRANSITION HEATS» ENTROPY* ENTHALPY. HELMHOLTZ FUNCTION* INTERNAL

ENERGY

THEORETICAL - TABLES* EQUATION

67 FURUKAWA* G.T. AND MC COSKEY* R.E.

CONDENSATION LINE OF AIR AND HEATS OF VAPORIZATION OF OXYGEN

AND NITROGEN

NATL. ADVISORY COMM, AERONAUT. TECH. NOTE NO. 2969 (1953)

PHASE TRANSITION HEATS (68 TO 91 DEGREES K AND 0.05 TO 1 ATM.)

EXPERIMENTAL - TABLES (13 VALUES)* GRAPHS

68 GAFFEE* D.I. AND MONROE* A.G.

THE HEAT TRANSFER COEFFICIENT TO BOILING OXYGEN

PROC. INTERN. CONGR. REFRIG. 9TH CONGR. PARIS VOL.1* 1011-23 (1955)

HEAT TRANSFER COEFFICIENT (100 TO 350 DEGREES K AND 68 AND 155 ATM.)

EXPERIMENTAL - GRAPHS* EQUATIONS

APPARATUS

69 GALKOV. G.I. AND GERF* S.F.

VISCOSITY OF LIQUEFIED PURE GASES AND THEIR MIXTURES. II.

ZHUR. TEKH. FIZ. VOL.11* 613-6 (1941)

VISCOSITY (64 TO 90 DEGREES K AND 1 ATM.)

OXYGEN* NITROGEN* ETHANE* PROPANE* PROPYLENE*

EXPERIMENTAL - TABLES (11 VALUES )* GRAPHS

RUSSIAN

70 GALT* J.K.

SOUND ABSORPTION AND VELOCITY IN LIQUEFIED ARGON* OXYGEN* NITROGEN*

AND HYDROGEN

J. CHEM. PHYS. VOL.16* 505-7 (1948)

VELOCITY OF SOUND, ABSORPTION COEFFICIENT (60 TO 87 DEGREES K)

EXPERIMENTAL - TABLE (6 VALUES)

APPARATUS

41
71 GERF» S.F. AND GALKOV, G.I,

VISCOSITY OF LIQUEFIED PURE GASES AND THEIR MIXTURES. III. ZHUR. TEKH, FIZ. VOL.11* 801-8 (1941)

VISCOSITY (60 TO 300 DEGREES K AND 1 ATM.)

OXYGEN* NITROGEN, METHANE, ETHANE, ETHYLENE

EXPERIMENTAL - GRAPH

APPARATUS

RUSSIAN

72 GERMANN, A.F.O.

THE DENSITY OF OXYGEN

J. PHYS. CHEM. VOL.19, 437-77 (1915)

DENSITY (273 DEGREES K)

EXPERIMENTAL - TABLES (1 VALUE)

APPARATUS

73 GERMANN, F.E.E.

EINE BESTIMMUNG DER DAMPFDRUCK- UND DICHTEKURVEN DES SAUERSTOFFS

UNO KONSTRUKTION EINES APPARATES 2UR BESTIMMUNG KRITISCHER DATEN

A DETERMINATION OF VAPOR PRESSURE AND DENSITY CURVES OF

OXYGEN AND THE CONSTRUCTION OF AN APPARATUS FOR THE DETERMINATION

OF CRITICAL DATA

PHYSIK. Z. VOL.14, 857-60 (1913)

DENSITY, VAPOR PRESSURE (90 TO 137 DEGREES K AND 1 TO 25 ATM.)

EXPERIMENTAL - TABLES (40 VALUES), EQUATION

APPARATUS

GERMAN

74 GIAUQUE, W.F.

THE CALCULATION OF FREE ENERGY FROM SPECTROSCOPIC DATA

J. AM. CHEM. SOC. VOL.52, 4808-15 (1930)

ENTROPY, FREE ENERGY (GIBBS FUNCTION)

THEORETICAL - EQUATION

75 GIAUQUE, W.F. AND JOHNSTON. H.L.

THE HEAT CAPACITY OF OXYGEN FROM 12 DEGREES K TO ITS BOILING

POINT AND ITS HEAT OF VAPORIZATION, THE ENTROPY FROM

SPECTROSCOPIC DATA

J. AM. CHEM. SOC. VOL.51, 2300-21 (1929)

HEAT CAPACITY ( P = CONSTANT ) , ENTROPY (12 TO 90 DEGRFES K AND 1 ATM.)

BOILING POINT, MELTING POINT, TRANSITION POINTS, LATENT HEATS

EXPERIMENTAL - TABLES (92 VALUES), GRAPHS

THEORETICAL - TABLE (2 VALUES), EQUATIONS

APPARATUS

42
76 GIAUQUE* W.F.» JOHNSTON, H.L. AND KELLEY, K.K.

HYDROGEN GAS THERMOMETER COMPARED WITH THE OXYGEN AND HYDROGEN

VAPOR PRESSURE THERMOMETERS BY MEANS OF A COPPER - CONSTANTAN

THERMOCOUPLE

J. AM. CHEM. SOC. VOL.49, 2367-72 (1927)

VAPOR PRESSURE (70 TO 90 DEGREES K AND 0.1 TO 1 ATM.)

EXPERIMENTAL - TABLE (5 VALUES), EQUATION

APPARATUS

77 GOFF, J. A., GRATCH, S. AND VAN VOORHIS, S.W.

ZERO - PRESSURE THERMODYNAMIC PROPERTIES OF SOME MONATOMIC GASES

TRANS. AMER. SOC. MECH. ENGRS. VOL.72, 725-39 (1950)

SPECIFIC HEAT ( P = CONSTANT ) , ENTROPY, ENTHALPY (56 TO 2800 DEGREES K AND 1 ATM.)

OXYGEN AND 10 GASES

THEORETICAL - TABLES, EQUATIONS

78 GORDON, S. AND MC BRIDE, B.J.

THEORETICAL PERFORMANCE OF LIQUID HYDROGEN WITH LIQUID OXYGEN

AS A ROCKET PROPELLANT

NATL. AERONAUT. SPACE ADMIN. MEMORANDUM 5-21-59E (1959)

ASTIA AD-219-883

THERMAL CONDUCTIVITY, VISCOSITY, SPECIFIC HEAT ( P = CONSTANT ) , ENTHALPY

(114 TO 3534 DEGREES K AND 4 TO 40 ATM.), MELTING POINT, BOILING POINT,

DENSITY, MOLECULAR WEIGHT, PHASE TRANSITION HEATS

THEORETICAL - TABLES, GRAPHS

COMPILATION - DATA FROM 176, 220

79 GORDON, S. AND WILKINS, R.L.

THEORETICAL MAXIMUM PERFORMANCE OF LIQUID FLUORINE-LIQUID OXYGEN

MIXTURES WITH JP-4 FUEL AS ROCKET PROPELLANTS

NATL. ADVISORY COMM, AERONAUT. RESEARCH MEMO. RM E54 H09 (OCTOBER 1954)

ENTHALPY, (90 TO 300 DEGREES K AND 1 ATM.), ENTHALPY OF FUSION,

MOLECULAR WEIGHT, DENSITY, FREEZING POINT (MELTING POINT), BOILING

POINT

COMPILATION - DATA FROM 176, 220

GRATCH, S. VAPOR PRESSURE, SPECIFIC VOLUME, P-V-T DATA FOR VARIOUS GASES

TRANS. AM. SOC. MECH. ENGRS. VOL.70, 631-40 (1948)

COMPRESSIBILITY, P-V-T, VAPOR PRESSURE, BOILING POINT, EQUATION

OF STATE, VIRIAL COEFFICIENTS, CRITICAL POINT, TRIPLE POINT

LITERATURE SURVEY

GRILLY, E.R.

RELATIONSHIPS BETWEEN TRANSPORT PROPERTIES OF GASES

AM. J. PHYS. VOL.20, 447-50 (1952)

SPECIFIC HEAT ( P=CONSTANT ) , THERMAL CONDUCTIVITY, VISCOSITY (80 TO

380 DEGREES K AND 1 ATM.)

OXYGEN, HYDROGEN, CARGON DIOXIDE, CARBON MONOXIDE, NITROUS OXiDE,

NITRIC OXIDE, HELIUM, METHANE

THEORETICAL - GRAPHS, EQUATIONS

43
82 GRUNMACH, L. EXPERIMENTELLE BESTIMMUNG DER OBERFLACHENSPANNUNG VON VERFLUSSIGTEM

SAUERSTOFF UND VERFLUSSIGTEM STICKSTOFF

EXPERIMENTAL DETERMINATION OF THE SURFACE TENSION OF LIQUID OXYGEN

AND LIQUID NITROGEN

PHYSIK. Z. VOL.7, 740-4 (1906)

SURFACE TENSION OF BINARY MIXTURE NITROGEN-OXYGEN (91 DEGREES K AND

1 ATM.)

EXPERIMENTAL - TABLE (4 VALUES), GRAPHS

APPARATUS

GERMAN

83 GUGGENHEIM, E.A.

THE PRINCIPLE OF CORRESPONDING STATES

J. CHEM. PHYS. VOL.13, 253-61 (1945)

DENSITY, SECOND VIRIAL COEFFICIENT, COEFFICIENT OF THERMAL

EXPANSION, HEAT CAPACITY ( P=CONSTANT ) , TRIPLE POINT, CRITICAL

CONSTANTS, VAPOR PRESSURE* ENTROPY, SURFACE TENSION, BOYLE POINT

OXYGEN, NITROGEN, NEON, ARGON, CARBON MONOXIDE, METHANE,

XENON, KRYPTON, IDEAL GAS

THEORETICAL - TABLE (9 VALUES), GRAPH, EQUATIONS

83A GUGGENHEIM, E.A. AND MC GLASHAN, M.L,

CORRESPONDING STATES IN MIXTURES OF SLIGHTLY IMPERFECT GASES

PROC. ROY. SOC. (LONDON) VOL.A206, 448-63 (1951)

SECOND VIRIAL COEFFICIENT, EQUATION OF STATE FOR BINARY SYSTEM OXYGENNITROGEN (154 TO 2000 DEGREES K)

OXYGEN-NITROGEN, NITROGEN-HYDROGEN, ARGON-HYDROGEN, HYDROGEN-CARBON

MONOXIDE, METHANE-ETHANE, METHANE-N-BUTANE

THEORETICAL - GRAPH

COMPILATION - DATA FROM 107

84 HALL, N.A. AND IBELE, W.E.

TABULATION OF IMPERFECT GAS PROPERTIES FOR AIR, NITROGEN AND

OXYGEN

TRANS. AM. SOC. MECH. ENGRS. VOL.76, 1039-56 (1954)

SECOND AND THIRD VIRIAL COEFFICIENTS, COMPRESSIBILITY FACTOR

(56 TO 2800 DEGREES K)

THEORETICAL - TABLES, EQUATIONS

85 HALL, N.A. AND IBELE, W.E.

THERMODYNAMIC PROPERTIES OF AIR, NITROGEN AND OXYGEN AS

IMPERFECT GASES

UNIV. MINN. INST. TECHNOL. ENG. EXPT. STA. TECH. PAPER NO. 85 (1951)

ST. PAUL, MINN.

ASTIA AD 42301, 157 P. (1951)

ENTROPY, ENTHALPY, VELOCITY OF SOUND, HEAT CAPACITY (V=CONSTANT)

(P=CONSTANT) , COMPRESSIBILITY FACTOR, P-V-T, (55 TO 2800 DEGREES K AND 0.05915 TO 1173.7 ATM.), SECOND AND THIRD VIRIAL COEFFICIENTS

(55 TO 2800 DEGREES K)

ARGON, CARBON DIOXIDE

THEORETICAL - TABLES, EQUATIONS, GRAPHS

COMPILATION - DATA FROM 33, 100, 107, 126, 156, 163, 209, 211, 232

44
86 HALL» T.A, AND TSAO» P.H,

HEAT TRANSFER AT LOW TEMPERATURES BETWEEN TUBE WALLS AND GASES

IN TURBULENT FLOW

PROC. ROY. SOC. (LONDON) V0L.A191» 6-21 (1947)

HEAT TRANSFER COEFFICIENTS (133 TO 273 DEGREES K AND 1 TO 11 ATM.)

OXYGEN* NITROGEN, CARBON DIOXIDE

EXPERIMENTAL - TABLES (41 VALUES), GRAPH, EQUATIONS

APPARATUS

87 HAMMANN, G.

WARMELEITFAHIGKEIT VON FLUSSIGEM SAUERSTOFF, FLUSSI6EM STICKSTOFF

UND IHREN GEMISCHEN

THERMAL CONDUCTIVITY OF LIQUID OXYGEN AND LIQUID NITROGEN

AND THEIR MIXTURES

ANN. PHYSIK (5)» VOL.32, 593-607 (1938)

THERMAL CONDUCTIVITY FOR BINARY MIXTURE OXYGEN-NITROGEN (63 TO 83

DEGREES K AND 1 ATM.)

EXPERIMENTAL - TABLE (7 VALUES), GRAPHS, EQUATIONS

APPARATUS

GERMAN

88 HASELDEN, G.G. AND PETERS, J.I.

HEAT TRANSFER TO BOILING LIQUID OXYGEN AND LIQUID NITROGEN

TRANS. INST. CHEM. ENGRS. (LONDON) VOL.27, 201-8 (1949)

HEAT TRANSFER COEFFICIENT (90 DEGREES K AND NEAR 1 ATM,

EXPERIMENTAL - TABLE (11 VALUES), GRAPH

APPARATUS

88A HASELDEN, G.G. AND PROSAD, S.

HEAT TRANSFER FROM CONDENSING OXYGEN AND NITROGEN VAPOURS

TRANS. INST. CHEM. ENGRS. (LONDON) VOL.27, 195-200 (1949)

HEAT TRANSFER COEFFICIENT FOR BINARY SYSTEM OXYGEN-NITROGEN (90

DEGREES K AND 1 TO 5 ATM.)

EXPERIMENTAL - TABLES (31 VALUES), GRAPHS

APPARATUS

89 HAWKINS, G.A.

VIII. BRIEF REVIEW OF AVAILABLE DATA ON THE DYNAMIC VISCOSITY AND

THERMAL CONDUCTIVITY FOR TWELVE GASES

TRANS. AM. SOC. MECH. ENGRS. VOL.70, 655-9 (1948)

THERMAL CONDUCTIVITY, VISCOSITY

OXYGEN AND 11 GASES , SURVEY

90 HENNING, F. ESTABLISHMENT OF THE TEMPERATURE SCALE BETWEEN AND -193 DEGREES C ANN. PHYSIK VOL.43, 282-94 (1914)

VAPOR PRESSURE (88 TO 90 DEGREES K AND 0.8 TO 1.0 ATM.), BOILING POINT

(NORMAL)

OXYGEN AND 6 OTHER GASES

EXPERIMENTAL - TABLES

CODED FROM ABSTRACT

45
91 HENNINGi F. AND REUSE* W*

EINE NEUE BESTIMMUNG DER NORMALEN SIEDEPUNKTE VON SAUERSTOFF,

STICKSTOFF UND WASSERSTOFF

A NEW DETERMINATION OF THE NORMAL BOILING POINTS OF OXYGEN*

NITROGEN AND HYDROGEN

Z. PHYSIK VOL.23* 105-16 (1924)

VAPOR PRESSURE (69 TO 90 DEGREES K AND 0.05 TO 1 ATM.)* BOILING

POINT (NORMAL)

EXPERIMENTAL - TABLES (34 VALUES)

GERMAN

92 HENNING* F. AND OTTO* J.

DAMPFDRUCKKURVEN UND TRIPELPUNKTE IM TEMPERATUREGEBIET VON

14 GRAD BIS 90 GRAD ABS.

VAPOR PRESSURE CURVES AND TRIPLE POINTS IN THE TEMPERATURE

REGION FROM 14 TO 90 DEGREES ABSOLUTE

Z. PHYSIK VOL.37* 633-8 (1936)

PROC. INTERN. CONGR. REFRIG. 7TH CONGR. HAGUE-AMSTERDAM. VOL.1* NO. 3,

174-86 (1936)

VAPOR PRESSURE (66 TO 90 DEGREES K AND 0.03 TO 1 ATM.). TRIPLE

POINT. NORMAL BOILING POINT

OXYGEN* HYDROGEN* NEON* NITROGEN

EXPERIMENTAL - TABLES (22 VALUES). EQUATION

GERMAN

92A HERSH* C.K.

