SCIENTIFIC ABSTRACT ZHMUDSKAYA, R.M. - ZHMUR, V.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002064830010-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 20, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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lca~tfrm&-72(194 1J.- . wave bactu x .7% 51 IA)O% ]Wits, WK U higinith i's an ca- -00
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0 4111 1. 0.61 to U.W X. U., 'with a js;0; ~,d oj~ 4' 441
I e. vj. The domblet p*n. K-
8 X. Mlmm. The alloys Inv"Itgated wtrv;. Ca444owkb r . tr.). The failure of Other INUUMS -40
V.8% Z4 (stitid onlit. a), no shift of 4 as V wM Is ton C". N I. Cu is IL-W-ribed 10
00-6 a
Isum Cts (within 0AM5 X. U.). C&t-Ztk with 4&A% Ze to fin't U
of ,I. haufficirlit spMrawy tit ptryienip wave kngth tim-Akwre- .90
I I tit- P-Pbase. . CU-Zil ~ with 09.44% Zu (Misl~ 0 mots. -.3;W shift 1;q) 1-jimiry A in Chem, cor"POU. SIMI 000
~00 4hilt to awter Is to to fimes greater th" the dxptL ww.~ )!iotaic Phu" explained is)- the dMirwr In the
CwAt with 6%
so At ("Ist soln. a). & shifted to ladder allonsi In 41w,tystal 4 ults and thr dix. =00
wav" by 0.19 X. U. (0,90 e. v.).
0010 11.6% At (solid gain. a + a little Cu-Al with 10A and I tome of the kins ("t altomO hi the ti"al lattire sit the
j): the shift to 1=gw A metal. The tfkct found in *Aid usloss. 6 dm to he shf- a* 0
islessusarlmd. Cu-AIwitbI4.1 Altrilcheciarphaft): lemix of the radii aA the atoms Alhiyed with Cu anti the
k is ablited to shorter waves. . Cu- with 40J%. At at. radius 4 Cu. N. Than
(ir + AlsCul. Shut to shorter waves. -The shut In A frow -
the 8% Al siguy to th*'40.2%- alloy is 0.32 X. U. (1.61
OO,x I . I
%_, -~ C~u-Mcwfth7.I%?Ax(=MwJniw).Ab Uji c-
1,: to kwvr~wsvfti~- LU-MS with 21.2% ME jcmtff~ iqterw a.
mirtallic plasists) slidu to shorter k. Cu-Su with ILI%
so (WW low. with vvy little 0). shift to 104Pt L ' The
~.~:qww AULwWobarilred with Cu.At with 17.7% As
(Solid "a, st)., The eutectic mixt. Cu-111 does not sww, SO 0
Any shif M& VI ted. :The, 6ift of 0.38 e_v. to longer
wi an olor yorith 10% Al. is fitertmad to
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(Tables of-constants of the crystal lattice of Iron. alumimm,
copper.and their alloys] Tablitay postoiannykh kristallicheakoi
re-shetki Malaga, aliuminiia, ineai i Ikh splavoy. (Kiev] Izd-vo
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s--Strue a
"t&110gr 'Phy
As Jo.ur Ref Zhur Fizika,, No 1,,p 1937, No 1079
Atithor nrnid kiv, AA.
Title X-ray Struetural~,Ans~,lysis Up#g Large Distances and AWidely Divergent Beam
-.,Orig Pub Nauk. zap. KyyivsIk. un-t, 1955, 14, No 8, 65-82
~Abstract The advantages of using b~,ckvard photography at large distaaces,with a
iri4el;~ divergent b6amare noted. Stxch ph6t6graphy-increases both thqk4is-
-'And-. -
Tersi6xi Ahe',radoluft Ahit loh6.- width.' dotstb Ancrease noticO%bly even
_t '_ ~ _;., ~ . -,Pt:
fi 'bfii~i r4iviigtlice- ~Uglii - o , , P,
f
, 6 primary, a ~is a f 2.5 .. At la_"gidile~ 6 ons,
th,
vh6n'the'live wicl on-'the photogiaph-ig 'dons16Able., a tl6e focus -that 'its com-
'A-'dh&ft of tlie'x-ray
m~fistiiate'with the line width gLv6i optbftUij`kegul`t6'
6trdl 1 1 NI-CO
ines-of
and R:was ob6erv~d in defociWed bhotokraphys
lin~_shift is en*lad~ed by'the'author as-djt~A6 the Ostr"U"etural mass" of the
lines and. tlieir I&,~ymmetry' caused b Iy .the detocusing.., 4suming th~at the Idii-
pucemtht .1c Or -the inUrferencering I to-ii;! .reme - y aa'am-~
atisez diimet ~ * of b
ouat" 1~Al to the ji~tul~al line vidft -the 'auU6r 'obtains a value of 0.54X for
eq ')
the natural.width of the Cu-F* line from his data.

