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NBS SPECIAL PUBLICATION 369

National Bureau of Standards

Library, £-01 Admin. BIdg. OCT 1 1981

Soft X-Ray Emission Spectra

of Metallic Solids:

Critical Review

of Selected Systems

and Annotated Spectral Index
NATIONAL BUREAU OF STANDARDS

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SOF X-RAY EMISSION SPECTRA OF METALLIC SOLIDS:

CRITICAL REVIEW OF SELECTED SYSTEMS AND

ANNOTATED SPECTRAL INDEX

A. J. McAlister, R. C. Dobbyn,

J. R. Cuthill, and M. L. Williams

Metallurgy Division

Institute for Materials Research

National Bureau of Standards Washington, D.C. 20234

U.S. DEPARTMENT OF COMMERCE, Frederick B. Dent, Secretary NATIONAL BUREAU OF STANDARDS, Richard W. Roberts, Director Issued January 1974
Library of Congress Catalog Card Number: 73-600081

National Bureau of Standards Special Publication 369

Nat. Bur. Stand. (U.S.), Spec. Publ. .m 176 pages (Jan. 1^)74) CODEN: XNBSAV

Supersedes NliS Monograph 52 in part, for emission spectra entries only.

(Order NBS Monograph 52 from the National Technical Information Service (NTIS),

Springfield, Va. 221S1)

U.S. GOVERNMENT PRINTING OFFICE

W.ASHINGTON: 1974

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

(Order by SD Catalog No. Cl3.10:369). Price $1.85 Stock Number 0303-01124
Foreword

The National Standard Reference Data System was established in 1963 for the purpose of pro- moting the critical evaluation and dissemination of numerical data of the physical sciences. The pro- gram is coordinated by the Office of Standard Reference Data of the National Bureau of Standards

but involves the efforts of many groups in universities, government laboratories, and private industry. The primary aim of the program is to provide compilations of critically evaluated physical and

chemical property data. These tables are published in the Journal of Physical and Chemical Ref- erence Data, in the NSRDS-NBS series of the National Bureau of Standards, and through other appropriate channels. The task of critical evaluation is carried out in various data centers, each with a well-defined

technical scope. A necessary preliminary step to the critical evaluation process is the retrieval from

the world scientific literature of all papers falling within the scope of the center. Each center, therefore, builds up a comprehensive well-indexed bibliographical file which forms the base for the evaluation

task. Bibliographies derived from these files are published when they appear to be of value to research workers and others interested in the particular technical area.

Further information on NSRDS and the publications which form the primary output of the program may be obtained by writing to the Office of Standard Reference Data, National Bureau of Standards, Washington, DC 20234. David R. Lide, Jr., Chief

Office of Standard Reference Data

iii
Contents

Page Foreword iii 1. Introduction 1 2. Review of Soft X-Ray Emission Spectra from Metallic Systems 3

2.1. Theoretical Situation 3

2.2. Remarks on Experimental Practice 4

2.3. Critical Survey of Selected Main Band Results 6

a. Al 6

b. Al in AuAl2 8

c. Al and Mgin Al-Mg 8

d. Cu 10

e. CuandNiinCu-Ni 12

f. Li 14

g. Mg 14

h. Mgin Al-Mg 15

i. Na 15

j. Ni 16

k. NiinCu-Ni 17

3. Annotated Spectral Index 17

3.1. Guide to the Index 17

3.2. Index by Inner Shell 18

a. K Spectra.... 18

b. L Spectra 55

c. M Spectra 79

d. N and O Spectra 84

3.3. Index by Author 85

3.4. Spectra Chart 162 Appendix 1. Lists of Properties by Categories Al-1

Appendix 2. Journal Names and Abbreviations A2-1

Appendix 3. Special Materials Symbols A3-1

iv
Soft X-Ray Eini88ion Spectra of Metallic Solids: Critical Review of Selected

Systems and Annotated Spectral Index

A. J. McAlister, R. C. Dobbyn, J. R. CuthiU, and M. L. Williams

Theory and experimental practic e in the field dI soft x-ray emi^sicm fmm metallic Milid^ are brieHy reviewed, and measurements on a number of systems (Al, Al in AuAl^, Al and Mfi in Al-Mg, Cu, Cu

and Ni in Cu-Ni, Li, Mg, Na. and Ni) are critically evaluated and compared with the results of other techniques and theory with a view to establishing the pertinence of the soft x-ray measurements and

indicating specific guidelines for further enhancing their value. In addition, an exhaustive annotated

index of measured spectra is provided. Key words: Alloys; critical review: emission spectra; intermetallic compounds; metals; soft x-ray; spectra.

1. Introduction

In recent years, considerable progress has been made in understanding the electronic structure of

ij solids. On the theoretical side, within the framework

J of the independent particle model, the techniques of energy band theory have been developed to the extent that many experimenters are now employing them in the detailed interpretation of their own data,

j'j Ordered compounds as well as elemental materials

ij are under investigation, and the theory of disordered

^! systems is being actively pursued. In addition, the

Ij theory of many-body systems has progressed to the

{ point that the general limits of validity of the indei| pendent particle approach are fairly well understood. Experimental progress has been no less dramatic. An impressive array of experimental

jj techniques has been brought to bear on the problem. These techniques fall into two categories: Fermi

level probes of metallic solids, such as the many

techniques for gaging the Fermi surface, low temperature specific heat, the Knight shift; and broad

probes of the electronic structure, such as optical, photoemission, soft x-ray, ion neutralization, positron annihilation, and Compton spectroscopies. AU of these techniques are being applied, with ever

increasing refinement, to more and more systems. The obvious price of such progress is an enormous

growth of the literature and the attendant danger of

individual workers losing touch even with work in their own fields. Topical reviews are much needed

to ward off this danger. The present paper is intended to fulfill a part of

this need by providing a selective critical review and

literature index to one major aspect of one experi- mental technique. The technique is soft x-ray emission spectroscopy, a broad probe which explores the

entire occupied band structure. We further restrict ourselves to metals in their pure state, in alloys, and

in intermetallic compounds. We use the term "soft x-ray" in a special way. "X-ray" has its traditional sense of describing radiative transitions involving initial ion core level vacancies. But the term "soft"

shall imply that the final vacancy lies within the con- duction band. Thus, as illustrated in figure 1, the technique consists of producing vacancies in ion core levels and observing the spontaneous radiation emitted when electrons initially in the conduction band drop into the vacant core states. Generally, photons emitted in this process are "soft" in the usual sense of being readily absorbed by the at- mosphere, and measurements are of necessity carried out in vacuum instruments. This is not always

the case, however. The penetrating radiation emitted

in conduction band to K level transitions in the 3</ metals is "soft" by our definition. To further orient the reader unfamiliar with the field, a typical instru- ment is illustrated in figure 2. It consists of two

major components: a sample head in which the soft x-rays are generated, and a spectrometer in which

they are energy analyzed and detected. To achieve sample cleanliness and reliable, reproducible

results, the sample should always be mounted in vacuum. If, as in the case illustrated, initial state ion core vacancies are prepared by electron bombardment, a vacuum system must be employed. If inner

level vacancies are produced by photoemission

(shining x-rays from a separate tube onto the sample.

1
2S

1S

Figure \. -in energy level scheme, (iiijirojirinte to Al metiil.

illiistnitinf^ the soft x-ray emission jirocess. A vacancy of well defined enerjiy is produced in some ion core level by electron beam bombardment or photoemission. An electron from the conduction band may drop into the core hole, the relaxation

beinjj. accompanied by emission of soft x-ray photon. The eneri:y distribution of the emitted photons reflects the distribution in enerjiy in the conduction band of the particular orbital character allowed by the dipole selection rules.

for example) and penetrating radiation is produced,

then the sample could be mounted in atmosphere,

save for the reasons of cleanliness and reliability cited above. Figure 2 shows a particular type of spec- trometer using a concave grating as the dispersing element and a driven photomultiplier as a detector. Other arrangements may be used, depending on

spectral range and purpose. For instance, bent

crystals and double crystals are used as dispersing elements in regions of higher photon energy. Proportional counters or photographic plates may be used

as detectors as the application demands. The major aims of this review are threefold: to promote better experimental practice by analysis of

a representative sampling of systems upon which

two or more measurements have been performed, to afford theorists a better understanding of the

Photomultiplier

Spectrometer !

Figure 2. Any soft x-niy system must consist of (I j ii siim/ile head

in which the x-niys tire jirodiiced, and (2) a spectrometer in which they are ener/^y analyzed and detected. In most practical applications. ea< h must be mounted in vacuum since the radiation is usually easily absorbed by the atmosphere. Where the

radiation is hijihly penetratint;. it is well to keep the sam[)le head under vacuum in the interest of sample cleanliness.

problems and limitations of the measurements, and

to provide an easily used key to the literature of this subfield. The material presented to achieve these ends and its organization are as follows. In section 2, after brief surveys of the status of theory and experi- mental technique, we give a reasonably thorough

critical review of experimental results on selected systems. Criteria for critical evaluation are developed in subsection 2.2, and cogently summarized in the introduction to subsection 2.3. In the

latter segment, contact is made with theory and the

results of other experimental techniques where

possible. Since photoemission and ion neutralization

results will be the other techniques most frequently compared, a brief description of these techniques

has been provided in figure 3. Section 3 contains a comprehensive annotated index of soft x-ray emission spectra from metallic systems. The spectra are grouped according to the principal quantum number

of the inner level involved (K, L, M, . . . for « = 1, 2, 4 3, . . .), and listed alphabetically by elements studied I

(all elements permuted) within this grouping. Addi- H tionally, the spectra are separately listed alphabetically by author (all authors perinuted). Also included < is a chart showing the spectral ranges over which ap- P proximately 90 percent of the oscillator strength of E many pure metal spectra extends. ' All references in section 2 are made by author and |l our reference number and will be found in the author j' listingof section 3. t 2
Photo-emission Ion Neutralization

Fifiure 3. I'hotoemission (x-ray or VV induced): An incomint;

mono-ener^ietic plioton beam ejects electrons from the metal.

If L V photons are used, only conduction band states are accessible for study; if x-rays are used, core states may be studied

as well. The kinetic energy spectrum of ejected electrons yields information on the fold of occupied and unoccupied states. The two may be sorted out by varyinj: the exciting photon beam

energy. Ion neutralization: A low energy beam of noble gas ions impinges

on the metal surface. If a vacant ion state lies below the conduction band of the metal, an Auger relaxation may occur

at the surface, one electron of the Auger pair filling the ion vacancy, and the other being raised to an excited state whence

it may escape from the metal. The energy spectrum of ejected

electrons contains information on the state density, though

probably only near the surface.

2. Review of Soft X-ray Emission

Spectra from Metallic Systems

2.1. Theoretical Situation

Conduction band emission spectroscopy is carried

out by preparing vacancies in ion core levels, in the manner outlined in the previous section, and then

observing the energy distribution of photons spontaneously emitted as electrons initially in conduction band states drop into vacant core levels. Since the core levels are relatively sharp, some picture of the

distribution of the conduction band states in energy

is expected to emerge. To proceed further, we note

that the core states are compact, normally occupying much less than a unit cell volume. Furthermore, in typical experiments, the density of ions with vacant

core levels is low enough that the probability of their interacting is negligible. Thus, the dimensions of the

radiating system are small compared to a wavelength, and the dipole approximation is valid. One can then write for the photon emission rate

/?(a;) a: (o// 2 |< <///! 2 Pa|.//,- >\mhw-E^ + Ef)

/, / A- where p is electron momentum. The k sum ranges

over all electrons of the system, the i sum over / initial states, and the / sum over all final states, i//, and are exact state vectors; £', and £/ their energies. The usual dipole selection rules apply, and thus

the emitted spectrum depends on the orbital symmetry of the inner level: a K level samples only the

p-orbital admixture of the conduction band; L2 and

L3 levels, the 5 and d orbital admixture. The above expression for the soft x-ray emission spectrum is exact so far as the crystalline states are concerned. It can be solved in several approximations, in the simplest of which dynamic interactions between the electrons and local charge reorganization due to the presence of the core hole are ignored. and (/// are approximated by antisymmetric linear combinations of single particle wave functions, describing A' conduction states plus a core with a vacancy, i/// an excited state containing A'-l conduction states and a full core. If the initial and final states are represented by linear combinations constructed from the same orthonormal set, the matrix element reduces to a sum of terms involving only sin- gle initial core and final band states. In the first at- tempt at this sort of analysis, Houston (319000) used

free electron wave functions for the conduction band

states, an approach which ignores the fact that the strongly localized core functions sample the band

states near the nucleus where free electron waves

form a very poor approximation to the Bloch states. This factor and an approximate accountingof the ef- fect of crystal symmetry on the orbital admixture of the band states were introduced by Jones, Mott, and

Skinner (349000). Only recently have attempts been made to carry this one-electron approach further by

detailed calculations based on band theoretical

results. While only a few systems have as yet been

studied in this way — pure Al and Cu, Al in AuAlj, all discussed in some detail in section 2.3. he\o\^ — structural agreement with experiment is re- markably good. A number of features of the observed emission

profiles cannot be explained by the one-electron model described above. Broad low energy tails and

3
weak satellites on the low energy side, shifted down

from the main band by the plasmon energy, are obvi- ous examples. Moreover, while structural features such as peaks and edges occur at predicted locations, their observed amplitudes and sharpness

differ from the simple one electron prediction, and seem to require screening and lifetime effects for their explanation. A number of workers have ex- amined the effects of charge reorganization about

the core hole in the one-electron approximation -Friedel (520032), Goodings (659065), Allot ey

(679087) — emphasizing light metal spectra, particularly the Li K spectrum [Tomboulian and Bedo

(589030)], which displays a puzzling early peak, about 0.6 eV below the high energy edge. It seems

fair to say that their results, while plausible, offer no

definitive explanation of the observed profiles. (See

particularly the discussion of the Li K spectrum

given below). The first attempt to account for the ef- fects of the electron-electron interaction (beyond the usual effective potential of the one-electron ap- proach) was carried out by Landsberg (499007), who

used a static screened interaction to compute the energy dependent lifetime of final state conduction band holes. In this way, he was able to account for the broad low energy tail of the Na L-j.s spectrum.

Despite the rather good fit obtained, this result was

defective in several respects. Since a static interaction was used, the method could not handle the plasmon satellite [observed later; see Rooke

(639085)]. The small pip seen at the high energy edge [Skinner (409005) and later work discussed below] remained unexplained. Landsberg adjusted

the screening length to give best fit. The length giv- ing optimum fit was significantly shorter than that computed from the Bohm-Pines theory (539018). This situation worsened when Pirenne and Longe

(649108) introduced the further effect of electrons

virtually scattered from the core defect. Energy must

be supplied to make the virtual processes real when

a photon is emitted and further broadening is in- troduced. The static screening length needed to fit the experiment when this process is introduced

results in further deviation from the Bohm-Pines

length. A successful resolution of the plasmon and

screening length difficulties was given by Click and Longe (659075), who calculated the intensity of the

tailing, including the plasmon satellite, of the Na L>,:i spectrum by carrying out a many-body perturbation estimate of the matrix elements, including only the lowest order terms contributing to the tail region.

The earlier discrepancy with the Bohm-Pines theory was found to have resulted from omission of certain cross terms in the static approximation. The Glick- Longe first order theory, however, diverged in the main band. Together with Bose (689344), they ex- tended the work to the main band by summing over

certain classes of terms in the many-body expansion. A notable result of this latter work was a distinct enhancement of intensity at the high energy edge

resulting from a heavy production of virtual electron- hole pairs via dynamic scattering from the core hole. This provides a natural explanafion for the emission edge pip observed in the Na spectrum, and agrees

well with the independent analyses of the effects of sudden decay (or build up) of screening charge about

the ion core defect upon emission (or absorption) edge intensities by Mahan (679320) and Nozieres and

de Dominicis (699051 ). Particular attention should be

called to the work of Hedin and Lundqvist (699354), whose work on the relation between structural peaks

in the spectral distribution function of the interact- ing electron gas, the eigenenergies of one-electron

theory, and the results of a variety of experiments,

including soft x-ray emission spectroscopy, provides

the most convincing theoretical rationalization of the agreement cited above between one-electron esti- mates of soft x-ray profiles and experiment.

2.2. Remarks on Experimental Practices

It is not our purpose here to discuss instrumental

details and technique. The interested reader wiU

find much useful information and many references

in Parratt's classic review (599072), the Strathclyde Conference Proceedings, edited by Fabian (689336), and the recent text by Samson (679056). Rather, we

focus attention on those aspects of current experi- mental practice which most directly affect in- terpretation of emission band spectra. It is important

to note, however, that the true emission spectrum is not measured, but rather the quantity R,Ams)= j

dojR((jj)S{oj)p{u))W{w-cj,) where Rm is the measured emission rate at frequen- cy setting CDs. R(oj) the true emission spectrum at frequency w, S(aj) the fracfion of emitted photons

escaping the sample (self-absorption factor), p(cj) the

probability of a photon of energy hoj being detected, and W(oj — (lis) the instrumental window function. The true emission rate R{(jj) may not be (in fact. 4
f probably is never) the precise quantity theory would

'^f predict and experiment determine. Bulk or surface

^ contaminants could well contribute a spurious com-

" ponent. More typically, overlapping contributions

^ may arise when several initial states not widely

^' I separated in energy occur. Thus, for instance, the

' measured L profile of Al inevitably consists of

strongly overlapping L2 and L3 profiles, accom-

' panied by a negligibly weak partially overlapping

'

j high energy satellite as well (Neddermeyer and

Wiech, 709000). These problems are more

I pronounced in the M spectra of Cu and Ni, and are

\\\ discussed in the following subsection. They can be

I dealt with in some cases, but their existence and the

'

• problems involved in correcting data for their

! presence should be borne in mind by the reader and

stressed by the experimenter in reporting his results,

i A number of advances have been made in experi-

; mental technique over the last decade. The use of improved vacuum technique lends greater confidence in the more current results. Two other ad-

'j vances are perhaps more significant. The introducij tion of photon counting techniques and digital

!,| recording systems has resulted in accurately linear

ij response and known statistical confidence levels,

jj Such work as Rooke's study of the plasmon satellites

j l of the light metals (639085) and the identification of

ij 3c?-band structural features in the M,) emission specI'! tra of Cu (Dobbyn et al, 709080) and Ni (Cuthill et

'[ al, 679300) would not have been possible without

j this technique. Equally important is the growing

I realization of the effects of self-absorption on emis-

! sion profiles. In this regard, BonneUe (649057)

I demonstrated the utility of optimizing x-ray takeoff

I and exciUng electron beam incidence angles. Liefeld

j' (689330 , 709116) has demonstrated that the many

discrepancies among recorded 3rf-metal L3 emission

profiles arose mainly from differences in satellite and self-absorption weightings due to differences in excitation conditions. It is of interest to note that the threshold effects observed in available Na L and Li K emission spectra (see the discussion in the next

subsection), so important to the verification of cur- rent theory, may be affected to a significant degree

by self absorption. Of course, when excitation conditions are accurately known and, in addition, the absorption coefficient of the sample is known over the appropriate spectral range (the latter is not usually

the case), self-absorbed spectra can be theoretically corrected. (For instance, see Yakowitz and Heinrich

(689304).)

Systematic uncertainties still remain a problem in the field. (For instance, see the discussion of Al

profiles in the following subsection.) We address

ourselves here, if not to their complete elimination,

at least to the suggestion that measurements be re- ported in sufficient detail that their importance can

be assessed by the reader. The major reasons for this problem are evidently the unique character of each

instrument in use and the lack of any standard in- strumental comparison technique. The major dif- ficulties appear to be as follows. The frequency

response p((o) of dispersing elements and detectors

is seldom known. Measurements on the same

material are often made under different excitation conditions; not only does the intensity of excitation vary (exciting voltage and current density, say, in the case of electronic excitation), but the excitation geometry (exciting beam incidence and x-ray takeoff

angles) usually differs as well. Hence S{(jj) and satellite contributions to R{oj) can vary from measure- ment to measurement. Removal of background from

electronically excited spectra is complicated by all of these factors. And too often, statements of slit settings and estimates of the inherent, varying in- strumental resolution, JF(a» — a»,s) (the spectral win- dow), are omitted, not surprisingly in the case of grating instruments where no simple experimental method of estimating is available. These problems

are not insuperable, of course, but in most cases

their complete solution involves considerable dif- ficulty. When painstaking efforts have been made to assess the instrumental response, as in the work of Neddermeyer and Wiech on Al (709000) and Ned- dermeyer on Mg (709115), then a detailed report of spectra measured on the calibrated instrument

should serve as a valuable secondary calibration standard. However, the low L2/L3 intensity ratios ob- served in these measurements indicate that they have been made at low x-ray takeoff and high elec- tron incidence angles. The authors do not give these numbers. (They can be found in Neddermeyer's thesis (699355); however, they are not cited in the published papers.) Now one must either reproduce

their excitation conditions or, knowing the ap- propriate absorption coefficients, correct for dif- ferences in excitation conditions when using their data for calibration. Thus, the utility of their results as a secondary calibration standard is limited, not by

the presence of self absorption in the profile, but by

the authors' omission of a conveniently accessible complete summary of the condiUons under which

the measurements were made.

5
Other examples could be cited but these few seem

sufficient basis for recommending that the following guidelines be followed by aU workers in reporting emission spectra. This information should be given

or some readily accessible source cited in all papers. A. The Instrument

(i) Method of calibration.

(ii) Estimates of frequency response. If none,

give type and nature of dispersing element,

settings.

(iii) Report of resolution tests.

(iv) Type of detector and recording system.

B. Excitation

(i) Type: x-ray or electron. Monochromaticity. Current density and voltage.

(ii) Geometry: beam incidence and x-ray takeoff angles. C. Sample

(i) Preparation: purity, method.

(ii) Characterization: type of tests and results. Particularly important for alloys and compounds.

(iii) Handling: before mounting; in vacuum before and during measurements. Tests made

in instrument (e.g., scans for C and O K emission bands). D. Data Treatment

(i) Explain everything clearly — all cor- rections, smoothings, unfoldings.

(ii) Show raw measured data, indicating

statistical confidence level. 2.3. Critical Survey of Selected Main Band

Results

In the following critical survey, we deal with complete transcribed spectral profiles rather than such commonly used spectroscopic parameters as peak position, half-width, and asymmetry index. We

do so because such parameters can be strongly af- fected by the experimental problems cited above and

because it is the existence or otherwise of characteristic structure in the profiles, rather than coarse

general features, which is of most interest to the stu- dent of electronic structure. Only main bands will be

presented. Unless otherwise indicated, the ordinate

is [Rate (hv) per unit energyj/t-^, as given by the author or so corrected. The abscissa is E-E/.- in eV, where Ep is the estimated position of the Fermi level. AU curves are normalized at peak ordinate value.

This is not the best choice in aU cases; in some, it will, in fact, overemphasize discrepancies. Additionally, the curves are corrected for background,

usually by the author, but by us (using a simple

linear approximation) if he has not done so. All alloy concentrations are given in atomic percent. The criteria for value judgments between measured profiles are those established in section 2.2. An ideal measurement will have been made on a clean, well characterized sample in an instrument

with accurate energy calibration, known frequency

response, and a sharp, known spectral window. Elec- j tromagnetic detection will have been used, and data | I of known statistical confidence level presented. Excitation conditions will have been clearly stated, and

self-absorption effects will be, if not eliminated, of

readily assessible extent. In cases where many measurements have been made, we select for display those few which come closest to the ideal. (An occasional good measurement, in particularly close agreement with one of those displayed, may be omitted for the sake of clarity in the figures; such an omission will be noted in the text.) Where only two

or three measurements are available, we show all which are free of obvious catastrophic error.

a. Al

In figure 4 are presented a number of results, ex- perimental and theoretical, on the Lo,;! and K emission bands of metalUc Al, the material most

frequently studied by soft x-ray spectroscopists, as

' well as the photoemission spectrum recorded by Wooten et al. (659084) at hi^=U.S eV. The L2,3 measurements are from Fomichev

(679102) (background corrected); Neddermeyer and " Wiech (709000 and 699355); and Rooke (689154). c All used electromagnetic detection. Neddermeyer 1 and Wiech present an average of strip chart records; » Fomichev (679102) total counts, accumulated point « by point; Rooke total counts, accumulated by I summing many digitally recorded continuous sweeps ' of the spectrum. Fomichev and Neddermeyer and ^ Wiech used Au coated, blazed gratings, and have " made measurements of and corrected for grating f frequency response. Neddermeyer and Wiech argue

for a smooth, relatively flat detector response. Rooke ! used an unblazed glass grating and did not make ' response measurements. No sample temperatures > were reported; Fomichev notes use of a water-cooled anode. The curves have been shifted slightly to coin- j cide at F=0.6 on the leading edge (a Fermi energy

6
Photoemission f

1 at 11.3 eV y h X

Calculoted L and K

Measured K ^ //

Measured L

\

-14 -12 -10 -8 -6 -4-2 0 2 E-Ef (eV)

Figure 4. Al Measured Z.2.3 spectra: fa) Fomichev, (b) Nedder- meyer and Weich, (c) Rooke. Measured K spectra: (d) Deslattes,

(e) Senemaud. Calculated spectra of McAlister: (f) L, (g) K. Measured photoemission spectrum at ll.6eV, (h) Wooten et al.

estimate suggested by calculations cited below). All three are electronically excited. All appear to be

rather strongly self absorbed at the edge. Fomichev

and Neddermeyer and Wiech have achieved better

resolution than Rooke, and their profiles are more in- tense at the band edge. Normalization to peak intensity, therefore, makes their curves appear weaker in the lower reaches of the emission band. The defini- tion of the L-i,:! edges of Fomichev and Neddermeyer

and Wiech suggests that about the same resolution was achieved. In light of their attempts at determining instrumental frequency response, the discrepancies between Fomichev and Neddermeyer and Wiech are puzzUng. In any case, all three spectra show the same type of structure, as do the available band theoretical estimates of the profile [Rooke

(689153), Smrcka (719187), and McAlister (unpublished)]. Other measurements showing the same

structure have been reported: Sagawa (689323);

Appleton and Curry (659066); Dimond (679063), (the

latter in close agreement with Rooke's measurements). Earlier work, in various respects less satisfactory than those cited above, by CatteraU and

Trotter (639087), Skinner (409005), and Cady and TombouHan (419001), is in essential agreement. Dis- crepancies certainly exist among the various meas- urements of the L2,.i spectral profile. Their source

is not clear. Temperature differences could play a

role. The exact location of the deeper lying structure

is liable to uncertainty from inherent noise, mode of data presentation, variations in instrumental

response, and errors in estimating spectral dispersion. It seems safe to conclude, however, from the weight of experimental evidence, that the structure observed is real, though at present not perfectly characterized and, from the calculations, that it arises from band structure effects. Nehher the cal- culations nor the measurements are sufficiently refined at present to ascertain the need for invoking

singular edge behavior. The two K profiles are from Deslattes (un- published) and Senemaud (see Cauchois, 689326). (The latter is a revision of earlier work by Senemaud

(669142).) Deslattes used a two-crystal spectrometer and digital, stepwise recording of the output of an

electromagnetic detector. (The curve shown here was obtained by averaging two raw spectra, kindly supplied us by Dr. Deslattes, and subtracting a constant background correction.) Senemaud used a bent

crystal instrument and photographic recording, and employed photoexcitation rather than electron beam

excitation. The results of Senemaud, therefore, needed no background correction. The overall shapes of the spectra are in good accord, particularly

in view of our rough background correction to Deslattes results. The results of Deslattes show weak but clear structural features which are in quite good agreement with the calculated result, curve g

of figure 4. The failure of Senemaud (and other ex- perimenters as well) to observe the structure in the K spectrum is in all likelihood due to the use of photographic detection (with only marginal response

linearity) and the somewhat poorer resolution of the spectrometers employed. The calculated profiles of McAlister (unpublished)

are shown here; the L profile labeled /, the K profile

g. Of the three available estimates, we believe this one to have determined the orbital character of the band wave functions most accurately. As noted

above, the evident structural correlation between the 7
calculated and measured profiles strongly suggests

that band structure effects are being observed. The

further structural correlation with the ultraviolet photoemission spectrum lends additional weight to

this suggestion.

b. Al in AuAI.. The measured Lo,^ profiles of Al from AuAl> shown in figure 5 are from Williams et al. (709081)

Al in AuAl2

Al s-density, calc. ' 1 / 1 /

1*

\ \

Ljj.MEAS //' '

"""i b

a \

-14 -12 -10 -8 -6 -4-2 0 2

E- Ep (eV)

Fi(;URE 5. Al in AuAlv. Lower curves, measured Al L^. i spectra:

(a) Williams et al., (b) Curry and Harrison. Upper solid curve:

calculated 5-like state density at Al sites. Upper dashed curve:

s-like state density at Al sites subjected to Landsberg smear.

and Curry and Harrison (709016). Williams et al. used photoelectric detection and summed many

scans of the spectrum. Curry and Harrison averaged

several photographic records. The structural agree- ment between the two spectra is quite good. Comparison of L2.3 spectra of pure Al from the two groups

with other results [see above, and Appleton and

Curry (659066)] suggests that the overall difference between the profiles is due to spectrometer frequen- cy response, the results of Curry and Harrison being more severely affected. Williams et al. appears to have achieved more nearly linear intensity response and spent greater effort on specimen characterization. The upper curves of figure 5 give some theoretical estimate of the Al L2,3 profile from the compound. The solid curve is Switendick's (709113) esti- mate of the density of 5-like states at Al sites. This

has been shown [Goodings and Harris (699161);

Bennett et al. (709082); Dobbyn et al. (709080)] to be

the leading term in a band theoretical estimate of the i profile. The dashed curve is the result of applying an ' approximate Landsberg fold (499007) to the Al 5-den- I sity. The agreement seen between the calculation \ i and the measured profiles is quite striking, as good i i in fact as that noted between measured and calcu- i lated pure Al L2,:! spectra above. [

o. Al and Mg in Al-Mg ^

In figures 6 and 7 are compared Al (fig. 6) and Mg

(fig. 7) L2,:i emission spectra from the pure metals

\ , Aljl^^

[

^^^^^^^^

-12 -10 -8 -6 -4-2 0 2 E-Ef (eV)

Figure 6. Al in Al-Mg. Measured Al L^.j emission spectra from

Al and two Al-Mg Compounds.

and the compounds Al3Mg2 and Ali2Mgi7. The data

are from Neddermeyer (709115), solid curves, and

Appleton and Curry (659066), dashed curves. Both

used electron beam excitation; Neddermeyer at 2.0 keV, Appleton and Curry at 3.5 keV. Neither re- ported electron impingement or x-ray takeoff angles.
Mg ^ /

V.

1

-7 -6 -5 -4 -3 -2-1 0 1 E-Ep (eV)

:i

I'l Figure 7. Mg in Al-Mg. Measured Mg Z,2,3 emission spectra

j /rom Mg «n(^ tivo Al-Mg compounds.

I No temperatures were reported, although Appleton

I'! and Curry used water-cooled targets. Stated pres- sures were: Neddermeyer 4X10"**, and Appleton

and Curry, 1 X 10"'^ torr. Neddermeyer used

1 photoelectric detection, averaged several strip chart

I recordings of ratemeter output, and corrected his

' results for the known frequency response of his Au

coated, blazed grating. Appleton and Curry used an

unblazed glass grating, with photographic detection. As noted above (Al in AUAI2), and evident here,

i Appleton and Curry's instrumental response inI creases markedly with photon energy, while Neddermeyer's, because of the quantum efficiency of

1 the photocathode used [see Samson (679056)],

I probably decreases slightly. Both Neddermeyer and

I Appleton and Curry note that their compound saniI pies probably deviate from stoichiometry by 1 or 2 percent. Apart from the noted difference in instrumental frequency response, these two sets of measurements

are in good general agreement. Specific points of dis- agreement occur in the placement of the minimum

of the pure Mg spectrum; the lack of structure in

i Appleton and Curry's Mg profile from Ali2Mgi7; and.

finally, in the shape of the Mg profiles from the compounds below — 4.5 eV. In this energy range, Neddermeyer's curves are noticeably concave while Appleton and Curry's are slightly convex. This latter point is pertinent to understanding the electronic structure of this alloy system and needs further ex- perimental clarification. Early measurements by Farineau of the Al and Mg K spectra from Al-Mg al- loys showed equal experimental band widths for Al and Mg in the alloys, with the common band width

varying smoothly from pure Al to pure Mg. More

recent K measurements by Fischer and Baun

(679041), under cleaner vacuum conditions, are in essential agreement with Farineau's work. (The

validity of these K measurements is questionable, however, since strong self-absorption effects may

mask the true behavior. Reinvestigation of the K

spectra with this difficulty in mind would be of considerable interest.) The L spectra clearly behave in a radically different way, each component retaining

essentially the same observed band width

throughout the composition range. This behavior is clearly shown in figure 8, where Neddermeyer's Mg

and Al spectra are overlaid. The compound data of figures 6 and 7 are repeated here and the results from a solid solution of 5 percent Al in Mg are shown. The latter sample was believed to be single phase. The striking difference in measured band widths seen here probably stems from the necessity of local charge neutrality in a metallic system. More charge must accumulate in regions of greatest potential, here at Al sites. Screening is evidently accomplished

by states lowest in energy being heavily localized at Al sites, and perhaps being of different orbital symmetry there than at Mg sites. (This latter point is sug- gested by the concavity of the Mg L2.3 from Al3Mg2 and Ali2Mgi7 below — 4 eV. Normally, one anticipates convexity for L spectra in this energy

range, owing to dominantly s-like local wave function character there. See Jones et al. , 349000.) Direct

substantiation of this picture by band computations

for the compounds is ruled out at present because of

their complicated crystal structure. However, a rough model computation by Jacobs (699213) sug- gests that it is correct. Computational evidence does

exist for energy dependent charging in other alloy systems. For instance, consider the calculations for AuAf. by Switendick (709113) cited above, where

Bloch functions of dominantly rf-like character at Au

sites are highly localized there and exert influence on the charge distribution at Al sites largely through

hybridization effects.
Mg

\,

^'5^995 /

AI|2Mg|7 / '^\^.'

AljMgg / ' -.^ /

Al ....,-—/'

-12 -10 -8 -6 -4 -2 0 E-Ep (eV)

Fitiure 8. Al und Mn in Al-Mt;. Measured Al and Mj; spectra, matched in ener>;y at the Fermi edjie and overlaid. Spectra from pure metals, the compounds Al.iMga and Ali2Mgi7, and

the solid solution .5 percent Al in M^;.

d. Cu

In figure 9, three measurements of the Cu Mo.ii spectral complex are shown. These are smoothed, background corrected spectra, as presented by the authors save for division by suitable powers of ener- gy to reduce the data to a common plot of intensity (energy flux per unit energy) versus photon energy. The curves have been shifted by slight amounts (no more than 0.3 eV) to match in energy at peak intensity. They are otherwise faithful transcriptions of the published curves. These data are from Bedo and Tomboulian (599002), solid curve; Dobbyn et al. (709080), dash-dot curve; and Clift et al. (639083). dashed curve. Bedo and Tomboulian and Clift et al. used photographic detection; Dobbyn et al., photoelectric detection. Dobbyn et al. summed inany

digitally recorded scans of the spectrum and, in view

of the linear response of photoelectric detection and

the known standard counting error in their data (1.1

<

/ \

Cu Mj 3

//

v>

.^-^^

-10 -5 0 5 E-Epeak(eV)

to 15

Fu.l'RE y. Cu. Comparison of three measurements oftheCiiM>,3

emission spectrum taken with different exciting electron beam

voltaaes and different detection methods.

to 0.7 percent), asserted the fine structure they ob- served to be reliably established. Bedo and Tomboulian and Clift et al. report pressures of 1 X 10"*^ torr,

j and used water-cooled targets. Dobbyn et al. re- ported a pressure of 7 X lO"'^ torr, with the target at 580 °C [well above the O2 surface cleanup tempera- i ture of 277 °C (Roberts, 609017)]. All used electron beam excitation with beam energies as follows: Bedo

and Tomboulian, 1.5 keV; Dobbyn et al., 2.5 keV; and Clift et al., 3.5 keV. The grazing angles of elec- tron beam incidence were 90. 20, and 90°; x-ray takeoff angles, 45, 90, and 32° for Bedo and Tomboulian, Dobbyn et al., and Clift et al. respectively. None

attempted to assess self-absorption effects. Bedo

and Tomboulian and Dobbyn et al. identify the struc- ture above 5 eV in figure 9 as satellites, Dobbyn et al. noting that, energetically, they are likely to be double ionization satellites with the spectator hole resid- ing in the M shell. This identification is supported by

the trend in intensity of this structure relative to the main peak with exciting voltage. Dobbyn et al. (private communication) noted this same trend, comparing measurements made at 1.5 and 2.5 keV in the same instrument. Dobbyn et al. also noted that additional satellites nearer the parent bands are ex- pected, with the spectator hole residing in the valence band. By treating the valence band satellites

in a manner suggested by analysis of Liefeld's (689330) measurements of the L3 spectra of Cu and

Ni at and above the L2 threshold excitation voltage, and the M shell satellites in the intermediate coupling approximation, Dobbyn et al. argued that the major features of the Cu M2,3 spectrum could be approximated by 10
M.z,3{E) = [MAE) + aM3{E-e)+a-MAE-2€)]

+ [PiMAE - 8 - 2e/3 ) + /S. (£ - 8 + e/ VS

+ (33MAE-8 + 2el3)] where M2,3 (E) is the measured spectral complex and M3 (E) the true single hole M3 emission profile. The

second bracketed term on the right approximates the

satellites with the spectator hole residing in the 3p

shell; the first represents the M3 and M2 parents and

the satellites with spectator hole in the valence band. Dobbyn et al. inverted this expression and varied e, the as. and the /3's over reasonable ranges, and

found the estimated M3 single hole emission profile

to be relatively insensitive to choice of these parameters. In figure 10, the Dobbyn et al. estimate of the M3 profile (SXSj so obtained is compared with the

results of other deep band experimental probe studies: ion neutralization (INS) by Hagstrum and

Becker (679195); x-ray induced photoemission (XPS)

by Fadley and Shirley (689234); and uhraviolet in- duced photoemission (UPS) by Eastman (699246).

^"^/"^^ / \

XPS/ / 1

sxs x^^^ /' \

UPS^/

-10 -8 -6 -4 -2 0 E-Ep (eV)

Figure 10. Cu. Comparison of various deep band probe results: ultraviolet photoemission optical density of states (UF'S); re- duced soft x-ray M3 emission band (SXS): x-ray photoemission spectrum with Al Ka,.2 excitation (XPS), ion neutralization unfoldfunction (INS).

Note particularly the 1-to-l correspondence of structural features in the main SXS and UPS humps and

the agreement as to width and peak location of all four measurements.

In figure 11, the lower set of curves compares the experimental M3 and L3 single hole emission

profiles, the latter determined by Liefeld (689330) at threshold excitation. Note particularly the greater width of the M3 profile in the c^-hump, and its greater

relative intensity below the hump. Qualitatively, these features are predicted in the one-electron

transition densities calculated by Goodings and Harris (699161), but they are overridden in the total emission spectra by the E'-^ dependence of the dipole emission rate expression, this factor being important

to the Ms profile only. The Goodings and Harris

results for the M3 and L3 Cu emission profiles are shown as the middle pair of curves in figure 11. where many-body level broadening has been taken into ac- count with Blokhin and Sachenko's approximation

(609057) to the Landsberg (499007) free electron

result. Dobbyn et al. (709080) noted that if emission

takes place after screening of the inner level defect, one might reasonably expect large positive 5-wave and small negative (/-wave shifts in the screening

-10 -8 -6 -4 -2 0

E-Ep(eV)

Figure 11. Cu. Comparison of measured and calculated Cu

L3 (dashed) and M3 (solid) emission spectra. Lower curve, measured. Middle curve, band theory estimate; upper curve, band theory with approximate screeninfi correction. 11
cloud. Thus, the s-like fraction of the calculated emission spectrum could be enhanced relative to the

(/ by a factor in excess of 1, and the above-mentioned

differences in one-electron transition rates enhanced

by the screening. They tested this mechanism in a rough way by assuming various energy independent

5 to (/ enhancement factors and then recomputing

the spectra. Their results for sld = 5 are shown at the

top of figure 11. Agreement with experiment was

noticeably improved, but no rationalization of the

factor used was offered.

e. (.11 and INi in (lu-Ni Cu and Ni form a continuous series of solid solu- tions over the entire composition range; the lattice constant increasing by 2.7 percent from Ni to Cu. It is. therefore, an attractive system for studying the ef- fects of substitutional disorder on the electronic structure of metals. Homogeneity is difficult to achieve, however, and for this reason some of the

results presented here must be regarded with caution. (The question of homogeneity in Cu-Ni alloys has been reviewed by Seib and Spicer, 700846.) While not enough work has been done to permit in- tercomparison of soft x-ray results, sufficient other deep band probe studies have been made to warrant

their summary. Presented here are: soft x-ray emission bands (SXS) (CUft et al., 639082); x-ray photoemission spectra (XPS) (Hiifner et al. , 729038):

ultraviolet photoemission (UPS) (Seib and Spicer, 700846 and 700847); soft x-ray L.s absorption spectra (Van den Berg, 579055).

Clift et al. (639082) give (SXS) M2,3 emission spectra of the pure metals and both components of the al- loys, in 10 percent concentration steps across the composition range. No details of sample preparation were given. Some of their results are shown in figure

12, plotted as intensity versus photon energy. The

spectra were excited with a 3.5 keV electron beam

normally incident on the samples. X-ray takeoff was

at 30° from the sample surface. Samples were water

cooled. Pressure was approximately 1 X 10 " torr. Photographic detection was used. The plotted curves were obtained by averaging densitometer

traces of several exposures at 0.5 eV intervals and

drawing a smooth curve through the points. Thus,

even in the pure metals, detail such as that observed

by Cuthill et al. (679300) for pure Ni and Dobbyn et

al. for Cu (709080) is eliminated, and no light is shed

on the interesting question of its survival or change

with alloying.

— Ni -— Ni + 20 7o Cu /\ -•-Ni + 40 7oCu

\ —. Ni*60% Cu

— Cu -— Cu+10 7o Ni —• Cu + 207oNi

60 65 70 75 80 85

Photon Energy (eV)

Figure 12. Cu and Ni in Cu-Ni. Soft x-ray /W-.,:! spectra from a number ofalloys and the pure metals.

Hiifner et al. (729038) XPS spectra of the valence bands of Cu, Ni, and 12, 44, 46, and 74 percent of Cu

in Ni are shown in figure 13. Al Kai2 radiation was

employed; resolution was approximately 1.0 eV. No

details of sample preparation are given. Ar ion clean- ing was employed prior to measurements. The samples upon which Seib and Spicer (700846 and 700847) performed UPS measurements fall into three classes: 0, 13, and 23 percent Ni in Cu, single

crystal, the alloys vacuum annealed at 1000 °C for 13 days and air quenched, all three cleaned in vacuum

by heating to 600 °C; 0, 11, 19, and 49 percent Cu in Ni, polycrystalline, similarly heat treated, then cleaned in vacuum by successive Ar bombardments

followed by 355 °C annealing; 39 and 62 percent Cu

in Ni, no heat treatment, cleaned in vacuum like the

latter. The alloys of 39, 49, and 62 percent Cu in Ni

proved unsatisfactory in several respects and will not be discussed here. Figure 14 shows photoemission spectra from samples of 0, 13, and 23 percent Ni

in Cu, taken with 10.2 eV photons; and 81, 89, and

100 percent Ni in Cu, taken with 10.0 eV photons. Resolution is about 0.2 eV. 12
^0 tb 10 5 0

Cu

s

V s-x

Cu46Ni54 /

/

Cu44Ni.56

\ A

Cu12Ni88

•

20 15 10 5 0 ELfCTHON BINDING ENERGY [ev]

Figure 13. Cu and Ni in (ai-Ni. X-r<iy jihotoemission spectra of a number of (!u-Ni alloys.

Both Clift et al. and Hiifner et al. note that, to a good approximation, their resuhs can be reproduced

by superimposing the pure metal results. Seib and

Spicer on the other hand assert that the Ni density

of states is narrow (~ 1 eV ) at low Ni concentrations and broadens to about 5 eV for pure Ni. There is rea- son to doubt the vaUdity of this description at low Ni concentrations, however. Seib and Spicer base

this assertion largely on an attempt to remove the Cu contribution to the observed spectra at 13 and

23 percent Ni by scaling the pure Cu spectrum to full experimental intensity for the alloys at — 2.2 eV and

subtracting. The resulting curves not only show a peak at about — 1.0 eV, but an additional peak at —

3.0 eV, together with a rather pathological, narrow minimum at — 2.1. Reducing the scale factor for Cu

from full to about 0.7 of the experimental intensity at

Photoemission Spectra from Cu-Ni

-6 -4 -2 0

E-EpCeV)

Figure 14. Cu and Ni in Cu-Ni. Ultraviolet photoemission

spectra from several Cu-Ni alloys. — 2.2 largely removes the strange minimum and

leaves an estimated Ni curve quite like that of pure

Ni but with about a — 0.2 eV chemical shift. Thus,

it would appear that all three technitpies can be reasonably construed to yield compatible results. An additional interesting experimental observation is that of figure 15. Shown here are Van den

Berg's (579055) measurements of the soft x-ray L ab- sorption edge of Ni in pure Ni and 4 and 40 percent Ni in Cu. The striking feature here is the persistence

of the strong peak at the edge, usually attributed to d holes above the Fermi level. This result is again

consistent with those cited above, but the quality of the samples, described only as evaporated films, is open to question.

Finally, Wenger et al. (719033) have attempted to obtain a measure of the s-d charge at Ni sites in CuNi alloys by measuring the integrated intensity of the Ni La emission band normalized to that of the Ni L/

line (35 2p^''') at 20 percent intervals across the se498-244 OL - 74 - 2
o — Ni /~\ — 40% Ni in Cu

\ \ — 4% Ni in Cu

\ \

y -^1,

1 eV

1—

1

1 1 1 1 1 1 1 1 854.1

E (eV)

F'if;ure 15. Ni in <^ii-Ni. Soft x-ray nbsor/ilion spet tni of Ni (Vi pure Ni and two Cu-Ni alloys.

ries. They found it to be constant within experimental error. No details of sample prejiaration were

given. Further clarification of the experimental situation

is needed, particularly at low Ni concentrations. SXS

measurements should be particularly valuable here because of the partial resolution of the component

emission spectra, but optimum resolution, linearity, and signal-to-noise ratio must be achieved if genuine improvements are to be made.

f. I.i

P'igure 16 cimipares l>i K emission profiles re- corded by Crisp and Williams (619025) and Crisp

(619046), and Tomboulian and Bedo (589030). These

two results are quite representative of the available

literature. In each case, measurements were made

(in samples freshly evaporated in vacuum. Pressures were approximately 10 ' torr during evaporation and 10 during measurement. (More recent measE-EF(eV) Figure 16. Li. Two measured soft x-ray Li K emission profiles:

(a] Crisp and Williams. <b) Tomboulian and Bedo.

urements by Aila and Sagawa (699204), made under s better vacuum. 10 ' to 10"" torr, are compatible i i with these results.) Crisp and Williams used electro- | magnetic detection and ratemeter strip chart rec- ords. Tomboulian and Bedo used photographic

detection. Sample temperature was stated by Tomboulian and Bedo as 162 °C; Crisp and Williams used a water-cooled sample but reported no temperature. In each case, the samples were metallic and retained bright metaUic luster during the measurements. The only significant difference between

the two profiles is in the high energy edge, the re- sults of Crisp and Williams being noticeably sharper

there. In this connection, it is worth noting differ- ences in excitati(Hi conditions; Crisp and Williams,

electron beam of 4 keV, incident at 90°, x-ray takeoff ~ 15°: Tomboulian and Bedo (589030), electron beam of 0.75 keV at 90°. x-ray takeoff of 45°. The

sharper edge of Crisp and Williams appears to be a self-absorption artifact. The pre-peaking of the Li K emission spectrum

has not as yet received definitive explanation. It is certain that no band calculation based on Hartree- Fock type orbitals and using conventionally constructed crystal potentials will yield an early peak

(McAlister, 699058). However, the new band calculational approach of Goddard (see O'Keefe and Goddard, 690254), using spin generalized rather than [ Hartree-Fock basis orbitals, does offer a natural oneelectron explanation. Since the removal of coreelec- I tron from Li constitutes an extremely large perturbation, screening effects have been plausibly invoked

(Goodings, 659065; Allotey, 679087; Ausman and

' Click, 699001). None of these approaches offers any

explanation of the extreme overlap of the emission and absorption edges (Skinner and Johnston, 379000) and their Gaussian tails. McAlister (699058) has , shown that folding one-electron estimates of the emission and absorption rates with a broad Gaussian \ smearing function yields good agreement with ex- , periment. He attributes the Gaussian smear to ther- , mal broadening of the K level by the phonon field but

offers no rationalization of the large width (.3 to .4 | eV) needed for a good fit. r

S. Ms • Numerous measurements have been made of the Mg Lj.s emission spectrum, all showing a rather , sharp peak just below the high energy emission , edge. The three measurements of figure 17 are due

to Watson et al. (689324), Neddermeyer (709115), j„ and Fomichev (699089). In no case were tempera- i] 14
h. in Al-lVlfj

Figure 17. M^. Three measured Mji Li:.\ soft x-rny emission

profiles: (a) Watson et <il., (b) Neddermeyer. (c) Fomirhev.

tures stated, but water-cooled cathodes were used by Watson et al. and Fomichev. Electron beam excitaI tion was used in each case: Watson et al. , 3.0 keV;

j Neddermeyer, 2.0 keV; and Fomichev, not stated.

,j None cite x-ray takeoff or electron impinjiement

J angles. Pressures cited were: Watson et al.,1 x 10"**

; torr; Neddermeyer, 1 — 3X10"* torr; and Fomichev.

j not stated. All used blazed metal coated gratings: Watson et al. and Fomichev, Au coated; and Neddermeyer, Pt coated. Photoelectric detection was

used in each case. Watson et al. summed many

digitally recorded runs, Neddermeyer summed several strip chart recorded scans, and Fomichev used

a single, stepped counting sweep. Neither Nedder- meyer nor Fomichev cite noise figures for their data. Watson et al. plotted data with vertical bars repre- senting the standard counting error, ± VN, N being

the total number of counts per channel. Their statistical noise level was sufficiently low that the small

features at — 1.3 and — 2.9 eV appear real. Independent, unpubhshed measurements of Dimond, dis- played by Watson et al. show like structure. An

approximate theoretical analysis, similar to that by Rooke for Al (689153), was carried out by Watson

et al. The analysis suggests a one-electron interpretation for the minimum at about —0.8 eV on their curve, and the feature at — 1.3 eV. The analysis suggests no explanation for that at —2.9. The calculated positions for the minimum and slope break

are —0.9 and —1.7 eV respectively. The feature at —2.9 remains unexplained. Watson et al. suggest

the possibility that it is an oxide structure. However,

it shows no correlation with the Mg spectrum from

bulk MgO [Neddermeyer (699355), Fomichev et al. (689249)].

See Al and Mg in Al-Mg.

The measurements of the Na L>,3 profile shown in figure 18 are due to Crisp and Williams (619025) and

R. S. Crisp (619046), Skinner (409005), and Cady and Tomboulian (419001). Crisp and Williams used photoelectric detection and averaged several strip chart records. Rooke (689322) has produced a sum

of digitally recorded scans made on the same instru- ment and in essential agreement with Crisp and

Williams. Skinner used photographic recordings. A photographic measurement by Sen (569025) agrees

well with Skinner. Cady and Tomboulian used pho- tographic detection. All reported measurements

were carried out at 1 to 5X]()-'^ torr. a pressure range over which Na at least retains its metallic

luster. Temperatures were uncertain but all meas- urements were made on the solid. The sharp pip at the emission edge seen in Crisp and Williams, and

Skinner (409005) (and by Rooke and Sen as well) is surely characteristic of measurements made at high

excitation voltage and unfavorable excitation ge- ometry. Cady and Tomboulian took experimental

precautions at least as extensive as the other workers; their measurements of the Al and Mg Lj,,i profiles reported at the same time are in line with other

No

Lj.CALC. /'

e ^''/

L2,3 , EXR / y\

/ jT- a

-5 -4 -3 -2-10 1 E-Ep (eV)

Figure 18. Na. Measured Lj,., spectra: (a) Crisp and Williams,

(b) SLinner. (c) Cady and Tomboulian. Theory: (d) many body

profile: (e) band theory profile. 15
experimental results. However, tliey report an r.m.s. electron beam exciting voltage of 1.4 keV. while

those of other workers range from 3.S to 4.0 keV . Additionally, Haensel et al. (699094) have reported

a measurement of the Na L-i-i absorption profile which shows a distinct minimum approximately 0.2 eV below the midpoint of the L.i edge. The pip in the data of Crisp and Williams, and Skinner occurs ap- proximately 0.15 eV below the 50 percent point of the emission edge. Unfortunately, the absorption data extend only 0.6 eV below the midpoint of the edge, and only the shape of the absorption edge, not

its absolute magnitude, is reported. These factors suggest that the edge pip may be a self-absorption

artifact. Further experimental work is needed to clarify this point. The importance of answering this question is emphasized by the two theoretical estimates shown

in the upper part of figure 18. In figure 18 the solid curve d is the result of a many-body calculation by

Click et al. (689344). It includes in a natural way the

effects of the core hole and final state interactions, and shows a distinct rise in intensity just at the Fermi edge. The broken curve e is a band theory estimate by McAlister (unpublished), with level broadening treated in the Landsberg approximation

(499007). The latter would agree fairly well with ex- perimental curve c (fig. 18) if a modest degree of energy dependent enhancement by core hole screening were assumed.

j. M

The Ls emission profile of Ni has been studied by many investigators (Farineau. 389001; Skinner et al., 549020; Cauchois, 539002. for example), with considerable disagreement resulting. Van den Berg

(579055) made the first progress in solving the problem by noting that the measured profile de- pended strongly on the energy of the exciting elec- tron beam. More recently, Bonnelle (649057) and,

particularly, Liefeld and coworkers (689330. 709116) have shown the disparities to arise from the fact that

satellite intensity and self-absorption effects can be

very important and depend markedly on exciting electron beam energy. In figure 19 are shown results

of Liefeld (689330) and Chopra and Liefeld (649160) on the L3 profile of Ni. Measurements were made at a sample temperature of about 800 °C. at approxi- mately 1 X 10 ' torr in a two-crystal instrument. Various exciting electron beam voltages, Vj. were

used. Curve a (fig. 19) is typical of results with /

-6 -4 -2 0 2 4 6 8

E-Epeok(eV)

Figure 19. Ni. The Ni soft x-ray L3 profile, measured at a number of excitinfi electron beam enerfties. The volta<:es are. in keV: (a) 0,86, (b) 0.92. (c) 2.0. (d) .5.1. (e) 12.5.

between the L.j and L2 threshold. For Vj- above the L2

threshold, holes can be created in the 2p"- core

shell, and the Auger decay 2p^^'^^2p^''-, v. where v denotes a hole in the valence band, can occur. Radiative decay can then occur with a local, relatively high mass spectator hole in a 3d level, and high energy satellite structure appears, as in curve b. As

one continues to raise Fj, the satellite structure in- creases in intensity, as in c. Eventually, as in curves d and e, self absorption becomes sufficiently strong

to warp the measured profiles in a pronounced way.

In fact, the Ls absorption spectrum can be obtained by taking the ratio of profiles measured at two suita- ble values of V,- (Liefeld, 689330). Bonnelle (649057) independently demonstrated the dependence of self absorption on Vj- and, in addition, showed how it can

be reduced by optimizing x-ray takeoff and exciting electron beam incidence angles. Various measurements of the Ni M-z.-.i spectrum

(Tomboulian and Bedo. 619081; Skinner et al.. 549020; Clift et al, 639083; CuthiU et al., 679300) have shown better agreement, the situation being comparable to that shown above for the M2,3 spectra

of Cu. There are several probable causes for this. The M2.:! measurements were made over a less ex- treme range of F,., 2.5 to 4.0 keV. Also, as noted above for Cu. the M-valence band satellites tend to 16
be degenerate in energy with the Mo band. And,

finally, self absorption should be much less severe, owing to very broad and only gently structured M-i.s absorption edges (Sonntag, 699356).

In figure 20, a number of deep band electronic

structure probe results on Ni are compared: the M-.i profile of Cuthill et al. (679300), extracted from the

M2,3 complex in the manner described above for Cu;

the L3 profile, measured at L3 threshold excitation by

Liefeld (709116); the ultraviolet induced photoemission optical density of states of Eastman and

KroHkowski (689211), the XPS spectrum of Fadley

and Shirley (689234), and the ion neutralization unfold function of Hagstrum and Becker (679195). Here, as in the case of Cu discussed above, re- markably strong structural correlations are observed, despite differences in magnetic state. The

soft x-ray measurements were made on paramagnetic Ni (at 960 °C for the M, 800 °C for the L) while

j the photoemission and ion neutralization measure- ments were made at room temperature on ferromagnetic samples. Figure 21 compares the M.-j profiles of

Ni /

^

INS >^ /

UPS / /

XPS r! ]

sxs ^

j

V -10 -8 -6 -4-2 0 2 E-Ep (eV)

Fifiure 20. Comiiarison of various deep probe results for Ni. Lowest curves, soft x-ray L and M emission spectra (SXS). X-ray photoemission spectrum (XI^S); ultraviolet photoemis

sion optical density of states (UPS); ion neutralization unfold

function (INS).

1,0

R/Rp

0.5

0

E(eV)

Fifiure 21. Ni and i'.u. Cumpiirison of Ni- anil C.u-Mi,:, emission hands, shoniiifi structural rorrelaliiin.

Cu (Dobbyn et al, 709080) and paramagnetic Ni

(Cuthill et al., 679300). Structural correlation between the two spectra is evident and to be ex- pected from their common crystal structure and

valence difference of 1. Note, however, the slight shoulder on the high energy side of the (/-hump in both spectra. Similar structure has been noted by

the present authors in unpublished measurements

of the M spectra of Cr and Fe. Liefeld and Hanzely

(709116) also report like structure in their threshold measurements of the L3 spectra of Cu, Ni, Co, and

Fe. These have been plausibly interpreted as excitation features (Dobbyn, 709080; Liefeld. 709116) of the type described by Parratt (599072).

k. NiinCu-Ni See Cu and Ni in Cu-Ni.

3. Annotated Spectral Index

3.1. Guide to the Index

This section contains an annotated index to soft x- ray emission spectra from metallic systems. As far as possible, it is complete for the literature published through 1970, with many later papers included as

well. The papers are grouped according to the prin- cipal quantum number of the inner level involved (K. L, M,. . . for n = 1,2, 3,. . .). Within these groups, the

listing is alphabetical by material (with all components of an alloy permuted). The papers are an- notated according to type (E, T, or R for experiment.
theory, or review) and to content, the various properties (e.g., 5D for state density, 9S for satellite structure) being listed in appendix 1. A guide to journal name and special publication abbreviations is given

in appendix 2. The year of pubHcation is indicated by

the first two digits of the file number. Boldface

italics has been used to designate the elements from which spectra have been obtained. (Elements are normally denoted by chemical symbol. Occasionally,

classes of materials are studied (for example, rare

earths), and special class designations are used. These are listed in app. 3.) Concentrations are rounded to the nearest integer or zero. For binaries.

the composition always applies to the constituent occurring first in alphabetic order. For three or more

constituents, additional entries appear, the second

entry giving the concentration of the element second

in alphabetic order, the third entry giving the con- centration of the third in alphabetic order, etc. Specimen temperature or temperature range is as- sumed to be room temperature unless specified otherwise by footnote. This section closes with an

index to sources of spectra, arranged alphabetically by author (all authors permuted). Included here are

all references from the text above, including those which would not otherwise be listed.