PRODUCTION AND PROPERTIES OF LIQUID OZONE AND LIQUID OZONE-OXYGEN

MIXTURES* A REVIEW

p. 427-44 IN PROGRESS IN ASTRONAUTICS AND ROCKETRY * VOL.2*

LIQUID ROCKETS AND PROPELLANTS

ACADEMIC PRESS INC.* NEW YORK. NEW YORK (I960)

SURFACE TENSION* VISCOSITY* DENSITY* HEAT CAPACITY ( P=CONSTANT ) * THERMAL CONDUCTIVITY* VAPOR PRESSURE* PHASE TRANSITION HEATS, MOLECULAR

WEIGHT. MELTING POINT, BOILING POINT. CRITICAL POINT, VISCOSITY FOR

BINARY MIXTURE OXYGEN-OZONE

COMPILATION - DATA FROM 186. IIIB, 112, 92B, 23

92B HERSH, C.K., BERGER. A.W. AND BROWN, J.R.C.

PHYSICAL PROPERTIES OF LIQUID OZONE-OXYGEN MIXTURES

DENSITY, VISCOSITY. AND SURFACE TENSION

ADV. CHEM. SER. VOL.21. 22-7 (1959)

SPECIFIC VOLUME. VISCOSITY. AND SURFACE TENSION FOR BINARY MIXTURE

OZONE-OXYGEN (77.5 AND 90 DEGREES K)

EXPERIMENTAL

APPARATUS

CODED FROM ABSTRACT ONLY

46
93 HERZBERG, F. EFFECTIVE DENSITY OF BOILING LIQUID OXYGEN

P. 526-32 IN ADVANCES IN CRYOGENIC ENGINEERING * VOL.5

PROCEEDINGS OF THE 1959 CRYOGENIC ENGINEERING CONFERENCE AT

UNIVERSITY OF CALIFORNIA* BERKELEY, CALIF., TIMMERHAUS» K.D. EDITOR

PLENUM PRESS, INC., NEW YORK (1960)

DENSITY (90 TO 97 DEGREES K AND 1 TO 2 ATM.)

EXPERIMENTAL - GRAPHS, EQUATIONS

APPARATUS

94 HEUSE, W. AND OTTO, J,

GASTHERMOMETRISCHE BESTIMMUNG EINIGER FIXPUNKTE UNTERHOLB GRAD

MIT TENSIONS- UND WIDERSTANDSTHERMOMETERN. II.

GAS THERMOMETER DETERMINATION OF SOME FIXED POINTS BELOW

DEGREES IN CONNECTION WITH PRESSURE AND RESISTANCE THERMOMETERS II.

ANN. PHYS. (5), VOL.9, 486-504 (1931)

BOILING POINT (NORMAL)

OXYGEN, HYDROGEN, CARBON DIOXIDE, MERCURY

EXPERIMENTAL - TABLE (26 VALUES)

THEORETICAL - EQUATIONS

GERMAN

95 HEUSE, W. AND OTTO, J,

EINE NEUE GASTHERMOMETRISCHE BESTIMMUNG VON FIXPUNKTEN UNTERHALB

GRAD IN VERBINDUNG MIT TENSIONS- UND WIDERSTANDSTHERMOMETERN

A NEW GAS THERMOMETRIC DETERMINATION OF SOME FIXED POINTS

BELOW DEGREES IN CONNECTION WITH PRESSURE AND RESISTANCE

THERMOMETERS.

ANN. PHYSIK (5), VOL.14, 185-92 (1932)

BOILING POINT (NORMAL)

OXYGEN, HYDROGEN, CARBON DIOXIDE, MERCURY

EXPERIMENTAL - TABLE (1 VALUE)

GERMAN

96 HILSENRATH, J. ET. ALo TABLES OF THERMAL PROPERTIES OF GASES (CHAPTER 8)

P. 369-436 IN NATL. BUR. STANDARDS CIRC. NO. 564, (1955)

REPRINTED AS TABLES OF THERMODYNAMIC AND TRANSPORT PROPERTIES OF

AIR, ARGON, CARBON DIOXIDE, HYDROGEN, NITROGEN, OXYGEN AND STEAM

PERGAMON PRESS, OXFORD (1960) 478 P.

P-V-T, EQUATION OF STATE, VIRIAL COEFFICIENTS, COMPRESSIBILITY

FACTOR, SPECIFIC HEAT ( P=CONSTANT ) » VELOCITY OF SOUND, VAPOR

PRESSURE, ENTROPY, ENTHALPY, THERMAL CONDUCTIVITY, PRANDTL NUMBER,

SPECIFIC HEAT RATIO., VISCOSITY

BOOK

47
97 HILSENRATH, J, AND TOULOUKIAN* Y.S.

VISCOSITY* THERMAL CONDUCTIVITY AND PRANDTL NUMBER FOR AIR*

OXYGEN* NITROGEN* NITRIC OXIDE* HYDROGEN* CARBON MONOXIDE*

CARBON DIOXIDE* WATER* HELIUM AND ARGON

TRANS. AM» SOC. MECH. ENGRS. VOL.76* NO. 6* 967-85 (1954)

SPECIFIC HEAT {P=CONSTANT ) * PRANDTL NUMBER* VISCOSITY (100 TO 2000

DEGREES K AND 1 TO 100 ATM.), THERMAL CONDUCTIVITY (100 TO 800

DEGREES K AND 1 ATM.

)

THEORETICAL - EQUATIONS

COMPILATION - DATA FROM 81* 117* 216

98 HIRSCH* M.

PRESSURE - TEMPERATURE CHART FOR VAPORS

IND. EN6. CHEM. VOL.34* 174-82 (1942)

TRIPLE POINT, VAPOR PRESSURE

OXYGEN* CARBON DIOXIDE* WATER* AMMONIA* SULFUR DIOXIDE,

ETHYLENE* BUTANE, FLUORO REFRIGERANTS

THEORETICAL - GRAPHS. EQUATIONS

99 HIRSCHFELDER* J.O.

HEAT CONDUCTIVITY IN POLYATOMIC OR ELECTRONICALLY EXCITED GASES

UNIVERSITY OF WISCONSIN NAVAL RESEARCH LAB. REPORT WIS-ONR 22

(1956) 14 P. ASTIA AD 91783

DIFFUSION COEFFICIENT, PRANDTL NUMBER (173-1073 DEGREES K AND NEAR

1 ATM.), THERMAL CONDUCTIVITY

OXYGEN AND 21 OTHER GASES

THEORETICAL - EQUATIONS* TABLE (10 VALUES)

100 HIRSCHFELDER* J* 0,, BIRD* R. B. AND SPOTZ* E. L. THE TRANSPORT PROPERTIES OF GASES AND GASEOUS MIXTURES. II.

CHEM. REV. VOL.44* NO.l. 205-31 (1949)

SECOND VIRIAL COEFFICIENT* THERMAL CONDUCTIVITY* VISCOSITY,

DIFFUSION COEFFICIENTS (100 TO 300 DEGREES K)

OXYGEN* 44 OTHER GASES

COMPILATION - DATA FROM 103* 116, 117

101 HIRSCHFELDER* J.O., BIRD* R.B. AND SPOTZ, E.L.

THE TRANSPORT PROPERTIES FOR NON-POLAR GASES

J. CHEM. PHYS. VOL.16* NO. 10* 968-81 (1948)

VISCOSITY (80 TO 1500 DEGREES K)» THERMAL CONDUCTIVITY

OXYGEN AND 10 OTHER GASES

THEORETICAL - TABLE (13 VALUES)

COMPILATION - DATA FROM 117

102 HIRSCHFELDER* J.O., BIRD* R.B. AND SPOTZ, E.L.

VISCOSITY AND OTHER PHYSICAL PROPERTIES OF GASES AND GAS

MIXTURES

TRANS. AM. SOC. MECH, ENGRS. VOL.71, 921-37 (1949)

EQUATION OF STATE, SECOND VIRIAL COEFFICIENTS, JOULE-THOMSON

COEFFICIENT, THERMAL CONDUCTIVITY, VISCOSITY, DIFFUSION COEFFICIENTS

OXYGEN AND 15 OTHER GASES

THEORETICAL - TABLES* EQUATIONS

48
103 HIRSCHFELDER* J»0. AND ROSEVEARE. W.E.

INTERMOLECULAR FORCES AND THE. PROPERTIES OF GASES

J. PHYS. CHEM. VOL.43, 15-35 (1939)

SECOND VIRIAL COEFFICIENTt COEFFICIENTS FOR BEATTIE-BRIDGEMAN EQUA - TIONf JOULE-THOMSON COEFFICIENTS

OXYGEN AND 11 OTHER GASES

THEORETICAL - TABLE (1 VALUE). EQUATIONS, GRAPHS

104 HODGMAN, CD. (EDITOR)

HANDBOOK OF CHEMISTRY AND PHYSICS , 37TH EDITION

CHEMICAL RUBBER PUBLISHING CO., CLEVELAND, OHIO (1956) 3109 P. VISCOSITY, SPECIFIC HEAT ( P=CONSTANT ) , SPECIFIC HEAT RATIO, VAPOR

PRESSURE, CRITICAL CONSTANTS, DENSITY, ENTROPY, VELOCITY OF SOUND,

EQUATION OF STATE, THERMAL CONDUCTIVITY

BOOK

105 HOGE, H.J,

THE NBS-NACA TABLES OF THERMAL PROPERTIES OF GASES. TABLE 9.50

VAPOR PRESSURE OF OXYGEN (DECEMBER 1949)

REPRINTED IN DOCUMENT NO, 231

VAPOR PRESSURE (54 TO 150 DEGREES K AND 0.0015 TO 41.620 ATM.)

COMPILATION - DATA FROM 5, 106

106 HOGE, H.J.

VAPOR PRESSURE AND FIXED POINTS OF OXYGEN AND HEAT CAPACITY IN

THE CRITICAL REGION

J. RESEARCH NATL. BUR. STANDARDS VOL.44, 321-45 (1950) RP2081

VAPOR PRESSURE (54 TO 156 DEGREES K AND NEAR ZERO TO 50 ATM.), HEAT

CAPACITY (SPECIFIC HEAT ) ( V=CONSTANT ) (125 TO 160 DEGREES K), TRIPLE

POINT, CRITICAL POINT, BOILING POINT

EXPERIMENTAL - TABLES (439 VALUES), GRAPHS, EQUATION

107 HOLBORN, L. AND OTTO, J.

UBER DIE ISOTHERMEN EINIGER GASE ZWISCHEN +400 GRAD UND -183 GRAD

THE ISOTHERMS OF SEVERAL GASES BETWEEN 400 AND -183 DEGREES

Z. PHYSIK VOL.33, 1-11 (1925)

P-V-T, EXPANSIVITY (90 TO 673 DEGREES K AND TO 0.1 ATM.)

OXYGEN, NITROGEN, HYDROGEN, NEON, ARGON, HELIUM, AIR

EXPERIMENTAL - TABLES (30 VALUES), EQUATION

GERMAN

108 HOLBORN, L. AND OTTO, J.

UBER DIE ISOTHERMEN EINIGER GASE BIS 400 GRAD UND IHRE BEDEUTUNG

FUR DAS GASTHERMOMETER

THE ISOTHERMS OF SEVERAL GASES UP TO 400 DEGREES AND THEIR

IMPORTANCE FOR THE GAS THERMOMETER

Z. PHYSIK VOL.23, 77-94 (1924)

P-V-T (248 TO 473 DEGREES K AND 0.0013 ATM.)

OXYGEN, NITROGEN, HYDROGEN, NEON, ARGON, HELIUM

EXPERIMENTAL - TABLES (16 VALUES), GRAPH, EQUATIONS

APPARATUS

GERMAN

49
108A HOLLEY, C.E.» WORLTON, W.J. AND ZEIGLER» R.K.

COMPRESSIBILITY FACTORS AND FUGACITY COEFFICIENTS CALCULATED FROM

THE BEATTIE-BRIDGEMAN EQUATION OF STATE FOR HYDROGEN, NITROGEN,

OXYGEN, CARBON DIOXIDE, AMMONIA, METHANE, AND HELIUM

U.S. ATOMIC ENERGY COMMISSION, LA - 2271, 51 P. (1959)

LOS ALAMOS SCIENTIFIC LABORATORY OF THE UNIVERSITY OF CALIFORNIA

LOS ALAMOS, NEW MEXICO

COMPRESSIBILITY FACTORS, FUGACITY COEFFICIENTS* CONSTANTS FOR BEATTIEBRIDGEMAN EQUATION OF STATE (100 TO 1000 DEGREES K AND 0.1 TO 100 ATM.)

COMPILATION - DATA FROM 96

109 HOLST, G.

ON THE MEASUREMENT OF VERY LOW TEMPERATURES. XXVI. THE VAPOR

PRESSURES OF OXYGEN AND NITROGEN ACCORDING TO THE PRESSURE

MEASUREMENTS BY V. SIEMENS AND THE TEMPERATURE DETERMINATIONS

BY KAMERLINGH ONNES

COMMUNS. PHYS. LAB. UNIV. LEIDEN N0.1A-8A (1915)

TRANSLATED FROM VERSLAG GEWONE VER. WIS NATUURK. AFDEEL. KON, AKAD

WET. AMSTERDAM VOL.25, 603-13 (1915)

VAPOR PRESSURE (57.40 TO 90.61 DEGREES K AND 0.04 TO 1 ATM.)

COMPILATION - DATA FROM 90, 189

109A HOMFRAY, I.F.

DIE ABSORPTION VON GASEN DURCH HOLZKOHLE

THE ABSORPTION OF GASES BY WOOD CHARCOAL

Z. PHYSIK. CHEM. (LEIPZIG) VOL.74, 129-201 (1910)

ADSORPTION (194.7 TO 273 DEGREES K AND TO 1 ATM.)

OXYGEN, NITROGEN, CARBON MONOXIDE, HELIUM, METHANE, ETHYLENE, CARBON

MONOXIDE, CARBON DIOXIDE, NI TROGEN-CARGON MONOXIDE, OXYGEN-HYDROGEN

EXPERIMENTAL - TABLE (12 VALUES), GRAPHS

APPARATUS

GERMAN

110 HOVI, V.

VELOCITY OF SOUND AT DIFFERENT TEMPERATURES IN HYDROGEN,

NITROGEN, AIR, OXYGEN AND CARBON DIOXIDE

ANN. ACAD. SCI. FENNICAE SER. A, VI., NO. 18, 1-18 (1959)

VELOCITY OF SOUND (205 TO 292 DEGREES K AND 1 ATM.), EQUATION OF

STATE, VIRIAL COEFFICIENTS, SPECIFIC HEAT ( V=CONSTANT ) , MOLECULAR

WEIGHT

EXPERIMENTAL - TABLE (21 VALUES), GRAPHS

THEORETICAL - EQUATIONS

APPARATUS

111 INGLIS, J.K.H.

THE ISOTHERMAL DISTILLATION OF NITROGEN AND OXYGEN AND OF

ARGON AND OXYGEN

PHIL. MAG. (6), VOL.11, 6A0-58 (1906)

VAPOR PRESSURE FOR BINARY MIXTURE NITROGEN-OXYGEN (74.7 AND 79.07

DEGREES K AND .13 TO .67 ATM.), VAPOR PRESSURE FOR BINARY MIXTURE

OXYGEN-ARGON (82 DEGREES K AND .395 TO .53 ATM.)

MIXTURES OF ORGANIC LIQUIDS

EXPERIMENTAL - TABLES (82 VALUES), GRAPHS

APPARATUS

50
lllA ISHKINt I«P. AND BOURBO, P.Z.

SOLUBILITY OF SOLID ACETYLENE AND CARBON DIOXIDE IN LIQUID OXYGEN*

NITROGEN, AND OXYGEN-NITROGEN MIXTURES

ZHUR. FIZ. KHIM. VOL.13, 1337-9 (1939)

SOLUBILITY OF BINARY MIXTURES OXYGEN-ACETYLENE AND OXYGEN-CARBON

DIOXIDE AND OF TERNARY MIXTURES OXYGEN-NITROGEN-ACETYLENE AND OXYGENNITROGEN-CARBON DIOXIDE (77 TO 90 DEGREES K)

EXPERIMENTAL - TABLE (12 VALUES), GRAPH

RUSSIAN

lllB JENKINS, A.C. AND BIRDSALL, CM.

THE LIQUID SYSTEM OZONE-OXYGEN

J. CHEM. PHYS. VOL, 22, 1779 (1954)

NORMAL BOILING POINT OF BINARY MIXTURE OZONE-OXYGEN

EXPERIMENTAL - TABLE (1 VALUE), GRAPH

112 JENKINS, A.C. AND DI PAOLO, F.S.

SOME PHYSICAL PROPERTIES OF PURE LIQUID OZONE AND OZONE-OXYGEN

MIXTURES

J. CHEM. PHYS. VOL.25, 296-301 (1956)

DENSITY, VISCOSITY (78 TO 90 DEGREES K AND 1 ATM.), SURFACE TENSION

(90 DEGREES K AND 1 ATM.), MELTING POINT

EXPERIMENTAL - TABLE (18 VALUES), GRAPHS

APPARATUS

112A JENKINS, A.C, DI PAOLO, F.S. AND BIRDSALL, CM.

