SCIENTIFIC ABSTRACT KLOTSMAN, M.I. - KLOUB, J.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000723210018-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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[Yakloc o"olol Xodellms prols"dstvab 3, perer, Isd,
Xeskyas Ws4lso 1961, 295 p, (XIRA 14M)
(Wglnoorlvg models)
(Noldite (ftuMlog)-ikutpwout &M m"lles)

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c % S VA V\ ) .> 126-2-24/35
AUTHORSi Arkharov$ V* lot Xlotsman1__S, U,-and Timoteyevi A* No
TITM Autoradiographic investigation of the influence of small
additions of antimony on the diffusion of silver in
ol orystalline,oopper, (Avtoradiograficheekoy'a
ssledovaniya4liyanlya malykh dobavok surlmy na
I
.diffuziyu serebra,v polikristallichaskuyu med').
PERIODICAM Fizika Vetal2ov iletallovedeniye, 195?1 V01.51 NO.29
pp. 367-368 (USSR)
ABSTRACTt The influenes of small additions of antimony on the
character,of the diffusion of silver in polrorystalline
copper was studied qualitatively by microstructu"
methods in a V~por by Golldebtayn, T. Yu.,and one of the
authors in earlier work ,(Ref,l), The seition was studied
of the diffusion sone parallel to the direction of the
diffusion- the diffusion zone was exposed by means of
etching o14 out by,a specially selected reagent. It
was found that during'diffusion of silver in copper a
uniform diffusion frout.forms and in the copper alloy
containing 0-3~to.0.4% antimony the diffusion front has
projections along -the grain lboundaries, Due to the
absence of,speoial tests for elucidating the influence
Card 1/4 of antimony, idditions on the possibility of revealing the

126-2-24/35
,Autoradiographic investigation of the influence of small additions
of antimony on the diffusion of silver in polycrystalline copper.
show the autoradiograms of arose sections at equal depth
from the active surface (0.1 mm). It can be seen that
in the pure copper there are "sections" of projections
of the diffusion front; along the grain boundary which
were not revealed by microstructural methods in the
earlier work (Ref.1). However, in the alloy containing
0.4% 8b the "sections" of such projections are
considerably more pronounced, If in the copper the
silver is revealed on the investigated cross sections of
the out only along certain boundaries, the distribution
of active silver in the alloy completely surrounds the
grain boundaries. This result confirms fully the
qualitative observations made inilbe earlier work (Ref.1).
Fig,1 shows the diffusion of Ag into pure copper at
65000 for a duration of fifty hours, a depth of out of
O.l.mml magnification 20 times,, osure 150 hours.
Fig.2 shows the diffusion of Ag 16vinto a copper a;loy
containing 0,4% Ob as a result of annealing at 650 0 for
fifty hours; depth of cut 0.1 mm, exposure time 150 hours,
Card 3/4 magnification 20 timer.

If f -a2jjf
Autoradiographic investigation of the influence of sma One
of antimony on the diffusion of silver in polycrystalline copper,
There are 2 figures aLd I reference (Arkharov V.I.
Golldshteyn, T, Yu. Trudy IPM UFAIII 1950, No'lil P.R).
(Note: This in a complete translation).
SUEMITTED: February 12, 1957.
ASSOCIATION: Tnstitute of Physics of Metals Ural Branch of the Ac,
30.U8SR (Institut Piziki Hetallov 6rallskozo Filiala
All 888H) 1
AVAILABLE,-, Library of Congress.
Card 4/4

AXMAMY* Y.I.; K WTSKAN# SA,: TIM)MV, AXt RUSAKDT. 1.1.
Study of Intercrystalljoe diffusion In wtals and alloy@. leal. po
sharopr, splav, 31111-118 ~ 58. Oan tim)
(Diffusion) (Crystal lattices)

AFaMWT- V-1-1 OALIBM- T-S*: ZLOTSMAN, S.M.-, TINDMV, A.N.
7oasibilitY of autoradlogrspble detection of normalform cowgntretions
of adsorption orlen. Isol. po sbaropr. $Play- 3t296-302 $ 58,
(Alloys--getallograft) (Adsorption) OaRA IWO
-004

AVMORS: Arkharov, Vol. &1agtacan. 9X. . Timfeyev. A.:7.
.................
TITLE: The Employment of Radicaotive Tra.-*rz 'Acn 3olving Problem of
Internal Adsorpt-ion in Solids (1'rLmeneniye mdic,&kti%-nykh
Indikatorov k retheniyu problemy inutranney adoorbt3ii v
tvardykh telakh)
FMODICALs Atomnva'Energiya., 1958, Vol. 4, Ur 4, p-,. 36C-381 (USS R)
ABSTRACTs One of the most Important factors influencing the physical
properties of technical materials is the influence exercised
by the internal adsorption of itTurities upon varimm structural
inhomageneities.
For a System OU + As vith slight Sb-Impurities it ms found by
metallographic as won as by autorsdiograr-hic means that trith
a diffusion of AS a non-uniform front with projections Is formed,
which extends far into the interarystalline b
_r,VM. Further-
more, the fact va* established by mans of AS I that there is
a linear dependene between 1n i (oharacteristio of volume dif-
fusion) m0 y (depth of penetraticn of the diffusion)*. It
Card 1/2 follows therefrom that the Sb-admixtures bring about an essential

The Mnployment of Ra4loactive Tracers dhen Solving
Problem of Interral Adsorption in Solids
change of the difftsion p*zueabillty of the intercrystalline
sons, which to intlicative of ths erfeat produced by the in~-
ternal diffusion of the admixture. There are 16 references,
Wof which are Soviet.
SMITTEM January 9# 1958
1. Copper-sllvei- Ir.~vters--Ad&orptIVrj propertles 2. Copper
-silver systems--Autoradlogrup?W 3. AntImmy--Adsorption
4. Silver isotopes (Radioactive)--4)pIleations
Card 2/2

BOY/126-6-2-8/34
AUTHORS: Arkharov, V* lot and Timofeyev, A. No
"PIMS: The Effects of Trates of Impurities on the Diffusion
Coefficients for rolyerystalline Uaterials (0 vliy=ii
malykhllrimesey na koeffitsisenty diffuzil v poli-
.krinta ichenkikh materialakh). 11
MRIODICAL: Fitika. Matallov J Metallovedeniye, 1958, Vol 6t Nr 2,
pp 255-26008SH)
'ABSTRACT: Al-110 is used to study the diffusion of silver in pure
copper, and in copper containinj3.0.1% Be withol4t WA
with previous heat treatm8nt (100 hours at 863wC, or the
some plus 50 bourn at 590,C). Figs. 1-4 represent the
results for these cases, in the above order (radiation
intensity in layer-by-layer electrolytic etcting vs.depth),
in all canes for 100 hours' diffusion at 590 C. The
effect of the Be is to increase intercrystallite
diffusion and the magnitude depends on the treatment.
The extent to which -the Be tends to concentrate in the
zones between crystallites is discussed in a rather
Card 1/2

SOV/126-6-2-8/34
The Efteots, of Traceo of Impurities on the Diffusion Coefficients
for Folycrystallino Materials 11
general way in the light of the results,
There are 5 figures* I table and 13 references, 10 of
which are Soviet, 3 English.
ASSOCIATION: Institut fialki metallov Urallskogo filiala AN SSSH
(Institute of Metal Physical Ural Branch of the Ac.Sc.9
USSR)
SUBMITTED: kuk-,ust 21, 1957
Card 2/2 1. copper alloys-Diffusion 2. Silver-Properties
3. Beryllium-Propertles

nVr%Mj S. M.0 0" IV$-Math Set (d1sS) "Investigation of the effect
of small Impurities on the diffusion permeebtli-.y of the Intercrystallite
junctions of polycrystals". 3verdlovsk, 1959* 11 pp (Min RIgher &n4 Inter
8pec Educ USM, Ural State U Is A. N. GoOkly), 120 copies (KL, No 10, 19600
125)

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41:
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162
-41
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16
lit