3.2. Index by Inner Shell

a. K-Speclra

Authors

Journal Vol. Page

Rel Number Type Properties Alloy Composition

First No. Low High

Parratl L PHYS REV 84 362 519013 R 9K OO

Friedel J PHIL MAG 43 153 520032 R 9K 9F 5B

Karalnik S RONTGENCHEMBIND 166 669205 R 5N 9K 9L 5B

Faess er A SXS BANDSPECTRA 93 689328 T 9K 9G

Parratt L PHYS REV 49 502 369002 E 9K 9S 00 A

Parratt L PHYS REV 50 1 369003 E 9K 9S OO A

ooKnaie t> COMPT REND 233 937 519008 E 9K 4A Ag

OoKnaie o ANN PHYSIQUE 7 852 529013 E 9K 4A 6L 5B Ag

Tomlin S 1 AUSTRAL J PHYS 17 452 649121 E 9K 91 9B 9R Ag

Fischer B 2 Z PHYSIK 204 122 679137 E 9K 9H 91 4X Ag

Fischer D 2 TECH REPORT AD 807 £ 9K 9S AgA/ 00 70

Fischer D 2 ADV XRAY ANALYS 10 374 679041 E 9K 9S 91 6P 4L AgA7 50 Baun W 2 J APPL PHYS 38 2092 679108 E 9S 91 9K AgA7 50 Nemnonov S 2 PHYS METALMETAL 28 192 699145 E 9K AgAJ 67 Nemnonov S 4 PHYS STAT SOLID 43 319 719055 E 9K AgAJ 20

Farineau J 1 ANN PHYS 10 20 389001 E 9K OL Al

Cauchois Y 1 ACTA CRYST 6 352 539003 E 9K Al

Das Gupta K 3 J SCI INDUS RES 14B 129 559005 E 9K 9L Al

Nordfors B 1 PROC PHYS SOC 68A 654 559017 E 9K 9S 91 4L Al

Nordfors B 1 ARKIV FYSIK 10 279 569024 E 9K 9S 91 9R 4L Al

Sen A 1 INDIAN J PHYS 30 415 569025 E 9L 9K 5B Al Nemnonov S 2 BULLACADSCIUSSR 25 1015 619059 E 9A 9K Al

Cauchois Y 3 COMPT REND 257 1051 639092 E 9G 9K OS 5B Al

Cauchois Y 3 COMPT REND 257 1242 639093 E 9G 9A 9B 9K 6S Al

Kurylenko C CAHIERS PHYS 17 344 639121 E 9K OL Al

Nagakura I 1 SCI REP TOHOKUU 48 90 649007 E 9K 9S Al 100 Konstantinov A 3 BULLACADSCIUSSR 28 103 649119 E 9G 9K 9R Al

Tomlin S 1 AUSTRAL J PHYS 17 452 649121 E 9K 91 9B 9R Al Baun W 2 PHYS LET 13 36 649133 E 9K 9S 91 Al

Fischer D 2 J APPL PHYS 36 534 659070 E 9K 9S Al 100 Cauchois Y 2 OPTPROPS ABELES 83 659083 E 9A 9K Al 100 Fischer D 2 PHYS REV 138 1047 659090 E 9K OL 4B Al Senemaud C 1 J PHYSIQUE COLL 27 55 669055 E 9K 9G Al

Kurylenko C 1 CAHIERS PHYS 20 333 669130 E 9K OL Al 100 Bonnelle C 3 RONTGENCHEMBIND 20 669139 E 9E 9G 9K Al 100

First two digits of "Reference Number" indicates year. 18
K-Spectra — Continued

Authors

Journal Vol. Page

Ref. Number Type Properties Alloy Composition

First No. Low High Senemaud C 1 I PHYS R ADIIIM 27C 55 669142 £ 9A 9K 9G 4L 9R AJ

Demjoohin W 2 RnNTrFMPHFMRIlSin IVUil 1 V7llil>tVjniLlVlDlI>l AAO 1 /to 9K 95 91 4L 4A Al 100 Domaschew E 2 ROMTPrMPHFMnTMr^ IxUlN 1 ^lliiNV^rlt.iV1131lN U 7n 9K 9S 91 4L At 100 Fomichev V 1 g 2312 679102 £ 9A 9L 60 5D 9R Al Nemoshkalenk V 2 UKRAIN FHYS J 12 812 679107 £ 9K 98 Al 100

Fischer B 2 Z PHYSIK 204 122 679137 £ 9K 9H 91 4X Al Demekhin V 2 31 £ 9S 91 9K Al

Laputina I 2 RIII I AP AnQnilQQR 926 £ 9K 9G 98 58 OO Al Senemaud C 1 COMPT REND 265 403 6 9 4 £ 9K 9G Al

Fischer D 2 NORFI Pn RirPOHTR 92 679387 9K 98 Al 100 Rooke G 1 J PHYS IC 767 CO 689 1 5o T 9L 9K 5D 9T Al Demekhin V 2 PHYS METALMETAL 26 178 689237 £ 9K 9G 98 4A 4L Al

Dodd C 2 I APPI PHYS; 39 6893 19 £ 9K OO Al 100 Wiech G 1 ^YQ R ANn«;pirpTR A 9L 5D 58 Al 9K 5D 58 Al

Cauchois Y 1 SXS RANn'^PFPTRA Y J £ 9K Al

Nemoshkalenk V 4 IIK^R AIN PHYQ I 13 AQO 1 no 9K 9L Al 100 Nemnonov S 2 PHYS MfTAI MFTAI 28 192 699145 £ 9K Al 100

Aita 0 2 I PHY<i ^sOP lAP 164 699204 £ 9K 58 Al 100 Nemnonov S 2 PHVs; MFTAI MFTAI 9« 699218 9K 5D Al 9L 5D Al Nemoshkalenk V 2 Ilk'R AIM PHYS; 1 9K 4L 9U 4A Al 100 Maruno S 2 lAP I APPI PHYS 709234 £ 9K 4A Al 100 Fischer D 1 A nV YRAY AMAIVS 159 9K Al 100 Nemnonov S 3 PHYS METALMETAL 30 211 709351 £ 9K 9L Al 100 9K 9L Al 100 Smrcka L 1 P7FPH I PHYS 21B 683 719187 T 9K 9L 5D Al 100 Senemaud C 2 T PHYSIOIIF 32S 193 719205 £ 9K Al 100 Fischer D 2 TFPH HFPART AH

^Td £ 9K 98 /Uill AgAn 00 70

Fischer D 2 n.u A nV\ Ar\/\ YRAVI y\iN/\Lio ANAIYS ^10 £ 9K 98 91 6P 4L An 50 Baun W 2 J

I All APPILi PHYS rnio 38 679108 £ 98 91 9K iil An 50 Nemnonov S 2 PHYS I n I O MFTAI iVl Ci 1 A L. MFTAI IVl Hi 1 AL. 28 192 699145 £ 9K Al Ag 67 Nemnonov S 4 PHYS STAT sni in 319 £ 9K Al>4I AgAiT 20

Fischer D 2 AL? \nVV YRAY AIxAI AllALilo AMAIVS 10 0 / yu^

9K 98 91 6P 4L A/ As 50

Fischer D 2 TFPH RITPrkRT A 669226 9K 98 50

Fischer D 2 AUV AnVYRAY AiVAI AINaLIO AMAIYS in 0 /yu'+i 9K 98 91 6P 4L AiAu 50 Baun W 2 I APPI PHYS 38 2092 £ 9S 91 9K AlAu 50 Nemnonov S 2 PHYS r ri I o IVI MITTAI Cj 1 A L. MFTAI IVl Ej 1 A L. 109 £ 9K AJAu 67 Nemnonov S 4 PHYS STAT sr^i in 719055 9K AlAu 67 Gwinner E 2 7 PHYSlk'

J* 379001 9K 4A 48 4N A\B 33

Fischer D 2 AHA/ YRAV AIMAIVS dLuoyuou 9K 6P A\B 08

Ehlert R 2 AUV Ar^VYRAY AiVAl AiNALio AIMAIYS 9K AlB 08

Fischer D 2

I PHCM PHYS J l^ntlVI r n I S 659092 9K 4A AlC 57

Fischer D 2 AUV AnA/ AKAl YRAV AlNALYS AMAIVS 329 ooyuou 9K 6P AlC 57

Fischer D 2 lt.Cn KLrUKl AU 807 479 669226 9K 98 AlC 57 9K 98 A/Ca 50 Wiech G 2 RANn STRIl SPrPT 739007 £ 9K 9L A/Ca 67 9K 9L AJCe 67

Fischer D 2 TTPU 1 Lt^n RTPORT Kr.r UK 1 AUAn DOVZZD £ 9K 98 AlCo 50

Fischer D 2 AUV AnV YRAV AnAY AlNAl^lS AMAIVC 9K 98 91 6P 4L AlCo 50 Nemoshkalenk V 3 ANAUIN AVAnMAnli'UVD AUMJIS.K DPT Kr 1 £ 9K AlCo Nemnonov S 2

Dill I APAnCPIITCCR 25 1015 619059 £ 9A 9K AICt 33 Menshikov A 2 BULLACADSCIUSSR 27 402 639116 E 9K 98 3Q AlCr 33 80

Fischer D 2 TECH REPORT AD 807 479 669226 E 9K 98 AlCr 50

Fischer D 2 ADV XRAY ANALYS 10 374 679041 E 9K 98 91 6P 4L AICt 50 Kolobova K 2 PHYS METALMETAL 27 69 699351 R 9K AlCr 33 80

19
a. K-Spectra — Continued

Authors

Journal Vol. Page ^Ref. Type Properties Alloy Composition

First No. Low High

Yoshida S 1 INSTPHYSCHEMRES 28 243 369007 E 9K AlCu 10 100 Farineau J 1 J PHYS RADIUM 10 327 399007 E 9K AlCu 19 100 Cauchois Y 1 COMPT REND 231 574 509000 E 9K 6P AlCu 10 Friedel J 1 PHIL MAG 43 153 520032 R 9A 9K 5N 6P AlCu

Kurylenko C 1 CAHIERS PHYS 20 3,33 669130 E 9K AiCu 10 100 Fischer D 2 TECH REPORT AD 807 479 669226 E 9K 9S AJCu 10 100 Fischer D 2 ADV XRAY ANALYS 10 374 679041 E 9K 9S 91 6P AlCu 10 100 Baun W 2 J APPL PHYS 38 2092 679108 E 9S 91 9K 5B AlCu 10 100 Fischer D 2 NORELCO REPORTR 14 92 679387 R 9K AlCu 20 100 Nemnonov S 2 PHYS METALMETAL 28 192 699145 E 9K AlCu 33 67 Baun W 1 J APPL PHYS 40 4210 699174 E 9K 9F 4L AlCu 49 Solomon J 2 APPL SPECTRY 25 719192 E 9K AlCu 40 Cauchois Y 1 COMPT REND 231 574 509000 E 9K 6P MCuMg 94 95 MCuMg 04 MCuMg 01 02

Vainshtein E 2 SOV PHYS DOKL 1 527 569031 E 9K AlCuMg 17 (1) MCuMg 67 (1) MCuMg 16 (1) Kotlyar B 2 NAUCH ZAPISKI 22 71 589014 E 9K MCuMn 08 25 MCuMn 50 79 MCuMn 23 25

Kotlyar B 1 NAUCH ZAPISKI 22 60 589015 E 9K 2T MCuMn 25 A\CuMn 50 MCuMn 25 Wiech G 2 BAND STRU SPECT 173 739007 E 9K 9L AlDy 67 9K 9L AlEr 67 Nemnonov S 2 BLILLACADSCIUSSR 25 1015 619059 E

'^t AlFe 25

Fischer D 2 TECH REPORT AD 807 479 669226 E 9K 9S AlFe 10 100 Fischer D 2 ADV XRAY ANALYS 10 374 679041 E 9K 9S 91 6P 4L AlFe 25 75 Fischer D 2 J APPL PHYS 38 229 679096 E 9K 9S AlFe 00 100 Nemoshkalenk V 3 PHYS STAT SOLID 29 45 680711 E 9K AlFe 67 Nemoshkalenk V 2 UKRAIN PHYS J 13 1022 699240 E 9K 4L 9U 4A 30 AlFe 25 72 Kolobova K 2 PHYS METALMETAL 27 69 699351 R 9K AlFe 25 75 9K AlFe 50 Nemoshkalenk V 2 AKADNAUKUKR RPT 1.30 709356 E 9K AlFe Wiech G 2 BAND STRU SPECT 173 739007 E 9K 9L AlGd 67

Fischer D 2 TECH REPORT AD 807 479 669226 E 9K 9S AlHf 50 Wiech G 2 BAND STRU SPECT 173 739007 E 9K 9L Al La 67

Crisp R 1 THESIS U W AUST 1 619046 E 9L 01 A/ Li 9K 01 AlLi

Farineau J 1 ANN PHYS 10 20 389001 E 9K AlMg 40 60 Cauchois Y 1 COMPT REND 231 574 509000 E 9K 6P MMg 90 99 Kurylenko C 1 CAHIERS PHYS 20 333 6691,30 E 9K AlMg 62

Fischer D 2 TECH REPORT AD 807 479 669226 E 9K 9S AlMg 10 100 Fischer D 2 ADV XRAY ANALYS 10 374 679041 E 9K 9S 91 6P 4L AlMg 10 100 Fischer D 2 NORELCO REPORTR 14 92 679387 R 9K AlMg 30 100 Neddermey H 1 PHYS LET 38A 329 729045 E 9K 9L AlMg 40 60 Neddermey H 1 BAND STRU SPECT 153 739002 E 9K 9L AlMg 05 60 Cauchois Y 1 COMPT REND 231 574 509000 E 9K 6P AlMg Si 97 AlMg Si 01 AlMg Si 02

Fischer D 2 J CHEM PHYS 43 2075 659092 E 9K 4A A\N 50

Fischer D 2 ADV XRAY ANALYS 9 329 6690,3C 9K 6P Aiyv 50 Domaschew E 2 RONTGENCHEMBIND 70 669177 E 9K 9S 91 4L AIN 50

Fischer D 2 TECH REPORT AD 807 479 669226 E 9K 9S AIN 50

(I) 40°C to 300°C

20
K-Specira — Continued

Authors

Journal Vol. Page

Ref. Type Propert es Alloy Composition

First No. Number

Low High

Fomichev V 1 SOVPHYS SOLIDST 10 597 689224 E 9L9K

60

60

4L

4L 5D

5D

6T6T AiN

AliV 50

50

fiscner u ADV XRAY ANALYS 13 159 709350 R 9K AiN 50 Wiech G 2 BAND STRU SPECT 173 739007 E 9K 9L AiNd 67

Fsrineau J ] J PHYS RADIUM 10 327 399007 E 9K

9L

AiNi

AliVi

180010089

c Nemnonov o 2 BULLACADSCIUSSR 25 1015 619059 E 9A 9K AiNi 25 nscucr u 2 PHYS REV 145 555 669148 E 9K 9S 91 4L 5B AiNi 4 100 riscner u TECH REPORT AD 807 479 669226 E 9K 9S AiNi 04 100

r iscner u 2 ADV XRAY ANALYS 10 374 679041 E 9K 9S 91 6P 4L AiNi 41 100

r iscncr mj 2 NORELCO REPORTR 14 92 679387 R 9K AiNi 20 100 Nemnonov S PHYS STAT SOLID 43 319 719055 E 9K AiNi 60 0 Bryan H 2 PROC ROY SOC 176A 229 409003 E 9K 58 4L OO AiO 40

i^oraiors d J PROC PHYS SOC 68A 654 559017 E 9K 9S 91 4L AiO 40

Nordfors B ARKIV FYSIK 10 279 569024 E 9K 9S 91 9R 4L AiO 40

2 BULLACADSCIUSSR 25 1015 619059 E 9A 9K AiO 40 Ba^"w

^

2 PHYS LET 13 36 649133 E 9K 98 91 AiO 40

r iscncr lf J J CHEM PHYS 42 3814 659064 E 9K OO AIO 40

r iscncr u 2 J APPL PHYS 36 534 659070 E 9K 9S AiO 40

Fischer D 2 J APPL PHYS 37 768 669025 E 9K AiO

2 ADV XRAY ANALYS 9 329 669030 E 9K 6P AiO 40 Senemaud C \ J PHYSIQUE COLL 27 55 669055 E 9K 90 AiO 40

Bonnelle C 3 RONTGENCHEMBIND 20 669139 E 9E 9G 9K AiO 40 Senemaud C J PHYS RADIUM 27C 55 669142 E 9A 9K 9G 4L 9R AiO 40

Ueinjoonin W 2 RONTGENCHEMBIND 58 669149 E 9K 9S 91 4L 4A AiO 40

2 RONTGENCHEMBIND 70 669177 E 9K 9S 91 4L AiO 40 FUrher D*'* ^

2 TECH REPORT AD 807 479 669226 E 9K 9S AiO 40

r ischer U 2 ADV XRAY ANALYS 10 374 679041 E 9K 9S 91 6P 4L AiO 40 SOVPHYS SOLIDST 8 2312 679102 E 9A 9K 4L 5D 9R AiO 40 Nem'oshkalenk V 2 UKRAIN PHYS J 12 812 679107 E 9K 9S AiO 40 Demekhin V 2 BULLACADSCIUSSR 31 921 679162 E 9S 91 9K AiO 40 Senemaud C COMPT REND 265 403 679240 E 9K 9G AiO 40

riscner U 2 NORELCO REPORTR 14 92 679387 R 9K 9S AiO 40

Utriainen J 5 Z NATURFORSCH 23A 1178 689210 E 91 9K 9S 9G AiO 40 100 LfcmcKnin v PHYS METALMETAL 26 178 689237 E 9K 9G 9S 4A 4L AiO 40 Dodd C 2 J APPL PHYS 39 5377 689319 E 9K OO 9S AiO 40 Cauchois ^ J SXS BANDSPECTRA 71 689326 E 9K AiO 40 PHYS LET 28A 334 689357 E 9K9K

4N AIO AiO

4040

iv u m s n ivi VESTNIKLEN UNIV 16 49 689371 E 9K

9L 9A

9A AiO AiO

40

40

Bonnelle C 2 COMPT REND 268 65 699027 E 9K 9S AiO

Nemoshkalenk V 4 UKRAIN PHYS J 13 837 699109 R 9K 9L AiO 40 Nemnonov S 2 PHYS METALMETAL 27 51 699115 R 9K 9S 3Q AiO 40

i^nun n Z NATURFORSCH 24A 930 6991.33 E 9K9K9F9L 6U 6P AIO AiO

40

i^tiun fi PHYS LET 31A 118 709005 E 9K 9S 4L 00 AiO 40 100

r;«.i Uigl pr JELECTROCHEMSOC 117 15 709041 E 9K 4L AiO

Maruno S JAP J APPL PHYS 9 1428 709234 E 9K 4A AiO 40

Fischer D 1 ADV XRAY ANALYS 13 159 709350 R 9K AiO 40 Domaschew E 2 RONTGENCHEMBIND 70 669177 E 9K 9S 91 4L AiP 50

Fischer D 2 TECH REPORT AD 807 479 669226 E 9K 9S AiP 50

Fischer D 2 ADV XRAY ANALYS 10 374 679041 E 9K 9S 91 6P 4L AiP 50 Wiech G 1 Z PHYSIK 216 472 689248 E 9L 9K 5B AIP 50 Wiech G 2 BAND STRU SPECT 173 739007 E 9K 9L Ai Pr 67

21
a. K-Spectra — Continued

Authors

Journal Vol. Page Ref. Number Type Properties Alloy Composition

First No. Low High Nemnonov 5 PHYS STAT SOLID 43 319 719055 E 9K AJ Pt 67

r iscner u 2 TECH REPORT AD 807 479 669226 E 9K 9S AIS 50 Domaschew E RONTGENCHEMBIND 70 669177 E 9K 9S 91 4L AJSb

Fischer D TECH REPORT AD 807 479 669226 E 9K 9S AJSb 50

Fischer D ADV XRAY ANALYS 10 374 679041 E 9K 9S 91 6P 4L A/Sb 50 Nemnonov S PHYS METALMETAL 14 51 629124 R 9A 9K 30 5W AIT

Fischer D TECH REPORT AD 807 479 669226 E 9K 9S AJTi 100 Fischer D ADV XRAY ANALYS 10 374 679041 E 9K 9S 91 6P 4L A7Ti 50 Kolobova K PHYS METALMETAL 27 69 699351 E 9A 9K 9G 91 9S AlTi 75 Fischer D J APPL PHYS 38 2404 679122 E 9K 9S 91 4L 5B AIX

Gigl P JELECTROCHEMSOC 117 15 709041 E 9K 4L OO AIX

Maruno S JAP J APPL PHYS 9 1428 709234 E 9K 4A OO AIX

Fischer D TECH REPORT AD 807 479 669226 E 9K- 9S AlZr 25 100 Fischer D ADV XRAY ANALYS 10 374 679041 E 9K 9S 91 6P 4L AIZt 25 75 Shaw C PHYS REV 50 1006 369006 E 9S 9K As

Groven L BlILLACADROYBELG 37 630 519009 E 9K 9S 91 5B OO As

Fischer D ADV XRAY ANALYS 10 374 679041 E 9K 9S 91 6P 4L AsAl PHYS LET 29A 463 699110 E 91 9K 9G Au

rise er U TECH REPORT AD 807 479 669226 E 9K 9S AuAl 50

Fischer D ADV XRAY ANALYS 10 374 679041 E 9K 9S 91 6P 4L AuAl 50

Baiin W J APPL PHYS 38 2092 679108 E 9S 91 9K AuAl 50 INemnonov S PHYS METALMETAL 28 192 699145 E 9K AuAl

Nemnonov S PHYS STAT SOLID 43 319 719055 E 9K AuAl 67 Gwinner E Z PHYSIK 107 449 379001 E 9K 4A 4B 4N B 100 PHILTRANSROYSOC 239A 95 409005 E 9K B

PHIL MAG 6 365 619025 E 9K B

c"*'' R THESIS U W AUST 1 619046 E 9K 01 B 100 l^omnn AUSTRAL J PHYS 17 452 649121 E 9K 91 9B 9R B

^ J APPL PHYS 37 922 669013 E 9K 9G B

r iscner U J APPL PHYS 37 768 669025 E 9K B 99

Fischer D ADV XRAY ANALYS 9 329 669030 E 9K 6P B 100 ADV XRAY ANALYS 9 456 669241 E 9K B 100

Holiiday J ADV XRAY ANALYS 9 365 669246 E 9K B 100 Hayasi T SCI REP TOHOKUU 50 228 679151 E 9K 01 B

Fomichev V BULLACADSCIUSSR 31 972 679172 E 9A 9K 9V B

Fischer D NORELCO REPORTR 14 92 679387 R 9K 9R B 100

noiiiuay j NORELCO REPORTR 14 84 679388 R 9K B 100 Hayasi Y SCI REP TOHOKUU 51 43 689367 E 9K 6P B

J PHYS SOC JAP 27 164 699204 E 9K 5B B 'oo nolimann L 3 Z PHYSIK 229 131 699264 E 9K 91 9R OS 7D B

Hayasi T 2 X RAY CONE KIEV 1 307 699286 R 9E 9K B

Franlsevi A 3 SOV PHYS DOKL 15 970 719050 E 9K 30 B inn Shashkina T 1 PHYS STAT SOLID 44B 571 719097 E 9K 91 B inn Feser K J PHYSIQUE 32S 331 719209 E 9K 6S OO B 100 Feser K 4 MUNICH SYMP 739016 E 9K 6S B 100 Gwinner E ^ Z PHYSIK 107 449 379001 E 9K 4A 4B 4N B Al 33 Fischer D 2 ADV XRAY ANALYS 9 329 669030 E 9K 6P B Al

Ehlert R 2 ADV XRAY ANALYS 9 456 669241 E 9K B Al ns Gwinner E 2 Z PHYSIK 107 449 379001 E 9K 4A 4B 4N BC

Fischer D 2 J APPL PHYS 37 768 669025 E 9K BC

Fischer D 2 ADV XRAY ANALYS 9 329 669030 E 9K 6P BC 80

Lnieri v\ ADV XRAY ANALYS 9 456 669241 E 9K B C 80 Hayasi T 2 SCI REP TOHOKUU 50 228 679151 E 9K 01 B C 80 Hayasi Y SCI REP TOHOKUU 51 43 689367 E 9K 3Q 9S 6P B C 80 Gwinner E 2 Z PHYSIK 107 449 379001 E 9K 4A 4B 4N BCa 86 9K 4A 4B 4N BCe 86

22
a. K-S|>ectra — Continued

Authors

Journal Vol. Page

Ref. Number Type Properties Alloy Composition

First No. Low High

Menshikov A 2 BULLACADSCIUSSR 27 402 639116 E 9K 9S 3Q B Cr 50 67 Menshikov A 2 PHYS METALMETAL 19 52 659088 E 9A 9K 90 2S 28 B Cr 50 67 Nemnonov S 4 PHYS METALMETAL 25 107 689194 E 9K 9S 5B B Cr 50 67 CuthiU J 4 NBS TECH NOTE 565 11 710591 E 9K 5D BCr 67

Frantsevi A 3 SOV PHYS DOKL 15 970 719050 E 9K 3Q BCr 67 Mc Alister A 4 MUNICH SYMP 739018 E 9K 5B BCr 67 (1) Frantsevi A 3 SOV PHYS DOKL 15 970 719050 E 9K 30 BHf 67 Gwinner E 2 Z PHYSIK 107 449 379001 E 9K 4A 4B 4N B La 86 Shashkina T 1 PHYS STAT SOLID 44B 571 719097 E 9K 91 BMn 20 67 Gwinner E 2 Z PHYSIK 107 449 379001 E 9K 4A 48 4N BN 50 0 Bryan H 2 PROC ROY SOC 176A 229 409003 E 9K 5B 4L OO BN 50

Holliday J 1 J APPL PHYS 33 3259 629095 E 9K 8 N 50

Lukirskii A 3 OPT SPECTR 16 372 649115 E 9K B N 50

Nicholson J 2 XRAY ANALYS 7 497 649163 E 9K 01 BN 50

Fischer D 2 J CHEM PHYS 43 2075 659092 E 9K 4A B N 50

Fischer D 2 J APPL PHYS 37 768 669025 E 9K BN 50

Fischer D 2 ADV XRAY ANALYS 9 329 669030 E 9K 6P 8 N 50 HoUiday J 1 RONTGENCHEMBIND 139 669203 E 9K 4L 4A 8 N 50 Henke B 1 ADV XRAY ANALYS 9 430 669244 E 9K 01 BN 50

Holliday J 1 ADV XRAY ANALYS 9 365 669246 E 9K 4L 8 N 50 Hayasi T 2 SCI REP TOHOKUU 50 228 679151 E 9K 01 BN 50 Fomichev V 1 BULLACADSCIUSSR 31 972 679172 E 9A 9K 9V BN 50 9A 9K 9V B N 50

Fischer D 2 NORELCO REPORTR 14 92 679387 R 9K 9R BN 50

Holliday J 1 NORELCO REPORTR 14 84 679388 E 9K BN 50 Fomichev V 2 J PHYS CHEM SOL 29 1015 689140 E 9K 3N 6H BN 50 Hayasi Y 1 SCI REP TOHOKUU 51 43 689367 E 9K 3Q 9S 6P B N 50 Rumsh M 4 VESTNIKLEN UNIV 16 49 689371 E 9K 9A B N 50 Hayasi T 2 X RAY CONF KIEV 1 307 699286 R 9E 9K 3Q BN 50 Zhurakovs E 2 SOV PHYS DOKL 14 710 709183 E 9K 4L 3Q 8 N 50 Nemoshkalenk V 2 SOVPHYS SOLIDST 12 46 709196 R 9K 5D BN

Fomichev V 3 SOVPHYS SOLIDST 12 123 709217 E 9K 9S 6G OO BN 50

Fischer D 1 ADV XRAY ANALYS 13 159 709350 R 9K BN 50 Nakhmanso M 2 SOVPHYS SOLIDST 12 1966 719042 T 9A 9K BN 50

Frantsevi A 3 SOV PHYS DOKL 15 970 719050 E 9K 3Q BN 50 Fomichev V 1 SOVPHYS SOLIDST 13 754 719170 R 9A 9K BN 50

Fischer D 2 ADV XRAY ANALYS 9 329 669030 E 9K 6P BNb 67

Frantsevi A 3 SOV PHYS DOKL 15 970 719050 E 9K 30 BNb 67 Gwinner E 2 Z PHYSIK 107 449 379001 E 9K 4A 48 4N BO 40 0 Bryan H 2 PROC ROY SOC 176A 229 409003 E 9K 58 4L 00 B 0 40

Fischer D 1 J CHEM PHYS 42 3814 659064 E 9K OO B 0 40 Henke B 2 J APPL PHYS 37 922 669013 E 9K 9G 4L BO 40

Fischer D 2 J APPL PHYS 37 768 669025 E 9K BO 40

Fischer D 2 ADV XRAY ANALYS 9 329 669030 E 9K 6P BO 40 Henke B 1 ADV XRAY ANALYS 9 430 669244 E 9K 01 BO 40 Hayasi T 2 SCI REP TOHOKUU 50 228 679151 E 9K 01 B O 40

Fischer D 2 NORELCO REPORTR 14 92 679387 R 9K 9R BO 40

Hayasi Y 1 SCI REP TOHOKUU 51 43 689367 E 9K 30 9S 6P B O 40 Hayasi T 2 X RAY CONF KIEV 1 307 699286 R 9E 9K 30 BO 40 Fomichev V 3 SOVPHYS SOLIDST 12 123 709217 E 9K 9S 6G BO 40 ADV XRAY ANALYS 13 159 709350 R 9K BO 40 Nakhmanso M 2 SOVPHYS SOLIDST 12 1966 719042 T 9A 9K BO 40

Frantsevi A 3 SOV PHYS DOKL 15 970 7 1 9050 9K 30 B O 40

Fischer D 2 J APPL PHYS 37 768 669025 E 9K BP 50

ll (1) 870 °C 23
a. K-Spectra — Concinaed

Authors

Journal Vol.. Page Type Properties Alloy

Coinp«)sibion

First No. L<»w High

Fischer D 2 ADV XRAY ANALYS 9 329 669030 E 9K 6P BP 50 Fomichev V 3 J PHYS CHEM SOL 29 1025 689141 E 9K 6H 6U BP 50 9L 6H 6U B P 50 Wiech G 1 Z PHYSIK 216 472 689248 E 9L 9K 5B B P 50 Rumsh M 4 VESTNIKLEN UNIV 16 49 689371 E 9K 9A BP 50 9L 9A B P 50 Nemoshkalenk V 2 SOVPHYS SOLIDST 12 46 709196 R 9L 9K 5D B P

Zhurakovs E 3 SOV PHYS DOKL 11 814 679117 E 9G 9K 4L 5B 9F B Sc 50

Cuthill J 4 NBS TECH NOTE 565 11 710591 E 9K 5D BSc 67 Mc Mister A 4 MUNICH SYMP 739018 E 9K 5B BSc 67 (1) Fischer D 2 ADV XRAY ANALYS 9 329 669030 E 9K 6P BSi 86 Nemnonov S 5 TRANSMETSOCAIME 245 1191 699104 R 9K 9A 9L 5D 3Q B T 67

Frantsevi A 3 SOV PHYS DOKL 15 970 719050 E 9K 3Q BTa 67 Zhurakovs E 2 SOV PHYS DOKL 4 1308 599067 R 9K 9S B Ti 50 67

Fischer D 2 J APPL PHYS 37 768 669025 E 9K BTi 67

Fischer D 2 ADV XRAY ANALYS 9 329 669030 E 9K 6P BTi 67 Nemnonov S 2 PHYS METALMETAL 22 36 669141 E 9A 9K 30 91 9S B Ti 67

Holliday J 1 RONTGENCHEMBIND 1,39 669203 E 9L 91 4L B Ti 67 9K 4L 4A BTi 67

Ehlert R 2 ADV XRAY ANALYS 9 456 669241 E 9K BTi 67

Holliday J 1 ADV XRAY ANALYS 9 365 669246 E 9L 4L B Ti 67 9K 4L BTi 67 Nemnonov S 1 PHYS METALMETAL 24 66 679213 R 9K 9L B Ti 67

Holliday J 1 NORELCO REPORTR 14 84 679388 E 9L B Ti 67 9K BTi 67 Nemnonov S 4 PHYS METALMETAL 25 107 689194 E 9K 9S 5B B Ti 67 Ramqvist L 5 J PHYS CHEM SOL 30 1849 699087 E 9A 9K 30 30 B Ti 67

Cuthill J 4 NBS TECH NOTE 565 11 710591 E 9K 5D BTi 67

Frantsevi A 3 SOV PHYS DOKL 15 970 719050 E 9K 30 BTi 67 Mc Alister A 4 MUNICH SYMP 739018 E 9K 5B BTi 67 (2) Dzeganovskii V 2 SOV PHYS DOKL 11 349 669144 E 9K 9G 30 4L B V 50 67

Holliday J 1 NORELCO REPORTR 14 84 679388 R 9K B V 67

Cuthill J 4 NBS TECH NOTE 565 11 710591 E 9K 5D BV 67

Frantsevi A 3 SOV PHYS DOKL 15 970 719050 E 9K 30 B V 67 Mc Alister A 4 MUNICH SYMP 739018 E 9K 5B BV 67 (3) Fischer D 2 ADV XRAY ANALYS 9 329 669030 E 9K 6P B W 71 9K 6P BZr 67

Holliday J 1 RONTGENCHEMBIND 139 669203 E 9K 4L 4A BZr 67

Holliday J ADV XRAY ANALYS 9 365 669246 E 9K 4L BZr 67

2 SCI REP TOHOKUU 50 228 679151 E 9K 01 BZr 67 9M 01 B Zr 67

Holliday J NORELCO REPORTR 14 84 679388 R 9K BZr 67 Hayasi Y 1 SCI REP TOHOKUU 51 43 689367 E 9K 3Q 9S 6P BZr 33 6P 9M B Zr 33

Frantsevi A 3 SOV PHYS DOKL 15 970 719050 E 9K 30 BZr 67 Kolobova K 3 SOVPHYS SOLIDST 10 571 689040 E 9K 9F 9G BaFeO 20 Chun H 2 Z NATURFORSCH 22A 1401 679324 E 9K 30 BaO 50 Sumbaev 0 6 SOV PHYS JETP 26 891 689189 E 9K 5N BaO 50 100 Jones H 3 PHYS REV 45 379 349000 T 9K Be

Skinner H 1 PHILTRANSROYSOC 2.39A 95 409005 E 9K Be

Callerall J 2 PHIL MAG 3 1424 599007 E 9K 9S Be

Crisp R 2 PHIL MAG 6 365 619025 E 9K Be

Crisp R 1 THESIS U W AUST 1 619046 E 9K 01 Be 100

Lukirskii A 1 BULLACADSCIUSSR 25 926 619055 E 9E 9K Be 100 Saga w a T 1 SCI REP TOHOKUU 45 232 619095 E 9K 9S Be 100

(1) 640 °C (2) 710 °C (3) 760 °C

24
K-Specira — Continued

Authors

Journal Vol. Page Ref. Number Type Properties Alloy Composition

First No. Low High

Tomboulian D 1 J QUAN SPECT RT 2 649 629122 R 9K Be

Lukirskii A 2 SOVPHYS SOLIDST 6 33 649089 E 9A 9K 6H Be 100 Tomlin S 1 AUSTRAL J PHYS 17 452 649121 E 9K 91 9B 9R Be

Henke B 2 J APPL PHYS 37 922 669013 E 9K 9G Be

Ehlert R 2 ADV XRAY ANALYS 9 456 669241 E 9K Be 100 Henke B 1 ADV XRAY ANALYS 9 430 669244 E 9K 01 Be 100 Hayasi T 2 SCI REP TOHOKUU 50 228 679151 E 9K 01 Be

Fischer D 2 NORELCO REPORTR 14 92 679387 R 9K 9R Be 100 Hayasi Y 1 SCI REP TOHOKUU 51 I 689109 E 9K 9S Be

Rooke G 1 SXS BANDSPECTRA 3 689322 E 9K 98 9T 5B 6T Be

Watson L 3 SXS BANDSPECTRA 45 689324 E 9K 9S Be

Wiech G 1 SXS BANDSPECTRA 59 689325 E 9K 5D 5B Be

Aita 0 2 J PHYS SOC JAP 27 164 699204 E 9K 5B Be 100 Nemnonov S 2 PHYS METALMETAL 28 68 699218 R 9K 5D 9A Be

Hayasi T 2 X RAY CONE KIEV 1 307 699286 R 9E 9K 6F Be

Watson L 4 X RAY CONF KIEV 2 56 699289 R 9K OD Be

Sagawa T 1 J PHYSIQUE 32S 186 719204 E 9K 9S Be 100 Feser K 4 J PHYSIQUE 32S 331 719209 E 9K 68 Be 100 Feser K 4 MUNICH SYMP 739016 E 9K 68 Be 100

Ehlert R 2 ADV XRAY ANALYS 9 456 669241 E 9K BeCu 00 0 Bryan H 2 PROC ROY SOC 176 A 229 409003 E 9K 58 4L OO BeO 50

Lukirskii A 2 SOVPHYS SOLIDST 6 33 649089 E 9A 9K 6H BeO 50 Henke B 2 J APPL PHYS 37 922 669013 E 9K 9G 4L BeO SO

Ehlert R 2 ADV XRAY ANALYS 9 456 669241 E 9K BeO 50 Henke B 1 ADV XRAY ANALYS 9 430 669244 E 9K 01 BeO 50 Chun H 2 Z NATURFORSCH 22A 1401 679324 E 9K 3Q BeO 50

Fischer D 2 NORELCO REPORTR 14 92 679387 R 9K 9R BeO 50

Holliday J 1 NORELCO REPORTR 14 84 679388 E 9K BeO 50 Hayasi Y 1 SCI REP TOHOKUU 51 1 689109 E 9K 98 BeO 50 Hayasi T 2 X RAY CONF KIEV 1 307 699286 R 9E 9K 3Q BeO 50

Fischer D 1 ADV XRAY ANALYS 13 159 709350 R 9K BeO 50 Fomichev V 1 SOVPHYS SOLIDST 13 754 719170 R 9A 9K BeO 50 Zhurakovs E 2 SOV PHYS DOKL 4 1308 599067 R 9K 98 BeTi 50 67

Ehlert R 2 ADV XRAY ANALYS 9 456 669241 E 9K OO BeX

Kolobova K 2 PHYS METALMETAL 27 69 699351 R 9A 9K BiTi 50 Shaw C 2 PHYS REV 50 1006 369006 E 9S 9K OO Br

Groven L 2 BULLACADROYBELG 37 630 519009 E 9K 9S 91 58 OO Br

Skinner H 1 PHILTRANSROYSOC 239A 95 409005 E 9K c

Das Gupta K 3 J SCI INDUS RES 14B 129 559005 E 9K 9L c

Dutta A 1 PROC PHYS SOC 74 o04 599015 T 9K c

Crisp R 1 THESIS U W AUST 1 619046 E 9K 01 c 100

Lukirskii A 1 BULLACADSCIUSSR 25 926 619055 E 9E 9K c 100

Holliday J 1 J APPL PHYS 33 3259 629095 E 9K c

Tomlin S 1 AUSTRAL J PHYS 17 452 649121 E 9K 91 98 9R c

Nicholson J 2 XRAY ANALYS 7 497 649163 E 9E 9K c 100 Caruso A 2 APPL OPT 4 247 659052 E 9K 01 c

Fischer D 2 J CHEM PHYS 43 2075 659092 E 9K 4A C 100 Fischer D 2 ADV XRAY ANALYS 9 329 669030 E 9K 6P c 100

Holliday J 1 RONTGENCHEMBIND 139 669203 E 9K 4L 4A c

Sagawa T 1 J PHYS SOC JAP 21 49 669229 E 9K OD c

Ehlert R 2 ADV XRAY ANALYS 9 456 669241 E 9K c 100 Henke B 1 ADV XRAY ANALYS 9 430 669244 E 9K 01 c 100

Holliday J 1 ADV XRAY ANALYS 9 365 669246 E 9K c 100

Holliday J 1 J APPL PHYS 38 4720 679258 E 9K c

Fischer D 2 NORELCO REPORTR 14 92 679387 R 9K 9R c 100

25
a. K-Speotra — Continued

Vol. Page

Ref. Number Type Properties Composit

Alloy Low H U 84 679388 E 9K c 100

13 578 689166 E 9K c

101 689329 E 9K c

14 168 699149 E 9K SB c 100 28 68 699218 R 9K 5D c

229 131 699264 E 9K 91 9R OS 7D c

3 709118 E 9K c 100

15 1141 719051 E 9K OX c

30 516 719062 E 9K 9S 9C c 100 25 719192 E 9K 01 c 100 32S 331 719209 E 9K 6S OO c 100 739016 E 9K 6S c 100 43 2075 659092 E 9K 4A CM 57

9 329 669030 E 9K 6P CM 57 807 479 669226 E 9K 9S C Al 57

107 449 379001 E 9K 4A 4B 4N C B 50

37 768 669025 E 9K C B 80

9 329 669030 E 9K 6P C B 80

9 456 669241 E 9K C B 80

50 228 679151 E 9K 01 CB 80

51 43 689,367 E 9K 9S 6P C B 80

101 689329 E 9K C Co Mn

C Co Mn

C Co Mn

15 29 639089 T 9A 9K 5B C Cr 20 43

27 402 639116 E 9K 9S 30 C Cr 20 40

19 52 659088 E 9A 9K 9G 2S 2B CCr 20 40

38 4720 679258 E 9K CCr 50

25 107 689194 E 9K 9S 5B C Cr 20 40

101 689329 E 9K CCr 60

14 84 679388 E 9K CFe 25

101 689329 E 9K CFe 00 75 38 4720 679258 E 9K CFeMn

CFeMn

CFeMn

52 5733 709201 T 9K 9V OO 91 6T CH 20 50 CH 20 50

14 84 679388 E 9K CHf 50

101 689329 E 9K CHf 50

14 168 699149 E 9K 5B CHf 50

139 669203 E 9K 41 CMo 33

9 365 669246 E 9K 41, CMo 33 38 4720 679258 E 9K CMo 33

101 689329 E 9K CMo 67

19 52 659088 E 9K 9G 2S 2B CN 50 67

7 724 639028 E QK 9S C N Ti 11 21 C N Ti 29 39 C N Ti 50

43 2075 659092 E 9K 4A C Nb 50

9 329 669030 E 9K 6P CNb 50

139 669203 E 9K 4L 4A CNb 50

9 365 669246 E 9K 4L CNb 50 38 4720 679258 £ 9K C Nb 50

101 689329 E 9K CNb 50 9M 5D C Nb 50

First Journal

HoUiday J Zhurakovs E

HoUiday J Zhurakovs E Nemnonov S Hoffmann L Wiech G

Borovskii I Aila O

Solomon J Feser K

Feser K

Fischer D

Fischer D

Fischer D

Gwinner E

Fischer D

Fischer D

Ehierl R

Hayasi T

Hayasi Y

HoUiday J

Menshikov A

Menshikov A

Menshikov A

HoUiday J Nemnonov S HoUiday J HoUiday J HoUiday J HoUiday J

Manne R

HoUiday J HoUiday J . Zhurakovs E HoUiday J HoUiday J HoUiday J HoUiday J Menshikov A

Vainshtein E

Fischer D

Fischer D

HoUiday J HoUiday J HoUiday J HoUiday J

NORELCO REPORTR

SOV PHYS DOKL

SXS BANDSPECTRA

SOV PHYS DOKL

PHYS METALMETAL

Z PHYSIK NBS IMR SYMP

SOV PHYS DOKL

J PHYS SOC JAP APPL SPECTRY

J PHYSIOLIE MUNICH SYMP

J CHEM PHYS ADV XRAY ANALYS

TECH REPORT AD

Z PHYSIK

J APPL PHYS ADV XRAY ANALYS

ADV XRAY ANALYS

SCI REP TOHOKLL

SCI REP TOHOKl'U

SXS BANDSPECTRA

PHYS METALMETAL

Bl'LLACADSCILSSR PHYS METALMETAL

J APPL PHYS

PHYS METALMETAL

SXS BANDSPECTRA NORELCO REPORTR

SXS BANDSPECTRA

J APPL PHYS

J CHEM PHYS NORELCO REPORTR

SXS BANDSPECTRA

SOV PHYS DOKL RONTGENCHEMBIND

ADV XRAY ANALYS

J APPL PHYS

SXS BANDSPECTRA

PHYS METALMETAL

SOV PHYS DOKL

J CHEM PHYS ADV XRAY ANALYS RONTGENCHEMBIND

ADV XRAY ANALYS

J APPL PHYS

SXS BANDSPECTRA

26
a. K-Speotra — Continued

Authors

Journal Vol. Page Ref. Type Properties Alloy Composition

First No. Low High

Zhurakovs E 1 SOV PHYS DOKL K 168 699149 E 9K 58 CNb 50 Ramqvist L 5 J PHYS CHEM SOL 32 149 719000 E 9L 4L 9V 5V 30 C Nb 43 48 9K 4L 9V 5V 30 CNb 43 48 Manne R 1 J CHEM PHYS 52 5733 709201 T 9K 9V OO 91 6T CO 33 50 CO 33 50 Kurmaev E 4 BULLACADSCILISSR 31 1011 679179 E 9A 9K 5B 30 C 0 V 23 33 C O V 24 26 C O V 41 53 Zhurakovs E 3 SOV PHYS DOKL 11 814 679117 E 9G 9K 4L 5B 9F C Sc 50 Kern B 1 Z PHYSIK 159 178 609025 E 9K C Si 50 Demekhin V 2 BULLACADSCILISSR 28 7.33 649139 E 9K 9S 91 4L C Si 50 9K CSi 50

Fischer D 2 J CHEM PHYS 43 2075 659092 E 9K 4A CSi 50

Fischer D 2 ADV XRAY ANALYS 9 329 669030 E 9K 6P CSi 50 Demjoohin W 2 RONTGENCHEMBIND 58 669149 E 9K 9S 91 4L 4A C Si 50 Demekhin V 2 BULLACADSCILISSR 31 921 679162 E 9S 91 9K C Si 25 Wiech G 1 SXS BANDSPECTRA 59 689325 E 9L 5D 5B C Si 00 50 9K 5D 5B C Si 00 50 Chun H 1 PHYS LET 31A 118 709005 E 9K 9S 4L OO C Si 50 100 Nemoshkalenk V 2 SOVPHYS SOLIDST 12 46 709196 R 9L 9K 5D C Si Nemnonov S 5 TRANSMETSOCAIME 245 1191 699104 R 9K 9A 9L 5D 30 C T

Nemnonov S 2 PHYS METALMETAL 27 51 699115 R 9K 9S 3Q C T 50

Holliday J 1 ADV XRAY ANALYS 13 136 709349 R 9K 4L CT

Fischer D 2 J CHEM PHYS 43 2075 659092 E 9K 4A CTa 50

Fischer D 2 ADV XRAY ANALYS 9 329 669030 E 9K 6P CTa 50

Holliday J 1 J APPL PHYS 38 4720 679258 E 9K CTa 00 50

Holliday J 1 SXS BANDSPECTRA 101 689329 E 9K CTa 00 50 Zhurakovs E 1 SOV PHYS DOKL 14 168 699149 E 9K 5B CTa 50

Vainshtein E 2 SOV PHYS DOKL 2 207 579038 E 9K 9S C Ti 50

Vainshtein E 2 SOV PHYS DOKL 2 251 579039 E 9K C Ti 9 24

Vainshtein E 2 SOV PHYS DOKL 4 1050 599037 E 9K C Ti 50 Zhurakovs E 2 SOV PHYS DOKL 4 1308 599067 R 9K 9S C Ti 50

Vainshtein E 2 SOV PHYS KOKL 48 1050 609085 E 9G 9K 30 C Ti 50

Vainshtein E 2 SOV PHYS DOKL 7 724 629131 E 9K 4L C Ti Vainshtein E 2 SOV PHYS DOKL 7 724 639028 E 9K 9S C Ti 50 Nemnonov S 2 PHYS METALMETAL 22 36 669141 E 9A 9K 30 91 9S C Ti 50 5D C Ti

Holliday J 1 RONTGENCHEMBIND 139 669203 E 9L 91 4L C Ti 45 50 9K 4L 4A CT, 50

Holliday J 1 ADV XRAY ANALYS 9 365 669246 E 9L 4L C Ti 45 49 9K 4L CTi 45 49 Nemnonov S 1 PHYS METALMETAL 24 66 679213 R 9K 9L C Ti 50 Chirkov V 3 SOVPHYS SOLIDST 9 873 679243 E 9A 9K 4L C Ti 50 (1) Holliday J 1 J APPL PHYS 38 4720 679258 E 9K CTi 0 50

Holliday J 1 NORELCO REPORTR 14 84 679388 E 9K CTi 50 Zhurakovs E 1 SOV PHYS DOKL 13 578 689166 E 9K CTi 35 56

Holliday J 1 SXS BANDSPECTRA 101 689329 E 9L 5D C Ti 50 9K CTi 50 Ramqvist L 5 J PHYS CHEM SOL 30 1849 699087 E 9A 9K 30 30 C Ti Zhurakovs E 1 SOV PHYS DOKL 14 168 699149 E 9K 5B CTi 50

Fischer D 1 J APPL PHYS 41 3922 709186 R 9K 5B C Ti 50 9L 9A 5B C Ti 50

Holliday J 1 ADV XRAY ANALYS 13 1,36 709349 R 9K 4L C Ti 0 66 Ramqvist L 5 J PHYS CHEM SOL 32 149 719000 R 9K 9L 30 5B C Ti 50

(I) Did not exceed 100 °C

27
a. K-Spectra — Continued

Authors

Journal Vol. Page Ref. Number Type Properties Alloy Composition

First No. Low High

Vainshtein E 2 QAV PHY*; HAVI D i VUoO 9K 95 C T1

W

51 C Ti W 24

25 Dzeganovskii V 2 Qov PT4YQ nrik'i 9K 9G 30 4L C V 16 19 Kurmaev E 4 31 9A 9K 58 30 C V 41 47 HoUiday J 1

I APPI PHVQ 9K C V 00 50 Nemnonov S 4 PHV»i MFTAI MCTAI 689194 9K 95 5B C V 40 46 HoUiday J 1 oAo DAJi L/or C*\_. 1 689329 9K C V 00 50 Zhurakovs E 1 AQO ^ AO 9K 58 C V 50 Zhurakovs E 3 llMriRP llNiJK<_FAlNll^ A Ml/^ MATI MA Q 1 9L 4A IH 18 IT C V 27 48 9K 4L C V 27 48 9K 4L ^ ^

29 47 HoUiday J 1 AUV Ari\/ YRAV AKAi AAMAIVC IN ALIO /UVo4V R 9K 4L C V 0 50 Ramqvist L 5 J rnio \jniLivi ovJL. / IvUUU 9K 4L 9V 5V 30 C V 42 47 9L 4L 9V 5V 30 C V 42 47 C V 42 47 Zhurakovs E 8 15 877 719021 9L 4A IH 4L C V 28 47 9K 4L C V 28 47 9K 9A C V 28 47 HoUiday J RKUIN r»\iTP1 Oi^!Ni^rll!-lVlDlIMJ rM/^urMRiiMn ooyzuo 9K 4L 4A C Zr 50 HoUiday J 1 AUV AT^\/ AnAi YRAV AAMAIVQ IN ALIO 9K 4L C Zr 50 9M C Zr 50 HoUiday J 1 NORri rCl RFprvRTR 14

^1 67938^ 9K C Zr 50 HoUiday J 1 QYQ n A TVnQPET'TR A 68932*- 9K 50 Zhurakovs E 1 oUV cr^\/ pvivc rnio nrii'i ULINL 14 6yV 1 4V 9K 5B cz^ 50 PearsaU A 1 pvi r n v«N I o Rr\Lrvv 35900] 95 9K Ca

Parratt L 1 PHr n VI oQ Rr\Lc vV AO oDVUUZ 98 9K Ca

Parratt L 1 r n I o KL V 50 o6yt)u^ 9S 9K Ca

1 Dill BULLACAUoClUoSK I A A r»C/^ TI I CC D 24 43<: OUVUo

/

T 4L 9E 9K 5N Ca 100 Best P 1 RIII I5L1LL1 AMA ]U PHVCQr*/^ rrllooUL. 04V 1 Uo 9K 95 4B Ca

Finkelshtein L 2 puv; rnio MiTTAi MLiALMLiAL ^^^TAl 66916] 9A 9K

Fischer D 2 TrPU lL\_>n RFPORT ixLi vjixi nuAn £ 9K 95 CaA/ 50 Wiech G 2 RAMn DAiNU CTRII CPITf^T oIKL' orH^I ; 70QAA7 9K 9L CaA/ 67 Gw inner E 2 7 D 14 V C 1 1'

/. r n I 5IN 107 449 9K 4A 4B 4N 86 Chun H 2 7 M A Ti I R rriR cr'u 9K 30 OO Caf 33

Fischer D 1 J CMLM r n I

o

OoVtJ6' 9K 4L 5B 91 00 CaO 50

Finkelshtein 1^ 2 DUVC rnIo MITTAl MLIALMLIAL N/tlTTAI 66916] 9A 9K

Chun H 2 7 M A TI I D I?^^ D C/"*!!

/. INAILlKrUKot-H 22A 140: 67932-^ 9K 30 C^O 50

Faessler A 2 7 D U V C 1 1' A r H 1 o i K 138 7i 54900f E 9G 9K 4L 5B OO CaO S 17 67 C^O S 16 9G 9K 58 OO CaS 50 Wiech G 2 R A M r> »CTRII CPCPT 9K 9L CaSi 33 Gokhale B 1 COMPT REND 2.33 937 51900J E 9K 4A Cd

Gokhale B

A MM DUVCIrf^lII? A IN rN r n I oiyii c. 852 5290 1

9K 4A 6L 5B Cd

1 LI r M DUVC J C H LM r n I o 42 381' 65906*^ E 9K OO 50

Slivinsky V

r> u V C 1 VT r n lr> LL 1 29A 46. 91 9K 9C Ce

Wiech G DAMPi CTDII CDIT/^X dAInU olnl' orLCI 17. 73900' 9K 9L 67 Z PHYSIK 107 449 379001 9K 4A 48 4N Ceo 86 Wiech G BAND STRll SPECT 17.' 739007 E 9K 9L CeSi 33

Parratt L PHYS REV 49 502 369002 E 95 9K OO CI

Parratt L PHYS REV 50 1 369003 E 95 9K OO a

Gokhale B ANN PHYSIQUE 7 852 529013 E 9K 4A 6L 5B OO C\Rb 50 PearsaU A PHYS REV 48 133 359001 E 95 9K Co

Parratt L PHYS REV 50 369003 E 95 9K Co

28
a. K-Spectra — Continued

Authors

Journal Vol. Page

Ref. Number Type Properties Alloy (Composition

First No. L..W High

Edamoto I 1 SCI REP TOHOKUU 2A 561 509005 E 9K 9F Co

Sawada M 4

I DOVC Ci~l/^ IAD J FHYS SOL JAP 10 647 559022 E 9K 9S Co

Borisov N 2 BULLACADSCIUSSR 25 1011 619099 E 9K 91 9S 30 Co 100 Nemoshkalenk V 1 7 348 629106 E 9K 91 6P 5N Co 100 (1) Nemoshkalenk V 1 SOV PHYS DOKL 8 78 639120 E 9K 9S 91 4B Co

Best P 1 Dill DULL1 AMAIM DLIVCC/~\i^ rrlYIsbUC 9 388 649103 R 9K 9S 4B Co

Nemoshkalenk V 2 BULLACADSCIUSSR 31 1005 679178 E 9K 5D 5B Co 100 Nemoshkalenk V 2 SOV PHYS DOKL 12 735 689006 E 9F 9K 9L Co

Nemoshkalenk V 2 UKRAIN PHYS J 13 847 699108 E 9K 9G Co 100 Fischer D 2 ILLH KhrOK 1 AU 807 479 669226 E 9K 9S CoA/ 50

Fischer D 2 AUV AT^A/ VDAV AKAi ANIAI VC AINALYb 10 374 67904E 9K 9S 91 6P 4L CoA/ 50 Nemoshkalenk V 3 AKADNAUKUKR RPT 151 709357 E 9K CoAl

Nemoshkalenk V 1 SOV PHYS DOKL 7 348 629106 E 9K 91 9S CoFe 0 100 (1) 9K 91 6P 5N CoFe 05 95 (1) Kolobova K 2 DUVC rni5 IVflCTAI \4irTAI Ivlb 1 ALML 1 AL 25 77 689369 E 9K 90 9S CoFe 50

Austin A 2 J SULIU 5 1 Cnt-lVl 1 229 70900.3 E 9K CoGe 33 83 HoUiday J 1 101 689329 E 9K Co MnC

Co MnC

Co MnC

Fischer D I J CHEM PHYS 42 3814 659064 E 9K OO CoO 40 43 Menshikov A 3 DUVC CTAT C<^I 1T\ 35 89 699 1 82 E 9K 5X 5B CoO 50 9L CoO 50

Sugiura C 1 JAP J APPL PHYS 10 1 120 719186 E 9A 9K 6P CoS 50

Kallne E 2 MUNICH SYMP 73901

E 9K CoTi

Nemoshkalenk V 2 UKRAIN PHYS J 13 847 699108 E 9K 9G 30 CoV 43 Nemnonov S 4 PHYS STAT SOLID 46 77 719169 E 9K Co V 25 Nemnonov S 6 BAND STRU SPECT 237 739006 E 9K CoV 25

Pearsall A 1 DUVC D I? \/ 48 133 359001 E 9S 9K Cr

Parratt L 1 PHYS REV 50 1 369003 E 9S 9K Cr

Herglotz H 1 /"iCTiri? A L' A Pi W/ICC 162 235 539008 E 9K 9S Cr Sawada M 4 J PHYS SOC JAP 10 647 559022 E 9K 9S Cr

Borisov N 3 BULLACADSCIUSSR 21 1412 579012 E 9K 6P Cr 100 Borisov M 3 ISSLAKADNAUKSSR 3 252 .589002 E 9K Cr

Borisov N 3 SOV PHYS DOKL 3 826 589066 E 9K 4A Cr

Borisov N 2 PHYS METALMETAL 8 44 599004 E 9K 9S 4A Cr 100

Borovskii I 2 PHYSMETALMETAL 7 61 599006 E 9K 9A 6P Cr 99 100 Borisov M 3 BllLLAC ADSCIUSSR 24 443 609010 E 9K 9S Cr 9K 4A 6P Cr 100 Borisov N 2 BULLACADSCIUSSR 25 101

619099 E 9K 91 9S 30 Cr 100 Menshikov A 1 PHYS METALMETAL 14 1 18 629126 E 9K OD Cr 100 Menshikov A 1 PHYS METALMETAL 15 29 639089 T 9A 9K 5B Cr 100 Menshikov A 2 BULLACADSCIUSSR 27 402 639116 E 9K 9S 3Q Cr

Shuvaev A 2 BULLAC ADSCIl'SSR 27 331 639 1 1E 9K 9S 4L 4A Cr

Nemoshkalenk V 1 SOV PHYS DOKL 8 78 639120 E 9K 9S 91 4B Cr

Tomlin S 1 AUSTRAL J PHYS 452 649121 E 9K 91 9B 9R Cr

Menshikov A 2 PHYS METALMETAL 19 52 659088 E 9A 9K 9G 2S 2B Cr 1 00 Nemnonov S 2 PHYS METALMETAL 22 66 669086 E 9K 9A 6P 6F OD Cr 5D Cr

Nemoshkalenk V 2 BULLAC ADSCIl'SSR 31 1 005 679178 E 9K 5D 5B Cr 100 Nemoshkalenk V 2 SOV PHYS DOKL 12 735 689006 E 9F 9K 9L Cr Nemnonov S 2 PHYS METALMETAL 26 43 689236 R 9K 9L Cr 100 Finkelshtein L 2 PHYS METALMETAL 26 102 689370 E 9K 9A Cr 100 Nemoshkalenk V 4 UKRAIN PHYS J 13 837 699109 R 9K 9L Cr 100 Blau W 1 X RAY CONF KIEV 188 699298 E 9S 91 9K 90 Cr

Leonhardt G 2 X RAY CONF KIEV 2 342 699304 E 9K 4B 3Q Cr

If (1) 250 "C to 1250 °C

29
a. K-Spectra — Continued

Authors

Journal Vol. Page Ref. Number Type Properties Alloy Composition

irs t No. Low High

Fischer D 1 PHYS REV 48 1778 719106 R 9K 9M 6G 58 9A Cr 100 Nemnonov S 2 BULLACADSCIUSSR 25 1015 619059 9A 9K CrAJ 33 Menshikov A 2 BULLACADSCIUSSR 27 402 639116 9K 9S 3Q Cr Al 33 80

Fischer D 2 TECH REPORT AD 807 479 669226 E 9K 9S CrAJ 50

Fischer D 2 ADV XRAY ANALYS 10 374 679041 E 9K 9S 91 6P 4L CrAJ 50 Kolobova K 2 PHYS METALMETAL 27 69 699351 R 9K Cr Al 33 80 Menshikov A 2 BULLACADSCIUSSR 27 402 639116 E 9K 9S 3Q CrB 50 67 Menshikov A 2 PHYS METALMETAL 19 52 659088 E 9A 9K 90 2S 28 CrB 50 67 Nemnonov S 4 PHYS METALMETAL 25 107 689194 E 9K 9S 58 CrB 50 67 CuthUl J 4 NBS TECH NOTE 565 1

1

710591 E 9K 5D CrB 67

Frantsevi A 3 SOV PHYS DOKL 15 970 719050 E 9K 3Q CrB 67 Mc Alister A 4 MUNICH SYMP 739018 E 9K 5B CrB 67 (1) Menshikov A 1 PHYS METALMETAL 15 29 639089 T 9A 9K 5B CrC 20 43 Menshikov A 2 BULLACADSCIUSSR 27 402 639116 E 9K 9S 3Q CrC 20 40 Menshikov A 2 PHYS METALMETAL 19 52 659088 E 9A 9K 9G 2S 2E CrC 20 40 HoUiday J 1 J APPL PHYS 38 4720 679258 E 9K CrC 50 Nemnonov S 4 PHYS METALMETAL 25 107 689194 E 9K 9S 58 CrC 20 40

Holliday J 1 SXS BANDSPECTRA 101 689329 E 9K CrC 60 Kazantsev V 1 SBOR NAU TRUDOV 2 187 569020 E 9K CrFe 85 89

Borisov N 3 BULLACADSCIUSSR 21 1412 579012 E 9K 6P CrFe 04 75

Borisov M 3 ISSLAKADNAUKSSR 3 252 589002 E 9K CrFe 4 50

Borisov N 3 SOV PHYS DOKL 3 826 589066 E 9K 4A 6F CrFe 35 55

Borisov N 2 PHYS METALMETAL 8 44 599004 E 9K 9S 4A CrFe 45 Kolobova K 2 PHYS METALMETAL 25 77 689369 E 9K 9G 9S CrFe 50

Borisov N 2 PHYS METALMETAL 8 44 599004 E 9K 9S 4A CrFeNi 26 CrFeNi 58 CrFeNi 16 Borisov N 3 BULLACADSCIUSSR 24 451 609010 E 9K 4A 6P CrFeNi 50 60 (2) CrFeNi 40 (2) 9K 4A 6P CrFeNi 0 10 (2) Fischer D 1 J PHYS CHEM SOL 32 2455 719147 E 9K 9A CrK O 14 9L 9A CrK O 29 CrK 0 57

Finkeishtein L 2 PHYS METALMETAL 26 102 689370 E 9K 9A CrMn 07 55

Borovskii 1 5 BULLACADSCIUSSR 21 1389 579060 E 9K 9S Cr Mo 5 18 9A 9K 6P Cr Mo 00 100 Borovskii I 2 PHYSMETALMETAL 7 61 599006 E 9K 9A 6P Cr Mo 99 100 9A 9L CrMo 99 100 Menshikov A 2 BliLLACADSCIl'SSR 27 402 6391 16 E 9K 9S 30 CrN 50 67 Nemnonov S 4 PHYS METALMETAL 25 107 689194 E 9K 9S 58 CrN 50 67 Zhurakovs E 2 SOV PHYS DOKL 14 710 709183 E 9K 4L 3Q CrN 50 67

Fischer D 1 J PHYS CHEM SOL 32 2455 719147 E 9K 9A CrNaO 14 9L 9A Cr NaO 29 CrNaO 57 Menshikov A 1 PHYS METALMETAL 14 1 18 629126 E 9K OD CrO 40 Menshikov A 2 BULLACADSCIUSSR 27 402 6391 16 E 9K 9S 30 CrO 40 Shuvdev 2 B I'LL AC A DSC I USSR 27 331 639117 E 9K 9S 4L 4A CrO 40

Fischer D 1 J CHEM PHYS 42 3814 659064 E 9K 4L 58 91 OO CrO 40 Menshikov A 2 PHYS METALMETAL 19 52 659088 E 9A 9K 90 2S 28 CrO 40 Nemnonov S 4 PHYS METALMETAL 25 107 689 1 94 E 9K 9S 58 CrO 40 Nemoshkalenk V 4 UKj^AIN PHYS J 13 837 699109 E 91. CrO 40 9A 9K CrO 40

Fischer D J PHYS CHEM SOL 32 2455 719147 E CrO 25 40 9K 9A CrO 25 40 Menshikov A 2 BULLACADSCIUSSR 27 402 6.39116 E 9K 9S 30 Cr Si 33 75 Nemnonov S 2 PHYS STAT SOLID 24K 43 679383 E 9K 9A Cr Si 75

(I) 870 °C (2) 1000 °C

30
a. K-Spectra — Continued

Authors

Ref. Composition

Journal Vol. Page Type Properties Alloy

First No. Number Low High

Kolobova K 2 PHYS METALMETAL 26 57 689368 R 9K 9S Cr Si 33 50 Nemnonov S 3 PHYS STAT SOLID 39 39 709195 R 9A 9K 5B Cr Si 75 Nemnonov S 2 PHYS METALMETAL 22 66 669086 E 9A 9K 6P 6F CrV 40 93 Menshikov A 2 BULLACADSCIUSSR 27 402 639116 E 9K 9S 3Q OO CrX