THE SYSTEM OZONE-OXYGEN

J. CHEM. PHYS. VOL.23, 20A9-54 (1955)

SOLUBILITY OF BINARY MIXTURE OZONE-OXYGEN (78 TO 93 DEGREES K AND

.0001 TO .96 ATM.)

EXPERIMENTAL - TABLES (70 VALUES), GRAPHS

APPARATUS

113 JOHNS, T.F.

VAPOR-PRESSURE DIFFERENCES BETWEEN SOME OF THE ISOTOPIC SPECIES OF

CARBON MONOXIDE, METHANE AND OXYGEN, PART I. EXPERIMENTAL

ATOMIC ENERGY RESEARCH ESTAB. GT. BRIT. G.P./R-2166, 53 P. (1957)

ASTIA AD 156 458

VAPOR PRESSURE (65 TO 89.2 DEGREES K AND 0.02 TO 1 ATM,), TRANSITION POINTS

EXPERIMENTAL - TABLE (24 VALUES), GRAPH

114 JOHNSON, CA.

VISCOSITY OF GASEOUS MIXTURES

SYRACUSE UNIVERSITY, SYRACUSE, N,Y., PH, D, THESIS (1956) 129 P. ABSTRACTED IN DISSERTATION ABST. VOL, 17, 1283-4 (1957)

THIS CITATION CAME TO OUR ATTENTION AFTER THE BIBLIOGRAPHY WAS

COMPLETED AND THE PAPER COULD NOT BE OBTAINED IN TIME TO INCLUDE

A LISTING OF ITS CONTENTS.

51
115 JOHNSON, V.J. (EDITOR)

A COMPENDIUM OF THE PROPERTIES OF MATERIALS AT LOW TEMPERATURE

(PHASE I) . PART I. PROPERTIES OF FLUIDS. PART III. BIBLIOGRAPHY OF

REFERENCES (CROSS-INDEXED)

WRIGHT AIR DEVELOPMENT DIVISION TECHNICAL REPORT 60-56 (1960) 560 P. (NATIONAL BUREAU OF STANDARDS. CRYOGENIC ENGINEERING LABORATORY*

BOULDER. COLORADO)

DENSITY. THERMAL CONDUCTIVITY. SPECIFIC HEAT. ENTHALPY. HEAT OF

VAPORIZATION, VAPOR PRESSURE

BOOK

116 JOHNSTON, H.L. AND GRILLY. E.R.

THE THERMAL CONDUCTIVITIES OF EIGHT COMMON GASES BETWEEN 80 AND

380 DEGREES K J. CHEM. PHYS. VOL.14, 233-8 (1946)

THERMAL CONDUCTIVITY (86 TO 376 DEGREES K AND 1 ATM.)

OXYGEN, NITROGEN, HYDROGEN, CARBON DIOXIDE, CARBON MONOXIDE,

NITROUS OXIDE, NITRIC OXIDE, HELIUM, METHANE

EXPERIMENTAL - TABLES (52 VALUES). GRAPH

117 JOHNSTON, H.L. AND MC CLOSKEY, K.E.

VISCOSITIES OF SEVERAL COMMON GASES BETWEEN 90 DEGREES K AND

ROOM TEMPERATURE

J. PHYS. CHEM. VOL.44, 1038-58 (1940)

VISCOSITY (90 TO 300 DEGREES K AND ABOUT 1 ATM.)

OXYGEN, NITROGEN, HYDROGEN, CARBON DIOXIDE, NITROUS OXIDE,

NITRIC OXIDE. METHANE, AIR

EXPERIMENTAL - TABLES (41 VALUES). GRAPH

APPARATUS

118 JOHNSTON, H.L. AND WALKER, M.K.

HEAT CAPACITY CURVES OF THE SIMPLER GASES. II. HEAT CAPACITY.

ENTROPY AND FREE ENERGY OF GASEOUS OXYGEN FROM NEAR ZERO ABSOLUTE

TO 5000 DEGREES K J. AM. CHEM. SOC. VOL.55. 172-86 (1933)

HEAT CAPACITY (SPECIFIC HEAT ) ( P=CONSTANT ) . ENTROPY. FREE ENERGIES

(GIBBS FUNCTION) (0 TO 5000 DEGREES K AND 1 ATM.)

THEORETICAL - TABLES, GRAPHS

119 JUSTI, E. UBER DIE TRIPELPUNKTE DES STICKSTOFFS UND DES SAUERSTOFFS ALS

FESTPUNKTE DER TEMPERATURSKALA

ON THE TRIPLE POINTS OF NITROGEN AND OXYGEN AS FIXED POINTS

OF THE TEMPERATURE SCALE

ANN. PHYSIK (5). VOL.10, 983-91 (1931)

TRIPLE POINT

SURVEY

GERMAN

52
119A JUSTI* E. AND LAUE» M,

NEUARTIGE PHASENUMWANDLUNGEN BEI EINHEITLICHEN STOFFEN

NEW TYPE OF PHASE TRANSITION IN PURE SUBSTANCES

SIT2BER. PREUS5. AKAD. WISS. PHYSIK. MATH. K.L, 237-49 (1934)

MELTING POINT AND FREEZING POINT CURVES

OXYGEN

THEORETICAL - EQUATIONS* GRAPHS

GERMAN

120 KAGANER* M.G.

THE JOULE-THOMSON EFFECT AND THE EQUATION OF STATE OF GASES

WITH NON-POLAR MOLECULES

ZHUR. FIZ. KHIM. V0L.30» NO. 12, 2691-704 (1956)

DENSITY, EQUATION OF STATE, VIRIAL COEFFICIENTS, ENTHALPYi

JOULE-THOMSON COEFFICIENT (148 TO 403 DEGREES K AND 20 TO 360 ATM.)

OXYGEN, NITROGEN, NEON, ARGON, KRYPTON

EXPERIMENTAL - TABLES, GRAPHS

THEORETICAL - EQUATIONS

RUSSIAN

121 KAHLE, H. NEUE APPARATE FUR DIE BESTIMMUNG DER GASDICHTE NACH DEM

BUNSENSCHEN AUSSTROMUNGSPRINZIP

NEW APPARATUS FOR DETERMINING GAS DENSITIES BY BUNSON'S FLOW

PRINCIPLE

Z. ANGEW. CHEM. VOL.41, 876-80 (1928)

DENSITY

OXYGEN, NITROGEN, HYDROGEN, NEON, ARGON, HELIUM, CARBON

DIOXIDE, METHANE, AIR

EXPERIMENTAL

APPARATUS

GERMAN

122 KANDA, E., HASEDA, T. AND OTSUBO, A.

PARAMAGNETIC SUSCEPTIBILITY OF SOLID OXYGEN

SCI. REPTS. RESEARCH INSTS. TOHOKU UNIV. (A), VOL.7, 1-5 (1955)

PARAMAGNETIC SUSCEPTIBILITY (2 TO 77 DEGREES K AND 1 ATM.)

EXPERIMENTAL - GRAPH

APPARATUS

122A KASSEL, L.S. AND MUSKAT, M. SURFACE ENERGY AND HEAT OF VAPORIZATION OF LIQUIDS

PHYS. REV. VOL.40, 627-32 (1932)

SURFACE ENERGY, HEAT OF VAPORIZATION (80 TO 90 DEGREES K)

OXYGEN, HELIUM, NEON, ARGON, NITROGEN, CHLORINE

THEORETICAL - TABLE (2 VALUES)

53
123 KEESOM, W.H.

THERMODYNAMISCHE ONDERZOEKINGEN

THERMODYNAMIC INVESTIGATIONS

P. 89-163 IN HET NATUURKUNDIG LABORATORIUM PER RIJKSUNI VERSI TEIT TE

LEIDEN IN DE JAREN 1904-1922

THE PHYSICAL LABORATORY AT THE STATE UNIVERSITY AT LEIDEN

IN THE YEARS 1904-22

EDUARD IJDO» LEIDEN (1922)

PHYSIK. BER. V0L.4» 613 (1922) (ABSTRACT)

P-V-T (63 TO 154 DEGREES K AND 0.01 TO 50 ATM.)» VAPOR PRESSURE

(62 TO 90 DEGREES K AND 0.01 TO 1 ATM.). PHASE TRANSITION HEATS

(LATENT HEATS OF FUSION AND VAPORIZATION), JOULE-THOMSON EFFECT (NO

TEMPERATURE OR PRESSURE RANGE GIVEN), CRITICAL POINT, TRIPLE POINT

OXYGEN, NITROGEN, HYDROGEN, ARGON, NEON, HELIUM

COMPILATION - DATA FROM 28, 160, 162

DUTCH

124 KEESOM, W.H. , BIJLt A» AND VAN lERLAND, J.F.

LES DIAGRAMMES LOG P, W DU MONOXYDE DE CARBONE ET DE L«OXYGENE

LOG P - ENTHALPY DIAGRAMS OF CARBON MONOXIDE AND OXYGEN

COMMUNS. KAMERLINGH ONNES LAB. UNIV. LEIDEN SUPPL. N0.112D (1955)

TRANSLATION AVAILABLE FROM CRYOGENIC DATA CENTER,

NATIONAL BUREAU OF STANDARDS, BOULDER, COLORADO

P-V-T, ENTROPY, ENTHALPY (73 TO 473 DEGREES K AND 0.1 TO 300 ATM.)

THEORETICAL - GRAPHS

FRENCH

125 KEESOM, W.H. AND LISMAN, J.H.C.

COURBES DE FUSION DES GAS SOLIDIFIES

FUSION CURVES OF SOLIDIFIED GASES

PROC. INTERN. CONGR. REFRIG. 7TH CONGR., THE HAGUE-AMSTERDAM 151-5

(1936)

MELTING CURVE (54.4 TO 56»5 DEGREES K AND TO 200 ATM.)

OXYGEN, NEON, NITROGEN

COMPILATION - DATA FROM 144

FRENCH

125A KEESOM, W.H. AND SCHWEERS* J.

MEASUREMENTS OF THE ADSORPTION OF HELIUM ON SOLIDIFIED LAYERS OF SOME

GASES

PHYSICA VOL.8, 1032-43 (1941)

REPRINTED IN COMMUNS. KAMERLINGH ONNES LAB. LEIDEN NO. 264D (1941)

ADSORPTION ( 1 TO 4 DEGREES K AND TO .00001 ATM.)

HELIUM ON HYDROGEN, NITROGEN, NEON, OXYGEN

EXPERIMENTAL - TABLE (20 VALUES), GRAPH

126 KEESOM, W.H. , VAN ITTERBEEK, A. AND VAN LAMMEREN, J. A.

MEASUREMENTS ABOUT THE VELOCITY OF SOUND IN OXYGEN GAS

PROC. KONINKL. AKAD. WETTENSCHAP. AMSTERDAM VOL.34, 996 (1931)

REPRINTED IN COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 216D (1931)

VELOCITY OF SOUND (77 TO 273 DEGREES K AND 0.1 TO 1 ATM.)

EXPERIMENTAL - TABLES (30 VALUES), GRAPH, EQUATION

54
126A KERR» E.G.

PHYSICAL PROPERTY MEASUREMENTS AT LOW TEMPERATURES

PROC. INSTR. SOC. AM, VOL.10. PART 2» PAPER NO. 55-2-4 (1955)

MELTING POINT (54 TO 88 DEGREES K AND TO 3500 ATM.)

OXYGEN» NITROGEN, NEON » HYDROGEN* TRITIUM. DEUTERIUM. HELIUM 3 AND

EXPERIMENTAL - GRAPHS

APPARATUS

127 KEYES. F.G.

THE HEAT CONDUCTIVITY* VISCOSITY. SPECIFIC HEAT AND PRANDTL

NUMBERS FOR THIRTEEN GASES

SQUID TECHNICAL REPORT 37* MASSACHUSETTS INSTITUTE OF TECHNOLOGY.

CAMBRIDGE (1952) 33 P.

HEAT CONDUCTIVITY. VISCOSITY* SPECIFIC HEAT ( P=CONSTANT ) » PRANDTL

NUMBER (73 TO 1273 DEGREES K)

OXYGEN AND 12 OTHER GASES

COMPILATION - DATA FROM 101

128 KEYES. F.G,

SUMMARY OF VISCOSITY AND HEAT CONDUCTION DATA FOR HELIUM.

ARGON. OXYGEN. NITROGEN. CARBON MONOXIDE. CARBON DIOXIDE,

WATER AND AIR

TRANS. AM. SOC. MECH. ENGRS. VOL.73, 589-96 (1951)

THERMAL CONDUCTIVITY, VISCOSITY (90 "^0 375 DEGREES K)

COMPILATION - DATA FROM 102* 116, 117

129 KEYES. F.G.

THERMAL CONDUCTIVITY OF GASES

TRANS. AM. SOC. MECH. ENGRS. VOL.77. 1395-6 (1955)

THERMAL CONDUCTIVITY (85 TO 273 DEGREES K AND 1 TO 10 ATM.)

OXYGEN, NITROGEN, ARGON, CARBON DIOXIDE. XENON* KRYPTON* METHANE

EXPERIMENTAL - TABLES (9 VALUES). EQUATIONS

130 KISHIMOTO, T. AND NOMOTO. 0.

ON MOLECULAR SOUND VELOCITY OF LIQUIDS. I. CONSIDERATION ON THE

RAO'S RELATION BETWEEN THE TEMPERATURE COEFFICIENT OF SOUND

VELOCITY IN AND THE COEFFICIENT OF THERMAL EXPANSION OF LIQUIDS

J. PHYS. SOC. JAPAN VOL.9. 59-65 (1954)

EXPANSIVITY, COMPRESSIBILITY ( ADIABATIC )( ISOTHERMAL) . VELOCITY

OF SOUND

OXYGEN, NITROGEN, HYDROGEN, NEON, ARGON. HELIUM* CARBON

MONOXIDE, NITROUS OXIDE, NITRIC OXIDE* METHANE

THEORETICAL - GRAPHS. EQUATIONS

55
131 KISHIMOTO. T. AND NOMOTO, 0.

MOLECULAR SOUND VELOCITY OF LIQUIDS. lU DEPENDENCE OF THE

THERMAL EXPANSION COEFFICIENT AND THE TEMPERATURE COEFFICIENT

OF COMPRESSIBILITY OF LIQUIDS ON THE BOILING POINT

J. PHYS. SOC. JAPAN V0L.9» 66-72 (1954)

EXPANSION COEFFICIENT, COMPRESSIBILITY (ADIABATIC) ( ISOTHERMAL )

,

VELOCITY OF SOUND (50 TO 90 DEGREES K AND 0.3 TO 1 ATM.)

OXYGEN, h GASES* 29 ORGANIC LIQUIDS, 7 MOLTEN METALS

THEORETICAL - EQUATIONS

COMPILATION - DATA FROM 141, 142, 207

131A KNAPP, H.F.P.t KNOESTER, M. AND BEENAKKER, J.J.M.

THE VOLUME CHANGE ON MIXING FOR SEVERAL LIQUID SYSTEMS AND THE

DIFFERENCE IN MOLAR VOLUME BETWEEN THE ORTHO AND PARA MODIFICATIONS

OF THE HYDROGEN MOLECULE

PHYSICA VOL.27, 309-18 (1961)

REPRINTED IN COMMUNS. KAMERLINGH ONNES LAB. UNIV. LEIDEN NO. 25C (1961)

VOLUME CHANGE OF MIXING FOR BINARY SYSTEM OXYGEN-NITROGEN ( 77 DEGREES K)

VOLUME CHANGE OF MIXING FOR BINARY SYSTEM OXYGEN-ARGON (90 DEGREES K)

OXYGEN-ARGON, OXYGEN-NITROGEN, HYDROGEN-DEUTERIUM, NORMAL HYDROGENPARA HYDROGEN

EXPERIMENTAL - TABLE (13 VALUES), GRAPHS

APPARATUS

132 KNOBLER, CM., KNAAP , H.F»P. AND BEENAKKER, J.J.M.

MEASUREMENT OF VOLUME CONTRACTION AND HEAT OF MIXING OF OXYGENNITROGEN MIXTURES

PHYSICA VOL.26, 142 (1960)

VOLUME CONTRACTION, HEAT OF MIXING FOR BINARY SYSTEM OXYGEN-NITROGEN

(77 DEGREES K)

EXPERIMENTAL - GRAPH

132A KNOBLER, CM., VAN HEIJNINGEN, R.J.J. AND BEENAKKER, J.J.M.