24(6) BOV/126-7-2-24/39
AUTHORS: Klotsman,-8. M., Timofeyev, A. I. and Trakhtenberg, I.Sh.
TITLE.- On the Problex.of-Determination of Diffusion Coefficients
Using an "Intd'e'P*rAtR6sidue" Method (K voprosu. ob
olpredelenii 'kmrritsiy=toY diffuzii metodom "intograllnogo
ostatka")
PERIODICAL: Fizika Metallov i getallovedoniye, 1959, Vol ?, fir 21
pp 295-298 (USSR)
ABSTRACTt Gruzin (Rat 1) proposed an "integral residue" method for
measurement or diffusion coefficients in solids. The
method Is based on a calculation of an integral (total)
activity of eachof the layers of equal thicimesu which
are cut off from a sample. This activity is deduced from
the activities of the sample before and after cutting
off the layer in question (the activity referred to may
be, for example radioactivity of a tracer). Gruzin
assumed that activity is uniformly distributed in the
cut-off layer, The present note proposes a method for
establishing whether this assumption is justified and
describes an approximate procedure for the case when
the non-uniform distribution of activity in the cut-off
layer has to be allowed for. The paper Is entirely

/A /02 P0 sov/126-8-5-11/29
AOTHORS-. Arkharovl_=*, Qctsmauj SMej and Timofeyev, A,K,
TITLEt On the Uffoot of Small Additions on the Diffusion
Coefficients in Polyorystalline Materials.
III - Iffeat of Thallium on the UU-Diffusion of Silver
PERIODICALt Fizika metallov I metallovedonlys, Vol 8s 1959t Nr 51
pp 709-713 OUR)
ABSTRACTs Silver (99,99X)q remelted in vacuum and chemically pure
thallium were used as the raw materials in the
investigation. 4g-T1 alloys were made In an argon
atmosphere. Ingots of pure silver and of the alloy
were cold forged into rods of 12 z 12 = cross-seation,
All heat-treatment operations and diffusion annefling
were carried out in a vacuum of the order of 10-1 to 10-2
mm Hg. The temperature was maintained with an accuracy
of * 1 OC, After rging, all specimens were
recrystallized for rhours at 900 OC. The grain size of
all spsaimene was practically the same, being approxi-
Card mately 1 mm, After rearystallization, the specimens of
pure silver and of the alloy were subSeated to one of
the following variants of heat treatments 1) annealing
at 350 'OC for 200 hours; 2) annealing at 285 00 for

67759
SOV/126-8-5-11/29
On the Effect of Small Additions on -the Diffusion Coefficients in
Polyorystallina Materials, III - Effect of Thallium, on the
Self-Diffusion of Silver
200 hourej 3) annealing at 170 OC for 200 hours; and
4) annealing at 170 OC for 200 hours, followed by
annealing at 350 00 for 100 hours. Radioactive silver
was applied to the surface of the specimens by
evaporation in vacuum, All specimens having undergone
one of the above varlants of heat treatment were
subjected simultaneously to diffusion annealing. The
latter was carried out at 285 00 for 200 hours. The
distribution of silver in the diffusion son* was
determined by a layer analysis using tho integral residue
method# Measurements of the activity and thickness of
the removed layers were carried out employing a method
described by Arkharov at al (Refs 11 2). Figs 1 and 2
are typical graphs for the dependence of the residual
integral activity logarithm on the depth of diffusion in
pure silver and in the alloy. In a table on page 711f
Card values of diffusion permeability of intercrystalline
2/4 members of pol7crystals of pure silver and a silver all y
containing 0.1% Tj are shown, As can be seen from the

67759
SOV/126-8-5-11/29
On the Effect of Small Additions On the Diffusion Coefficients in
Polyarystalline Materials, III - Effect Of Th&llium On the
Sqlf-Diffusion of Silver
results obtained, the temperatures of maximum adsorption
enrichment of the interorystalline members does Dot
coincide Vith the temperature of mUi= volume
solubility@ From the independence of the diffusion
permeability, of the intercrystalline transition Zones in
pure silver on r liminary beat treatment, It is
concluded that t: structure of these zones remains
unaltered In the InVelti ted temperature range. From
data on the dependence orthe diffusion permeability of
interarystalline members in the silver - 0.1% TI alloy
on reliminary heat treatment, the adsor tion activity
of 9 In Ag can be calculated, An experfmantal
confirmation of Arkharov's hypothesis (Ref 8) on the
existence of a temperature dependence of the degree of
adsorption enrichment was obtained. The sign of the
Card temperature dependence of the Interorystallins internal
3A adsorption of Tl in AS was derived. It is suggested
that the excess energy in the interor stanine transition
xones decreases during adsorption of ill mainly.due to

67759
BOV/126-8-5-11/29
On the Zffeat of Small Additiora on the Diffusion Coefficients in
Polycrystallino Materials. III - Zffect of Thallium, on the
Self-Diffusion of Silver
itscisometrical structure and not due to interatomic
rea ions.
There are 2 figures 1 table and 8references, of vhich
6 are Goviet and 2 Inglish.
ASSOCIATIONs ;bstitut fiziki metalloy AN SSOR
Unstitute of Physics of Mstalsq Academy of Sciences
USSR)
SUBMITTSD: May 20t 1959
Card 4A

66351
Translation froms Referatlynyy thurnal. KhIslya, 1959. Nr 19. p 76 (UNFO
AUTHORSt Kjotsman, S.M., Timotelev, A.M.
#----------
TITLEt The Methodical Possibilities of Studying the Inner Adsorption wA Some
Problem of Diffusion by Means of Labeled Atoms
PERIODICAM Tr, In-ta fit. metallov. AS USSR, 1959, Hr 22, pp 77 - 91
ABSTRACT: Various methods are arttloally revlewod for dotootlng and measuring
concentration non-uniformity of adsorption origin in metals and alloys
and for the study of diffusion permeability of metal oxides at high
temperatures by means of labeled &tws. In t1w method of slit counter
the non-uniformity of concentration Is doUrminod by the difference of
radiation from two different sections of,the sample separated by a
diaphragm looatod.between the ample and the counter tube. For the
qualitative detection of the non-uniformity of concentration caused by
Inner adsorption (A) an Interarystall1te transition zones, the diaphragm
should have a width of 4 0.05 mm and a heiaht of 0. 2 Wn, r the lowth
of the sectlons of the rectilinear bound*r1as of ee Individual. crystals
Card 1A in the Investigated sanples ,- 1 mm. The sample should save In two
q00"

66351
SOV/81-"-29-67422
The Methodical Possibilities of Studying the Inner Adsorption and Swe Problem of
Diffusion by Means of Labeled Atoms
mutually perpendicular directions In & horizontal plane with an accuracy of recording
A4 0.01 mm. The method of the atmaysis of samples in based on the radiamotrio
analysis of the quantity of the labeled component Wid can be carried out In -two
variantat a) electrolytic stahing'af the bar* sections of the sample, control of the
weight of the samples according to the current, b) removal of chips from various
sections of the out, colorimetrIo or spectral determination of the w*1ght OUVW
samples. The Inner A on the InterarystallIts transitlonal zones can be dateotef at
a specific activity of the Alloy ^0 200 mOurIalks, a also of the chip of (2-10 JjQ*10-3)
om2 and at changes In the concentration of the labeled component tw a factor of 10 - 100
times. The error of the method to usually ^o, 10%. In the autoradlographla mthod of
recording of the distribution of the radioactive indicator cuts are prepared which an
exposed on fine-grained emulslons sensitive to ~ -radiation. For studybW the Inner A
this method still has only a limited application in view of the insufficient resolution
power and sensitivity. For studying the parameters of diffusion (D) in multi-laygr
natural scales It is expedient to study the diffusion characteristics of slatered
pressed powders of synthetic phase mixtures, which are formed In the reaction process
during diffusion and the effect of porosity an the parameters of D.
Card 2/2 S. Sancyloy