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MR/Transformation in Solid Bodies. E-6
:Abs Jour :-,Referat Zhur Fizika, No 5, 1957, 11752
Mak Zhmudskiy A.Z
..-,--:Author simyuk,.P.A.,
Init
-Title X- 0
'ray Dif fraction Investigation f the Effect of Nickel
on -the. Decomposition'' -of Aluminum-Copper -Alloys,
-Nauk. povedomlennya Kiivalk. un-tu, 19
Orig Pub 56, vyp- 1) 38-39,
Abstract An inveetigationwas made:of-supe--saturated solid solutions
of copper in aluminium.with a constant content of copper
(2.7%) and a.variable-c.onceatration of nickel (0 -- 2%),
molten in, graphite crucibles:aDI annealed for 15 hours at
Thespecimens were quenched from a temperature of
and aged at 300P4_ It. is shovn1that the.lines on the
X-ray patterns, obtained from the alloy without nickel)
are point-like, and wheln,0.4 -- 0.5% of nickel is introdu-

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129-58-8-7/16
AUTHORS: Zhmudskiy 'A Z,, Professor and Maksimyuk, P. A.,, Engineer.
TITLE:~ luence.o Nickel Additions on the Phase Transformations
in Aluminium-'Copper Alloys During Long Duration High
Temperature Annealin (Vliyaniye dobavok nikelya na
fazovyye prevrashcheniya v splavakh Al-Cu ri
dlitellnykh vysokotemperaturnykh otzhigah-h5
~PERIODICAL: Mietallovedeniye,i Obrabotka Metallov, 1958, Nr
8,~
,
Pp, 34-37 (USSR)

AIBSTRA.CT: 'The-aim ofthe work described in the paper was to:study.
-
n'
the influence.of additidn:of ickel on the phase
Al-Cu alloys held for long durations
at elevated.temperatures. In the investigations X-ray
Two
analysis and a-method of micro-hardness were used,
series-of alloys were prepared and in each of these the
copper content was maintained constant (2-7 and 4%
respectively),~whllst the nickel content was varied

etween 0 and~2.wt The first six alloys.were.prepared
b
~.. .from chemically pure components, whilst.the alloys
40S - 7-13 were prepared from almainium, copper and nickel
of high purity.(99.995%). The first series of alloys
Card 1/3: were fused.in graphite crucibles, under a flux, and the
1~ --tj irFt-

129-58-8-7/1
6
Influence of Nickel Additions on the Phase Transformations in
Aluminium'-Copper Alloys During Long Duration High Temperature
Annealing
second series were produced in an induction furnace
i t
nside~a protective argon atmosphere. After smel ing
and homogenisation annealing,spectral analysis was carrv-
Ied . out.and the results are given in the Table, P.34.
for~X-ray analysis were cut from wire
specimensvhich were originally used for measuring
.,internal friction and:were manufactured by draiving
rod material ;nto 0.8,mm wire with intermediate
hardening.from 525 C. -The specimens for measuring.the
mi.cro,-hardness were in the form of plpe-parallel plates
5.to romm. thick and about 1 to 1.5 cm. cross section.
The specimens.of the first series were hargened from:,
.5,250C, those of the second series from 51W C; annealing
00 for various durations up to 100 hours,
was effected at:300
..The obtained'results inUcate that introduction of
nickel impedes diffusion processes in Al-Cu-Ni~alloys
..at.elevated temperatures:. 'This slows down the.,process of
ag6ing,-theboagulat:~6n of the separating out ()-phase
Card 2/3a.nd.also the growth ofthe grain and, therefore, brings