Shuvaev A 2 BULLACADSCIUSSR 27 331 639117 E 9E 9K 9S 4L 4A CrX

Menshikov A 2 PHYS METALMETAL 19 52 659088 E 9A 9K 9G OO CrX

Pearsall A 1 PHYS REV 48 133 359001 E 9S 9K Cu

Parratt L 1 PHYS REV 50 1 369003 E 9S 9K Cu

Bearden J 2 PHYS REV 58 387 409001 E 9A 9K 5B 5D 4L Cu

Friedman H 2 PHYS REV 58 400 409002 E 9K 9A Cu

Edamoto I 1 SCI REP TOHOKLIU 2A 561 509005 E 9K 9F Cu

Sawada M 4 J PHYS SOC JAP 10 647 559022 E 9K 9S Cu

Hanson H 2 PHYS REV 105 1483 579048 E 9E 9K Cu

Nemoshkalenk V 1 SOV PHYS DOKL 8 78 639120 E 9K 9S 91 48 Cu

Best P 1 BULL AM PHYSSOC 9 388 649103 R 9K 9S 48 Cu

Nikiforov I 2 BULLACADSCIUSSR 28 695 649118 E 9K 9S Cu

Tomlin S 1 AUSTRAL J PHYS 17 452 649121 E 9K 91 98 9R Cu

Metchnik V 1 AUST J PHYS 17 45 649127 E 9K 91 5Q Cu

Nikiforov I 1 RONTGENCHEMBIND 241 669214 T 9K Cu

Fischer B 2 Z PHYSIK 204 122 679137 E 9K 9H 91 4X Cu

Akopdzhanov R 1 PHYS METALMETAL 24 46 679212 E 9A 9K 58 Cu

Nemoshkalenk V 3 PHYS STAT SOLID 30 703 689298 E 9K 6T Cu 1 0

Slivinsky V 2 PHYS LET 29A 463 699110 E 91 9K 9G Cu

Yoshida S 1 INSTPHYSCHEMRES 28 243 369007 E 9K CuAl 10 100 Farineau J 1 J PHYS RADIUM 10 327 399007 E 9K CuAl 19 100 Cauchois Y 1 COMPT REND 231 574 509000 E 9K 6P CuAl 10 Friedel J 1 PHIL MAG 43 153 520032 R 9A 9K 5N 6P CuAl

Kurylenko C 1 CAHIERS PHYS 20 333 669130 E 9K CuAl 10 100 Fischer D 2 TECH REPORT AD 807 479 669226 E 9K 9S CuAl 10 100 Fischer D 2 ADV XRAY ANALYS 10 374 679041 E 9K 9S 91 6P 4L CuAl

Baun W 2 J APPL PHYS 38 2092 679108 E 9S 91 9K 58 4L CuAl

Fischer D 2 NORELCO REPORTR 14 92 679387 R 9K CuAl

Nemnonov S 2 PHYS METALMETAL 28 192 699145 E 9K CuAl 33 67 Baun W 1 J APPL PHYS 40 4210 699174 E 9K 9F 4L CuAl 49 Solomon J 2 APPL SPECTRY 25 719192 E 9K CuAl 40

Ehlert R 2 ADV XRAY ANALYS 9 456 669241 E 9K CuBe 00

Crisp R 1 THESIS U W AUST 1 619046 E 9K 01 CuLi

Fischer D 2 TECH REPORT AD 807 479 669226 E 9K 9S CuMg 00 67 Cauchois Y 1 COMPT REND 231 574 509000 E 9K 6P CuMgM

CuMgM

CuMgM

94

01

95

02

Vainshtein E 2 SOV PHYS DOKL 1 527 569031 E 9K CuMgM

CuMgM

CuMgA\

17 67

16 Kotlyar B 2 NAUCH ZAPISKI 22 71 .589014 E 9K

9K CuMnCuMn M

CuMn Al CuMr. Al

66

08

50

23

90

25

7925

Kotlyar B 1 NAUCH ZAPISKI 22 60 589015 E 9K 2T CuMn M

CuMn Al CuMn Al

25

50

25 Friedman H 2 PHYS REV 58 400 409002 E 9K 9A CuNi 20 70

Fischer D 1 J CHEM PHYS 42 3814 659064 OO 50 67 Menshikov A 3 PHYS STAT SOLID 35 89 699182 E 9K

9L

5X 5B CuO CuO

50

50

31
a. K-Spectra — Continued

Authors

Journal Vol. Ref. Type Properties Alloy Composition

First No. Page Number Low High

Akopdzhanov R 1 V r rl T o oWLlUo i 12 1095 709228 E 9A

9L9K

9K

5B

9S 58 Cu 0 CuO

CuO

67

67

67 Hedman J 9

PI4VG: r rl 1 o <iPRTPTA oL^ixlr lA 195 719188 E 9L9K CuPd

Cu Pd

60

60

Sugiura C 1 IAD I A DDI DIJVC JAr J ArrL rnils 10 1 120 719186 E 9A 9K 6P CuS 50 Bearden J 2 D14VC r M 1 Kt, V 58 387 40900

1

E 9A 9K 5B 5D 4L CuZn 21 95

Sato M 1 30 267 419000 T 9A 9K 9S CuZn

Friedel J 1 Dull \/t K rrllL MAO 43 153 520032 R 9A 9K 5N 6P CuZn

Wiech G 2 DAMn CTDII CDC/^T 1 73 739007 E 9K 9L DyA7 67

Slivinsky V 2 DI4VC r H I

1 CT b Lt, 1 29A 463 699 1 1

0

E 91 9K 9G Er

Wiech G 2 BAND STRU SPECT 173 739007 E 9K 9L ErAl 67

Slivinsky V 2 PHYS LET 29A 463 699110 E 91 9K 9C Eu

Chun H 2 22A 1401 679324 E 9K

9K

9K

3Q

30

30

OO

OO

OO

F Ca F Li F Na

33

50

50

Ulriainen J 5 7 M A TI I R f/^R G/^ 14Z, IN A 1 U Kr UKc>C ri 23A 1 178 689210 E 91 9K 9S 9G OO F Na 50 Chun H 2 7 M A TI ' Rirr^R Qr" 14 22A 1401 679324 E 9K 3Q FTb 75 PearsaU A 1 DI4 V C R f \/ r H I b Kh V 48 133 35900

1

E 9S 9K Fe

Parralt L 1 DUVC Rir\/ 50 1 o6yUUo E 9S 9K Fe

Edamoto I 1 Cr'l RCD TTM4r\L'IIII 2A 561 r Aoonc ouyuuo E 9K 9F Fe

Sawada M 4

I DLIVC Cr\/^ IAD J r H Y o ^UC JAr 10 647 559022 E 9K 9S Fe

Borisov N 3 2

1

1412 579012 E 9K 6P Fe 100 Hanson H 2 DUVC R IT \/^ r H I ^ Kh V 105 1483 579048 E 9E 9K Fe

Borisov M 3 IC^I i>olakauinai)k:5^k Ak'AnMAIIL'CCR 3 252 589002 E 9K Fe

Borisov N 3 SOV PHYS DOKL 3 826 589066 E 9K 4A Fe

Borisov N 2 Drive rHYa MITTAI M IV/UTT A I 1 1 ALMb, 1 AL 8 44 599004 E 9K 9S 4A Fe 100 (1) Borisov M 3 BULLACADSCIUSSR 24 443 609010 E 9K

9K

9S4A 6PFe

Fe 100 Gorak Z 1 Bli LLAC ADSCIUSSR 24 609020 T 9K 9S Fe

Shuvaev A 1 Dill I A A nC/^ II 1 C C D 24 434 609087 T 4L 9E 9K 5N Fe 100 Nikiforov I 1 Dili I A A nCi^ II I C C D 25 1048 619061 T 9K 9S Fe

Borisov N 2 DI I I A A nCrf^ 1 1 t CC D 25 1011 619099 E 9K 91 9S 30 Fe 100 Nemoshkalen k V I 3UV DUVC rniS r4/~iL'I UUKL 7 .348 629106 E 9K 91 6P 5N Fe 100 (2) Nikiforov 1 2 BULLACADSCIUSSR 27 323 639109 T 9E 9K 5W 5D Fe

Nemoshkalen k V 1 SOV PHYS DOKL 8 78 639120 E 9K 9S 91 4B Fe

Best P 1 Dili 1 AM DUVCCr\/^ dL LL AM rHiSoUt- 9 388 649 1 03 R 9K 9S 4B Fe

Nikiforov I Dill 1 A A r^C/"" 11 I C C D 28 695 649 1 1

8

E 9K 9S Fe

Nagornyi V 2 SOV PHYS DOKL 1

1

161 66900

1

E 9K 91 9S Fe 100 Kolobova K 3 PHYS METALMETAL 21 132 669018 E 9K 9G Fe

Nemoshkalen k V 2 RONTGENCHEMBIND 230 669213 E 9K 91 Fe 100 Nemnonov S 2 DUVC rnis Nyf Mr-IALMLIAL I?T A I NilTTAI 23 66 679055 E 9A 9K 5D Fe 100 Nemoshkalen k V 2 DTI! 1 A A r\C/^ 1 1 [ C C D 3

1

1005 679178 E 9K 5D 5B Fe 100 Nemoshkalen k V 2 bUV rrlib UUKL 12 735 689006 E 9F 9K 9L Fe

Kirichok P 2 UKRAIN PHYS J 13 66 689063 E 9K 9S 4L Fe

Kolobova K PHYS METALMETAL 26 57 689368 E 9K 9S 91 9S 9G Fe 100 Kolobova K PHYS METALMETAL 25 77 689369 E 9K 9G 9S Fe 100 Nemoshkalen k V 2

II I' D AIM DUVC 1 llKKAllN rn i b J 13 1022 699240 E 9K 4L 9U 4A Fe 100 Blau W X RAY CONE KIEV 2 188 699298 E 9S 91 9K 90 Fe

2 BULLACADSCIUSSR 25 1015 619059 E 9A 9K FeAl 25

Fischer D 2 TECH REPORT AD 807 479 669226 E 9K 9S FeAl 10 100 Fischer D 2 ADV XRAY ANALYS 10 374 679041 E 9K 9S 91 6P 4L FeAl 25 75

Fischer D 2 J APPL PHYS 38 229 679096 E 9K 9S FeAl 00 100 Nemoshkalen k V 3 PHYS STAT SOLID 29 45 680711 E 9K FeAl 67 Nemoshkalen k V 2 UKRAIN PHYS J 13 1022 699240 E 9K 4L 9U 4A 30 FeAl 25 72

(1) 1000 °C (2) 300 °C to 1200 °C

32
K-Spectra — Continued

Authors

Journal Vol. Page

Ref. Number Type Properties Alloy Composition

First No. Low Higln

Kolobova K 2 PHYS METALMETAL 27 69 699351 R 9K FeAl 25 75 9K FeAl 50 Nemoshkalenk V 2 AKADNAUKLIKR HPT 130 709356 E 9K FeAl

HoUiday J 1 NORELCO REPORTR 14 84 679388 E 9K FeC 25 HoUiday J 1 SXS BANDSPECTRA 101 689329 E 9K FeC 00 75 Nemoshkalenk V 1 SOV PHYS DOKL 7 348 629106 E 9K 91 9S FeCo 0 100 9K 91 6P 5N FeCo 05 95

JNOIODOVa rv ^ PHYS METALMETAL 25 77 689369 E 9K 9G 9S FeCo 50 Kazantsev V J SBOR NAU TRUDOV 2 187 569020 E 9K FeCr 85 89

Borisov N 3 BULLACADSCIUSSR 21 1412 579012 E 9K 6P FeCr 04 75

Borisov M 3 ISSLAKADNAUKSSR 3 252 589002 E 9K FeCr 4 50

Borisov N 3 SOV PHYS DOKL 3 826 589066 E 9K 4A 6F FeCr 35 55

Borisov IN 2 PHYS METALMETAL 8 44 599004 E 9K 9S 4A FeCr 45

2 PHYS METALMETAL 25 77 689369 E 9K 9G 9S FeCr 50

Austin* a" ^

2 J SOLID ST CHEM 1 229 709003 E 9K FeGe 33 83 HoUiday J J APPL PHYS 38 4720 679258 E 9K FeMnC FeMnC

FeMnC

oasovskay 1 3 PHYS METALMETAL 27 78 699352 E 9K 9G FeNi 70

Borisov N 2 PHYS METALMETAL 8 44 599004 E 9K 9S 4A FeNiCr 26 FeNiCr 58 FeNiCr 16 Borisov ris N 3 BULLACADSCIUSSR 24 451 609010 E 9K 4A 6P FeNiCr 50 60 (1) FeNiCr 40 9K 4A 6P FeNiCr 0 10 HoUiday J ] J APPL PHYS 33 3259 629095 E 9K FcO 43

2 XRAY ANALYS 7 497 649163 E 9E 9K FeO 43

riscner u J CHEM PHYS 42 3814 659064 E 9K 4L 5B 91 OO FeO 40 43 Kolobova K PHYS METALMETAL 21 1.32 669018 E 9K 9G FeO 50 Kolobova K SOVPHYS SOLIDST 10 571 689040 E 9K 9F 9G 9S FeO 40 50

iviricnoK I UKRAIN PHYS J 13 66 689063 E 9K 9S 4L FeO 40 .50 iviensniKov a PHYS STAT SOLID 35 89 699182 E 9K 5X 58 FeO .50 9L FeO 50 Krause H TECH REPORT AD 699 544 709013 E 9K 4L FeO 40 9K 4L FeO 43 9K 4L FeO 50 Krause H JELECTROCHEMSOC 117 557 709042 E 9K 9E FeO 40 50 Kolobova K 3 SOVPHYS SOLIDST 10 571 689040 E 9K 9F 9G 9S FeO Ba 20 Sugiura C 1 JAP J APPL PHYS 10 1120 719186 E 9A 9K 6P FeS .50 Das Gupta K TECH REPORT AD 412 791 639088 E 9K 5B FeSj 0 75 Kolobova K 2 PHYS METALMETAL 26 57 689368 E 9K 9S 91 9S 9G FeSi 28 83 9K 9.S 91 9S 9G FeSi 30 .50 Nemnonov S 2 PHYS METALMETAL 23 66 679055 E 9A 9K 5D FeTi 0 67 Kolobova K 2 PHYS METALMETAL 25 77 689,369 E 9K 9G 9S FeTi 50

Kallne E 2 MUNICH SYMP 7.39011 E 9K FeTi

Nagornyi V 2 SOV PHYS DOKL 11 161 669001 E 9K 91 9S FeV 20 50 Nemoshkalenk V 2 RONTGENCHEMBIND 2.30 669213 E 9K 91 4L FeV 22 57 9K 91 4L FeV 52 99 Kolobova K PHYS METALMETAL 25 77 689369 E 9K 9G 9S FeV 50 Nemnonov S 6 BAND STRU SPECT 237 739006 E 9K FeV 30

Kirichok P 2 UKRAIN PHYS J 13 66 689063 E 9K 9S OO 4L FeX

Parratt L 1 PHYS REV 50 369003 E 9S 9K Ga

Shaw C 2 PHYS REV 50 1006 9S 9K Ga

Drahokoup J 3 CZECH J PHYS 18B 1034 689222 E 9K 9L OX GaCe 00 Chun H 2 Z NATURFORSCH 24A 930 699133 E 9K 9F 6U 6P GaO 40

(1) 1000 °c

33
a. K-Spectra — Continued

Authors

Journal Vol. Page

Ref. Number Type Properties Composition

First o. Alloy Low High

Wiech G 1 Z PHYSIK 216 472 689248 E 9L 9K 58 GaP 50 Domaschew E 2 RONTGENCHEMBIND 70 669177 E 9K 9S 91 4L GaSb 50 Nemnonov S 3 PHYS STAT SOLID 39 39 709195 E 9K 58 7T GaV 25

Slivinsky V 2 PHYS LET 29A 463 699110 E 91 9K 9G Gd

Wiech G 2 BAND STRLl SPECT 173 739007 E 9K 9L GdAl 67

Parratt L 1 PHYS REV 50 I 369003 E 9S 9K Ge

Shaw C 2 PHYS REV SO 1006 369006 E 9S 9K Ge

Edamoto 1 1 SCI REP TOHOKUU 2A 561 509005 E 9K 9F Ge

Lyapin V SOVPHYS SOLIDST 8 2851 679109 E 91 9K 58 Ge

Deslaltes R PHYS REV 172 625 689213 E 9L 9K OX Ge

Drahokoup J 3 CZECH J PHYS 18B 1034 689222 E 9K 9L OX Ge 100 Nemoshkalenk V 3 PHYS STAT SOLID 30 703 689298 E 9K 6T Ge 100 Klima J 1 J PHYS 3C 709004 T 9K 9L 9M 6T Ge 100 Fomichev V SOVPHYS SOLIDST 12 2121 719044 R 9K 9M 5D Ge 100 Austin A 2 J SOLID ST CHEM 1 229 709003 E 9K GeCo 33 83 9K GeFe 33 83 Drahokoup J 3 CZECH J PHYS 18B 1034 689222 E 9K 9L OX GeGa 00

2 J SOLID ST CHEM 1 229 709003 E 9K GeMn 17 67 9K GeNi 17 67

Fischer D 1 J CHEM PHYS 42 3814 659064 E 9K OO GeO 33 Drahokoup J 3 CZECH J PHYS 18B 1034 689222 E 9K 9L OX CeSb 00 Nemnonov S 3 PHYS STAT SOLID 39 39 709195 E 9K 58 7T GeV 25 Manne R 1 J CHEM PHYS 52 5733 709201 T 9K 9V OO 91 6T H C 20 50 H C 20 50 Vainshtein E 2 SOV PHYS DOKL 2 207 579038 E 9K 9S H Ti 50 Vainshlein E 2 SOV PHYS DOKL 4 1050 599037 E 9K H Ti 01 003 Zhurakovs E 2 SOV PHYS DOKL 4 1308 599067 R 9K 9S H Ti 50

Vainshlein E 2 SOV PHYS DOKL 4 1050 609085 E 9G 9K 3Q 9S H Ti 33 58

2 PHYS METALMETAL 22 36 669141 E 9A 9K 30 91 9S H Ti 64

Slivinsky V 2 PHYS LET 29A 463 699110 E 91 9K 9G Hf

2 TECH REPORT AD 807 479 669226 E 9K 95 HfA7 SO

Frantsevi A 3 SOV PHYS DOKL 15 970 719050 E 9K 30 HfB 67

Hollida\ J NORELCO REPORTR 14 84 679388 E 9K HfC .50 Hollida\ J [ SXS BANDSPECTRA 101 689329 E 9K HfC SO Zhurakovs E SOV PHYS DOKL 14 168 699149 E 9K 58 HfC 50 Zhurakovs E 2 SOV PHYS DOKL 14 710 709183 E 9K 4L 30 HfN 50

Fischer D 1 J CHEM PHYS 42 3814 659064 E 9K 4L SB 91 OO HfO 33 Sumbaev 0 f) SOV PHYS JETP 26 891 689189 E 9K 5N HfO 33 100 Morlel J 1 BLl.LACADROYBELG 35 1059 499003 E 9K 9L 9S Hg

Barrerc G 1 COMPT REND 233 376 519001 E 9K 91 Hg

Beckman 0 PHYS REV 109 1590 589001 E 9K Hg

Gokhaie B 1 COMPT REND 233 937 519008 E 9K 4A In Cokhale B ANN PHYSIQI E 7 852 529013 E 9K 4A 6L SB In Chun H Z NATLRFORSCH 24A 930 699133 E 9K 9F 611 6P InO 40 Wiech G Z PHYSIK 216 472 689248 E 91 9K 58 InP SO Domaschew E RONTGENCHEMBIND 70 669177 E 9K 9S 91 4L InSi) SO Nemnonov S PHYS STAT SOLID 46 77 719169 E 9K IrV 25 Nemnonov S 6 BAND STRL SPECT 237 739006 E 9K IrV 25

Parratt L PHYS REV 49 502 369002 E 9S 9K K

Parratt L PHYS REV 50 1 369003 E 9S 9K K

Richtmyer R 1 PHYS REV 49 1 369005 T 9S 9K K

Best P BI LL AM PHYSSOC 9 388 649103 R 9K 9S 48 K

Fischer D 1 J PHYS CHEM SOL 32 2455 7 19 147 £ 9K 9A K 0 Cr 14 9L 9 A K 0 Cr 29 K 0 Cr 57

34
K-Spectra — Continued

Authors

Journal Vol. Page

Ref. Number Type Properties Alloy Composition

First No. Low High

Faessler A 2 Z PHYSIK 138 71 549008 E 9G 9K 4L 5B OO K O S 29 K 0 S 57 K O S 14 Shaw C 2 PHYS REV 50 1006 369006 E 9S 9K OO Kr

2 BULLACADROYBELG 37 6.30 519009 E 9K 9S 91 5B OO Kr

Wiech G 2 BAND STRU SPECT 173 739007 E 9K 9L LaA/ 67

2 Z PHYSIK 107 449 379001 E 9K 4A 4B 4N LaB 86 Chun H 2 Z NATURFORSCH 22A 1401 679324 E 9K 3Q LaO 60 Sumbaev 0 6 SOV PHYS JETP 26 891 689 1 89 E 9K 5N LaO 40 100 Wiech G 2 BAND STRU SPECT 173 739007 E 9K 9L LaSi 33

3 PHYS REV 4.5 379 349000 T 9K Li Skinned H 1 PHILTRANSROYSOC 239A 95 409005 E 9K Li Sen A 1 INDIAN J PHYS 30 415 569025 E 9K 5B Li Bedo D 1 DISSERT ABSTR 17 1097 579006 E 9K 98 Li Tomboulian D 2 PHYS REV 109 35 589030 E 9K Li

Catterall J 2 PHIL MAG 3 1424 ,599007 E 9K 9S Li

Calterall J 2 PHIL MAG 4 1 164 599008 E 9K Li

Crisp R 2 PHIL MAG 5 525 6090 1E 9K Li

2 PHIL MAG 5 1205 609016 E 9K Li

Crisp R 2 PHIL MAG 6 365 619025 E 9K Li

1 1 HLslb L W All 5 1 1 619046 E 9K 01 Li 100 Sagawa T 1 SCI REP TOHOKl'll 45 232 619095 E 9K 9S Li 100

1 J QL'AN SPECT RT 2 649 629122 R 9K Li Gordings^D ^

1 PROC PHYS SOC 86 75 659065 T 9K 6T 5N Li 100

Allotey F 1 PHYS REV 157 467 679087 T 9K 5N 5B 5D 5F Li

2 BULL AM PHYSSOC 12 531 679092 T 9K 5Z Li Rooke G 1 SXS BANDSPECTRA 3 689322 E 9K 9S 9T 5B 6T Li Ausman^

1 SXS BANDSPECTRA 29 689323 E 9K 58 5D Li

2 PHYS REV 183 687 699001 T 9K 91 Li Mc Alister A 1 PHYS REV 186 595 699058 T 9E 9K 6T Li 100 Ausman G 1 THESIS li MD 1 6991 18 T 9K 9S 60 6Q Li

Aita 0 2 J PHYS SOC JAP 27 164 699204 E 9K 5B Li 100 Nemnonov S 2 PHYS METALMETAL 28 68 6992 1

R 9K 5D 9A Li Mc Mullen T J PHYS 3C 2178 709123 T 9K 91 6T 5B Li

3 PREPRINT 7 1 9003 T 9K 9A Li 100

Allotey F 1 SOLIDSTATE COMM 9 91 719020 T 9K 9S 60 Li 100 FesirK ^ 1 J PHYSIQUE 32S 186 719204 E 9K 9S Li 100

4 MUNICH SYMP 739016 E 9K 6S Li 100 Crisp R 1 THESIS U W AUST 1 619046 E 9L 01 LiAi 9K 01 Lj Al 9K 01 Li Cu

Chun H 2 Z NATURFORSCH 22A 1401 679324 E 9K 30 OO Lif 50

Catterall J 2 PHIL MAG 4 1 164 599008 E 9K Li Mg 05 55 9L LiM^ 05 55

Crisp R 2 PHIL MAG 5 1205 6090 1

E 9K Lj Mg 15 70 9L LiMg 15 70

Crisp R 1 THESIS I W AUST ' 6 1 901-6 E 9K 01 LjMg 15 70 9L 01 LiMg 15 70 Sumbaev 0 5 SOV PH'> S JETP 26 891 689189 E 9K 5N Lu 0 10 100 Hayashi T SCI REP TOHOKl U 3

1 429000 T 9S 9K Mg

Sen A 1 INDIAN J PH^S 30 415 569025 E 9L 9K 5B Mg

Gallon P 1 COMPT REND 248 1985 599009 E 9K Mg

Konstantinov A 3 BULLACADSCIUSSR 28 103 649119 E 9G 9K 9R Mg

Demjoohin W 2 RONTGENCHEMBIND 58 669149 E 9K 95 91 4L 4A Mg 100 Demekhin V 2 BULLACADSCIUSSR 31 921 679162 E 9S 91 9K Mg

35
K-Spectra — Continued

Authors

Journal Vol.. Page Ref. Number Type Properties Alloy Composition

First No. Low High

r iscner u NORELCO REPORTR 14 92 679387 R 9K 9S Mg 100

2 J APPL PHYS 39 5377 6893 1

9

E 9K OO Mg 100 Caucnois Y SXS BANDSPECTRA 71 689326 E 9K Mg

Nemnonov S 2 PHYS METALMETAL 28 68 699218 R 9K 9L 5D Mg

Fischer D ADV XRAY ANALYS 13 159 709350 R 9K Mg 100 Senemaud C 2 J PHYSIQUE 32S 193 719205 E 9K Mg 100 Senemaud C J PHYSIQUE 32 89 719210 E 9E 9K 5D Mg

iNedaermey li MUNICH SYMP 739015 E 9K Mg 100 Farineau J ANW PHYS 10 20 38900

1

E 9K MgAl 40 60 Caucnois Y COMPT REND 231 574 509000 E 9K 6P MgA\ 90 Kurylenko C CAHIERS PHYS 20 3.33 669130 E 9K MgAl 62

Fischer D TECH REPORT AD 807 479 669226 E 9K 9S MgAl 10 100 Fischer D ADV XRAY ANALYS 10 374 679041 E 9K 9S 91 6P 4L MgAl

Ni**^^^"^ ^ u

2 NORELCO REPORTR 14 92 679387 R 9K MgAl 30 100 INeddermey ri ] PHYS LET 38A 329 729045 E 9K 9L MgAl 40 60 iNeaaermey n BAND STRU SPECT 1 53 739002 E 9K 9L MgAl 05 60 Cauchois Y COMPT REND 231 574 509000 E 9K 6P MgMCu 94 95 MgMCu 04 Af^AlCu 01 02

V ainsnlein l SOV PHYS DOKL 1 527 56903

1

E 9K MgMCu 17 MgA\Cu 67 MgA\Cu 16 Fischer U TECH REPORT AD 807 479 669226 E 9K 9S MgCu 00 67

v-aiieraii j PHIL MAG 4 1 164 599008 E 9K MgLi 05 55 9L MgLi 05 55

risp PHIL MAG 5 1205 609016 E 9K MgLi 15 70 9L MgLi 15 70 Crisp THESIS U W AUST 1 619046 E 9K 01 MgLi 70 9L 01 MgLi 15 70 O Bryan H PROC ROY SOC 176A 229 409003 E 9K 58 4L OO MgO 50

^^auon r COMPT REND 248 1985 599009 E 9K MgO 50 r L

*

r> OPT SPECTR 16 372 649115 E 9K MgO 50

r iscner D J CHEM PHYS 42 .3814 659064 E 9K 4L 5B 91 OO MgO 50 uemjoonin w RONTGENCHEMBIND 58 669149 E 9K 9S 91 4L 4A MgO 50 Demekhin V Bl LLACADSCIUSSR 31 921 679162 E 9S 91 9K MgO 50 Chun H Z NATURFORSCH 22A 1401 679324 E 9K 3Q MgO 50

Fischer D NORELCO REPORTR 14 92 679387 R 9K 9S MgO

L'lriainen J Z NATURFORSCH 23A 1178 689210 E 91 9K 9S 9G MgO 50 100

J APPL PHYS 39 5377 689319 E 9K OO 9S MgO 50 Bonneile C COMPT REND 268 65 699027 E 9K 9S MgO

Chun H PHYS LET 31

A

118 709005 E 9K 9S 4L OO MgO SO 100 Fischer D ADV XRAY ANALYS 13 1,59 709350 R 9K MgO 50 benemau C J PHYSIQl'E 32 89 719210 E 9E 9K 5D MgO

Nicholls C MliNICH SYMP 739012 E 9K MgO 50 Cauchois Y 1 COMPT REND 231 574 509000 E 9K 6P MgSiAl 97 MgSiAl 01 MgSiAl 02

• ains tein t 3 SOVPHYS SOLIDST 7 1 707 669227 E 9K 9G 9S 4L OO MgX X

Neddermey H 1 MUNICH SYMP 739015 E 9K MgZn 33 90 9L MgZn 33 90

Pearsall A 1 PHYS REV 48 1.33 359001 E 9S 9K Mn

Parratt L PHYS REV SO 1 369003 E 9S 9K Mn

Edamoto I 1 SCI REP TOHOKliU 2A .561 509005 E 9K 9F Mn

Sawada M 4 J PHYS SOC JAP 10 647 559022 E 9K 9S Mn

Nemoshkalenk V 1 SOV PHYS DOKL 8 78 6,39120 E 9K 9S 91 4B Mn

36
a. K-Speetra — Continued

Authors

J.,urnal Vol. Page ReL Number Type Pn perties Alloy Composit on

First No. Low High

Vainshtein E 3 SOVPHYS SOLIDST 7 1707 669227 E 9K 9G 9S 4L Mn (1) Fischer B 2 Z PHYSIK 204 122 679137 E 9K 9H 91 4X Mn

Nemoshkalenk V 2 BULLACADSCIUSSR 31 1005 679178 E 9K 5D 5B Mn 100 Kirichok P 2 LIKRAIN PHYS J 13 66 689063 E 9K 9S 4L Mn

Nemnonov S 2 PHYS METALMETAL 25 179 689366 E 9A 9K 9G Mn 100

Finkelshtein L 2 PHYS METALMETAL 26 102 689370 E 9K 9A Mn 100 Nemoshkalenk V 2 UKRAIN PHYS J 13 847 699108 E 9K 9G Mn 100 Leonhardt G 2 X RAY CONF KIEV 2 342 699304 E 9K 4B 30 Mn

Shashkina T 1 PHYS STAT SOLID 44B 571 719097 E 9K 91 Mn 100 Kotlyar B 2 NAUCH ZAPISKI 22 71 589014 E 9K MnMCu 08 25 MnAICu 50 79 MnMCu 23 25

Kotlyar B 1 NALICH ZAPISKI 22 60 589015 E 9K 2T Mn MCu 25 MnA\Cu 50 MnMCu 25 Shashkina T 1 PHYS STAT SOLID 44B 571 719097 E 9K 91 MnB 20 67 Holhday J 1 SXS BANDSPECTRA 101 689329 E 9K MnC Co MnC Co MnC Co

Holliday J 1 J APPL PHYS 38 4720 679258 E 9K MnCFe

MnCFe MnCFe

Finkelshtein L 2 PHYS METALMETAL 26 102 689370 E 9K 9A MnCr 07 55

Kotlyar B 2 NAI CH ZAPISKI 22 71 589014 E 9K MnCu 66 90

Austin A 2 J SOLID ST CHEM 1 229 709003 E 9K MnGe 17 67 Kazantsev V 1 BULLACADSCIUSSR 20 97 569003 E 9K 9A MnNi

Kazantsev V 1 SOV PHYS DOKL 3 1249 599021 E 9K Mn Ni Kazantsev V 1 SOV PHYS DOKL 6 786 629103 E 9K 9S MnM

Fischer D 1 J CHEM PHYS 42 3814 659064 E 9K OO MnO 33

Vainshtein E 3 SOVPHYS SOLIDST 7 1707 669227 E 9K 9G 9S 4L AfnO 33 43 (1) Kirichok P 2 UKRAIN PHYS J 13 66 689063 E 9K 9S 4L MnO 33 50 Krause H 3 TECH REPORT AD 699 544 709013 E 9K 4L MnO 33 9K 4L MnO 40 9K 4L MnO 43 9K 4L MnO 50 Krause H 3 JELECTROCHEMSOC 117 557 709042 E 9K 9E MnO

Faessler A 2 Z PHYSIK 138 71 549008 E 9G 9K 41. 5B OO MnS 50 Sugiura C 1 JAP J APPL PHYS 10 1120 719186 E 9A 9K 6P MnS 50 Ovrulskaya R 3 PHYS METALMETAL 15 123 639096 E 9K 48 MnTe 50 (2) Nemnonov S 2 PHYS METALMETAL 25 179 689366 E 9A 9K 9G MnV 50 Nemoshkalenk V 2 UKRAIN PHYS J 13 847 699108 E 9K 9G 3Q MnV 81 Kirichok P 2 UKRAIN PHYS J 13 66 689063 E 9K 9S OO 41, MnX

Shaw C 2 PHYS REV 50 1006 369006 E 9S 9K Mo

Gokhale B COMPT REND 233 937 519008 E 9K 4A Mo

Gokhale B 1 ANN PHYSIQI E 7 852 529013 E 9K 4A 6L 5B Mo

Rogosa G 2 PHYS REV 92 1434 539011 E 9K 9L Mo

Slivinsky V 2 PHYS LET 29A 463 699110 E 91 9K 9G Mo

Blau W 1 X RAY CONF KIEV 2 188 699298 E 9S 91 9K 90 Mo

Holliday J 1 RONTGENCHEMBIND 1,39 669203 E 9K 4L 4A MoC 33

Holliday J 1 ADV XRAY ANALYS 9 365 669246 E 9K 4L MoC 33

Holliday J 1 J APPL PHYS 38 4720 679258 E 9K MoC 33

Holliday J 1 SXS BANDSPECTRA 101 689329 E 9K MoC 67

Borovskii I 5 BULLACADSCIUSSR 21 1389 579060 E 9K 9S Mo Cr 5 18 9A 9K 6P MoCr 00 100 Borovskii I 2 PHYSMETALMETAL 7 61 599006 E 9K 9A 6P Mo Cr 99 100

(1) 300 °C (2) 12 °C to 82 °C

37
K-Spectra — Continued

Authors

Journal Vol. Page

Ref. Number Type Properties Alloy Composition

First No. Low High 9A 9L Mo Cr 99 100 Zhurakovs E 2 SOV PHYS DOKL 14 710 709183 E 9K 4L 30 MoN 67

1 J CHEM PHYS 42 3814 659064 E 9K 41, 58 91 OO MoO 25 Sumbaef 0 5 SOV PHYS JETP 23 572 669093 E 9K 5N MoO 25 Sumbaev 0 SOV PHYS JETP 26 891 689189 E 9K 5N AfoO 25 100 Wiech G 2 BAND STRU SPECT 173 739007 E 9K 9L MoSi 33

2 J CHEM PHYS 43 2075 659092 E 9K 4A N Al 50

Fischer D 2 ADV XRAY ANALYS 9 329 669030 E 9K 6P N Al 50

2 RONTGENC HEM BIND 70 669177 E 9K 9S 91 4L N Al 50 Fisrhe^'o ^^

2 TECH REPORT AD 807 479 669226 E 9K 9S N Al 50 Fomichev V SOVPHYS SOLIDST 10 597 689224 E 9L 6G 4L 5D 6T N Al 50 9K 6G 4L 5D 6T N Al 50 Fischer D 1 ADV XRAY ANALYS 13 159 709350 R 9K N Al 50 Gwinner E 2 Z PHYSIK 107 449 379001 E 9K 4A 4B 4N N B 50 0 Bryan H 2 PROC ROY SOC 176 A 229 409003 E 9K 5B 4L OO N B 50 HoUiday J 1 J APPL PHYS 33 3259 629095 E 9K N B 50

3 OPT SPECTR 16 372 6491 15 E 9K N B 50 Nicholson J 2 XRAY ANALYS 7 497 649163 E 9K 01 N B 50

2 J CHEM PHYS 43 2075 659092 E 9K 4A N B 50 Fischer D 2 J APPL PHYS 37 768 669025 E 9K N B 50 Fischer D 2 ADV XRAY ANALYS 9 329 669030 E 9K 6P N B 50

Holliday J RONTGENCHEMBIND 139 669203 E 9K 4L 4A N B 50 Henke B 1 ADV XRAY ANALYS 9 430 669244 E 9K 01 N B 50 HolHday J ADV XRAY ANALYS 9 365 669246 E 9K 4L N B 50

2 SCI REP TOHOKUU 50 228 679151 E 9K 01 B 50

Fo^mlchev V 1 BULLACADSCIUSSR 31 972 679172 E 9A 9K 9V N B 50 9A 9K 9V N B 50

Fischer D NORELCO REPORTR 14 92 679387 R 9K 9R N B 50 HolHday J NORELCO REPORTR 14 84 679388 E 9K N B 50

2 J PHYS CHEM SOL 29 1015 689140 E 9K 3N 6H N B 50 Hayasi Y 1 SCI REP TOHOKUU 51 43 689367 E 9K 3Q 9S 6P N B 50 Rumsh M 4 VESTNIKLEN UNIV 16 49 689371 E 9K 9A N B 50

2 X RAY CONF KIEV 1 307 699286 R 9E 9K 30 N B 50 Zhurakovs E SOV PHYS DOKL 14 710 709183 E 9K 4L 30 N B 50 Nemoshkalenk V 2 SOVPHYS SOLIDST 12 46 709196 R 9K 5D N B

Fomichev^V^" 3 SOVPHYS SOLIDST 12 123 709217 E 9K 9S 6G OO N B 50

Fischer'^D ) ADV XRAY ANALYS 13 159 709350 R 9K N B 50 Nakhmanso M SOVPHYS SOLIDST 12 1966 719042 T 9A 9K N B 50 FranirevrA 3 SOV PHYS DOKL 15 970 719050 E 9K 3Q N B 50

r omicnev V SOVPHYS SOLIDST 13 754 719170 R 9A 9K N B 50 Menshikov A PHVS METALMETAL 19 52 659088 E 9A 9K 9G 2S 2B N C 50 67 Menshikov A BULLACADSCIUSSR 27 402 639116 E 9K 9S 30 N Cr 50 67

I\ cin nono V j> PHYS METALMETAL 25 107 689194 E 9K 9S 5B N Cr 50 67 Zhurakovs E 2 SOV PHYS DOKL 14 710 709183 E 9K 4L 30 N Cr 50 67 9K 4L 30 N Hf 50 9K 4L 30 N Mo 67 9K 4L 30 N Nb 50 Zhurakovs L SOV PHYS DOKL 1

1

814 679117 E 9G 9K 4L 5B 9F N Sc 50 Zhurakovs E SOV PHYS DOKL 14 710 709183 E 9K 4L 30 N Sc 50

r ischer I) J CHEM PHYS 43 2075 659092 E 9K 4A yvsi 57 Fischer D 2 ADV XRAY ANALYS 9 329 669030 E 9K 6P yvsi 57 Zhukova I 4 SOVPHYS SOLIDST 10 1097 689258 E 9L 6G 5B 5D 4L N Si 57 9K 6G 5B 5D 4L iVSi 57

Fischer D ADV XRAY ANALYS 13 L59 709350 R 9K N Si 57 Nemnonov S 5 TRANSMETSOCAIME 245 1191 699104 R 9K 9A 9L 5D 30 N T

38
a. K-Speclra — Continued

Authors

Journal Vol. Page Ref. Number Type Properties Composition

First No.

Alloy Low High Nemnonov S 2 PHYS METALMETAL 27 51 699115 R 9K 9S 3Q N T 50 Zhurakovs E 2 SOV PHYS DOKL 14 710 709183 E 9K 4L 3Q NTa 50

Vainshtein E 2 SOV PHYS DOKL 2 207 579038 E 9K 9S N Ti 50

Vainshtein E 2 SOV PHYS DOKL 4 1050 599037 E 9K N Ti 50 Zhurakovs E 2 SOV PHYS DOKL 4 1308 599067 R 9K 9S N Ti 50

Vainshtein E 2 SOV PHYS DOKL 4 1050 609085 E 9C 9K 3Q N Ti 50

Vainshtein E 2 SOV PHYS DOKL 7 724 629131 E 9K 4L N Ti Vainshtein E 2 SOV PHYS DOKL 7 724 639028 E 9K 9S N Ti 50

Fischer D 2 J CHEM PHYS 43 2075 659092 E 9K 4A NTi 50

Fischer D 2 ADV XRAY ANALYS 9 329 669030 E 9K 6P NTi 50 Nemnonov S 2 PHYS METALMETAL 22 36 669141 E 9A 9K 3Q 91 9S N Ti 50 N Ti HoUiday J 1 ADV XRAY ANALYS 9 365 669246 E 9K 4L N Ti 50 Nemnonov S 1 PHYS METALMETAL 24 66 679213 R 9K 9L N Ti 50

Brytov I 3 SOVPHYS SOLIDST 10 621 689041 E 9K 91 9S 3Q NTi 50 9S 3Q N Ti 50 Nemnonov S 4 PHYS METALMETAL 25 107 689194 E 9K 98 5B N Ti 50 Ramqvist L 5 J PHYS CHEM SOL 30 1849 699087 E 9A 9K 30 3Q N Ti 50 Zhurakovs E 2 SOV PHYS DOKL 14 710 709183 E 9K 4L 3Q NTi 50

Fischer D 1 J APPL PHYS 41 3922 709186 R

of

5B N Ti 50 N Ti 50 Ramqvist L 5 J PHYS CHEM SOL 32 149 719000 R 9K 9L 3Q 5B N Ti 50

Vainshtein E 2 SOV PHYS DOKL 7 724 639028 E 9K 9S N TiC 11 21 N TiC 29 39 N TiC 50

Dzeganovskii V 2 SOV PHYS DOKL 11 349 669144 E 9K 9G 3Q 4L N V 50 Nemnonov S 4 PHYS METALMETAL 25 107 689194 E 9K 9S 5B N V 50

Brytov I 3 PHYS METALMETAL 26 178 689363 E 9K 9S 5B N V 50 Zhurakovs E 2 SOV PHYS DOKL 14 710 709183 E 9K 4L 30 N\ 50

Holliday J 1 RONTGENCHEMBIND 139 669203 E 9K 4L 4A NZr 50 HoUiday J 1 ADV XRAY ANALYS 9 365 669246 E 9K 4L NZt 50 Zhurakovs E 2 SOV PHYS DOKL 14 710 709183 E 9K 4L 3Q NZr 50 Sen A 1 INDIAN J PHYS 30 415 569025 E 9K 5B Na

Chun H 2 Z NATURFORSCH 22A 1401 679324 E 9K 3Q OO NaF 50

Utriainen J 5 Z NATURFORSCH 23A 1178 689210 E 91 9K 9S 9G OO NaF 50

Fischer D 1 J PHYS CHEM SOL 32 2455 719147 E 9K 9A NaOCr 14 9L 9A NaO Cr 29 NaO Cr 57 Shaw C 2 PHYS REV 50 1006 369006 E 9S 9K Nb

Cokhale B 1 COMPT REND 233 937 519008 E 9K 4A Nb

Bhide V 2 MUNICH SYMP 739017 E 9K 9V Nb 100 Fischer D 2 ADV XRAY ANALYS 9 329 669030 E 9K 6P NbB 67

Frantsevi A 3 SOV PHYS DOKL 15 970 719050 E 9K 3Q NbB 67

Fischer D 2 J CHEM PHYS 43 2075 659092 E 9K 4A NbC 50

Fischer D 2 ADV XRAY ANALYS 9 329 669030 E 9K 6P NbC 50

Holliday J 1 RONTGENCHEMBIND 139 669203 E 9K 4L 4A NbC 50

Holliday J 1 ADV XRAY ANALYS 9 365 669246 E 9K 4L NbC 50

Holliday J 1 J APPL PHYS 38 4720 679258 E 9K NbC 50

Holliday J 1 SXS BANDSPECTRA 101 689329 E 9K NbC 50 9M 5D NbC 50 Zhurakovs E 1 SOV PHYS DOKL 14 168 699149 E 9K 5B NbC 50 Ramqvist L 5 J PHYS CHEM SOL 32 149 719000 E 9L 4L 9V 5V 30 NbC 43 48 9K 4L 9V 5V 3Q NbC 43 48 Zhurakovs E 2 SOV PHYS DOKL 14 710 709183 E 9K 4L 3Q NbN 50 Gokhale B 1 ANN PHYSIQUE 7 852 529013 E 9K 4A 6L 5B NbO 50

Fischer D 1 J CHEM PHYS 42 3814 659064 E 9K 4L 5B 91 OO NbO 29 9K 00 NbO 40

39
a. K-Spectra — Continued

Vol. Ref. Number Type Pro perties Con1 posit Alloy Eow Hi

26 891 689189 E 9K 5N mo 14 100

173 739007 E 9K 9L NdAl 67

77 980 619039 T 9K 9L 9S OO Ne

48 133 359001 E 9S 9K Ni

50 1 369003 E 9S 9K Ni

58 400 409002 E 9K 9A Ni 2A 561 509005 E 9K 9F Ni

10 647 559022 E 9K 9S Ni

20 127 569001 E OD 5D 9E 9K Ni

8 44 599004 E 9K 9S 4A Ni 100

8 78 639120 E 9K 9S 91 4B Ni

9 388 649103 R 9K 9S 4B Ni

28 695 649118 E 9K 9S Ni

30 703 689298 E 9K 6T Ni 100

10 327 399007 E 9K NiAi 18 100 9L MAI 00 89

25 1015 619059 E 9A 9K NiAl 25

145 555 669148 E 9K 9S 91 4L 5B NiAi 4 100 807 479 669226 E 9K 9S NiAi 04 100

10 374 679041 E 9K 9S 91 6P 4L NiA7 41 100

14 92 679387 R 9K NiA7 20 100 43 319 719055 E 9K NiAi 60

8 44 599004 E 9K 9S 4A NiCrFe 26 NiCrFe 58 NiCrFe 16 24 451 609010 E 9K 4A 6P NiCrFe 50 60 NiCrFe 40 9K 4A 6P NiCrFe 0 10 58 400 409002 E 9K 9A NiCu 20 70 27 78 699352 E 9K 9G NiFe 70

1 229 709003 E 9K NiGe 17 67

20 97 569003 E 9K 9A NiMn

3 1249 59902

1

E 9K NiM/i

6 786 629103 E 9K 9S MMn

42 3814 659064 E 9K OO NiO 50 22A 1401 679324 E 9K 30 NiO 50

35 89 699182 E 9K 5X 5B NiO 50

91. NiO 50

10 1120 719186 E 9A 9K 6P NiS 50 739011 E 9K NiTi

46 77 719169 E 9K NiV 90

237 739006 E 9K NiV 90

58 396 409000 E 9A 9K 9S NiZn 70 83

713 100 709312 R 9K 9A 0

176A 229 409003 E 9K 5B 4L OO O A] 40 68A 654 559017 E 9K 9S 91 4L O Al 40

10 279 569024 E 9K 9S 91 9R 4L O Al 40

25 1015 619059 E 9A 9K 0 Al 40

13 36 649133 E 9K 9S 91 O Al 40

42 3814 659064 E 9K OO O Al 40 36 534 659070 E 9K 9S OA] 40

37 768 669025 E 9K 0 Al 40

9 329 669030 E 9K 6P 0 Al 40

27 55 669055 E 9K 9G O Al 40

20 669139 E 9E 9G 9K 0 Al 40

First Journal

Sumbaev O

Wiech G

Horak Z

Pearsall A

Parratt L

Friedman H

Edamoto I Sawada M

Blokhin M

Borisov N

Nemoshkalenk V

t P

Nikiforov I Nemoshkalenk V

Farineau J Nemnonov S

Fischer D

Fischer D

Fischer D

Fischer D

Nemnonov S

Borisov N

Friedman H

Sasovskay I Austin A

Kazantsev V

Kazanlsev V

Kazantsev V

Fischer D Chun H

Menshikov A

Sugiura C

Kallne E Nemnonov S Nemnonov S Bearden J Fischer D O Bryan H

Nordfors B

Nordfors B Nemnonov S Baun W

Fischer D

Fischer D

Fischer D

Fischer D Senemaud C

Bonnelle C

SOV PHYS JETP BAND STRU SPECT PROC PHYS SOC PHYS REV PHYS REV PHYS REV

SCI REP TOHOKUII

J PHYS SOC JAP BULLACADSCJUSSR PHYS METALMETAL

SOV PHYS DOKL

BULL AM PHYSSOC

BLILLACADSCIUSSR PHYS STAT SOLID

J PHYS RADIUM

BULLACADSCIUSSR

PHYS REV TECH REPORT AD ADV XRAY ANALYS NORELCO REPORTR

PHYS STAT SOLID PHYS METALMETAL

BULLACADSCIUSSR

PHYS REV PHYS METALMETAL

J SOLID ST CHEM

BULLACADSCIUSSR

SOV PHYS DOKL

SOV PHYS DOKL

J CHEM PHYS

Z NATURFORSCH

PHYS STAT SOLID

JAP J APPL PHYS

Ml NiCH SYMP

PHYS STAT SOLID BAND STRU SPECT PHYS REV TECH REPORT AD PROC ROY SOC PROC PHYS SOC

ARKIV FYSIK BULLACADSCIUSSR

PHYS LET

J CHEM PHYS

J APPL PHYS

J APPL PHYS ADV XRAY ANALYS

J PHYSIQUE COLL RONTGENCHEMBIND

(1) 1000 °C (2) RT to 300 "C 40
a. K-Spectra — Continued

Authors

Journal Vol. Page ReL

N uinbcr Type Pro pert! Alloy Con1 position

First No. Low High

Senemaud C 1 J PHYS RADIUM 27C 55 669142 E 9A 9K 9G 4L 9R O Al 40 Demjoohin W 2 RONTGENCHEMBIND 58 669149 E 9K 9S 91 4L 4A O Al 40 Domaschew E 2 RONTGENCHEMBIND 70 669177 E 9K 9S 91 4L OAl 40

Fischer D 2 TECH REPORT AD 807 479 669226 E 9K 9S O Al 40

Fischer D 2 ADV XRAY ANALYS 10 374 679041 E 9K 9S 91 6P 4L O Al 40 Fomichev V 1 SOVPHYS SOLIDST 8 2312 679102 E 9A 9K 4L 50 9R OAl 40 Nemoshkalenk V 2 IIKRAIN PHYS J 12 812 679107 E 9K 9S 0 Al 40 Demekhin V 2 BULLACADSCIUSSR 31 921 679162 E 9S 91 9K 0 Al 40 Senemaud C 1 COMPT REND 265 403 679240 E 9K 9G O Al 40

Fischer D 2 NORELCO REPORTR 14 92 679387 R 9K 9S O Al 40

Utriainen J 5 Z NATURFORSCH 23A 1178 689210 E 91 9K 9S 9G O Al 40 100 Demekhin V 2 PHYS METALMETAL 26 178 689237 E 9K 9G 9S 4A 4L O Al 40 Dodd C 2 J APPL PHYS 39 5377 689319 E 9K OO 9S 0 Al 40 Cauchois Y 1 SXS BANDSPECTRA 71 689326 E 9K O Al 40 Chun H 2 PHYS LET 28A 334 689357 E 9K 4N OAl 40 9K O Al 40 Rumsh M 4 VESTNIKLEN UNIV 16 49 68937

E 9K 9A OAl 40 9L 9A 0 Al 40

Bonnelle C 2 COMPT REND 268 65 699027 E 9K 9S O Al Nemoshkalenk V 4 UKRAIN PHYS J 13 837 699109 R 9K 9L O Al 40 Nemnonov S 2 PHYS METALMETAL 27 51 699115 R 9K 9S 30 0 Al 40 Chun H 2 Z NATURFORSCH 24A 930 6991,33 E 9K 9F 6U 6P OAl 40 9K 9L O Al 40 Chun H 1 PHYS LET 31A 118 709005 E 9K 9S 4L OO O Al 40 100

Gigl P 3 JELECTROCHEMSOC 117 15 709041 E 9K 4L OAl 40 Maruno S 2 JAP J APPL PHYS 9 1428 709234 E 9K 4A O Al 40

Fischer D 1 ADV XRAY ANALYS 13 159 709350 R 9K OAl 40 Gwinner E 2 Z PHYSIK 107 449 379001 E 9K 4A 48 4N O B 40 0 Bryan H 2 PROC ROY SOC 176A 229 409003 E 9K 5B 4L OO OB 40

Fischer D 1 J CHEM PHYS 42 3814 659064 E 9K OO OB 40 Henke B 2 J APPL PHYS 37 922 669013 E 9K 9G 4L 0 B 40

Fischer D 2 J APPL PHYS 37 768 669025 E 9K 0 B 40

Fischer D 2 ADV XRAY ANALYS 9 329 669030 E 9K 6P O B 40 Henke B 1 ADV XRAY ANALYS 9 430 669244 E 9K 01 O B 40 Hayasi T 2 SCI REP TOHOKUU 50 228 679151 E 9K 01 OB 40

Fischer D 2 NORELCO REPORTR 14 92 679387 R 9K 9R 0 B 40 Hayasi Y 1 SCI REP TOHOKUU 51 43 689367 E 9K 30 9S 6P OB 40 Hayasi T 2 X RAY CONF KIEV 1 307 699286 R 9E 9K 30 0 B 40 Fomichev V 3 SOVPHYS SOLIDST 12 123 709217 E 9K 9S 6G 0 B 40

Fischer D 1 ADV XRAY ANALYS 13 159 709350 R 9K 0 B 40 Nakhmanso M 2 SOVPHYS SOLIDST 12 1966 719042 T 9A 9K 0 B 40

Frantsevi A 3 SOV PHYS DOKL 15 970 719050 E 9K 3Q O B 40 Chun H 2 Z NATURFORSCH 22A 1401 679324 E 9K 3Q OBa 50 Sumbaev 0 6 SOV PHYS JETP 26 891 689189 E 9K 5N O Ba 50 100 Kolobova K 3 SOVPHYS SOLIDST 10 571 689040 E 9K 9F 9G 9S 0 Bafe 20 0 Bryan H 2 PROC ROY SOC 176 A 229 409003 E 9K 5B 4L OO OBe 50

Lukirskii A 2 SOVPHYS SOLIDST 6 33 649089 E 9A 9K 6H OBe 50 Henke B 2 J APPL PHYS 37 922 669013 E 9K 9G 4L O Be 50

Ehlert R 2 ADV XRAY ANALYS 9 456 669241 E 9K O Be 50 Henke B 1 ADV XRAY ANALYS 9 430 669244 E 9K 01 O Be 50 Chun H 2 Z NATURFORSCH 22A 1401 679324 E 9K 30 0 Be 50

Fischer D 2 NORELCO REPORTR 14 92 679.387 R 9K 9R 0 Be 50

Holliday J 1 NORELCO REPORTR 14 84 679388 E 9K O Be 50 Hayasi Y 1 SCI REP TOHOKUU 51 1 689109 E 9K 9S OBe 50

Hayasi T 2 X RAY CONF KIEV 1 307 699286 R 9E 9K 30 0 Be 50

41
a. K-Spectra — Continued

First Journal Vol. age

Ref. Number 1 ype Properties Composition

Alloy Low High

13 159 709350 R 9K O Be 50

13 754 719170 R 9A 9K OBe 50

52 5733 709201 T 9K 9V OO 91 6T o c 33 50 o c 33 50

42 3814 659064 E 9K 4L 58 91 OO OCa 50

22 38 669161 E 9A 9K 0 Ca

22A 1401 679324 E 3Q OCa 50 42 3814 659064 E 9K OO OCd 50 9K OO OCo 40 43 35 89 699182 E 9K 5X 5B OCo 50 O Co 50

14 118 629126 E 9K OD O Cr 40

27 402 639116 E 9K 9S 3Q O Cr 40

27 331 639117 E 9K 9S 4L 4A 0 Cr 40

42 3814 659064 E 9K 4L 58 91 OC OCr 40

19 52 659088 E

'^t 9G 2S 28 0 Cr 40

25 107 689194 E 9K 9S 58 O Cr 40

13 837 699109 E 0 Cr 40 0 Cr 40

32 2455 719147 E O Cr 25 40

'^^ OCr 25 40 9K 9A OCrK 14 9L 9A O CrK 29 0 CrK 57 9K 9A OCrNa 14 9L 9A 0 CrNa 29 O CrNa 57 42 3814 659064 E 9K OO OCu 50 67

35 89 699182 E 9K 5X 0 Cu 50 9L 0 Cu 50

12 1095 709228 E 9A 9K 9S 58 O Cu 67 5B 0 Cu 67 9K OCu 67

91, 0 Cu 67 33 3259 629095 E 9K OFe 43

7 497 649163 E 9E 9K OFe 43 42 3814 659064 E 9K 41, 58 91 OO OFe 40 43

21 132 669018 E 9K 9G 0 Fe 50

10 571 689040 E 9K 9F 9G 9S 0 Fe 40 50

13 66 689063 E 9K 9S 4L 0 Fe 40 50

35 89 699182 E 9K 5X 58 OFe 50 9L 0 Fe 50 699 544 709013 E 9K 4L OFe 40 9K 4L OFe 43 9K 4L OFe 50

117 557 709042 E 9K 9E OFe 40 50 24A 930 699133 E 9K 9F 611 6P OCa 40

42 3814 659064 E 9K OO OGe 33 9K 41, 58 91 OO OHf 33 26 891 689189 E 9K 5N O Hf 33 100 24A 930 699133 E 9K 9F 611 6P O In 40

22 A 1401 679324 E 9K 30 0 La 60

26 891 689189 E 9K 5N O La 40 100 9K 5N O Lu 40 100 176A 229 409003 E 9K 5B 4L OO OMg 50

248 1985 599009 E 9K 0 Mk 50

Fischer D

Fomichev V Manne R

Fischer D 1 Finkelshtein L 2 Chun H 2 Fischer D 1 Menshikov A 3 Menshikov A

Menshikov A

Shuvaev A

Fischer D

Menshikov A Nemnonov S Nemoshkalen

2

2

124

k V 4

Fischer D 1 Menshikov A 3 Akopdzhanov R 1

Holliday J Nicholson J Fischer D

Kolobova K

Kolobova K

Kirichok P

Menshikov A

Krause H

Krause H

Chun H

Fischer D Sumbaev O

Chun H Chun H Sumbaev O

O Bryan H

Gallon P

ADV XRAY ANALYS SOVPHYS SOLIDST

J CHEM PHYS

J CHEM PHYS

PHYS METALMETAL

Z NATLIRFORSCH

J CHEM PHYS PHYS STAT SOLID PHYS METALMETAL

BULLACADSCILISSR BULLACADSCIUSSR

J CHEM PHYS PHYS METALMETAL

PHYS METALMETAL

UKRAIN PHYS J

J PHYS CHEM SOL

J CHEM PHYS PHYS STAT SOLID SOVPHYS SOLIDST

J APPI. PHYS XRAY ANALYS

J CHEM PHYS

PHYS METALMETAL

SOVPHYS SOLIDST UKRAIN PHYS J PHYS STAT SOLID TECH REPORT AD

JELECTROCHEMSOC

Z NATURFORSCH

J CHEM PHYS SOV PHYS JETP

Z NATURFORSCH

Z NATl'RFORSCH SOV PHYS JETP PROG ROY SOC COMPT REND

42
a. K-Spectra — Continued

Authors

Journal Vol Page

Ref. JVumber Type Properties Alloy Composition

First No. Low High

Lukirskii A 3 OPT SPECTR 16 372 649115 E 9K OMg 50

Fischer D 1 J CHEM PHYS 42 3814 659064 E 9K 4L 58 91 OO OMg 50 Demjoohin W 2 RONTGENCHEMBIND 58 669149 E 9K 9S '91 4L 4A O Mg 50 Demekhin V 2 BULLACADSCIUSSR 31 921 679162 E 9S 91 9K 0 Mg 50 Chun H 2 Z NATURFORSCH 22A 1401 679324 E 9K 3Q OMg 50

Fischer D 2 NORELCO REPORTR 14 92 679387 R 9K 9S O Mg 50

Utriainen J 5 Z NATURFORSCH 23A 1178 689210 E 91 9K 9S 90 O Mg 50 100 Dodd C 2 J APPL PHYS 39 5377 689319 E 9K 00 9S 0 Mg 50

Bonnelle C 2 COMPT REND 268 65 699027 E 9K 9S O Mg

Chun H 1 PHYS LET 31A 118 709005 E 9K 9S 4L OO 0 Mg 50 100 Fischer D 1 ADV XRAY ANALYS 13 159 709350 R 9K OMg 50 Senemaud C 1 J PHYSIQUE 32 89 719210 E 9E 9K 5D O Mg

NichoUs C 2 MUNICH SYMP 739012 E 9K 0 Mg 50

Fischer D 1 J CHEM PHYS 42 3814 659064 E 9K OO OMn 33

Vainshtein E 3 SOVPHYS SOLIDST 7 1707 669227 E 9K 9G 9S 4L 0 Mn 33 43

Kirichok P 2 UKRAIN PHYS J 13 66 689063 E 9K 9S 4L O Mil 33 50 Krause H 3 TECH REPORT AD 699 544 709013 E 9K 4L OMn 33 9K 4L OMn 40 9K 4L OMn 43 9K 4L OMn 50 Krause H 3 JELECTROCHEMSOC 117 557 709042 E 9K 9E OMn

Fischer D 1 J CHEM PHYS 42 3814 659064 E 9K 4L 58 91 OO OMo 25 Sumbaev 0 5 SOV PHYS JETP 23 572 669093 E 9K 5N O Mo 25 Sumbaev 0 6 SOV PHYS JETP 26 891 689189 E 9K 5N O Mo 25 100 Gokhale B 1 ANN PHYSIQUE 7 852 529013 E 9K 4A 6L 58 ONb 50

Fischer D 1 J CHEM PHYS 42 3814 659064 E 9K 4L 5B 91 OO ONb 29 9K OO ONb 40 Sumbaev 0 6 SOV PHYS JETP 26 891 689189 E 9K 5N O Nb 14 100 Fischer D 1 J CHEM PHYS 42 3814 659064 E 9K OO O Ni 50 Chun H 2 Z NATURFORSCH 22A 1401 679324 E 9K 3Q ONi 50 Menshikov A 3 PHYS STAT SOLID 35 89 699182 E 9K 5X SB ONi 50 9L O Ni 50

Fischer D 1 J CHEM PHYS 42 3814 659064 E 9K OO OPb 50 67

Faessler A 2 Z PHYSIK 138 71 549008 E 9G 9K 4L 5B OO 0 SCa 17 O SCa 67 0 SCa 16 9G 9K 4L 58 OO 0 SK 29 O SK 57 O SK 14 Zhurakovs E 3 SOV PHYS DOKL 11 814 679117 E 9G 9K 4L 58 9F O Sc 50 Chun H 2 Z NATURFORSCH 22A 1401 679324 E 9K 3Q O Sc 60 Kern B 1 Z PHYSIK 159 178 609025 E 9K O Si 00 67 Das Gupta K 1 TECH REPORT AF 412 791 639088 E 9K 5B O Si 67 Demekhin V 2 BULLACADSCIUSSR 28 733 649139 E 9K 9S 91 4L O Si 67

Fischer D 1 J CHEM PHYS 42 3814 659064 E 9K OO OSi 67 Demjoohin W 2 RONTGENCHEMBIND 58 669149 E 9K 9S 91 4L 4A O Si 67 Henke B ADV XRAY ANALYS 9 430 669244 E 9K 01 OSi 67 Demekhin V 2 BULLACADSCIURRS 31 921 679162 E 9S 91 9K O Si 00 67 Ershov 0 2 SOVPHYS SOLIDST 8 1699 679316 E 9L 6U O Si 67 9A 9K 9S OSi 67

Fischer D 2 NORELCO REPORTR 14 92 679387 R 9K 9S O Si

Utriainen J 5 Z NATURFORSCH 23A 1178 689210 E 91 9K 9S 9G 0 Si 00 67 Wiech G 1 SXS BANDSPECTRA 59 689325 E 9L 5D 5B O Si 00 67 9K 5D 58 O Si 00 67 Chun H 1 PHYS LET 31A 118 709005 E 9K 9S 4L OO O Si 67 100

i 43
K-Spectra — Continued

Authors

Journal V..I. Page

Ref. Number Type Pro parties Composition

First No.