MV/58-59-10-22A5
Translation froms Referativayy Zhurnal.Fialka, 1%9, Mr 10, p 122 (V33R).
AUTHORS Klauman, S,M.
TITM: 3EV-of-=h*JCff*ot of Adsorptlon-ActIve Impurities an the Structure
of Intercrystall1te Couplings
PERIODICAL: Tr. In-ta fin. wtallov. AN OW, 1959, Nr 22, PP 93 - 100
ABSTRACT: Thin article reviews the results of radlotracer studies of the Internal
k1sorption phoncemon, and Its effect an the properties of later-
arystallite transition zaame, MKparimeatal "U available at prevent
concerning the structure of Interarystallit* couplings mid mplariti"
In Internal adsorption pem1t the rerinment of existing conceptions,
" weU as the contesiplation, of some possibilities of Aufter research
In this problm area. The b1b11*grap1W contains 21 t1tles,
The aut1w's r&sum6
Card 1/1

85967
3/126/60/010/005/015/030
till/9452
AUTHORS: Klotsmant- 5,M,, Timof*Xln A.N. and Trakhtenborg, zah.
Diffusion Coofficlegts In Oxide Phase*
TITL93 Mossuremon
metallovodontyo,"61960,
Vol.10, No,3,
PERIODICALt Fisika motallov I
pp-732-735
TEXTs ~ The authors point out that investigations of diffusion
In scale aro difficult and are, therefore, Orton (R*t.l to 6)
carried out on sintored compacts. The present investigation was
on single crystals of magnetite as well as such compacts of the
crushed single crystals. Compression was at 3000 k6/c=2 and
zinterIng was at 1100*C for 60 hours in purified argon. Diffusion
annealing was *ff*cted.in the some atmosphere with specimens In
pairs (I tablet with I single crystal) and their active sides
(deposit of Iron containing V*35) inwards. The diffusion
coefficient was determined to + 15%. Corrocti*n was made for the
concentration distribution of the diffusing element in removed
layers, as previously described by the authors (Rof.8). Wf-
diffusion coefficient valuealfor iron at 836 1075*C were found
to be represented by
Card 1/3

S/126/60/010/005/015/030
Measurement of Diffusion Coefficients in Oxide Phases
5 kcal c=2
6 x io *XP(84.0 5.9) n=o / RT - for single crystals and
see
I X 104 OXP(74 -7 4-0 ke&l / RT cm2 for compacts,
mol see
The activation energies differ from some published values (Ref,9)
whom* experimental points are represented in FIX.1 with those of
the present work. The difference between values for the two types
of specimen used tend to decrease as temperature rises (annealing
at 1300% eliminates significant differences). Fig.2 shows plots
of a value proportional to specific activity of the diffusing
element against the square of the depth below the active layer
(Curves I and 2 for compact and single crystal respectively)t the
anomalously sharp fall in the activity parameter close toAho
active layer makes it Impossible to determine the "volumetric"
diffusion coefficient of compacts from the initial part of the
concentration curve, There are 2 figures, I table and
11 referoncost 5 Soviet and 6 Non-Soviet*
Card 2/3

$067
5/126/6o/610/005/015/030
Measurement of Diffusion Coefficients in Oxide Phase&
ASSOCIATIONs Institut fixikimetalloy AN SSSR
(Institute of Physics of Metal* AS USSR)
SUBMITTED% may 3, ig6o
Card 3/3

3/137/61/000/011/045/123
A060/AlOI
AVIMRS: Klotsman, S. M., Xuranov, A. A., Ponomareva. V. D., Timofeyev. A, N,
TITLE: Utilization of radioactive isotopes for the homogeneity-control of
metallo-ceramic standards used In spectral analysis of noble Wale
PERIODICALt ReferativnyN., zhurnal. Metallurgiya, no. 11, 1961, 27 - 28, abstract
110185 ("Radioact. izotopy L yadern. tzlucheniya v nar. kh-ve
MS. v. 3", Moscow, Oostoptekhizdat, 1161, 1W - 190)
TEXT: Stand" specimens fabricated by the methods of powder metallurgy
are used for the spectral analysis of noble metals for impurity content In the
amounts of 10-2 - 10-6%. Silver was used as the object Investigated. Two ex-
treme cases were analy md-. a) complete solubility of the Impurity in the
ty (Fe In AS). Nwilers of radioactive An_ to
(Ag In Ag) and a very lcw solubt g
(obtained by electrolysis) and FeB (with spherical particle shape) were used,
with particle size 20 - 63106. ,Mixtures were prepared from Inactive AS with 0.01%
AgIlO and with 0.03% Fe59, After 14 hra of mixing briquets were pressed from
ea,,I,oi mIxture (diam. 20 mm, weight 20 - 25 g) at a pressure of 8W kg/cm2. The
speelmens were sintered In a H2 stream at varlous temperatures w-id baking tImes,
Cam 1/2

Utilization of radioactive Isotopes for..,
3/137/61/000/011/045/123
A060/AlOI
Autoradl*Srsphy was used for the quwititative estimation of the diffusion procl~its.
1"he or3mal mixing duration was established. Por the case of tdqal solubility
(Ag self-difflusion) it was demonstrated that the annealing time, suffi-olent to ob-
tsin 4,he required uniformity, constituted 6 hours at 700 - C)OOOC.
1. BrokhIn
(Abstracter's notet Conplate translation]
Card 2/2

EWTWANp S.H.1 TIMOPSM,, A.U.j TRAMMNMMGp 1. Sh.
YftaibiUt7 of d*teraining the thickneen of ipter"talUne
boWs on oemiconductor bicrystalm. rim. astj PetanoTed. n
noo6s951-952 Jo 161. (KM WO
2a Inatitut fisiki astalloy AY WM.
Semiconductors)
ystal 2atticed)
t

KLMHAN,, S.14.1 TIMPSISVp A.R.1 TRAKIMNMW, I.Sh.; Prinf-al
--tclWaViyes MMM=Y., L.A., student
Invqntig&tUW the diffusion iropertiss of monochaloogenides
of transition metaU. Pvt Is, Self diffusion of nickel
and sulfur in single nIcJ4 monowilfide crystals M, not.
i motallm-A. 12 no;N40~4464 9 161. iKIM 14:9)
I Institut fisiki matallor AN SM. 2. Urallskly gosudar-
stvannyy wiiversitot (for Hiroshnikov),
Wokel) (Stafur) (Diffusion)

S/126/62/014/001/006/028
2071/9135
AUTHORS: Arkharov, Vol-s X10tsman, S.M. Timof*y*vl A*N~ and
Trakhtenberg, 135IN7
TITLE: An investigation of diffusion properties of
monochalcogenidoo of transitionary metals* 11.
Self-diffusion in polycrystals
PERIODICALt Fizika motallov i metallovedeniye, v*14, noel, 1962g
68-74
TEXT: Since no results of investigations of the laws of
intercrystalline diffusion in chemical compounds have-been'
published and study of these laws on polycrystalline chemical
compounds and their comparison with the laws for 'elementary
substances would give a basis for modelling the structure of
intercrystalline linkages in chemical compounds, solf-diffusion. of
Ni in mono- and polycrystals of nickel monosulphide in the
temperature range 400-800 *C was studied radiometrically and by
autoradiography. Both compounds were obtained by reaction between
the individual components in evacuated and sealed ampules,
subsequent melting and homogenatione Chemical and X-ray
Card 1/2

S/126/62/014/001/006/018
An investigation of diffusion 9071/9135
diffraction anWlyzas confirmed that the specimens were single
phased with a structure of the NiAs typo. The diffusion was
measured on specimens 3-4 mm in diameter and 10 mm thick, one face
of which was cgvorod with the diffusion source by vacuo sprayings
using N03, COOO And T9125m as diffusing elements. Unlike pure IjA
metals, predominant self-diffusion in polycrystals along the grain
andmosaic block boundaries occurs at temperatures considerably
above 0.6-0.7 of the malting temperature and the ratio of inter-
crystalline diffusion permeability to the "volume" coefficient of
self-diffusion amounts to 10-1 - 10-2 cm3/sec. In single crystals
of nickel monosulphide predominant diffusion along the grain and
-nosaic block boundaries occurs at.evon 0.6 times the melting
temperature* The mechanism of scale formation during the process
of reaction.4iffusion ca.n be be4t studied by measuring the
parameters qr',rvolume and boundary diffusion of phases entering
the composition of the scales There are 4 figuroso
ASSOCIATIONi Institut fisiki motallov AN SSSR
Card 2/2 (Inotttut* of Physics of Metals, AS USSR)
sunmITTEDs November 10, 1961* '