PHASE I.BOOY. EXPLOITATION 880
Zhmu.dakiy,.Aleksandr Zakharovich
vysokodispersionnoye rentgenografirovaniye bol'shoy svetosily i
strukturnost' spektral'nykh liniy (High-dispersion and High-
intensity X-ray Analysis and the Structure of Spectrum Lines)
Kiyev, Izd-vo Kiyevskogo.univ-ta, 1958. 149 p. 2,000 copies
n
printed.
Sponsoring Agency: K,iyevi Uhiversitet.:
Ed.: Orlik, Ye.L.; Tech. Ed,: Khokhanovskaya, T.I.
PURPOSE: Thelbook is int.ended:for sicentists using X-ray analysis
in their research, and for engineers studying the structure of
metals and alloys at plant laboratories. It can also be used as
a textbook for X-ray courses it universities and technical schools,
Card 1/4

High-dispersion and High-intensity (Cont.) ~880
COVERAGE: The author' describes the method of high-dispersion and
high-intensity X-ray analysis. The use of this method Is precise
measurement of periods of crystal lattices and in the:study of
any process occurring.in matter, especially in metals.and alloys,
is demonstrated both experimentally and theoretically. The author
also explains ways of obtaining two photographs on-one film, thus
making it possible to'obtain absolute measurements of stable crys-
tal lattices. In individua cases precision in measurement ap
proaches 0.02 x, or~3-4.10- percent of the measured value. The
method makes it possible ot obtain reliable results from x-ray
analysis of samples of anyshape or size. The structure of and
lines is discussed..along with its importance to the physics
of X-ra -ray analysis. There are 72
ys and the practical use of X
references~of which 61 are Soviet.
TABLE OF CONTENTS:
Introduction .3
Ch.' I. Dispersion.and Intensity 10
Card 2/4
P]WH -~jllf

High-dispersion and High-intensity (Cont.) 880
1. - Dis.persiomand res .olving power 10
On.intensity in X-ray analysis (to' obtain short exposure
times]
3.' High-dispersion and highintensity apparatus 32.
Ch. 11. High-dispersion X-ray Analysis of Polycrystal Line.
Samples 41
:1. Fundamental possibilities of X-ray analysis at a great
distance in a wide-angle beam 41
2., Obtaining two photographs from two distances on one film 50
3. Divergence.of thebeam, the width of the line and the dia-
tribution of intensity in it 55
4. Examples of the use of high-dispersion X-ray analysis 71
5.~ Tables of stable crystal lattice of iron, aluminum, copper
and other elements and their alloys 82
'Ch. 111.,~ Natural Width OUX-ray Spectral Lines and Electron
Energy Levels in an Atom, 85
Card 3/4

High-dispersion and High-intensity (Cont.) 880
Distribution of.electrons in an atom 85
The'problem ofthe.-width ot.X-ray spectral lines
20 89
-
3. Calculating the'width'of X-ray spectral lines
4. Calculating the energy widths of electron levels of an
atom 102

Ch. IV, The Structure, Spectral Lines and its
Qf
Discovery
1. Shift.of theline with defocused asymetric exposure 105.
spectral lines
-Basis of the structure of. Kaj 3KoLl 112
.
3. Precision X-ray analysis of samples with arbitrary sur-
face shapes 131
~Conclusion 140
Bibliography~ 148
AVAILABLE. Library of Congress
Card 4/4 BK/,sfm
IZ 5-58
~jf