EXCESS THERMODYNAMIC PROPERTIES OF THE LIQUID SYSTEMS OXYGEN-ARGON

AND OXYGEN-NITROGEN

PHYSICA VOL.27, 296-308 (1961)

REPRINTED IN COMMUNS. KAMERLINGH ONNES LAB. UNIV. LEIDEN NO. 326B

(1961)

HEAT OF MIXING, EXCESS GIBBS FUNCTION FOR BINARY SYSTEM OXYGENNITROGEN (77 DEGREES K), HEAT OF MIXING, EXCESS GIBBS FUNCTION FOR

BINARY SYSTEM OXYGEN-ARGON (86 DEGREES K)

EXPERIMENTAL - TABLES (40 VALUES), GRAPHS, EQUATIONS

APPARATUS

133 KOCH, H.A. JR. AND WILLIAMS, V.C.

GRAPHICAL RESIDUAL. ITS APPLICATIONS TO PHASE RELATIONS OF

OXYGEN AND NITROGEN

CHEM. ENGR. PROGR. VOL.43, 623-32 (1947)

VAPOR PRESSURE (60 TO 155 DEGREES K AND 0.2 TO 50 ATM.)

COMPILATION - DATA FROM 28, 50, 92, 160, 162

56
134 KOLSKY* H.6.

THE THERMODYNAMIC PROPERTIES OF 54 ELEMENTS CONSIDERED AS IDEAL

MONATOMIC GASES

UNIVERSITY OF CALIFORNIA* LOS ALAMOS SCIENTIFIC LAB.» LOS ALAMOS*

NEW MEXICO. REPORT NO. LA 2110. 138 P. (1957)

ENTHALPY* SPECIFIC HEAT ( P=CONSTANT ) ENTROPY* FREE ENERGY (GIBBS

FUNCTION) (10 TO 8000 DEGREES K)

OXYGEN AND 53 OTHER ELEMENTS

THEORETICAL - TABLE (560 VALUES)* EQUATIONS

135 KONOWALOW* D.D.* HIRSCHFELDER* J.O. AND LINDER, B. LOW-TEMPERATURE* LOW-PRESSURE TRANSPORT COEFFICIENTS FOR GASEOUS

OXYGEN AND SULFUR ATOMS

J. CHEM. PHYS. VOL.31, NO. 6* 1575-9 (1959)

VISCOSITY* THERMAL CONDUCTIVITY (5 TO 350 DEGREES K)

THEORETICAL - EQUATIONS, TABLE (24 VALUES)

136 KOSTRYUKOVA* M,0,

SPECIFIC HEAT OF SOLID OXYGEN BETWEEN 20 AND 4 DEGREES K ZHUR. EKSPTL. I TEORET. FIZ. VOL.30* 1162-4 (1956)

TRANSLATION IN SOVIET PHYS. JETP VOL.3, 771-2 (1956)

SPECIFIC HEAT (4 TO 20 DEGREES K AND 1 ATM.)

EXPERIMENTAL - TABLE (72 VALUES)* GRAPH

RUSSIAN

137 KOSTRYUKOVA* M.O. AND STRELKOV* P.G.

THE HEAT CAPACITY OF SOLID OXYGEN BELOW 4 DEGREES K DOKLADY AKAD. NAUK. S.S.S.R. VOL.90* 525-8 (1953)

HEAT CAPACITY (0 TO 4.2 DEGREES K AND 1 ATM.)

EXPERIMENTAL - GRAPH

APPARATUS

RUSSIAN

137A KRITSCHEWSKY* I«R. AND TOROTSCHESCHNI KOW* N.S.

THERMODYNAMIK DES FLUSS IGKEITDAMPFGLEICHGEWICHTS IM STICKSTOFFSAUERSTOFF SYSTEM

THERMODYNAMICS OF THE SOLID VAPOR PRESSURE EQUILIBRIUM IN THE NITROGENOXYGEN SYSTEM

Z. PHYSIK. CHEM. (LEIPZIG) V0L.A176, 338-46 (1936)

VAPOR PRESSURE* ENTHALPY* ENTROPY* FUGACITY OF BINARY MIXTURE NITROGENOXYGEN (126.78 TO 131.57 DEGREES K AND 2 TO 32 ATM.)

EXPERIMENTAL - TABLES (65 VALUES), GRAPHS

GERMAN

57
137B KUENEN» J. P., VERSCHOYLE. T. AND VAN URK» A. TH.

ISOTHERMS OF DI-ATOMIC SUBSTANCES AND THEIR BINARY MIXTURES XX. THE

CRITICAL CURVE OF OXYGEN-NI TROGEN MIXTURES, THE CRITICAL PHENOMENA AND

SOME ISOTHERMS OF TWO MIXTURES WITH 50 AND 75 PERCENT BY VOLUME OF

OXYGEN IN THE NEIGHBOURHOOD OF THE CRITICAL POINT

KONINKL. NED. AKAD. WETENSCHAP. PROC. VOL.26, 49-64 (1923)

REPRINTED IN COMM'JNS. PHYS. LAB. LEIDEN NO. 161 (1923)

VAPOR PRESSURE, SATURATED DENSITY, P-V-T (123 TO 153 DEGREES K AND

25 TO 60 ATM.

)

EXPERIMENTAL - TABLE (300 VALUES), GRAPH

APPARATUS

137C KUYPERS, H.A.

ISOTHERMS OF DI-ATOMIC SUBSTANCES AND THEIR BINARY MIXTURES XXVI.

ON THE BEHAVIOR OF OXYGEN ACCORDING TO THE LAW OF CORRESPONDING STATES

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 169B (1924)

REPRINTED FROM PROC. INTERN. CONGR. REFRIG. 4TH CONGR., LONDON (1924)

VIRIAL COEFFICIENTS, OFNSITY (157 TO 233 DEGREES K)

THEORETICAL - TABLES (140 VALUES), GRAPHS

138 LATIMER, R.E.

VAPOR-LIQUID EQUILIBRIUM OF NITROGEN-ARGON-OXYGEN MIXTURES

A. I, CH. E. JOURNAL VOL, 3, NO. 1 , 75-82 (1957)

ALSO AVAILABLE FRO"^, AMERICAN DOCUMENTATION INSTITUTE, AUXILIARY

PUBLICATIONS SERVICE, LIBRARY OF CONGRESS, WASHINGTON 25, D.C.

DOCUMENT NO. 5032

VAPOR PRESSURE, PHA'^E TRANSITION HEATS FOR TERNARY MIXTURE NITROGENARGON-OXYGEN (65 TO 125 DEGREES K AND 0.2 TO 20 ATM.)

THEORETICAL - TABLES (110 VALUES), GRAPHS, EQUATIONS

138A LEBEDEV, M.E.

SUPERHEATING AND BOILING OF LIQUID OXYGEN

KISLORQD VOL.12, 15-21 (1959)

THIS CITATION CAME TO OUR ATTENTION AFTER THE BIBLIOGRAPHY WAS

COMPLETED AND THE TRANSLATION OF THE PAPER COULD NOT BE OBTAINED

IN TIME TO INCLUDE A LISTING OF THE CONTENTS.

RUSSIAN

139 LEE, J.F.

SPECIFIC HEAT OF GA9ES AT THE CRITICAL POINT

Z. AMGEW. MATH. I j . PHYS. VOL.4, 401-4 (1953)

SPECIFIC HEAT ( V=CONST ANT ) , SONIC VELOCITY, CRITICAL CONSTANTS,

JOULE-THOMSON COEFFICIENT (155 DEGREES K AND 50 ATM.)

OXYGEN, NITROGEN, CARBON DIOXIDE

THEORETICAL - TABLE, EQUATIONS
140 LIGHT* W. JR.

THE VARIATION

TEMPERATURE

J. PHYS. CHEM.

AND STECHERT* D.

OF THE VISCOSITY OF GASES AND VAPORS WITH

VOL.48* 23-47 (1944)

VISCOSITY (82 TO 1102 DEGREES K)» CRITICAL CONSTANTS

OXYGEN* 25 OTHER GASES

THEORETICAL - EQUATIONS* TABLES* GRAPH, NOMOGRAPH

COMPILATION - DATA FROM 216

141 LIEPMANN* H.W.

UBER DIE MESSUNG DER SCHALLGESCHWINDIGKEIT IN FLUSSIGEM SAUERSTOFF

CONCERNING THE MEASUREMENT OF THE VELOCITY OF SOUND IN LIQUID

OXYGEN

HELV. PHYS. ACTA VOL.9* 507-10 (1936)

VELOCITY OF SOUND, COMPRESSIBILITY (63 TO 93 DEGREES K AND 0.01 TO

1.3 ATM.)

EXPERIMENTAL - GRAPHS

APPARATUS

GERMAN

142 LIEPMANN, H.W.

DIE SCHALLGESCHWINDIGKEIT IN FLUSSIGEM SAUERSTOFF ALS FUNKTION

DER SIEDETEMPERATUR BEI FREQUENZEN VON 7.5 UND 1.5 X 10 ZU DEN

6 TEN EXPONENT HZ

THE VELOCITY OF SOUND IN LIQUID OXYGEN AS A FUNCTION OF THE

BOILING TEMPERATURES AT FREQUENCIES OF 7.5 AND 1.5 X 10 TO THE

SIXTH POWER CYCLES PER SECOND

HELV. PHYS. ACTA VOL.11, 381-96 (1938)

VELOCITY OF SOUND* COMPRESSIBIL ITY ( ISOTHERMAL )( ADIABATIC ) » SPECIFIC

HEAT (P=CONSTANT) (63 TO 90 DEGREES K AND 1 ATM.)

EXPERIMENTAL - TABLE (22 VALUES), GRAPHS

APPARATUS

GERMAN

143 LILEY* P.E.

SURVEY OF RECENT WORK ON THE VISCOSITY* THERMAL CONDUCTIVITY* AND

DIFFUSION OF GASES AND LIQUEFIED GASES BELOW 500 DEGREES K THERMOPHYSICAL PROPERTIES RESEARCH CENTER, PURDUE UNIVERSITY,

LAFAYETTE, INDIANA. TPRC REPT. 13* 33 P. (1961)

VISCOSITY, THERMAL CONDUCTIVITY* DIFFUSION COEFFICIENTS

BIBLIOGRAPHY

144 LISMAN, J.H.C. AND KEESOM* W.H.

THE MELTING CURVE OF OXYGEN TO 170 KG/SQ CM

COMMUNS. KAMMERLINGH ONNES LAB. UNIV. LEIDEN N0.239A (1935)

REPRINTED FROM PHYSICA VOL.2, 901 (1935)

MELTING POINT (54.5 TO 56.5 DEGREES K AND 14 TO 190 ATM.), TRIPLE POINT

EXPERIMENTAL - TABLES (10 VALUES), GRAPH

59
145 LYDERSEN. A. L.t GREENKORN* R. A. AND HOUGEN» 0. A,

GENERALIZED THERMODYNAMIC PROPERTIES OF PURE GASES AND LIQUIDS

WISCONSIN UNIV. ENG. EXPT. STA. REPT. NO. 4, 99 P (1955)

P-V-T* COMPRESSIBILITY FACTOR* ENTHALPY* ENTROPY* HEAT CAPACITY

(P=CONSTANT) » VAPOR PRESSURE* PHASE TRANSITION HEATS (80 TO 2300

DEGREES K AND 0.5 TO 1500 ATM.), CRITICAL CONSTANTS

OXYGEN* 81 COMPOUNDS

COMPILATION - DATA FROM 151* 220

146 MADAN* M. P.

TRANSPORT PROPERTIES OF SOME GAS MIXTURES

PROC. NAT. INST. SCI. INDIA VOL.19* 713-9 (1953)

DIFFUSION COEFFICIENT (100 TO 300 DEGREES K)

OXYGEN. 8 OTHER GASES

THEORETICAL - TABLES (17 VALUES)

146A MARKHAM* J.J.* BEYER* R.T. AND LINDSAY* R.B.

ABSORPTION OF SOUND IN FLUIDS

REV. MOD. PHYS. VOL. 23* 353-411 (1951)

VELOCITY AND ABSORPTION OF SOUND* THERMAL CONDUCTIVITY* VISCOSITY

(87 DEGREES K)

OXYGEN* HYDROGEN* ARGON* MERCURY* NITROGEN. HELIUM* CARBON DIOXIDE,

CARBON BISULFIDE* SEVERAL ORGANIC COMPOUNDS AND SEVERAL INORGANIC

SOLUTIONS

THEORETICAL - TABLES* GRAPHS* EQUATIONS

COMPILATION - DATA FROM 109A* 212

APPARATUS

147 MASI * J.F.

SURVEY OF EXPERIMENTAL DETERMINATIONS OF HEAT CAPACITY OF TEN

TECHNICALLY IMPORTANT GASES

TRANS. AM. SOC. MECH. ENGRS. VOL.76* NO. 7* 1067-74 (1954)

HEAT CAPACITY (P=CONSTANT) (100 TO 3000 DEGREES K AND 1 ATM.)

OXYGEN* NITROGEN* HYDROGEN* CARBON DIOXIDE* CARBON MONOXIDE*

NITRIC OXIDE* WATER* AMMONIA, METHANE* AIR

COMPILATION - DATA FROM 96

148 MATHIAS* E. L'ETUDE DE LA COURSE DES DENSITES A BASSE TEMPERATURE AU

LABORATOIRE CRYOGENE DE LEIDEN

STUDY OF DENSITY CURVES AT LOW TEMPERATURES

P. 165-98 IN HET NATUURKUNDIG LABORATORIUM DER RI JKSUNI VERSI TEI T TE

LEIDEN IN DE JAREN 1904-1922

THE PHYSICAL LABORATORY AT THE STATE UNIVERSITY AT LEIDEN

IN THE YEARS 1904-22

EDUARD IJDO* LEIDEN (1922)

PHYSIK. BER. VOL.4, 701-2 (1923) (ABSTRACT)

DENSITY (63 TO 153 DEGREES K AND 50 ATM.)* CRITICAL CONSTANTS

OXYGEN. HYDROGEN* NEON* ARGON, HELIUM* CARBON DIOXIDE* XENON*

METHANE. AIR

EXPERIMENTAL - TABLE (14 VALUES)

APPARATUS

FRENCH* ABSTRACT IN GERMAN

60
148A MATHIAS* E. AND CROMMELIN, C»A.

REPORT ON THE WORK DONE IN THE LEIDEN CRYOGENIC LABORATORY CONCERNING

THE EQUATION OF STATE OF ARGON, NEON AND HYDROGEN BETWEEN THE THIRD AND

THE FOURTH INTERNATIONAL CONGRESS OF REFRIGERATION

PROC. INTERN. CONGR. REFRIG. 4TH CONOR, LONDON 89-106 (1924)

CRITICAL POINT, BOILING POINT (NORMAL), TRIPLE POINT

OXYGEN, NITROGEN, HELIUM

REVIEW - TABLE (3 VALUES)

149 MATHIAS, E., CROMMELIN, C.A« AND ONNES, H,K.

LA CHALEUR DE VAPORISATION ET LA DIFFERENCE M»-M DES CHALEURS

SPECIFIQUES A L'ETAT DE SATURATION POUR L • ARGON , L»OXYGENE»

L'AZOTE ET L^HYDROGENE

THE HEAT OF VAPORIZATION AND THE DIFFERENCE OF SPECIFIC HEATS

AT SATURATION CONDITIONS FOR ARGON, OXYGEN, NITROGEN AND HYDROGEN

COMMUNS. PHYS. LAB. UNIV. LEIDEN N0.162A (1922)

REPRINTED FROM ANN, PHYS. (9E) VOL.19, 239-47 (1923)

SPECIFIC HEAT ( P=CONSTANT ) , PHASE TRANSITION HEATS (63 TO

153 DEGREES K AND O.Ol TO 46 ATM.)

EXPERIMENTAL - TABLE (7 VALUES), EQUATIONS

FRENCH

150 MATHIAS, E. AND ONNES, H.K.

RECTILINEAR DIAMETER FOR OXYGEN

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 117 (1911)

DENSITY, VAPOR PRESSURE, RECTILINEAR DIAMETER (63 TO 153 DEGREES K AND 0.01 TO 46 ATM.), CRITICAL CONSTANTS

EXPERIMENTAL - TABLE (7 VALUES), GRAPH, EQUATIONS

APPARATUS

150A MC KINLEY, C. AND WANG, E.S.J.

HYDROCARBON-OXYGEN SYSTEMS SOLUBILITY

P. 11-25 IN ADVANCES IN CRYOGENIC ENGINEERING , VOL.4,

PROCEEDINGS OF THE 1958 CRYOGENIC ENGINEERING CONFERENCE AT

MASSACHUSETTS INSTITUTE OF TECHNOLOGY, CAMBRIDGE, MASS.,

TIMMERHAUS, K.D. , EDITOR, PLENUM PRESS, INC., NEW YORK (1960) 498 P. SOLUBILITY OF OXYGEN IN METHANE, ETHANE, ETHYLENE, PROPANE,

PROPYLENE, OZONE, ISOBUTANE, N-BUTANE, NEO-PENTANE, N-PENTANE,

N-HEXANE, N-DECANE, BUTENE-1, PENTENE-1, I SO-BUTYLENE » PENTENE-2,

HEXENE-1, OCTENE-1 (55 TO 111 DEGREES K)

EXPERIMENTAL - GRAPHS

COMPILATION - DATA FROM 62A, 62D, lllA, 202A

APPARATUS

151 MEYERS, C. H.

PRESSURE - VOLUME - TEMPERATURE DATA FOR OXYGEN

J. RESEARCH NATL. BUR. STANDARDS VOL.40, 457-66 (1948)

P-V-T, SECOND AND THIRD VIRIAL COEFFICIENTS, EQUATION OF STATE

(100 TO 473 DEGREES K AND TO 400 ATM.)