Alloy Low High

Llrch D 1 J PHYS 3C 1275 709220 T 9S 9K 9L 91 4L 0 Si 80

Fischer D 1 ADV XRAY ANALYS 13 159 709350 R 9K O Si 67 Chun H 2 Z NATIIRFORSCH 22A 1401 679324 E 9K 3Q O Sm 60

Fischer D 1 J CHEM PHYS 42 3814 659064 E 9K 4L 58 91 OO OSn 50 Sumbaev 0 5 SOV PHYS JETP 23 572 669093 E 9K 5N O Sn 00 67 Gokhale B 3 PHYS REV LET 18 957 679057 E 9G 9K 4L 4N 5D O Sn 50 9C 9K 4L 4N 5D 0 Sn 67 Gokhale B 1 ANN PHYSIQUE 7 852 529013 E 9K 4A 6L 58 0 Sr 50 Chun H 2 Z NATIIRFORSCH 22A 1401 679324 E 9K 30 O Sr 50 Sumbaev 0 6 SOV PHYS JETP 26 891 689189 E 9K 5N O Sr 00 50 Nemnonov S 5 TRANSMETSOCAIME 245 1191 699104 R 9K 9A 9L 5D 30 O T

Nemnonov S 2 PHYS METALMETAL 27 51 699115 R 9K 9S 30 0 T 50

Fischer D 1 J CHEM PHYS 42 3814 659064 E 9K 4L 5B 91 OO OTa 60 Sumbaev O 6 SOV PHYS JETP 26 891 689189 E 9K 5N O Ta 00 86

Fischer D 1 J CHEM PHYS 42 3814 659064 E 9K OO OTh 67

Vainshtein E 2 SOV PHYS DOKL 2 207 579038 E 9K 9S O Ti 67 Zhurakovs E 2 SOV PHYS DOKL 4 1308 599067 R 9K 9S O Ti 67

Vainshtein E 2 SOV PHYS DOKL 9 697 649143 E 9K 91 O Ti 46 54

Fischer D 1 J CHEM PHYS 42 3814 659064 E 9K OO OTi 67 Nemnonov S 2 PHYS METALMETAL 22 36 669141 E 9A 9K 30 91 9S O Ti 50

Batyrev V 2 BULLACADSCUSSR 31 896 679158 E 9K 4L O Ti 50 67 Nemnonov S I PHYS METALMETAL 24 66 679213 R 9K 9L O Ti 50 Chirkov V 3 SOVPHYS SOLIDST 9 873 679243 E 9A 9K 4L O Ti 50 75 (1) HoUiday J 1 NORELCO REPORTR 14 84 679388 R 9L O Ti 20 66 9K OTi 20 66 Kolobova K 3 SOVPHYS SOLIDST 10 571 689040 R 9A 9K O Ti Brytov 1 3 SOVPHYS SOLIDST 10 621 689041 E 9K 91 9S 30 O Ti 48 54 9L 91 9S 30 O Ti 48 54 Nemnonov S 4 PHYS METALMETAL 25 107 689194 E 9K 9S 58 O Ti 50 Ramqvist L 5 J PHYS CHEM SOL 30 1849 699087 E 9A 9K 30 30 O Ti 50 Menshikov A 3 PHYS STAT SOLID 35 89 699182 E 9K 5X 58 0 Ti 50 9L O Ti 50 Krause H 3 TECH REPORT AD 699 544 709013 E 9K 4L OTi 45 9K 4L OTi 50 9K 4L OTi 60 9K 4L OTi 67 Krause H 3 JELECTROCHEMSOC 117 557 709042 E 9K 9E OTi

Fischer D 1 J APPL PHYS 41 3922 709186 R 9K 58 O Ti 50 9L 9A 58 O Ti 50

Fischer D 1 J CHEM PHYS 42 3814 659064 E 9K 4L 5B 91 OO 0 V 29 9K OO O V 60

Dzeganovskii V 2 SOV PHYS DOKL 11 349 669144 E 9K 9G 30 4L O V 60 71 Kurmaev E 4 BLLLACADSCIl'SSR 31 1011 679179 E 9A 9K 58 30 O V 46 55 Nemnonov S 4 PHYS METALMETAL 25 107 689194 E 9K 9S 5B O V 45 55

Fischer D 1 J APPL PHYS 40 4151 699173 E 9K 9R 0 V 60 71 O V 60 67 Menshikov A 3 PHYS STAT SOLID 35 89 699182 E 9K 5X 58 O V 50 9L O V 50 Kurmaev E 4 BLLLACADSCRISSR 31 loll 679179 E 9A 9K 58 30 O VC 23 33 O VC 24 26 O VC

Sumbaev 0 5 SOV PHYS JETP 23 572 669093 E 9K 5N o w 00 75 Sumbaev 0 6 SOV PHYS JETP 26 891 689189 E 9K 5N 0 w 00 75 Fischer D 1 APPL SPECTRY 25 263 719069 E 9K OO ox X

Gokhale B 1 ANN PHYSIQI E 7 852 529013 E 9K 4A 6L 58 o y 60

(1) Did not exceed 100 °C 44
a. K-Spectra — Cotilinued

Authors

Journal Vol. Pasc

Ref. Number Type Properties Alloy Composition

First No. Low High

Chun H 2 Z NATURFORSCH 22 A 1401 679324 E 9K 3Q O Y 60 Sumbaev 0 6 SOV PHYS JETP 26 891 689189 E 9K 5N 0 y 00 60 Chun H 2 Z NATURFORSCH 22A 1401 679324 E 9K 3Q 0 Yb 60

Fischer D 1 J CHEM PHYS 42 3814 659064 E 9K OO OZn SO Chun H 2 Z NATURFORSCH 22A 1401 679324 E 9K 3Q OZn 50

Goichale B 1 ANN PHYSIQUE 7 852 529013 E 9K 4A 6L SB O Zr 67

Fischer D 1 J CHEM PHYS 42 3814 659064 E 9K 4L 5B 91 OO OZr 33 9K OO OZr 67 Sumbaev 0 6 SOV PHYS JETP 26 891 689189 E 9K 5N O Zr 00 67 Nemnonov S 6 BAND STRU SPECT 237 739006 E 9K OsV 25 Wierh G 1 Z PHYSIK 216 472 689248 E 9L 9K 5B 4N OO P

Wiech G 1 X RAY CONK KIEV 2 25 699287 R 9K P

Domaschew E 2 RONTGENCHEMBIND 70 669177 E 9K 9S 91 4L P Al 50

Fischer D 2 TECH REPORT AD 807 479 669226 E 9K 9S P Al ,50 Fischer D 2 ADV XRAY ANALYS 10 374 679041 E 9K 9S 91 6P 4L P A] 50 Wiech G 1 Z PHYSIK 216 472 689248 E 9L 9K 5B PAl 50

Fischer D 2 J APPL PHYS :m 768 669025 E 9K P B SO

Fischer D 2 ADV XRAY ANALYS 9 329 669030 E 9K 6P P B SO Fomichev V 3 J PHYS CHEM SOL 29 1025 689141 E 9K 6H 6U P B SO 9L 6H 6U PB 50 Wiech G 1 Z PHYSIK 216 472 689248 E 9L 9K SB PB 50 Rumsh M 4 VESTNIKLEN UNIV 16 49 689371 E 9K 9A PB SO 9L 9A PB 50 Nemoshkalenk V 2 SOVPHYS SOLIDST 12 4f) 709196 R 9L 9K 5D PB

Wiech G 1 Z PHYSIK 216 472 689248 E 9L 9K SB PGa 50 9L 9K 5B Pin 50 Kolobova K 2 PHYS METALMETAL 27 69 699351 R 9A 9K P Ti 50 Wiech G X RAY CONE KIEV 2 25 699287 R 9K PX

Slivinsky V 2 PHYS LET 29A 463 699110 E 91 9K 9G Pb

Fischer D 1 J CHEM PHYS 42 3814 659064 E 9K OO PbO ,50 67 Shaw C 2 PHYS REV ,50 1006 369006 E 9S 9K Pd

Gokhale B 1 COMPT REND 2.3,3 937 519008 E 9K 4A Pd

Gokhale B ANN PHYSIQUE 7 852 529013 E 9K 4A 6L SB Pd

Slivinsky V 2 PHYS LET 29A 463 699110 E 91 9K 9G Pd

Hedman J 9 PHYS SCRIPTA 195 719188 E 91. PdCu 60 9K Pd Cu 60 Nemnonov S 4 PHYS STAT SOLID 46 77 719169 E 9K PdV 25 Nemnonov S 6 BAND STRU SPECT 237 739006 E 9K PdV 25

Slivinsky V 2 PHYS LET 29A 463 6991 10 E 91 9K 9G Pr

Wiech G 2 BAND STRU SPECT 173 7.39007 E 9K 9L PrAl 67 9K 9L PvSi 33

Kliever W 1 PHYS REV .S6 .387 .399003 E 9K Pt Nemnonov S 4 PHYS STAT SOLID 4.3 319 7190.55 E 9K PiAl 67 Nemnonov S 4 PHYS STAT SOLID 46 77 719169 E 9K PiV 25 Nemnonov S 6 BAND STRU SPECT 237 739006 E 9K PtV 25 Shaw C 2 PHYS REV SO 1006 369006 E 9S 9K Rb

Gokhale B 1 COMPT REND 233 937 519008 E 9K 4A Rb

Gokhale B ANN PHYSIQUE 7 852 529013 E 9K 4A 6L SB OO RbC\ SO Shaw C 2 PHYS REV SO 1006 ,369006 E 9S 9K Rb

Gokhale B COMPT REND 233 937 519008 E 9K 4A Rb

Gokhale B ANN PHYSIQUE 7 852 .529013 E 9K 4A 6L 5B Rb

Nemnonov S 4 PHYS STAT SOLID 46 77 719169 E 9K RhV 25 Nemnonov S 6 BAND STRU SPECT 237 739006 E 9K Rh V 25 Shaw C 2 PHYS REV 50 1006 369006 E 9S 9K Ru

Gokhale B 1 COMPT REND 233 937 519008 E 9K 4A Ru

45

498-244 OL - 74 - 4
a. K-Spectra — Continued

Authors

Journal Vol. Page ReL Number Type Properti es Alloy Composit on

First Nil. Low High

uoKhale B 1 ANN PHYSIQUE 7 852 529013 E 9K 4A 6L 5B Ru

Nemnonov S 6 BAND STRU SPECT 237 739006 E 9K Ru V 25

Parratt L 1 PHYS REV 49 502 369002 E 9S 9K OO s

Parralt L 1 PHYS REV 50 1 369003 E 9S 9K OO s

Faessler A 2 NATURWISSEN 39 169 5290 1

1

E 9G 9K 4L OO s

Faessler A 2 Z PHYSIK 138 71 549008 E 9G 9K 4L 5B OO 5 100 Sugiura C 1 J PHYS SOC JAP 30 1766 719075 E 9A 9K OO s 100 Fischer D 2 TECH REPORT AD 807 479 669226 E 9K 9S S Al 50

Faessler A 2 Z PHYSIK 138 71 549008 E 9G 9K 58 OO S Ca 50 9G 9K 4L 5B OO S CaO 17 S CaO 67 S CaO 16 Sugiura C 1 JAP J APPL PHYS 10 1 120 719186 E 9A 9K 6P S Co 50 9A 9K 6P S Cu 50 9A 9K 6P S Fe 50

Faessler A 2 Z PHYSIK 138 71 5V9008 E 9G 9K 4L 5B OO S K O 29 S K O 57 S K O 14 9G 9K 4L 5B OO 5 Mn 50 Sugiura C 1 JAP J APPL PHYS H) 1 120 719186 E 9A 9K 6P S Mn 50 9A 9K 6P S Ni 50

Faessler A 2 Z PHYSIK 138 71 549008 E 9G 9K 5B OO S Sr 9G 9K 4L 5B OO S Sr 50 Miyake S 3 J PHYS SOC JAP 22 670 679099 E 9K OX OS 91 50 S Zn 50 Sugiura C 1 JAP J APPL PHYS 10 1 1 20 719186 E 9A 9K 6P S Zn 50 Domaschew E 2 RONTGENC HEM BIND 70 669177 E 9K 9S 91 4L SbAl 50

Fischer D 2 TECH REPORT AD 807 479 669226 E 9K 9S SbAi 50

Fischer D 2 ADV XRAY ANALYS 10 374 679041 E 9K 9S 91 6P 4L SbA/ 50 Domaschew E 2 RONTGENCHEMBIND 70 669177 E 9K 9S 91 4L Si) Ga 50 Drahokoup J 3 CZECH J PHYS 18B 1034 689222 E 9K 9L OX SbCe 00 Domaschew E 2 RONTGENCHEMBIND 70 669177 E 9K 9S 91 4L Si> In 50

Pearsall A 1 PHYS REV 48 1.33 35900

1

E 9S 9K Sc

Parratt L 1 PHYS REV 49 502 369002 E 9S 9K Sc

Parratt I, 1 PHYS REV 50 1 369003 E 9S 9K Sc Nemnonov S 2 PHYS METALMETAL 22 66 669086 R 9K 9A Sc

Finkelshtein 1, 2 PHYS METALMETAL 22 45 669105 E 9K 9G 9 A OD 5D Sc 100 Zhurakovs E 3 SOV PHYS DOKL 1

1

814 679117 E 9G 9K 4L 5B 9F Sc 9G 9K 4L 5B 9F ScB 50

Cuthill J 4 NBS TECH NOTE 565 1

1

710591 E 9K 5D ScB 67 Mc Alister A 4 Ml NIGH SYMP 739018 E 9K 5B ScB 67 (1) Zhurakovs E 3 SOV PHYS DOKL 814 6791 1

7

E 9G 9K 4L 5B 9F ScC 50 9G 9K 4L 5B 9F ScN 50 Zhurakovs E 2 SOV PHYS DOKL 11 710 709183 E 9K 4L 30 SciV 50 Zhurakovs E 3 SOV PHYS DOKL 1 ] 814 6791 17 E 9G 9K 4L 5B 9F ScO 50 Chun H 2 Z NATI RFORSCH 22A 1401 679324 E 9K 30 ScO 60 Nemnonov S 2 PH^S METALMETAL 22 66 669086 E 9A 9K 6P 6F ScTi 75 Shaw C 2 PHYS REV 50 1 006 369006 E 9S 9K Se

Morlot J 1 Bl LLACADROYBELG 35 1059 499003 E 9K 9L 9S Se

Croven L 2 B^LLACADRO^'BELG 37 630 519009 E 9K 9S 91 5B OO Se

Fiocher B 2 Z PHYSIK 204 122 679131 E 9K 9H 91 4X Se

Nemoshkalenk V 3 PHYS STAT SOLID 30 703 689298 E 9K 6T Se 100 Slivinsky V 2 PH^ S LET 29A 463 699 1 1

0

E 91 9K 9G Se

Kern B 1 Z PHYSIK 159 178 609025 E 9K Si Demekhin V 2 BLLLACADSCIl SSR 28 733 649139 E 9K 9S 91 4L Si 100 (2) Demjoohin W 2 RONTGENCHEMBIND 58 669149 E 9K 9S 91 4L 4A Si 100 Lyapin V 1 SOVPHYS SOLIDST 8 2851 679109 E 9L 9K 5B Si

(1) 640 °C (2) 50 °C to 70 °C

46
a. K-Speotra — Continued

Authors

Journal VoL Page ^Ref. Type Pro parties Alloy Conn position

First No. Low High

Demekhin V 2 BULLACADSCIUSSR 31 921 679162 E 9S 91 9K Si

Fischer D 2 NORELCO KEPORTR 14 92 679387 R 9K 9S Si 100 Dodd C 2 J APPL PHYS 39 5377 689319 E 9K OO Si 100 Wiech G 1 SXS BANDSPECTRA 59 689325 E 9L 5D 5B Si 9K 5D 5B Si Kolobova K 2 PHYS METALMETAL 26 57 689368 E 9K 9S 91 98 9G Si 100

Graeffe G 5 PHYS LET 29A 464 699111 E 9K 9G 9S 91 Si

Aita 0 2 J PHYS SOC JAP 27 164 699204 E 9K 5B Si 100 Nemnonov S 2 PHYS METALMETAL 28 68 699218 R 9K 9L 50 Si Klima J 1 J PHYS 3C 709004 T 9K 9L 6T Si 100 Fischer D 1 ADV XRAY ANALYS 13 159 709350 R 9K Si 100 Cauchois Y 1 COMPT REND 231 574 509000 E 9K 6P SiMMg 97 SiAIAfg 01 SiAlMg 02

Fischer D 2 ADV XRAY ANALYS 9 329 669030 E 9K 6P SiB 86 Kern B 1 Z PHYSIK 159 178 609025 E 9K SiC 50 Demekhin V 2 BULLACADSCIUSSR 28 733 649139 E 9K 9S 91 4L SiC 50 (I) 9K SiC 50

Fischer D 2 J CHEM PHYS 43 2075 659092 E 9K 4A SiC 50

Fischer D 2 ADV XRAY ANALYS 9 329 669030 E 9K 6P SiC 50 Demjoohin W 2 RONTGENCHEMBIND 58 669149 E 9K 9S 91 4L 4A SiC 50 Demekhin V 2 BULLACADSCIUSSR 31 921 679162 E 9S 91 9K SiC 25 Wiech G 1 SXS BANDSPECTRA 59 689325 E 9L 5D 5B SiC 00 50 9K 5D 5B SiC 00 50 Chun H 1 PHYS LET 31A 118 709005 E 9K 9S 4L OO SiC 50 100 Nemoshkalenk V 2 SOVPHYS SOLIDST 12 46 709196 R 9L 9K 5D SiC

Wiech G 2 BAND STRU SPECT 173 739007 E 9K 9L SiCa 33 9K 9L SlCe 33 Menshikov A 2 BULLACADSCIUSSR 27 402 639116 E 9K 9S 30 SiCr 33 75 Nemnonov S 2 PHYS STAT SOLID 24K 43 679383 E 9K 9A SiCr 75 Kolobova K 2 PHYS METALMETAL 26 57 689368 R 9K 9S SiCr 33 50 Nemnonov S 3 PHYS STAT SOLID 39 39 709195 R 9A 9K 5B SiCr 75 Das Gupta K 1 TECH REPORT AD 412 791 639088 E 9K 5B S/Fe 0 75 Kolobova K 2 PHYS METALMETAL 26 57 689368 E 9K 9S 91 9S 9G SiFe 28 83 9K 9S 91 98 9C SiFe 30 50 Wiech G 2 BAND STRU SPECT 173 739007 E 9K 9L Si La 33 9K 9L Si Mo 33

Fischer D 2 J CHEM PHYS 43 2075 659092 E 9K 4A SiN 57

Fischer D 2 ADV XRAY ANALYS 9 329 669030 E 9K 6P S\N 57 Zhukova I 4 SOVPHYS SOLIDST 10 1097 689258 E 9L 6G 5B 5D 4L SiN 57 9K 6G 5B 5D 4L SiN 57 Fischer D 1 ADV XRAY ANALYS 13 159 709350 R 9K SiN 57 Kern B 1 Z PHYSIK 159 178 609025 E 9K SiO 00 67 Das Gupta K 1 TECH REPORT AD 412 791 639088 E 9K 5B SiO 67 Demekhin V 2 BULLACADSCIUSSR 28 733 649139 E 9K 9S 91 4L SiO 67 (1) Fischer D 1 J CHEM PHYS 42 3814 659064 E 9K OO SiO 67 Demjoohin W 2 RONTGENCHEMBIND 58 669149 E 9K 9S 91 4L' 4A SjO 67 Henke B 1 ADV XRAY ANALYS 9 430 669244 E 9K 01 SiO 67 Demekhin V 2 BULLACADSCIURRS 31 921 679162 E 9S 91 9K SiO 00 67 Ershov O 2 SOVPHYS SOLIDST 8 1699 679316 E 9L 6U SiO 67 9A 9K 98 SiO 67

Fischer D 2 NORELCO REPORTR 14 92 679387 R 9K 9S SiO 67

Utriainen J 5 Z NATURFORSCH 23A 1 178 6892 10 E 91 9K 9S 9G SiO

Wiech G 1 SXS BANDSPECTRA 59 689325 E 9L 5D 5B SiO 00 67 9K 5D 5B SiO 00 67

(1) 50 °C to 70 °C

47
K-Speotra — Continued

Authors

Journal Vol. Page Ret. Number Type Properties Alloy Composition

irst No Low High Chun H 1 PHYS LET 31A 118 709005 E 9K 9S 4L OO SiO 67 100 Urch D I J PHYS 3C 1275 709220 T 9S 9K 9L 91 4L SiO 80

Fischer D 1 ADV XRAY ANALYS 13 159 709350 R 9K SiO 67 Wiech G 2 BAND STRU SPECT 173 739007 E 9K 9L Si Pr 33 Nemnonov S 5 PHYS METALMETAL 14 51 629124 R 9A 9K 30 5W SiT

Zhurakovs E 2 SOV PHYS DOKL 4 1308 599067 R 9K 9S SiTi 50 67 Kolobova K 2 PHYS METALMETAL 26 57 689368 E 9K 9S 91 9S 9G SiTi 50 67 Nemnonov S 2 . PHYS STAT SOLID 24K 43 679383 E 9K SiV 25 Nemnonov S 3 PHYS STAT SOLID 39 39 709195 E 9K 58 7T SiV 25 Kurmaev E 2 PHYS STAT SOLID 43K 49 719056 R 9K 9L 5D SiV 25 Wiech G 2 BAND STRU SPECT 173 739007 E 9K 9L SjW 67

Slivinsky V 2 PHYS LET 29 A 463 6991 10 E 91 9K 90 Sm

Chun H 2 Z NATURFORSCH 22A 1401 679324 E 9K 3Q SmO 60 Gokhale B 1 COMPT REND 233 937 519008 E 9K 4A Sn

Gokhale B I ANN PHYSIQUE 7 852 529013 E 9K 4A 6L 58 Sn

Gokhale B 3 PHYS REV LET 18 957 679057 E 9G 9K 4L 4N 5D Sn

Fischer B 2 Z PHYSIK 204 122 679137 E 9K 9H 91 4X Sn

Green M 2 BRITJ APPL PHYS ID 425 689206 9K 91 9H Sn

Fischer D 1 J CHEM PHYS 42 3814 659064 E 9K 4L 58 91 OO SnO 50 Sumbaev 0 5 SOV PHYS JETP 23 572 669093 E 9K 5N SnO 00 67 Gokhale B 3 PHYS REV LET 18 957 679057 E 9G 9K 4L 4N 5D SnO 50 9G 9K 4L 4N 5D SnO 67 Shaw C 2 PHYS REV 50 1006 369006 E 9S 9K Sr

Gokhale B 1 COMPT REND 233 937 519008 E 9K 4A Sr

Slivinsky V 2 PHYS LET 29A 463 699110 E 91 9K 9G Sr

Gokhale B 1 ANN PHYSIQUE 7 852 529013 E 9K 4A 6L 58 SrO 50 Chun H 2 Z NATURFORSCH 22A 1401 679324 E 9K 3Q SrO 50 Sumbaev 0 6 SOV PHYS JETP 26 891 689189 E 9K 5N SrO 00 50

Faessler A 2 Z PHYSIK 138 71 549008 E 9G 9K 58 OO SrS 9G 9K 4L 5B OO SrS 50 Vainshtein E 1 DOP ACADNAUKURR 70 21 509011 E 9K 6T 9K T

Nemnonov S 5 PHYS METALMETAL 14 51 629124 R 9A 9K 30 5W TM

Nemnonov S 5 TRANSMETSOCAIME 245 1191 699104 R 9K 9A 9L 5D 3Q TB 67 9K 9A 9L 5D 3Q TC

Nemnonov S 2 PHYS METALMETAL 27 51 699115 R 9K 9S 3Q TC 50

Holliday J 1 ADV XRAY ANALYS 13 136 709349 R 9K 4L T C

Nemnonov S 5 TRANSMETSOCAIME 245 1191 699104 R 9K 9A 9L 5D 3Q TN

Nemnonov S 2 PHYS METALMETAL 27 51 699115 R 9K 9S 3Q TN 50 Nemnonov S 5 TRANSMETSOCAIME 245 1191 699104 R 9K 9A 9L 5D 3Q TO

Nemnonov S 2 PHYS METALMETAL 27 51 699115 R 9K 9S 3Q TO 50 Nemnonov S 5 PHYS METALMETAL 14 51 629124 R 9A 9K 30 5W TSi

Shuvaev A 1 BULLACADSCIUSSR 24 434 609087 T 4L 9E 9K 5N TX

Frantsevi A 3 SOV PHYS DOKL 15 970 719050 E 9K 3Q TaB 67

Fischer D 2 J CHEM PHYS 43 2075 659092 E 9K 4A TaC 50

Fischer D 2 ADV XRAY ANALYS 9 329 669030 E 9K 6P TaC 50

Holliday J 1 J APPL PHYS 38 4720 679258 E 9K TaC 00 50

Holliday J 1 SXS BANDSPECTRA 101 689329 E 9K TaC 00 50 Zhurakovs E 1 SOV PHYS DOKL 14 168 699149 E 9K 5B TaC 50 Zhurakovs E 2 SOV PHYS DOKL 14 710 709183 E 9K 4L 3Q TaA^ 50

Fischer D 1 J CHEM PHYS 42 3814 659064 E 9K 4L 58 91 OO TaO 60 Sumbaev 0 6 SOV PHYS JETP 26 891 689189 E 9K 5N TaO 00 86 Chun H 2 Z NATURFORSCH 22A 1401 679324 E 9K 3Q TbF 75

Slivinsky V 2 r n I > Lb 1 6991 10 91 9K 9G Te

Ovrulskaya R 3 PHYS METALMETAL 15 123 639096 E 9K 48 TeMn 50

Slivinsky V 2 PHYS LET 29A 463 699110 E 91 9K 9G Tb

48
a. K-Speotra — Continued

Authors

Journal Vol. Patie Ret. Number Type Pro perties Alloy Corn position

First No. Low High

Fischer D 1 J CHEM PHYS 42 3814 659064 E 9K OO ThO 67

Pearsall A 1 PHYS REV 48 133 359001 E 9S 9K Ti

Farratt L 1 PHYS REV 49 1,32 369001 E 9K 9S Ti

Parratt L 1 PHYS REV 49 502 369002 E 9S 9K Ti

Farratt L PHYS REV 50 1 369003 E 9S 9K Ti Vainshtein E 2 SOV PHYS DOKL 2 207 579038 E 9K Ti 100 Vainshtein E 2 SOV PHYS DOKL 4 1050 ,599037 E 9K Ti 100 Zhurakovs E 2 SOV PHYS DOKL 4 1308 599067 R 9K 9S Ti 100 Vainshtein E 2 SOV PHYS DOKL 4 10.50 609085 E 9G 9K Ti 100 Nemoshkalenk V 1 SOV PHYS DOKL 8 78 6.39120 E 9K 9S 91 48 Ti

Best P 1 BULL AM PHYSSOC 9 388 649103 R 9K 9S 48 Ti Nemnonov S 2 PHYS METALMETAL 22 66 669086 R 9K 9A Ti Nemnonov S 2 PHYS METALMETAL 22 36 669141 E 9A 9K 5D Ti 100 Nemnonov S 2 FIZ METAL METAL 21 476 669228 E 9A 9K Ti Batyrev V 2 BULLACADSCILISSR 31 896 679 1 ,58 E 9G 9F 9K 4L Ti 100 Nemoshkalenk V 2 BULLACADSCIUSSR 31 1005 679178 E 9K 5D 58 Ti 100 Nemnonov S 1 PHYS METALMETAL 24 66 679213 R 9K 9L Ti 100 Nemoshkalenk V 2 SOV PHYS DOKL 12 7.35 689006 E 9F 9K 9L Ti Nemnonov S PHYS METALMETAL 26 43 689236 R 9K 9L Ti 100 Ramqvist L J PHYS CHEM SOL 30 1849 699087 E 9A 9K 30 30 Ti 100 Fischer D TECH REPORT AD 713 100 709312 R 9A 9L Ti 100 9K 9A Ti 100 Fischer D TECH REPORT AD 807 479 669226 E 9K 9S JiAl 25 100 Fischer D 2 ADV XRAY ANALYS 10 374 679041 E 9K 9S 91 6P 4L TiAl 50 Kolobova K 2 PHYS METALMETAL 27 69 699.35

E 9A 9K 9G 91 9S TiM 0 75 Zhurakovs E 2 SOV PHYS DOKL 4 1308 ,599067 R 9K 9S TiB 50 67

Fischer D 2 J APPL PHYS 37 768 669025 E 9K T,B 67

Fischer D 2 ADV XRAY ANALYS 9 329 669030 E 9K 6P TiB 67 Nemnonov S 2 PHYS METALMETAL 22 36 669141 E 9A 9K 30 91 9S TiB 67 HoUiday J 1 RONTGENCHEMBIND 1.39 669203 E 9L 91 4L TiB 67 9K 4L 4A TiB 67

Ehlert R 2 ADV XRAY ANALYS 9 456 669241 E 9K TiB 67

Holliday J 1 ADV XRAY ANALYS 9 365 669246 E 9L 4L TiB 67 9K 4L TiB 67 Nemnonov S PHYS METALMETAL 24 66 679213 R 9K 9L TiB 67

Holliday J NORELCO REPORTR 14 84 679388 E 9L TiB 67 9K TiB 67 Nemnonov S PHYS METALMETAL 25 107 689194 E 9K 9S 5B TiB 67 Ramqvist L J PHYS CHEM SOL 30 1849 699087 E 9A 9K 30 30 TiB 67

Cuthill J 4 NBS TECH NOTE 565 11 710591 E 9K 5D TiB 67

Frantsevi A 3 SOV PHYS DOKL 15 970 7190.50 E 9K 3Q TiB 67 Mc Alister A 4 MUNICH SYMP 739018 E 9K 58 TiB 67 (1) Zhurakovs E 2 SOV PHYS DOKL 4 1308 .599067 R 9K 95 TiBe 50 67 Kolobova K. 2 PHYS METALMETAL 27 69 699351 R 9A 9K Ti Bi 50

Vainshtein E 2 SOV PHYS DOKL 2 207 579038 E 9K 9S TiC 50

Vainshtein E 2 SOV PHYS DOKL 2 251 579039 E 9K TiC 9 24

Vainshtein E 2 SOV PHYS DOKL 4 1050 .599037 E 9K TiC 50 Zhurakovs E 2 SOV PHYS DOKL 4 1.308 .599067 R 9K 9S TiC 50

Vainshtein E 2 SOV PHYS KOKL 48 1050 609085 E 9G 9K 3Q TiC 50

Vainshtein E 2 SOV PHYS DOKL 7 724 629131 E 9K 4L TiC

Vainshtein E 2 SOV PHYS DOKL 7 724 639028 E 9K 9S TiC 50 Nemnonov S 2 PHYS METALMETAL 22 36 669141 E 9A 9K 3Q 91 9S TiC 50 5D TiC

Holliday J 1 RONTGENCHEMBIND 139 669203 E 9L 91 4L TiC 45 50 9K 4L 4A TiC 50

) (1) 710 °C

49
K-Spectra — Continued

Authors

Journal Vol Page Ref. Type Properties Alloy Corn position

First No. Number

Low High

Holliday J 1 ADV XRAY ANALYS 9 365 669246 E 9L9K414L TiC TiC

454549

49 Nemnonov S 1 PHYS METALMETAL 24 66 679213 R 9K 9L TiC 50 Chirkov V 3 SOVPHYS SOLIDST 9 873 679243 E 9A 9K 4L TiC 50 (1) Holliday J 1 J APPL PHYS 38 4720 679258 E 9K TiC 0 50

Holliday J 1 NORELCO REPORTR 14 84 679388 E 9K TiC 50 Zhurakovs E 1 SOV PHYS DOKL 13 578 689166 E 9K TiC 35 56

Holliday J 1 SXS BANDSPECTRA 101 689329 E 9L9K5D TiC TiC5050 Ramqvist L 5 J PHYS CHEM SOL 30 1849 699087 E 9A 9K 30 3Q TiC

Zhurakovs E 1 SOV PHYS DOKL 14 168 699149 E 9K 58 TiC 50

Fischer D 1 J APPL PHYS 41 3922 709186 R 9K

9L

589A 58 TiC

TiC

50

50

Holliday J 1 ADV XRAY ANALYS 13 136 709349 R 9K 4L TiC 0 66 Ramqvist L 5 J PHYS CHEM SOL 32 149 719000 R 9K 9L 58 TiC 50

Vainshtein E 2 SOV PHYS DOKL 7 724 639028 E 9K 9S TiC N

TiC N

TiC N

11 292139

50

Kallne E 2 MUNICH SYMP 739011 E 9K TiCo Nemnonov S 2 PHYS METALMETAL 23 66 679055 E 9A 9K 5D TiFe 0 67 Kolobova K 2 PHYS METALMETAL 25 77 689369 E 9K 9C 9S TiFe 50

Kallne E 2 MUNICH SYMP 739011 E 9K TiFe

Vainshtein E 2 SOV PHYS DOKL 2 207 579038 E 9K 9S TiH 50

Vainshtein E 2 SOV PHYS DOKL 4 1050 599037 E 9K TiH 01 003 Zhurakovs E 2 SOV PHYS DOKL 4 1308 599067 R 9K 95 TiH 50 Vainshtein E 2 SOV PHYS DOKL 4 1050 609085 E 9G 9K 30 95 TiH 33 58 Nemnonov S PHYS METALMETAL 22 36 669141 E 9A 9K ^o 91 9S TiH 64

Vainshtein E 2 SOV PHYS DOKL 2 207 579038 E 9K 9S TiN 50 Vainshtein E 2 SOV PHYS DOKL 4 1050 599037 E 9K TiN 50 Zhurakovs E 2 SOV PHYS DOKL 4 1308 599067 R 9K 9S TiN 50

Vainshtein E SOV PHYS DOKL 4 1050 609085 E 9G 9K ^o TiN 50

Vainshtein E 2 SOV PHYS DOKL 7 724 629131 E 9K 4L TiN

Vainshtein E 2 SOV PHYS DOKL 7 724 639028 E 9K 9S TiN 50

Fischer D 2 J CHEM PHYS 43 2075 659092 E 9K 4A TiN 50

Fischer D 2 ADV XRAY ANALYS 9 329 669030 E 9K 6P TiN 50 Nemnonov S 2 PHYS METALMETAL 22 36 669141 E 9A5D

9K ^O 91 9S TiN

TiN

50

Holliday J 1 ADV XRAY ANALYS 9 365 669246 E 9K 4L TiN 50 Nemnonov S 1 PHYS METALMETAL 24 66 679213 R 9K 9L TiN 50

Brytov I

• 3 SOVPHYS SOLIDST 10 621 689041 E 9K

9L

9191 95

9S TiN

TiN

50

50 Nemnonov S 1 PHYS METALMETAL 25 107 689194 E 9K 9S 5B TiN 50 Ramqvist L 5 J PHYS CHEM SOL 30 1849 699087 E 9A 9K 30 30 TiN 50 Zhurakovs E 2 SOV PHYS DOKL 14 710 709183 E 9K 4L TiN 50

Fischer D 1 J APPL PHYS 41 3922 709186 R 9K

9L

58

58 TiN TiN

5050 Ramqvist L J PHYS CHEM SOL 32 149 719000 R 9K 9L iij 5B TiN 50

Kallne E 2 MUNICH SYMP 739011 E 9K TiNi

Vainshtein E 2 SOV PHYS DOKL 2 207 579038 E 9K 9S TiO 67 Zhurakovs E 2 SOV PHYS DOKL 4 1308 599067 R 9K 95 TiO 67

Vainshtein E 2 SOV PHYS DOKL 9 697 649143 E 9K 91 TiO 46 54

Fischer D J CHEM PHYS 42 3814 659064 E 9K OO TiO 67 Nemnonov S PHYS METALMETAL 22 36 669141 E 9A 9K 30 91 9S TiO 50 Batyrev V 2 BULLACADSCIUSSR 31 896 679158 E 9K 4L TiO 50 67 Nemnonov S 1 PHYS METALMETAL 24 66 679213 ' R 9K 9L TiO 50 Chirkov V 3 SOVPHYS SOLIDST 9 873 679243 E 9A 9K 4L TiO 50 75 (1)

(1) Did not exceed 100 °C

50
K-Speclra — Continued

Authors

Journal Vol. Page

Ref. Number Type Properties Alloy Composition

First No. Low High

HoUiday J 1 NORELCO REPORTR 14 84 679388 R 9L TiO 20 66 9K TiO 20 66 Kolobova K 3 SOVPHYS SOLIDST 10 571 689040 R 9A 9K TiO

Brytov I 3 SOVPHYS SOLIDST 10 621 689041 E 9K 91 9S 3Q TiO 48 54 9L 91 9S 3Q TiO 48 54 Nemnonov S 4 PHYS METALMETAL 25 107 689194 E 9K 9S 58 TiO 50 Ramqvist L 5 J PHYS CHEM SOL 30 1849 699087 E 9A 9K 30 30 TiO 50 Menshikov A 3 PHYS STAT SOLID 35 89 699182 E 9K 5X 5B TiO 50 9L TiO 50 Krause H 3 TECH REPORT AD 699 544 709013 E 9K 4L TiO 45 9K 4L TiO 50 9K 4L TiO 60 9K 4L TiO 67 Krause H 3 JELECTROCHEMSOC 117 557 709042 E 9K 9E TiO

Fischer D 1 J APPL PHYS 41 3922 709186 R 9K 5B TiO 50 9L 9A 5B TiO 50 Kolobova K 2 PHYS METALMETAL 27 69 699351 R 9A 9K TiP 50 Nemnonov S 2 PHYS METALMETAL 22 66 669086 E 9A 9K 6P 6F TiSc 75 Zhurakovs E 2 SOV PHYS DOKL 4 1308 599067 R 9K 9S TiSi 50 67 Kolobova K 2 PHYS METALMETAL 26 57 689368 E 9K 9S 91 9S 9G Ti Si 50 67 Nemnonov S 2 PHYS METALMETAL 22 66 669086 E 9A 9K 6P 6F TiV 50 80

Vainshlein E 2 SOV PHYS DOKL 2 207 579038 E 9K 9S TiW C 51 TiW C 24 TiW C 25 Shuvaev A 2 BULLACADSCIUSSR 28 838 649149 T 9K 4L 5W TiX

Rogosa G 2 PHYS REV 92 1434 539011 E 9K 9L U

Slivinsky V 2 PHYS LET 29A 463 699110 E 91 9K 9G U

Pearsall A 1 PHYS REV 48 1.33 359001 E 9S 9K V

Parratt L 1 PHYS REV 49 502 369002 E 9S 9K V

Parratt L 1 PHYS REV 50 1 369003 E 9S 9K V

Zhurakovs E 2 SOV PHYS DOKL 4 1308 599067 R 9K 9S V 100 Nemoshkalenk V 1 SOV PHYS DOKL 8 78 639120 E 9K 9S 91 4B V

Best P 1 BULL AM PHYSSOC 9 388 649103 R 9K 9S 4B V

Nagornyi V 2 SOV PHYS DOKL 11 161 669001 E 9K 91 9S V 100 NemnolSov S 2 PHYS METALMETAL 22 66 669086 R 9K 9A V

Dzeganovskii V 2 SOV PHYS DOKL U 349 669144 E 9K 9G 3Q 4L V

Nemnonov S 2 FIZ METAL METAL 21 211 669151 R 9K 5D 9A V 100 Nemoshkalenk V 2 RONTGENCHEMBIND 230 669213 E 9K 91 V 100 Nemoshkaknk V 2 BULLACADSCIUSSR 31 1005 679178 E 9K 5D 5B V 100 Nemoshkalenk V 2 SOV PHYS DOKL 12 735 689006 E 9F 9K 9L V

Nemnonov S 2 PHYS METALMETAL 26 43 689236 R 9K 9L V 100 Nemnonov S 2 PHYS METALMETAL 25 179 689,366 R 9A 9K V 100 Nemoshkalenk V 2 UKRAIN PHYS J 13 847 699108 E 9K 9G V 100 Ramqvist L 5 J PHYS CHEM SOL 32 149 719000 E 9K V 100 Nemnonov S 4 PHYS STAT SOLID 46 77 719169 E 9K V 100 Dzeganovskii V 2 SOV PHYS DOKL 11 349 669144 E 9K 9G 3Q 4L VB 50 67

Holliday J 1 NORELCO REPORTR 14 84 679388 R 9K V B 67

Cuthill J 4 NBS TECH NOTE 565 11 710591 E 9K 5D V B 67

Frantsevi A 3 SOV PHYS DOKL 15 970 719050 E 9K 3Q V B 67 Mc Alister A 4 MUNICH SYMP 7,39018 E 9K 5B V B 67 (1) Dzeganovskii V 2 SOV PHYS DOKL 11 349 669144 E 9K 9G 30 4L vc 16 19 Kurmaev E 4 BULLACADSCIUSSR 31 1011 679179 E 9A 9K 5B 30 vc 41 47

Holliday J 1 J APPL PHYS 38 4720 679258 E 9K V c 00 50 Nemnonov S 4 PHYS METALMETAL 25 107 689194 E 9K 9S 5B vc 40 46

Holliday J 1 SXS BANDSPECTRA 101 689329 E 9K V c 00 50

(1) 760 "C

51
K-Spectra — Continued

Authors

Journal Vol. Ref. Number Type Pro parties Alloy Compi>sition

First No. I ow High

/.nurakovs l 1 SOV PHYS DOKL 14 168 699149 E 9K 5B V c 50 Zhurakovs E 3 INORGANIC MATES 6 183 709306 E 9L 4A IH IB IT vc 27 48 9K 4L V c 27 48 9K 4L vc 29 47

nolliday J 1 'adv XRAY ANALYS 13 136 709349 R 9K 4L vc 0 50 Ramqvist L 5 J PHYS CHEM SOL 32 149 719000 E 9K 4L 9V 5V 30 V c 47 9L 4L 9V 5V 30 V c 42 V c 42 47 Zhurakovs E 8 SOV PHYS DOKL LS 877 719021 E 9L 4A IH 4L vc

9K 4L V c 28 47 9K 9A vc 28 47 Kurmaev E 4 BULLACADSCIUSSR 31 1011 679179 E 9A 9K 58 30 vc 0 23 33 vc o 24 26 vc o 41 53 Nemoshkalenk V 2 LIKRAIN PHYS J 13 847 699108 E 9K 9G 3Q V Co 43 Nemnonov S 4 PHYS STAT SOLID 46 77 719169 E 9K VCo 25 Nemnonov S 6 BAND STRll SPECT 237 739006 E 9K VCo 25 Nemnonov S 2 PHYS METALMETAL 22 66 669086 E 9A 9K 6P 6F V Cr 40 93 Nagornyi V 2 SOV PHYS DOKL 11 161 669001 E 9K 91 9S VFe 20 50 Nemoshkalenk V 2 RONTGENCHEMBIND 2.30 669213 E 9K 91 4L VFe 22 57 9K 91 4L V Fe 52 99 Kolobova K 2 PHYS METALMETAL 25 77 689369 E 9K 9G 9S V Fe 50 Nemnonov S 6 BAND STRl! SPECT 237 739006 E 9K VFe 30 Nemnonov S 3 PHYS STAT SOLID 39 39 709195 E 9K 5B 7T VCa 25 9K 5B 7T VCe 25 Nemnonov S 4 PHYS STAT SOLID 46 77 719169 E 9K V Ir 25 Nemnonov S 6 BAND STRll SPECT 237 739006 E 9K V Ir 25 Nemnonov S 2 PHYS METALMETAL 23 179 689366 E 9A 9K 9C V Mn 50

V 2 UKRAIN PHYS J 13 847 699108 E 9K 9G 30 V Mn 81 Dzeganovskii V 2 SOV PHYS DOKL 11 349 669144 E 9K 9C 3Q 41. V N 50 Nemnonov S 4 PHYS METALMETAL 25 107 689194 E 9K 9S 5B V N 50

Brytov I 3 PHYS METALMETAL 26 178 689363 E 9K 9S 5B V N 50 Zhurakovs E 2 SOV PHYS DOKL 14 710 709183 E 9K 4L 30 V N

Nemnonov S 4 PHYS STAT SOLID 46 77 719169 E 9K VNi 90 Nemnonov S 6 BAND STRU SPECT 237 739006 E 9K V Ni 90

Fischer D 1 J CHEM PHYS 42 3814 659064 E 9K 41, 5B 91 OO V 0 29 9K OO V O 60 Dzeganovskii V 2 SOV PHYS DOKL 1

1

349 669144 E 9K 9G 30 4L vo 60 7

1

Kurmaev E 4 BULLACADSCIUSSR 31 1011 679179 E 9A 9K 5B 30 vo 46 55 Nemnonov S 4 PHYS METALMETAL 25 107 689194 E 9K 9S 5B vo 45 55

Fischer D 1 J APPL PHYS 40 4151 699173 E 9K 9R V 0 60 V o 60 67 Menshikov A 3 PHYS STAT SOLID 35 89 699182 E 9K 5X 5B V 0 50 9L vo 50 Nemnonov S 6 BAND STRU SPECT 237 739006 E 9K VOs 25 Nemnonov S 4 PHYS STAT SOLID 46 77 719169 E 9K VPd 25 Nemnonov S 6 BAND STRU SPECT 237 739006 E 9K V Pd 25 Nemnonov S 4 PHYS STAT SOLID 46 77 719169 E 9K V Pi 25 Nemnonov S 6 BAND STRU SPECT 237 739006 E 9K V Pt 25 Nemnonov S 4 PHYS STAT SOLID 46 77 719169 E 9K V Rh 25 Nemnonov S 6 BAND STRU SPECT 237 739006 E 9K V Rh 25 9K V Ru 25 Nemnonov S 2 PHYS STAT SOLID 24K 43 679383 E 9K VSi 25 Nemnonov S 3 PHYS STAT SOLID 39 39 709195 E 9K 5B 7T VSi 25 Kurmaev E 2 PHYS STAT SOLID 43 K 49 719056 R 9K 9L 5D VSi 25

52
a. K-Spectra — Continued

Authors

Journal Vol. Page

Ref. Number Type Properties Alloy Composition

First No. Low High Nemnonov S 2 PHYS METALMETAL 22 66 669086 E 9A 9K 6P 6F V Ti 50 80

Kliever W 1 PHYS REV 56 387 399003 E 9K W

Barrere G 1 COMPT REND 233 376 519001 E 9K 9L W

Hanson H 2 PHYS REV 105 1483 579048 E 9E 9K W

Slivinsky V 2 PHYS LET 29A 463 699110 E 91 9K 9G W

Fischer D 2 ADV XRAY ANALYS 9 329 669030 E 9K 6P W B 71 Vainshtein E 2 SOV PHYS DOKL 2 207 579038 E 9K 98 W C Ti 51 W C Ti 24 W C Ti 25 Sumbaev 0 5 SOV PHYS JETP 23 572 669093 E 9K 5N WO 00 75 Sumbaev 0 6 SOV PHYS JETP 26 891 689189 E 9K 5N WO 00 75 Wiech G 2 BAND STRLl SPECT 173 739007 E 9K 9L W Si 67

Sato M 1 SCI REP TOHOKUU 30 267 419000 T 9A 9K 98 X

Curie D 1 J PHYS RADIUM 13 505 529007 E 9K 4A 4C X

Kakuschadse T 1 ANN PHYSIK 3 352 599019 T 9K 95 5D X

Blokhin M 2 BULLACADSCILlSSR 24 410 609057 T 9K 9L 9M 9T X

Kakushadze T 1 ANN PHYSIK 8 353 619044 T 9S 9K 9L 9M 58 X

Mizuno Y 2 J PHYS SOC JAP 25 627 689233 T 9A 9K 9L X

Sumbaev 0 ^ PHYS LET 30A 129 699165 E 9K 4L X

Stankevic Y 1 SOV PHYS DOKL 15 356 709212 T 9E 9K X

HoUiday J ' TECH METALS RES 3 325 709345 R 9K 9L 9M 01 X

Fabian D 1 CRREV SOLST SCI 2 255 719070 R 9K 9L 9M X

Fischer D 2 J APPL PHYS 38 2404 679122 E 9K 9S 91 4L 58 X Al

Gigl P 3 JELECTROCHEMSOC 117 15 709041 E 9K 4L OO XAl

Maruno S 2 JAP J APPL PHYS 9 1428 709234 E 9K 4A OO X AI

Ehlert R 2 ADV XRAY ANALYS 9 456 669241 E 9K OO X Be

Menshikov A 2 BULLACADSCILlSSR 27 402 639116 E 9K 9S 30 OO X Cr

Shuvaev A 2 BULLACADSCIUSSR 27 331 639117 E 9E 9K 98 4L 4A X Cr

Menshikov A 2 PHYS METALMETAL 19 52 659088 E 9A 9K 9G OO X Cr

Kirichok P 2 UKRAIN PHYS J 13 66 689063 E 9K 9S OO 4L X Fe

Vainshtein E 3 SOVPHYS SOLIDST 7 1707 669227 E 9K 9G 98 4L OO X MgX

Kirichok P 2 UKRAIN PHYS J 13 66 689063 E 9K 9S OO 4L X Mn

Fischer D APPL SPECTRY 25 263 719069 E 9K OO X OX

Wiech G X RAY CONF KIEV 2 25 699287 R 9K X P

Shuvaev A BULLACADSCIUSSR 24 434 609087 T 4L 9E 9K 5N X T

Shuvaev A BULLACADSCIUSSR 28 838 649149 T 9K 4L 5W X Ti Shuvaev A BULLACADSCIUSSR 25 996 619101 E 9K 91 OO X X

Thompson B DVP APPL SPCTRY 4 23 649156 R 9K 9L 9M XX

9K 9L 9M XX

Lyapin V SOVPHYS SOLIDST 10 1879 699019 T 9K 9L 4B 58 XX

9K 9L 4B 5B XX

Nemnonov S PHYS METALMETAL 27 51 699115 R 9K 9S 30 OO X X

9K 98 30 OO XX

Stott M J PHYS 2C 1474 699140 T 9K 5R 5N XX

9K 5R 5N XX

Vainshtein E SOVPHYS SOLIDST 7 1707 669227 E 9K 9G 98 4L OO XX Mg

Fischer D APPL SPECTRY 25 263 719069 E 9K OO XX o

Shaw C PHYS REV 50 1006 369006 E 9S 9K Y

Gokhale B COMPT REND 233 937 519008 E 9K 4A Y

Slivinsky V PHYS LET 29A 463 699110 E 91 9K 9G Y

Gokhale B ANN PHYSIQUE 7 852 529013 E 9K 4A 6L 5B YO 60 Chun H Z NATURFORSCH 22A 1401 679324 E 9K 30 Y O 60 Sumbaev 0 SOV PHYS JETP 26 891 689189 E 9K 5N YO 00 60

Slivinsky V PHYS LET 29A 463 699110 E 91 9K 9G Yb

Chun H Z NATURFORSCH 22A 1401 679324 E 9K 3Q YbO 60

Parratt L PHYS REV 50 1 369003 E 9S 9K Zn

53
K-Specira — Continued

Authors

Journal Vol. Page Ref. Number Type Properties Alloy Composition

irst No ow II- High

Shaw C 2 PHYS REV 50 1006 369006 E Zn

Bearden J 2 PHYS REV 58 387 409001 E OA 5D Zn

Sato M 1 SCI REP TOHOKUU 30 267 419000 T 9M Zn

Edamoto I 1 SCI REP TOHOKUU 2A 561 509005 E Zn

Groveri L 2 BULLACADROYBELG 37 630 519009 E Zn

Sawada M 4 J PHYS SOC JAP 10 647 559022 E Zn

Shuvaev A 1 BULLACADSCIUSSR 24 434 609087 T Zn 100 Nemoshkalenk V 3 PHYS STAT SOLID 30 703 689298 E T Zn 100 Nemoshkalenk V 2 PHYS STAT SOLID 25K 83 689372 E 90 Zn

;5iivinsKy V PHYS LET 29A 463 699110 E QI 9G Zn

Bearden J 2 PHYS REV 58 387 409001 E 9K 5B 5D 4L ZnCu 21 95

Sato M SCI REP TOHOKUU 30 267 419000 T 9K Zn Cu

Friedel J PHIL MAG 43 153 520032 R 9K 5N 6P Zn Cu

Neddermey H MUNICH SYMP 739015 E ZnMg 33 90

QI ZnMg 33 90 Bearden J PHYS REV 58 396 409000 E 9K 9S ZnNi 70 83

Fischer D J CHEM PHYS 42 3814 659064 E ZnO 50 ^ nun n Z NATURFORSCH 22A 1401 679324 E 9K 3Q ZnO 50 Miyake S J PHYS SOC JAP 22 670 679099 E 9K 91 ZnS 50 JAP J APPL PHYS 10 1120 719186 E 9A ZnS 50 Sh^'" C

^ PHYS REV 50 1006 369006 E Zr

ooKnaic D COMPT REND 233 937 519008 E 9K Zi

Slivinsky V PHYS LET 29A 463 699110 E

^k- 9K Zr

Fischer D TECH REPORT AD 807 479 669226 E 9S ZiAl 25 100 Fischer D ADV XRAY ANALYS 10 374 679041 E 9S 91 ZtAI 25 75 Fischer D 2 ADV XRAY ANALYS 9 329 669030 E 9K ZrB 67

Holliday J RONTGENCHEMBIND 139 669203 E 9K 4L ZtB 67

Holliday J 1 ADV XRAY ANALYS 9 365 669246 E 9K 4L ZrB 67 Hayasi T 2 SCI REP TOHOKUU 50 228 679151 E 9K 01 ZtB 67

01 ZrB 67

Holliday J 1 NORELCO REPOTITR 14 84 679388 R 9K ZtB 67 Hayasi Y 1 SCI REP TOHOKUU 51 43 689367 E 9K 9S 6P ZtB 33 %

ZrB 33

Frantsevi A 3 SOV PHYS DOKL 15 970 719050 E 3Q ZtB 67

Holliday J 1 RONTGENCHEMBIND 139 669203 E ZtC 50

Holliday J 1 ADV XRAY ANALYS 9 365 669246 E 9K 4L ZtC 50 9M ZrC 50

Holliday J NORELCO REPORTR 14 84 679388 E 9K ZrC 50

Holliday J 1 SXS BANDSPECTRA 101 689329 E 9K ZrC 50 Zhurakovs E 1 SOV PHYS DOKL 14 168 699149 E 9K 5B ZrC 50

Holliday J 1 RONTGENCHEMBIND 139 669203 E 9K 4L 4A ZtN 50

Holliday J 1 ADV XRAY ANALYS 9 365 669246 E 9K 4L ZtN 50 Zhurakovs E 2 SOV PHYS DOKL 14 710 709183 E 9K 4L 30 ZtN 50 Gokhale B 1 ANN PHYSIQUE 7 852 529013 E 9K 4A 6L 5B ZrO 67

Fischer D 1 J CHEM PHYS 42 3814 659064 E 9K 4L 5B 91 OO ZxO 33 9K OO ZrO 67 Sumbaev 0 6 SOV PHYS JETP 26 891 689189 E 9K 5N ZrO 00 67

54
b. L-Spectra

Authors

Journal Vol. Page

Ref. Number Type Properties Alloy Composition

First No. Low High

Norris P 3 BAND STRU SPECT 229 739009 E 9L AfgT

HirshF 2 PHYS REV 44 955 339000 E 9G 9S 9L Ag

Parratt L 1 PHYS REV 50 598 369004 E 9S 9L 9M 91 4A Ag

Burbank C 1 PHYS REV 56 142 39900

E 9S 9L Aa

Richtmyer R PHYS REV 56 146 399005 T 9L 9S RandaU C PHYS REV 57 786 409004 E 9S 9L

Cauchois Y COMPT REND 235 613 529005 E 9L Aa

Noreland E ARKIV FYSIK 26 341 649107 E 9E 9L 5B 5D OD Aa

Noreland E 2 ARKIV FYSIK 26 161 649110 E 9L 9R 9S OD 5B Ag

Nemoshkalenk V 2 RONTGENCHEMBIND 224 669212 E 9L 91 Aa 100 Nemoshkalenk V 2 SOVPHYS SOLIDST 9 268 679111 E 9L 9C 91 5D Aa

Nemoshkalenk V 2 PHYS LET 30A 44 699153 E 9L 4A 5B 5D All "B

Marshall C 5 PHYS LET 28A 579 699002 E 9L 5B AgAJ 0 20 Fabian D 5 X RAY CONE KIEV 1 26 699280 E 9L 8U AgAJ 0 10 Curry C 2 PHIL MAG 21 659 709016 E 9L 5B 5D 6T 5N AgA/ 63

Fabian D 3 NBS IMR SYMP 3 709114 E 9L AgA/ 0 20 Kapoor Q 3 BAND STRU SPECT 215 739008 E 9L AgAJ

Curry C 2 PHIL MAG 21 659 709016 E 9L 5B 5D 6T 5N K%Mg 25

Norris P 3 BAND STRU SPECT 229 739009 E 9L AgMg

Hedman J 9 PHYS SCRIPTA 4 195 719188 E 9L AgPd 12 9L AgPd 71 9L AgP«f 88

Jones H 3 PHYS REV 45 379 349000 T 9L Al

Skinner H 1 PHILTRANSROYSOC 239A 95 409005 E 9L Al

Cady W 2 PHYS REV 59 381 419001 E 9L Al

Das Gupta K 1 PHYS REV 80 281 509003 E 9L Al

Shinoda G 3 J PHYS SOC JAP 7 644 529023 E 9L Al

Shinoda G 3 TECHREPT OSAKAU 4 1 549018 E 9L 01 Al

Das Gupta K 3 J SCI INDUS RES 14B 129 559005 E 9K 9L Al

Sen A 1 INDIAN J PHYS 30 415 569025 E 9L 9K 5B Al

Shinoda G 3 J PHYS SOC JAP 1

657 569027 E 9L Al

Hayashi T 2 SCI REP TOHOKUU 44 126 609077 E 9A 9L Al 100 Sagawa T 1 SCI REP TOHOKUU 44 115 609078 E 9L Al

Crisp R 1 THESIS U W AUST 1 619046 E 9L 01 Al 100

Lukirskii A 1 BULLACADSCIUSSR 25 926 619055 E 9E 9L Al 100 Rooke G 1 PHYS LET 3 234 639085 E 98 9L Al 100

Catterall J 2 PHIL MAG 8 897 639087 E 9L OL Al (1) Brouers F 1 PHYS LET ] J 297 649 112 T 9L 60 9S 91 Al

Appleton A 2 PHIL MAG 12 245 659066 E 9L Al 100 Wiech G 1 Z PHYSIK 193 490 669167 E 9L OS 4L Al Wiech G 1 RONTGENCHEMBIND 343 669225 E 9L Al 100 Dimond R 1 PHIL MAG 15 631 679063 E 9R 9A 9L Al

Fomichev V 1 SOVPHYS SOLIDST 8 2312 679102 E 9A 9L 60 5D 9R Al

Brouers F 1 PHYc; rnio QTAT o^L^iLi <int in 22 213 679124 T 9L 60 9S 91 Al

Hayasi T 2 SCI REP TOHOKUU 50 228 679151 E 9L 01 Al

Appleton A 2 PHIL MAG 16 1031 679278 E 9L Al

Ellwood E 3 METALS MATES ] 333 679379 R 9L Al 100 Rooke G J PHYS IC 767 689153 T 9L 9K 5D 9T Al

Rooke G IC 689 1 54 E 9L 9S 5P Al

Rooke G 3 689322 E 9L 9S 9T 5B 6T Al Sagawa T SXS BANDSPECTRA 29 689323 E 9A 5B 5D 9L Al Wiech G SXS BANDSPECTRA 59 689325 E 9L 5D 5B Al 9K 5D 5B Al

CuthiU J 4 SXS BANDSPECTRA 151 689331 R 9L 9S Al 100

(1) 800 °C to 850 °C 55
k. L- Spectra — CMttinued

Authors

Journal Vol. Page Ref. Number Type Properties Alloy Composition

First No. Low

Nemoshkalenk V 4" UKRAIN PHYS J 13 837 699109 R 9K 9L Al 100 Nemnonov S 2 PHYS METALMETAL 28 68 699218 R 9K 50 Al 9L 5D Al Hoffmann L 3 Z PHYSIK 229 131 699264 E 9L 91 9R OS 7D Al

Hayasi T 2 X RAY CONF KIEV 1 307 699286 E 9E 9L 6P Al Watson L 4 X RAY CONF KIEV 2 56 699289 R 9L OD Al Neddermey H 2 PHYS LET 31A 17 709000 E 9L 9S 9R Al 100 Kobayasi T 2 J PHYS SOC JAP 28 457 709055 T 6T 9E 9L 9T 9R Al 4A Al Nemnonov S 3 PHYS METALMETAL 30 211 709351 E 9K 9L Al 100 9K 9L Al 100 Nemnonov S 4 PHYS STAT SOLID 43 319 719055 E 9L Al 100 Smrcka L 1 CZECH J PHYS 21B 683 719187 T 9K 9L 5D Al 100 Sagawa T 1 J PHYSIQUE 32S 186 719204 E 9L 9S Al 100 Watson L 3 J PHYSIQUE 32S 325 719208 E 9L Al 100 Watson L 3 MUNICH SYMP 739014 E 9L Al

Marshall C 5 PHYS LET 28A 579 699002 E 9L 5B AlAg 0 20 Fabian D 5 X RAY CONF KIEV 1 26 699280 E 9L 8U AlAg 0 10 Curry C 2 PHIL MAG 21 659 709016 E 9L 5B 5D 6T 5N AlAg 63 Fabian D 3 NBS IMR SYMP 3 709114 E 9L AlAs 0 20 Kapoor Q 3 BAND STRU SPECT 215 739008 E 9L AlAg

Curry C 2 PHIL MAG 21 659 709016 E 9L 5B 5D 6T 5N AlAu 50 67 Williams M 4 NBS IMR SYMP 3 709081 E 9L 6T AlAu 67 (1) Kapoor Q 3 BAND STRU SPECT 215 739008 E 9L AlAu

Wiech G 2 BAND STRU SPECT 173 739007 E 9K 9L AlCa 67 9K 9L AlCe 67 Curry C 2 PHIL MAG 21 659 709016 E 9L 5B 5D 6T 5N AlCo 71 Kapoor 0 3 BAND STRU SPECT 215 739008 E 9L AlCo

Watson L 3 MUNICH SYMP 739014 E 9L AlCo 50 Curry C 2 PHIL MAG 21 659 709016 E 9L 5B 5D 6T 5N AlCr 70 Watson L 3 MUNICH SYMP 739014 E 9L AlCr 36 Farineau J 1 J PHYS RADIUM 10 327 399007 E 9L Al Cu 00 96 Shinoda G 1 X SEN 8 55 559023 E 9L 9M Al Cu 66 Lurasson A 1 COMPT REND 245 1794 579024 E 9L 9S 4L 5B AlCu 2 96 Lucasson A 1 ANN PHYSIQUE 5 509 609031 E 9A 9L Al Cu 00 98 Appleton A 1 CONTEMP PHYS 6 50 649132 R 5D 9L AlCu 19 100 Fischer D 2 TECH REPORT AD 807 479 669226 E 9L A\Cu 00 80 Baun W 2 J APPL PHYS 38 2092 679108 E 9S 91 9L 5B 4L AlCu 0 80 Curry C 1 SXS BANDSPECTRA 173 689333 E 9L 5D i4iCu 67 Curry C 2 PHIL MAG 21 659 709016 E 9L 5B 5D 6T 5N A7Cu 50 67 Fabian D 3 NBS IMR SYMP 3 709114 E 9L A7Cu 80 Nemnonov S 4 PHYS STAT SOLID 43 319 719055 E 9L AlCu 33 67 Watson L 1 BAND STRU SPECT 125 739003 R 9L 9S 5D AlCu 50 Kapoor Q 3 BAND STRU SPECT 215 739008 E 9L AlCu

Watson L 3 MUNICH SYMP 7.39014 E 9L AlCu 20 90 Wiech G 2 BAND STRU SPECT 173 739007 E 9K 9L AlDy 67 9K 9L AIEt 67 Das Gupta K , PHYS REV 80 281 509003 E 9L A\Fe 25 Das Gupta K TECH REPORT AD 412 791 639088 E 9L 5B AlFe 0 100 Fischer D 2 TECH REPORT AD 807 479 669226 E 9L Alfe 00 95 Appleton A 2 PHIL MAG 16 1031 679278 E 9M AlFe 18 28 9L AJFe

Curry C SXS BANDSPECTRA 173 689333 E 9L 5D A7Fe 18 28 Nemoshkalenk V 2 UKRAIN PHYS J 13 1022 699240 R 8C 9E 9L AlFe 25 72 Curry C 2 PHIL MAG 21 659 709016 E 9L 58 5D 6T 5N AlYe 71

(I) 500 °C

56
b. L- Spectra — Continued

Authors

Journal VoL Page Ref. Number Type Properties Alloy Composition

First No. Low High

Kapoor Q 3 BAND STRLl SPECT 215 739008 E AiFe

Watson L 3 MUNICH SYMP 739014 E 9L A7Fe 25 75 Wiech G 2 BAND STRU SPECT 173 7.39007 E 9L A7Gd 67 Ai La 67

Crisp R 1 THESIS LI W AUST 1 619046 E Ai Li ^ AILj Das Gupta K 2 PHIL MAG 46 77 559006 E AlMg 5 100 Gale B 2 PHIL MAG 1 759 569016 E AlMg

Appleton A 1 CONTEMP PHYS 6 50 649132 R 5D 91, AlMg 04 100 5D 9L AlMg 00 88 Appleton A 2 PHIL MAG 12 245 6,59066 E 9L AlMg 42 58 Dimond R 1 PHIL MAG 15 631 679063 E 9R 9A AlMg 43 60 Curry C 1 SXSBANDSPECTRA 173 689333 R 5D AlMg 41 100 Jacobs R 1 PHYS LET 30A 523 699213 T 9L 5D 6T AlMg 50 Neddermey H 1 THESIS MUNCHEN 699355 E 9L Ol AlMg 0 100 Neddermey H 1 NBS IMR SYMP 3 709115 E AlMg 0 100 Neddermey H 1 PHYS LET 38A 329 729045 E 9K 9L AlMg 40 60 Neddermey H 1 BAND STRU SPECT 153 739002 E

^i^ 9L AlMg 05 60

Curry C 1 SXS BANDSPECTRA 173 689333 E AlMn 75 Curry C 2 PHIL MAG 21 659 709016 E 9L 5B 5D 6T 5N AlMn 75 Watson L 3 MUNICH SYMP 7.39014 E 9L AlMn 86 Fomichev V 1 SOVPHYS SOLIDST 10 597 689224 E T A7N 50 6G 5D 6T A\N 50 Hayasi T 2 X RAY CONF KIEV 1 307 699286 E 9E 9L 3Q AIN 50 Wiech G 2 J PHYSIQUE 32S 201 719206 E 9R 9L A7N 50 Watson L 3 J PHYSIQUE 32S 325 719208 E 9L A/Nb 25 75 Watson L 1 BAND STRU SPECT 125 739003 R 9S AiNb 25 75 Kapoor Q 3 BAND STRU SPECT 215 739008 E 9L A/Nb

Wiech G 2 BAND STRU SPECT 173 739007 E 9K 9L A7Nd 67 Farineau J 1 J PHYS RADIUM 10 327 399007 E 9K AiNi 18 100 9L AIM 00 89

Fischer D 2 PHYS REV 145 555 669148 E ^[^ 9S AIM 0 90

Fischer D 2 TECH REPORT AD 807 479 669226 E 9L AIM 00 90

Cuthill J 3 J APPL PHYS 39 2204 689098 E AVNi 0 100 AIM- 0 100 CuthiU J

'1 SXS BANDSPECTRA 151 689.331 R 9M 5D AIM 0 100 9L 5D A7Ni 0 100 Curry C 2 PHIL MAG 21 659 709016 E 9L 5B 5D 6T 5N AVNi 50 Watson L 3 MUNICH SYMP 7.39014 E 9L A7Ni 48 Das Gupta K 1 PHYS REV 80 281 509003 E 9L A70

Wiech G 1 Z PHYSIK 193 490 669167 E 9L OS 41. AlO 40 Fomichev V 1 SOVPHYS SOLIDST 8 2312 679102 E 9A 9K 4L 5D AlO 40 Rumsh M 4 VESTNIKLEN UNIV 16 49 689371 E 9K 9A AlO 40 9L 9A AlO 40 Nemoshkalenk V 4 UKRAIN PHYS J 13 837 699109 R 9K 9L AlO 40 Chun H Z NATURFORSCH 24A 930 699133 R 9K 9L AlO 40

Hayasi T 2 X RAY CONF KIEV 1 307 699286 E 9E 9L 3Q AlO 40 Wiech G 1 Z PHYSIK 216 472 689248 E 9L 9K 5B MP 50 Nemnonov S 4 PHYS STAT SOLID 43 319 719055 E 9L AI Pd 75 Watson L 3 J PHYSIQUE 32S 325 719208 E 9L AJPd 50 75 Watson L 1 BAND STRU SPECT 125 739003 R 9L 9S 5D AiPd 50 Kapoor Q 3 BAND STRU SPECT 215 739008 E 9L Ai Pd

Wiech G 2 BAND STRU SPECT 173 739007 E 9K 9L A7Pr 67 Wiech G 2 J PHYSIQUE 32S 201 719206 E 9R 9L A7Sb 50 Das Gupta K 2 PHIL MAG 46 77 559006 E 9L 5B AlSi 5 12

57
b. L- Spectra — Continued

Authors

Journal Vol. Page

Ref. Number Type Properties Composition

First No.