25(6) PHA39 I'DOOK ZiPLOITATION 307/2555
Nauchno.taIMMaheakoya obahchest Iva prlboroatrolt*ll AOY PrOmy-IOn-
nosti. Mmainskays respublikaftakoya pr&VI4n1YO
Now3te-matody kontrolYa I deratictaskapil.w manihinootroyeali I prl -
barostroyeall 14oklady RespublikansUor kanferentaUl (New Nathodis
at Inspection and Flaw Detention In the Machinery and InstrmcOn-,
nee 3014 at KI"V,
manufacturing ZrAustries lReports or the Canters
19561) K%yev, 0o&t%khIzd%t,U33R. 195B. 264 p., 4.TW copies jprlnt*4~
Sponsoring Agencri AkadsmL7& nauk V=--
Zd.t.-A. Asslin; Tach. Z4.2 P. Patsal Iyuk; Editorial Board: 1.1,
Graben's BiD. Grozin, k.z. Vasidakly, G.N. Savin (Reap. Rd.). I.D.
fflaynaram Deq.'Reep. 94.), and A.k. 'hiablovejeLy.
PURPOSex Tb~Ix boo.It I& int*nded'for engine ers# a .clent ifle worl cars, and
technicians dtollng wLtLh problems of Inap"tion and flaw detect Ion.
".Mw-
collectlon of-l"lleatirla papers presented at a
cOnf4r0oCQ sPonsamd by tho'Anademy or Sciences, UlarSSR. and the
NaUChno-tekhalchesko" 6bahchestva priborostroltolInzy pronj
VOraluska" pravlenl7b (Ulmsinlan Branch, Salentine and
-manufacturing Industry)
Tgcbnl*&l 30cioty or the: Dastrumear . , ThO
1, Paper* deal with modern methods or inspection and new detention
used In th4 machinery- aid Industries,
The subjects discussed Include the use of electron mleroacopets
In the Invest1gatian or at%&, surfaces. X-ray, Samm&-ray, lund=t*a-
cones, magnqtlo, and ultrasonic mothoda air fla* dettetlan; use Or
radtoactIve isotopes; X-ray diffraction methods of metal analysis;
and the us* or Interfarometers for measurtne length and "Itkneas
and detoralining the coefficient of linear tharmax expenslan. Ila
personalltles are mentioned. ReVerencea rollow several of the
papers.
C&ndU&te Of Te
chnIcAl Sclenceis, Novoch&-kAsakjy
Mr Z
kly Inctitut (NOvocherkaseilt ftlytechntcrAl Mr4t%tut*)_
301#Ctlan or MadtO-tl- SOuPc*a for measuring gq%Up=nt 2S
of T6Ch.1
Cal Sciences, Inatitut atlaic-
%vLrkI imanil YO.O. Paton&, "W (ZlYev glectrlc Welding
atlt"* Iment YO-0- Paton). trips or Radioactive Isotopes zm_
Detection or i'laws in Welds In the
41
DOCtcr Of Techalcia Sclenc#s, Professor, G*Ntml-
Shavehanko). X-Uraeyv"'bD*Lnr~r-r-~tXl'-Oyev (Xty*v State UnLveral-tY :a*nI
Parts n Method at Inspecting nnlshod
50
Card 319
Okly, &.-z -wvdLjL han1n. 6ndidat't of~fttyalaax mad
Wathazat -AL ft -Vin,
A . N't, I k -
Iz -SQIAUC*&, I y Univers=7 I"nV Sh*wtheaka
Problems of Phyalcal. Strength Cr*ck Formatlen In CAse-hardene
Parts

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rArKy kgoncy, United Flattems Raad"uAarq, lwz
Dr. A. z. zhmd4l, Professor at Kiev Uni"raltY