COMPILATION - DATA FROM 220

61
152 MILLAR, R.W. AND SULLIVAN, J.D.

THERMODYNAMIC PROPERTIES OF OXYGEN AND NITROGEN

U. S. BUR. MINES TECH. PAPER NO. 424, 1-20 (1928)

P-V-T, HEAT CAPACITY ( P=CONSTANT ) , VAPOR PRESSURE, PHASE TRANSITION HEATS, ENTROPY, HEAT CONTENT (ENTHALPY) (90.15 TO 300 DEGREES K AND 1 TO 62.43 ATM.)

COMPILATION - DATA FROM 2, 39, 50, 150, 162, 184

153 MILLS, R.L. AND GRILLY, E.R.

MELTING CURVES FOR HELIUM 3, HELIUM 4» HYDROGEN, DEUTERIUM, NEON,

NITROGEN AND OXYGEN UP TO 3500 KG/SQUARE CENTIMETERS

PHYS. REV. VOL.99, NO. 2, 480-6 (1955)

MELTING POINT (54 TO 85 DEGREES K AND TO 4000 ATM.)

EXPERIMENTAL - GRAPHS, EQUATIONS

APPARATUS

153A MOESSEN, G.W.

THE THERMODYNAMIC TEMPERATURE SCALE BELOW 90 DEGREES K. THE NORMAL

BOILING POINT OF OXYGEN ON THE THERMODYNAMIC SCALE. THE NORMAL

BOILING POINT OF NORMAL HYDROGEN ON THE THERMODYNAMIC SCALE

PENNSYLVANIA STATE UNIVERSITY, STATE COLLEGE, PA. PH.D. THESIS (1955)

88 P. UNIVERSITY MICROFILMS, ANN ARBOR, MICH.

BOILING POINT (NORMAL)

EXPERIMENTAL - TABLE (1 VALUE)

APPARATUS

154 MOLES, E. AND SALAZAR, M.T.

LA RELACION DE DENSIDADES NORMALES DE CARBON OXYDE Y OXYGEN.

PESOS ATOMICOS DEL CARBANO Y DEL NITROGENO

THE RELATION BETWEEN THE NORMAL DENSITIES OF CARBON MONOXIDE

AND OXYGEN. THE ATOMIC WEIGHT OF CARBON AND NITROGEN

ANALES REAL SOC. ESPAN. FIS. Y OUIM. VOL.32, 954-78 (1934)

DENSITY (200 TO 258 DEGREES K AND 0.5 TO 1 ATM.)

EXPERIMENTAL - TABLES (7 VALUES)

THEORETICAL - EQUATIONS

APPARATUS

SPANISH

155 MONROE, A.G. , BRISTOW, H.A.S. AND NEWELL, J.E.

HEAT TRANSFER TO BOILING LIQUIDS AT LOW TEMPERATURES AND

ELEVATED PRESSURES

J. APPL. CHEM. (LONDON) VOL.2, 613-24 (1952)

HEAT TRANSFER COEFFICIENT (100 TO 150 DEGREES K AND 1 TO 150 ATM.)

OXYGEN, NITROGEN

EXPERIMENTAL - GRAPHS

APPARATUS

62
155A MULLINS» J.C.» ZIEGLER* W.T. AND KIRK* B.S.

THERMODYNAMIC PROPERTIES OF OXYGEN FROM 20 TO 100 DEGREES K ENGINEERING EXPERIMENT STATION* GEORGIA INSTITUTE OF TECHNOLOGY*

ATLANTA* GEORGIA. TECHNICAL REPORT ON PROJECT NO. A-593 ON

CONTRACT NO. CST - 7339* NATIONAL BUREAU OF STANDARDS* CRYOGENIC

ENGINEERING LABORATORY* BOULDER* COLORADO

(TO BE PUBLISHED IN 1962)

THIS REPORT WILL INCLUDE A T-S DIAGRAM (0 TO 100 DEGREES K AND TO

2.5 ATM.)

155B NASON* W.C.

SOME PHYSICAL PROPERTIES OF AIR AND ITS COMPONENTS

AERO MEDICAL LAB. WRIGHT FIELD, DAYTON* OHIO

CONTRACT NO. W 33-038 AC-2031

CONTRACTOR. MASSACHUSETTS INSTITUTE OF TECHNOLOGY, CAMBRIDGE. MASS.

DENSITY (20.7. 90* AND 273 DEGREES K AND 1 ATM.), THERMAL CONDUCTIVITY

(273 DEGREES K AND 1 ATM.)* HEAT OF VAPORIZATION (90 TO 154 DEGREES K AND 1 TO 50 ATM.), VAPOR PRESSURE (54 TO 154 DEGREES K AND TO 50 ATM)

HEAT CAPACITY ( P=CONSTANT ) ( 13 TO 400 DEGREES K)» VISCOSITY (54 TO 300

DEGREES K), BOILING POINT (NORMAL), FREEZING POINT, CRITICAL POINT*

TRIPLE POINT

OXYGEN* CARBON DIOXIDE. ARGON* NITROGEN* HYDROGEN* HELIUM

COMPILATION - DATA FROM 75* 92* 117* 180. 179

156 NIJHOFF* G.P. AND KEESOM, W.H.

ISOTHERMS OF DIATOMIC SUBSTANCES AND THEIR BINARY MIXTURES.

XXXIII. ISOTHERMS OF OXYGEN BETWEEN -40 AND -152.5 DEGREES C AND 3 TO 9 ATM.

COMMUNS. PHYS. LAB. UNIV. LEIDEN N0.179B (1925)

TRANSLATED FROM VERSLAG GEWONE VERGADER. AFDEEL. NATUURK. KONINKL.

AKAD. WETENSCHAP. AMSTERDAM VOL.34, 905-912 (1925)

P-V-T (120 TO 230 DEGREES K AND 3 TO 9 ATM.)

EXPERIMENTAL - TABLES (57 VALUES), GRAPH

APPARATUS

157 NISSAN, A.H.

VISCOSITY - TEMPERATURE FUNCTIONS OF LIQUIDS

PHIL. MAG. VOL.32, 441-56 (1941)

VISCOSITY (45 TO 90 DEGREES K AND 1 ATM.)

OXYGEN AND APPROXIMATELY 75 OTHER ELEMENTS AND COMPOUNDS

THEORETICAL - GRAPH, EQUATIONS

157A NOEGGERATH, W.C.

SIMPLIFIED METHOD FORI RATING LIQUID ROCKET PROPLi-LANTS

HEADQUARTERS AIR MATERIAL COMMAND, WRIGHT-PATTERSON AIR FORCE BASE,

DAYTON, OHIO, TECH. REPT. NO. F-TR-2191-ND (1948) 16 P. ASTIA ATI-26852

DENSITY, HEAT OF FORMATION, HEAT OF VAPORIZATION (90 DEGREES K AND

1 ATM.), ENTHALPY (90 TO 273 DEGREES K)

OXYGEN AND 40 ROCKET OXIDANTS AND PROPELLANTS

COMPILATION - SOURCE NOT INDICATED

63
158 NOMOTO* 0. AND KISHIMOTO, T. ON MOLECULAR SOUND VELOCITY OF LIQUIDS. III. CONSIDERATION ON

RAO'S RELATION ON THE DEPENDENCE OF MOLECULAR SOUND VELOCITY ON

CRITICAL CONSTANTS

J. PHYS. SOC. JAPAN VOL.9* 73-77 (1954)

DENSITY, EQUATION OF STATE» SPECIFIC HEAT RATIOS, SONIC VELOCITY*

CRITICAL CONSTANTS (TEMPERATURE AND PRESSURE NOT STATED)

OXYGEN, NITROGEN, HYDROGEN, ARGON, HELIUM, METHANE, AND 29

ORGANIC LIQUIDS

THEORETICAL - EQUATIONS

58A NUTTALL, R.L.

THERMAL PROPERTIES OF GASES, TABLE 9.42. MOLECULAR OXYGEN. THERMAL

CONDUCTIVITY

NATL. BUR. STANDARDS* HEAT AND POWER DIVISION

REPRINTED IN 96

159 OLSZEWSKI* C.

ON THE LIQUEFACTION OF GASES

PHIL. MAG. (5), VOL.39* 188-212 (1895)

DENSITY (90 DEGREES K AND 1 ATM.), CRITICAL POINT, BOILING POINT

OXYGEN, OZONE AND 17 OTHER GASES

EXPERIMENTAL

APPARATUS

160 ONNES, H.K. AND BRAAK, C.

ON THE MEASUREMENT OF VERY LOW TEMPERATURES. XXI. ON THE

STANDARDIZING OF TEMPERATURES BY MEANS OF BOILING POINTS OF PURE

SUBSTANCES, THE DETERMINATION OF THE VAPOR PRESSURE OF OXYGEN

AT THREE TEMPERATURES

COMMUNS. PHYS. LAB. UNIV* LEIDEN N0.107A (1908)

TRANSLATED FROM VERSLAG GEWONE VERGADER. AFDEEL. NATUURK. KONINKL,

AK.AD. WETENSCHAP. AMSTERDAM 86-93 (1908)

VAPOR PRESSURE (84 TO 91 DEGREES K AND 0.5 TO 1,1 ATM.),

BOILING POINT (NORMAL)

EXPERIMENTAL - TABLES (4 VALUES)

161 ONNES, H.K. AND CROMMELIN, C.A.

ISOTHERMS OF MONATOMIC SUBSTANCES AND OF THEIR BINARY MIXTURES. XI REMARKS UPON THE CRITICAL TEMPERATURE OF NEON AND UPON THE

MELTING POINT OF OXYGEN

COMMUNS. PHYS. LAB. UNIV. LEIDEN N0.121C (1911)

VERSLAG GEWONE VERGADER. AFDEEL. NATUURK. KONINKL. AKAD.

WETENSCHAP. AMSTERDAM VOL.27, 73-4 (1911)

MELTING POINT (55 DEGREES K AND NEAR 0.002 ATM.)

EXPERIMENTAL - TABLE (1 VALUE)

64
162 ONNES* H.K.» DORSMAN, C. AND HOLST* G«

ISOTHERMALS OF DI-ATOMIC GASES AND THEIR BINARY MIXTURES XV. VAPORPRESSURES AND CRITICAL POINT OF OXYGEN AND NITROGEN

COMMUNS. PHYS. LAB. UNIV. LEIDEN N0.145B (1914)

TRANSLATED FROM VERSLAG GEWONE VERGADER. AFDEEL. NATUURK. KONINKL.

AKAD. WETENSCHAP. AMSTERDAM 982-5 (1914)

VAPOR PRESSURE (118 TO 154 DEGREES K AND 9 TO 50 ATM.), CRITICAL

POINT

EXPERIMENTAL - TABLES (13 VALUES)

163 ONNES* H.K, AND KUYPERS, H.A.

ISOTHERMS OF DIATOMIC SUBSTANCES AND THEIR BINARY MIXTURES. XXV.

ON THE ISOTHERMS OF OXYGEN AT LOW TEMPERATURES

COMMUNS. PHYS. LAB. UNIV. LEIDEN N0.169A (1924)

PROC. INTERN. CONGR, REFRIG. 4TH CONGR., LONDON V0L.1» 65A (1924)

P-V-T (156 TO 233 DEGREES K AND 20 TO 60 ATM.)

EXPERIMENTAL - TABLE (76 VALUES), GRAPH

164 ONNES, H.K. AND PERRIER, A.

RESEARCHES ON THE MAGNETIZATION OF LIQUID AND SOLID OXYGEN

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 116 (1910)

TRANSLATED FROM VERSLAG GEWONE VERGADER. AFDEEL. NATUURK. KONINKL.

AKAD. WETENSCHAP. AMSTERDAM 937-73 (1910)

MAGNETISM (14 JO 90 DEGREES K AND 1 ATM.)

EXPERIMENTAL - TABLES (20 VALUES), EQUATION

APPARATUS

165 ORLICEK, A.F.

GRAPHISCHE UMRECHNUNGSBILDER (NOMOGRAMM NR. 26) DIE DYNAMISCHE

VISKOSITAT VON GASEN

THE DYNAMIC VISCOSITY OF GASES. NOMOGRAM NO. 26

MITT. CHEM. FORSCHUNGS-INST. WIRTSCH, OSTERR. VOL.8, 150-1 (1954)

VISCOSITY (173 TO 1273 DEGREES K AND 1 ATM,

OXYGEN AND 34 OTHER GASES

COMPILATION - SOURCES NOT GIVEN

GERMAN

)

165A ORLOVA, M.P.

REPRODUCIBILITY OF THE BOILING TEMPERATURE OF OXYGEN

MEAS. TECH. SOVIET J. NO. 5, 330-3 (1959)

TRANSLATED FROM IZMER I TELNAYA TEKH.

BOILING POINT (NORMAL)

EXPERIMENTAL

65
166 PAOLUZI . G.

SU UNA NUOVA COSTANTE ISOTERMA DEI GAS

ON A NEW ISOTHERMAL CONSTANT OF GASES

ANN. GEOFIS. (ROME) VOL.10* 241-5 (1957)

P-V-T (233 TO 473 DEGREES K AND 21 TO 400 ATM.), CRITICAL CONSTANT

OXYGEN, NITROGEN, NEON, CARBON MONOXIDE, METHANE

THEORETICAL - EQUATIONS

COMPILATION - DATA FROM 163

ITALIAN

167 PERRIER, A. AND ONNES, H.K.

MAGNETIC INVESTIGATIONS XIII. THE SUSCEPTIBILITY OF LIQUID

MIXTURES OF OXYGEN AND NITROGEN, AND THE INFLUENCE OF THE MUTUAL

DISTANCES OF THE MOLECULES UPON PARAMAGNETISM

COMMUNS. PHYS. LAB. UNIV. LFIDEN N0.139D (1914)

TRANSLATED FROM VERSLAG . GEWONE VERGADER. AFDEEL. NATUURK. KONINKL.

ACAD. WETENSCHAP. AMSTERDAM 1012-27 (1914)

MAGNETIZATION, MAGNETIC SUSCEPTIBILITY (64.2 TO 77.4 DEGREES K AND 0.13 TO 1 ATM.)

EXPERIMENTAL - TABLES (13 VALUES), GRAPHS, EQUATIONS

THEORETICAL - EQUATIONS

APPARATUS

168 PICKERING, S.F.

A REVIEW OF THE LITERATURE RELATING TO CRITICAL CONSTANTS

OF VARIOUS GASES

SCIENTIFIC PAPERS OF THE BUREAU OF STANDARDS VOL.21, 597-629 (1926)

CRITICAL CONSTANTS

OXYGEN + 31 GASES

COMPILATION - DATA FROM 26, 43, 148, 150, 159, 162, 234

169 PITT, A. AND JACKSON, W.J.

MEASUREMENTS OF THE VELOCITY OF SOUND IN LOW TEMPERATURE LIQUIDS AT

ULTRASONIC FREQUENCIES

CAN. J. RESEARCH VOL. 12, 686-9 (1935)

VELOCITY OF SOUND (90 AND 273 DEGREES K AND 1 ATM.)

OXYGEN, HYDROGEN

EXPERIMENTAL - TABLE (3 VALUES)

APPARATUS

170 POOL, R.A.H., SHIELDS, R.D.C. AND STAVFLEY, L.A.K.

THE TRIPLE POINT OF ARGON AS A THERMOMETRY FIXED POINT

NATURE VOL.181, 831 (1958)

VAPOR PRESSURE (83.8 DEGREES K AND .485 ATM.), BOILING POINT (NORMAL)

OXYGEN

EXPERIMENTAL - TABLE (2 VALUES)

66
I

171 p6ol, r.a.h. and staveley. l.a.k. excess volumes in binary liquid mixtures of simple molecules

nature vol.180» 1118-20 (1957) excess volume or contraction on mixing for binary system argon-oxygen

(83.78 and 90 degrees k and 1 atm.)

argon-oxygen, argon-nitrogen

experimental - graph

172 popovici, m.s. and pop, m, sur le point de fusion et les forces i ntermolecula i res

on the melting point and i ntermolecular forces

compt. rend. vol.246, 2609-11 (1958)

melting point (normal) and i ntermolecular forces

oxygen, nitrogen, xenon, krypton, argon, helium, the halogens, and some organic compounds

theoretical - graph

FRENCH

172A PRIKHOTKO, A. AND YAVNEL, A. INVESTIGATION OF SOLID MIXTURES OF OXYGEN AND NITROGEN

ACTA PHYSICOCHIM. U.R.S.S. VOL.11, 783-96 (1939)

TRANSFORMATION BOUNDARIES, ABSORPTION BANDS (SPECTROSCOPIC)

FOR BINARY MIXTURE OXYGEN-NITROGEN (20 TO 65 DEGREES K)

EXPERIMENTAL - TABLES (55 VALUES), GRAPH

APPARATUS

173 PROSAD, S.

THERMAL CONDUCTIVITY OF LIQUID OXYGEN

BRIT. J. APPL. PHYS. VOL.3, 58-9 (1952)

THERMAL CONDUCTIVITY, HEAT TRANSFER COEFFICIENT (91 TO 94 DEGREES K AND 1 ATM.