Alloy Low nign

Curry C 2 PHIL MAG 21 659 709016 E 9L 5B 5D 6T 5N AJTi 75 Kapoor Q 3 BAND STRU SPECT 215 739008 E 9L Al\

Watson L 3 MUNICH SYMP 739014 E 9L AJV 10 75 Fabian D 5 X RAY CONF KIEV 1 26 699280 E 9L 8U AlZn 75 100 Fabian D 3 NBS IMR SYMP 3 709114 E 9L AiZn 45 Watson L 3 MUNICH SYMP 7,39014 E 9L AlZn 45 90 Curry C 2 PHIL MAG 21 659 709016 E 9L 5B 5D 6T 5N AIZt 67

Merrill J 2 ANN PHYS 14 166 619057 E 9L 4A 9A Am

Parratt L 1 PHYS REV 50 598 369004 E 9S 9L 9M 91 4A Au

Hirsh F 1 PHYS REV 62 1.37 429001 E 9S 91 9T 9M 9L Au

Salgueiro L 2 PORTUGALIE PHYS 3 117 519015 E 9L 9S Au

Ferreira J 1 COMPT REND 241 1929 559007 E 9L 9S 91 Au

Mande C 1 ANN PHYSIQUE 5 1559 6090,36 E 9L 9S Au 100 9L 9M Au 100 Goldberg M 1 J PHYS RADIUM 22 743 619032 E 9L 91 Au

Curry C 2 PHIL MAG 21 659 709016 E 9L 5B 5D 6T 5N AuAl 50 67 Williams M 4 NBS IMR SYMP 3 709081 E 9L 6T AuAl 67 (1) Kapoor Q 3 BAND STRU SPECT 215 739008 E 9L AuAl

Norris P 3 BAND STRU SPECT 229 739009 E 9L \uMg

Mande C ' ANN PHYSIQLE 5 15,59 609036 E 9L 6P AuPd 21 80 Hedman J PHYS SCRIPTA 4 195 719188 E 9L AuPd 45 86

Holliday J 1 NORELCO REPORTR 14 84 679388 E 9K BN 50

Korsunsiti M AKADNAUKUKR SSR 15 579023 E 9L 9S B Nb 67 Korsunski M BULLACADSCIUSSR 24 609026 E 9L 9S 5D 9G B Nb 67 Fomichev V 3 J PHYS CHEM SOL 29 1025 689141 E 9K 6H 6U BP 50 9L 6H 6U B P 50 Wiech G 1 Z PHYSIK 216 472 689248 E 9L 9K 5B B P 50 Rumsh M 4 VESTNIKLEN UNIV 16 49 689371 E 9K 9A BP 50 9L 9A B P 50 Nemoshkalenk V 2 SOVPHYS SOLIDST 12 46 709196 R 9L 9K 5D B P

Nemnonov S 5 TRANSMETSOCAIME 245 1191 699104 R 9K 9A 9L 5D 3Q B T 67

Holliday J 1 RONTGENCHEMBIND 1.39 669203 E 9L 91 4L B Ti 67 9K 4L 4A BT, 67

Hollida> J ADV XRAY ANALYS 9 365 669246 E 9L 4L B Ti 67 9K 4L BT\ 67 Nemnonov S PHYS METALMETAL 24 66 679213 R 9K 9L B Ti 67

Holliday j NORELCO REPORTR 14 84 679388 E 9L B Ti 67

Fischer D J APPL PHYS 39 4757 689262 E 9A 9L B Ti 67

Fischer D 1 TECH REPORT AD 713 100 709312 R 9A 9L B Ti 67 Fischer D 1 J APPL PHYS 40 4151 699173 E 9L 9A .3Q 9R 9S B V 67 Fischer D 1 TECH REPORT AD 713 100 709312 R 9A 9L B V 67 Senemaud C J PHYSIQUE 32S 193 719205 E 9L B V 33

Randall C ' PHYS REV 57 786 409004 E 9S 9L Ba

Ferreira J 1 COMPT REND 241 1929 559007 E 9L 9S 91 Bi Goldberg M 1 J PHYS RADIUM 22 743 619032 E 9L 91 Bi Das Gupta K 3 J SCI INDUS RES 14B 129 559005 E 9K 9L C

Holliday J 1 J APPL PHYS 38 4720 679258 E 9L C CoMn 20 C CoMn

C CoMn

C Cr 40 9L C Fe 00 25

Holliday J SXS BANDSPECTRA 101 689329 E 9L 5D C Fe

Barinskii R BULLACADSCIUSSR 21 1375 579004 E 9A 9L C Mo 33 Korsunski M 2 AKADNAUKUKR SSR 15 579023 E 9L 9S C Nb 50 Korsunski M 2 BULLACADSCIUSSR 24 609026 E 9L 9S 5D 9G C Nb 50

(1) 500 °C

58
b. L- Spectra — Continued

Authors

Journal Vol. Page

Ref. Number Type Properties Alloy Composition

First No. Low High Nemnonov S PHYS METALMETAL 28 192 699071 E 9L 9S C Nb

Ramqvisl L 5 J PHYS CHEM SOL 32 149 719000 E 9L 4L 9V 5V 30 C Nb

9K 4L 9V 5V 30 CNb 43 Das Gupta K ^ PHYS REV 80 281 509003 E 9L C Si Wiech G 1 Z PHYSIK 207 428 679261 E 9L 91 58 5D C Si Zhukova I 4 SOVPHYS SOLIDST 10 1097 689258 E 9L 4N 6G 58 5D C Si Wiech G 1 SXS BANDSPECTRA 59 689325 E 9L 5D 58 C Si 00 9K 5D 58 C Si 00 Nemoshkalenk V 2 SOVPHYS SOLIDST 12 46 709196 R 9L 9K 5D C Si Hayasi Y 2 INTCONF VLIVPHYS 3 719173 E 9L C Si 50 Nemnonov S 5 TRANSMETSOCAIME 245 1191 699104 R 9K 9A 9L 5D 30 C T

Ramqvist L 5 J PHYS CHEM SOL 32 149 719000 E 9L 30 4L C Ta C Ta

HoUiday J 1 RONTGENCHEMBIND 1.39 669203 E 9L 91 4L C Ti 50 9K 4L 4A CTi 50 HoUiday J 1 ADV XRAY ANALYS 9 365 669246 E 9L 4L C Ti 45 49 9K 4L CTi 45 Nemnonov S 1 PHYS METALMETAL 24 66 679213 R 9K 9L C Ti 50

Fischer D 2 J APPL PHYS 39 4757 689262 E 9A 9L C Ti HoUiday J 1 SXS BANDSPECTRA 101 689329 E 9L 5D C Ti 9K CTi

Brytov I 3 PHYS METALMETAL 26 178 689363 E 9L 5B C Ti 50

Fischer D 1 J APPL PHYS 41 3922 709186 R 9K 5B C Ti 50 9L 9A 58 C Ti 50

Fischer D 1 TECH REPORT AD 713 100 709312 R 9A 9L C Ti 50 Ramqvist L 5 J PHYS CHEM SOL 32 149 719000 R 9K 9L 30 58 C Ti 50 HoUiday J 1 J PHYS CHEM SOL 32 1825 719196 E 9L 4L C Ti 49

Brytov I 3 PHYS METALMETAL 26 178 689363 E 9L 58 C V

Fischer D 1 J APPL PHYS 40 4151 699173 E 9L 9A 30 9R 9S C V

Zhurakovs E 3 INORGANIC MATES 6 183 709306 E 9L 4A IH 18 IT C V

9K 4L C V

• 7 48

Fischer D 1 TECH REPORT AD 713 100 709312 R 9A 9L C V 50 Ramqvist L 5 J PHYS CHEM SOL 32 149 719000 E 9K 4L 9V 5V 3Q C V 47 9L 4L 9V 5V 30 C V 42 47 C V

Zhurakovs E 8 SOV PHYS DOKL 15 877 719021 E 9L 4A IH 4L C V 28 47 9K 4L C V 28 47 Ramqvist L 5 J PHYS CHEM SOL 32 149 719000 E 9L 4L 9V 5V 30 C Zr 48

Kingston R 1 PHYS REV 84 944 519010 E 9L 5B 5D OS Ca (1

Kingston R TECH REPORT MIT 193 I 519011 E 9L Ca

Skinner H 3 PHIL MAG 45 1070 549020 E 9L 9T 5D Ca

Wiech G 2 BAND STRU SPECT 173 739007 E 9K 9L CaAl

Skinner H 3 PHIL MAG 45 1070 ,549020 E 9L 9T 5D CaO 50 Hayasi Y 2 INTCONF VLIVPHYS 3 719173 E 9L CaSi 50 Wiech G 2 J PHYSIQUE 32S 201 719206 E 9R 9L CaSi 33 67 Wiech G 2 BAND STRU SPECT 173 739007 E 9K 9L CaSi 33 Randall C 1 PHYS REV 57 786 409004 E 9S 9L Cd

Nikiforov I 3 ARKIV FYSIK 26 319 649106 E 9L 5B 9R 91 Cd

Noreland E 1 ARKIV FYSIK 26 341 649107 E 9E 9L 58 5D OD Cd

Noreland E 2 ARKIV FYSIK 26 161 649110 E 9L 9R 9S OD 58 Cd

Nemoshkalenk V 2 PHYS LET .30 A 44 6991.53 E 9L 4A 5B 5D Cd

Gale B 3 PHIL MAG 20 79 699112 E 9L 3N 18 6F 8U CdMg 25 Wiech G 2 J PHYSIQUE 32S 201 719206 E 9R 9L CdS 50 Wiech G 2 BAND STRU SPECT 173 739007 E 9K 9L CeAl 67 9K 9L CeSi 33

(1) RT to 100 °C

59
b. L- Spectra — Continued

Authors

Journal Vol. Page

Ref. Number Type Properties Alloy Composition

First No. Low High Donneue 1 J KHtblQUE COLL 28 65 679084 E 9A 9L OO ClCu 50 BonneUe C 1 SXS BANDSPECTRA 163 689332 E 9L 5D OO 9A ClCu 00 50 Henke B 1 ADV XRAY ANALYS 9 430 669244 E 9L 01 Ci Na 50 Henke B 2 J APPL PHYS 37 922 669013 E 9L 9G OO ax

Henke B 1 ADV XRAY ANALYS 9 430 669244 E 91 OO ax

Skinner H 3 PHIL MAG 45 1070 549020 E 9L 9T 5D 9M Co

Holliday J 1 J APPL PHYS 33 3259 629095 E 9L 9S Co

Bonnelle C 1 THESIS U PARIS 649057 E 9A 9L 9R Co 100 Fischer D 1 J APPL PHYS 36 2048 659063 E 9L 95 91 4L 5B Co

Nemoshkalenk V 2 SOV PHYS DOKL 12 735 689006 E 9F 9K 9L Co

Bonnelle C 1 SXS BANDSPECTRA 163 689332 E 9L 5D Co

Hanzely S 2 NBS IMR SYMP 3 709116 E 9A 9L 9R 9S Co 100 Curry C 2 PHIL MAG 21 659 709016 E 9L 5B 5D 6T 5N CoAl 71 Kapoor Q 3 BAND STRU SPECT 215 739008 E 9L CoAl

Watson L 3 MUNICH SYMP 739014 E 9L CoAl 50

Holliday J 1 J APPL PHYS 38 4720 679258 E 9L CoMn C 20 CoAfn C CoMn C

BonneUe C 1 THESIS U PARIS 649057 E 9A 9L 9R CoO 43 Fischer D 1 J APPL PHYS 36 2048 659063 E 9L 9S 91 4L 5B CoO 43 Menshikov A 3 PHYS STAT SOLID 35 89 699182 E 9K 5X 5B CoO 50 9L CoO 50

Fischer D 1 ADV XRAY ANALYS 13 1.59 709350 R 9L CoO 40 Hayasi Y 2 INTCONF VUVPHYS 3 719173 E 9L CoSi 33 67

Holliday J 1 NBS IMR SYMP 3 709117 E 9L CoTj 50

Holliday J 1 J PHYS CHEM SOL 32 1825 719196 E 9L 4L Co Ti- ,50 Skinner H 3 PHIL MAG 45 1070 549020 E 9L 9T 5D 9M er

Holliday J 1 J APPL PHYS 33 32,59 629095 E 9L 9S Cr

Bonnelle C 1 COMPT REND 254 2313 629118 E 9L 9A Cr

Bonnelle C COMPT REND 254 2313 629128 E 9L 9A Cr 100 Lukirskii A 2 BlLLACADSCIl'SSR 28 749 649144 E 9L 4A 91 60 Cr 100 (1) Fischer D J APPL PHYS 36 2048 659063 E 9L 9S 91 4L 5B Cr

Holliday J 1 J APPL PHYS 38 4720 6792.58 E 9L Cr

Brytov I 1 PHYS METALMETAL 24 174 679328 E 9L 4A Cr Nemoshkalenk V 2 SOV PHYS DOKL 12 7.35 689006 E 9F 9K 9L Cr Nemnonov S 2 PHYS METALMETAL 26 43 689236 R 9K 9L Cr 100 Bonnelle C 1 SXS BANDSPECTRA 163 689332 E 9A 91 5B 5D Cr Nemoshkalenk V 4 I'KRAIN PHYS J 13 837 699109 R 9K 9L Cr 100 Sommcr G 4 PHYS METALMETAL 30 233 709353 T 9L 9M 9A Cr 100 Fischer D PHYS REV 4B 1778 719106 E 9A 9L 9R Cr 1(10 Fischer D J PHYS CHEM SOL 32 2455 719147 E 9L 9A Cr 100 Hague C Ml NICH SYMP 7.39010 E 9L Cr 100 Curry C 2 PHIL MAG 21 659 709016 E 9L 5B 5D 6T 5N CvAl 70 Watson 1, 3 MI NICH SYMP 739014 E 91, CiAl 36

Holliday J J APPL PHYS 38 4720 679258 E 91 CrC 40

Fischer D J PHYS CHEM SOL 32 2455 719147 E 9K 9A CrK O 14 9L 9A CrK 0 29 CrK O 57

Borovskii I PHYSMETALMETAL 7 61 599006 E 9K 9A 6P CrMo 99 100 9A 9L CrMo 99 100 Fischer D 1 J PHYS CHEM SOL 32 2455 719147 E 9K 9A CrNaO 14 9L 9A Cr NaO 29 CrNaO 57 Skinner H 3 PHIL MAG 45 1070 549020 E 91. 9T 5D CrO 40 Bonnelle C THESIS V PARIS 649057 E 9A 9L 9R CrO 100

Lukirskii A 2 BILLACADSCIUSSR 28 749 649144 E 9L 4A 91 CrO 40 (1)

(1) 1100 °c

60
b. L- Spectra — Continued

Authors

Journal Vol. Page

Ref. Number Type Properties Alloy Composition

First No. Low High

Fischer D 1 J APPL PHYS 36 2048 659063 9L 9S 91 4L 5B CrO 40 Netnoshkalenk V 4 UKRAIN PHYS J 13 837 699109 £ 9L CrO 40 9A 9K CrO 40

Fischer D 1 ADV XRAY ANALYS 13 159 709350 9L CrO 40 Hague C 2 MUNICH SYMP 739010 9L CrO 40 Hayasi Y 2 INTCONF VUVPHYS 3 719173 9L CrSi 50 HoUiday J 1 NBS IMR SYMP 3 7091 17 £ 9L CrTi 50

Holliday J 1 J PHYS CHEM SOL 32 1825 719196 £ 9L 4L CrTi 67

Randall C 1 PHYS REV 57 786 £ 9S 9L Cs

Cauchois Y 1 PHIL MAG 44 173 539002 £ 9L Cu

Skinner H 3 PHIL MAG 45 1070 549020 £ 9L 9T 5D 9M 9A Cu

Shinoda G 1 X SEN 8 55 559023 £ 9L 9M Cu

Cauchois Y 2 COMPT REND 245 1230 579015 £ 9A 9L 91 9B 6F Cu

Lucasson A 1 COMPT REND 245 1794 579024 £ 9L 9S 4L 58 Cu

Van Den b C 1 THESISGRONINGEN 579055 £ 9A 9L 01 Cu

Korsunski M 2 ISSLAKADNAUKSSR 3 249 589013 £ 9L Cu

Rumyantse I 2 OPT SPECTR 7 498 599029 £ 9L Cu

Holliday J 1 J APPL PHYS 33 3259 629095 £ 9L 9S Cu

Fujimori K 1 SCI REP TOHOKUU 47 50 639123 £ 9L 9S Cu 100 BonneUe C 1 THESIS U PARIS 649057 £ 9A 9L 9R Cu 100 Fischer D 1 J APPL PHYS 36 2048 659063 £ 9L 9S 91 4L 58 Cu

Cauchois Y 2 OPTPROPS ABELES 83 659083 £ 9A 9L Cu 100 BonneUe C 3 RONTGENC HEM BIND 20 669 139 £ 9E 9L Cu 100 Nemnonov S 3 PHYS METALMETAL 22 54 669158 £ 9L 9G 9A 5B Cu 100 BonneUe C 1 J PHYSIQUE COLL 28 65 679084 £ 9A 9L 9S Cu

Fischer D 2 NORELCO REPORTR 14 92 679387 9L 9R Cu 100

Liefeld R 1 SXS BANDSPECTRA 133 689330 £ 9L 9A 9H 9R 9S Cu

BonneUe C 1 SXS BANDSPECTRA 163 689332 £ 9L 5D Cu

Willens R 4 PHYS REV LET 23 413 599092 £ 9L OT Cu

Zyryanov V 2 PHYS METALMETAL 27 191 699116 £ 9L 9S OD Cu 100 Goodings D 2 J PHYS C 2 1808 699161 T 9L 9M 5D 5B Cu

Blokhin M 2 SOV PHYS DOKL 13 1 1 16 699353 £ 9L 9S Cu

Willens R NBS IMR SYMP 3 281 7091 1

T 9L 6X Cu 100 Nemnonov S 2 PHYQ r n I J ^4FTAI ivi 1 /\ MFTAI ivi E, 1 /\ L 29 141 709348 £ 9A 9L Cu 100 Ribble T 1 PHYS STAT SOLID 6A 473 719074 £ 9L 9R 9S Cu 100 Farineau J 1 J PHYS RADIUM 10 327 399007 £ 9L Cu Al 00 96 Shinoda G 1 X SEN 3 55 559023 £ 9L 9M Cu A! 66 Lucasson A 1 COMPT REND 245 1794 579024 £ 9L 9S 4L 5B Cu Al 2 96 Lucasson A 1 ANM PUV'ilOIIir Anon'i OUVUO 1

£ 9A 9L Cu A! 00 98 Appleton A ' rnKTFMP x^vjiiiiLivir PHY>i rnio 50 649132 5D 9L CuA/ 19 100 Fischer D 2 TECH REPORT AD 807 479 669226 £ 9L Cu Al 00 80 Baun W 2 J APPL PHYS 38 2092 679108 £ 9S 91 9L 5B 4L Cu Al 0 80

Curry C SXS BANDSPECTRA 173 689333 £ 9L 5D CuAl 67 Curry C 2 PHlI rnil^ MAT IVl /\V_r 21 659 709016 £ 9L 5B 5D 6T 5N CuAl 50 67 Fabian D 3 MRS 11 Do IMR iivin o<VMP I ivi r 3 7091 14 £ 9L CuA] 80 Nemnonov S 4 rnio oi/vi j\jL,iu 43 319 719055 £ 9L CuAl 33 67 Watson L 1 RAivn DrtllU olAL STRi; OIC>^^l >^PFrT 125 739003 9L 9S 5D CuAl 50 Kapoor Q 3 RAMn DrtiNU STRr oirxi orE.*^! »iPirrT 215 739008 £ 9L CuAl

Watson L 3 ivi LMi iij n ^ I IVl r 7390 14 £ 9L CuAl 20 90 BonneUe C 1

1 PuV'^iniir prii i J r^rlioH^L'L L-Ui^t^

' 65 o / y\jo^ £ 9A 9L OO Cu CI 50 BonneUe C 1 <Y>i RANn^iPFrTRA 163 689332 £ 9L 5D OO 9A CuCl 00 50 Das Gupta K 1 TECH REPORT AD 412 791 639088 E 9L 5B CuFe 83 Curry C 2 PHIL MAG 2

659 709016 9L 5B 5D 6T 5N 33 67

Norris P 3 BAND STRl SPECT 229 739009 E 9L CuM^

Lucasson A 1 COMPT REND 245 1794 579024 E 9L 9S 4L 5B Cu Ni 9 79

61
b. L- Spectra — Continued

Authors

Journal Vol. Page

Ref. Type Properties Alloy Composition

First No. Number

Low High

Lucasson A 1- ANN PHYSIQUE 5 509 609031 E 9A 9L CuNi 09 100 Bonnelle C 1 COMPT REND 248 2324 599003 E 9L CuO 50 66

Fujimori K 1 SCI REP TOHOKUll 47 50 639123 E 9L 9S CuO 50 67

Bonnelle C 1 THESIS U PARIS 649057 E 9A 9L 9R CuO 50 67

Fischer D 1 J APPL PHYS 36 2048 659063 E 9L 9S 91 4L 58 CuO 50 67

Bonnelle C 3 RONTGENCHEMBIND 20 669139 E 9E

9E

9L

9L CuO

CuO

50

67

Fischer D 2 TECH REPORT AD 807 479 669226 E 9L CuO 50 100 BonneUe C 1 J PHYSIQUE COLL 28 65 679084 E 9A 9L CuO 50 67 Bonnelle C 1 SXS BANDSPECTRA 163 689332 E 9L

9L 5D58 CuO CuO

67

67 Zyryanov V 2 PHYS METALMETAL 27 191 699116 E 9L 95 OD CuO 50 67 Menshikov A 3 PHYS STAT SOLID 35 89 699182 E 9K

9L 5X 5B CuO CuO

50

50 Akopdzhanov R 1 SOVPHYS SOLIDST 12 1095 709228 E 9A

9L 9K5B

9S 58 CuO

CuO

67

67

Kibble T 1 PHYS STAT SOLID 6A 473 719074 E 9L 9R 9S CuO 50 67 Hedman J 9 PHYS SCRIPTA 4 195 719188 E 9L9K CuPd

Cu Pd

60

60 Curry C 1 SXS BANDSPECTRA 173 689333 E 9L 5D CuSi 75 Harrison R 1 PHIL MAG 22 131 709184 E 9L 5N CuSi 75 90 Lucasson A 1 COMPT REND 245 1794 579024 E 9L 9S 4L 58 Cu Zn 20 80 Rumyantse 1 2 OPT SPECTR 7 498 599029 E 9L CuZn

Lucasson A 1 ANN PHYSIQUE 5 509 609031 E 9A 9L 20 100 • Nemnonov S 2 PHYS METALMETAL 29 141 709348 E 9L CuZn 52 Wiech G 2 BAND STRU SPECT 173 739007 E 9K 9L DyAY 67

Sakellari P 1 COMPT REND 247 921 589023 E 9L 9S Er Wiech C 2 BAND STRU SPECT 173 739007 E 9K 9L ErAi 67

Sakellari P 1 COMPT REND 236 1767 539012 E 9A 9L Eu

Sakellari P 1 COMPT REND 236 1547 539013 E 9A 9L Eu

Sakellari P 1 J PHYS RADIUM 16 422 559020 E 9L 9F 91 58 6U Eu

Sakellari P 1 J PHYS RADIUM 16 271 559019 E 9L 9S 58 5D EuO 40

Koster A 1 PROC KONNEDACAD 74 332 719193 E 9L F Fe 75 Sarma A 2 J PHYS CHEM SOL 32 1423 719191 E 9L 91 F La 75 Sarma A 2 J PHYS CHEM SOL 33 935 729039 E 9L 91 F La 75 Skinner H 3 PHIL MAG 45 1070 549020 • E 9L 9T 5D 9M Fe

Shinoda G 1 X SEN 8 55 559023 E 9L 9M Fe

Holliday J 1 J APPL PHYS 33 3259 629095 E 91, 9S Fe

Bonnelle C 1 THESIS U PARIS 649057 E 9A 9L 9R Fe 100 Fischer D 1 J APPL PHYS 36 2048 659063 E 9L 9S 91 4L 58 Fe

Holliday J J APPL PHYS 38 4720 679258 E 9L Fe

Nemoshkalenk V 2 SOV PHYS DOKL 12 735 689006 E 9F 9K 9L Fe

Holliday J 1 SXS BANDSPECTRA 101 689329 E 9L 5D Fe

Bonnelle C 1 SXS BANDSPECTRA 163 689332 E 9A 9L 5B 5D Fe

Hanzely S 2 NBS IMR SYMP 3 709116 E 9A 9L 9R 9S Fe 100 Smith D 2 J PHYS ID 147 719004 E 9L 91 9R Fe 100 Fischer D 1 PHYS REV 4B 1778 719106 R 9L 6G Fe 100 Rosier A 1 PROC KONNEDACAD 74 332 719193 E 9L Fe 100

Holliday J I ADV XRAY ANALYS 14 243 719202 E 9L 9R 9A Fe

Hague C 2 MUNICH SYMP 739010 E 9L Fe 100 Das Gupla K PHYS REV 80 281 509003 E 9L FeM 25 Das Gupla K TECH REPORT AD 412 791 639088 E 9L 58 FeAl 0 100 Fischer D 2 TECH REPORT AD 807 479 669226 E 9L FeM 00 95 Applelon A PHIL MAG 16 1031 679278 E 9M

9L FeAl

FeA7

18

18 28

28 Curry C 1 SXS BANDSPECTRA 173 689333 E 9L 5D FeAJ 18 28

62
b. L- Spectra — Continued

Authors

Journal Vol. Page

Ref. Slumber Type Properties Alloy Composition

First No. Low High

Nemoshkalenk V

2' UKRAIN PHYS J 13 1022 699240 R 8C 9E 9L FeAl 25 72 Curry C 2 PHIL MAG 21 659 709016 E 9L 58 5D 6T 5N FeAJ 71 Kapoor Q 3 BAND STRU SPECT 215 739008 E 9L FeA/

Watson L 3 MUNICH SYMP 7,39014 E 9L FeAJ 25 75

Holliday J 1 J APPL PHYS 38 4720 679258 E 9L FeC 00 25 HoUiday J 1 SXS BANDSPECTRA 101 689329 E 9L 5D FeC

Das Gupta K 1 TECH REPORT AD 412 791 639088 E 9L 58 FeCu 83

Koster A 1 PROC KONNEDACAD 74 332 719193 E 9L FeF 75 Solomon J 2 APPL SPECTRY 25 719192 E 9L 9A FeNi 40

Skinner H 3 PHIL MAG 45 1070 549020 E 9L 9T 5D FeO 50 Das Gupta K 1 TECH REPORT AD 412 791 639088 E 9L 5B FeO 43

Bonnelle C 1 THESIS U PARIS 649057 E 9A 9L 9R FeO 43

Fischer D 1 J APPL PHYS 36 2048 659063 E 9L 9S 91 4L SB FeO 40 43

Fischer D 2 TECH REPORT AD 807 479 669226 E 9L FeO 40 50 Menshikov A 3 PHYS STAT SOLID 35 89 699182 E 9K 5X 58 FeO 50 9L FeO 50

Fischer D 1 ADV XRAY ANALYS 13 159 709350 R 9L FeO 40 Smith D 2 J PHYS 4D 147 719004 E 9L 91 9R FeO 40

Koster A 1 PROC KONNEDACAD 74 332 719193 E 9L FeO 40 50 Hague C 2 MUNICH SYMP 739010 E 9L FeO 40 Das Gupta K 1 TECH REPORT AD 412 791 639088 E 9L 58 FeS 50

Koster A 1 PROC KONNEDACAD 74 332 719193 E 9L FeS 33 50 Wiech G 2 J PHYSIQUE 32S 201 719206 E 9R 9L FeS 67 Das Gupta K 1 TECH REPORT AD 412 791 639088 E 9L 58 FeSi 75 91 Hayasi Y 2 INTCONF VUVPHYS 3 719173 E 9L FeSi 50

Holliday J 1 J PHYS CHEM SOL 32 1825 719196 E 9L 4L FeTi 50 Lucasson A 1 ANN PHYSIQUE 5 509 609031 E 9A 9L Ga

Drahokoup J 3 CZECH J PHYS 18B 1034 689222 E 9K 9L OX GaGe 00 Wiech G 1 Z PHYSIK 216 472 689248 E 9L 9K 58 GaP 50 SakeUari P 1 COMPT REND 236 1767 539012 E 9A 9L Gd

Sakellari P 1 COMPT REND 236 1244 539014 E 9A 9L Gd

SakeUari P 1 J PHYS RADIUM 16 422 559020 E 9L 9F 91 58 6U Gd

Nigam A 2 INDIAN J PAPHYS 6 644 689296 E 9L Gd

Wiech G 2 BAND STRU SPECT 173 739007 E 9K 9L GdA7 67

Sakellari P 1 J PHYS RADIUM 16 271 559019 E 9L 9S 5B 50 GdO 40 Borovikov G 2 BULLACADSCIUSSR 21 1426 579013 E 9L Ge

Lucasson A 1 ANN PHYSIQUE 5 509 60903

E 9A 9L Ge

Lyapin V 1 SOVPHYS SOLIDST 8 2851 679109 E 9L 9K 58 Ge

Deslattes R 1 PHYS REV 172 625 689213 E 9L 9K OX Ge

Drahokoup J 3 CZECH J PHYS 18B 1034 689222 E 9K 9L OX Ge 100 Blokhin M 4 SOVPHYS SOLIDST 11 12 699119 E 9L 9S Ge 100 Klima J 1 J PHYS 3C 709004 T 9K 9L 9M 6T Ge 100 Drahokoup J 3 CZECH J PHYS 18B 1034 689222 E 9K 9L OX CeGa 00 Borovikov G 2 BULLACADSCIUSSR 21 1426 579013 E 9L GeO 33 Drahokoup J 3 CZECH J PHYS 18B 10.34 689222 E 9K 9L ox GeSb 00 Sarma A 2 J PHYS CHEM SOL 32 1423 719191 E 9L 91 H La 67 75 Bos W 1 INTL MEET H MET 665 720574 E 9L H La 68 69 Bos W 1 BERBUN PHYSCHEM 76 846 720575 E 9L 48 H La 67 75 Sarma A 2 J PHYS CHEM SOL 33 9,35 729039 E 9L 91 H La 67 75 Gilberg E 1 MUNICH SYMP 739019 E 9L H Nb 40 70 Das Gupta K 1 APPL PHYS LET 6 104 659057 E 9L 9S OY H Pd 40

Morlet J BULLACADROYBELG 35 1059 499003 E 9K 9L 95 Hg

Barrere G 1 COMPT REND 233 376 519001 E 9K 9L Hg

Deodhar G 2 J SCI INDUS RES IIB 1 529008 E 9L Hg

Deodhar G 2 NATURE 169 889 529009 E 9L Hg

63
b. L- Spectra — Continued

Authors

Journal Vol. Page

Ref. Number Type

First No.

Ferreira J T COMPT REND 241 1929 559007 E

Goldberg M 1 J PHYS RADIUM 22 743 619032 E

Sakellari P 1 COMPT REND 2.56 1767 539012 E

SakeUari P 1 COMPT REND 2.% 1014 5,39015 E

SakeUari P 1 J PHYS RADIUM 16 422 559020 E

Sakellari P 1 J PHYS RADIUM 16 271 559019 E

Randall C 1 PHYS REV .57 786 409004 E

Noreland E 1 ARKIV FYSIK 26 341 649107 E

Noreland E 2 ARKIV FYSIK 26 161 6491 10 E Nemoshkalenk V 2 PHYS LET 30A 4^1 699153 E Rooke G 1 SXS BANDSPECTRA 185 689334 E Wiech G 1 Z PHYSIK 216 472 689248 E

Hirsh F 1 PHYS REV 62 137 429001 E

Ferreira J 1 COMPT REND 241 1929 559007 E

Merrill J ANN PHYS 14 166 619057 E Nigam A 1 INDIAN J PAPHYS 1 53 639097 E

Kingston R 1 PHYS REV 84 94-1 519010 E

Kingston R 1 TECH REPORT MIT 19.3 1 519011 E

Crisp R 1 PHIL MAG 5 1161 609014 E Rooke G 1 SXS BANDSPECTRA 3 689322 E

Koster A 1 PROC KONNEDACAD 74 332 719193 E

Fischer D 1 J PHYS CHEM SOL 32 2455 719147 E

Moore H 1 PROC PHYS SOC 70A 466 579028 E Sarma A 2 J PHYS CHEM SOL 32 1423 719191 E

Bos W 1 INTL MEET H MET 665 720574 E

Bos W 1 BERBUN PHYSCHEM 76 846 720575 E Sarma A 2 J PHYS CHEM SOL 33 935 729039 E Wiech G 2 BAND STRU SPECT 173 739007 E Sarma A 2 J PHYS CHEM SOL 32 1423 719191 E Sarma A 2 J PHYS CHEM SOL 33 935 729039 E Sarma A 2 J PHYS CHEM SOL 32 1423 719191 E

Bos W 1 INTL MEET H MET 665 720574 E

Bos W 1 BERBUN PHYSCHEM 76 846 720575 E Sarma A 2 J PH\ S CHEM SOL 33 935 729039 E Sarma A J PHYS CHEM SOL 32 1423 719191 E

Bos W 1 INTL MEET H MET 665 720574 E Sarma A 2 J PHYS CHEM SOL 33 935 729039 E U ierh G 2 BAND STRU SPECT 173 739007 E

Crisp R 1 THESIS U W AUST 1 619046 E

Catterall J 2 PHIL MAG 4 1164 599008 E

Crisp R 2 PHIL MAG .S 1205 609016 E

Crisp R 1 THESIS U W AUST 1 619046 E

Hirsh F 1 PH'^S REV 62 137 429001 E

Jones H 3 PHYS REV iS 379 349000 T

Skinner H 1 PHILTRANSROYSOC 239A 95 409005 E

Cady W 2 PHYS REV .S9 .381 419001 E

Das Gupta K 1 PHYS REV 80 281 509003 E

Sen A 1 INDIAN J PHYS 3(1 415 569025 E

Properties Alloy

9L 9S 91 9L 91 9A 9L 9A 9L

9L 9F 91 58 6U

9L 9S 58 5D

9S 9L OO

9S 9L 9E 9L 58 5D OD

9L 9R 9S OD 58

91, 4A 58 5D

9L 5D 58 9L 9K 58

9S 91 9T 9M 9L 9L 9S 91 9L 4A 9A

9L 90

9L

9L 58 5D OS 9L

9L 9M

9L 9S 9T 58 6T

9L9K 9A

9L 9A

9L 91 9L

9L

9L 91 9K 9L

9L 91 9L 91 9L 91 9L

9L 48

9L 91 9L 91 9L

9L 91 9K 9L

9L 01 9K 01 9K

9L9K

9L9K 01 9L 01 9S 91 9L

9L

9L

9L9L 9K

Hg

Hg

Ho

Ho

HoHoO

IIn

InIn

InInNa InP

Ir

It

It

Ir

IrK

K

K

K

K MnO

K OCr

K O Cr K O Cr Kr

La

La

La

La

LaA7 La¥

LaV LaH

LaH

LaH

LaH LaO

LaO

LaO

LaSi

LiA7

Li Al Li Mg UMg

Li Mg UMg

Li Mg UMg

LuMg

Mg

Mg

Mg

Mg

(1) RT to 100 °C

64
b. L- Spectra — Continued

Authors

Joiirnal Vol Page

Ref. Number Type Properties Alloy Composition

First No. Low High

Crisp R 1 AUSTRAL J PHYS 1

449 589006 E 9L Mg

Catterall J 2 PHIL MAG 4 1164 599008 E 9L Mg 100 Crisp R 2 PHIL MAG 5 1 205 6090 1

E 9L Mg

Sagawa T 1 SCI REP TOHOKlllI 45 232 619095 E 9L 98 Mg 100 Rooke G PHYS LET 3 234 639085 E 9S 9L Mg 100

1 PHYS LET 1

297 6491 12 T 9L 60 98 91 Mg

A'^°"lelorfA 2 PHIL MAG 12 245 659066 E 9L Mg 100 D!mond"R 1 PHIL MAG 15 631 679063 E 9R 9A 9L Mg

Brouers F ] PHYS STAT SOLID 22 213 679124 T 9L 60 98 91 Mg

Appleton A 2 PHIL MAG 16 1031 679278 E 9L Mg

Watson L 3 J SCI INSTR 44 506 679289 E 9L 01 Mg

Rooke G 1 J PHYS IC 776 689154 E 9L 98 5P Mg

Rooke (. 1 SXS BANDSPECTRA 3 689322 E 9L 9S 9T 5B 6T Mg

Watson L 3 SXS BANDSPECTRA 45 689324 E 9L 5D 9F 98 Mg

Fomichev V 2 SOVPHYS SOLIDST 10 2992 699089 E 9A 9L Mg

Gale B 3 PHIL MAG 20 79 6991 12 E 9L 3N IB 6F 8U Mg 100

2 PUVt; MTTAI NitTTAI 28 68 699218 ^ 9K 9L 5D Mg

Watson L 4 X RAY CONF KIEV 2 56 699289 R 9L OD Mg

Kobayasi T 2 J PHYS SOC JAP 28 457 709055 T 6T 9E 9L 9T 9R Mg

4A Mg

Curry C 2 PHIL MAG 21 659 709016 E 9L 58 5D 6T 5N MgAg 25

Norris P 3 BAND STRU SPECT 229 739009 E 9L MgAg

Das Gupta K 2 PHIL MAG 46 77 559006 E 9L 5B MgAl 5 100 Gale B 2 Dull \i A ^^ rrllL IV1A(_> 1 759 569016 E 9L MgAl

Appleton A 1 CONTEMP PHYS 6 50 649132 R 5D 9L MgAi 04 100 5D 9L MgM 00 88 Appleton A 2 PHIL MAG 12 245 659066 E 9L MgAl 42 58 Dimond R PHIL MAG 15 631 679063 E 9R 9A 9L MgAl 43 60

] SXSBANDSPECTRA 173 689333 R 9L 5D MgA] 41 100 Jacobs R 1 PHYS LET 30A 523 699213 T 9L 5D 6T MgAl 50 Neddermey H 1 THESIS MUNCHEN 699355 E 9L 01 MgAl 0 100 Neddermey H 1 NBS IMR SYMP 3 7091 15 E 9L MgAl 0 100 Neddermey H 1 PHYS LET 38A 329 729045 E 9K 9L MgAl 40 60 Neddermey H 1 BAND STRU SPECT 153 739002 E 9K 9L MgAl 05 60

Norris P 3 BAND STRU SPECT 229 739009 E 9L MgAu

Gale B 3 PHIL MAG 20 79 6991 12 E 9L 3N IB 6F 8U MgCd 25 Curry C 2

r>LI 1 1 M A ^ 2

659 709016 E 9L 5B 5D 6T 5N AfgCu 33 67

Norris P 3 BAND STRLi SPECT 229 739009 E 91. MgCu

Catterall J 2 PHIL MAG 4 1 164 599008 E 9K MgLi 05 55 9L AfgLi 05 55

Crisp R 2 PHIL MAG 5 1 205 609016 E 9K MgLi 15 70 9L MgLi 15 70

Crisp R 1 THESIS U W AUST 6 1 9046 E 9K 01 MgLi 15 70 9L 01 MgLi 15 70 App leton eto A 2 PHIL MAG 16 1031 679278 E 9M MgM 67 9L MgNi 67 Curry C J SXS BANDSPECTRA 173 689333 E 9L 5D MgNi 67 100

Norris P BAND STRU SPECT 229 739009 E 9L MgNi

] PHYS REV 80 281 509003 E 9L MgO

Fomichev V 3 SOVPHYS SOLIDST 10 2421 689249 E 9A 9L 5B MgO 50 Neddermey H 1 THESIS MUNCHEN 699355 E 9L 01 MgO 50 Das Gupta K 2 PHIL MAG 46 77 559006 E 9L 5B MgSi 10 50

Curry C SXS BANDSPECTRA 173 689333 E 9L 5D MgSi 67

Harrison R 1 PHIL MAG 22 131 709184 E 9L 5N MgSi 67 Hayasi Y 2 INTCONF VUVPHYS 3 719173 E 9L MgSi 67

65
b. L- Spectra — Continued

Authors

Journal Vol. Page Ref. Number Type Properties Alloy Composition

First No. Low High

Crisp R 1 THESIS U W AUST I 619046 E 9L 01 MgSn 67

Gale B 1 PROC PHYS SOC 84 933 6491 14 E 9L OD 6F 4A MgX

Neddermey H 1 MUNICH SYMP 7.39015 E 9K AfgZn 33 90 9L MgZn 33 90 Skinner H 3 PHIL MAG 45 1070 549020 E 9L 9T 5D 9M Mn

Shinoda G 1 X SEN 8 55 559023 E 9L 9M Mil

Fischer D I J APPL PHYS 36 2048 659063 E 9L 9S 91 4L 58 Mn

Holliday J 1 J APPL PHYS 38 4720 679258 E 9L Mn

Koster A 1 PROC KONNEDACAD 74 332 719193 E 9L Mn 100 Curry C 1 SXS BANDSPECTRA 173 689,333 E 9L 5D MnAl 75 Curry C 2 PHIL MAG 21 6,S9 709016 E 9L 58 50 6T 5N MnAl 75 Watson L 3 MUNICH SYMP 7.39014 E 9L MnAf 86

Holliday J 1 J APPL PHYS 38 4720 6792.58 E 9L MnC Co 20 MnC Co MnC Co

Skinner H 3 PHIL MAG 45 1070 549020 E 9L 9T 5D MnO 33

Fischer D 1 J APPL PHYS 36 2048 659063 E 9L 9S 91 4L 58 MnO 33

Fischer D 1 ADV XRAY ANALYS 13 159 709350 R 9L Mn 0 40

Koster A 1 PROC KONNEDACAD 74 332 719193 E 9L MnO 33 50 9L MnO K 17 Hayasi Y 2 INTCONF VLVPHYS 3 719173 E 9L MnSi .50 Hirsh F 2 PHYS REV 44 9,S5 339000 E 9G 9S 9L Mo

Randall C 1 PHYS REV 57 786 409004 E 9S 9L Mo

Rogosa C 2 PH^ S REV 92 14.34 5390 1

1

E 9K 9L Mo

Borovskii I 5 BLLLAC ADSCIl'SSR 21 1389 579060 E 9A 9L 9S Mo 100 Gallon P 1 COMPT REND 248 2085 599010 E 9A 9L Mo

Shveilser 1 3 BLLLAC ADSCIl'SSR 28 705 649122 R 9E 9L Mo

Nemoshkalenk V 2 SOVPHYS SOLIDST 9 268 679 11

1

E 9L 9G 91 5D Mo

Nemoshkalenk V 2 BLLLAC A DSC Hi SSR 31 999 679177 E 9L 5D Mo 100 Nemoshkalenk V 2 PHYS LET 30 A 44 699153 E 9L 4A 5B 5D Mo

Barinskii R 2 BLLLAC ADSCIUSSR 21 1375 579004 E 9A 9L MoC .33 Borovskii 1 2 PH\ SMETALMETAL 7 61 599006 E 9K 9A 6P Mo Cr 99 100 9A 9L Mo Cr 99 100

Barinskii R 2 BLLLACADSCILSSR 21 1375 579004 E 9A 9L MoO 25 9A 9L MoO 33 9A 9L MoS 25 9A 9L MoS 33 Wiech G 2 BAND STRL SPECT 173 739007 E 9K 9L MoSi .3.3 Fomichev V 1 SOVPHYS SOLIDST 10 597 689224 E 9L 6G 4L 5D 6T N Al 50 9K 6G 4L 5D 6T N Al .50 Hayasi T 2 X RAt CONF KIEV 1 .307 699286 E 9E 9L 3Q N Al 50 Wiech G 2 J PHYSIQLE 32S 201 7 19206 E 9R 9L N Al .50 Holliday J 1 NORELCO REPORTR 1 ). 84 679388 E 9K N B 50 Korsunski M 2 BLLLACADSCILSSR 24 609026 E 9L 9S 5D 9G N Nb 50 Korsunski M 2 BLLLACADSCILSSR 37

1

639 1 18 E 9L N Nb 02 03 Nemnonov S 1 PH\ 1 n 1 »s^ ivi MRTAI L 1 1 > MFTAI ivi c 1 /\ 28 192 69907

1

E 9L 9S N Nb 50 9L 9S NO 50 Zhukova 1 SOVPH'i S SOLIDST 10 1097 689258 E 9L 6G 58 5D 4L N Si 57 9K 6G 58 5D 4L NSi 57 Hayasi Y 2 INTCONF VLVPHYS 7 191 73 E 9L N Si 57 Nemnonov S TRANSMETSOCAIME 245 1191 699104 R 9K 9A 9L 5D 30 N T

Holliday J 1 RONTGENCHEMBIND 1.39 669203 E 9L 91 4L N Ti 50 Nemnonov S PHYS METALMETAL 24 66 679213 R 9K 9L N Ti 50

Brytov I 3 SOVPHYS SOLIDST 10 621 689041 E 9K 91 9S 3Q NTi 50 9L 91 9S 3Q N Ti 50

66
b. L- Spectra — Continued

Authors

Journal Vol. Page

Ref Number Type Propert es Alloy Composition

First No. ow High

Fischer D 2 J

I At^r APPIL PUVQ r n T o 9L N Ti 50 HoUiday J 1 MR*; IN Do i\iR IIVIA t;YMP o 1 IVl 1 a- N Ti 17 50

1

I APPI PHYQ J Ar r L r n i ct 0 86 9K 5B 50

91 9A 5B N Ti 50

Fischer D 1 709312 R 9L N Ti 50

Ramcjvist L 5 I PHY*; THFM KCtl 32 9 9K 9L 30 5B N Ti 50

Holliday J 1

1 PWYQ PHTM *;r»l 4E N Ti 17 44

Fischer D 1

1 APPI PUVC M 9A 3Q - N V 50

Fischer D 1 TirPH RfPORT An 709312 9A 9L N V 50

Skinner H 1 PHii TH ANc;Rr>Y<;Ar 239A 95 409005 91 Na

Cady W 2 PHV; r n 1 o RTV fviii V 59 381 91 Na

Landsberg P 1 PROP PHYQ 'irir" 9T Na

Sen A 1 IMiiiUiAiN ni A M J

I PHYQ in I o 9! 9K 5B Na

2 PUr MIL11 MAP IVl A<j Na

Crisp R 1 6190 J 91 01 Na 100

1 Sri RFP TOHOKIMI 45 232 619095 91. 9S Na 100 Rooke G 1 PUY>; 1 n I o ILLFT

£ 9S 9L Na 100 Pirenne J 2 PUY<iIP A 30 277 O'+V lUo 9T Na

Brouers F 1 PHYQ r n 1 o ILLFT

1297 T 9L 60 9S 91 Na

Applelon A 1 POMTFMP L^UlNiLlVll P14Y< rrtio 5D Na

AUotey F 1 PHr n Y<; I o RA FL VV 157 4^7 679087 T 9L 5N 5B 5D Na

3

niii BULLI AmAM PHYQQriP r n I oovJI-- 12 531 679093 T 9L 5Z Na

Bose S 1 Tl-I F QIQ II M rv

1 rl t^olo LI IVI V T 9L Na

Brouers F 1 PUYC CTAT <i.rii in 22 213 679124 91 60 9S 91 Na

Rooke G 1 J PHYS IC 776 689154 9L 9S 5P Na

Morita A 2

I Pi4Y<; Qr^p lAP J rrllo oUi^ JAr 25 1060 68927f 9L Na

Rooke G 1 oAo CYC RAMnCPFPTRA DAIN U>r 1 KA 689322 £ 9S 9T 5B 6T Na

Click A 3 CYC: RAMnQPFPTRA T

^1^ 5Z 9S 9L Na

Ausman G 2 P 14 Y C R F \/ 1 H I o K L V 6990m 91 91 Na

Longe P 2 PHr n YCI c) RFV rv n. V ^7 526 T 9! 91 9S Na

Ausman G 1 TUFQIC II Mn

^009 IS T 91 9S 60 fV Na

Nemnonov S 2 PUVC t^Hio \iFTAI [VILIALIVILIAL A/IFTAI 5D Na

Kobayasi T 2

1 PUYC CriP lAP J r n I > oUl^ JAr ( T 6T 9E 9L 9T 9R Na

Na Mc Mullen T 1 J PHYS 2178 709123 T 9L 91 6T 58 Na

Brouers F 3 cmL incTATF I Uo i A 1 rriMM V-VJIVIIVI 1423 709 1 85 T 9A 91 60 91 Na

Bergersen B 3 DI'I bL LL1 AlVl Wi DUYCCPkP t^Hi>MJC 1355 709329 91, Na

3 T 9A 91 60 9L Na

Bergersen B 3 PRFDRIMT 7 19003 T 0191. 9A Na 1011 Henke B ADV XRAY ANALYS 9 430 669244 E 91. 01 NaCi 5(1 Rooke C 1 CVC DAMnCPITPTDA 5aJ> bain UsrhL 1 K a 185 689334 5D 5B Na In Fischer D 1

1 PI4YC PUFRi CP^I

J r n I CnhiVl r>UL 32 2455 719147 9K 9A NaO Cr 14 9L 9A 29 N^O C*^ 57 Fischer D 1 APPI CDCPTDX' Ar r L >r 1 n i 25 263 7 1 o^i^o / IvIJOv 9A 00 NaO V 37

91 9A 00 NaO V 50

91. 9A 00 NaO V 13 Korsunski M 2 Oin I APAnCPIIICGR ouvuzo £ 9L 9S 5D 9G Nb

Korsunski M 2 Dill I APAnCPIIICCD 25 0 1 VU^-O £ 9L 9S Nb

Korsunski M 2 Bl' LLAC ADSCIl'SSR 25 1036 A 1 onoo 0 IvUVo 9L OD Nb 100 Korsunski M 2 SOV PHYS DOKL 7 141 R 91 5D Nb

Korsunski M 2 Dill 1 APAnCPIIICCR 6391^9 9E 9L Nb

Shveitser I 3 BliLLACADSCIl'SSR 28 705 649122 R 9E 91. Nb

Nemoshkalenk V 2 SOVPHYS SOLIDST 9 268 679111 E 9L 9G 91 5D Nb

Nemoshkalenk V 2 BULLACADSCIUSSR 31 999 679177 E 9L 91 5D Nb 100 Nemoshkalenk V 2 PHYS LET 30A 44 1 699153 E 9L 4A 58 5D Nb

67
b. L- Spectra — Continued

Authors

Journal Vol. Page

Ref. Number Type Properties Composition

First No.