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3,1950
S/181J62/004/005/052/055
AM
M63/B138
01
AUTHORS: Xucherov, I. Ya., Zhmudskiy., A. Z., and Shiyanovskiy, V. 1.
TITLE:, Some special, features of the dark conductivity of CdS
photoresistors
PSIZIODICAL: Fizika tverdogo tela., v - 4~, no. 5, -1962, 1376-1378
TEXT: -A slow' increase in current with time is observed in some CdS
photoresistors with gallium electrodes produced by the Institut fizik3*.
All U85R (Institute of Physics AS UkrSSR). This slow increLise is
especially noticeable with specimens of:relatively low resistance. Fig.-1
showsthe variation in current with time for one specimen under different
voltages. if the voltage is cut off for a short-time and switched on again,
the current is quickly,restored to the,original value. On the other hand$
if the voltaee is cut off for about 30 hours or more the current timed
variation will have the original shape, as shown in Fig. 1. Similar
effects have been found before with 8b S single crystals, by Lyasheako and
2
3
Skubenko (UFZh. 6y 2, ig6ij 202). The increase in current with time can,
Card 1/0

z
V

S/18Y62/004/005/052/055
Some special features of the ... B163 B138
bo'considerably delayed by passing a current through the photoresistor
in-oppouite direction. Ifp beforehand,a sufficient time ze-g- 36 hours)
has elap'sed after the passage of the inverse ourrent,this effect.-i's
ho...'Joneer observed. From these results it is concluded that the rise in
current.with time is due to slow diffusion processes at the surface or
inside the semiconductor. The explanation given by Lyashenko an& Skubenko
(1.c.), that the carrier concentration 13 increased with time die to
electrolysis of their trapping centers, is not thought to be sufficient to
explain the rapid increase incurrent observed in the CdS photore31Stors.
It is thought that ions from impurities and adsorbed gas, diffusing in the
applied field$ create a space-charge and potential drop at the electrodes.
in this local strong field electrons may be set free from traps occupied
at room temperature, and electron multiplication may also be caused by
impact ionization. The delay effect of inverse current is attributed to-
positive ions concentrating near the cathode, and emptying the trap levels.-
Th4s, if the applied field is reversedt it will take some time beforethe,
ions are removed and'the traps filled again. There are 2 figures.
ASSOCIATION; Kiyevskiy gosudaretvennyy universitet Im. T. G. Shevchenko
(Kiyev State University imeni T. G. Shevchenko)
Card 2
fl4
]i T

s/181/62/004/005/052/055
some special features of the B163/BI38
SUBMITTED: octlober:26, 1961 ( initially)
February~.10, 1962 (after revision),
Fig..1. Variation in.dark current with time for different voltages
applied to P- CdS photoresistor. 1 .,- V W 1.4 v (E - 14-v/cm)l 2 2.6 by
3 - 5-4 V, 4 - 10.2 vi 5. -15.5 v. ~Abscisea: Time in minutes.
Ordinate: Current, in 10-1 ampaq
Card 310
111119-1

35:118
:3/18 5/6 2/007/0 0 2/U 1 2PQ 1 G
D299/D302
Zhmudslkyv, OZ.t Prohrushchenkot 0,V., and
AUTHO
C175-tvlorkinaq R-Ye.
TITLE: Some peculiarfeatures of the K-state of nicicel- chro-
mium alloys with titanium
PERIODICAL: Ukrayins1kyy-fizychnyy zhurnalf v 7, no, 2, 19620
212 216
TEXT: Tile resistivity,density and crystalline structure of Ni-Cr-
Ti alloys viere studied.as.a.function of Ti-concentrationt blastic
degorwation.'and heat treatment Thealloya were prepared in an alec-
tric-arc furInIace witCh tungsten electrodes (in an argon atmosphere).
'The'alloys contained 23.atom-~, Cr and 1# 2.5 and 4 atom ctS Ti, re-
opectively.'In order to study the resistivity in a s-vrongly defor-
;.med state',:,specimens of mm diameter were draym through holes of
smallerdiameter. The degree,of deformation was determined from the
ratio ZD/Do, where. ~~ND Do Dn (Do being the initiai specimen-
diameter and Dn the diameter after deformation). The resistivity
'Card 1/3-
p rq
F r