)

EXPERIMENTAL - TABLE (15 VALUES), GRAPH

174 REILLY, M.L. AND FURUKAWA, G.T.

SURFACE TENSION OF OXYGEN, NITROGEN AND THEIR MIXTURES

NATL. BUR. STANDARDS U.S. REPT. 3958, 39 P. (1955)

A5TIA AD NO. 67828

SURFACE TENSION FOR BINARY MIXTURE OXYGEN-NITROGEN (70 TO 90 DEGREES K)

DENSITY (67 TO 88 DEGREES K)

EXPERIMENTAL - TABLES (117 VALUES), GRAPHS

COMPILATION - DATA FROM 9, 106

APPARATUS

175 RIPS, S.M.

THERMODYNAMIC STUDY OF GASIFICATION OF LIQUID OXYGEN

INZHENER. FI2. ZHUR. VOL.3, NO. 2, 41-5 (1960)

THIS CITATION CAME TO OUR ATTENTION AFTER THE BIBLIOGRAPHY WAS

COMPLETED BUT THE TRANSLATION OF THE PAPER COULD NOT BE OBTAINED

IN TIME TO INCLUDE A LISTING OF ITS CONTENTS.

RUSSIAN

67
175A RIVKIN. S.L.

TABLES OF THERMODYNAMIC PROPERTIES OF GASES

IZVEST, VSESOYUZ. TEPLOTEKH. INST. IM. FELIKSA DZERZH I NSKOGO VOL.21,

8-11 (1952)

THIS CITATION CAME TO OUR ATTENTION AFTER THE BIBLIOGRAPHY WAS

COMPLETED AND THE TRANSLATION OF THE PAPER COULD NOT OBTAINED

IN TIME TO INCLUDE A LISTING OF THE CONTENTS.

RUSSIAN

175B RODEBUSH, W.H., ANDREWS, J.W. AND TAYLOR, J.B.

THE TEMPERATURE-ENTROPY DIAGRAMS FOR NITROGEN AND OXYGEN

J. AM. CHEM. SOC. VOL. ^7, 313-9 (1925)

ENTHALPY (90 TO 154 DEGREES K AND 50 ATM.), HEAT OF VAPORIZATION,

ENTROPY (110 TO 150 DEGREES K AND 5 TO 50 ATM.)

EXPERIMENTAL - TABLES (25 VALUES), GRAPH

APPARATUS

176 ROSSINI, F.D., WAGMAN, D.D., EVANS, W.H., LEVINE, S. AND JAFFE, I. SELECTED VALUES OF CHEMICAL THERMODYNAMIC PROPERTIES

NATL. BUR. STANDARDS (U.S.) CIRC. 500, REPRINTED IN 1961 IN TWO PARTS

AND AVAILABLE FROM U.S. GOVT. PRINTING OFFICE, WASHINGTON 25, D.C.

PART 1, CATALOG NO. CI 3 .4 . 500/PT . 1, PART 2, CATALOG NO. C 13 . 4. 500/PT .2

HEAT OF FORMATION AT DEGREES K, ENTHALPY, FREE ENERGY, AND

EQUILIBRIUM CONSTANT OF FORMATION, ENTROPY AND HEAT CAPACITY AT

298.16 DEGREES K, ENTHALPY, TEMPERATURE, AND ENTROPY OF TRANSITION,

FUSION AND VAPORIZATION

BOOK

177 ROWLINSON, J. S. AND TOWNLEY, J. R. APPLICATION OF THE PRINCIPLE OF CORRESPONDING STATES TO THE

TRANSPORT PROPERTIES OF GASES

TRANS. FARADAY SOC. VOL.49, 20-7 (1953)

VISCOSITY, SELF-DIFFUSION COEFFICIENTS, SECOND VIRIAL COEFFICIENTS

(75 TO 300 DEGREES K)

OXYGEN, 17 OTHER GASES

THEORETICAL - EQUATIONS, GRAPHS

COMPILATION - DATA FROM 100, 117, 224

178 RUDENKO, N.S.

MOLECULAR WEIGHT, DENSITY AND VISCOSITY OF LIQUIFIED GASES

ZHUR. TEKH. FIZ. VOL. 18, 1123-6 (1948)

DENSITY, VISCOSITY (0 TO 150 DEGREES K), MOLECULAR WEIGHT

OXYGEN, NITROGEN, HYDROGEN, ARGON, METHANE, CHLORINE, ETHYLENE, CARBON

MONOXIDE, DEUTERIU*^

EXPERIMENTAL - GRAPHS, EQUATIONS

RUSSIAN

68
179 RUDENKO* N.S.

THE VISCOSITY OF LIQUID OXYGEN* NITROGEN* METHANE* ETHYLENE AND

AIR

ZHUR. EKSP. I THEORET. FIZ. VOL.9* 1078-80 (1939)

VISCOSITY (77.35 TO 154.2 DEGREES K AND 1 ATM.)

EXPERIMENTAL - TABLES (9 VALUES)* GRAPHS

APPARATUS

RUSSIAN

180 RUDENKO* N.S. AND SCHUBNIKOW* L.W.

DIE VISKOSITAT VON FLUSSIGEM STICKSTOFF* KOHLENOXYD* ARGON

UND SAUERSTOFF IN ABHANGIGKEIT VON DER TEMPERATUR

THE VISCOSITY OF LIQUID NITROGEN, CARBON MONOXIDE* ARGON AND

OXYGEN IN DEPENDENCY OF THE TEMPERATURE

PHYSIK. Z. SOWJETUNION VOL. 6* 470-7 (1934)

VISCOSITY (54.4 TO 90.1 DEGREES K AND 1 ATM.)

EXPERIMENTAL - TABLES (18 VALUES)* GRAPH

GERMAN

180A RUHEMANN* M.

EQUILIBRIUM CURVES OF LOW MELTING MIXTURES

PHYSIK. Z. SOWJETUNION VOL.16* 67-82 (1936)

TWO PHASE EQUILIBRIUM, SPECIFIC HEAT OF BINARY MIXTURES OXYGEN-ARGON

AND OXYGEN-NITROGEN (50 TO 80 DEGREES K)

OXYGEN-ARGON, ARGON-NITROGEN, CARBON MONOXIDE-NITROGEN* OXYGEN-NITROGEN

AND METHANE-ETHYLENE

EXPERIMENTAL - GRAPHS

APPARATUS

180B RUHEMAN, M,* LIGHTER* A. AND KOMAROW* P.

ZUSTANDSDIAGRAMME NIEDRIG SCHMELZENDER GEMISCHE II. DAS SCHMELZDI AGRAMM

SAUERSTOFF-STICKSTOFF UND DAS ZUSTANDSDI AGRAMM ST ICKSTOFF-KOHLENOXYD

THE PHASE DIAGRAMS OF LOW-MELTING MIXTURES II. THE MELTING DIAGRAM

OF OXYGEN-NITROGEN AND THE PHASE DIAGRAM OF NITROGEN-CARBON MONOXIDE

PHYS. ZEIT. DER SOWJETUNION VOL.8* 326-36 (1935)

MELTING POINT CURVES OF BINARY MIXTURE OXYGEN-NITROGEN (54 TO 63

DEGREES K AND 1 ATM.)

EXPERIMENTAL - TABLE (26 VALUES), GRAPHS

GERMAN

180C SAGENKAHN, M.L. AND FINK, H.L.

VAPOR-LIQUID EQUILIBRIUM FOR THE SYSTEM OXYGEN-NITROGEN-ARGON

PENN. STATE COLLEGE, STATE COLLEGE* PA.* OSRD REPT. NO. 4493 (1945)

74 P. VAPOR PRESSURE FOR BINARY SYSTEM OXYGEN-ARGON (89 TO 97 DEGREES K AND

1 TO 2 ATM,), VAPOR PRESSURE FOR BINARY SYSTEM OXYGEN-NITROGEN AND

FOR TERNARY SYSTEM ARGON-OXYGEN-NI TROGEN (80 TO 97 DEGREES K AND 1 TO

2 ATM.)

EXPERIMENTAL - TABLES (140 VALUES), GRAPHS

COMPILATION - DATA FROM 51

APPARATUS

69
181 SAKIADIS. C. AND COATES* J.

A LITERATURE SURVEY OF THE THERMAL CONDUCTIVITY OF LIQUIDS

LOUISIANA STATE UNIV. ENG* EXPT. STA. BULL. N0.34, 1-70 (1952)

BATON ROUGE» LA.

THERMAL CONDUCTIVITY (67 TO 96 DEGREES K)

OXYGEN, 10 INORGANIC COMPOUNDS* 118 ORGANIC COMPOUNDS AND MIXTURES

COMPILATION - DATA FROM 87, 173

181A SARNER, S.

ASTRONAUTIC DATA SHEET - PROPELLANTS

ASTRONAUTICS- 46 (I960)

DENSITY, VISCOSITY (273 DEGREES K AND 1 ATM.), THERMAL CONDUCTIVITY

(67 TO 95 DEGREES K) VAPOR PRESSURE, LATENT HEATS, HEAT CAPACITY*

NORMAL BOILING POINT, FREEZING POINT, CRITICAL POINT

COMPILATION - SOURCES NOT STATED

OXYGEN

182 SCALA, S.M. AND BAULKNIGHT, C.W.

TRANSPORT AND THERMODYNAMIC PROPERTIES IN A HYPERSONIC LAMINAR

BOUNDARY LAYER. PART I. PROPERTIES OF THE PURE SPECIES

J. AM. ROCKET SOC . VOL.29, 39-45 (1959)

VISCOSITY, SPECIFIC HEATS, ENTHALPY, DIFFUSION COEFFICIENTS

(0 TO 10,000 DEGREES K AND 1 ATM.)

OXYGEN, NITROGEN

THEORETICAL - TABLES (14 VALUES), GRAPHS, EQUATIONS

183 SCHAEFER, C. A. AND THODOS, G.

THERMAL CONDUCTIVITY OF DIATOMIC GASES - LIQUID AND GASEOUS

STATES

A. I. CH. E. JOURNAL VOL.5, NO. 3, 367-72 (1959)

THERMAL CONDUCTIVITY (60 TO 600 DEGREES K AND 0.015 TO 96 ATM.),

DENSITY

OXYGEN AND 11 OTHER GASES

THEORETICAL - EQUATIONS, GRAPHS

COMPILATION - DATA FROM 3, 18, 21, 59, 60, 63, 87, 116, 173, 237

184 SCHEEL, K. AND HEUSE, W.

DIE SPEZIFISCHE WARME VON HELIUM UND EINIGEN ZWEIATOMIGEN GASEN

THE SPECIFIC HEAT OF HELIUM AND CERTAIN DIATOMIC GASES

ANN. PHYSIK (4), VOL.40, 473-92 (1913)

SPECIFIC HEAT (P=CONSTANT) (90 TO 293 DEGREES K AND 1 ATM.)

OXYGEN, NITROGEN, HELIUM, CARBON MONOXIDE, HYDROGEN, AIR

EXPERIMENTAL - TABLE (26 VALUES)

APPARATUS

GERMAN

70
185 SCHMIDT, W.

DRUCK UND TEMPERTAUR AN DER SATTI GUNGS6RENZE BEI EINIGEN

ELEMENTEN UND BEI WASSER

PRESSURE AND TEMPERATURE AT THE SATURATION LINE FOR CERTAIN

ELEMENTS AND FOR WATER

ARCH, WARMEWIRTSCH. U. DAMPFKESSELW . VOL.22, 85 (ig-^l)

VAPOR PRESSURE

OXYGEN, NITROGEN, NEON, HYDROGEN, HELIUM

THEORETICAL - EQUATIONS

GERMAN

185A SCHUMACHER, H,J.

SOLUBILITY DIAGRAM AND THE TEMPERATURE COMPOSITION DIAGRAM AT

ATMOSPHERIC PRESSURE OF LIQUID SYSTEM OZONE-OXYGEN

J. CHEM. PHYS. VOL.21, 1610-1 (1953)

VAPOR PRESSURE OF BINARY MIXTURE OZONE-OXYGEN (78 TO 92 DEGREES K AND 1 ATM.)

EXPERIMENTAL - TABLE (5 VALUES), GRAPH

186 SCOTT, R.B.

CRYOGENIC ENGINEERING

D. VAN NOSTRAND COMPANY, INC., PRINCETON, NEW JERSEY (1959) 367 P. DENSITY, COMPRESSIBILITY, HEAT CAPACITY, VISCOSITY, VELOCITY OF

SOUND, VAPOR PRESSURE, THERMAL CONDUCTIVITY, HEAT OF VAPORIZATION,

HEAT OF TRANSITION, ENTHALPY, TRIPLE POINT, TRANSITION POINTS,

BOILING POINT, CRITICAL POINT

BOOK

187 SCOTT, R.B.

THE DENSITY OF LIQUID OXYGEN

NATL. BUR. STANDARDS (U.S.) REPT. 6752, 8 P. (1961)

DENSITY (70 TO 125 DEGREES K AND 0.1 TO 150 ATM.)

THEORETICAL - TABLES (177 VALUES), GRAPHS, EQUATIONS

COMPILATION - DATA FROM 150, 213

188 SHEARER, J.S.

THE HEAT OF VAPORIZATION OF OXYGEN, NITROGEN AND AIR

PHYS. REV. (1), VOL, 17, NO. 6, 469-75 (1903)

HEAT OF VAPORIZATION AND EQUILIBRIUM CONCENTRATIONS FOR BINARY MIXTURE

OXYGEN AND NITROGEN (80 TO 91 DEGREES K AND 1 ATM.)

EXPERIMENTAL - TABLES (22 VALUES), GRAPHS

APPARATUS

188A SHIMOKAWA, J.

CONDENSATION THEORY BY CELL METHOD AND CALCULATION OF THE CRITICAL

TEMPERATURE OF VARIOUS GASES

BUSSEIRON KENKYU VOL.62, 138-51 (1953)

THIS CITATION CAME TO OUR ATTENTION AFTER THE BIBLIOGRAPHY WAS

COMPLETED AND THE TRANSLATION OF THE PAPER COULD NOT BE OBTAINED

IN TIME TO INCLUDE A LISTING OF THE CONTENTS.

JAPANESE

71
189 SIEMENS, V.

VAPOR PRESSURE MEASUREMENTS AND THERMOMETRY AT LOW TEMPERATURES

ANN. PHYSIK V0L.42» 871-88 (1913)

VAPOR PRESSURE (57 TO 90 DEGREES K)

OXYGEN* CARBON DIOXIDE, CARBON DISULFIDE, AND NITROGEN

EXPERIMENTAL

CODED FROM ABSTRACT

190 SIMON, F. AND KIPPERT, F. MESSUNGEN ZUR ZUSTANDSGLEICHUNG DES FESTEN ARGONS

MEASUREMENTS RELATIVE TO THE DETERMINATION OF THERMODYNAMIC

EQUATIONS OF SOLID ARGON

Z. PHYS. CHEM. VOL.135, 113-26 (1928)

SLOPE OF VAPOR PRESSURE CURVE (DP/DT) (62.7 TO 90.1 DEGREES K AND 0.01 TO 1 ATM.)

OXYGEN, ARGON, METHANE. NITROGEN

EXPERIMENTAL - TABLES (20 VALUES)

APPARATUS

GERMAN

191 SRIVASTAVA, B.N. AND MADAN, M.P.

THE TEMPERATURE DEPENDENCE OF VISCOSITY OF NONPOLAR GASES

PROC. NATL. ACAD, SCI. INDIA V0L.21A, 254-60 (1952)

VISCOSITY, INTERMOLECULAR FORCE CONSTANT (100 TO 600 DEGREES K AND

1 ATM.)

OXYGEN, NITROGEN, NEON, ARGON

THEORETICAL - TABLES (11 VALUES), GRAPH, EQUATIONS

192 STAVELY, L.A.K. AND TUPMAN, W.I.

ENTROPIES OF VAPORIZATION AND INTERNAL ORDER IN LIQUIDS

J. CHEM. SOC. (LONDON) VOL.1950, 3597-3606 (1950)

ENTROPY (54 TO 90 DEGREES K AND 0.001 TO 1 ATM.)

OXYGEN + 53 GASES

THEORETICAL - GRAPH, EQUATIONS

193 STEWART, R.B. AND JOHNSON, V.J. (EDITORS)

A COMPENDIUM OF THE PROPERTIES OF MATERIALS AT LOW TEMPERATURE

(PHASE II.)