B/i26/62/014/003/012/022
9021/9%35
foyov, A.N,, Trakhtonberg, 1,13h,
AUTHORSt Klotsman, SoM#, Timo
TITLEs Investigation of the diffusion propertios of
chalcogefiidez of Transition metals.
111. Self-diffusion of nickel in nickel oxide
i,PERIODICAL: rizika metallov I metallovedeniye, v.14, no.3, 1962,
428-433
TEXT: The coefficient was determined,of self-diffusion of nickel
in the scale growing during oxidation of electrolytic nickel
(99.9%,;) samples, (15 x 15 x 3 mm)#, The source'of diffusi n was a
10 mm diameter, oa v thick spot or nickel, labelled by mj939
vacuum-sprayed on the polished surface of the sample. The
samples were heated in air In a rurnace cbntrolled to + 3*C-
After diffusion, parallel 10 + 2 p thick layers wore removed
mechanically from the surface and then the total activity ofthe
samples was measured. For calculating the coefficient of
diffusion the relation log I a f(x2) was.constructed ( I - lnt*gml
activity and x - depth)* it was found that the temperature
relationship of the coodiciont of solf-diffuiion of nickel in
Card 1/2

A*
S/126/62/014/003/012/022
Investigation.of the diffusion E021/9435
nickel oxide In the range 1190 to 1400% in
x 10-4 2
(axp; (48..4 + 2.0) x 103/RT] cm /sec,
It is proposed that tile divergence In absolute values of the
coefficient or seir-diffusion from the data In '.the literature is
connected with differences in purity of the samples. The results
showed absence of any marked contribution by Intercrystallino
diffusion of nickel In nitkel oxide to the total diffusion#
In the investigated temperature interval, diffusion of the metal
through the scale plays a preferential role in the oxidation of
nickel. There are 2 figures and I table.
ASSOCIATIONi Institut finiki metalloy AN SSSR
(Institute of Physics of Metals,AS USSR)
SUBMITTED! January 12, 1962
Card 2/2

AFWAROV# Mel nRM-A-S-X; TDIONZMj, A.N.; TRAXMNBERO.. I.She
lnmtigating,the diffusion properties of U%wition motal
monoobalchogenides. Fis. not. i metalloyed. 14 no.1:60-74 i1
162. (KIRA 2527)
1. b2stitut fisiki mta.Uoy AN SM.
(Metal wpt&U) (Diffusion)

3/126/62/oi4/006/015/020
9073/9420
AUTHORSt Klotsman, S&M#, Timofoyev, A.Ma, Trakhtenbtrg, X.Sh,
TITLEs On tile m4chonism' of diffusion of impurities in
germanium
PERIODICAL: Fittkamiltallov I metallovodeniye, v.14, no.6, 1962,
925-927
TEXTs In earlier cork it was found that "rapidly diffust
nfk
irn urities have a low degree or solubifity in germanium (10 to
175 cm,3 at 8oooc), whilot the solubility of "slowly diffusing"
it~puritias is largor~by three to five orders of magnitude
According to Nose ,nko "slowly diffunJng" impurities (zinc indium)
have a lornmt1l component. nnit cosivernely for Ag and Fe. For "fast'!
diffusing" Impurities tile solubi ity in the range of.11slow's
diffusion is of tits order of 101~cm-3. i.e. in the range of
olubility or "slowly diffusing" impuritiese The ratio or the
oefiriciants of "fast'$ and "slow" diffusion in germanium of Ago
:
re, In, Zn and To at 800 *C is 104 to 105 and-the solubility ratios
are respectively 102 to 104# The abgvo-mentioned relations
governing the diffuslon of Impurities In germanium are explained by
Card 1/3

S/126/62/014/006/015/020
On the mechanism too 9073/9420
*the fact that the Impurities diffuse simultaneously in accordance.
with two mothanismst along1the vacant lastice points and
interstitially, tha.latter-vausing "fast" diffusion* All.
Ow"',
available experimental -data confirm the aecopted-view that Olsi
diffusion is through tho.vacancy mechanism., According to
published data, most of the investigated tmpurities, with the
possible exception of lithium move An the regular Sormanium
lattice along thermally excitid vacancies. -.In the presence of
.structural nonuniformities of the type of single dislocatiods or
dislocation walls, there will be a flow along these nonuniformItleso !.o;l
The"fast diffusing" impurities differ from those of groups III and.,.
V by the fact that they are particularly prone to diffusion along,
structural nonuniformitios..~Those impurities which have a low
solubility in S*rm&nium (AS Cu, Mi, Fe. Co) are apparently
adsorption-active and enrich the structural nonunifor*itios.- The,
behaviour of Cu and as shows that this conclusion is valide Tho.",
.-problem of interaction between the structural nonunifox itles-in
Go will be the subject of'& separate papers
Card 2/3.

KIMMAX# SAI 7DOYETEV9 A.M.1 TRAKHTENMG, I.Sh.
Investigating the diffusive properties of transition metal
chalcogenides, Part,3t Solf-diffusion of nickel in nickel
oxides Fit, MOtq i astallmd., IA no.3428-433 3 062.
(MI" 1589)
1. Inatitut fisiki metalloy AN SM.
(Diffusion) (Nickel)

KLOTSMAls-S.M.1-TIMPEM,# A#N.j TRAIRTERNERG, I.Sh.
Self-diffusion of electron transfer in intnot7stalUto JoInIng
silver# 'FissestA matalloved. 2.4 no,5M3-795 N 162.
OaRA l5s22)
1, Institut fidki astallov &N SSSR,
. (812*04odlectria properties) (Diffusion)

I'MMUO-Uhj TDOftyrit I.S., TMIHTESMO., I.Sh.
MeChanism or,the diffiWIM of InywItles In gerawdumi. ?Is.
metol, matalAived. U'ao.6tW5-JM D 162. (KMA 16 W
0
1, Institut ftsiki mistallov AN SSBR,
(Oarommium-MetaUagraphy) (Diffusion)

KtftTSM. S.,M.1 TIMMYEVp A.M.1 TRAKMNBZRGj I.Sh.
Intercrystal1ine solr-d1ftwolon of silver In an electric field.
Fiss tvar, talA 5 nn,,1113276-3281 N, 163, (MIRA l6tl2)
16 Inatitut fialki metallov AN SSSR, Sverdlovsk.

KLODTSMAN, S#M,; TIMOFEM9 A@N.; THAKHTENBMg I.Sh.
.-
Intercrystallits electric transfer of silver in copper, ris. mt, L
metalloved. 16 no.4t6ll-612 0 163. (jaRA l6sl2)
1, Inatitut MAI, wtalloy AN SM,

TIMOPEYEV, A.M.; TRAKHTENMM,, I.Sh.
Investigating the diffusion proportion of transition metal chalco.
genides. Part 41 Temperature dependence of the wdsotropy or the,
self diffusim of nickel and sulfur In nickel sonosulfide. Fis.
met. 1. metn1loved. 16 no.5s?43-750 N 163, ()aRA l7t2)
1. Inatitut filiki metallov AN SM.

XtUrSMAN. 9.M.; TIMOMYEV, A.M,; TRAKHTENBOG, I.Sh.
Diffusion In polyarystals. Fis. adt., i metalloved. 16 no.6t$95-903
I ~ D #63. (KIRA 17t2)
1. Institut tiaiki metallov AN SM.

KWT IMYSM# Afoot 7RMTEREN 0 Las
Investigating tho diffusion processes or monochAlcogenides of transiUou
metals. Part, 51 Mechnnim of the diffusion of Mckel &W sulfUr in nickel
monoAulflde. Fis, mot, i motallmd, 17 no.ltl32-IN Ja 164,
(mrn 17:2)
1, Institut fixiki metalley AN SSM.