Alloy ow riign

Ramqvist L 5 J PHYS CHEM SOL 32 149 719000 E 91 JVi 100 Hague C 2 BAND STRU SPECT 251 739004 E 9L Nb 100 GUberg E 1 MUNICH SYMP 739019 E Nb 100 Watson L 3 J PHYSIQUE 32S 325 719208 E 9L NbAi 25 75 Watson L 1 BAND STRU SPECT 125 739003 R 9L 98 5D NbA7 25 75 Kapoor Q 3 BAND STRU SPECT 215 739008 E 9L NbAJ

Korsunski M 2 AKADNAUKUKR SSR 15 579023 E 9L 9S NbB 67 Korsunski M 2 BULLACADSCIUSSR 24 609026 E 9L 98 5D 9G NbB 67 Korsunski M 2 AKADNAUKUKR SSR 15 579023 E NbC 50 Korsunski M 2 BULLACADSCIUSSR 24 609026 E 9L 9S .SD 9G NbC 50 Nemnonov S 4 PHYS METALMETAL 28 192 699071 E 9L 9S NbC 46 Ramqvist L 5 J PHYS CHEM SOL 32 149 719000 E 9L 4L 9V 5V NbC 43 48 9K 4L 9V 5V NbC 43 48

Gilberg E 1 MUNICH SYMP 739019 E 9L NbH 40 70 Korsunski M 2 BULLACADSCIUSSR 24 609026 E 9L 98 5D 9G NbN 50 Korsunski M 2 BULLACADSCIUSSR 27 371 639118 E 9L NbU 02 03 Nemnonov S 4 PHYS METALMETAL 28 192 699071 E 9L 9S NAN 50 Hague C 2 BAND STRU SPECT 251 739004 E 9L NbSn 75 Wiech G 2 BAND STRU SPECT 173 739007 E 9K 9L NdA7 67 Horak Z 1 PROC PHYS SOC 77 980 619039 T 9K 9L 98 OO Ne

Crisp R 1 THESIS U W AUST 1 619046 E 9L 01 Ng 100 Cauchois Y 1 PHIL MAG 44 173 539002 E 9L Ni

Skinner H 3 PHIL MAG 45 1070 549020 E 9L 9T 5D 9M 9A Ni

Shinoda G 1 X SEN 8 55 559023 E 9L 9M Ni

Cauchois Y 2 COMPT REND 245 1230 579015 E 9A 9L 91 9B 6F Ni Van Den b C 1 THESISGRONINGEN 579055 E 9L 01 Ni

Holliday J 1 J APPL PHYS 33 3259 629095 E 9L 98 Ni

Bonnelle C 1 THESIS U PARIS 649057 E 9A 9L 9R Ni 100 Chopra D 2 BULL AM PHYSSOC 9 404 649104 R 9L 91 48 Ni

Liefeld R 2 BULL AM PHYSSOC 9 404 649105 R 9L 9T 9R Ni

Chopra D 1 THESIS NM STATE 649160 E 9L 98 9R Ni 100 Chopra D 1 THESIS N MEX ST 1 1 649161 E 9L 9R 98 9A Ni

Fischer D 1 J APPL PHYS 36 2048 659063 E 9L 9S 91 4L 5B Ni

Cauchois Y 2 OPTPROPS ABELES 83 659083 E 9A 9L Ni 100 Nemnonov S 3 PHYS METALMETAL 21 44 669066 E 9L Ni

Bonnelle C 3 RONTGENCHEMBIND 20 669139 E 9E 9L Ni 100

Cuthill J 4 PHYS REV 164 1006 679300 E 5D 98 Ni 100

Liefeld R 1 SXS BANDSPECTRA 133 689330 E 9L 9A 9H 9R 98 Ni

Cuthill J 4 SXS BANDSPECTRA 151 . 689331 R 9L 9M 5D 5W 6T Ni 100 Bonnelle C 1 SXS BANDSPECTRA 163 689332 E SB 5D Ni

Chopra D 1 PHYS REV lA 230 709035 E OA 01^ 9R Ni 100 (1) Holliday J 1 ADV XRAY ANALYS 13 136 709349 E 9L 9R Ni 100 Willens R 2 PHYS REV 5B 1891 729042 E 9L 6X OT Ni 100 Farineau J 1 J PHYS RADIUM 10 327 399007 E 9K NiAY 18 100 MAI 00 89

Fischer D 2 PHYS REV 145 555 669148 E QI^ MAI 0 90 Fischer D 2 TECH REPORT AD 807 479 669226 E 01 MAI 00 90

Cuthill J 3 J APPL PHYS 39 2204 689098 E 91 NiA7 0 100 9M MAI 0 100

Cuthill J 4 SXS BANDSPECTRA 151 689331 R 9M 5D MAI 0 100 9L 5D NiA7 0 100 Curry C 2 PHIL MAG 21 659 709016 E 9L 5B 5D 6T 5N NiAi 50 Watson L 3 MUNICH SYMP 739014 E 9L NiAi 48 Lucasson A 1 COMPT REND 245 1794 579024 E 9L 98 4L 5B NiCu 9 79 Lucasson A 1 ANN PHYSIQUE 5 509 609031 E 9A 9L NiCu 09 100

(1) 800 °C 68
b. L- Spectra — Continued

First Journal Vol. Page

Ref. Number I ype Propert es

25 719192 E 9L

16 1031 679278 E 9M

9L

173 689333 E 9L 5D

229 739009 E 9L

649057 E 9A 9L 9R

36 204« 659063 E 9L 9S 91 4L

20 669139 E 9E

35 89 699182 E 9K 5X 5B 9L

13 159 709350 R 9L

25 185 689196 E 9A 9L

26 193 689364 E 9L

3 709117 E 9L

32 1825 719196 E 9L

26 193 689364 E 9L

173 689333 R 9L

14 166 619057 E 9L 4A 9A

80 281 509003 E 9L

193 490 669167 E 9L

8 2312 679102 E 9A QK' 5D

16 49 689371 E 9K

9L

13 837 699109 R 9K 9L

24A 930 699133 R 9K 9L

1 307 699286 E 9E 3Q

45 1070 549020 E 9L 5D

649057 E 9A

36 2048 659063 E 9L of 4L

35 89 699182 E 9K 5X

9L

13 159 709350 R 9L

45 1070 549020 E 9L 9T

649057 E 9A 9L

28 749 649144 E 9L 4A 91 36 2048 659063 E 9L 9S 91 4L

13 837 699109 E 9L9A 9k

13 159 709350 R 9L

739010 E 9L

32 2455 719147 E 9K 9A

9L 9A

9K 9A

9L 9A

248 2324 599003 E 9L

47 50 639123 E 9L 9S

649057 E 9A 9L 9R

36 2048 659063 E 9L 9S 91 4L

20 669139 E 9E 9L

9E 9L

807 479 669226 E 9L

28 65 679084 E 9A 9L

163 689332 E 9L 5D

9L 5B

Alloy Composition Low High NiFe 40 MMg 67 NiMg 67 NiMg 67 100 NiMg NiO 50 NiO 50 NiO 50 NiO 50 NiO 50 NiO 40 Ni Si 33 100 MTi 50 75 NiTi 33 67 NiTj 33 75 MV 89 100 NiZn 52 64 Np0 Al OA] 40 OAl 40 OAl 40 O Al 40 0 Al 40 0 Al 40 0 Al 40 0 Ca 50 0 Co 43 0 Co 43 OCo 50 O Co 50 O Co 40 0 Cr 40 O Cr 100 O Cr 40 O Cr 40 0 Cr 40 0 Cr 40 0 Cr 40 0 Cr 40 OCrK 14 O CrK 29 O CrK 57 OCrNa 14 O Cr Na 29 O CrNa 57 0 Cu 50 66 0 Cu 50 67 O Cu 50 67 O Cu 50 67 O Cu 50 0 Cu 67 O Cu 50 100 O Cu 50 67 O Cu 67 0 Cu 67

Solomon J 2 Appleton A 2

Curry C

Norris P

Bonnelle C

Fischer D

Bonnelle C

Menshikov A

Fischer D

Volkov V

Volkov \ HoUiday J Holliday J Volkov V

Curry C

MerriU J Das Gupta K

Wiech G

Fomichev V 1 Rumsh M 4 Nemoshkalenk V 4 Chun H

Hayasi T

Skinner H

Bonnelle C

Fischer D

Menshikov A

Fischer D

Skinner H

Bonnelle C

Lukirskii A

Fischer D

Nemoshkalenk V 4

Fischer D

Hague C

Fischer D

Bonnelle C

Fujimori K

Bonnelle C

Fischer D

Bonnelle C

Fischer D

Bonnelle C

Bonnelle C

APPL SPECTRY

PHIL MAG

SXS BANDSPECTRA BAND STRU SPECT

THESIS U PARIS

J APPL PHYS RONTGENCHEMBIND

PHYS STAT SOLID ADV XRAY-ANALYS

PHYS METALMETAL

PHYS METALMETAL

NBS IMR SYMP

J PHYS CHEM SOL PHYS METALMETAL

SXSBANDSPECTRA ANN PHYS

PHYS REV

Z PHYSIK SOVPHYS SOLIDST VESTNIKLEN UNIV UKRAIN PHYS J Z NATURFORSCH

X RAY CONE KIEV PHIL MAG

THESIS U PARIS

J APPL PHYS

PHYS STAT SOLID ADV XRAY ANALYS

PHIL MAG

THESIS U PARIS BLLLACADSCIl'SSR

J APPL PHYS

LKRAIN PHYS J ADV XRAY ANALYS

MUNICH SYMP

J PHYS CHEM SOL

COM FT REND

SCI REP TOHOKl U THESIS I PARIS

J APPL PHYS RONTGENCHEMBIND

TECH REPORT AD

J PHVSIQLE COLL

SXS BANDSPECTRA

69
b. L- Spectra — ContiBMed

Authors

Journal Vol. Page ReL Number Type Properties Alloy Composition

First No. Low High

Zyryanov V 2 DUVC KytCTAI NiCXAI 27 191 699 116 E 9L 9S OD 0 Cu 50 67 Mcnshikov A 3 i>ijvc cxAT crM ir» 3.S 89 699182 E 9K 5X 5B O Cu 50 9L O Cu 50 Akopdzhanov R 1 SUVrHls SULIU^ 1 12 1093 709228 E 9A 9K 9S 58 O Cu 67 9L 58 O Cu 67

Ribble T 1 6A 473 7 19074 E 9L 9R 9S O Cu 50 67

Sakellari P 1 J rniri KAUIl IVI 16 271 ,5.59019 ^ 9L 9S 58 50 40 Skinner H 3

oil 1 1 \/l \

4.S 1070 349020 E 9L 9T 50 n J

50

1 TECH REPORT AD 412 791 639088 E 9L 58 0 Fe 43 Bonnelle C 1 649057 E 9A 9L 9R u re 43

Fischer D 1 J Ar r L r n Y b 36 2048 6.5906.3 E 9L 9S 91 4L 58 0 Fe 40 43

2 TECH REPORT AD 807 479 669226 E 9L 0 Fe 40 50 Menshikov A 3 35 89 699182 E 9K 5X 38 O Fe 50 9L O Fe 50

Fischer D 1 AUV A rk\/ YAKAT D A V AinALY^ A M A I V C 13 1.S9 709.3.50 R 9L O Fe 40 Smith D 2 J PHYS 4D 147 7 1 9004 E 9L 91 9R O Fe 40

Koster A 1 rnUt. KUiNlNhUACAU 74 .U2 719193 E 9L 40 50

2 MUNICH SYMP 739010 E 9L O Fe 40

Sakellari P 1 J PHYS RADII M 16 27

1

5.590 1

9

E 9L 9S 58 50 O Gd 40

Bl LLACADSCIl SSR 2

1

1426 57901.3 E 9L O Ge 33

Sakellari P 1 J rn I ^ KAIMI M .5,59019 9L 9S 58 50 O Ho 40

Kosler A FKUt. KUN rs hUAt. AL> 74 332 719193 9L 0 K Mn 17 Sarma A 2

I D1J\'C U \i

J rHY^ CnhlVl MJl, 32 1 423 ^19191 9L 91 0 La 40 Bos W 1 1 IN 1 L M L L 1 n iVl h 1 665 720574 9L 0 La 40

2 J rnY> LrthlVl ^Ul. 3.i 935 7290. 9 9L 91 0 La 40

Das"Gu'^ta K 1 PH^ S REV 80 281 509003 E 9L

Fomichev V 3 SOVPHYS SOLIDST 10 2421 689249 E 9A 9L 38 o ,50 Neddermev H 1 THESIS Ml'NCHEN 699355 E 9L 01 M 30

3 PHIL MAG 4.S 1070 549020 E 9L 9T 30 0 M 33

Fis'cher D 1

I ADD! r>l4V'C

J Arrl, rnY? 36 2048 659063 ^ 9L 9S 91 41. 58 0 Mn 33 Fischer D 1 AD\ XRA\ ANALYS 13 159 709350 R 9L 40

1 PROC KONNEDACAD 74 332 719193 E 9L 33 50

Barinskii R 2 Bl' I.LAC A DSC 11' SSR 2

1

1375 579004 E 9A 9L 25 9A 9L 33 Nemnonov S 4 PHYS METALMETAL 28 192 699071 E 9L 9S 0 N 50 Bomiene C THESIS I' PARIS 649057 E 9A 9L 9R 0 yvi ,3(1 Fischer^D j J A PPL PH'i'S 36 2048 6.59063 E 9L 9S 91 4L 38 ,50 Bonnelle C 3 RONTGENCHEMBIND 20 669 139 E 9E 9L O N 30

3 PHYS STAT SOLID 3.S 89 699182 E 9K 5X 3B 0 JVj ,30 9L o iv'

,30 Fischer D 1 ADV XRAY ANALYS 13 159 709350 R 9L 40

1 COMPT REND 239 1 780 .549006

'5 9L 0 Pu 67 0 Br\an 11 PROC ROY SOC 176 A 229 409003 E 9L 5B 4L OO 0 Si 50 Das Gupta K 1 PHYS REV 80 281 9L 0 Si Henke B J APPL PHYS 37 922 6690 1

3

E 9L 9G 4L 0 Si 67

1 Z PHYSIK 207 428 679261 E 9L 91 5B 50 0 Si 67 Wiech G 1 SXS BANDSPE(^TRA 39 689325 E 9L 50 5B 0 Si 00 67 9K 50 5B O Si 00 67

I rch D J PHYS 3C 1 273 M)9220 T 9S 9K 91. 91 41. 0 Si 80 Ha\ asi ^ INTCONF VrVPHYS 3 7 191 73 E 9L O Si 50 67 Gokhale B J PHYS 2B 282 669007 E 9L 90 00 60 Gokhale B 2 J PHN S 2B 282 699007 E 9L 9Q 0 Sm 60 Nemnonov S 5 TR ANSMETSOCAIME 24.') 1191 699 104 9K 9A 9L 50 3Q 0 T

Sakellari P 1 J r n 1 > rv A 17 1 1 IVI 5,59019 p 9L 9S 38 50 0 Th 60 Deodhar G 3 CAN J PHYS 47 341 699026 E 9E 9L O Tb 64 Deodhar G 2 PROC PHYS SOC 81 367 1 639106 E 9L O Th

70
b. L- Spectra — Continued

Authors

Journal Vol. Page

Ref. Number Type Properties Alloy Composition

First No. ow High

Skinner H 3 PHIL MAG 4,5 1070 549020 E 9L 9T 5D O Ti 67

Lukirskii A 2 BIILLACADSCRISSR 28 749 649144 E 9L 4A 91 O Ti 67 (1) HoUiday J 1 RONTGENCHEMBIND 139 669203 E 9L 91 4L 0 Ti 47 66 HoUiday J 1 ADV XRAY ANALYS 9 365 669246 E 9L 4L O Ti 47 66 Nemnonov S 1 PHYS METALMETAL 24 66 679213 R 9K 9L O Ti 50 HoUiday J 1 J APPL PHYS 38 4720 6792.58 E 9L 0 Ti 50 60 HoUiday J 1 NORELCO REPORTR 14 84 679388 R 9L 0 Ti 20 66 9K OTi 20 66

Brytov I 3 SOVPHYS SOLIDST 10 621 689041 E 9K 91 9S 3Q O Ti 48 54 9L 91 9S 3Q O Ti 48 54

Fischer D 2 J APPL PHYS 39 4757 689262 E 9A 9L O Ti 33 67 HoUiday J 1 SXS BANDSPECTRA 101 689329 E 9L 5D O Ti 25 50 Menshikov A 3 PHYS STAT SOLID 3.S 89 699182 E 9K 5X 5B O Ti 50 9L 0 Ti 50

Fischer D 1 J APPL PHYS 41 3922 709186 R 9K 58 0 Ti 50 9L 9A 58 O Ti 50

Fischer D 1 TECH REPORT AD 713 100 709312 R 9A 9L O Ti 50 67 HoUiday J 1 ADV XRAY ANALYS 13 136 709349 E 9L 9R O Ti 50 9L 4L 0 Ti 0 66

Fischer D 1 ADV XRAY ANALYS 13 1.59 709350 R 9A 9L O Ti 33 67

Fischer D 1 PHYS REV 4219 729040 E 9A 9L O Ti 67 9A 9L OTi 67 SakeUari P 1 J PHYS RADII M 16 271 559019 E 9L 9S 58 5D O Tm 60

Fisrher D 1 J APPL PHYS 36 2048 6.59063 E 9L 9S 91 4L 58 O V 71 H.aiiday J 1 J APPL PHYS 38 4720 679258 E 9L 0 V 00 60

Brytov I 3 PHYS METALMETAL 26 178 689363 E 9L 5B O V 50 Menshikov A 3 PHYS STAT SOLID 3.5 89 699182 E 9K 5X 58 0 V 50

91. O V .5(1 Fischer D 1 TECH REPORT AD 713 100 709312 R 9A 9L 0 V 60 71 Fischer D 1 ADV XRAY ANALYS 13 159 7093.50 R 9L O V 60 71 Fischer D 1 APPL SPECTRY 25 263 719069 E 91. 9A 0 V 60 71 Senemaud C 2 J PHYSIQUE 32S 193 719205 E 9L O V 28 40 Hague C 2 MUNICH SYMP 739010 E 9L O V 60

Fischer D 1 APPL SPECTRY 25 263 719069 E 9L 9A OO 0 FNa 37 9L 9A OO O VNa 50

91, 9A OO O VNa 13 Sato M 1 SCI REP TOHOKUU 30 267 419000 T 9A 9L 9S 0 Zn

Fischer D 1 J APPL PHYS 36 2048 659063 E 9L 9S 91 4L 58 O Zn .50 Zyryanov V 2 PHYS METALMETAL 27 191 6991 16 E 9L 9S OD O Zn ,50 Hirsh F 1 PHYS REV 62 137 429001 E 9S 91 9T 9L 03

Ferreira J 1 COMPT REND 241 1929 559007 E 9L 9S 91 Os

MerriU J 2 ANN PHYS 14 166 619057 E 9L 4A 9A Os

Skinner H 1 PHILTRANSROYSOC 2.39A 95 409005 E 9L OO p

Henke B 1 ADV XRAY ANALYS 9 430 669244 E 9L 01 p 100 Fomichev V 3 J PHYS CHEM SOL 29 1025 689141 E 9L 6H OO p 100 Wiech G 1 Z PHYSIK 216 472 689248 E 9L 9K 58 4N OO p

Wiech G 1 \ RAY CONF KIEV 2 25 699287 E 9L OO p

Wiech G 1 Z PHYSIk 216 472 689248 E 9L 9K 5B PM 50 Fomichev V 3 J PHYS CHEM SOL 29 1025 689141 E 9K 6H 6U P B 50 9L 6H 6U PB 50 Wiech G 1 Z PHYSIK 216 472 689248 E 9L 9K 58 PB 50 Rumsh M 4 VESTNIKLEN UNIV 16 49 689371 E 9K 9A PB 50 9L 9A P 8 50 Nemoshkalenk V 2 SOVPHYS SOLIDST 12 46 709196 R 9L 9K 5D PB

Wiech G 1 Z PHYSIK 216 472 689248 E 9L 9K 58 PGa 50

(1) 1000 °C

71
b. L- Spectra — Continued

Authors

Journal Vol. Page

Ref. Number Type Properties Alloy Composition

First No. Low High 9L 9K 5B P In 50 Henke B 1 AUV Ar»\/ VDAV AKAi AlNALib AMAl VC 9 4.30 669244 E 9L OO P X

Wiech G 1 X RAY CONF' KIEV 2 25 699287 E 9L OO P X

Ferreira J 1 CUMrl Kc-INIJ 241 1929 559007 E 9L 98 91 Pb

Goldberg M 1 J rHiS KAURI M 22 74.3 619032 E 9L 91 Pb

Fischer D 2 INUrvc^Lt^U Kt^r UK i K 14 92 679387 R 9L OO Pb X

Hirsh F 2 nil V c D c \/ r H 13 Kt. V 44 955 3.39000 E 90 95 9L Pd

RandaU C 1 r n Y 3 K h- V 57 786 409004 E 9S 9L Pd

Bonnelle C 2 COMPT REND 24,5 2253 579010 F, 9L 9A Pd

Mande C 1 A MM DUVCirMII? .5 1 5.59 6090,36 E 9L 9S Pd 100 9K 9L Pd 100 Bonnelle C 2 COMPT REND 253 95 619017 E 9L Pd

Noreland E 1 ARKIV FYSIK 26 341 649107 E 9E 9L 5B 5D OD Pd

Noreland E 2 AKMV riSlK 26 161 649 1 1

0

E 9L 9R 98 OD 5B Pd

Nemoshkalenk V 2 RONTGENCHEMBIND 224 669212 E 9L 91 Pd 100 Nemnonov S 2 DIJVC rHl3 \AW\l \iI7TAI Mr.lAl^lVll!,IAlj 23 162 679103 E 9L 5D Pd

Nemoshkalenk V 2 268 6791 1

1

F] 9L 9G 91 5D Pd

Shveilser i 2 Dill 1 A A riCr^ II [ c C D BLI LLACAUSLlll^^K 3

1

962 679169 E 9E 9L 9D 50 Pd

Bonnelle C 1 CYC DAMr\CDir/^TDA 163 6893.32 E 9A 9L 5B 5D Pd

Nemoshkalenk V 2 n I o Lit 1 lot

7*^01 BR

^' 9L 4A 5B 5D Pd

Hedman J 9 5 719188 9L PdAg 12 9L PdAg 71 9L PdAg 88 Nemnonov S 4 DUVC CTAT cr^i III

t H Y ^ 1 A 1 3ULIU 43 319 719055 E 9L Pd A/ 75 Watson L 3 J r^HY^iK^Dr. 32 S 325 719208 E 9L PdA/ 50 75 Watson L 1 BAND STRU SPECT 125 739003 R 9L 9S 5D PdAl 50 Kapoor Q 3 DAMF^ CTDII CDLT'T BAINU ;>1KII ^t ht_l 215 739008 E 9L PdA/ Mande C 1 ANN PHYSIQI'E 5 15.59 6090.36 E 9L 6P Pd Au 21 80 Hedman J 9 I>UVC Cr~'DlDTA 4 195 719188 E 9L Pd Au 45 86 9L PdCu 60 9K Pd Cu 60 Das Gupla K 1 ADDI DUVC 1 VT ^ 104 659057 E 9L 9S OY Pd H 40 Hedman J 9 rrl Y > Kir 1 A 4 195 7 1 9 1 88 E 9L PdRb 40 Das Gupla K 1 APPL F'HYS LET 6 104 6,59057 E 9L 9S OY PdSi 0 100 Wierh G 2 DA\ir^ CPDIl CDI?r"T' B A IN U .S 1 K IJ S r t,C 1 1 73 739007 F^ 9K 9L PrA/ 67 9K 9L PrSi 33 Hirsh F 1 r^ n 1 > K V 62 137 42900

1

|: 9S 91 9T 9M 9L

Deodhar G 2

1 c 1 I M r"\ 1 1 c o c 98 263 ,509004 E 9L Pt Deodhar G 2 J SCI INDliS RES lOB 260 519003 E 9L 9S Pt Deodhar G 2 NATURE 169 889 529009 E 9L Pt

Ferreira J 1 C U M r 1 K r. In D 241 1929 559007 E 9L 9S 91 Pt Nigam A 2

I C/^l IMFkllC Dt*C 198 1 1

1

609044 E 9L Pt Goldberg M 1 J F' H V S R A D 1 1

' M 22 743 619032 E 9L 91 Pt

Merrill J 2 ANN P H V S 14 166 619057 E 9L 4A 9A Pt Caurhois V 2 COMPT REND 242 1 433 5690 1

0

E 9G 9L Pu

Merrill J 2 PHYS REV 1 10 79 5890 1

7

E 9L Pu

Merrill J 2 ANN PHYS 14 166 619057 E 9L 4A 9A Pu

Cauchois Y 1 COM PT REND 239 1780 ,549006 E 9L Pu O 67

Blokhin S 2 PHYS METAI, METAL 19 49 6.59073 T 9L 9A 4L R

Hirsh F PHYS REV 62 137 42900

1

E 9S 91 9T 9L Re

FVrreira J 1 COMPT RF^Nl) 241 1929 559007 E 9L 98 91 Re

Goldberg M 1 J PHYS RADH'M 22 743 619032 E 9L 91 Re

Merrill J ANN PHYS 14 166 619057 E 9L 4A 9A Re

Gokhale B 2 INDIAN J PAPH'iS 9L 9Q

9E 9L Re 100

72
b. L- Spectra — Continued

Authors

Journal Vol. Page

Ref. Type Properties Alloy

First No. Number

Hirsh F PHYS REV 44 955 339000 E 9G Ql Rb

Randall C PHYS REV 57 786 409004 E 9S Rb

Nemoshkalenk V RONTGENCHEMBIND 224 669212 E 9L Rb

Nemoshkalenk V SOVPHYS SOLIDST 9 268 679111 E 9L 9C 91 5D Rb

Shveitser I BULLACADSCIUSSR 31 962 679169 E 9E Rb

Ekstig B ARKIV FYSIK 37 107 689138 E 9E ^L Rh

Nemoshkalenk V PHYS LET 30A 44 699153 E 9L Rb

Hedman J PHYS SCRIPTA 4 195 719188 E 9L RbPd

Hirsh F PHYS REV 44 955 339000 E 9G 9S Ru

RandaU C PHYS REV 57 786 409004 E 9S 9L Ru

Nemoshkalenk V RONTGENCHEMBIND 224 669212 E 9L Ru

Nemoshkalenk V SOVPHYS SOLIDST 9 268 679111 E 9L 9G 5D Ru

Shveitser I BULLACADSCIUSSR 31 962 679169 E 9E 9L Ru

Nemoshkalenk V PHYS LET 30A 44 699153 E 9L 4A Ru

Skinner H PHILTRANSROYSOC 239A 95 409005 E 9L S

Tomboulian D J PHYS REV 74 1887 489001 E 9S 9L S

Henke B 1 ADV XRAY ANALYS 9 430 669244 E 9L 01 s

Meisel A X RAY CONE KIEF 1 297 699285 E 9L 5B s

Wiech G J PHYSIQUE 32S 201 719206 E 9R SCd

Das Gupta K 1 TECH REPORT AD 412 791 639088 E 9L 5B S Fe

Koster A PROC KONNEDACAD 74 332 719193 E 9L S Fe

Wiech G J PHYSIQUE 32S 201 719206 E 9R SFe

Barinskii R BULLACADSCIUSSR 21 1375 579004 E 9A

9A

9L

9L

S Mo

S Mo

Henke B ADV XRAY ANALYS o 430 669244 E 9L OO SX

Meisel A X RAY CONF KIEF 1 297 699285 E 9L 4L OO 58 SX

Wiech G J PHYSIQUE 32S 201 719206 E 9R 9L SZn

Randall C PHYS REV 57 786 409004 E 9S Sb

Noreland E ARKIV FYSIK 26 341 649107 E 9E Ql OD Sb

Noreland E ARKIV FYSIK 26 161 649110 E 9L OR 9S 58 Sb

Nemoshkalenk V PHYS LET 30A 44 699153 E 9L 4A 5B Sb

Wiech G J PHYSIQUE 32S 201 719206 E 9R 9L SLAV

Drahokoup J CZECH J PHYS 18B 1034 689222 E 9K 9L SbCc

Hague C

' MUNICH SYMP 739010 E 9L Sc

Morlet J BULLACADROYBELG 35 10,59 499003 E 9K Se

Skinner H PHILTRANSROYSOC 239A 95 409005 E 9L Si Das Gupta K PHYS REV 80 281 509003 E 9L Si Das Gupta K PHIL MAG 46 77 559006 E 9L Si Bcdo D PHYS REV 104 590 569006 E 9A Si

Crisp R 2 PHIL MAG 6 365 619025 E 9L Si

Crisp R 1 THESIS U W AUST 1 619046 E 9L 01 Si Henke B 2 J APPL PHYS 37 922 669013 E 9L 9G Si Henke B 1 ADV XRAY ANALYS 9 430 66';244 E 9L 01 Si Lyapin V 1 SOVPHYS SOLIDST 8 2851 679109 E 9L 9K 5B Si Fomichev V 2 SOVPHYS SOLIDST 9 1441 679256 9S 9L Si Wiech G 1 Z PHYSIK 207 428 679261 E 9L 91 SB 5D Si Ershov 0 2 SOVPHYS SOLIDST 8 1699 679316 E 9A 9L 9S 6li 98 Si Rooke G J PHYS IC 776 689154 E 9L 9S 5P Si Wiech G 1 SXS BANDSPECTRA 59 689325 E 9L9K

5D

5D

5858Si

Si Curry C 1 SXS BANDSPECTRA 173 689333 E 9L 5D Si Lyapin V 2 SOVPHYS SOLIDST 10 1879 699019 R 9L 4B 58 Si Nemnonov S 2 PHYS METALMETAL 28 68 699218 R 9K 9L 5D Si Klima J 1 J PHYS 3C 709004 T 9K 9L 6T Si Wiech G 2 NBS IMR SYMP 3 709118 E 9L Si

73
b. L- Spectra — Continued

Authors

Journal Vol. Ref. Type Properties Alloy Composition

First No. Page Number

Low High

Harrison R 1 PHIL MAG 22 131 709184 E 9L 5N Si 100 Hayasi Y 2 INTCONF VUVPHYS 3 719173 E 9L Si 100 Wiech G 2 J PHYSIQUE 32S 201 719206 E 9R 9L Si 100 Das Gupta K 2 PHIL MAG 46 77 559006 E 9L 58 SiAI 5 12 Uas (jupta K PHYS REV 80 281 509003 E 9L SiC

Wiech G 1 Z PHYSIK 207 428 679261 E 9L 91 58 50 SiC 50 Zhukova I 4 SOVPHYS SOLIDST 10 1097 689258 E 9L 4N 6G 58 50 SiC 50 Wiech G 1 SXS BANDSPECTRA 59 689325 E 9L9K

5D5D58

58 SiC SiC

000050

50 Nemoshkalenk V 2 SOVPHYS SOLIDST 12 46 709196 R 9L 9K 5D SiC

Hayasi Y 2 INTCONF VUVPHYS 3 719173 E 9L9L SiC

Si Ca

50

50 Wiech G 2 J PHYSIQUE 32S 201 719206 E 9R 9L SiCa 33 67 Wiech G 2 BAND STRU SPECT 173 739007 E 9K

9K

9L

9L

Si Ca SiCe3333 Hayasi Y 2 INTCONF VUVPHYS 3 719173 E 9L

9L

Si Co

Si Cr

33 67

50 Curry C 1 SXS BANDSPECTRA 173 689333 E 9L 5D Si Cu 75 Harrison R 1 PHIL MAG 22 131 709184 E 9L 5N Si Cu 75 90 Das Gupta K TECH REPORT AD 412 791 639088 E 9L 58 SiFe 75 91 Hayasi Y 2 INTCONF VUVPHYS 3 719173 E 9L SiFe 50 Wiech G 2 BAND STRU SPECT 173 739007 E 9K 9L Si La 33 Das Gupta K 2 PHIL MAG 46 77 559006 E 9L 58 SiAf^ 10 50 Curry C 1 SXS BANDSPECTRA 173 689333 E 9L 50 Si Mg 67 Harrison R 1 PHIL MAG 22 131 709184 E 9L 5N Si Mg 67 Hayasi Y 2 INTCONF VUVPHYS 3 719173 E 9L

9L

Si Mg

Si Mn

6750 Wiech G 2 BAND STRU SPECT 173 739007 E 9K 9L Si Mo 33 Zhukova I 4 SOVPHYS SOLIDST 10 1097 689258 E 9L9K

6G

6C

58

58 5D50

4L4L SiN

SiN

57

57 Hayasi Y 2 INTCONF VUVPHYS 3 719173 E 9L SiN 57 Volkov V 2 PHYS METALMETAL 25 185 689196 E 9A 9L SiNi 33 100 0 Bryan H 2 PROC ROY SOC 176A 229 409003 E 9L 5B 4L OO SiO 50 Das Gupta K 1 PHYS REV 80 281 509003 E 9L SiO

Henke B 2 J APPL PHYS 37 922 669013 E 9L 9G 4L SiO 67 Wiech G 1 Z PHYSIK 207 428 679261 E 9L 91 5B 50 SiO 67 Wiech G 1 SXS BANDSPECTRA 59 689325 E 9L9K

5D

5D

5858 SiO

SiO

00

00

67

67 Urch D 1 J PHYS 3C 1275 709220 T 98 9K 9L 91 4L SiO 80 Hayasi Y 2 INTCONF VUVPHYS 3 719173 E 9L SiO 50 67 Das Gupta K 1 APPL PHYS LET 6 104 659057 E 9L 9S OY SiPd 0 100 Wiech G 2 BAND STRU SPECT 173 739007 E 9K 9L Si Pr 33 Hayasi Y 2 INTCONF VUVPHYS 3 719173 E 9L Si Ti 67 Kurmaev E 2 PHYS STAT SOLID 43 K 49 719056 R 9K 9L 5D SiV 25 Hayasi Y 2 INTCONF VUVPHYS 3 719173 E 9L SiV 67 Wiech G 2 BAND STRU SPECT 173 739007 E 9K 9L SiW 67 Kranner H 1 PHYSIK VERHANDL 13 135 629105 E 9L 58 4L Six

Deodhar G 2 J SCI INDUS RES 15B 615 569014 E 9L Sm

Gokhale B 2 J PHYS 2B 282 669007 E 9L 9Q SmO 00 60 Gokhale B 2 J PHYS 2B 282 699007 E 9L 9Q SmO 60

Randall C 1 PHYS REV 57 786 409004 E 9S 9L Sn

HoUiday J 1 J APPL PHYS 33 3259 629095 E 9L 9S Sn

Noreland E 1 ARKIV FYSIK 26 341 649107 E 9E 9L 58 50 OD Sn

Noreland E 2 ARKIV FYSIK 26 161 649110 E 9L 9R 9S OD 5B Sn

Nemoshkalenk V 2 PHYS LET 30A 44 699153 E 9L 4A 58 50 Sn

74
b. L- Spectra — Continued

Authors

Journal Vol. Page Ref. Number Type Properties Alloy Composition

First No. Low High

Crisp R 1 THESIS U W AllST 1 619046 E SnMg 67 Hague C 2 BAND STRLl SPECT 251 739004 E SnNb 75 9L SnV 25 Nemnonov S 2 FIZ METAL METAL 21 211 669151 R 9A .5D 91, 9M T

Nemnonov S 5 TRANSMETSOCAIME 245 1191 699104 R 9A 30 TB 67

^'^ 30 TC

9A *^ 30 TN

9A 30 TO

Hirsh F 1 PHYS REV 62 137 429001 E 91 T Ta

Ferreira J 1 COMPT REND 241 1929 559007 E 9L 9S 91 Ta

Goldberg M 1 J PHYS RADIUM 22 743 619032 E Ta

Cokhale B 2 INDIAN J PAPHYS 1 56 63909E 91, 90 Ta

Ta 100 Ramqvist L 5 J PHYS CHEM SOL 32 149 719000 E 9L 30 4L TaC 49 50 TaC 49 50

Sakellari P 1 COMPT REND 236 1767 ,5.39012 E Tb

oaKcllall CaL^Uari PI 1I COMPT REND 236 1.547 .539013 E Tb

Sakellari P 1 J PHYS RADIUM 16 422 .5.5902(1 E 9F 61' Tb

Sakellari P 1 J PHYS RADIUM 16 271 5,59019 E TbO 60 ueoanar \j o CAN J PHYS 47 341 699026 E 9E 9L TbO 64

nanaaii i PHYS REV 57 786 409004 E Te

Noreland E 1 ARKIV FYSIK 26 341 649107 E QF Te

Noreland t 2 ARKIV FYSIK 26 161 649110 E 9L 9R 9S OD 5B Te

Ferreira J 1 COMPT REND 241 1929 559007 E ^[^ ^1 91 Tb

Goldberg M 1 J PHYS RADIUM 22 743 6190.32 E 9L 91 Tb

Lfeoanar v» ^ PROC PHYS SOC 81 367 6.39106 E TbO

Skinner H 3 PHIL MAC 45 1070 549020 E T Ti

Lukirskii A 2 BULLACADSCIUSSR 28 749 649144 E Ti 100 (1) Holliday J 1 RONTGENCHEMBIND 1.39 669203 E 9L Ti 100 Holliday J 1 ADV XRAY ANALYS 9 365 669246 E 9L Ti 100 Nemnonov S 1 PHYS METALMETAL 24 66 679213 R Ti 100 Holliday J 1 J APPL PHYS 38 4720 6792.58 E Ti Holliday J 1 NORELCO REPORTR 14 84 679388 R Ti 100 Nemoshkalenk V 2 SOV PHYS DOKL 12 735 689006 E 9K Ti Nemnonov S 2 PHYS METALMETAL 26 43 6892.36 R 9K 9L Ti 100 Fischer D 2 J APPL PHYS 39 4757 689262 E 9A 9L Ti

Holliday J 1 SXS BANDSPECTRA 101 689329 E 9L 5D Ti Fischer D 1 TECH REPORT AD 713 100 709312 R 9A 91, Ti loo 9K Ti 100 Fischer D 1 PHYS REV 4B 1778 719106 R 9L 6G Ti 100 Holliday J 1 J PHYS CHEM SOL 32 1825 719196 E 91, 4L Ti 100 Hague C 2 MUNICH SYMP 7.39010 E 91, Ti 100 Curry C 2 PHIL MAG 21 6.59 709016 E 9L JiAl 75 Holliday J 1 RONTGENCHEMBIND 1.39 669203 E 9L 91 4L TiB 67 9K 4L 4A TiB 67

Holliday J 1 ADV XRAY ANALYS 9 365 669246 E 9L 4L TiB 67 9K 4L TiB 67 Nemnonov S 1 PHYS METALMETAL 24 66 679213 R 9K 9L TiB 67

Holliday J 1 NORELCO REPORTR 14 84 679388 E 9L TiB 67

Fischer D 2 J APPL PHYS 39 4757 689262 E 9A 9L TiB 67

Fischer D 1 TECH REPORT AD 713 100 709312 R 9A 9L TiB 67

Holliday J 1 RONTGENCHEMBIND 1.39 669203 E 9L 91 4L TiC 45 50 9K 4L 4A TiC 50

Holliday J 1 ADV XRAY ANALYS 9 365 669246 E 9L 4L TiC 45 49 9K 4L TiC 45 49

(1) 1000 °c

75
b. L-S|»<'trtt ',«>riliriij«-«l Authors

ioiirniil Vol, i'riiln-.n'ti-M MU,y

Composition

No,

J Hij^h

i till . n r . 1 / , 1 . . /I y , l /\ 1

,

^,< /^V'*' 1'' n OK .%

,) OA 01, TIC 50

H',Hi<)/. / I

, 101 Of. 5[> .% OK TiC 50

Jlf/K.v I I' W / ' A y \ /' I

' A i I Al 7'/

01, Ti( 50

) 1 Al I 1, 1 H / , a' 1 a/. OK r,H TIC 50

01, OA a: TiC 50

) 'I I ^ If C I 1 ['

' f Aft 71'' I OA 01, Ti( 5fJ H it fii'i '/ ttii f. 1 I' H '/ ' 4 Iff- '71 ' f I 1 7 ) O'KKJ * OK 01, ',0 M'. TiC 5f) Il'.llxin / / ) \ 710) 00 r. 01, 41, li (

.

40

{l'>lli'ti>/ I " 01. jj

. .

llollxli) / 1

] 1 I' I f / ' / I ( I- fifl ' / 1

1

>(> v. 01. 4L li Co 50

Holli'ii)/ J 1

f ; I* ' t If ' '/ hA I*

J I )« / 1 ."/J )i y / ;V) t '' /'< OK 50

l)<.ill'li>/ j

1

1 I'll"/' ^ (f I- tL/r ' ^ 1

1

\<-:y.., 710100 K 01. 41. 07

01. 41. Tiff

H.,lli.).>/ 1, ) . ^ > . ( 1 ' y / , . I ' M f , //I 1 * 1 , » 1 ^ 1 ',> ^Ar/O.i 01, 01 41. TiN 50

] I'll'/' M 1- '1 A ( M t- 'f A f OK 01. Ti N 50

lil'/tOV I

' ^ 1 '7 I* M V ' ' / L 1 Ml' '1 >y.\ /'"V4I OK 01 OS '.<) 5(J 01. 01 OS .'.<) T/^ 50

1 in< r l> 'I JM /' t.d O-iOZOX OA 01. //

N

50

II'.IIkIk/ I

• IMI' Y'/II' '

7f /

01, TiN 17 5fJ

I'IK< ll. , i) l Ai'iM iMi

y

tyy OK >!', TiN 50

01, OA ,n .50 I'inrli., 1) ) I 1 , M lO.I'O n I A I> OA 01, Ti N 50

J f 1 J / J 1 , 1 It , JVI 1^ fx . '.'^ „.

', /IO(K»0 OK 01, ;0 :,i{ .'"*0 liollKliiy 1

1

1 1*11"/'- / 1 1 !• N/I V / 1

1

01, 41. TiN 17 44

V.,ll'..,v V 1*117'-. M l< '1 A ( MI-'I At

,' 01, 1 i/Vi .'>o 7rj MoIIkIo/ I ) < J JVl \\ J 1 IVI 1 "<<

i

' /

01, 07

ll»lll<l/>'/ 1 \ \i',2; 7 ]')]')(

': 01, 41, TiN' .'i.''. 7r< ,kn„.> , II I* f ( 1 1 M A '.yl'JflVfl

; 01, O'l M> TiC 07

l.iiki>Rkii A y

li 1 ' f 1 A / A 1 i' / II"' 1/ ''</

/./Ifi 1 A A 01. 4A 01 TiO 07

IIoIIkI/i'/ f li ' / 1 i 1 \ 0r.\ 1 1 . 1 1 r. IVJ i> 1 1 11/ 01, 01 41, Ti f > 47 00

M<>lli<li>y 1 1 AA (I>t V/V A

y nIf AA 7 A M A 1 7 1 /\ 1 N A 1 , 1 ; ' '' ^.^.0X40 01. 41. 47 00

1 1*1(7' ^/I 1. '1 Al hfl I. '1 Al t III / M r, 1 A I , JVJ 1', 1 A J

,

OK 01. .'>0 llolli'lii/ i 1 4/XO 01, .'.0 00

IIoIIkIk'/ 1

r

' # 1 If r 1 / / 1 1/ r i >/ 1 1/ 'i if 14 " 0 /O.l.i.', 01. 70 00 OK 7() 00

llrylov 1 )'*VlHr / <WI,ll:tfl 10 <,y\ '"' '"'^OK 01 OS :u} .'

4!! :a

01, 01 OS ::() 4ii :a

1' in> , 1) y

A * *l * ,> M.,t („i<y/(,y OA 01. I'f 07

llolli'l.iy 1 SXS fl A N l)SI*l',( , I ((

A

101 0?iO,''/^0 01, ;.!> TU 7.') ;,o M.-nsliikov A I*(I7'- ^-,'( A'l V/lf lit .'/> 0001.17 OK :.x Ml TiO ;,o 01, 7 y*

!)0

I' lK) Ik'I 1) , 1 AI'I'I. I'll / , 41 ..yyy /OO 1 .!0 OK M! .')0 01, OA :.l! .')0 I'in'li.i 1) 1 1',< II It I'.roici A i» / 1 .' 100 /00,',I7 OA 01, :>o 07

ll<>lli<liiy 1 , A 1 ) V X K A Y A f^i A 1 . y 1.! /00.',40 01, OK .'.0 01, 41. r'o 0 00

I' iHi licr 1) 1 Al>v XHAY A M A 1 ,

Y

/00,',.,0 OA 01, ' 07

( if , I,,., 1) 1 I'llY , KI V 4710 / 70040 OA 01. 07 OA 01, 1

V

1 07 IN'M.ONI' V 1 1 V 1*1 1 Y '"> 01.

II..H.I. 1' 1 rfiYs iti:v i:i7 470001 i: OS 01 '/I OM 01, li l.,,.>,„ 1 1 .oMi'i I(i:ni) /"1

1

1070 ;/.ooo7 1. 01, OS 01 TI

1 I IMIVS KADIIIM 74;i OlOO.iX !; 01. 01 TI

7(>
b. L- Spectra — Continued

Authors

Journal Vol. Page

Ref. Type Properties Alloy Composition

First No. Number

Low High

SakeUari P 1 COMPT REND 2,36 1767 5,39012 E 9A 9L Tm

SakeUari P 1 COMPT REND 2,36 1244 539014 E 9A 9L Tm

Sakellari P 1 J PHYS RADIUM 16 422 559020 E 9L 9F 91 58 6U Tm

Nigam A J PHYS 28 419 699024 E 9L 9Q Tm

SakeUari P 1 J PHYS RADIUM 16 271 559019 E 9L 9S 58 5D TmO 60 Rogosa G PHYS REV 92 1434 5,39011 E 9K 9L U

Ferreira J 1 COMPT REND 241 1929 559007 E 9L 9S 91 U

Merrill J PHYS REV 110 79 589017 E 9L U

Goldberg M 1 J PHYS RADIUM 22 743 619032 E 9L 91 u

MerrUl J ANN PHYS 14 166 619057 E 9L 4A 9A u

Skinner H PHIL MAG 4,S 1070 549020 E 9L 9T 5D 9M V

Fischer D J APPL PHYS 36 2048 6,59063 E 9L 9S 91 4L 58 V

HoUiday J J APPL PHYS 38 4720 6792,58 E 9L V

Brytov I PHYS METALMETAL 24 174 679328 E 9L 4A V

Nemoshkalenk V 2 SOV PHYS DOKL 12 735 689006 E 9F 9K 9L V

Nemnonov S PHYS METALMETAL 26 43 689236 R 9K 9L V 100 Fischer D J APPL PHYS 40 4151 699173 E 9L 9A 3Q 9R 9S V 100 Zhurakovs E INORGANIC MATLS 6 183 709306 E 9L V

Fischer D TECH REPORT AD 713 100 709312 R 9A 9L V 100 Zhurakovs E SOV PHYS DOKL 1,5 877 719021 E 9L V

Fischer D PHYS REV 48 1778 719106 R 9L 6G V 100 Senemaud C J PHYSIQUE 32S 193 719205 E 9L V 100 Hague C BAND STRU SPECT 251 739004 E 9L V 100 Hague C MUNICH SYMP 739010 E 9L V 100 Kapoor Q 3 BAND STRU SPECT 215 739008 E 9L V Al

Watson L 3 MUNICH SYMP 7,39014 E 9L V Al 10 75 Fischer D J APPL PHYS 40 4151 699173 E 9L 9A 3Q 9R 98 V8 67

Fischer D 1 TECH REPORT AD 713 100 709312 R 9A 9L V8 67 Senemaud C 2 J PHYSIQUE 32S 193 719205 E 9L VB 33

Brytov I 3 PHYS METALMETAL 26 178 689363 E 9L 58 VC 47

Fischer D 1 J APPL PHYS 40 4151 699173 E 9L 9A 3Q 9R 9S vc 50 Zhurakovs E 3 INORGANIC MATLS 6 183 709306 E 9L9K

4A

4L

IH 18 IT vc

V c

27

27 4848

Fischer D 1 TECH REPORT AD 713 100 709312 R 9A 9L vc ,50 Ramqvisl L 5 J PHYS CHEM SOL 32 149 719000 E 9K 4L 9V 5V 3Q vc 42 47 9L 4L 9V 5V 3Q V c vc

42

42

47

47 Zhurakovs E 8 SOV PHYS DOKL 1,S 877 719021 E 9L9K

4A

4L

IH 4L vc

V c

28

28

47

47 Fischer D 1 J APPL PHYS 40 4151 699173 E 9L 9A 3Q 9R 9S VN .50 Fischer D TECH REPORT AD 713 100 709312 R 9A 9L VN ,50 Fischer D 1 APPL SPECTRY 2,S 263 719069 E 9L

9L9L

9A

9A

9A

OO

OO

oo

VNaO

VNaO

VNaO

37

50

13 Volkov V 2 PHYS METALMETAL 26 193 689364 E 9L V TVi 89 100 Fischer D 1 J APPL PHYS 36 2048 659063 E 9L 9S 91 4L 58 VO 71 Holliday J 1 J APPL PHYS 38 4720 679258 E 9L vo 00 60

Brytov I 3 PHYS METALMETAL 26 178 689363 E 9L 58 VO 50 Menshikov A 3 PHYS STAT SOLID 3,5 89 699182 E 9K

9L

5X 58 vo

vo

50

50

Fischer D TECH REPORT AD 713 100 709312 R 9A 9L vo 60 71 Fischer D 1 ADV XRAY ANALYS 13 1,59 709350 R 9L vo 60 71 Fischer D 1 APPL SPECTRY 25 263 719069 E 9L 9A vo 60 71 Senemaud C 2 J PHYSIQUE 32S 193 719205 E 9L vo 28 40 Hague C 2 MUNICH SYMP 739010 E 9L vo 60

77

1-244 OL - 74 - 6
b. L- Spectra — Continued

Authors

Journal VoL Page Ref. Number Type Properties Alloy Composition

First irs |no. Low nign Kurmaev E 2 PHYS STAT SOLID 43K 49 719056 R 9K 9L 5D VSi 25 Hayasi Y 2 INTCONF VUVPHYS 3 719173 E 9L V Si 67 Hague C 2 BAND STRU SPECT 251 739004 E 9L VSn 25

Sato M SCI REP TOHOKULI 30 267 419000 T 9A 9L 98 w

Hirsh F PHYS REV 62 137 429001 E 9S 91 9T 9L w

Barrere G COMPT REND 233 376 519001 E 9K 9L w

Ferreira J COMPT REND 241 1929 559007 E 9L 98 91 w

Goldberg M J PHYS RADIUM 22 743 619032 E 9L 91 w

Meisel A 2 EXP TECH PHYSIK 9 258 619056 E 9L 4A w

Merrill J 2 ANN PHYS 14 166 619057 E 9L 4A 9A w

Wiech G 2 BAND STRU SPECT 173 739007 E 9K 9L W Si 67 Blokhin M 2 BULLACADSCIUSSR 24 410 609057 T 9K 9L 9M 9T X

Kakushadze T 1 ANN PHYSIK 8 353 619044 T 9S 9K 9L 9M 5B X

Mizuno Y 2 J PHYS SOC JAP 25 627 689233 T 9A 9K 9L X

Bergersen B 2 X RAY CONF KIEV 2 162 699297 T 9E 9L X

HoUiday J 1 TECH METALS RES 3 325 709345 R 9K 91. 9M 01 X

Fabian D 1 CRREV SOLST SCI 2 255 719070 R 9K 91. 9M X

Bergersen B 3 PHYS REV 5B 2385 729041 T 9A 9L X

Henke B 2 J APPL PHYS 37 922 669013 E 9L 9G OO X a

Henke B 1 ADV XRAY ANALYS 9 430 669244 E 9L OO X a

Gale B 1 PROC PHYS SOC 84 933 649114 E 9L OD 6F 4A X Mg

Henke B 1 ADV XRAY ANALYS 9 430 669244 E 9L OO X P

Wiech G 1 X RAY CONF KIEV 2 25 699287 E 9L OO X P

Fischer D 2 NORELCO REPORTR 14 92 679387 R 9L OO X Pb

Henke B 1 ADV XRAY ANALYS 9 430 669244 E 9L OO X s

Meisel A 2 X RAY CONF KIEF 297 699285 E 9L 4L OO 5B X s

Kranner H 1 PHYSIK VERHANDL 13 135 629105 E 9L 5B 4L X Si Thompson B 2 DVP APPL SPCTRY 4 23 649156 R 9K 9L 9M XX

9K 9L 9M XX

Lyapin V 2 SOVPHYS SOLIDST 10 1879 699019 T 9K 9L 4B 5B XX

9K 9L 4B 5B XX

Randall C 1 PHYS REV 57 786 409004 E 9S 9L OO Xe

Hirsh F PHYS REV 62 137 429001 E 9S 91 9T 9L Yb

Sato M ' SCI REP TOHOKUU 30 267 419000 T 9A 9K 9L 9M 98 Zn

Korsunski M 2 ISSLAKADNAUKSSR 3 249 589013 E 9L Zn

Rumyantse I 2 OPT SPECTR 7 498 599029 E 9L Zn

Lucasson A 1 ANN PHYSIQUE 5 509 609031 E 9A 9L Zn

Fischer D 1 J APPL PHYS 36 2048 659063 E 91. 9S 91 4L 5B Zn Chun H 2 Z NATURFORSCH 22A 1401 679324 E 9L Zn 100

Liefeld R 1 SXS BANDSPECTRA 133 689330 E 9L 9A 9H 9R 9S Zn

Zyryanov V 2 PHYS METALMETAL 27 191 699116 E 9L 9S OD Zn 100 Nemnonov S 2 PHYS METALMETAL 29 141 709348 E 9A 9L Zn 100 Neddermey H 1 MUNICH SYMP 739015 E 9L Zn

Fabian D 5 X RAY CONF KIEV 1 26 699280 E 9L 8U ZnAl 75 100 Fabian D 3 NBS IMR SYMP 3 709114 E 9L ZnA7 45 Watson L 3 Ml'NlCH SYMP 739014 E 9L ZnA7 45 90 Lucasson A COMPT REND 245 1794 579024 E 9L 98 4L 5B Zn Cu 20 80 Rumyantse I 2 OPT SPECTR 7 498 599029 E 9L Zn Cu

Lucasson A ANN PHYSIQUE 5 509 609031 E 9A 9L Zn Cu 20 100 Nemnonov S 2 PHYS METALMETAL 29 141 709348 E 9L ZnCu 52 Neddermey H 1 MUNICH SYMP 739015 E 9K ZnMg 33 90 9L Zn Mg 33 90 Curry C 1 SXSBANDSPECTRA 173 689333 R 9L 5D ZttNi 52 64

Sato M 1 SCI REP TOHOKUU 30 267 419000 T 9A 9L 9S ZnO

Fischer D J APPL PHYS 36 2048 659063 E 9L 9S 91 4L 5B ZnO 50

78
b. L- Spectra — Continued

Authors

Ref. Composition

Journal Vol. Page Type Properties Alloy

irst No Number Low High

Zyryanov V 2 PHYS METALMETAL 27 191 699116 E 9L 9S OD ZnO 50 Wiech G 2 J PHYSIQUE 32S 201 719206 E 9R 9L ZnS 50

Hirsh F 2 PHYS REV 44 955 339000 E 9G 9S 9L 91 Zr

Liefield R 1 DISSERT ABSTR 20 4147 609030 E 9L 9S 5D 9A Zr Nemoshkalenk V 2 SOVPHYS SOLIDST 9 268 679111 E 9L 9G 91 5D Zr

Nemoshkalenk V 2 BULLACADSCIUSSR 31 999 679177 E 9L 5D Zr Nemoshkalenk V 2 PHYS LET 30A 44 699153 E 9L 4A 5B 5D Zr

Ramqvist L 5 J PHYS CHEM SOL 32 149 719000 E 9L Zr 100 Curry C 2 PHIL MAG 21 659 709016 E 9L 5B 5D 6T 5N ZtAI 67 Ramqvist L 5 J PHYS CHEM SOL 32 149 719000 E 9L 4L 9V 5V 30 ZrC 48

c. M-Speclra

Authors

Ref. Composition

Journal Vol. Page Type Properties AUoy Number

First No. Low High

Parratt L 1 PHYS REV 50 598 369004 E 9S 9L 9M 91 4A Ag

Lukirskii A 3 OPT SPECTR 16 372 649115 E 9M Ag

Hoffmann L 3 Z PHYSIK 229 131 699264 E 9M 91 9R OS 7D Ag

Shinoda G 1 X SEN 8 55 559023 E 9L 9M AlCu 66

Appleton A 2 PHIL MAG 16 1031 679278 E 9M

9L

ALFe AlFe18

18 28 CuthiU J 3 J APPL PHYS 39 2204 689098 E 9L9M

i4iNi AIM0 100

Cuthill J 4 SXS BANDSPECTRA 151 689331 R 9M

9L 5D5D AIMAJNi

0 100

inn Kruglov V 2 SOVPHYS SOLIDST 10 170 689016 E 9M 9A AaSe

Parratt L 1 PHYS REV 50 598 369004 E 9S 9L 9M 91 4A Aa

Hirsh F 1 PHYS REV 62 137 429001 E 9S 91 9T 9M 9L Au

Hirsh F 1 PHYS REV 85 685 529016 E 95 9M Au

Catterall J 2 PROC PHYS SOC 79 691 629090 E 9M

9N

9S

9S AuCuAu Cu

Hayasi T 2 SCI REP TOHOKUU 50 228 679151 E 9K9M

01

01 BZrB Zr 67

Hirsh F 1 PHYS REV 62 137 429001 E 9S 91 9T 9M Bi

Hirsh F 1 PHYS REV 85 685 529016 E 9S 9M Bi HoUiday J 1 SXS BANDSPECTRA 101 689329 E 9K9M 50 CNb

C Nb

50

50 Nemnonov S 4 PHYS METALMETAL 28 192 699071 R 9M C Nb 46 Ramqvist L 5 J PHYS CHEM SOL 32 149 719000 R 9M C Nb 50 HoUiday J 1 j PHYS CHEM SOL 32 1825 719196 E 9M C Nb 54 Ramqvist L 1 JERNKONT ANN 153 159 699176 E 9M C Ti 41 50 HoUiday J 1 ADV XRAY ANALYS 9 365 669246 E 9K9M

4L CZr

C Zr

50

50 Nemnonov S 4 PHYS METALMETAL 28 192 699071 R 9M C Zr 50 Ramqvist L 5 J PHYS CHEM SOL 32 149 719000 R 9M C Zr 50

Crisp R 1 THESIS U W AUST 1 619046 E 9M 01 Ca 100

Lukirskii A 3 OPT SPECTR 16 372 649115 E 9M Cd

Fischer D 2 J APPL PHYS 38 4830 679260 E 9M 9R 9S Ce

Skinner H 3 PHIL MAG 45 1070 549020 E 9L 9T 5D 9M Co

Tomboulian D 2 PHYS REV 121 146 619081 E 9M Co

Fomichev V 3 SOVPHYS SOLIDST 13 1031 719054 E 9M 6P Co 100 CatteraU J 2 PROC PHYS SOC 81 1043 639090 E 9M CoFe 10 100 Gyorgy E 2 PHYS REV 87 861 529014 E 9M Cr

Gyorgy E 1 TECH REPORT MIT 254 1 539006 E 9M Cr

Skinner H 3 PHIL MAG 45 1070 549020 E 9L 9T 5D 9M Cr

Agarwal B 2 PHYS REV 107 62 579000 E 9A 9M Cr

79
c. M-Spectra — Continued

Authors

Journal Vol. Page Ref. Type Properties Alloy Composition

First No. Number

Low High Sommer C 4 PHV>; Ml.'TAI MFTAI T 9L 9M 9A Cr 100 Fomirhev V 3 V t^n I o 1 7 1 9054 E 9M 6F Cr 100

Fis< h.-r D r ri Y ^5 Kh V 48 1778 719106 R 9K 9M 6G 58 9 A Cr 100 Cyorgy K 2 FHYS RFV 861 ^ Cu

Gyorgy L TIT IT wrpi'iwi' MIT r>oyuun 9M Cu

Shinoda G :} 1 H I n r. V 840 549019 E 9M Cu

Skinnff H .i r>ri 1 r Kit K f 4.5 1070 549020 E 9L 9T 5D 9M 9A Cu

Shinfxia C 1 .5,5 55902.i E 9L 9M Cu

Bcdo D 2 U 14 V 4.; P IT V 464 599002 E 9M Cu

Curry C 2 pu(\f' PHV".; <t.c\f 1 rvv^v^ r 11 I r> ,i\jy^ 5B 5D Cu

Crisp K 1 THESIS II W AdST £ 9M 01 Cu 100

Callerall J 2 FROC FHYS SOC 79 691 629090 9M 9S Cu 100 Tomboulian D I

1 nil AN ^PFn' RT 649 9M 9S Cu

Clift J 3 PHII MAT 639083 98 Cu 100 Thompson B 1 A PPI QPr/^TR Cu

Appleton A 1 <^UIN i LIVl r r ri i ^ 6 .50 6491.32 R 9M 5D Cu

Goodings D 2 J FHYS C A*iQ OWI #^ 1 I D 1 9M 5D 5B n.. ou

Dobbyn R 4 pr 11u V1 ^5 Rnr.r VV 2B 1563 709080 E givi 6T OD Cu 100 (1) Fomichev V 3 SOVFHYS SOLIDST 13 1031 7190,54 E 9M 6F Cu 100 Shinoda G 9M Cu AJ 66

CaUerall J 2 FROC FHYS SOC 79 691 629090 E 9M 9S

9S Cu Au CuAu

25

25

Clift J 3 59.3 6,}yuoz E 9M 98

98 Cu Ni CuTVi

10 0010090 Thompson B AFFL SPECTR 17 137 639098 E 9M CuNi

Clift J 3 r MIL IVI AO 8 639 6.39083 E 9M 98 CuZn 70 Thompson B 137 ooVUVo 9M

9IV1 CuZn CuZn

70

71 Curry C 1 oAo dAIN Ur>r C-V^ 1 rv A 689333 5D CuZn 70

fisoher D 2

1 A PPI PIJ VQ J Ar r L, rilir) 8,i0 679260 9R 98 Uy

Fischer D 2 14 92 679.387 R 9M 9R Dy 100 Bonnelle C 2

1 p 14 Y Q 1 1 1 r 32S 2.30 719207 9A Dy 100 Fischer D 2

1 APPI PI4VC 38 4830 679260 E 9M 9R 98 Er

Bonnelle C 2 l^lJIVIt 1 rvr-INLI ^^9C

OVVlilJo 9M 9R 98 Eu

Bonnelle C 2

1 PU VQini itr

' * 719207 QM 9A 100 Hague C 2 7.39010 E e" 100 Fischer D 2

1 APPI PiJvt:

J ArrL rnio 38 48.30 679260 E 9M 9R 98 Eu O

Bonnelle C 2

1 P 14 V 1 II IT 32S 2,30 719207 9A Eu O 40

2.54 .5.19006 QM Fe

Gyorgy E 2 P 14 P f \/ 9.3 .365 ,5490 10 E 9M Fe

Skinner H 3 PI4 rrllLII M A IVI AIt 4,5 1070 9T 5D 9M Fe

Shinoda G X SEN 8 55 5.59023 9M Fe

Tomboulian D 2 PI4 V C D C \/ r H I b K L V 121 146 6 1 908

1

E 9M Fe

Tomboulian D J l^UAIN orh-t^ 1 Kl 629 1 22 98 Fe

CaUerall J 2 FROC FHYS SOC 81 1043 639090 E 9M Fe 100 Fomichev V 3 IsUVrriiS) bULIUol 13 1031 719054 E 9M 6F Fe 100 Appleton A 2 PUIT rrilL \AIVIAO KO 16 1031 679278 9M Fe Al 18

18 2828

Catlerall J 2 81 1043 6,i9090 10 100 Fischer D 2

1 A DPI DU VC J ArrL r H Yb .38 4830 679260 E 9R 9S Gd

Bonnelle C I CYC PAMI^CPir/''XRA ^)Ao BAIN U.br Li^ 1 n A 163 689332 ^ 9A Gd

Cauchois Y 4 A KAY t^ UIN r K 1 r V

, '

,

. ^'^ 699281 9M Gd

Bonnelle C 2

1 Duvcirf^viiir

J t^HY.Siyilh 32.S 2.30 719207 E 9M 9A i»a 100 Hague C 2 MUNICH SYMF 7,39010 E 9M Gd 100 Bonnelle C 2 J FHYSIQUE 32S 2,30 719207 E 9M 9A GdO 40 Bedo D 2 FHYS REV 104 590 569006 E 9A 9M Ge

(1 ) 580 °C

80
c. M-Speolra— Conlinued

Authors

Journal Vol. Page Type Propert as Alloy Composition

First No. Low High

Klima J 1 J PHYS 3C 709004 T 9K 9L 9M 6T Ge 100 Fomichev V 2 SOVPHYS SOLIDST 12 2121 719044 E 9A 9M OX OY Ge 100 9K 9M 5D Ge 100 9M GeO 33

Fischer D 2 J APPL PHYS 38 4830 679260 E 9M 9R 9S Ho

Hirsh F 1 PHYS REV 62 137 429001 E 9S 91 9T 9M 9L It Crisp R 1 PHIL MAG 5 1161 609014 E 9L 9M K

Crisp R 1 THESIS U W AUST 1 619046 E 9M 01 K 100 Mc Mullen T 1 J PHYS 3C 2178 709123 T 9M 91 6T 5B K

Fischer D 2 J APPL PHYS 38 4830 679260 E 9M 9R 9S La 9M 9R 9S Lu

Appleton A 2 PHIL MAG 16 1031 679278 E 9M 67 9L MgNi 67 Gyorgy E 1 TECH REPORT MIT 254 539006 E 9M Mn

Gyorgy E 2 PHYS REV 93 365 549010 E 9M Mn

Skinner H 3 PHIL MAG 45 1070 549020 E 9L 9T 5D 9M Mn

Shinoda G 1 X SEN 8 55 559023 E 9L 9M Mn

Fomichev V 3 SOVPHYS SOLIDST 13 1031 719054 E 9M 6P Mn 100 Rogers J 2 PROC PHYS SOC 67B 348 549016 E 9M 9N 4A Mo

HoDiday J 1 BULL AM PHYSSOC 6 284 619003 R 9M Mo

HoUiday J 1 BULL AM PHYSSOC 8 248 639084 E 9M 6F 4A Mo

Lukirskii A 2 BULLACADSCIUSSR 27 339 639114 E 9M 9E 9S OD 9T Mo

Zimkina T 3 BULLACADSCIUSSR 28 744 649155 R 9M Mo (1) HoUiday J 1 SXS BANDSPECTRA 101 689329 E 9M 5D Mo

Zimkina T 3 BULLACADSCIUSSR 28 744 649155 E 9M MoO 25 Bobin J 2 COMPT REND 252 1302 619016 E 9M MoPuU MoPuU 10 MoPuU

Zimkina T 3 BULLACADSCIUSSR 28 744 649155 E 9M N Nb 12 HoUiday J 1 BULL AM PHYSSOC 6 284 619003 R 9M Nb

HoUiday J 1 PHIL MAG 6 801 619038 E 9M Nb

HoUiday J 1 BULL AM PHYSSOC 8 248 639084 E 9M 6F 4A Nb

Lukirskii A 2 BULLACADSCIUSSR 27 339 639114 E 9M 9E 9S OD 9T Nb

Zimkina T 3 BULLACADSCIUSSR 28 744 649155 R 9M Nb (1) HoUiday J 1 SXS BANDSPECTRA 101 689329 E 9M 5D Nb

9K NbC 50 9M 5D NbC 50 Nemnonov S 4 PHYS METALMETAL 28 192 699071 R 9M NbC 46 Ramqvist L 5 J PHYS CHEM SOL 32 149 719000 R 9M NbC 50 HoUiday J 1 J PHYS CHEM SOL 32 1825 719196 E 9M NbC 54 Zimkina T 3 BULLACADSCIUSSR 28 744 649155 E 9M A^fcN 12 9M NbO 29

Fischer D 2 J APPL PHYS 38 4830 679260 E 9M 9R 9S Nd

Gyorgy E 1 TECH REPORT MIT 254 1 539006 E 9M Ni

Gyorgy E 2 PHYS REV 93 365 549010 E 9M Ni

Skinner H 3 PHIL MAG 45 1070 549020 E 9L 9T 5D 9M 9A Ni

Shinoda G 1 X SEN 8 55 559023 E 9L 9M Ni

Curry C 2 PROC PHYS SOC 76 791 609002 E 9M 5B 5D Ni

Tomboulian D 2 PHYS REV 121 146 619081 E 9M Ni

Tomboulian D 1 J QUAN SPECT RT 2 649 629122 R 9M 9S Ni Thompson B 1 APPL SPECTR 17 137 639098 E 9M Ni

] CONTEMP PHYS 6 50 649132 R 9M 5D Ni

CuthiU J 3 PHYS REV LET 16 993 669150 E 9M 9U 6G Ni 100 (2) CuthiU J 4 r H I 3 KL V 164 1006 o /VoUU Ni 100 CuthiU J 4 SXS BANDSPECTRA 151 689331 R 9L 9M 5D 5W 6T Ni 100 (2) Curry C 1 SXS BANDSPECTRA 173 689333 E 9M 5D Ni

(1) Above 1000 °C (2) 960 °C

81
c. M-Spectra — Continued

Authors

Journal VoL Page

Ref. Number Type Properties Alloy Composition

First irs No. Low nign Fomichtv V 3 SOVPHYS SOLIDST 13 1031 719054 E 9M 6P Ni 100

Cuthill J 3 J APPL PHYS 39 2204 689098 E 9L NiAJ 0 100 9M MAI 0 100

Culhill J 4 SXS BANDSPECTRA 151 689331 R 9M 5D NiAl 0 100 9L 5D NiA/ 0 100

Clift J 3 PHIL MAG 8 593 639082 E 9M 9S NiCu 10 100 9M 9S MCu 00 90 Thompson B 1 APPL SPECTR 17 137 639098 E 9M NiCu

Appleton A 2 PHIL MAG 16 1031 679278 E 9M MMg 67 9L NiMg 67 CulhiU J 3 J APPL PHYS 39 2204 689098 E 8C MTi 50

Cuthill J 4 SXS BANDSPECTRA 151 689331 R 9M 6T 5D Ni Ji 50 Nagel D 3 MUNICH SYMP 739013 T 9M NiTi 50 Appleton A 2 PHIL MAG 16 1031 679278 E 9M NiZn 52 64