WRIGHT AIR DEVELOPMENT DIVISION TECHNICAL REPORT 60-56, PART IV (1961)

501 P. NATIONAL BUREAU OF STANDARDS, CRYOGENIC LABORATORY, BOULDER, COLORADO

VELOCITY OF SOUND IN LIQUID AND GASEOUS OXYGEN, EQUILIBRIUM

CONCENTRATIONS OF NITROGEN-OXYGEN MIXTURES

COMPILATION - DATA FROM 211, 70, 206, 38C, 210, 96, 142, 5A, 51, 180C

72
194 STOCK* A.» HENNING, F« AND KUSS* E.

DAMFDRUCKTATELN FUR TEMPERATURBESTIMMUNGEN ZWISCHEN +25 UND -185

DEGRES C VAPOR PRESSURE TABLES FOR TEMPERATURE DETERMINATIONS BETWEEN

25 AND -185 DEGREES C BER. DEUT. CHEM. GES. V0L.B54, 1119-29 (1921)

VAPOR PRESSURE (88 TO 94 DEGREES K AND 0.88 TO 1.5 ATM.)

OXYGEN AND 9 OTHER GASES

EXPERIMENTAL - TABLE (7 VALUES)

APPARATUS

GERMAN

194A SU» G.

MODIFIED LAW OF CORRESPONDING STATES FOR REAL GASES

IND. ENG, CHEM. VOL.38, 803-6 (1946)

COMPRESSIBILITY FACTOR (154 DEGREES K AND 50 ATM.)

OXYGEN. NITROGEN, CARBON DIOXIDE, WATER, METHANE AND 7 OTHER

HYDROCARBONS

THEORETICAL - TABLE (1 VALUE), EQUATIONS

195 SU, G.J. AND CHANG, C«H.

GENERALIZED VAN DER WAALS EQUATION OF STATE OF REAL GASES

IND. ENG. CHEM. VOL.38, 800-2 (1946)

DENSITY, EQUATION OF STATE (156 TO 373 DEGREES K AND TO 103 ATM.

OXYGEN + 9 GASES

THEORETICAL - TABLE, GRAPH, EQUATIONS

196 TIMROT, D.L. AND BOR ISOGLEBSKI Y, V.P.

DETERMINATION OF THE DENSITY OF LIQUID OXYGEN OVER A WIDE RANGE OF

TEMPERATURES

TEPLOENERGETIKA VOL. 10, 95-6 (1960)

THIS CITATION CAME TO OUR ATTENTION AFTER THE BIBLIOGRAPHY WAS

COMPLETED AND THE TRANSLATION OF THE PAPER COULD NOT BE OBTAINED

IN TIME TO INCLUDE A LISTING OF THE CONTENTS.

RUSSIAN

. 197 TIMROT, D. L. AND BOR I SOGLEBOSKIY , V. P. AN EXPERIMENTAL INVESTIGATION OF THE DENSITY OF LIQUID OXYGEN

AT TEMPERATURES OF FROM -190 TO -120 DEGREES C AND PRESSURES TO

200 KG/CM SQUARED. INCLUDING THE SATURATION CURVE

INZHENERN. FIZ. ZHUR. AKAD. NAUK BELORUS. S.S.R. VOL.4, 3-13 (1961)

TRANSLATION AVAILABLE FROM, OFFICE OF TECHNICAL SERVICES, U.S.

DEPARTMENT OF COMMERCE, WASHINGTON 25, D.C., NO. 6121722

DENSITY (83 TO 153 DEGREES K AND TO 200 ATM.)

EXPERIMENTAL - TABLES (300 VALUES), GRAPHS

APPARATUS

RUSSIAN

73
198 TIMROT* D.L. AND BORISOGLEBSKI I , V.P.

MEASUREMENT OF THE DENSITY OF LIQUID OXYGEN BY THE SATURATION CURVE

ZHUR. EKSPTL. I TEORET. FIZ. VOL.38, 1729-32 (I960)

DENSITY

EXPERIMENTAL - TABLES (10 VALUES)

APPARATUS

RUSSIAN

CODED FROM ABSTRACT

199 TKACHENKO, E.A«

PRESSURE - DENSITY - TEMPERATURE RELATIONSHIP OF LIQUID OXYGEN

J. AM. ROCKET SOC. VOL.30* N0.6» 566-8 (1960)

P-V-T» EQUATION OF STATE, COMPRESSIBILITY (61 TO 117 DEGREES K AND

0.01 TO 200 ATM.)

THEORETICAL - TABLE (15 VALUES), GRAPH, EQUATIONS

199A TREPP, C.

DIE HARTE VON STICKSTOFF, SAUERSTOFF, ARGON UND VON STICKSTOFFSAUERSTOFF GEMISCHEN

THE HARDNESS OF NITROGEN, OXYGEN, ARGON AND OF NITROGEN-OXYGEN MIXTURES

SCHWEIZ. ARCH. ANGEW. WISS. U TECH. VOL.24, 191-200 (1958)

HARDNESS (4 TO 60 DEGREES K)

EXPERIMENTAL - GRAPHS

THEORETICAL

APPARATUS

GERMAN

1998 TREPP, C.

DIE HARTE VON STICKSTOFF, SAUERSTOFF, ARGON UND VOM STICKSTOFFSAUERSTOFF GEMISCHEN

THE HARDNESS OF NITROGEN, OXYGEN, ARGON AND OF NITROGEN-OXYGEN MIXTURES

SCHWEIZ. ARCH, ANGEW. WiSS. U TECH. VOL.24, 230-9 (1958)

HARDNESS (4.16 TO 65 DEGREES K)

EXPERIMENTAL - GRAPHS

THEORETICAL - EQUATIONS

APPARATUS

GERMAN

200 TSEDERBERG, N.V.

THERMAL CONDUCTIVITY OF COMPRESSED GASES

TEPLOENERGETICA VOL. 4, NO.l, 45-8 (1957)

THERMAL CONDUCTIVITY (73 TO 313 DEGREES K AND 1 TO 100 ATM.)

OXYGEN, NITROGEN, HYDROGEN, CARBON DIOXIDE, METHANE

COMPILATION - DATA FROM 87, 116

RUSSIAN

74
201 TSEDERBERG, N.V. AND TIMROT* D.L.

AN EXPERIMENTAL DETERMINATION OF THE THERMAL CONDUCTIVITY

OF LIQUID OXYGEN

SOVIET PHYS. TECH. PHYS. V0L.1» 1791-7 (1956)

TRANSLATED FROM ZHUR. TEKH. FIZ. V0L,26» 1849-56 (1956)

THERMAL CONDUCTIVITY (73 TO 315 DEGREES K AND 1 TO 100 ATM.)

EXPERIMENTAL - TABLE (13 VALUES) » GRAPHS* EQUATIONS

APPARATUS

202 TSIEN* H. S.

THE PROPERTIES OF PURE LIQUIDS

J. AM. ROCKET SOC. VOL.23* 17-24» 35 (1953)

SPECIFIC HEAT (P=CONSTANT) (73.2 DEGREES K)

OXYGEN AND 30 OTHER GASES

THEORETICAL - EQUATIONS* TABLE (1 VALUE)

202A TSIN, N.M.

SOLUBILITY OF ETHYLENE AND PROPYLENE IN LIQUID NITROGEN AND LIQUID

OXYGEN

ZHUR. FIZ. KHIM. VOL.14* 418-21 (1940)

TRANSLATED BY ASSOCIATED TECHNICAL SERVICES RJ-1450

EAST ORANGE* NEW JERSEY

SOLUBILITY OF BINARY MIXTURES* ETHYLENE-OXYGEN AND PROPYLENE-OXYGEN

(67 TO 101 DEGREES K)

EXPERIMENTAL -TABLE (10 VALUES)* GRAPH

APPARATUS

RUSSIAN

202B TUYN* W.

SUR LA VITESSE DE PROPAGATION DU SON DANS LES GAZ AUX BASSES

TEMPERATURES

THE VELOCITY OF SOUND IN GASES AT LOW TEMPERATURES

PROC. INTERN. CONGR. REFRIG. 7TH CONGR. THE HAGUE-AMSTERDAM (1936)

COMMUNS. KAMERLINGH ONNES LAB. LEIDEN NO. 234C SUPPL. NO. 77B (1936)

SPECIFIC HEAT (P=CONSTANT AND V=CONSTANT)* SPECIFIC HEAT RATIO, VIRIAL

COEFFICIENTS (83.80 TO 90 DEGREES K)

OXYGEN* NEON

EXPERIMENTAL - TABLE (10 VALUES). GRAPHS

THEORETICAL - EQUATIONS

APPARATUS

FRENCH

203 VAN DIJK* H. NOUVEAUX CALCULS DES' POINTS FIXES IMPORTANTS DANS LE DOMAINE DES

BASSES TEMPERATURES

NEW CALCULATIONS OF IMPORTANT FIXED POINTS IN THE LOW TEMPERATURE

RANGE

PROCES-VERBAUX SEANCES COMITE INTERN. POIDS ET MEASURES (2). V0L.26A*

61-6 (1959)

BOILING POINT (NORMAL)

OXYGEN> HELIUM. HYDROGEN

COMPILATION - DATA FROM 7 FRENCH

75
204 VAN DIJK, H. ON BEST VALUES FOR THE THERMODYNAMIC TEMPERATURES OF THERMOMETRIC

FIXED POINTS BELOW DEGREES C P. 68 IN SYMPOSIUM ON TEMPERATURE* ITS MEASUREMENT AND CONTROL IN SCIENCE AND INDUSTRY * 4TH» COLUMBUS* OHIO (1961), CM. HERZFELD*

NATIONAL BUREAU OF STANDARDS (CHAIRMAN PROGRAM COMMITTEE)*

AMERICAN INSTITUTE OF PHYSICS* INSTRUMENT SOCIETY OF AMERICA

NATIONAL BUREAU OF STANDARDS* 40 PAPERS* 116 P.

BOILING POINT (NORMAL)

OXYGEN* HYDROGEN* HELIUM

COMPILATION - DATA FROM 4* 7* 94

204A VAN ITTERBEEK, A.

DETERMINATIONS DES GRANDEURS THERMODYNAMIQUES ET CINETIQUES DES

GAZ CONDENSES AUX BASSES TEMPERATURES

DETERMINATION OF THERMODYNAMIC AND KINETIC QUANTITIES OF GASES AND

OF CONDENSED GASES AT LOW TEMPERATURES

NUOVO CIMENTO VOL.7* SUPPL.2* 218-28 (1958)

SECOND VIRIAL COEFFICIENT (78 TO 90 DEGREES K)* SPECIFIC HEAT

(V=CONSTANT AND P=CONSTANT) OF BINARY MIXTURE HYDROGEN - OXYGEN AND

HELIUM - OXYGEN (0 TO 0.8 ATM.)

OXYGEN* HYDROGEN, HELIUM* FIVE ORGANIC COMPOUNDS* AND MIXTURES OF

THE FIRST THREE GASES

EXPERIMENTAL - TABLE ( 7 VALUES), GRAPHS

APPARATUS

FRENCH

204B VAN ITTERBEEK, A.

SUR LA VISCOSITE DE L'OXYGEN GAZEUX AUX BASSES TEMPERATURES

REGARDING THE VISCOSITY OF GASEOUS OXYGEN AT LOW TEMPERATURES

PROC. INTERN. CONGR. REFRIG. 1ST CONGR. THE HAGUE-AMSTERDAM

81-5 (1936)

VISCOSITY (72* 90.1* 293.8 DEGREES K AND .07 TO 1.02 ATM.)

HYDROGEN* NITROGEN

EXPERIMENTAL - TABLES (25 VALUES)* GRAPH

205 VAN ITTERBEEK* A.

VELOCITY AND ATTENUATION OF SOUND AT LOW TEMPERATURES

P. 355-80 IN PROGRESS IN LOW TEMPERATURE PHYSICS , C.J. GORTER, EDITOR

NORTH-HOLLAND PUBLISHING COMPANY, AMSTERDAM, NETHERLANDS (1957) P. 418

VELOCITY OF SOUND (61 TO 90 DEGREES K)

OXYGEN, NITROGEN, HYDROGEN, ARGON, HELIUM* METHANE

SURVEY

206 VAN ITTERBEEK, A. AND DE BOCK, A. VELOCITY OF SOUND IN LIQUID OXYGEN

PHYSICA VOL.14, 542-4 (1948)

VELOCITY OF SOUND (73 TO 90 DEGREES K)

EXPERIMENTAL - TABLE (8 VALUES), GRAPHS

76
207 VAN ITTERBEEK. A., DE BOCK* A« AND VERHAEGEN» L. VELOCITY OF SOUND IN LIQUID NITROGEN

PHYSICA VOL.15, 624-6 (1949)

VELOCITY OF SOUND. COMPRESSIBILITY (ADIABATIC) (60 TO 90 DEGREES K AND 0.01 TO 1 ATM.)

OXYGEN, METHANE

EXPERIMENTAL - TABLE (15 VALUES), GRAPHS

208 VAN ITTERBEEK, A. AND KEESOM, W.H.

MEASUREMENTS ON THE VISCOSITY OF OXYGEN GAS AT LIQUID OXYGEN

TEMPERATURES

PHYSICA VOL.2, 97-103 (1935)

COMMUNS. KAMERLINGH ONNES LAB. UNIV. LEIDEN NO, 235A (1935)

VISCOSITY (80 TO 270 DEGREES K AND 0.05 TO 1 ATM.)

HYDROGEN, AIR, NITROGEN

EXPERIMENTAL - TABLES (10 VALUES), GRAPH

APPARATUS

DENSITY (80 TO 154 DEGREES K AND 0.3 TO 50 ATM.)

209 VAN ITTERBEEK, A. AND MARIENS, P. MEASUREMENTS WITH ULTRA-SONICS ON THE VELOCITY AND ABSORPTION OF

SOUND AT ORDINARY AND LOW TEMPERATURES

PHYSICA VOL, 4, 207-15 (1937)

VELOCITY OF SOUND, ABSORPTION OF SOUND (90 AND 290 DEGREES K AND

0.1 TO 1 ATM.)

OXYGEN, NITROGEN, HYDROGEN

EXPERIMENTAL - TABLE (13 VALUES), GRAPH

APPARATUS

209A VAN ITTERBEEK, A. AND MARIENS, P. MEASUREMENTS ON THE VELOCITY AND ABSORPTION OF SOUND IN VARIOUS

GASES BETWEEN +100 AND -100 DEGREES C. INFLUENCE OF PRESSURE ON THE

ABSORPTION

PHYSICA VOL.4, 609-16 (1937)

ABSORPTION COEFFICIENT OF SOUND, VELOCITY OF SOUND, RATIO OF SPECIFIC

HEATS (173 TO 373 DEGREES K AND 0.15 TO 1 ATM.)

OXYGEN, HYDROGEN, ARGON, CARBON MONOXIDE

EXPERIMENTAL - TABLES (29 VALUES), GRAPH

210 VAN ITTERBEEK, A, AND VAN DAEL, W.

MEASUREMENTS ON THE VELOCITY OF SOUND IN LIQUID OXYGEN AND

NITROGEN AND MIXTURES OF NITROGEN AND OXYGEN UNDER HIGH PRESSURES

BULL. INST. INTERN. FROID 295-311 (1958)

VELOCITY OF SOUND FOR BINARY MIXTURES OF OXYGEN-NITROGEN (77 AND 90

DEGREES K AND 4 TO 74 ATM.)

EXPERIMENTAL - TABLES (32 VALUES), GRAPHS, EQUATIONS

APPARATUS

77
210A VAN ITTERBEEK, A. AND VAN DONINCK» W.

MEASUREMENTS ON THE VELOCITY OF SOUND IN MIXTURES OF HYDROGEN* HELIUM.

OXYGEN* NITROGEN AND CARBON MONOXIDE AT LOW TEMPERATURES

PROC. PHYS. SOC. (LONDON) V0L.B62» 62-9 (1949)

VELOCITY OF SOUND (65 TO 90 DEGREES K. AND 0.1 TO 0.4 ATM.)

EXPERIMENTAL - TABLE (35 VALUES), GRAPH, EQUATIONS

211 VAN ITTERBEEK, A. AND VAN PAEMEL, 0.

MEASUREMENTS ON THE VELOCITY OF SOUND AS A FUNCTION OF PRESSURE

IN OXYGEN GAS AT LIQUID OXYGEN TEMPERATURE

PHYSICA VOL.5, 593-603 (1938)

VIRIAL COEFFICIENTS, SPECIFIC HEAT ( P=CONSTANT > , VELOCITY OF SOUND

(74 TO 90 DEGREES K AND 0.03 TO 1 ATM.)