AC'=MN XRs AP4M383
SIMW63101004""10903
AvTm t notsuan, a, me timfeyevt A. X. jTftMtenberg, Z* She
TrMI On the problem of diffusion In polyaptals
SOMUs Mika ustallov I settIle"donlyi; yo 16* no& 1963# 095-M
Tone TAw, volumetrie 4iffuslon, Intoreqatalline Affution, difftutat
#teraystallize junotionO nickelt chramium,, silver, betwvdlfl~wlont electric
:trawports ferric oxl&, self diffusions reaction diffusion, face centered lattice
AMUM TIw authors studied the law of difthnics In polycrystals and the
contribution of interwotd'14 difftion to the total diffus),on currout, The
fou,owing ssiou we obtained for the eancoutration Qir Of the diffusate
due to interorystallins diffusion and for Qob &M the concentration do to van-
,metrio diffusion, at a point distance y.frm the source
19
"Q X
ant
ob

ACCESS109 VR# AUM393
Here X and KI are tims-depandant coefficients governing the volumetrio diffusion
and the intarcrystalliris diffusion respeotivelyl Bob,, &W D are the car spond-
gr
ing diffusion coofficientaq S Is the. effective width of the intercrystall I
Junction, and t the diffusion tims. The experimental results available in liteft-
ture were analyzed$ and a criterion was obtained for ostimting the tempirature
range in uhich the diffusion umdd be mainly volumstrie or intercrystaUl"S it
was found that. the temperature range for silver'was about 100-15M and for nickel
:it was 150-28M. The authors analyzed the available results on heterodiffusion
and electrical transport in nickel& They discuss the possibility of Improving
the accuracy of diffusion w4surementse Nom an analysis of the data obtained In
the electrical transport in chromium in &'temperature range of 950-UOOO and in
silver in a range of 950-135M - it was f*md tMt the lower limit for tbe'rooove:7
of pc4ary*Uas was about 0#85 U Osq'Umas the malting point of the metal (in
~the ease of metals with taos-osater" lattices)$ In the case of nickelt ibi to*-.,
perature for self-diffusion was found to be about 2250-13OWo The authors tha&
-V, Is ArWuuw for his uluable disoussLonse
Orige arte hasi I famolas andA,
tables
AWWUTMN s Institut tiLM mstiUov AX SM (Insf4tsio at ft"i" of Metau'l
AN IM)
card 2/:s.."--

- " - - - ~- 5~"fAPMVK IAAlilrP-IILIT IT.1.11 ", - I. : - ;. ~ ~ I.] - : , - S lee
, ~ ~ z

p;i- igj
410
/W IM/W
tnt/0126/65/020/00 7
It. j Tr&"tv
_Sh.~
'TITLE: Effect ofilov
-cone sntrftlo~ tiouritles oiD Alf Ainion coefficients of ly-
~crystalllne materials.* IV* Meat of cadmium on Inteverystallins self-dif I
cof silver
SOURM Mika asta,11" j! tallit'jo -ve 20- no. 1, 196% 78-93
~TOPIC TAM: datme
petiieabi lity "Moureft"t i 1 ility# metal beat tr nt,,4d&orptIoa
:molecular interaction, matil diffull
It
ABSTMCT: *lk "trisoabill. _of -,yatallino junctl Is
y
tlvl~" I t
measured 1* Ow 8-Ining -It ca6dum, Thi ~d%mls " -ad.
sorption -actfv_affnj-__FmpurI7... the temperature dependen-tw of the bulk solid- solubt-
jity and degree of adsorption samt. The effect of cadmium on
.bulk self-diffusiou and iwercnotoULne juvction pemeability are
atomic Anteraction-in is no dif
on ftre"t from th*1
atomic interaction In the iul~ -of Afie' Allby. The Interection-snorgy of cAamium witt
ithe Intercrystaillne junat:.`onsjs_not.l4ss than 10 x 1010 joules. "The authors tbank'
COM 1/2

i 7--
L 62!"
AOMSSIi
DU MRS
'Aft
Yur4
A A

An t'10
arov the i"A'
GIA
, valuable dis(Awsloo.01 orig.
rt has I
table, 4 .
.
pros 4 foruuW.

;ASSOCIATIONS A sswUni. tituta of milic-s Of metsIs-,

.SUBMITTEDI l4jujG#
ENCtst
00
SUB COVE
imo Acr sov, .009
1003

VI

AMHIPOVAj N*K,,l UOTSMS, S#Mo) TIXOM9Vj AXI TURNSNURGt 1.3b.
Interorystallins electrio transfer of silver in Cold.
he* mt. kaotallaw*d. 20 n6.1&159-160 JI #65.
(xiRA, is,n)
1, Institut fisiki ostallov AN SSSR,

.. I-- -11, -- ~ '11- 1 - -
KLOISK4N. S.M.1 AMIPOVI, VA.; TIMYZM,, A#X,l TRAKUTIMMOt 1,Sb,
Stlyer diftualon in polyarystalline gold. Fis. mt. i
wtallo"d, 20 no,,31390-395 8 165,
(VI RA 18112)
1. Institut fisW satalloy AN SSSR.

TIMGFKM, A.W## TRAIW&hW?4, I.Sb.
Effect of sdua imparWoo sa the a6efficieAts of diffuslan in
paprystallime matarials. Part 4t Eff4tt of ea4sium an the
interarys tall U* self-41tfuslon of silver. FIz. wt. L mwtallov*4.
20 no.106,4~ Jl 165,
(MIRA ISM)
1. Inatitut fisiki metallov AN SSSR.

"', ~ ~-L I- ~~ -
~ i
. -1- , ~:v ~ ~ - -: : - ~,- ~ ;

AP60277,107 SOURCE CODE: GE/0030/66/016/002/0729/0736
AUTHOR Archipgva N K. - Klotsman
A IM,
Trakhtenberg, 1. Sh.
ORG: Institute of Metal Physics, AcadSTZ pf Sciences SSSR, Sverdlovsk
TITLE: Effect of a d-c field on the lattice diffusion of silver-110 in copper and
'7
gold
SOURCE: Physica status solidi, v. 16, no. 2, 1066, 729-736
TOPIC TAGS: direct current field, lattice diffusion. allver 110, copper, gold,
electron drag. matrix conductivity. electromigration
ABSTRACT: A study in nwde of the effect of direct current, yith a density
of about 100 to 150 amp/mm2, on the diffusion of 4LVq-r-:)jjjjjn1 gold (99. 99%) and
high purity grade coppim, at temperatures above 800C. Diffusion of a. ilver- 110 to
measured by the residual activity method. The direction of the electromigration
and the magnitude of the activated tons "effective charge" is clear Indication of
electron drag. The "effective charge" decreases linearly witli an increase In
Card I

" I -As 1 i)- ~, () I . - - . - - ~ . - ,
ACC NRt AP6027757
, , __ I - I - - 'f
temperature. The temperature coefficient of the "effective charge" of silver in
gold and copper Is higher than the temperature coefficient of the matrix conductiv-
ity. Orig. art. has: 7 figures, 3 tables, and 10 formulas. (Authors' abstract)
IKS)
SUB CODE: 20/ SUBM DATE: 18Apr66/ ORIG REF: 011/ OTH REF: 006/
2 v1T

KATSO V.I.,, doktor okon. naukl KIRICHWO, V,H., kamd. ekon. nauk;
IVANOV, Ye..A.; SAIMALMV, X.G.; LUXIYAROV, E.B.; MUUTOVA,,
V.A.1 PLY6HZVSKIYj B.P.# kand. akon. sauk; STOKAXHIN, V.I.;
KLRPUKHIN, D.N.,, kand. ekon. sauki KIRICHOW, N.Ya.1
ZHIDIOVA,, M.V.p kand. ekon. nauk; ANCHISHKIN, A.I.1 KLIXSIIYp
A. 1. 0 kand. skon. sauki SOLOVI YET, M.S. L Slim- 1M. 2- N_;
VSYAKIgHt S.P.1 LAOUTIN, N.S., kand.okon, sauk; IJXMHEV,, N.Ya.p
kando selOkbovenauk; KORMNOT, YU.T.p k&W, okon, sauki SATIN#
V.A.; TZMHDVp Y.F.1 PTDROTO V.H.j kand. okon. saukl ALITZR,
L.B., doktor okon, sank, red*; KRYLOV, P.O.j kand. okon. maukj
LAPINKOVA# Ye., red.; KOKOSHKINA, Lt aladshly rod.; UIANOVAL.,
takhn. red.
[Growth otthe social product and the proportions of the
national economy of the U.S.S.P.)Rost obehebeetyeanogo pro-
izvodstva i proportail sarodnogo kh*zlalstva SSS114 Hoskvay
1962. 453 P. (MIRA l6s2)
(Russia-Economic policy)