Fischer D 2 J APPL PHYS 38 4830 679260 E 9M 9R 9S 0 Eu

BonneUe C 2 J PHYSIQUE 32S 230 719207 E 9M 9A 0 Eu 40 9M 9A 0 Gd 40 Fomichev V 2 SOVPHYS SOLIDST 12 2121 719044 E 9M 0 Ce 33 Zimkina T 3 BULLACADSCIUSSR 28 744 649155 E 9M 0 Mo 25 9M 0 Nb 29

Fischer D 2 J APPL PHYS 38 4830 679260 E 9M 9R 9S 0 Yb

Zimkina T 3 BULLACADSCIUSSR 28 74.4 649155 E 9M 0 Zt 67

Hirsh F 1 PHYS REV 62 137 429001 E 9S 91 9T 9M Pb

Hirsh F 1 PHYS REV 85 685 529016 E 9S 9M Pb

Curry C 2 PROC PHYS SOC 76 791 609002 E 9N 9M 58 5D Pd

Fischer D 2 J APPL PHYS 38 4830 679260 E 9M 9R 9S Pr

Hirsh F 1 PHYS REV 62 137 429001 E 9S 91 9T 9M 9L Pt

Hirsh F 1 PHYS REV 85 685 529016 E 9S 9M Pt

Bobin J 2 COMPT REND 252 1302 619016 E 9M PuU Mo PuU Mo 10 PuU Mo

Curry C 2 PROC PHYS SOC 76 791 609002 E 9N 9M 5B 5D Rb

Holliday J 1 BULL AM PHYSSOC 6 284 619003 R 9M Ru

Kruglov V 2 SOVPHYS SOLIDST 10 170 689016 E 9M 9A SeAs 40

Fischer D 2 J APPL PHYS 38 4830 679260 E 9M 9R 9S Sm

Nemnonov S 2 FIZ METAL METAL 21 211 669151 R 9A 5D 9L 9M T

Fischer D 2 J APPL PHYS 38 4830 679260 E 9M 9R 9S Tb

Hirsh F 1 PHYS REV 62 137 429001 E 9S 91 9T 9M Tb

Hirsh F 1 PHYS REV 85 685 529016 E 9S 9M Tb

Lukirskii A 3 SOVPHYS SOLIDST 8 72 669230 E 9M Ti 100 Fomichev V 3 SOVPHYS SOLIDST 13 1031 719054 E 9M 6P Ti 100 Ramqvist L 1 JERNKONT ANN 153 159 699176 E 9M TiC 41 50

Cuthill J 3 J APPL PHYS 39 2204 689098 E 9M 8C 5D TiNi 50

Cuthill J 4 SXS BANDSPECTRA 151 689331 R 9M 6T 5D TiM 50 Nagel D 3 MUNICH SYMP 739013 T 9M TiNi 50

Hirsh F 1 PHYS REV 62 137 429001 E 9S 91 9T 9M 9L TI Hirsh F 1 PHYS REV 85 685 529016 E 9S 9M TI Fischer D 2 J APPL PHYS 38 4830 679260 E 9M 9R 9S Tm

Hirsh F 1 PHYS REV 62 137 429001 E 9S 91 9T 9M U

Hirsh F 1 PHYS REV 85 685 529016 E 9S 9M U

Bobin J 2 COMPT REND 252 1302 619016 E 9M U MoPu

U MoPu 10 U MoPu

Skinner H 3 PHIL MAG 45 1070 549020 E 9L 9T 5D 9M V

Fomichev V 3 SOVPHYS SOLIDST 13 1031 719054 E 9M 6P V 100 Rogers J 2 PROC PHYS SOC 67B 348 ,549016 E 9M 9N 4A W

82
c. M-Spectra — Continued

Authors

Journal Vol. Page

Ref. Number Type Properties Alloy Composition

First No. Low High

Blokhin M 2 BULLACADSCIUSSR 24 410 609057 T 9K 9L 9M 9T X

Kakushadze T 1 ANN PHYSIK 8 353 619044 T 9S 9K 9L 9M 5B X

HoUiday J 1 TECH METALS RES 3 325 709345 9K 9L 9M 01 X

Fabian D 1 CRREV SOLST SCI 2 255 719070 R 9K 9L 9M X

Thompson B 2 DVP APPL SPCTRY 4 23 649 1 56 R 9K 9L 9M X X

9K 9L 9M XX

HoUiday J 1 BULL AM PHYSSOC 3 248 639084 £ 9M 6F 4A Y

HoUiday J 1 SXS BANDSPECTRA 101 689329 9M 5D Y

Fischer D 2 J APPL PHYS 38 4830 679260 9M 9R 9S Yb 9M 9R 9S YbO

Sato M 1 SCI REP TOHOKUU 30 267 419000 T 9A 9K 9L 9M 9S Zn

Skinner H 3 PHIL MAG 45 1070 549020 9M 9A 5D Zn

CUft J 3 PHIL MAG 8 639 639083 E 9M 9S Zn 100 Thompson B 1 APPL SPECTR 17 137 639098 E 9M Zn

Appleton A 1 CONTEMP PHYS 5 50 649132 R 9M 5D Zn

Curry C 1 SXS BANDSPECTRA 173 689333 E 9M 5D Zn

Clift J 3 PHIL MAG 8 639 639083 E 9M 9S ZnCu 70 Thompson B 1 APPL SPECTR 17 137 639098 E 9M ZnCu 70 9M ZnCu 71 Curry C 1 SXS BANDSPECTRA 173 689333 E 9M 5D ZnCu 70 Appleton A 2 PHIL MAG 16 1031 679278 E 9M ZnNi 52 64 HoUiday J 1 BULL AM PHYSSOC 6 284 619003 R 9M Zt

HoUiday J 1 BULL AM PHYSSOC 8 248 639084 E 9M 6F 4A Zr

Zimkina T 3 BULLACADSCIUSSR 28 744 649155 E 9M 9S Zt 100 (1) HoUiday J 1 SXS BANDSPECTRA 101 689329 E 9M 5D Zr

Hayasi T 2 SCI REP TOHOKUU 50 228 679151 E 9K 01 ZtB 67 9M 01 ZrB 67 HoUiday J 1 ADV XRAY ANALYS 9 365 669246 E 9K 4L ZrC 50 9M ZrC 50 Nemnonov S 4 PHYS METALMETAL 28 192 699071 R 9M ZrC 50 Ramqvist L 5 J PHYS CHEM SOL 32 149 719000 R 9M ZrC 50 Zimkina T 3 BULLACADSCIUSSR 28 744 649155 E 9M ZrO 67

(1) Above 1000 "C

83
d. N and O Spectra

Authors

Journal Vol. Page

Ref. Number Type Properties Alloy Composition

First No. Low High

Curry C 2 PROC PHYS SOC 76 791 609002 E 9N 5B 5D Ag

Mc Alister A 4 BAND STRU SPECT 191 739001 E 9N ALAu 67 (1) Catterall J 2 PROC PHYS SOC 79 691 629090 E 9N 9S Au 100 Mc Alister A 4 SOLIDSTATE COMM 9 1775 719034 E 9N 6L Au 100 (2) Rudnev A 4 SOVPHYS SOLIDST 13 1724 729002 E 9N 90 Au 100 9N 90 Au 100 Fomichev V 3 SOVPHYS SOLIDST 13 2525 729046 E 9N Au 100 Mc Alister A 4 BAND STRU SPECT 191 739001 E 9N AuAl 67

Catterall J 2 PROC PHYS SOC 79 691 629090 E 9M 9S AuCu 25 9N 9S Au Cu 25 9S Cu Au 25 9N 9S CuAu 25 Rudnev A 4 SOVPHYS SOLIDST 13 1724 729002 E 90 Hi 100 9N 90 It 100 9N 90 It 100 90 Lu 100 Rogers J 2 PROC PHYS SOC 67B 348 549016 E Mo

Lukirskii A 3 SOVPHYS SOLIDST 8 72 669230 E 9N Mo 100 Rudnev A 3 SOVPHYS SOLIDST 13 2083 729047 E 9N 6P Mo 100

Lukirskii A 3 SOVPHYS SOLIDST 8 72 669230 E 9N Nb 100 Rudnev A 3 SOVPHYS SOLIDST 13 2083 729047 E 9N 6P Nb 100 Curry C 2 PROC PHYS SOC 76 791 609002 E 9N VlVl OD OU Pd

Lukirskii A 3 SOVPHYS SOLIDST 8 72 669230 E 9N 6L Pd 100 Rudnev A 3 SOVPHYS SOLIDST 13 2083 729047 E 9N 6P Pd 100 Rudnev A 4 SOVPHYS SOLIDST 13 1724 729002 E 9N 90 Pt 100 9N 90 Pt 100 Fomichev V 3 SOVPHYS SOLIDST 13 2525 729046 E 9N Pt 100 Hakkila E 2 SPECTROCHIMACTA 238 97 679152 E 9N 9E Pu 100

Lukirskii A 3 SOVPHYS SOLIDST 8 72 669230 E 90 6L Re

Curry C 2 PROC PHYS SOC 76 791 609002 E 9N VlVl OD OLf Rb

Rudnev A 3 SOVPHYS SOLIDST 13 2083 729047 E 9N 6P Rb 100 9N 6P Ru 100

Lukirskii A 3 SOVPHYS SOLIDST 8 72 669230 E 9N OO 6L Sb 100 90 6L Ta 100 Rudnev A 4 SOVPHYS SOLIDST 13 1724 729002 E 9N 90 Ta 100 Ta 100

Lukirskii A 3 SOVPHYS SOLIDST 8 72 669230 E 9N OO 6L Te

Rogers J 2 PROC PHYS SOC 67B 348 549016 E W

Lukirskii A 3 SOVPHYS SOLIDST 8 72 669230 E 90 6L W 100 Rudnev A 4 SOVPHYS SOLIDST 13 1724 729002 E 90 W 100 Rudnev A 3 SOVPHYS SOLIDST 13 2083 729047 E 9N 6P Y 100 9N 6P Zr 100

(1)600°C (2)580 °C

84
3.3. Index by Author

Aberg, T. Aberg, T.

Utriainen, J.

Aberg, T. Aberg, T. Aberg, T. Aberg, T. Adelson, E. Agarwal, B.K.

Givens, M.P.

Aita, O. Sagawa, T.

Aita, 0. Nagakura, I. Sagawa, T. Akopdzhanov, R.G.

Akopdzhanov, R.G.

Aleshin, V.G.

Smirnov, V.P. Nakhmanson, M.S.

Aleshin, V.G.

Smirnov, V.P.

Aleshin, V.G.

AUotey, F.K.

See Utriainen, J. (689210)

Evidence For A Radiative Auger Effect in X-Ray

Photon Emission (699076) Phys Rev Let, 22, 1346, 1969 See Linkoaho See Graeffe, G. See Siivola, J. See Utriainen, J. See Austin, A.E.

(699085)

(699111)

(709190)

(719172)

(709003)

Soft X-Ray Absorption By Thin Films Of Chromium (579000) Phys Rev, 107, 62, 1957

Soft X-Ray Emission Spectrum Of Light Metals. I. Li, Be, B, Al And Si (699204) J Phys Soc Jap, 27, 164, 1969 Plasmon Satellite In Soft X-Ray K Emission Band

Of Graphite (719062) J Phys Soc Jap, 30, 516, 1971

Spectral X-Ray Analysis Of Metallic Copper (679212) Phys Metalmetal, 24 , 46, 1967 X-Ray Spectra Of Cuprous Oxide (709228) Sovphys Solidst, 12, 1095, 1970

Interpretation Of X - Ray Spectra (689259) Sovphys Solidst, 10, 1260, 1968

Transition Probabilities In X-Ray Emission Spectra Of

Cubic BN

(699121) Sovphys Solidst, 11, 1621, 1969 See Nemoshkalenko, V. V. (709196)

Effect Of Electron - Hole Scattering Resonance On X-Ray

Emission Spectrum (679087) Phys Rev, 157, 467, 1967

Allotey, F.K. Effect Of Threshold Behaviour On The Calculations Of Soft X-Ray Spectra Of Lithium (719020) Solidstate Comm, 9, 91, 1971 Ande, C. See Deodhar, G.B. (529008)

Ande, C. See Deodhar, G.B. (529009)

85
Andrew, V.J.

Appleton, A.

Relative Intensities Of L-Beta 1,2, L-Alpha 1 And

L -Gamma 1 Lines In Ta, W, Ir, And Pr (329000) Phys Rev, 42, 591, 1932 The Soft X-Ray Emission Spectra Of Metals And Alloys (649132) Contemp Phys, 6, 50, 1964 Appleton, A. Curry, C.

Appleton, A. Curry, C.

Ashcroft, N.W.

Auleytner, J. Ausman, G.A.

Click, A.J.

Soft X-Ray Emission Spectra Of Non -Dilute Aluminum - Magnesium Alloys (659066) Phil Mag, 12, 245, 1965

Soft X-Ray Emission Spectra Of Some Binary Alloys (679278) PhU Mag, 16, 1031, 1967 Density Of States In Simple Metals And The Soft X-Ray

Spectrum (689339) SXS Bandspectra, 249, 1968 See Liden, B. (629112)

Threshold Behavior Of The Soft X-Ray Spectra In Metals (699001) Phys Rev, 183, 687, 1969 Ausman, G.A.

Ausman, G.A. Jr. Click, A.J.

Austin, A.E.

Adelson, E.

Backovsky, J. Bednar, J.

Many - Body Effects On The Soft X-Ray Emission Spectra Of Metals (699118) Thesis U Md, 1, 1969

Electron -Electron Interactions And The Soft X-Ray

Emission Of Lithium (679092) BuU Am Physsoc, 12, 531, 1967 X-Ray Spectroscopic Studies Of Bonding In Transition Metal Germanides (709003) J Solid St Chem, 1, 229, 1970 x An Analysis Of The Profile Of The X-Ray Spectral Line Kx Of Copper And Iron (679095) Czech J Phys, 17, 107, 1967

Bahl, M. K. 5ee Bhide, V. G. (739017)

Baranovskii, V.I. Barinskii, R.L.

Vainshtein, E.E.

Barker, H.L.

Barrere, G.

Batyrev, V.A.

Batyrev, V.A.

Shatunova, A.V.

See Nakhmanson, M.S. (719042)

Absorption And Emission Spectra Of Mo In Molybdenum

Carbide And Other Compounds

(579004) BuUacadsciussr, 21, 1375, 1957 See Hakkila, E.A. (679152) New Lines In The X-Ray Spectra Of W And Hg

(519001) Compt Rend, 233, 376, 1951 5ee Borovskii, LB. (579060)

Method For Investigating The Influence Of Chemical Bonding On The Fine Structure Of X-Ray Emission Spectra

In Microscopic Volumes Of Matter (679158) BuUacadsciussr, 31, 896, 1967

86
Baun, W. L. See Fischer, D. W. (669030)

Baun, W. L. See Fischer, D. W. (669226)

Baun, W. L. See Solomon, J. S. (719192)

Baun, W.L. High Energy Alpha Satellites In The Aluminum K X-Ray

Fischer, D.W. Emission Spectrum (649133) Phys Let, 13, 36, 1964 Baun, W.L. . See Fischer, D.W. (659056)

Baun, W.L. See Fischer, D.W. (659070)

Baun, W.L. See Fischer, D.W. (659090)

Baun, W.L. See Fischer, D.W. (659092)

Baun, W.L. See Fischer, D.W. (669025)

Baun, W.L. See Fischer. D.W. (669148)

Baun, W.L. See Fischer, D.W. (679041)

Baun, W.L. See Fischer, D.W. (679096)

Baun, W.L. Effect Of Alloying On Aluminum K And Copper L X-Ray

Fischer, D.W. Emission Spectra In The Aluminum —Copper Systems (679108) J Appl Phys, 38, 2092, 1967 Baun, W.L. See Fischer, D.W. (679122)

Baun, W.L. See Fischer, D.W. (679260)

Baun, W.L. See Fischer, D.W. (679387)

Baun, W.L. See Fischer. D.W. (689262)

Baun, W.L. See Fischer, D.W. (689304)

Baun, W.L. Al K X-Ray Emission Fine Features For Characterizing Al-Cu Films (699174) J Appl Phys, 40, 4210, 1969 Baun, W.L. A Vacuum Spectrometer For Studying The Chemical Effect White, E.W. On Soft X-Ray Spectra (709354) Adv Xray Analys. 13, 237, 1970 Bearden, J. A. K Absorption Edges And A Beta 2,5 Emission Lines Of

Beeman, W.W. Two Zn -Ni Alloys (409000) Phys Rev, 58, 396, 1940 Bearden, J. A. X-Ray K Beta 2,5 Emission Lines And K Absorption Friedman, H. Limits Of Cu — Zn Alloys (409001) Phys Rev, 58, 387, 1940 Bearden, J. A. Reevaluation Of X - Ray Atomic Energy Levels

Burr, A. F. (679120) Rev Mod Phys, 39, 125, 1967 Becker, G.E. See Hagstrum, H.D. (679195)

87
Beckman, O.

Beckman, O.

Bedr

Relative Intensities Of X - Ray K Lines Of Heavier Elements (559002) Arkiv Fysik, 9, 495, 1955 The A X~Ray Spectrum Of Mercury (589001) Phys Rev, 109, 1590, 1958 5ee Backovsky, J. (679095)

Bedo, D.E. Tomboulian, D.H.

Bedo, D.E.

Bedo, D.E. Tomboulian, D.H.

Bedo, D.E. Bedo, D.E. Beeman, W.W.

Beeman, W.W.

Belash. V.P.

Absorption And Emission Spectra Of Silicon And

Germanium In The Soft X-Ray Region

(569006) Phys Rev, 104, 590, 1956 The K Spectrum Of Lithium (579006) Dissert Abstr, 17, 1097, 1957 The M 2,3 Emission Band Of Copper (599002) Phys Rev, 1 13, 464, 1959 See Tombouhan. D.H. See Tomboulian, D.H. See Bearden, J. A. See Friedman, H. See Nemnonov, S.A.

(619081)

(589030)

(409000)

(409002)

(709195)

Belash, V.P. See Nemnonov, S.A. (719169)

Belash, V.P.

Bennett, L.H. Mc Mister, A.J. CuthiU, J.R. Dobbyn, R.C.

See Nemm S.A. (739006)

Correlation Of Changes In Knight Shift And Soft X-Ray

Emission Edge Height Upon Alloying (709082) NBS Spec Pub, 323, 665, 1970

Bergersen, B. Brouers, F. Bergersen, B. Brouers, F.The Soft X-Ray Spectra Of Metals Near The Emission Edge

(699059) J Phys, 2C, 651, 1969 On The Behavior Of Metal Soft X-Ray Spectra Near The

Emission Edge

(699297) X Ray Conf Kiev, 2, 162, 1969 Bergersen, B. Brouers, F.

ergersen.

Cancellation Effects In The Emission And Absorption

Spectra Of Light Metals (709108) NBS IMR Symp, 3, 1970 5ee Brouers, F. (709185)

Bergersen, B. Brouers, F. Longe, P. Bergersen, B. Brouers, F. Longe, P.Many - Body And One - Body Effects In The Theory Of X -Ray

Emission And Absorption Spectra Of Metals (709329) Bull Am Physsoc, 15. 1355, 1970

Influence Of Correlations And Of The Core Hole On

Metal X Ray Spectra (719001) J Phys, IF, 945, 1971

88
Bergersen, B. Mc Mullen, T. Carbotte, J. P. Bergersen, B. Brouers, F. Longe, P.

Bergfeldt, J. Handel, S.K.

Bergwall, S. Nigavekar, A.S.

Bergwall, S.

Best, P.E.

Bhattacharjee, S.B

Bhat, N.V.

Bhide, V. G.

Bahl, M. K.

Bhide, V.G.

Bhat, N.V.

Birks, L.S. Seebold, R.E.

Grant, B.K.

Grosso, J.S. Bjornholm, S. Blau, W.

Blodgett, A.J. Spicer, W.E.

Blokhin, M.A

Blokhin, M.A.

The Effect Of Lattice Relaxation On The Soft X - Ray

Spectra Of Metals (719003) Preprint, 1971 Electron Interaction Effects On The Soft - X - Ray Emission Spectrum Of Metals Reformulation Of The First Order

Theory

(729041) Phys Rev, 5B, 2385, 1972

Studies Of Characteristic Flash X-Ray Lines (669165) Z Physik, 195, 193, 1966 Experimental Evidence For The Parratt X-Ray Excitation Theory

(689300) Phys Rev, 175, .33, 1968 See Nigavekar, A.S. (699072)

K Bl,3 X-Ray Emission Spectra Of The First Transition Metals (649103) Bull Am Physsoc, 9, 388, 1964 See Das Gupta, K. (559005)

See Bhide, V.G. (709218)

X-Ray, Electron And Mossbauer— Spectroscopy For Chemical Analysis (739017) Munich Symp, 1973 Chemical Bonding Studies Of Yttrium Compounds By X-Ray K - Emission Spectroscopy (709218) J Appl Phys, 41, 3159, 1970 X-Ray Yield And Line/background Ratios For Electron

Excitation (659059) J Appl Phys, 36, 699, 1965

See Westgaard, L. (669007)

Dipolcharakter Der K Beta 5-Linie (699298) X Ray Conf Kiev, 2, 188, 1969 Experimental Determination Of The Optical Density Of States In Iron (679131) Z Physik, 204, 122, 1967 See Shveitser, I.G. (679169)

Investigation Of The Density Of Electronic States In A Solid And The Width Of The Internal Atomic Levels (569001) Bullacadsciussr, 20, 127, 1956

Blokhin, M.A.

Sachenko, V.P. Concerning The Shape Of Energy Bands In Solids (609057) Bullacadsciussr, 24, 410, 1960
Blokhin, M.A.

Shuvayev, A.T.

Blokhin, M.A.

Blokhin, M.A.

Blokhin, M.A.

Blokhin, M.A.

Demekhin, V.F.

Blokhin, M.A.

Demekin, V.F.

Shveitser, I.G. Blokhin, M.A.

Blokhin, M.A.

Blokhin, M.A. Zommer, G. Volkov, V.F.

Monastyrskii, L.M

Blokhin, M.A.

Volkov, V.F.

Blokhin, M.A.

Blokhin, S.M.

Vainshtein, E.E.

Blokhin, S.M.

Bobin, J.L. Despres, J. Boehm, F. Bohm ,G. Ulmer,K.

Bohm, D. Pines, D.

Bondarenko, T.N.

Bonnelle, C. Mande, C. Bonnelle, C.

Concerning The Influence Of The Chemical Bonds On The X-Ray Emission Spectrum Of Titanium (6291 14) Bullacadsciussr, 26, 429, 1962 See Nikiforov, I.Ya. (639109)

See Nikiforo v, I.Y. (649118)

See Demekhin. V.F. (649139)

Emission Spectra Of Scandium In Sc203 (649140) Bullacadsciussr, 28, 738, 1964 L Spectra Of Molybdenum In Metallic Form And In Some Compounds

(649142) Bullacadsciussr, 28, 742, 1964 See Shubaev, A.T. (679164)

See Volkov. V.F. (689364)

L X-Ray Spectrum Of Ge (699119) Sovphys Solidst, 11, 12, 1969

The L I, And L m X - Ray Emission Bands And The

Structure Of The 3D Band Of Copper (699353) Sov Phys Dokl, 13, 1116, 1969 See Sommer, G. (709353) Some Results Of An X-Ray Study Of The L- Spectra Of

Rare Earth Elements In Compounds

(659073) Phys Metalmetal, 19, 49, 1965 5ee Chirkov, V.I. (679243) A Note On The M X-Ray Emission Spectrum Of Plutonium (619016) Compt Rend, 252, 1302, 1961 See Gokhale. B.C. (679057)

Energieabhangigkeit Der Isochromatenstruktur Von Wolfram Im Energiebereich Von 0,15 Bis 6 Kev (699262) Z Physik, 228, 473, 1969

Collective Description of Electron Interactions:

III. Coulomb Interactions in a Degenerate Gas (539018) Phys. Rev., 92, 609, 10953 See Zhurakovskii, E.A. (719021)

The L Spectrum Of Palladium (579010) Compt Rend, 245, 2253, 1957 See Cauchois, Y. (579015)

90
Bonnelle, C. L Spectra Of Copper In Cu20 And CuO

(599003) Compt Rend, 248, 2324, 1959

Bonnelle, C. Comparison Study Of The L Emission Bands Of Palladium Senemaud, C. (619017) Compt Rend, 253, 95, 1961 Bonnelle, C. Rayons X.—Spectres L Du Chrome Metallique. (629118) Compt Rend, 254, 2313, 1962

Bonnelle, C. Spectres L Du Chrome Metallique (629128) Compt Rend, 254, 2313, 1962

Bonnelle, C. See Cauchois, Y. (639092)

Bonnelle, C. See Cauchois, Y. (639093)

Bonnelle, C. Contribution A Letude Des Metaux De Transition Du

Premier Croupe, Du Cuivre Et De Leurs Oxydes Par

Spectroscopic X Dans Le Domaine De 13 A 22A (649057) Thesis U Paris, 1964

Bonnelle, C. 5ee Cauchois, Y. (659083)

Bonnelle, C. Exemples D;etudes Effectuees Par Spectroscopic Wuilleumier, F. Cristalline Au Laboratoire De Chimie Physique De La Senemaud, C. Faculte Des Sciences De Paris (669139) Rontgenchembind, 20, 1966

Bonnelle, C. Spectres X De Composes Du Cuivre (679084) J Physique Coll, 28, 65, 1967

Bonnelle, C. Distributions D Et F De Quelques Metaux Et Composes

Obtenues Par Spectroscopic X

(689332) SXS Bandspectra, 163, 1968

Bonnelle, C. Spectres M Du Gadolinium Dans Le Metal Et Loxyde

Karnatak, R.C. (699008) Compt Rend, 268, 494, 1969

Bonnelle, C. The K — Alpha 3,4 Satellite Of Aluminium, Magnesium, And

Senemaud, C. Sodium (699027) Compt Rend, 268, 65, 1969

Bonnelle, C. See Cauchois, Y. (699281)

Bonnelle, C. Distributions Des Etats F Dans Les Metaux Et Les Oxydes

Karnatak, R. C. De Terres Rares (719207) J Physique, 32S, 230, 1971

Bonnelle, C. See Hague, C.F. (739004)

Borisov, M.D. Effect Of Component Concentration In Iron -Chromium

Nemoshkalenko, V.V. Alloys On The Structure Of The Energy Spectrum Of The

Fefer, A.M. Conductivity Zone Of Chromium And Iron At High Temperature (589002) Isslakadnaukssr, 3, 252, 1958 91
Jorisov, M.D.

Nemoshkalenko, V.V.

Borisov, M.D.

Nemoshkalenko, V.V.

Fefer, A.M.

The Structure Of The Energy Spectra Of Electrons

In Fe-Cr And Fe-Cr- Ni Alloys (599004) Phys Metalmetal, 8, 44, 1959 Influence Of The Nickel Concentration Of The Structure Of The Energy Spectrum Of Electrons In Iron - Chromium

Alloys (609010) BuUacadsciussr, 24, 451, 1960

Borisov, N.D. Nemoshkalenko, V.V.

Fefer, A.M.

Borisov, N.D. Nemoshkalenko, V.V.

Borovikova, G.P.

Korsunskii, M.I.

X-Ray Investigation Of The Distribution Of Electrons Among States In Metals And Alloys (579012) BuUacadsciussr, 21, 1412, 1957 Concerning The Electron Configuration In Metal Of

The Iron Group (619099) BuUacadsciussr, 25, 1011, 1961 X-Ray Spectrum Of The L Series Of Ge (579013) BuUacadsciussr, 21, 1426, 1957

Borovikov, G.P.

Borovskii, I.B. Gurov, K.P. Ditsman, S.A.

Batyrev, V.A. Lobanova, N.D.

Borovskii, I.B. Gurov, K.P.

5ee Korsunskii, M.I. (619094)

X-Ray Spectroscopic Investigation Of Solid Solutions (579060) BuUacadsciussr, 21, 1389, 1957

Effect Of Impurities On X-Ray Spectra Of Transition Metals (599005) Sov Phys Jetp, 36, 856, 1959

Jorovskii, I.B. Gurov, K.P. An Investigation Of the Electron Spectra OfDilute Solid

Solutions (599006) Physmetalmetal, 7, 61, 1959

Borovskii, I.B. Matyskin, V.I. Nefedov, V.I. Borovski, I.B.

Bose, S. M.

Bose, S.M.

Glick, A.J. Longe, P.

Polarization Of X-Ray Emission Spectra (719051) Sov Phys Dokl, 15, 1141, 1971

See Troneva, N. V. (589031)

See Longe, P. (699296)

Electron Interaction Effects On The Soft X-Ray

Emission Spectrum Of Metals (679093) BuU Am Physsoc, 12, 531, 1967

Bose, S.M.

Bose, S.M.

Bos, W.G.

Electron Interaction Effects On The Soft X-Ray

Emission Spectrum Of Metals (679114) Thesis U Md, 1, 1967 5ee Glick, A.J. See Sarma, A.C.

(689344)

(719191)

92
Bos, W.G. 5ee Sarma, A.C. (729039)

Boyce, J.C.

Brasen, D.

Brasen, D. Briand, J. P. Chevallier, P

Tavernier, M

Rozet, J. P.

Brouers, F.

Brouers, F.

Brouers, F.

Brouers, F. Longe, P.

Brouers, F. Longe, P.

Brouers, F. Brouers, F. Brouers, F. Brouers, F. Longe, P. Bergersen, B. Brouers, F. Brouers, F.

Brouers, F. Brown, J.D. Brown, J.D. Brummer, O.

Drager, G. Machhtt, K. Brytov, LA.

Spectroscopy In The Vacuum Ultraviolet (419003) Rev Mod Phys, 13, 1, 1941 See Willens, R.H. (699092)

5ee Willens, R. H. (729042)

Observation Of K Hypersatellites And Kl Satellites In The X-Ray Spectrum Of Doubly K - Ionized Gallium (719189) Phys Rev Let, 27, 777, 1971

Theoretical Intensity Estimation Of Plasmon Satellite Bands In Soft X - Ray Emission Spectra (649112) Phys Let, 11, 297, 1964

Intensity And Shape Of Plasmon Satellite Bands In Soft X-Ray Emission Spectra (659069) Phys Stat Solid, 1 1, 25, 1965 Plasmon Satellites Of Soft X — Ray Spectra (679124) Phys Stat Solid, 22, 213, 1967 A [Unified Interpretation Collective Effects In Soft X-Ray Spectra Of Metals (68901 1) Phys Let, 26A, 119, 1968 A New Perturbative Interpretation Of The Satellite Plasmon Emission Band (689346) SXS Bandspectra, 329, 1968 See Bergersen, B. (699059)

See Bergersen, B. (699297)

See Bergersen, B. (709108)

The Effect Of The Core Hole On The Shape Of Soft X-Ray

Spectra In Metals (709185) Solidstate Comm, 8, 1423, 1970 See Bergersen, B. (709329)

See Bergersen, B. (719001)

See Bergersen, B. (729041)

See Campbell, W.J. (649157)

See Campbell, W.J. (669237)

Untersuchung Des Anisotropen Charakters Der

Emissionsspektren Von Einkristallen (699300) X Ray Conf Kiev, 2, 300, 1969 See Lukirskii, A.P. (649089)

93

498-244 OL - 74 - 7
Brytov, I.A. See Lukirskii, A.P. (649115)

Brytov, I.A. See Lukirskii, A.P. (649144)

Brytov, I.A. See Lukirskii, A.P. (669230)

Brytov, I.A. L - Emission Band Of Vanadium And Chromium (679328) Phys Metalmetal, 24, 174, 1967

Brytov, I.A. X-Ray Spectroscopic Study Of Titanium Monoxide In The Rumsh, M.A. Homogeneous Region And Of Titanium Nitride Parobets, A.S. (689041) Sovphys Solidst, 10, 621, 1968

Parobets, A.S.

Brytov, I.A. 5ee Nemnonov. S.A. (689236)

Brytov, I.A. X-Ray k And L Spectra And Electronic Structure Of

Kurmayev, E.Z. Metal - Like Compounds Of Vanadium Nemnonov, S.A. (689363) Phys Metalmetal, 26, 178, 1968

Brytov, I.A. See Menshikov, A.Z. (699182)

Buehler, E. See Willens, R.H (699092)

Bullen, T.C. See Skinner, H.W.B. (549020)

Burbank, C.J. New X-Ray Lines In The L Series Resulting From K

Auger Transition (399001) Phys Rev, 56, 142. 1939

Burr, A. F. See Bearden. J.A. (679120)

Burri, G. See Wenger, A. (719033)

Cady, W.M. The L Emission Bands Of Na, Mg,and AI Tomboulian, D.H. (419001) Phys Rev, 59, 381, 1941

Gallon, P. Study Of The K - Emission Band Of Magnesium

(599009) Compt Rend, 248, 1985, 1959

Gallon, P. Emission L Beta 2 And Absorption L 3 Of Molybdenum

(599010) Compt Rend, 248, 2085, 1959 Campbell, A.J. K X - Ray Yields From Elements Of Low Atomic Number (639094) Proc Roy Soc, 274, 319, 1963 Campbell, W.J. X-Ray Absorption And Emission Brown, J. D. (649157) Anal Chem, 36, 312, 1964 Campbell, W.J. X - Ray Absorption And Emission Brown, J.D. (669237) Anal Chem, 38, 416, 1966 Thatcher, J.W.

Garbotte, J. P. 5ee Rystephanick, R.G. (689024)

Garbotte, J.P. See Bergersen, B. (719003)

94
Caruso, A.J. Absolute Calibration And Use Of A Soft X-Ray Source

Neupert, W.M. Of Characteristic Carbon Radiation (659052) Appl Opt, 4, 247, 1965

Catteiall, J. A. Interpretation Of X - Ray Emission Spectra

Trotter, J. (599007) Phil Mag, 3, 1424, 1959

Catterall, J. A. Soft X-Ray Emission Spectra From Lithium And Li-Mg

Trotter, J. Alloys (599008) Phil Mag, 4, 1164, 1959

Catterall, J. A. Soft X-Ray Emission Spectra From Cu3Au

Trotter, J. (629090) Proc Phys Soc, 79, 691, 1962

Catterall, J. A. The Broadening Of Soft X-Ray Emission Edges In Trotter, J Metals And Alloys (629091) Phil Mag, 7, 671, 1962

Catterall, J. A. The Soft X-Ray L23 Emission Spectrum From Liquid

Trotter, J. Aluminum (639087) Phil Mag, 8, 897, 1963

Catterall, J. A. Soft X-Ray M23 Emission Spectra From Fe Co Alloys

Trotter, J. (639090) Proc Phys Soc, 81, 1043, 1963

CatteraU, J. A. See Gale, B. (699112)

Cauchois, Y. K Emission Discontinuities Of Al And Mg In Dilute Alloys (509000) Compt Rend, 231, 574, 1950 Cauchois, Y. Preliminary Remarks On The L -Spectrum, Conductivity Band And Color Of Silver (529005) Compt Rend, 235, 613, 1952 Cauchois, Y. The L Spectra Of Nickel And Copper

(539002) Phil Mag, 44, 173, 1953 Cauchois, Y. The K Emission Spectrum Of Aluminum In The Region Of

The Conduction Band (539003) Acta Cryst, 6. 352, 1953 Cauchois, Y. X-Ray Spectra And Chemical Bonding

(549005) J Chim Phys, 51, 77, 1954 Cauchois, Y. The L -Spectra Of Plutonium (549006) Compt Rend, 239, 1780, 1954 Cauchois, Y. The Fluorescence L Spectrum Of Plutonium Manescu, I. (569010) Compt Rend, 242, 1433, 1956 Cauchois, Y. New Study Of The L Spectra Of Nickel And Copper

Bonnelle, C. (579015) Compt Rend, 245, 1230, 1957 Cauchois, Y. Observation Of The K Beta Band Of Aluminum By Secondary

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Chirkov, V.I. Study Of X- Ray K Spectra Of Titanium In Its Nitride Blokhin, S.M. And Carbide

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Soft X -Ray Emission Spectra Of Nickel -Copper Alloys (639082) PhU Mag, 8, 593, 1963

Soft X-Ray Emission Of Zinc And A Copper -Zinc Alloy (639083) Phil Mag, 8, 639, 1963

The Electron Distribution In Chromium (629042) Phil Mag, 7, 2059, 1962 5ee Green, M. (689206)

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Soft X — Ray Emission From Potassium Metal In The

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The Soft X-Ray Spectra Of Lithium, Magnesium And

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Density Of States Of Nickel; Soft X-Ray Spectrum And Comparison With Photoemission And Ion Neutralization Studies (679300) Phys Rev, 164, 1006, 1967 Search For Plasmaron Structure In The Soft X — Ray

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Soft X - Ray Spectra For Nickel And Nickel Alloys And

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Soft X-Ray Emission Spectra Of Amorphous Palladium -

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Soft X-Ray Spectroscopy Of Iron, Cobalt, Nickel, And

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L And M X-Ray Spectra In The Region 2-85 A

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Fluorescence Spectra Of Silicon In Some Compounds

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Relative Intensities Of K Satellites And Chemical Bonding

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Molecular Emission Spectra In The Soft X-Ray Region

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Endriz, J.G. Reflectance Studies Of Ba, Sr, Eu, And Yb

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Ershov, O.A. Investigation Of The Energy Structure Of Si And Sio2

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Fabian, D. Soft X — Ray Band Emission From Solids (719070) Grrev Solst Sci, 2, 255, 1971

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Fabian, D.J. See Kapoor, Q.S. (739008)

Fadley, C.S. X-Ray Photoelectron Spectroscopic Study of Iron

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Fadley, C.S. What Changes In The Ferromagnetic Transition Metals

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Fluorescence Excitation Of Ultra -Soft X-Ray Emission

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Studies Of Emission Spectra In The Soft X—Ray Region

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Absorption K Beta 5 -Band And K-Edge Of Metallic Scandium (669105) Phys Metalmetal, 22, 45, 1966 See Nemnonov, S.A. (669151)

K -Spectrum Of Metallic Calcium Coupling In The

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X-Ray K Spectra Of Cr-Mn Alloys (689370) Phys Metalmetal, 26, 102, 1968 Uber Den Einfluss Der Chemischen Bindung Auf Das K Beta 1,3-Dublett Des Molybdans

(699305) X Ray Conf Kiev, 2, 350, 1969 Die Intensitat Der Bremsstrahlung Und Der

Charakteristischen K - Rontgenstrahlung Dunner Anoden (679137) Z Physik, 204, 122, 1967

The Effect Of Chemical Combination On Some Soft X-Ray K And L Emission Spectra (669030) Adv Xray Analys, 9, 329, 1966 The Effects Of Electronic Structure And Interatomic Bonding On The Soft X-Ray Emission Spectra From Aluminum

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Diagram And Non -Diagram Lines In K Spectra Of Magnesium

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Fischer, D.W. Diagram And Nondiagram Lines In K Spectra Of Aluminum

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Fischer, D.W. A Beta A — Ray Emission From Solid And Liquid Aluminum

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Fischer, D.W. Effect Of Alloying On The Aluminum A And Nickel L

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Fischer, D.W. The Effects Of Electronic Structure And Inter

Baun, W.L. Atomic Bonding On The Soft X-Ray Al K Emission Spectrum From Aluminum Binary Systems (679041) Adv Xray Analys, 10, 374, 1967

Fischer, D.W. Effect Of Alloying On The Aluminum K And Iron L X-Ray

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Fischer, D.W. Relationship Between The Al K-Band Energy Position And

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Fischer, D.W. The Influences Of Chemical Combination And Sample

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Fischer, D.W. The Influence Of Sample Self - Absorption On Wavelength

Baun, W.L. Shifts And Shape Changes In The Soft X-Ray Region; The Rare - Earth M Series (689304) Adv Xray Analys, 11, 230, 1968

Fischer, D.W. Vanadium L X-Ray Emission And Absorption Spectra From Metal, Oxides, Nitride, Carbide, And Boride (699173) J Appl Phys, 40, 4151, 1969

Fischer, D.W. Electronic Band Structure And The K And L X-Ray Spectra From TiO, TIN, And TiC (709186) J Appl Phys, 41, 3922, 1970

Fischer, D.W. A Molecular Orbital Interpretation Of Soft X-Ray

Lii,iii Emission And Absorption Spectra From Some

Titanium And Vanadium Compounds

(709312) Tech Report Ad, 713, 100, 1970

Fischer, D.W. Chemical Bonding And Valence State —Nonmetals (709350) Adv Xray Analys, 13, 159, 1970

Fischer, D.W. Use Of Soft X-Ray Band Spectra For Determining Molecular

Orbital Structure. 1. Vanadium Octahedral And

Tetrahedral Sites (719069) Appl Spectry, 25, 263, 1971

Fischer, D.W. Soft - X - Ray L 2,3 Spectrum And Electronic Band Structure Of Chromium (719106) Phys Rev, 4B, 1778, 1971

Fischer, D.W. Soft X-Ray Band Spectra And Molecular Orbital Structure Of Cr203, CroS, Cro4-2 And Cr207-2

(719147) J Phys Chem Sol, 32, 2455, 1971

Fischer, D.W. X-Ray Band Spectra And Molecular - Orbital Structure OfRutile Ti02 (729040) Phys Rev, 5, 4219, 1972 Fomichev, V. Investigation Of The Energy Structure Of Al And A1203 By The Method Of Ultralong- Wavelength X-Ray Spectroscopy (679102) Sovphys Solidst, 8, 2312, 1967 Fomichev, V.A. See Lukirskii, A. P. (669230)

Fomichev, V.A. X-Ray Spectra Of Boron And Its Compounds

(679068) Sovphys Solidst, 9, 2496, 1967 Fomichev, V.A. Vltralong Wavelength X-Ray Spectroscopic Study Of The

Energy Structures Of B And Bn (679172) Bullacadsciussr, 31, 972, 1967

107
Fomichev, V.A.

Zimkina, T.M. X-Ray Satellites Of Silicon (679256) Sovphys Solidst, 9, 1441, 1967 Fomichev, V.A. Rumsh, M.A.

Fomichev, V.A. Zhurkova, I.I. Polushina, I.K. Fomichev, V.A.

Fomichev, V.A.

Zimkina, T.M.

Zhukova,

Fomichev, V.A. Fomichev, V.A. Fomichev, V.A. Zhukova, i. I. Fomichev, V.A.

Zimkina, T.M.

Lyakhovskaya, I.I. Fomichev, V.A.

Kupriyanov, V.N.

Fomichev, V.A. Rudnev, A.V. Nemnonov, S.A. Fomichev, V.A.

Fomichev, V.A. Fomichev, V.A. Rudnev, A.V.

Shulakov, A.S. Fomichev, V.A. Fomichev, V.A.

Fong, L.H.

Tomlin, S.G.

Fraenkel, B.S. Goldsmith, S. Feidman, U.

Investigation Of X - Ray Spectra Of Hexagonal And Cubic Boron Nitride (689140) J Phys Chem Sol, 29, 1015, 1968

Investigation Of The Energy Band Structure Of Boron Phosphide By Ultra - Soft X-Ray Spectroscopy (689141) J Phys Chem Sol, 29, 1025, 1968

Investigation Of The Energy Structure Of A1203 And A IN By Ultra — Soft X — Ray Spectroscopy (689224) Sovphys Solidst, 10, 597, 1968

Investigation Of The Energy Structure Of MgO By

Ultrasoft X-Ray Spectroscopy (689249) Sovphys Solidst, 10, 2421, 1968 5ee Zhukova, I.I. (689258)

See Rumsh, M.A. (689371)

Ultrasoft X-Ray Spectra Of Mg And MgO

(699089) Sovphys Solidst, 10, 2992, 1969 X-Ray Spectra Of Boron In Bn And B203

(709217) Sovphys Solidst, 12, 123, 1970

Ultrasoft X-Ray Spectra Of Germanium (719044) Sovphys Solidst, 12, 2121, 1971 X — Ray M Emission Bands Of Transition Metals Of The First Long Period (719054) Sovphys Solidst, 13, 1031, 1971 X-Ray Spectra And Energy Band Schemes Of BeO And BN

(719170) Sovphys Solidst, 13, 754, 1971 5ee Rudnev, A.V. (729002)

X-Ray Spectra And Electronic Structure Of Pt And Au

(729046) Sovphys Solidst, 13, 2525, 1972

5ee Rudnev, A. V. (729047)

5ee Nemnonov, S.A. (739006)

Further Studies Of The Absolute Intensity Of Emission Of Characteristic X - Radiation (699177) Austral J Phys, 22, 459, 1969 High Energy Satellites In The Vacuum U. V. Spectrum Of

Be Hi And Be iv (689133) Phys Let, 27A, 111, 1968

108
Frantsevich, I.N. Zhurakovskii, E.A.

Vasilenko, N.N.

Friedel, J.

Friedel, J.

Friedman, H. Friedman, H. Beeman, W.W.

Frilley, M.

Gokhale, B.C.

Valadares, M.

X — Ray Emission Of The Boron K Alpha Band In The

Diborides Of The Transition Metals (719050) Sov Phys Dokl, 15, 970, 1971 X—Ray Absorption And Emission Edges In Metals (699250) Com Sol St Phys, 2, 21, 1969

Distribution of Electrons Around Impurities

in Monovalent Metals (520032) Phil Mag 43, 153, 1952 5ee Bearden, J. A. (409001)

Copper And Nickel X-Ray K Beta 2 And K Beta 5 Emission

Lines And K Absorption Limits In Cu -Ni Alloys (409002) Phys Rev, 58, 400, 1940 The Influence Of Nuclear Magnetic Moment On Line Widths

In X-Ray Spectra (519004) Compt Rend, 233, 1183, 1951

Fujii, S. Fujimori, K.

Gale, B. Trotter, J.

See Maruno, S. (709234)

Gale, B.

Gale, B.

Catterall, J. A.

Trotter, J.

L -Emission Spectra Of Copper In The Metal, Cuprous And

Cupric Oxides (639123) Sci Rep Tohokuu, 47, 50, 1963

Soft X-Ray Spectra Of Solid Solutions Of Aluminum And Magnesium

(569016) Phil Mag, 1, 759, 1956 Convolution Broadening Of The Fermi Edge In Soft X-Ray

Spectroscopy (649114) Proc Phys Soc, 84, 933, 1964

Soft X-Ray L -2,3 Emission Edge -Breadth In Ordered And

Disordered MgSCd

(699112) Phil Mag, 20, 79, 1969

Garg, K. B. Garg, K.B.

Garg, K.B.

Garg, K.B.

Garg, K.B.

See k aline, E. See Nigam, A.N. See Nigam, A.N. See Nigam, A.N. See Nigam, A.N.

(739011)

(679250)

(679294)

(689148)

(689149)

Garg, K.B. Nigam. A.N. (689175)

Garg, K.B.

Garg, K.B.

Garg, K.B.

Gavoret, J. Gavoret, J.

See Nigam, A.N. See Kapoor, Q.S. See Nigam, A.N. See Roulet, B. See Nozieres, P.

(699024)

(699169)

(699257)

(699050)

(699051)

109

498-244 OL - 74 - 8
Genkin, Ya.E.

Genkin, Ya.E. Genkin, Ya.E.

Genkin, Ya.E.

Genkin, Ya.E. Genkin, Ya.E. Genkin, Ya.E. Genkin, Ya.E. Genkin, Ya.E.

See Korsunskii, See Korsunskii, See Korsunskii, See Korsunskii, See Korsunskii, See Korsunskii, See Korsunskii, See Korsunskii, See Korsunskii,

M.I. M.I.

M.I. M.I.

M.I.

M.I.

M.I. M.

M.I.

(579023)

(609026)

(609027)

(619048)

(619098)

(629127)

(639118)

(639119)

(649141)

Gigl, P.D.

Savanick, G.A.

White, E.W.

Givens, M.P.

Glen, G.L.

Glick, A. J. Click, A.J. Longe, P. Glick, A.J.

Glick, A.J. Glick, A.J. Longe, P. Bose, S.M.

Glick, A.J. Glick, A.J. Goddard, W.A.

Goehring, M.

Gokhale, B.G. Gokhale, B.G.

Characterization Of Corrosion Layers On Aluminum By

Shifts In The Aluminum And Oxygen X - Ray Emission Bands (709041) Jelectrochemsoc, 117, 15, 1970 See Agarwal, B.K. See Dodd, C.G. See Longe, P.

(579000)

(689319)

(699296)

Soft X-Ray Emission Spectrum Of Metals (659075) Phys Rev Let, 15, 589, 1965 5ee Ausman, G.A. Jr. See Bose, S.M. (679092)

(679093)

The Effect Of Electron Interaction On Soft X-Ray

Emission Spectra Of Metals (689344) SXS Bandspectra, 319, 1968 See Ausman, G.A. See Longe, P. See O'Keefe, P.M. See Faessler, A. See Frilley, M.

(699001)

(699009)

(690254)

(529011)

(519004)

Width Of K Alpha Lines For Rb -Sn

(519008) Compt Rend, 233, 937, 1951

Gokhale, B.G.

Gokhale, B.G. Nigam, A.N.

Gokhale, B.G.

Srivastava, K.S.

Study Of The Width Of Lines In X-Ray Spectra (529013) Ann Physique, 7, 852, 1952 Quadrupole And Forbidden Lines In The L -Emission Spectrum Of Tantalum — 73 (639091) Indian J Paphys, 1, 56, 1963 Quadrupole And Forbidden Lines In The L -Emission Spectrum Of Rhenium (639101) Indian J Paphys, 1, 14, 1963

110
Gokhale, B.C.

Chesler, R.B. Boehm, F. Gokhale, B.C.

Shukla, S.N.

Gokhale, B.G.

Shukla, S.N.

Goldberg, M.

Goldsmith, S. Goodings, D.A.

Goodings, D.A.

Harris, R.

Gorak, Z.

Gorskii, V.V.

Gorskii, V.V.

Gorskii, V.V.

Gorsky, V.V.

Gorsky, V.V.

Graeffe, G.

Graeffe, G.

Graeffe, G.

Siivola, J. Utriainen, J. Linkoaho, M.

Aberg, T. Graeffe, G.

Grant, B.K.

Green, M.

Cosslett, V.E

Grosso, J.S.

Chemical Shift Of The K- Alpha - 1 X Ray Of Tin In Its Oxides (679057) Phys Rev Let, 18, 957, 1967 Study Of The Weak Lines In The L Emission Spectrum Of Samarium 62 (699007) J Phys, 2B, 282, 1969 New Quadrupole And Forbidden Lines In The L Emission Spectrum Of Neodymium 60 (709089) J Phys, 3B, 438, 1970

Intensities Relatives Des Raies X Du Spectre LI Excite Par Bombardement Electronique Des Elements Lourds (619032) J Phys Radium, 22, 743, 1961 See Fraenkel, B.S. (689133)

Interpretation Of The Soft X-Ray Emission Spectrum Of Lithium Metal (659065) Proc Phys Soc, 86, 7.5, 1965

Calculations Of The X-Ray Emission Bands Of Copper

Using Apw Bloch Functions (699161) J Phys C, 2, 1808, 1969

Origin Of Some Satellites In X-Ray Spectra (609020) BuUacadsciussr, 24, 1960 See Shuvaev, A.T. (649138)

See Nemoshkalenko,v.V. (679107)

5ee Endriz, J.G. (699240)

See Nemoshkalenko, V.V. (709356)

See Nemoshkalenko, V.V. (709357)

See Utriainen, J. (689210)

See Linkoaho (699085)

X — Ray K — Alpha Satellite Spectra In Primary And Secondary

Excitation (699111) Phys Let, 29A, 464, 1969

See Siivola, J. (709190)

5ee Birks, L.S. (659059)

Measurements Of K,l, And M Shell X-Ray Production

Efficiencies (689206) Britj Appl Phys, ID, 425, 1968 See Birks, L.S. (659059)

111
Groven, L. Weak X-Rays In The K Series X-Ray Emission Spectra Of

Morlet, J. Elements Between Zr And Kr (519009) BuUacadroybelg, 3 7, 630, 1951 Grushko, A.I. See Petrovich. E.V. (689155)

Grushko,a.I. See Sumbaev, O.I. (689189)

Gupta, S.N. Quadrupole Lines s And t In The L -Emission Spectrum

Dubey, V.S. Of Tungsten - 74 (699168) Phys Let, 30A, 234, 1969 Gurov, K.P. See Borovskii, I.B. (579060)

Gurov, K.P. 5ee Borovskii, I B. (599005)

Gurov, K.P. See Borovskii, I.B. (599006)

Gusatinskiy, A.N. See Nemnonov. S.A. (699218)

Gwinner, E. Der Einfluss Der Gitterbindung Auf Die Bor — k -Linie

Kiessig, H. (379001) Z Physik, 107, 449, 1937 Gwinn, J. A. Satellite Bands In The Emission Spectrum Of Cesium Thomas, P.M. (689067) J Chem Phys, 48, 568, 1968

Kielkopf, J.F. Gyorffy, B.L. Soft X-Ray Emission From Metals And Alloys

Stott, M.J. (719002) Solidstate Comm, 9, 613, 1971

Gyorgy, E.M. The Spectroscopy Of The Solid State; Copper And

Harvey, G.G. Chromium (529014) Phys Rev, 87. 861. 1952

Gyorgy, E.M. M -Emission Bands Of The Transition Metals In The Solid State (539006) Tech Report Mit, 254, 1, 1953 Gyorgy, E.M. Spectroscopy Of The Solid State; Some Of The Transition Harvey, G.G. Elements (549010) Phys Rev, 93, 365, 1954 Hagstrum, H.D. Ion Neutralization Spectroscopy of Copper

Becker, G.E. and Nickel (679195) Phys. Rev., 159, 572, 1967 Hague, C. See Senemaud. C. (719205)

Hague, C. Conduction Or Valence Band Electron Distributions In Karnatak, R. C. Some Transition Metal And Rare Earth Metals And Their Oxides By Soft X-Ray Spectroscopy (739010) Munich Symp, 1973 Hague, C.F. Soft X-Ray Spectra Of Vanadium And Niobium And The

Bonnelle, C. Alloys V3Sn NbSSn

(739004) Band Stru Spect, 251, 1973

112
Hakkila, E.A.

Barker, H.L.

Haensel, R.

Keitel, G. Schreiber, P

Sonntag, B. Kunz, C. Handel, S.K. Hanson, H.P.

Herrera. J.

Hanzely, S. Liefeld, R.J.

Harrison, R.

Harrison, R.

Harrison, W.A.

Harris, R.

Hart, D. Harvey, G.G.

Harvey, G.G. Hayakawa, K. Hayashi, T.

Hayashi, T. Sagawa, T.

Hayasi, T. Hayasi, Y.

Hayasi, T. Hayasi, Y.

X-Rays Observed From Plutonium In The Wavelength

Region From 8 To 75 A

(679152) Spectrochimacta, 23B, 97, 1967 Measurement of the Anomaly at the L2, 3 Edge of Sodium (699094) Phys. Rev. Let., 23, 528, 1969

5ee Bergfeldt, J. (669165)

Self - Absorption In The X-Ray Spectroscopy Of Valence

Electrons (579048) Phys Rev, 105, 1483, 1957 An L - Series X -Ray Spectroscopic Study Of The Valence Bands In Iron, Cobalt, Nickel, Copper And Zinc (709116) NBS IMR Symp, 3, 1970 See Curry, C. (709016)

The L23 Emission Spectrum Of Silicon From Pure Silicon And Alloys Of Silicon With Copper And Magnesium

(709184) PhU Mag, 22, 131, 1970

Electronic Structure And Soft X-Ray Spectra (689338) SXS Bandspectra. 227, 1968 See Goodings, D.A. (699161)

See Watson, L. M. (739014)

See Gyorgy, E.M. (529014)

See Gyorgy, E.M. (549010)

See Miyake, S. (679099) New Systematization Of X -Ray Line Spectra Satellites Of Mg K Alpha And K Beta Lines (429000) Sci Rep Tohokuu, 31, 1, 1942 The Absorption Spectrum Of Metallic Alluminium In The

Wavelength Range Of The Al Lii, Hi - Emission Band (609077) Sci Rep Tohokuu, 44, 126, 1960 Long Wavelength X — Ray Spectra Of Beryllium, Boron And

Aluminium Emitted From Gas -Ion X-Ray Tube (679151) Sci Rep Tohokuu, 50, 228, 1967 A Consideration On The Structure Of Valence —Electron Emission Bands Of Be, B And Al In Oxides And Nitrides (699286) X Ray Conf Kiev, 1, 307, 1969

113
Hayasi, Y.

Hayasi, Y.

Hayasi, Y.

Hayasi, Y.

Hayasi, Y. Kiyono, S.

Heaney, W.J.

Rystephanick, R.G. Hedin, L.

Hedin, L. Lundqvist, B.I. Lundqvist, S. Hedin, L.

Hedin, L. Lundqvist, S. Hedin, L. Sjostrom, R. Hedman, J. Klasson, M.

Nilsson, R. Nordling, C. Sorokina, M.F.

Kljusiinikov, O.I. Nemnonov, S.A. Trapeznikov, V.A.

Zyryanov, V.G.

Heinle, W.

Faessler, A.

Heinrich, K.F.J. Hendel, D.

5ee Hayasi, T. (679151)

K — Emission Spectra Of BeryUiiim In Metallic Beryllium And Beryllium Oxide (689109) Sci Rep Tohokuu, 51, 1, 1968 K-Emission Spectra Of Boron In Boron Element, B4C, BN, B203 And ZrB2 (689367) Sci Rep Tohokuu, 51, 43, 1968 See Hayasi, T. (699286)

L —Emission Spectra Of Silicon In Silicon Element,

SiC, Si3N4, 8102 And Silicides (719173) Intconf Vuvphys, 3, 1971

Tailing Of The Soft X-Ray Emission Spectrum In Metals (709017) Phys Let, 31A, 221, 1970 Many -Body Effects In Soft X-Ray Emission In Metals (6791 13) Solidstate Comm, 5, 451, 1967 New Structure In The Single -Particle Spectrum Of An

Electron Gas (679312) Solidstate Comm, 5, 237, 1967 Many -Body Effects In The Soft X-Ray Emission From Metals (689345) SXS Bandspectra, 337, 1968

Effect of Interaction on One Electron States (699354) Solid State Phys, 23, 1, 1969

Effect Of The Core Hole On Soft X-Ray Emission In Metals (709107) NBS IMR Symp, 3, 1970 The Electronic Structure Of Some Palladium Alloys Studied By Esca And X-Ray Spectroscopy (719188) Phys Scripta, 4, 195, 1971

Experimental Evidence Against An X-Ray Satellite Theory Based Upon The Sudden Approximation Only

(699040) Phys Let, 28A, 783, 1969 5ee Yakowitz, H. (689304)

See Chun, H. (679324)

114
Henke, B. X-Ray Fluorenscence Analysis For The Light Elements Sodium Through Boron (639099) Appl Spectr, 17, 137, 1963 Henke, B.L. Valence Electron Band Analysis By Ultrasoft X-Ray

Smith, E.N. Fluorescence Spectroscopy (669013) J Appl Phys, 37, 922, 1966

Henke, B.L. Application Of Multilayer Analyzers To 15 - 150 A

Fluorescence Spectroscopy For Chemical And Valence Band Analysis (669244) Adv Xray Analys, 9, 430, 1966

Herglotz, H. Secondary Excitation Of The K Alpha 3 Satellite Of Cr (539008) Oster Akad Wiss, 162, 235, 1953

Herglotz, H.K. Effects Of Chemical State And Of Mechanical Deformation

Schiel, E. On The Wave -Length Of X - Ray Emission Lines (659058) Nature, 203, 1093, 1965

Herrera, J. See Hanson, H. P. (579048)

Hirsh, F.R. Jr. Relative Energy Of L Alpha Satellites Produced By

Cathode Rays In Elements From Ag(47) To Te(52) (359000) Phys Rev, 48, 722, 1935

Hirsh, F.R. Jr. The Absence Of The M Beta X-Ray Satellite Intensity Anomaly

(429001) Phys Rev, 62, 137, 1942

Hirsh, F.R. Jr. A Summary Of X-Ray SateUites (429002) Rev Mod Phys, 14, 45, 1942

Hirsh, F.R. Jr. Auger Enhance Of The M Alpha X-Ray Satellite Lines (529016) Phys Rev, 85, 685, 1952

Hirsh, F.R.,jr. The Relative Intensities Of Certain L -Series X-Ray

Richtmyer, F.K. Satellites In Cathode Ray And In Fluorescence Excitation (339000) Phys Rev, 44, 955, 1933 Hoffmann, K.-W. See Fischer, B. (679137)

Hoffmann, 1. Zur Tiefenverteilung Der Durch Electronenstoss Wiech,g. Angeregten Charakteristischen Rontgenstrahlung Von

Zopf,e. Bor,kohlenstoff, aluminium Und Silber (699264) Z Physik, 229, 131, 1969

Holliday, J. E. Determination Of Electron Distribution And Bonding From

Soft X-Ray Emission Spectroscopy (669203) Rontgenchembind, 139, 1966

Holliday, J.E. The M Emission Spectrum Of The Transition Metals

Zn, Nb, Mo, And Ru

(619003) BuU Am Physsoc, 6, 284, 1961

115
Holliday, J.E. Soft X-Ray Emission Spectrum Of Niobium (619038) PhU Mag, 6, 801, 1961

Holliday, J.E. Soft X-Ray Emission Spectroscopy In The 13 To 44 A

Region

(629095) J Appl Phys, 33, 3259, 1962

Holliday, J.E. The Fermi Energy Of The Transition Metals Y, Zr, Nb, And Mo From Soft X-Ray Spectroscopy (639084) BuU Am Physsoc, 8, 248, 1963

Holliday, J.E. Determination Of Electron Distribution And Bonding From

Soft X-Ray Emission Spectroscopy (669246) Adv Xray Analys, 9, 365, 1966

Holliday, J.E. Investigation Of The Carbon K And Metal Emission Bands And Bonding For Stoichiometric And Nonstoichiometric Carbides (679258) J Appl Phys, 38, 4720, 1967

Holliday, J.E. The Use Of Soft X-Ray Fine Structure In Bonding

Determination And Light Element Analysis (679388) Norelco Reportr, 14 , 84, 1967

Holliday, J.E. Soft X-Ray Emission Bands And Bonding For Transition Metals, Solutions And Compounds

(689329) SXS Bandspectra, 101, 1968

Holliday, J.E. The Electronic Properties Of Titanium Interstitial And

Intermetallic Compounds From Soft -X -Ray Spectroscopy (7091 17) NBS IMR Symp, 3, 1970

Holliday, J.E. Soft X-Ray Spectroscopy In Metals Research (709345) Tech Metals Res, 3, 325, 1970

Holliday, J.E. Soft X-Ray Valence State Effects In Conductors (709349) Adv Xray Analys, 13, 136, 1970

Holliday, J.E. The Electronic Properties Of Titanium Interstitial And

Intermetallic Compounds From Soft X-Ray Spectroscopy (719196) J Phys Chem Sol, 32, 1825, 1971

Holliday, J.E. The Effect Of Surface Oxide On The Changes In The

Felii/liii Ratio With Accelerating Voltage (719202) Adv Xray Analys, 14, 243, 1971

Hopfield, J.J. Infrared Divergences, X-Ray Edges, And All That (699251) Com Sol St Phys, 2, 41, 1969 Horak, Z. The Identification Of The K Alpha Satellite (619039) Proc Phys Soc, 77, 980, 1961 Houston, W.V. The Structure of Soft X-Ray Lines (319000) Phys. Rev. 38, 1797NB, 1931 Huen, T. See Wooten, F. (659084)

116
Hufner, S. Wertheim, G.K. Cohen, R.L. Wernick, J.H. Ishikawa, K. Ishmukhametov, B.Kh. Ishmukhametov, B.K.

Izrailevich, E.A.