EXPERIMENTAL - TABLES (68 VALUES), GRAPHS, EQUATIONS

APPARATUS

212 VAN ITTERBEEK, A. AND VAN PAEMEL, 0.

BESTIMMUNG DER INNEREN REIBUNG VOM FLUSSIGEN WASSERSTOFF UND

DEUTERIUM

DETERMINATION OF THE VISCOSITY OF LIQUID HYDROGEN AND DEUTERIUM

PHYSICA VOL.8, 133-43 (1941)

VISCOSITY (68.7 TO 90,25 DEGREES K)

OXYGEN

EXPERIMENTAL - TABLES (11 VALUES), GRAPH

APPARATUS

GERMAN

213 VAN ITTERBEEK, A. AND VERDEKE, 0.

DENSITY OF LIQUID OXYGEN AS A FUNCTION OF PRESSURE AND TEMPERATURE

CRYOGENICS VOL.1, NO. 2, 77-80 (I960)

P-V-T, VELOCITY OF SOUND, EXPANSION COEFFICIENT (64 TO 90 DEGREES K AND TO 150 ATM.)

EXPERIMENTAL - TABLES (96 VALUES), GRAPH, EQUATIONS

APPARATUS

213A VAN ITTERBEEK, A. AND ZINK, J. MEASUREMENTS ON THE VELOCITY OF SOUND IN OXYGEN GAS UNDER HIGH

PRESSURE

APPL. SCI. RESEARCH (A) VOL.7, 375-85 (1958)

VELOCITY OF SOUND, SPECIFIC HEAT (V = CONSTANT AND P = CONSTANT ) ( RATI ) (232 TO 303 DEGREES K AND 1 TO 68 ATM.)

EXPERIMENTAL - TABLES (90 VALUES), GRAPH

214 VAN LAMMEREN, J. A.

SECOND VIRIAL COEFFICIENTS AND SPECIFIC HEATS OF OXYGEN

PHYSICA VOL.2, 833-9 (1935)

SECOND VIRIAL COEFFICIENT (0 TO 250 DEGREES K), SPECIFIC HEAT (P=

CONSTANT) (V=CONSTANT) (77 TO 90 DEGREES K AND TO 1 ATM.)

THEORETICAL - TABLES (30 VALUES), GRAPHS, EQUATIONS

78
215 VAN PAEMEL, 0.

METINGEN EN THEORETISCHE BESCHOUWINGEN IN VERBAND MET DE

VISCOSITEIT VAN GASSEN EN GECONDENSEERDE GASSEN

MEASUREMENTS AND THEORETICAL CONSIDERATION OF THE VISCOSITY OF

GASES AND CONDENSED GASES

VERHANDL. KONINKL. VLAAM. ACAD. WETENSCHAP. BELG. (3), VOL.3,

3-59 (19^1)

VISCOSITY (69 TO 90 DEGREES K)

OXYGEN* ARGON» NEON, HELIUM, HYDROGEN, DEUTERIUM

EXPERIMENTAL - TABLE (11 VALUES), GRAPHS

APPARATUS

DUTCH

215A VERHAEGEN, L. METINGEN OVER DE VOORTPLANTHI NGSSNELHEID VAN HET GELUID IN ENKELE

VLOEIBAAR GEMAAKTE GASSEN

MEASUREMENTS OF THE SPEED OF PROPAGATION OF SOUND IN SOME LIQUEFIED

GASES

VERHANDEL. KONINKL. VLAAM. ACAD. WETENSCHAP. VOL.38 (1952)

THIS CITATION CAME TO OUR ATTENTION AFTER THE BIBLIOGRAPHY WAS

COMPLETED AND THE TRANSLATION OF THE PAPER COULD NOT BE OBTAINED

IN TIME TO INCLUDE A LISTING OF THE CONTENTS.

DUTCH

216 VOGEL, H. UBER DIE VISKOSITAT EINIGER GASE UND IHRE TEMPERATURABHANG I GKE I

BEI TIEFEN TEMPERATUREN

THE VISCOSITY OF SDME GASES AND THEIR VARIATION WITH

TEMPERATURE AT LOW TEMPERATURES

ANN. PHYSIK (4), VOL.43, 1235-72 (1914)

VISCOSITY (81.6 TO 273.1 DEGREES K AND 0.3 TO 1 ATM.)

OXYGEN + 30 GASES

EXPERIMENTAL - TABLE (10 VALUES)

COMPILATION - DATA FROM 217

APPARATUS

GERMAN

217 VOLKER, E. UBER DEN KOEFFIZIENJEN DER INNEREN REIBUNG VON SAUERSTOFF UND

WASSERSTOFF BEI NIEDEREN TEMPERATUREN

ABOUT THE COEFFICIENT OF VISCOSITY OF OXYGEN AND HYDROGEN

AT LOW TEMPERATURES

INAUG. DISS. HALLE A. S. 1910

VISCOSITY (110 TO 293 DEGREES K AND 1 ATM.)

EXPERIMENTAL - TABLES (49 VALUES), GRAPH, EQUATIONS

GERMAN

218 WACKER, P.F., CHENEY, R.K. AND SCOTT, R.B.

HEAT CAPACITIES OF GASEOUS OXYGEN, ISOBUTANE AND 1-BUTANE FROM

30 TO 90 DEGREES C J. 'RESEARCH NATL. BUR. STANDARDS VOL, 38, 651-9 (1947) RP 1804

HEAT CAPACITY (P=CONSTANT) (243 TO 363 DEGREES K AND 1 ATM.)

EXPERIMENTAL - TABLES (3 VALUES), GRAPH

APPARATUS

79
219 WAGMAN, D.D.» KILPATRICK, J.E.» TAYLOR, W. J. . PITZER, K.S. AND

ROSSINI, F.D.

HEATS* FREE ENERGIES AND EQUILIBRIUM CONSTANTS OF SOME REACTIONS

INVOLVING OXYGEN, HYDROGEN, WATER, CARBON, CARBON MONOXIDE,

CARBON DIOXIDE AND METHANE

J. RESEARCH NATL. BUR. STANDARDS VOL.34, NO.l, 143-61 (1945) RP1634

HEAT CAPACITY (P=CONSTANT ) , ENTROPY, HEAT CONTENT (ENTHALPY), FREE

ENERGY (GIBBS FUNCTION) (0 TO 5000 DEGREES K AND 1 ATM.)

COMPILATION - DATA FROM 118

219A WANG, D.I.J.

VAPOR-LIQUID EQUILIBRIUM STUDIES ON THE SYSTEM ARGON-OXYGEN

P. 294-304 IN ADVANCES IN CRYOGENIC ENGINEERING , VOL. 3 PROCEEDINGS OF THE 1957 CRYOGENIC ENGINEERING CONFERENCE AT

BOULDER, COLORADO, TIMMERHAUS, K.D. , EDITOR

PLENUM PRESS, INC., NEW YORK (1960) 418P.

VAPOR PRESSURE OF BINARY SYSTEM ARGON-OXYGEN (90.6 TO 95.9 DEGREES .< AND 1+ TO 2 ATM,)

EXPERIMENTAL - TABLE (35 VALUES), GRAPHS

220 WASHBURN, E.W. (EDITOR)

INTERNATIONAL CRITICAL TABLES

MC GRAW-HILL BOOK CO., INC., NEW YORK (1928)

P-V-T, DENSITY, THERMAL CONDUCTIVITY, HEAT CAPACITY, VAPOR PRESSURE

COMPRESSIBILITY, VISCOSITY, TRIPLE POINT, TRANSITION POINT* MELTING

POINT, BOILING POINT, SUBLIMATION POINT

BOOK

221 WEISHAUPT, J.

BESTIMMUNG DES GLEICHGEW ICHTES SIEDENDER STICKSTOFF-ARGONSAUERSTOFFGEMISCHE BEI 1000 TORR

DETERMINATION OF THE EQUILIBRIUM IN THE CASE OF BOILING NITROGEN-ARGONOXYGEN MIXTURES AT 1000 MM HG.

ANGEW. CHEM. (B) VOL.20, 321-6 (1948)

VAPOR PRESSURE OF TERNARY SYSTEM NI TROGEN-ARGON-OXYGEN (81 TO 91

DEGREES K AND 1.31 ATM.)

EXPERIMENTAL - TABLES (55 VALUES), GRAPHS

APPARATUS

GERMAN

222 WHALLEY, E.

THE VISCOSITY OF GASES AND THE THEORY OF CORRESPONDING STATES

CAN. J. CHEM. VOL.32, 485-91 (1954)

VISCOSITY (80 TO 1100 DEGREES K)

OXYGEN, NITROGEN, ARGON, XENON, CARBON MONOXIDE, KRYPTON,

CHLORINE, METHANE

THEORETICAL - EQUATION, GRAPHS

COMPILATION - DATA FROM 83, 223

80
223 WHALLEY* E. AND SCHNEIDER* W.G.

THE LENNARD - JONES 12-6 POTENTIAL AND THE VISCOSITY OF GASES

J. CHEM. PHYS. VOL.20, 657-61 (1952)

VISCOSITY (80 TO 1100 DEGREES K AND 1 ATM.)

OXYGEN, NITROGEN, HYDROGEN, NEON, ARGON, HELIUM* CARBON DIOXIDE

THEORETICAL - TABLES (3 VALUES), GRAPH

224 V.'INN, E.B.

THE TEMPERATURE DEPENDENCE OF THE SELF-DIFFUSION COEFFICIENTS

OF ARGON, NEON, NITROGEN, OXYGEN, CARBON MONOXIDE AND METHANE

PHYS. REV. VOL.80, 1024-7 (1950)

SELF-DIFFUSION COEFFICIENTS (77 TO 353 DEGREES K AND 1 ATM.)

EXPERIMENTAL - TABLE (5 VALUES), EQUATIONS

APPARATUS

225 WITT, G.

UBER DIE VERDAMPFUNGSWARME FLU5SIGER LUFT

ON THE HEAT OF VAPORIZATION OF LIQUID AIR

ARKIV. MAT. ASTRON. OCH FYSIK VOL.7, NO. 32, 1-13 (1912)

PHASE TRANSITION HEAT (79 TO 88 DEGREES K AND 0.3 TO 0.8 ATM.)

OXYGEN, NITROGEN

EXPERIMENTAL - TABLE (21 VALUES), GRAPHS* EQUATIONS

APPARATUS

GERMAN

226 WOOLLEY, H.W.

EFFECT OF DISSOCIATION ON THERMODYNAMIC PROPERTIES OF PURE

DIATOMIC GASES

NATL. ADVISORY COMM. AERONAUT. TECH. NOTE NO. 3270, 19 P (1955)

ENTROPY, ENTHALPY, EQUILIBRIUM CONSTANTS (0 TO 5000 DEGREES K AND

1 ATM.)

OXYGEN, NITROGEN, HYDROGEN

THEORETICAL - TABLES (20 VALUES), GRAPHS

227 WOOLLEY, H.W.

THE NBS - NACA TABLES OF THERMAL PROPERTIES OF GASES. TABLE 9.10.

MOLECULAR OXYGEN (IDEAL GAS STATE)

NAT. BUR. STANDARDS HEAT AND POWER DIVISION (JULY 1949)

REPRINTED IN DOCUMENT 231

228 WOOLLEY, H.W.

THE NBS - NACA TABLES OF THERMAL PROPERTIES OF GASES. TABLE 9.11.

MOLECULAR OXYGEN

NAT. BUR. STANDARDS HEAT AND POWER DIVISION (JULY 1950)

REPRINTED IN DOCUMENT 231

229 WOOLLEY, H.W.

THE NBS - NACA TABLES OF THERMAL PROPERTIES OF GASES.

TABLE 10.10. ATOMIC OXYGEN (IDEAL GAs STATE)

NAT. BUR. STANDARDS HEAT AND POWER DIVISION (DECEMBER 1949)

REPRINTED IN DOCUMENT 96
230 WOOLLEY, H.W.

THE NBS - NACA TABLES OF THERMAL PROPERTIES OF GASES.

TABLE 10,11. ATOMIC OXYGEN

NATL. BUR, STANDARDS HEAT AND POWER DIVISION (JULY 1950)

REPRINTED IN DOCUMENT 96

231 WOOLLEY* H.W.

THERMODYNAMIC PROPERTIES OF MOLECULAR OXYGEN

NATL. BUR, STANDARDS RESEARCH PAPER NO, RP 2611 (1953)

P-V-T* COMPRESSIBILITY FACTOR* SPECIFIC HEAT ( P=CONSTANT ) VELOCITY OF SOUND, VAPOR PRESSURE, ENTROPY, ENTHALPY, THERMAL

CONDUCTIVITY, VISCOSITY, PRANDTL NUMBER, FREE ENERGY (GIBBS FUNCTION)

SPECIFIC HEAT RATIOS (10 TO 5000 DEGREES K AND 0.01 TO 100 ATM.)

REFERENCE WORK

232 WOOLLEY, H.W.

THERMODYNAMIC FUNCTIONS FOR MOLECULAR OXYGEN IN THE IDEAL GAS

STATE

J, RESEARCH NATL, BUR, STANDARDS VOL, 40, 163-8 (1948) RP1864

SPECIFIC HEAT ( P = CONSTANT ) , ENTROPY, ENTHALPY (100 TO 5000

DEGREES K AND 1 ATM.)

THEORETICAL - TABLE (180 VALUES)

233 WOOLLEY, H. W. AND BENEDICT, W. S.

GENERALIZED TABLES OF CORRECTIONS TO THERMODYNAMIC PROPERTIES

FOR NON-POLAR GASES

NATIONAL ADVISORY COMMITTEE FOR AERONAUTICS, WASHINGTON, TECH. NOTE

NO. 3272, (MARCH 1956) 62 P. DENSITY, VIRIAL COEFFICIENTS, EQUATION OF STATE, ENTROPY, ENTHALPYt

SPECIFIC HEAT ( P=CONSTANT ) ( V=CONSTANT ) , SPECIFIC HEAT RATIO,

ISENTROPIC EXPANSION COEFFICIENT (ADIABATIC BULK MODULUS DIVIDED BY

PRESSURE), VELOCITY OF SOUND (80 TO 5000 DEGREES K AND 1 ATM.)

OXYGEN, ARGON, NITROGEN, HYDROGEN AND 9 OTHER GASES

THEORETICAL - TABLES, GRAPHS, EQUATIONS

234 WR03LEWSKI , M.S.

SUR LA TEMPERATURE CRITIQUE ET LA PRESSION CRITIQUE DE L'OXYGENE

CONCERNING THE CRITICAL TEMPERATURE AND CRITICAL PRESSURE OF OXYGEN

COMPT. REND. VOL.97, 309-10 (1883)

CRITICAL POINT

EXPERIMENTAL - TABLE (1 VALUE)

FRENCH

235 WROBLEWSKI , S.

UEBER DEN GEBRAUCH DES SIEDENDEN SAUERSTOFFS, STICKSTOFFS, KOHLENOXYDS SOWIE DER ATMOSPHAR ISCHEN LUFT ALS KALTEMITTEL

CONCERNING THE USE OF BOILING OXYGEN, NITROGEN, AND CARBON

MONOXIDE AS WELL AS LIQUID AIR AS COOLING MEDIA

ANN. PHYSIK VOL.25, 371-407 (1885)

VAPOR PRESSURE (127 TO 149 DEGREES K AND 16.37 TO 43.5 ATM.),

CRITICAL POINT

EXPERIMENTAL - TABLE (54 VALUES)

GERMAN

82
236 ZIEBLAND, H. DIE WARMELEITFAHIGKEIT VON STICKSTOFF, SAUERSTOFF UND ARGON IN FLUSSIGEM UND GASFORMIGEM ZUSTAND

THE THERMAL CONDUCTIVITY OF NITROGEN, OXYGEN AND ARGON IN THE

LIQUID AND GASEOUS STATE

DFCHEMA MONOGRAPH, VOL.32» 74-82 (1959)

TRANSLATION AVAILABLE FROM

THERMOPHYSICAL PROPERTIES RESEARCH CENTER. SCHOOL OF MECHANICAL

ENGINEERING, PURDUE UNIVERSITY, LAFAYETTE, INDIANA

THERMAL CONDUCTIVITY (80 TO 200 DEGREES K AND 1 TO 130 ATM.)

EXPERIMENTAL - TABLES (400 VALUES), GRAPHS

APPARATUS

GERMAN

237 ZIEBLAND, H. AND BURTON, J.T.A,

THE THERMAL CONDUCTIVITY OF LIQUID AND GASEOUS OXYGEN

BRIT. J. APPL. PHYS. VOL.6, 416-20 (1955)

THERMAL CONDUCTIVITY (80 TO 200 DEGREES K AND 1 TO 130 ATM.)

EXPERIMENTAL - TABLE (70 VALUES), GRAPHS

APPARATUS

83
NOTES
r. S. UKPAilTMKNT OF COMMERCC

Luther H. Hodges, Secretary

NATIONAL BUREAU OF STANDARDS

A. V. Astin, Director

THE NATIONAL BUREAU OF STANDARDS

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