ROXAJOTA, A.Mo, W4.tekbn.u&,uk: KU)TSIDOO X*F.O Inzho
Inar"vina the comb productivity of combing macbluses Takuto
prom, la no*9120-22 8 l5as (KRA UsIO)
(Combing machines)

i io rl rem, r::f Uri

Kim i
I,------ A-LL-
ietulaticna (,n dlsch-qrjln$, irdustrial WS9tCS And SeWpt-e "litX, "te!p4ertj.
. )
376 (Gaz) W(da I Tcci;n..kv SanAarna., Vol, 31., n, - ID, Oct, YI-7, Warsuvi-w, 1cland)
r
Monthly Index (~f East D:rcp-gn Acces3ions (LTAI) 1C. liol. 71 m. 2p
February 199

MLIZI, Jerzy; KIPTT, Jerzy
Trends of tachnulmleoll progress in the Po:lsh ship Induatry.
ProbleaW proj hut massyn 12 no.1001D-313 V 164,
1. Proxameto rAmnsk.

KUYMI Martat KUCZ90 1. Stanislaw
Therapy of tubarotdosis of Orel cavity, phazym am larynx With
Isonicatinjo &aid hydreside. Gruslics. 23 no*6:409-426 JUMS '55.
1. Z It Oddalsau ftpjatryasup Iustytutu Oruslicyslisrowalki
dr. S.Knosborskil Dyraktariprof, dr. J, Hisfewics, Waresaws,
Flocks 26.
(EWTINIC ACID ISDN=# tbarouse
Isoul"Id In tuberoo of laryno pharyn oral cavity)
(MBUMSIS LUMULO theralpy
IsoulasIdl
(TOMM10818
of phary= & month, tberelsoulasid)
(11DUS0
dIss'"as
tuberosAbtralsonisald)
(PHARMs diseases
tubero,, there Isosdas1d)

LIM, Kartat MUOROVSK16 Antooll LACROWICZ, 1knuta
Respiratory disorders in artificial pneumothoraxo t.
Respiratory disorders during fornation of paousothoram and
after early interruption, Oruslica 24 n*.4,.247-264 Apr 56,
1, Z Instytutu Gruslley# Dyraktor: prof. dr. Jo Mislevics,
Warszawa, Plocks 26,
(PXNMOTMRAI. ARVIICIAL, complications,
rasp. divards (Pol))
(REFIRATION,
disord, in.artif. pnounothorat (Pol))

OSINSIA, Krystynal UJACUDMA, Jadvigs; ZDCRAWVICS, Jan;
LAOMWICZ, Danutal USIAM, Halina
Results of tho treatment of pulmonm7 tuberculosis with 2 grans
of streptomyels weekly associated with PAS, Gruslics, 24 no,5s
341-348 Key 564
1, 2 Oddstolow (tysjatryovarch Instytutu Oruslicy DIrekton
prof, dr. 4, Misiewless Isetytut gruslicy, Warssava, ul. noeka
26.
(STRIMRICIN, therapeutic use,
pule. tubard., with PAS (Pol))
(PARAMMOSLIMIC ACID. therapeutic use#
pule* tuberce, with streptomycin (Pol))

ZAJACZXDWSIA, Jadwlp: HUz $ 1"Islersl ~UW
..,_"&j_PtAZMnLA, Paw*11
LAIGN, Jadvigal PINAMAX, Irympl'n. altn, jmuj.~.jsv
Indic:tions
for pasumotharas
Iffect of chavotherapy on the
treatment and on early enspliestions. Gruslica, 24 no.8007-
718 Aug 56.
1. Z Oddstalow ftysjatrycstWch lnstytutu Oruslicy Klerowulki
lot, dr, We Jarossevies, Dyrektort prof. dr, Janina Kistewles,
(TUB1RCUW6tS* PUUONW9 there
chemotheros off, an India, for artif. paeumothar" & an
4&rlr do-VIO
NUOTIFORAZI ARTUICIAL
off# of abovothers on Indic* for pnouvottiorax)

SMAKA. Malgorsatal EDIT$ Karl KAM# Jan
1. 1 -M-2-1jal
Immediate and romote effect of preguncy on the course of
pulmonary tuberculosise Oruslics, 24 w.lOtIO25-1038 Oct 56.
1. 1 Instytut Groslicy, 14rottors prof o dr. J. Mislowles
W-WA. al., ?looks 26.
(MERMSIS, PMVART, In progsawy,
immediate & remote off* of progs, on course of diet
(POM
(PUGUM0 to various diseases#
tubero, puts Imodlato & remote off. of proCn., os
course of die: Pol))

XURTP Karla (Warssaws. ul. Plockm 26.)
Case of tuberculcus exudative pericarditiso plouritis and medlostinal
lymphadonits trooted with AM Omollos 26 no.6141"23 Key 58
le I Oddsislu X1 Inotybitu, Ormilloy Kisrowniki doo. dr P. Krzkowks,
Dyraktort prof* dr Ja Nislowlass
(TUMCUUXI$p CANDIOTASCUUR, ther
AM In exudative porloArditte with pleurisy & modiststinal
lysphadoultim (Pal))
MURMLIMISO PUIMART* ther.
ACTH IN pleurisy with ortidAtlys poricarMle & modiastInal
lrophadenitis (Pol))
(UMMOUIMISs LYWH IMMS, ther,
AM, In madlastinal IMbAdeattis with exudative Porlear-
ditto & pleurisy (Pol))
(AOTH, ther, use.
tuberes exudative pericarditis with pleurisy & madimstinal
I m hadoulto (Poi))

OASIOROWUI,VUtor; KLO?7,lkria ; ICUOSA-MICOU #Rosa
A a&@* of idlq*tbla pulmonary bemos Usros is, Polski tygod.
lok. 15 no.19s?A-?26 9 Ps 160.
1. Z III KlInW Chorob V4nmetrs*yoh A.Me w Varesawle; kisrownik:
prof. dro So todejesim I s X1 Odds lalu lassytutu GmIlay; klarovalk:
doc * dr, Po Irtkowlao
MUC811MOSIS aas~ reports)
II= DISXMW case reports)
I

KLMT, Maria; KOUKOW, gelem,, GRYKINUIP James
DI#4postlo difficulties inaases of "slaphille Infiltrations of
the lungso Gruslida 28 no*312Ol-209 Mr 160.
1e S Od4sialm X1 Instytutu Gruslicy. Kisrowniki doc.dr nod.
P. Zrakowlas. Dyrektort prof.dr mod. W. Jaromsevics.
(USFYWIS SY)WROM disco)

MWNSKIp Janusz; XLOW. Maria
A case of severe soultivity to FASp SH and M vith manifestations
of the tnvolvemen-L.of various organs. Orullca 29 no.P281-M NO 162.
1. Z Oddztalu I Instytutu (Irmlicy Klerovnlk: do*. dr m4. P. Krakowlta
Dynkt6r! p"f. dr med. W. Jaros"wies.
PA&UMOSAUCY11C ACID taxleol)
STRBPTOMIN t=lool)
ISOIIWID tollool)
~

Pawel; (;HWKOWJKA# Stefanial KLOrT, Maria; KOCIWi(YdICZp Jan
2 Cases of AspergUlus funigIatu3 Wection of pleural empywa, in
patients with pulmonary tuberculosis. Gruslics 30 no.3s259-267
162,
lo Z Praoowni Mykologioznoj i x Oddsialu Grualloy Pluc Kisrownik:
doo. dr mod. P. Krakowska Z Z&U&dU Patologli Kierowniki prof. dr.
bed. S. Cbodkowska Z Oddsialu Oruslicy Pluc Kierownik: prof. dr
mod, Wiwa Jarowsewics Instytutu Gruslicy Oyraktor: prof. dr. mod.
Viwa Jarossevics.
(ASPEMIU,WIS came reports) (WWU microbiol)
(TUBERCULOBIS PMXWXY compl)