Jacobs, R.L.

Johnston, J.E. Johnston, J.E.

Johnston, J.E. Jones, H.

Mott, N.F.

Skinner, H.W.B.

Jones, H.

Jopson, R.C. Mark, H.

Swift, CD.

Jopson, R.C. Mark, H.

Swift, CD.

Williamson, M.A.

Jossem, E.L. Jossem, E.L.

Kakuschadse, T.L

Kakushadze, T.L

Kakushadze, T.L

KaUne, E. Kallne, E. KaUne, E.

Density of States in CuNi Alloys (729038) Phys. Rev. Let., 28, 488, 1972

See Mizuno, Y. (689233)

See Nemnonov, S.A. (719169)

5ee Nemnonov, S.A. (739006)

See Shubaev, A.T. (679164)

The Soft X-Ray Spectra Of Concentrated Binary Alloys (699213) Phys Let, 30A, 523, 1969 See Skinner, H. W.B. (379000)

See Skinner, H. W.B. (389000)

5ee Skinner, H. W.B. (549020)

Theory Of The Form Of X -Ray Emission Bands Of Metals (349000) Phys Rev, 45, 379, 1934

Soft X-Ray Emission Bands In Metals (549012) Phys Rev, 94, 1072, 1954 Production Of Characteristic X-Rays By Low -Energy

Protons (629096) Phys Rev, 127, 1612, 1962 L - Shell Fluorescence Yields In Heavy Elements (639095) Phys Rev, 131, 1165, 1963

See Parratt, L.G. (519013)

See Parratt, L.G. (579033)

Satellites Of K Alpha 3 And K Beta 1 In X-Ray Spectra (599019) Ann Physik, 3, 352, 19.59 The Role Of Group Transitions In The Production Of

Certain Satellites I. (619044) Ann Physik, 8, 353, 1961 Concerning Some Satellites Of Cu, Ni And Fe X-Ray

Spectra (659091) Arkiv Fysik, 29, 391, 1965 See Ramqvist, L. (699087)

See Eksttg, B. (699294)

See Ekstig, B. (709252)

117
KaUne, E. Noreland, E

Manne, R.

X— Ray Emission Spectra Of VCx, NbCx, TaCx, And ZrC (719000) J Phys Chem Sol, 32, 149, 1971

KaUne, E. Garg, K. B. Kapoor, Q. S. Kapoor, Q. S. Kapoor, Q.S. Kapoor, Q.S.

Kapoor, Q.S. Kapoor, Q.S. Kapoor, Q.S.

Garg, K.B. Nigam, A.N.

Kapoor, Q.S. Watson, L.M.

Fabian, D.J. Karalnik, S. M.

Karalnik, S.M.

Karnatak, R. C. Karnatak, R. C.

X— Ray K Emission Measurements On TiNi TiCo And TiFe (739011) Munich Symp, 1973 See Watson, L. M. (719208)

See Watson, L. M. (739014)

See Nigam, A.S. (679078)

See Nigam, A.N. (679267)

See Nigam, A.N. (689148)

See Nigam, A.N. (689296)

The Origin Of HlGh Frequency Satellites Alpha X And

Alpha Prine In The L -Emission Spectra Of Rare Earths (699169) Phys Let, 30A, 228, 1969 Aluminium L2, 3 - Emission From Alloys Of Aluminium

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Keating, D.T. Theory And Measurement Of The X-Ray Satellite Reflections In Holmium Due To The Aspherical 4F

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Determination Of Valence And Coordination Of Iron In Oxidic Compounds By Means Of The Iron X-Ray Fluorescence Emission Spectrum (709267) J Phys Chem Sol, 31, 2505, 1970 X-Ray K Beta Emission Spectra And Energy Levels Of Compounds Of 3D- Transition Metals -I Oxides (709268) J Phys Chem Sol, 31, 2511, 1970 L Emisson Spectra Of Compounds Of Iron And Manganese

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Savanick, G.A. Characterization Of Transition Metal Oxide Surface

White, E.W. Layers (709042) Jelectrochemsoc, 117, 557, 1970 Krause, m.O. Energies Of M Zeta X Rays Of Y To Mo

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Lukirskii, A. P. Investigation Of The Energy Structure Of Be And BeO

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Soft X-Ray Study Of The D- Bands In AuA12 And Comparsion

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(699283) X Ray Conf Kiev, 1, 234, 1969

Meisel, A. Untersuchung Der Elektroneustruktur Von

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Rontgenspektroskopische Untersuchung Der Elektronischen Struktur Der Elemente Der Molybdangruppe

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Nagornyi, V.Ya. X -Ray Study Of The Sigma Phase In Vanadium - Cobalt And

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The Number Of D -Electrons In Outer Energy Bands Of The

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Electron Distribution In The Outer Electron Shells Of

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K -Alpha To K-Beta X-Ray Intensity Ratios For Elements From Z Equal 29 To Z Equal 92 (6991 10) Phys Let, 29A, 463, 1969

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Computer - Plotted Soft X — Ray Spectra To Facilitate Chemical Combination Studies With The Electron Microbeam Probe (719192) Appl Spectry, 25, 1971 Calculation Of The Shape Of The L Hi And M Hi X — Ray Bands Of Chromium (709353) Phys Metalmetal, 30, 233, 1970

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!aylor, R.D. See Steyert, W.A. (659027)

!hatcher, J.W. 5ee Campbell, W.J. (669237)

!homas, P.M. See Gwinn, J. A. (689067)

!hompson, B.J. See Clift, J. (639082)

!hompson, B.J. See Clift, J. (639083)

!hompson, B.J. The Experimental Determination Of The M (ii,iii) Soft X -Ray Emission Spectra Of Ni, Cu, Zn, And Their Alloys (639098) Appl Spectr, 17, 137, 1963

152
Thompson, B.J. Kellen, P.F.

Tolpygo, K.B. Tomboulian, D.H. Tomboulian, D.H.

Tomboulian, D.H.

Tomboulian, D.H.

Tomboulian, D.H.

Redo, D.E.

Tomboulian, D.H.

Bedo, D.E. Tomboulian, D.H.

Tomlin, S.G.

Tomlin, S.G. Trapeznikov, V.A.

The Soft X-Ray Emission Band Spectra Of Metals And

Alloys (649156) Dvp Appl Spctry, 4, 23, 1964 See Lyapin, V.G. See Cady, W.M. (699019)

(419001)

Radiative X-Ray Transitions Within The L- Shelf Of Sulfur (489001) Phys Rev, 74, 1887, 1948 See Bedo, D.E. See Bedo, D.E. (569006)

(599002)

Valence Band Emission Spectra Of fron. Cobalt, And

Nickel (619081) Phys Rev, 121, 146, 1961 K ~ Emission Spectrum of Metallic Lithium (589030) Phys. Rev., 109, 35, 1958 Recent Studies Of Valence Band Emission Spectra (629122) J Quan Spect Rt, 2, 649, 1962

Calculation Of Emission Of Characteristic X-Radiation (649121) Austral J Phys, 17, 452, 1964 5ee Fong, L.H. See Nemnonov, S.A.

(699177)

(699104)

Trapeznikov, V.A.

Sapozhnikov, V.P.

Trapeznikov, V.A.

Troneva, N.V. Marchukova, I.D. Borovski, I.B.

Application Of A Bent -Crystal X-Ray Spectrometer To Analysis Of Emission Outside The Rowland Case (709307) Instr Exp Tech, 227, 1970 See Hedman, J. (719188)

L — Series Of Cerium In CeB6 and Ce02 (589031) Phys Metalmetal, 6, 125, 1958

Trotter, J See Catterall, J. A. (629091)

Trotter, J. See Gale, B. (569016)

Trotter, J. See Catterall, J.A. (599007)

Trotter, J. See Catterall, J.A. (599008)

Trotter, J. See Catterall, J.A. (629090)

Trotter, J. See Catterall, J.A. (639087)

Trotter, J. See Catterall, J.A. (639090)

Trotter, J. See Gale, B. (699112)

Tsutsumi, K. See Sawada, M. (559022)

153
Tsutsumi, K. The X —Ray Satellite And The Chemical Bindings (669224) Rontgenchembind, 336, 1966

Ugai, Ja. A

Ugai, Y.A.

Ulmer, K

Ulmer, K

Ulmer, K. Ulmer, K. Ulmer, K. Ulmer,k. Urban, J. Urch, D. S. Urch, D.S.

Urch, D.S.

Utriainen, J. Linkoaho,m.

Rantauori,e. Aberg, T. Graeffe, G.

Utriainen, J. Utriainen, J. Utriainen, J.

Utriainen, J. Utriainen, J. Aberg, T.

Uvarov, V.S.

Vainshtein, E.E.

Kotlyar, B.l.

Vainshtein, E.E.

5ee Domaschewskaja, E. P. (669177)

See Domashevskaya, E.P. (649150)

5ee Claus, H. (639072)

5ee Merz, H. (689028)

See Kessler, J. (609083)

5ee Claus, H. (659074)

See Eggs, J. (689030)

5ee Bohm,g. (699262)

See Drahokoupil, J. (689222)

See NichoUs, C. (739012)

The Origin And Intensities Of Low Energy Satellite Lines

In X-Ray Emission Spectra. A Molecular Orbital Interpretation (709220) J Phys, 3C, 1275, 1970

Chemical Bonding Effects In X-Ray Emission Spectra A Molecular Orbital Model (719201) Adv Xray Analys, 14, 250, 1971

Relative Intensities Of K-Alpha Satellites In X-Ray

Fluorescence Spectra Of Na, Mg, Al And Si (689210) Z Naturforsch, 23A, 1178, 1968

See Aberg, T. (699076)

5ee Linkoaho (699085)

See Graeffe, G. (699111)

See Siivola, J. (709190) Two - Electron Jumps In The Potassium K Beta X Ray

Spectrum (719172) J Phys, 4C, 1105, 1971 See Zburakovskii, E.A. (719021)

X-Ray Emission Spectra Of Mn And Cu In Heusler AUoys

In The Magnetic Transition Temperature Range

(569031) Sov Phys Dokl, 1, 527, 1956 See Barinskii, R.L. (579004)

154
Vainshtein, E.E.

Vasilev, lu.N.

Vainshtein, E.E.

Vasilev, lu.N. Vainshtein, E.E.

Zhurakovskii, E.A.

Vainshtein, E.E. Zhurakovskii, E.A.

The Influence Of Chemical Bonds On The Fine Structure Of Titanium A Lines In Compounds

(579038) Sov Phys Dokl, 2, 207, 1957 The Titanium K Group In Titanium Carbide (579039) Sov Phys Dokl, 2, 251, 1957 New Data On The X-Ray Emission Spectra Of Titanium In Certain Hydrides, carbides, and Nitrides (599037) Sov Phys Dokl, 4, 1050, 1959 New Data On The X-Ray Emission Spectra Of Titanium

In Certain Hydries. Carbides, And Nitrides (609085) Sov Phys Dokl, 4, 1050, 1960

Vainshtein, E.E. Chirkov, V.I. Ome Structural Features Of The Titanium X-Ray Emission Spectrum In Carbonitrides (629131) Sov Phys Dokl, 7, 724, 1962

Vainshtein, E.E. Chirkov, V.I.

Vainshtein, E.E. Chirkov, V.I.

Vainshtein, E.E.

Vainshtein, E.E. Ovrutskaya, R.M.

Kotlyar, B.I.

Some Structural Features Of The Titanium X-Ray Emission Spectrum In Carbonitrides (639028) Sov Phys Dokl, 7, 724, 1963 The Structure Of The X-Ray Emission K Beta 5 -Bands Of Titanium In The Oxides (TiO.s^ — TiO1.2a) (649143) Sov Phys Dokl, 9, 697, 1964 See Blokhin, S.M. (659073)

Utilization Of X - Ray Spectral Analysis For The

Investigation Of The Valence State Of Manganese Atoms

In Complex Oxide Semiconductors (669227) Sovphys Solidst, 7, 1707, 1966

Vainshtein, E.E.

Vainstein, E.E. Valadares, M.

See Chirkov, V.I. (679243)

See Zhurakovskii, E.A. (599067)

See Frilley, M. (519004)

Van Den Berg, C.B.

Varma, P.P. Varma, P.P. Varma, P.P.

The L Spectra Of Some Iron - Group Metals An

Investigation With The Cylinder Spectrometer (579055) Thesis Groningen, 1957 See Deodhar, G.B. (679282)

See Deodhar, G.B. See Deodhar, G.B. (689117)

(689147)

Varma, P.P. Varma, P.P. Varma, P.P.

See Deodhar, G.B. See Deodhar, G.B. See Deodhar, G.B.

(689269)

(699023)

(699026)

Vasilenko, N.N.

Vasilenko, N.N. 5ee Zhurakovskii, E.A. (709183)

See Zhurakovskii, E.A. (719021)

155
Vasilenko, N.N. See Frantsevich, I.N. (719050)

Vasilev, lu.N. See Vainshtein, E.E. (579038)

Vasilev, lu.N. See Vainshtein, E.E. (579039)

Vaynsteyn, Z.Ye. See Ovrutskaya, R.M. (639096)

Vedrinskii, R.V. Auger Transitions And The Shape Of The X-Ray Spectrum

Kolesnikov, V.V. (679160) Bullacadsciussr, 31, 904, 1967

Vedrinskii, R.V. Threshold Behavior Of The X-Ray Spectrum Of Sodium

Richter, J. (709020) Phys Stat Solid, 38K, 9, 1970

Victor, C. Contribution To The Study Of The L -Spectra Of Some

Heavy Elements Excited By Electron Bombardment.

Intensity Ratios And Their Variations As Functions Of Z

(619085) Ann Physique, 6, 183, 1961

Vilim, P. See Drahokoupil, J. (689222)

Vinogradov, A. S. See Zhukova, I.I. (689258)

Vladimirova, A.A. See Zhurakovskii, E.A. (679117)

Volkov, V.F. See Nemnonov, S.A. (669066)

Volkov, V.F. See Nemnonov, S.A. (669158)

Volkov, V.F. Spectral X-Ray Analysis Of The Structure Of The 3D

Rossokha, L.A. Band Of Nickel In The Alloys Nisi And Nisi2 (689196) Phys Metalmetal, 25, 185, 1968 Volkov, V.F. Structure Of The Liii - Emission Bands Of Nickel In Blokhin, M.A. Certain Alloys (689364) Phys Metalmetal, 26, 193, 1968

Volkov, V.F. See Blokhin, M.A. (699119)

Volkov, V.F. See Blokhin, M.A. (699353)

Volkov, V.F. See Sommer, G. (709353)

Ward, J. F. See Kaufman, V. (669190)

Watabe, M. See Morita, A. (689276)

Watson, L. A Survey Of Characteristics Of Alloy X-Ray Emission

Spectra (739003) Band Stru Spect, 125, 1973 Watson, L. M. Soft X-Ray Emission Spectra From Aluminium -Niobium

Kapoor, Q. S. And Aluminium -Palladium Alloys Nemoshkalenko, V. V. (719208) J Physique, 328, 325, 1971 Watson, L. M. The Electronic Structure Of Alloys Of Aluminium With

Kapoor, Q. S. First And Second Transition Series Metals Studied By

Hart, D. Soft X-Ray Spectrometry (739014) Munich Symp, 1973

156
Watson, L.M. Dimond, R.K.

Fabian, D.J. Watson, L.M.

Watson, L.M. Dimond, R.K.

Fabian, D.J. Watson, L.M.

Watson, L.M.

Watson, L.M. Dimond, R.K.

Fabian, D.J. Rooke, G.A. Watson, L.M.

Watson, L.M.

Watson, R.E. Wenger, A.

Burri, G. Steinemann, S. Wernick, J.H. Wertheim, G.K. Westgaard, L. Bjornholm, S.

White, E.W.

White, E.W.

White, E.W.

White, E.W.

Wiech, G.

Wiech, G.

Wiech, G.

The [fse Of A Moire Fringe Measuring System And Digital Output In A Soft X-Ray Spectrometer (679289) J Sci Instr, 44, 506, 1967 See Ellwood, E.G. (679379)

Soft X-Ray Emission Spectra Of Magnesium And Beryllium (689324) SXS Bandspectra, 45, 1968

See Marshall, C. A. W. (699002)

See Fabian, D.J. (699280)

Soft X — Ray Emission Spectra Of Some Light Metals (699289) X Ray Conf Kiev, 2, 56, 1969

See Fabian, D.J. (7091 14) See Kapoor, Q.S. (739008)

See Cuthill, J.R. (679300)

Direct Experimental Support to the Minimum

Polarity Model in Ni - Cu Alloys (719033) Phys. Let.,34A, 195, 1971 See Hufner, S. (729038)

See Hufner, S. (729038)

Self — Supporting Metal Foils Prepared From The Oxydes Of The Separated Isotopes Of Rare Earth Elements (669007) J Phys, 2B, 282, 1966 See Krause, H.B. (709013)

See Gigl, P.D. '709041)

See Krause, H.B. (709042)

See Baun, W.L. (709354)

Untersuchungen An Der L2,13 - Rontgenemissionsbande Von Aluminium Mit Einum Neuen Konkavgitterspektrographen (669167) Z Physik, 193, 490, 1966 Untersuchung Der Lii,iii - Emissionsbanden Von Aluminium

Mit Einem Neuen

Ultrahochvakuum -Konkavgitterspektrographen

(669225) Rontgenchembind, 343, 1966 X-Ray Spectroscopic Investigation Of The Structure Of

The Valence Band Of Silicon, Siliconcarbide And

Silicondioxide (679261) Z Physik, 207, 428, 1967

157
Wiech, G.

Wiech, G.

Wiech, G.

Wiech, G. Wiech, G.

Zopf, E.

Wiech, G. Wiech, G.

Zopf, E.

Wiech, G. Wiech, G.

Zopf, E.

Wiech, G. Wiech, G.

Zopf, E.

Wiech, G. Wiech, g. Willens, R. H. Brasen, D.

Willens, R.H.

Schreiber, H.

Buehler, E. Brasen, D.

Willens, R.H.

Williamson, M.A,

Williams, M. L. Williams, M.L.

X-Ray Emission Bands And Energy Structure Of Pure

Phosphorus, III— V— Phosphides And Phosphates (689248) Z Physik, 216, 472, 1968

Soft X-Ray Emission Spectra And The Valence -Band

Structure Of Beryllium, Aluminum, Silicon And Some

Silicon Compounds

(689325) SXS Bandspectra, 59, 1968 The P12, 3 -Emission Bands Of Phosphorus And Some

Phosphorus Compounds

(699287) X Ray Conf Kiev, 2, 25, 1969 See Neddermeyer, H. (709000)

Soft X-Ray Emission Spectra And The Valence -Band

Structure Of Silicon And Germanium (709118) NBS IMR Symp, 3, 1970 See Dannhauser, G. (719083)

X-Ray Emission Lines Resulting From Transitions M2 To M4,5 And M3 To M4,5 Of The Elements Zinc To Selenium (719181) Z Physik, 244, 94, 1971 See Dannhauser, G. (719182)

X-Ray Emission Bands And Electronic Structure Of Silicon And Of Some Silicon, Sulphur, And Aluminum Compounds

(719206) J Physique, 32S, 201, 1971 SeeFeser,K. (719209)

Electronic Properties Of Aluminium And Silicon Intermetallic Compounds From X — Ray Spectroscopy (739007) Band Stru Spect, 173, 1973 See Feser, K. (739016)

5ee Hoffmann,l. (699264)

Piezo Soft X-Ray Effect In Nickel (729042) Phys Rev, 5B, 1891, 1972

Piezo Soft X-Ray Effect (699092) Phys Rev Let, 23, 413, 1969

The Piezo Soft X-Ray Effect (709111) NBS IMR Symp, 3, 281, 1970 See Jopson, R.C. (639095)

See Mc Alister, A. J. (739018)

See CuthiU, J.R (669150)

158
Williams, M.L.

Williams, M.L.

Williams, M.L. WiUiams, M.L.

Williams, M.L.

Williams, M.L. Dobbyn, R.C.

Cuthill, J.R. Mc Mister, A.J. Williams, M.L.

Williams, M.L.

Williams, S.E. Williams, S.E. Williams, S.E.

Wittry, D.B.

Wohlfarth, E.P. Wood, E. Woolen, F. Huen, T. Stewart, R. Wuilleumier, F. Wuilleumier, F. Wyckoff, W.G.

Yakowitz, H.

Cuthill, J.R. Yakowitz, H.

Heinrich, K.F.J.

Yoshida, S.

Zarlingo, D.G

Zhukova,

Zhukova, I.L Fomichev, V.A.

Vinogradov, A.S

Zimkina, T.M.

See CuthiU, J.R. (679300)

See Cuthill, J.R (689098)

See CuthilL J.R.

' (689241)

See CuthilL J.R. (689331)

See Dobbyn, R.C. (709080)

Soft X-Ray Emission Spectrum Of Al In AuA12 (709081) NBS IMR Symp, 3, 1970

5ee Mc Alister, A.J. (719034)

See Mc Alister, A.J. (739001)

See Crisp, R.S. (609015)

See Crisp, R.S. (609016)

See Crisp, R.S. (619025)

See Nicholson, J.B. (649163)

See Fadley, C.S. (729037)

See Das Gupta, K. (559006)

Studies of Band Structure and Electron Scattering in Aluminum by Photoemission (659084) Opt Prop, 332, 1965 See Bonnelle, C. (669139)

See Krauscm.O. (719184)

See Davidson, F.D. (669248)

Annotated Bibliography On Soft X — Ray Spectroscopy (629115) NBS Monograph, 52, 1, 1962

Quantitative Electron Probe Microanalysis: Absorption Correction Uncertainty (689304) Mikrochem Acta, 122, 1968 Aluminum K Beta Bands From Al-Cu Alloys (369007) Instphyschemres, 28, 243, 1936 See Salem, S.I (679098)

See Fomichev, V.A. (689249)

Investigation Of The Energy Structure Of Silicon Carbide And Silicon Nitride By Ultrasoft X-Ray

Spectroscopy (689258) Sovphys Solidst, 10, 1097, 1968

159
Zhukova, I.I. Zhukova,i.I. Zhurakovskii, E.A.

Zhurakovskii, E.A.

Vainstein, E.E.

Zhurakovskii, E.A.

Zhurakovskii, E.A.

Zhurakovskii, E.A.

Vladimirova, A. A. Dzeganovskii, V.P.

Zhurakovskii, E.A.

Zhurakovskii, E.A.

Zhurakovskii, E.A.

Vasilenko, N.N.

Zhurakovskii, E.A. Neshpor, V.S. Dzeganovskii, V.P.

Zhurakovskii, E.A.

Dzeganovskii, V.P. Bondarenko, T.N.

Neshpor, V.S.

Vasilenko, N.N.

Uvarov, V.S. Ordanyan, S.S.

Nikitin, V.N

Zhurakovskii, E.A.

Zhurakovskii, e. A. Zhurkova, I.I. Zimkina, T.M.

Zimkina, T.M.

Zimkina, T.M.

Ershov, O.A.

Lukirskii, A. P.

See Rumsh, M.A. (689371)

SeeFomichev, V.A. (699089)

See Vainshtein, E.E. (599037) A Comparative Ivestigation Of The Fine Structure Of X -Ray Emission Bands For The K Beta - Group Of Titanium In The Metal And In Its Compounds With Some Light Elemets (599067) Sov Phys Dokl, 4, 1308, 1959 See Vainshtein, E.E. (609085)

See Dzeganovskii, V.P. (669144)

The K Beta Group Of Lines In The X-Ray Fluorescence Spectrum Of Scandium In The Metal And Certain Refractory Compounds

(679117) Sov Phys Dokl, 11, 814, 1967 X-Ray Emission K Alpha Band Of Carbon In Titanium

Carbide, Diamond. And Graphite (689166) Sov Phys Dokl, 13, 578, 1968 X-Ray A Alpha Emission Band Of Carbon In The

Monocarbides Of Transition Metals Belonging To Groups IV And V

(699149) Sov Phys Dokl, 14, 168, 1969 X-Ray Emission Of The K Alpha Band Of Nitrogen In The

Group IV, V, And VI, Transition Metal Nitrides (709183) Sov Phys Dokl, 14, 710, 1970

State Distribution Of Electrons In Homogenity Regions For Some Refractory Carbides (709306) Inorganic Matls, 6, 183, 1970

Soft X-Ray Spectra And Galvanomagnetic Properties Of

Vandium Carbides In The Region Of Homogeneity

(719021) Sov Phys Dokl, 15, 877, 1971

See Frantsevich, I.N. (719050)

See Nikolskii,a.P. (689242)

See Fomichev, V.A. (689141)

See Lukirskii, A. P. (6391 14) See Lukirskii, A. P. (649115)

Emission Bands Of Zr, Nb And Mo And Of Some Chemical Compounds Of These Elements (649155) BuUacadsciussr, 28, 744, 1964

160
Zimkina, T.M.

Zimkina, T.M.

Zimkina, T.M.

Zimkina, T.M.

Zimkina, T.M.

Zimkina, T.M. Zommer, G.

Zopf, E. Zopf, E. Zopf, E. Zopf, E. Zopf,e. Zykov, V.S. Zykov, V.S. Zyryanov, V.G.

Zyryanov, V.G.

Zyryanov, V.G. Nemnonov, S.A. Zyryanov, V.G.

5ee Fomichev, V.A. See Kruglov, V.I. See Fomichev, V.A. See Zhukova, I.I. See Rumsh, M.A.

See Fomichev, V.A. See Blokhin, M.A.

See Wiech, G. See Wiech, G. See Wiech, G. See Wiech, G. See Hoffmann,!. See Petrovich, E. V. See Sumbaev, O.I. See Shuvaev, A. T. See Nemnonov, S.A.

(679256)

(689016)

(689249)

(689258)

(689371)

(709217)

(699119)

(709118)

(719181)

(719206)

(739007)

(699264)

(689155)

(689189)

(649138)

(669158)

Shape Of The X-Ray Liii - Emission Band Of Copper (6991 16) Phys Metalmetal, 27, 191, 1969 See Nemi S.A. (699145)

Zyryanov, V.G.

Zyryanov, V.G.

Zyryanov, V.G.

See Nemnonov, S.A. See Nemnonov, S.A. See Hedman, J.

(709348)

(719055)

(719188)

161
3.4. Spectra Chart 2000

B 23 27 31 35 Atomic Number39 43

Figure 22. Chart shoiving the spectral location in eV of various spectra. height represents region within which approximately 90 percent of oscillator strength falls.

The authors wish to acknowledge Dr. G. C. Carter who, as Director of the NBS Alloy Data Center, devised the computerized property indexing system employed in the Spectral Index and Author Index

tables. The authors also wish to thank D. Kahan of the NBS AUoy Data Center for maintenance of the computer tapes, C. Messina and M. R. Shaver for assistance in formatting the above tables for pubUcation, and J. G. Koch for programming assistance. 162
Appendix 1 List of Properties by Categories

The code of the property is the category number followed by the alphabetic symbol at the left of the property. The deleted letters are open for future assignment. First we list the properties by increasing alpha- numeric code number, and then alphabetically by property name. Category 1 Electronic Transport Properties (ETP)

A. Temperature coefficients of resistivity. B. Electrical resistivity; conductivity.

C. Thermal conductivity; anharmonic force

constants.

D. Residual resistivity; mean free path; resistivity ratios. E. Effective number of charge carriers; number

of electrons; number of holes.

F. Ferromagnetic anisotropy of magnetoresistance. (Magnetoresistance, see Category 5.) H. Hall coefficients, R, Rd; Rs.

I. Peltier coefficient, tt. J. Ettingshausen-Nernst effect. K. Thompson coefficient. L. Lorentz number, Wiedemann-Franz ratio. M. Mobihty; drift velocity. P. Ettingshausen coefficient, P. Q. Nernst coefficient, C^v. S. Righi-Leduc coefficient, S. T. Thermoelectric power, Seebeck effect. Category 2 Magnetic Properties (MAG)

B. Electronic magnetic moment; effective number

of Bohr magnetons; local moment; (including neutron diffraction results and moments of

clusters). (See NEU.)t

C. Curie constants. D. Neel point; Kondo Temperature; Morin transition; other magnetic transitions, etc. (except 2T. below).

E. Residual inductance; coercive force.

F. Remanent magnetization; saturation remanence; etc. G. (//fi)max; hysteresis. H. Total energy lo's; loss angle; eddy current

losses; quality factor, Q.

I. Saturation magnetization; saturation moment;

intrinsic moment {¥= 2B).

J. Magnetic exchange energy of electrons, Jj!) K. Magnetostrictive coupling constant, K (both

isotropic and anisotropic).

L. Molecular field coefficient, Weiss constant. M. Magnetocrystalline anisotropy constant. N. Magnetocaloric or magnetothermal effect (oscillatory under 5K). 0. Electrostrictive mechanical coupling coeffi- cient; piezoelectric effect; magnetoelectric

properties.

P. Permeability: initial; effective: maximum;

reversible. Q. Elastoresistance. R. Magnetomechanical damping; magnetoelastic

effect; (magnetomechanical properties). T. Curie temperature: paramagnetic, ferro- magnetic.

X. Susceptibility (magnetization); antiferromagnetic susceptibility. Ferromagnetic Kerr effect, see under 6M. Category 3 Mechanics (MEG)

A. Electron probability density, charge density; Pauling electronegativity, charge transfer. B. Stacking faults and other interfacial phenomena, such as grain boundary energies;

properties of soHdliquid interfaces; etc. C. Viscosity. D. Density.

E. Acoustic and ultrasonic attenuation. (See ACO.)t

F. Acoustic impedance. (See ACO.)t

G. Elastic properties. H. Young's modulus (modulus of elasticity in tension or compression). E; compressibiHty,

1. Bulk modulus, K.

J. Shear modulus, shearing modulus; torsion modulus; modulus of rigidity, G. K. Poisson's ratio, cr. L. Elastic constants, c,j's (elastic stiffness parameter, elastic coefficients); Si/s (elastic compliances).

t Single daggers in these categories refer the reader to List No.

3 for a variety of techniques and their abbreviations. Al-1
N. Structure-sensitive properties (e.g., effect of

dislocations, irradiation, etc. on physical

properties). O. Lattice parameters, lattice constants, cell dimensions (including c/a ratios); space

groups; superlattice formation; coordination number; crystal structures. (See XRA. NEU.

etc.)t P. Nuclear polarization. (See NPL OVR. etc.)t R. Phonon spectra.

S. Spin wave spectra; spin wave energy, spin wave velocity; magnon spectra. (See SPW.)t

U. Form factors; structure factors; scattering

factors. V. Sound velocity. W. Electron-phonon interactions; Kohn anomalies.

X. Thermomechanical properties. Category 4

Nuclear and Other Resonance Properties

(NMR, EPR, etc.) A. Line width (for all spectroscopic techniques).

B. Line shape; line intensity; enhancement

factor recoilless fraction (/) (as in MOS). t C. Hyperfine field, internal field, effective field at the nucleus, etc. (no Knight shifts). (See

for example THE. FNR or MOS.)t

E. Electric field gradient at the nucleus; electric quadrupole coupling constant.

F. Spin-lattice relaxation time, T^i, longitudinal

relaxation time, thermal relaxation time. (See NMR.)t

G. Spin-spin relaxation time, T-i, transverse

relaxation time, spin-phase memory time. (See NMR.)t

H. Nuclear g'-factor; nuclear magnetic moment

dipole, quadrupole, etc.).

J. Spin echoes, pulsed NMR techniques.

K. Knight shift. (See NMR.)

L. Chemical shift, paramagnetic shift in nonmetals. (See NMR.)t (This is not a metallic property, but is important in Knight shift data evaluations.) M. Spin diffusion. N. Isomer shift. O. Debye-Waller factor. (See MOS or XRA.)t

P. Ferromagnetic shift. (See FER.)t

Q. Electronic g^-values and shifts; spectroscopic

splitting factors. R. Nuclear coupHng constants, R — K, Aij, A^;

hyperfine interaction constant; antishield- ing factors. T. Exchange stiffness parameter. (See FER.)t

X. Scattering cross-sections (including electronic,

spinflip, etc.)

t Single daggers in these categories refer the reader to List No. 3 for a variety of techniques and their abbreviations.

Category 5 Quantum Description of Solids (QDS)

A. Fermi velocity; Fermi momentum.

B. Band structure. C. Cyclotron resonance frequency.

D. Density of states. E. Effective mass, m* (as determined by different methods).

F. Fermi surface, Fermi energy surface dimensions. G. Anomalous skin effect; rf size effect, Gant- makher effect. H. de Haas-van Alphen effect; Oscillatory susceptibility effects in other properties (e.g. oscillatory Knight shifts (4K) are indexed 4K, 5H). L Magnetoresistance (nonoscillatory).

J. Magnetic breakdown; magnetic breakthrough.

K. Shubnikov-de Haas effect (oscillatory magnetoresistance).

L. Oscillatory magnetostriction; oscillatory magnetocaloric effect; other oscillatory effects not listed elsewhere. M. Magnetoacoustic effect, geometric resonance. N. Screening parameter, Icft. agff; charge oscilla- tions, RKKY theory; virtual states. O. Volume per electron; radius per electron, r^; metallic radius.

P. Pseudopotential, model potential. Q. Angular correlation or anisotropy of emitted y

rays (including POS).t

R. Disordered alloys: breakdown of translational periodicity (when not otherwise noted).

S. Madelung constant; cohesive energy; electrostatic interaction energy.

T. Various quantum states; total electronic angular momentum, J, etc. U. Electronic transitions (excluding single-particle

transitions, which are listed under 6T); semimetal-to-metal transitions; Mott transitions; energy gaps. V. Binding, or dissociation energies, including those for foreign particles, pairs, vacancies,

etc. W. Wave functions of electrons in metals. X. Crystal field splitting; exchange interaction energies and splitting; other characteristic energies of electronic states. Y. Relaxation times, electronic or other; all except Ti — (4F) and T-i (46) -this code

includes the cross-relaxation time, Tyz. Z. Electron-like quasiparticles. Category 6 Electromagnetic Radiation (RAD)

A. Absorptivity.

B. Emissivity (normal spectral). C. Transmission. Al-2
Reflectivity, percent reflectance of (polished) metal. Extinction coefficient K{\). Fermi edge energy, absorption and emission edge energy. Photoemission spectra. (See PES.)t Quantum yield. Index of refraction, n(K), optical and dielectric constants. Impedance; reactance (for acoustic impedance,

see 3F). Photoconductivity. L S sphtting of energy levels. (See also 4Q.) Magneto-optical constants; magneto-optical

rotation; Kerr effect (also ferromagnetic); magneto-reflectance; Faraday rotation; saturation rotation; Verdet constant. Extinction potential. Plasma oscillations and resonances. Peak energy. (See SXS.)t

Excitonic effects. Synchrotron radiation. Transition probability. Energy level. Work function; thermionic; photoelectric; contact potential. Piezooptical properties.

X.

Note: for hne width, see 4A; for line shape, see 4B. Category 7 Superconductivity (SUP)

a of

6 of res yTc" exp y ——— j

, where Ces is the

electronic specific heat in the superconducting

state and y is the coefficient of the linear term

of the specific heat in the nor- mal state. D. Skin depth, penetration depth.

E. Energy gap for superconducting electrons; order parameter.

F. Penetration depth of electron pairs. A.. G. Flux fines; flux flow; structure of flux fines. H. Critical field. He; Hex; Hn; H,z.

J. Critical current, Ic. K. Landau-Ginzburg constant, K. M. Magnetization in superconductors.

S. Superconducting state (to be used only when

essential for clarity). T. Critical temperature, Tc.

Electron-electron interaction parameter, V

(multiplied by the density of states =

N(E,)V). Coherence distance, ^o, range of coherence,

correlation length.

t Single daggers in these categories refer the reader to List No. 3 for a variety of techniques and their abbreviations.

Category 8 Thermodynamics (THE)

A. Heat capacity, specific heat, Cr, Cp.

B. Nuclear hyperfine structure; spin specific heat (of ions in materials, etc.), nuclear

specific heat. C. Electronic specific heat, y, 7ei- D. Magnetic specific heat, including that due to magnetic clustering. E. Stark and other specific heats.

F. Phase transformations and diagrams.

G. Melting point. H. Boiling point.

I. Latent heats.

J. Entropy of mixing; heat of solution. K. Entropy (other); entahlpy, heat content; Gibbs free energy, Helmholtz free energy;

etc. L. Cohesion energy (as measured thermodynamically). M. Solubifity. N. Vapor pressure; evaporation; sublimation. 0. Thermal expansion.

P. Debye temperature.

Q. Diff"usion. (See DIF.)t

R. Activation energy. (See DIF.)t

S. Diffusion constant. (See DIF.)t

T. Fermi-Dirac degeneracy temperature.

U. Order-disorder; clustering. Category 9

Soft X-ray Spectroscopy (SXS)

A. Absorption spectra.

B. Absorption coefficient. C. Characteristic energy losses of electrons. D. Isochromat spectra.

E. Emission spectra (i.e., characteristic or band

spectra).

F. Fine structure. G. Fluorescence yield (spectra). H. Bremsstrahlung, continuous spectra.

1. Intensity determinations, intensity ratios (when

used together with 9S). K. X-spectra.

L. L-spectra. M. M-spectra. N. A^-spectra. O. 0-spectra.

P. f-spectra. Q. Higher multipolarity-, forbidden-, nondiagramtransitions (excluding satellites, 9S). R. Self-absorption eff"ects. Al-3
Satellites. U. Ion neutralization spectra. (See INS.)t Auger transition; level and lifetime broadening. V. X-ray photoelectron spectroscopy, electron (Instrumental, or environmental broadening spectroscopy for chemical analysis (ESCA).

under OD). (See also PES and XPS.)t

Al-4
Appentlix 2 Journal Names and Abbreviations

Journal or Reference Abbreviation Journal or Reference Abbreviation

Acta Chemica Scandinavica ACTA CHEM SCAND Canadian Journal of Physics PAM 1 DUVC LAN J rHYS

Acta Crystallographica ACTA CRYST Canadian Metallurgical Quarterly CAN MLI UUARILR

Acta Metal lurgica ACTA MET Ceskoslovensky Casopis Pro Fysiku LLSK CAbUrlSrYb

Acta Physica ACTA PHYS Chemical Engineering PLJ^^Jl CMP CHEM ENG

Acta Physica Austriaca ACTA PHYS AUSTR Chemical Physics Letters

PUCI\fl DUVP 1 CT CHtM PHYs LEI Acta Physica Academiae Scientiarum Hungaricae ACTA PHYS HUNG Chemical Reviews pu^^fl Dc\/c UntlVI Ktvb

Acta Physica Poionica ACTA PHYS POLON Comments on Solid State Physics p^^fl pni ot duvc

lUlvl iUL C)l PHYb

Advances in High Pressure Research ADV HIGH PR RES Conference Proceedings from U.S. Department of Com- COMM OTS CONF

Advances in the Physical Sciences (USSR) ADV PHYSSCIUSSR merce, Office of Technical Services Advances in Chemical Physics ADVAN CHEM PHYS Comptes Rendus de I'Academie des Sciences COMPT REND

Advances in Physics ADVAN PHYS Conference on Low Temperature Physics priMr 1 r\\M t duvc [jUm LUW 1 rnis

Agardograph AGARDOGRAPH Conference on the Electronic Structure of Alloys, held at ppMC 1 loucccici n CUNF UbHtrHELU

Abstract Bulletin of the American Institute of Mining, AIME ABSTR BULL the University of Sheffield Metallurgical, and Petroleum Engineers Conference on Magnetic Resonance in Metals UUI'IrlVlAbKtolVltlAL Akusticheskii Zhurnal (in Russian) AKUST ZH USSR Conference on the Properties of Liquid Metals (abstracts CONFPROP LIQMET

Aluminum ALUMINUM of papers) American Journal of Physics AM J PHYS Contemporary Physics tONIEMr rHYb

Analytical Chemistry ANAL CHEM Control Engineering PflMTDfll CWP

Angewandte Chemie International ANGEW CHEM INTL Cornell University Report CORNELL UNIVREP

Annales of Physics ANN PHYS Cryogenics CRYOGENICS

Annalen der Physik ANN PHYSIK Crystallography PDVCTAI 1 nPDADUV

Annales de Physique ANN PHYSIQUE Current Science CURRENT SCI

Annual Reviev;/ of Nuclear Science ANNREV NUCL SCI Czechoslovak Journal of Physics CZECH J PHYS

Annual Review of Physical Chemistry ANNREV PHYSCHEM Discussions of the Faraday Society nicp rADAPiAvcnp Ulot rAKAUArjUL

Applied Optics APPL OPT Dissertation Abstracts niCCCDT ADCTD

Applied Physics Letters APPL PHYS LET Dopovidi Akademii Nauk Ukrans'koi RSR r^no APAriMAi ii/i ii/D UUr ACAUIVAUMJtVR

Applied Scientific Research APPL SCI RES Developments in the Structural Chemistry of Alloy Phases n\/D CT PUCft/l Al 1 UVP SI CHEM ALL

Applied Spectroscopy APPL SPECTRY Les Electrons Dans Les Metaux (Institut International de ELECTDANSMETAUX

Archives des Sciences ARCH SCI Physique Solvay, 1954)

Argonne National Laboratory -Metallurgy Division Annual ARGONNE NL MDAR Electronics and Power ELECTRON PWR

Report Elektrotechnische Zeitschrift Cl CUTOnTCPU 7 ELtKIKUItCH Z

Arkiv for Fysik ARKIV FYSIK Electronic Properties Information Center Data Sheet EPIC UAIA SHLEI

Atomic and Electronic Structures of Metals (Book edited ASM BOOK GILMAN Experimentalle Technik der Physik rvD Trpu Duvcii/ by J. J. Gilman and W. A. Tiller for the American So- Experientia CVDCDICMTA tXPEKIENIA

ciety for metals) Fizika Metallov i Metallovedenie (in Russian) HI? ^^l^TAl ftflCTAi rlZ IVItlAL IVItlAL Australian Journal of Physics AUSTRAL J PHYS Fizika Tverdoga Tela (in Russian) CI7 T\/CDn TCI A HZ IVEKU lELA

Band Structure Spectroscopy of Metals and Alloys, BAND STRU SPECT Fortschritte der Physik FORTSCHR PHYSIK

D. J. Fabian and L. M. Watson, Eds., Academic Press, General Electric Company Report PCMI CI CPT DCD btNL tLECI KEr

1973 Genshikaku Kenkyu GENSHIKAK KENKU

Bell System Technical Journal BELL SYST TECHJ Helvitica Chimica Acta HELV CHIM ACTA

Berichte- Bunsengesellschaft fur Physikalische Chemie BERBUN PHYSCHEM Helvitica Physica Acta HELV PHYS ACTA

Fluctuation, Relaxation, and Resonance in Magnetic Sys- BOOK D TER HAAR Hyperfine Structure and Nuclear Radiations HFS NUCL RAD

tems (Book edited by D. Ter Haar) Hungarian Academy of Sciences Report UIIMPAPAnCPI DCD HUNGACADSCI KEP

Boron — Synthesis, Structure, and Properties (Edited by BORON BOOK KOHN Hyperfine Interactions (Book edited by A. J. Freeman and HYPERFINE INT

J. A. Kohn, W. F. Nye, and G. K. Gaule) R. B. Frankel)

British Journal of Applied Physics BRITJ APPL PHYS IBM Journal of Research and Development IBM J RES DEVP

Bulletin of the American Physical Society BULL AM PHYSSOC Institute of Electrical and Electronics Engineers Trans- lEE T CIRCTHEO

Bulletin of the Institute of Theoretical Physics (in BULL INSTHEPHYS actions of Circuit Theory

Russian) Institure of Electrical and Electronics Engineers Trans- IEEE TRANS MAG

Bulletin of the Israel Physical Society BULL ISRPHYSSOC actions on Magnetics

Bulletin de I'Academie Polonaise des Sciences BULLACADPOLSCI Institute of Electrical and Electronics Engineers Trans- lEEETRANSNUCSCI

Bulletin of the Academy of Science of the USSR BULLACADSCIUSSR actions on Nuclear Science

Bulletin de I'lnstitut International du Froid BULLINSINTFROID Industrial Electronics IND ELECTRONICS

Bulletin de la Societe Francaise de Mineralogie et de BULSOCFRMINERAL Industrial and Engineering Chemistry IND ENG CHEM

Crystallographie Industrial Laboratory (USSR) IND LAB

Cathiers de Physique CAHIERS PHYS Indian Journal of Pure and Applied Physics INDIAN J PAPHYS

Proceedings of the Cairo Solid State Conference CAIRO SOLSTOCONF Indian Journal of Physics INDIAN J PHYS

Canadian Journal of Chemistry CAN J CHEM Industrial Research INDUSTRIAL RES A2-1
Journal Names and Abbreviations — Continued

Journal or Reference Abbreviation Journal or Reference Abbreviation

Inorganic Chemistry lliUnuMlilU UntlVI Japanese Journal of Applied Physics JAP J APPL PHYS

Inorganic Materials lliUKbMl'ilU IVIMI Lo Journal of the Electrochemical Society JELECTROCHEMSOC

Instruments and Control Systems INQTD PnWT QVQT

Jernkontorets Annaler JERNKONT ANN

Instruments and Experimental Techniques (USSR) INCTD rvp TCf^U IINolK tAr ItUn JETP Letters JETP LET

Instrument Practice IWCTD DDAPT

Journal of Inorganic and Nuclear Chemistry JINORG NUCLCHEM

Instrument Review \nilK KtV Kristallografiya KRIST

International Conference on Plutonium IMTI priMr DM

L'Effet Mossbaijer (Book by A. Abragam) L EFFET MOSSBAU

International Instrument Congress IMT IMOTD /TlMr*INI INSIK LUNLi Low Temperature Physics (Proceedings of an Interna- LOW TEMP PHYS

International Journal of Quantum Chemistry INT J QUANTCHEM tional Conference)

Colloque International du C.N.R.S. (held at Orsay) IMTPfli 1 nn HDCAV INILULLUU UKSAY Low Temperature Physics (Edited by C. De Witt, B. Drey- LT PHYS DE WITT

Colloque International du C.N.R.S. (held at Paris) INILULLOU PARIS fus, and P. G. De Gennes)

International Conference on Quantum Electronics INICUNI" UUANItL Lubrication Engineering LUB ENG

International Conference on Solid Compounds of Transi- INTCONF SOLCOMP Master's Thesis M THESIS

tion elements Machine Design MACHTNE DESIGN

International Conference on the Electronic Properties of INTCONFGENEVANY Machinery Lloyd MACHINERY LLOYD

Metals at Low Temperatures (held at Geneva, New Magnetism (Book Edited by G. T. Rado and H. Suhl) MAGNETISM

York) Magyar Fizikai Folyoirat MAPv ri7 rni vn MAbi rlZ rULYU

International Conference on Low Temperature Physics \n 1 bUlilrLUVv 1 rnio Materials in Design Engineering ^flAT nCCIPM CMP MAI ULSIbN tNG

and Chemistry Measurement Techniques USSR ^J1CAC TCPU IICCD MtAo 1 tbri UooK

International Conference on Physics at Very Low Tem- INTCONFPHYSLOWT Memoires de I'Academie Royale de Belgique MEMACADROYBELG

peratures Metal Progress

HflCTAI DOnPDCCC MLIAL PkUGKLSS

International Congress of Pure and Applied Chemistry IlllbUllb rA bntm Metallography ^flCTAI 1 PPDADUV MLIALLUbRArHY

Introduction to Magnetic Resonance (Book by A. Carrington iwTDn ^/tA^ ore INIKU IVlAb Kto Metals Technology

HflrxAl 0 TCPU MLIALS ILLH

and A. D. McLachlan) Metallic Solid Solutions (Proceedings of a Symposium on METALSOLIDSOLNS

Proceedings of an International Symposium on Anisotropy MNIoTmr KtrbUlvIr their Electronic and Atomic Structure) — Edited by J. in Single — Crystal Refractory Compounds (held at Friedel and A. Guinier Dayton, Ohio) Mikrochemica Acta MIKROCHIM ACTA

Institute of Radio Engineers Transactions on Nuclear IDCTDAMC MIIPCPI IRtlKAnS NUloLI Molecular Physics MOL PHYS

Science Monatsberichte der Deutschen Akademie der Wissen IVIUINAIODtK UtUI

Instrument Society of America Transactions ICA TDAWCISA IKANS schaften

Istituto Lombardo — Accademia di Scienze e Lettere ISI LUMdARUU Monatshefte fur Chemie MONATSH CHEM

(Rendiconti) Mdssbauer Effect Methodology Aflncc ccc MCTupn MUSS In MLIHUU

Izvestiya Akademii Nauk SSSR (in Russian) IC\/ COD MCnDPloV SSR NtURb X-Ray Spectra and Electronic Structure of Matter, A. MUNICH SYMP

Izvestiya Vysshikh Uchebnyk Zavedenii 17\/ \/VC 1 IPU 7A\/ IZv VYi UIH iAv Faessler, Ed., U. of Munich Press

Journal of the American Ceramic Society 1 A^J1 PCDA^/t CAP

J AM ItKAM sue National Aeronautics and Space Administration Technical MAOA TCPU DCD NASA ILLH RtP

Journal of the American Chemical Society 1 PurAfl cnp

J Am l/ntlvl oUl Report

Journal of Applied Physics 1 ADDI DUVC

J ArrL PHYS Nature

M ATI IDC NAIUKt

Journal of Chemical Education J CHtm tUUC Naturwissenschaften NATURWISSEN

Journal of Chemical and Engineering Data 1 PUri\/l CMP riATA

J CrItlVl tNb UAIA National Bureau of Standards, Institute for Materials Re- MDC l^flD cv^/lD Journal of Chemical Physics I PUCftfl DUVC

J IHtlVI PHYS Research Symposium

Journal de Chimie Physique 1 PUIM DUVC

J bnllVl rnio National Bureau of Standards Monograph MDC ^J1PMPPDAD^ nOo MUNUbKArn

Journal of Electronics and Control

1 ri CPTDPM PPMT

J tLtCIKUN CUNI National Bureau of Standards Technical Note MDC TCPU MHTC Ndo Itbn INUIt

Journal of Inorganic Chemistry USSR 1 IWPDPPUrftfll ICCD

J INUKblntMUooK National Bureau of Standards Technical News Bulletin MDCTCPUWCWCDIII 1 Journal of the Institute of Metals 1 IMCT ftflCTAI C

J INbl MLIALS Nederlands Tijdschrift voor Natuurkunde Men Tl inc WAT ntu 1 uuo iiAi Journal of the Iron and Steel Institute J IRONSTEELINST NMR and EPR Spectroscopy

M^J1D CDD CDCPTDO NMK IrH SPtlmU

Journal of the Less — Common Metals J LESS COM MET Proceedings of the Nuclear Physics and Solid State NUCLPHYS KANPUR

Journal of Materials Science J MATL SCI Symposium (held at Kanpur)

Journal of Metals J METALS Nuclear Physics Symposium (held at Madras) Miipi DUVC ^J1A^DAC

Journal of Nuclear Materials J NUCL MATL Nuclear Instruments and Methods

MIIPI IMCTD MCTU NULL INSIK MtlH

Journal of the Optical Society of America J OPT SOC AM Nuclear Physics MIIPI DUVC NULL rriio

Journal of Physics (The Physical Society, London) J PHYS Nukleonik

Ml ii/i criwiu

Journal of Physical Chemistry J PHYS CHEM Nuovo Cimento Miin\/n PiMCMTP NUUVU LIIVItNIU

Journal of Physics and Chemistry of Solids J PHYS CHEM SOL Onde Electrique PMHC Cl CPT

Journal de Physique et le Radium J PHYS RADIUM Optica Acta HDT APTA UrI AbIA

Journal of the Physical Society of Japan J PHYS SOC JAP Optical Properties and Electronic Structure of Metals and nPT DDDD Url rKUr

Journal of Physics J PHYSICS Alloys, F. Abeles, Ed., North Holland, 1966

Journal of Quantitative Spectroscopy and Radiative J QUAN SPECT RT Optics and Spectroscopy PDT CDCPTD Url ortblK

Transfer Optics Communications nDTiPC pn^^I^^l UrIILS LUiVlM

Journal of Research of the National Bureau of Standards J RES NBS Optika i Spektroskopiia (in Russian) PDTIl^ CDCUT Ur 1 1^ ortM

Journal of Science of the Hiroshima University J SCI HIROSH U Philosophical Magazine DUII MAP rnIL IVlAb Journal of Scientific and Industrial Research J SCI INDUS RES Philips Research Reports

Dull IPC DCQ DCP rnlLIro Kto KLr

JournsI of SciBntific InstrumBnts J obi MlOirA Philips Technical Review PHILIPS TECHREV

Journal of Solid State Chemistry J SOLID ST CHEM Philosophical Transactions of the Royal Society PHILTRANSROYSOC

Journal of Structural Chemistry J STRUCT CHEM Physics and Chemistry of Glasses PHYS CHEM GLASS

Journal of Technical Physics J TECH PHYS Physics and Chemistry of Solids PHYS CHEM SOLID

Journal of Vacuum Science and Technology J VAC SCI TECH Physik der Kondensierten Materie PHYS KOND MATER A2-2
Journal Names and Abbreviations — Continued

Journal or Reference

Physics Letters Physics of Metals and IVIetallography Physics of the Solid State (Edited by Balakrishna, Krishnamorthi, and Ramachandra Rao)

Physical Review

Physical Review Letters Physica Status Solidi Physics Today

Physikalische Zeitschrift Physica

Physics

Physikalische Verhandlungen

Planseeberichte fur Puivermetallurgie Plansee Seminar Powder Metallurgy Bulletin Polymer

Pribory i Tekhnika Eksperimenta (in Russian)

Princeton Applied Research Corporation Technical Note

Private Communication (followed by the initials of the person in the Alloy Physics Section to whom the communication was addressed) Proceedings of the Bristol Conference on Defects in Crystallin Solids Proceedings of the American Academy of Arts and Sciences Proceedings of the Colloque Ampere

Proceedings of the Institute of Electrical and Electronic Engineers Proceedings of the Indian Academy of Sciences Proceedings of Nottingham University Conference

Proceedings of the International Conference on Magnetism

Proceedings of the Enrico Fermi International School of Physics Proceedings of the Japan Academy

Proceedings of the Koninklijke Nederlandse Academie

Proceedings of the Physical Society (London) Proceedings of the Royal Society Proceedings of the Academy of Sciences of the USSR

Proceedings of the Bulgarian Academy of Sciences

Proceedings of the National Academy of Sciences

Progress in Cryogenics

Progress in Materials Science

Progress in Non-Destructive Testing Progress in Physics

Progress in Theoretical Physics Progress in Inorganic Chemistry

Progress in Low Temperature Physics Semi-annual Progress Report (Solid-State and Molecular Theory Group), Massachusetts Institute of Technology

Platinum MetalsTieview

Quarterly Reviews of the Chemical Society of London

Radio Engineering and Electron Physics

Rapport du Commissariat a I'Energie Atomique

Proceedings of the Rare Earth Conference

Report on Progress in Physics

Report on the Meeting on Semiconductors (London, 1957) Resonance Paramagnetique Nucleaire (Book) Resonance and Relaxation in Metals (Book)

Reviews of Modern Physics Revue de Physique Appliquee (Supplement to J Phys

Radium) Revue Roumaine de Chimie

Review of Scientific Instruments Revue du Nickel

Abbreviation

PHYS LET PHYS METALMETAL

PHYS SOLIDSTATE

PHYS REV PHYS REV LET PHYS STAT SOLID PHYS TODAY

PHYS Z PHYSICA

PHYSICS

PHYSIK VERHANDL

PLANSEE PUL MET

PLANSEE SEMINAR POWDER MET BULL POLYMER

PRIB TEK EKSPER PRINCETONAPRESS PRIVATECOMM XXX

PROCBRISTOLCONF

PROC AMACAD A S

PROC COL AMPERE

PROC IEEE

PROC INDACADSCI PROC INTCONFMAG

PROC INTCONFMAG

PROC INTSCHPHYS PROC JAP ACAD

PROC KONNEDACAD

PROC PHYS SOC

PROC ROY SOC

PROCACADSCIUSSR PROCBULGACADSCI

PROCNATLACADSCI PROG CRYOGENICS

PROG MATL SCI PROG ND TESTING PROG PHYS PROG THEO PHYS PROGINORGANCHEM PROGLOWTEMPPHYS

PROGREP MIT SSG

PT METALS REV QUARTREVCHEMSOC

RADIOENG E PHYS RAPPORT CEA

RARE EARTH CONF

REP PROG PHYS REPMEETSEMICOND

RES PARAMAG NUC

RES RELAX METAL

REV MOD PHYS

REV PHYSIQUE AP

REV ROUM CHIM

REV SCI INSTR REVUE DU NICKEL

Journal or Reference

Roentgenspektren und Chemische Bindung (Book published by the Karl Marx Universitat, Leipzig, 1966)

Russian Metallurgy

Scientific American

Science Progress

Scientific Reports of Tohoku University Science Semiconductor Products and Solid State Technology Semiconductors and Semimetals

Solid State Communications

Solid State Physics

Solutions Metal -Ammoniac (Proceedings of the Colloque Weyl)- Edited by G. Lepoutre and M. J. Sienko

Soviet Journal of Nuclear Physics

Soviet Physics -Crystallography

Soviet Physics- Doklady

Soviet Physics -JETP

Soviet Physics -Acoustics

Soviet Physics -Solid State Soviet Physics- Uspekhi

Soviet Physics -Technical Physics Space/ Aeronautics Space Science Reviews

Spectrochimica Acta Spectroscopy Symposium (held at Bombay)

Steel Soft X-ray Band Spectra and the Electronic Structure of Metals and Materials -Edited by D. J. Fabian, Aca- demic Press, 1968

Technical Documentary Report

Technical Report-ASTIA Document (followed by its number)

Technical Report -University of Denver Research Institute Technical Report -Los Alamos Scientific Laboratory (fol- lowed by its number)

Technical Report -Office of Naval Research (followed by

its number)

Technical Report (International Atomic Energy Agency)

Technical Report of the Institute for Solid State Physics

(University of Tokyo)

Technical Report (Oak Ridge National Laboratory) Technical Report of the Research Institute for Advanced

Studies

Technical Report (University of California Radiation Laboratory) Technical Report -Air Force Materials Laboratory

Technical Report (Deutches Elektronen Synchotron) Techniques of Vacuum Ultraviolet Spectroscopy, J. A. R. Samson, John Wiley & Sons, 1967

The Alkali Metals (Book published by the Chemical Society)

Theoretical and Experimental Chemistry

Thesis (Doctoral) Technical Report of the Institute for Solid State Physics, Tokyo University Transactions of the American Society for Metals

Transactions of the Faraday Society Translation- ASTIA Document (followed by its number)

Transactions of the Metallurgical Society of the American

Institute of Mining, Metallurgical, and Petroleum

Engineers

Ukrains'kii Fizichnii Zhurnal (in Ukrainian) Ukrainian Physics Journal Union Carbide Metals Company

Uspekhi Fizicheskikh Nauk (in Russian) Vacuum

Le Vide

Abbreviation RONTGENCHEMBIND

RUSS MET

SCI AMERICAN

SCI PROG

SCI REP TOHOKUU

SCIENCE SOP SOL ST TECH SEMICONDSEMIMET

SOLIDSTATE COMM

SOLIOSTATE PHYS SOLNSMETALAMMON

SOV J NUCL PHYS SOV PHYS CRYST SOV PHYS DOKL

SOV PHYS JETP SOVPHYS ACOUST

SOVPHYS SOLIDST SOVPHYS USPEKHI SOVPHYSTECHPHYS

SPACE AERONAUT

SPACE SCI REV SPECTROCHIMACTA SPECTSYM BOMBAY

STEEL

SVS BANOSPECTRA

TECH DOC REP TECH REPORT AD

TECH REPORT DRI TECH REPORT LA

TECH REPORT ONR

TECH REPORTIAEA TECH REPORTISSP

TECH REPORTORNL

TECH REPORTRIAS

TECH REPORTUCRL TECHREP AFML TR TECH REPORTDESY

TECH VAC UV

THEALKALIMETALS THEO EXP CHEM

THESIS TOKYO U INSTSSP

TRANS ASM

TRANS FARAD SOC

TRANSLATION AD TRANSMETSOCAIME

UKR FIZ ZH UKRAIN PHYS J UNIONCARBMETALS

USP FIZ NAUK VACUUM

VIDE A2-3
Journal Names and Abbreviations — Continued

X Sen X SEN

Zeitscfinft fur Angewandte Physik Z ANGEW PHYSIK

Zeitschrift fur Anorganische und Allgemeine Ctiemie Z ANORGALL GHEM

Zeitschrift fiir Instrumentenkunde Z INSTR

Zeitsctirift fur Metalkunde Z METALLKUNDE

Zeitscfinft fur Naturforscfiung Z NATURFORSCH

Zeitsctirift fur Physikaliscfie Chemie Z RHYS CHEMIE

Zeitschrift fur Physik Z PHYSIK

Zavodskaia Laboratoriia (in Russian) ZAVOD LAB

Zhurnal Neorganicheskoi Khimii (in Russian) ZH NEORGAN KHIM

Zhurnal Eksperimentarnoi i Teoreticheskoi Fiziki (in ZHEKSPERTEORFIZ

Russian)

A2-4
! Appendix 3. Special Materials Symbols

A Few Generalized Names for Groups of Materials.

: Material codes ivhich have proven to be useful for the inclusion in our files of revieiv articles theoretical

': papers:

I A— alkali metals. ^ R — rare earth metals.

! G— garnet (marginal to our scope). X — an element (metal or non-metal). This has

I IG— iron garnet (marginal to our scope). also used to designate complexes in sahs, T — transition metals. together the descriptor, OO. These symbols were chosen so that they differed from those of the elements in the periodic table.

A3-1
U.S. DEPT. OF COMM. UBLIOGRAPHIC DATA

SHEET

1. PUBLICATION OR REPORT NO. NBS SP-3692. Gov't Accession

No.

3. Recipient's Accession No.

4. TITLE AND SUBTITLE Soft X-Ray Emission Spectra of Metallic Solids: Critical Review of Selected Systems and Annotated Spectral Index5. Publication Date January 1974

6. Performing Organization Code

7. AUTHOR(S) A.J, McAlister, R.C. Dobbyn, J.R. Cuthill, and M.L. Williams8. Performing Organization

10. Project/Task/ Work Unit No. 3120122,3120124,3120125:!

9. PERFORMING ORGANIZATION NAME AND ADDRESS NATIONAL BUREAU OF STANDARDS DEPARTMENT OF COMMERCE

WASHINGTON, D.C. 20234

11. Contract/Grant No.

12. Sponsoring Organization Name and Address

S ame as No. 9

13. Type of Report & Period Covered Final

14. Sponsoring Agency Code

15. SUPPLEMENTARY NOTES

16. ABSTRACT (A 200-word or less factual summary of most significant information. If document includes a significant bibliography or literature survey, mention it here.) Theory and experimental practice in the field of soft x-ray emission from metallic solids are briefly reviewed, and measurements on a number of systems are critically evaluated and compared with the results of other techniques and theory, with a view to establishing the pertinence of the soft x-ray measurements and further indicating specific guidelines for^enhancing their value. In addition, an exhaustive annotated index of measured spectra is provided.

17. KEY WORDS (Alphabetical order, separated by semicolons) AlloyS ; critical review; emission SpeCtra;

inte metal lie compounds; metals; soft x-ray; spectra.

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