XWMU, Paweli CHM904MAt Stsfanial MOTTO MariAl FALINOMIt Wealawl
NOWIC110 Jan
A case of pulmonary Aspergillue mWoosis (aspergillosis) in the
pleural space in a patient with pulmonw7 tuberculosis.
Gruslioa 28 nos6s471&476 is 960a
lo Z Oddsialow Instytutu Cruslicyt Z Odd&Wu I I a Pracowni
Wkologicznej Kisrowniks doe. dr P.Krakowks. Z Oddzialu PatologU
lierowniks prof,, dr SeChodkovskso Z OddsUlu Chirurgictnego
Kisrowniki prof, dr L.Mantauffel Dyroktors prof. dr W.Jaroazovies,
oras z Sanatoriva in@ FoDziersynakiego w Otwocku Kierownik Misialus
dr Malinowski Dyrektors dr Solonar
TUBMtCMMS PULMMM coWl)
ASPERMUMIS cowl)
~LUNO MSWA oft*l)

w - - - - -- - -- -- -- - - - - - - --- - - --- ---- - -- - - - -
ZICH9 Dobloolaw; NOCH)SCW=o Jan; PIZXARNUI, Kryspin; IMM,, Varla
Tuborftlosls of the breast. &wlica 30 no.7t667-673 162,
1, Z lmtytutu Crullay Z Oddsialu n Klarmaiki prof. dr mod.
Wo Jarcesevics I s Oddslalu I Kierovniki doe. dr mod. P,
bakowlm~ Dy"kt"s prof. dr mod. W. Taroosevics.
(MUMT D=ASSS) (TMWUL4513)

ELOTT Marl PAWLICKAq U.U&
A o"s of brmobo-osophapal fistaU in a wcma vith pulsawkry
tubsrouloolso G=Woa 30 noo].IsIQ43-1030 162.
1. z imtqtutu ftusHoy-9 99slalu I.Kisrownlks doo, dr sod, Palrokoft
i s Pftoowd PAdicaagiosmj , KlwwA%iki prof. dr xod. 9. O"awks
Dyraktor butytutu Ord9loys -prof.lb mWe Ve Jarossnicso
(ZWIU= FISTMA) (Bmscma naTou) mmmmis rmxmw)

KlMp Mitria, ZIEMBKI# Stefan
Behavior of hearing in tuberculous patients previously treated
and not-treated with stre in* Gruslica 31 no.61637--640
J9163.
L Instytut OruslIcy, Warstawa

WAPMXAq IWAat KU)TT*M&rl,&j,,r=WXA-WCISAj lumnza
I'- "-- ,
lka"tion of cyoloserine in @us# of ki4n*y 4isats", Ons-
lica 31 no,W64-W 4*063,
1, lutyWt Oruslicyp Waresava,
)p

fit
r, v

KRAKOWKA# Pavel; ROWINSKA, Ewal WALWEG, Italina; KIDT-I, ~hrla;
TRACZYK, KazWerz; CHRUSCIAK,, Elzbieta
Pulmonary actinovqcosts with spectal rererence to diapostic
and therapeutic difficulties, Gruzlica, 33 no.4013-322 Ap #65.
1. Z X-11niki Chorcb Me i Pracowni VqkaIogicznsj In4stytutu
Grualley (Kierowniks doe. dr. P. Krakowka).

IZDkWKA-MAXM, Zusannai XI;Tr, -:WICZO Plalina;
-Hmrlaj ROWINSKA, Ewa; KLI.,-%I:
KOZIORMSKIO AntonI
Diagnostic difficulties in the pulmonary fibrosis. Gruzlica
33 no.7t6O5-613 JI 065.
1, Z Kliniki Chorob Pluc (Kierownik: doo. dre Fe Frakowka)p
z Zaklsdu Radiologil (Kisrowniks prof. dre Ke Ossawska) 1 z
24LkIAdu Fisjopatolegii (Kisrowniks dr. At Kosiorovski)
InstytutL. Gruzlicy,

i oft4o-67 - SWIM lip(0- AT
AGG- M
APS033006 SOURCE COM UR/0371/66/000/004/0014/0021
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AUTHOR: Kenamanly, F. P. --Kesamanl Klo!tZnlah. E. 1.
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aledov, IF, N -Namledoveo 'D, I Talalakin, 0. N. --Talalak-I
ORO*. Physicotechnical Institute Im. A. F. loffe (Fiziko-tekhnicheakiy lnstit~t)j'
Institute of frower Engineering XN M ~ 9 it Unstitut energettki AN LatWR)
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TITLEt Transfer effects In p-typo gallium airsenidecrystals
SOURCE: AN LatSSR. Isvestlya. Seriya fizicheski I tekhnicheskikh nank.
no, 4, 1966, 14-21
'TOPIC TAGS: gallium arsenide, Hall mobility, Nernst effect, high temperafats
effect, transfer effect, pn junction, p type gallium
ABSTRACT: The authors Investigated the temperatur concentration rslati~n-`
t %and
ships of the HAU mobility and the transverse Nerns - inrobausen effect
p-type gallium arsenide a1lo5*d with jjjCjW 4&dMiu ~JThe investigations hava
been conducted at temperatures ranging from 90 to 800K tj crystals with the
concentration of holes at 300K from 5.4 x 1016 to 7.7 x-10 9 cm,3. It is shown
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that the experimental results could be consistently understood in terms of the
theory for a semiconductor with an Isotropic and parabolic zone. It to shown thA
the tons plq qn important role, in scattering holes below room temperature. The
mechanisms of hot* scattering by the lattice oscillation are examined. The Suamrs.
thank L G, fidorn (or submitting precision values of the thermal =t. 0, rigi-
art. has 1 3 figur
*a 6 formulas, 4nd I table. [Based an authors' abstract
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ArTPORSI Xosaffonly*, r. 7.1 x1o"Isht 1. 1.; Valstseve Yin. V.; wasleftyp I
Ukhamov, Yu, 1,
TITM 9trnst-minghauzon and ?a:rsdny effects In Indium phosphide
VITRCEt Fitika tvor4ogo tolap v. 6, no. 1, 1964t 134-140
TO."TO TAOS$ Nernst Ittinghmusen effect# eirfective oleatr(m me". indium phosphidot
Mdl constant,, specific electrical conftevivityp difftTm+Apl therval W, optical
abs,irptiong poltrivitiong poln4zation rotation
Arl P)V?: In o.-Jor to obtain supplementpry informtIon on the ceebantim of electron
scattering ral the dapwidance of th6 eMietive electrcn vnso'on ter4wrnturo, the
tiu-tbore investilatedl in large Mstallina 9&Mles of Indium phosphide, the tompers-
ture dependence of the Hall oonstmi-9 the specific electrical ccm~uctivity, the
resistance at-Anjou, In a magnotio field., the differential tbormoolectronotiv* forest
the transverse Nomst-EttimgMmen. offooto the optical absorption, and tin rotwmcr
the polarization plans for infrared light in a magnetic field. The results are
au=arized in Pigs. 1-6 cc the Uo2qvu" The autbors found that In amplas with
an electron concentration of 8.2-1046cel and a depression of tomporatuo below 200K
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the Hall constant and the obange in resistance In a mpetia field Increase notice- T -
~SUT- kt * 1cr-r ttiveratured tba mcmtUrlua of alectroas takes ploas by Impu4ty tons*'
With Increase In te"ratureg olsotpac sO&ttarjrq by lvttice vibrationg, Incroases.
,The off octive mos of the elsotrons at room tenoraturo to 0.066 4 0-003 Ulm
mesa of free electrms. Orig* art. Iasi 6 figures and I formamr.
'ASS OCIATICH IVisiko-tekbriiab"hy Institut In. A. F. loffe M MR, lmdngred
1bysicotedbulma Institute A SSSR); FislobasIdy institut M Asabs Mp
'(Physics Ustitute M Aterb. SSP)
51PITTMi 17J~163 DAITZ 4CQt 10064 INCLI 08
~SUB COM PH TO MF w7t 009 1 0131,
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ACCMIOX URI A4019873 I/9vtW003/0950M
AUMORSo Kos&%fars to Pot Imatrn'sho So, *I LAVUWA# To S.j K"Isdays Do. 1 0
TITUt The Impkrity WA in crystaU of n tne W
SOURCSs Fialka tv*2dogo telap To 6# noe 3P 296hp 958-960
TOPIC TAOSs crystal# Hall constants -electron concentrations semiconductor bod
structure
AWRACT i This Is a contitmation of investigation In support, of previous work
(F. P. usammam so so IQ4 rue Ve Malftesvp Do He Madodorp and Ids Is
m"wvo FrTt 6,o 23ho 10A # UndicabbW that the bwo"o SA Hall constant In n,
type UP with deare"o In waperabure belaw RM is due to am A-tion in Un
Impurity band, One of the consequenoes of an JmWurity band In a crystal In a
made= on the curve shmIng tempmtore doperAme of Us Hall constant.
Invostisation in the region of 2-30M of n4m MOP with electron concenkmation,
of eo2sicA cm-3 ha's shmn that the 11all, constot Inm-eamem as T dealin" down to
40-SM ~ =A than rembee a m3d =4 wbJ oh It begins to dedline tM Me
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ACCESSION MR1 AP4019873
temperature reaches 10K# Mw this toWerstuft tht Hall constant is &cmin
independent of tgqW&turs. That this wjucimn is due to condwtion in thi
iopirity bwd is indicated by the Zot that the sam maxlAm is observvd at
sjWJ1 electron concentrations In n-type OsAmp for which this conduction in the
impurity bwA has been, demnstratedo GoWisone with rmlts on Inbp Mj &M
Oo also support this conclusiono IlThe authors thask Oe Vo Irendlymenim far
lv&btable discussions of the resultsell Crig. arbe bass 2 fivwwe
ASMIATIONt nsiko4mkhrd*hs#1dy institut Is* A* If* IOUs AN BSSRS jj~~Ja
(Physioctochnical burtituto AN 4M) I Institub f1s:Ud AN Ad=# BWM (MmUtuts
of Physics AN AWM)
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IABSTRACTj It Is Aiffloult to siold tbaAlffudon of copw Into Cr7stslz
Was 44109 tho-pro4uttion of devices Wnt t
they aro hnatMto hish tempera
We crystals. 1%10 study we Made to detirafte, the Offoot.of oopw cc the
_14o
electric properties of OAAs Au4 to Warta!
a ubether a oontiollM sod) 44
of comer Into as" of,the n-tAw could transfer the latter Into
the P-typle, Vith
the required concentration of vaospoles.# 'Initial suplis of n_,P~
were polished g bollediA Own V%shed In bidisullid water. The w ("a
dust-sprayed (10*W layer) a the larpot ho" of ft7a", wA the 4iffusion w"
male In a vacum furnace at 4.164" be. The 4SM49"oe, of the solubility of
0614w nn the tOm"raturd, vas used, for t1w ndtiple, diffusion of copper Into the
Olkwo Samples. The p-Gaks iq* profteed aftor 1-3 diffusions fm the low-
resistance crystals (0 110 Am on) of a-OW oammovly~ used In proftotion of
appara 0410 6antratlon of.vamcies in the p4tks at 300K VIS
?*5xUp~--7*CbdAUOo3* An'acceptor level of O,UjO#M~ey, we observed In ~ the
p-type, Ga"S This level Val related4ither, to the copper or to the acceptor
Impurity In the initial We of- the a-tMa The concentration of to" sod
atoms of the aftWurs, could be detarmW64 from ths, temperature. effoot on the %U
mobility* The mechanim of sftttfti*S of the current aerriers was interwot4d,
ft", the effect of temperature on -the 941 moblUty an-1 the Varnst4ttlapbausen
offooto 7hereftres tM 4ifftelon br,ooNa could ba uded a method for ths,
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Us APM1363 0/044~926~01/060
AUMORt JMXdMkMt&bt& I
'Ah -r- a. L4UM9M4,T#S* I 84dargy. T.Q. IOda 01Y.1 rb4wv. W.100
ltdov. D.1tipoew of "Iso-ostommitima Saleft"al
TtTIXt Investigation at transfer effects Is A1110 Sm cog"Jud Third
All-Union Cupf hold Is KIN - I lop
&Mae_ on 84"Agoadvotor comp-omads,
SOUW28 An "SR. ftwoossys. morlys 9184obsoMyst V.20' s0.#, 19640 961-M
TOPIC TAM omleanduatorp sonlowdootor tweank, essioamductor band structurs,
Hall offset, x4rust stuathaw" Offset, 6164tri4 Gandestivity, "111W
Wims arsomidoo-1ndim shooAld
AIMT&Wrj The proson a or it a rfflow of 00 roeslis Of 09
transfer SMOU 10 AlIful Mum arsomide, Isdium
8 t"NO GVMVWAWM# 6p9GLfI44IIY# p
arsenide and indium pkagwal VIM WOMIS am the ftnt* 74* West of *wr 441b-
on$ Soviet and mon4owlet I Le "ferved so, Wt for me Not pan the "to a" dise
Mission aft Wad as Investigations b7 the isetho"I group. %a On" pwposo of tbmw
studies WS. to law"Upte SM em"a Spegum am shfift"Oftsts" 09,00 Imponty
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band (&one) ard olucidato the mechanism Ot Ole GtrM scattering to those SOMAGoOdue-
tar compounds. The assused b4od structure of a"$ is described. gxt*"Ivo Nossure.
"ass were made of the lbormo-wif of Us, comipoug" in oider to javestigst# the at~
ture of the allowed bands, Data AW ourv" are gives for the dependence of the at-
Uctive slectno mud an the carrier ofto"tvation in the orystalo the tempenturt
dependence of the "all coustanto the tomporsture, depandooto of the height at the
Yond lo"l# the temperature depondonso of the relative resistivity Lacroomat (W#9)
in a magnetic field, the Porost-9ttliqAsomen offoato all for a-type G&Asj the 4~-
pendence of the halo moss an the hole 6dimeastratics is p-type CoUl the temperature
dependence of kinotic effects IR IAP( %be ft"IMAIMM 44POWNWON Ot US B&II a"-
*tan% and AP/p and the field depoodon" of AVp for a-ty" We. I%* mechanism at
interaction of elect With lattice vibraticas Is gallive arsenide and sodium or-
soulde to discussed. Impurity effects aft ecooldered and varicas sedols Oro ovelva-
ted.tron the standpoint of "Sir agreamess with expaxismat AM practical- utility.
Orls.ort.hast S formad" AM 0 Slaarose
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ASS=TIONo Flsiko-t*kbddmsJdy 1MUtut In* At Yo %dft Akm%Wl "TAk Sm
Al!!n at-fdoomat "11)
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TIM; Zffect of copper on the electric properties of galUum arsmdd*
tvardov UU), -,Vi, ~ TV-]" i, 511190r 19"-1w
TOPIC TAGSt S&Uiua arsenide# carrier it"Ityp MU erfects Nernst effeatt oleo-
tron, wbilitr
7
AWTRACTv-
ties of samples 9.fn-GaAs 10 ohoiks) to which coMr Is Introducede the ee-
ceptor concentration at a d1l ion-twWature 6oo-76M was 1010-W7 ewl. the
carrier density was determined with the aid of the Hall effect. Measurements of
the Hall mobility made It possible to- or the Ionized
ditendue the concentration
and neutral Impurity atomm. The results show that the larger the initial electron
density. the higher the diffusion temperature aftessary for reyereal of the conduc-1
zivity type. The om"usation produced was equivvIent, to a yield of 1-3 "captor
levels per oapper *too* The affect of 49ppor was smaller to samples with larger
purity concentration. Samiples with small skability,, iWah dearmsed with d
temperature were obtain" from material with " Initial Impurity coacentraticid
xi > 5 X 07 Cgl*) #=VjqS With blo ngbjUtyp VUCh inorg"94 0000tonicew wit-k.-;.
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