S/185/62/007/002/012/016
Some peculiar features of the JJ299/D302
was calculated by the formula p R m where is the density,
2 o^
of the alloy. It was found that the.density decreases with increas-
ing Ti-concentration. In the case of pure Nip a 70 I/S-defornation
led to a 0.2 ~j decrease in densityi whercas a 60 r/6-deformation.
to a 0.8 ~ decrease. A figure:shows the resistivity versus dogree-
of-deformation curves ' The.resistivity decreased from 111.4, 119.3
..and 123t5 ji ohmoemp before the deformation, to 14.7, 16.3 and 15.9
)x ohm--cm after the deformation (for.the 3 aDecimens containing 1,
2-5 and 4 atom:% Tit respectively), A 60 C'
111-aeformation completely
destroys the K-state in all-3 sDecimens. In order to study the tem-
perature dependence of, the resistivity? specimens wit-h 0.41 m--i dia-
meter, were used; 60 % deformed specimens were heated to 100000,
and then cooled. The resistivity of all the alloys decreased anoma-
lously at temperatures above 5500C. The shape of one of the tempe-
rature le heat
-dependence curves can be explained by assuming -chat T'h
ing lead6 to the dissolution of an e - type phase (N13Ti). This was
L
confirmed by X-rayinvestigations, which also showed -that all the
alloys have face-cent6red cubic,structure, The following lattice-
Card 2/3

S/185/62/007/002/012/016
Some peculiar features of the D299/D302
paraneter values were obtained.-, 3.5478; 3.5551 and 3.5r-1196 for 17 1 -
Cr-Ti.alloys wit-h a Ti-concentration of 1p 2.5 and 4 atom respec-
tively. The resistivity of a nure Ni-ur alloy with 23 atom Cr is
15*5 r1f) ereater than that of a 60, %-deformed alloy. un adding Ti to
the alloy, its K-state charges, its resistivity increases,' the ter,.-
-:-e of existence of the X-state.increasest and the mini-
perature rang
mum of tile temperature curves, is shifued towards higher temperatu-
res. There are 4 figures, 1 table and 12 references- 10 Soviet-bloc
and 2 non-Soviet-bloo. The references to the Englis~L-languare pub-
lications read as follows: R. Nordheim and N.Grant, J. me-tUals, 6,
no. 2, 1954; A. Taylor, J4, 14etals, 81 no. 10P 1955,,
ASSOCIATION: Kyyivsl.kyy derzhuniversyt-et im. T.H. 6hevchewca (Kyyiv
,State University iM. T.11. Shevchenk-o); Ilykolayivslkyy
korablebudivnyy instytut. im. S.O. Makarova (T,,Iykolayiv
6hip-Building Institute im. ts.0. L!akarov)
SUBMITTED: May 22, 1961
Card 3/3
1 H'
, 711

ROGRUSHO HE INA -IG-. Ye-;--
t;- I

L 110773-6~ 71iP (M),, HDS-AFF:'~;, AdD-M
ACMMTDN MRs MOM378
Vmudsqh A. Z.; t?Eruah nko V.; Chetveri:ina Ye.
ATMORs ___qhe _1
TITM Some chwacteristics of the 6-sUte in nickel-cttrcniurs !dl--ys ad-' -- e4- b 7
allmaimm
SOMM TVUZ, Chernays netallurrLya, no* 5,, 1963, 142-U-5
TMC TLGSs specific electrical resistance, density, capt-al structure, nickel-
chraze-almninum alloys, plastic deformation, heat treatmeiit, K"state
ABSTRAM Specific electrical resistance, dennity and ir"tal titrunture af nickel-
chrome-aluminum alloys were studied as a fumtion of Ll -.ontent, piastic deformatior
(to 60%) and heat treatz=te
In analyzing deforitation and temperature curms, authors concluded that large
additions of aluminum to pure nickel chrome &1loy led to more abrupt manifestation
of the Tr-state and to widening of the tmperature inte--7-d.1 for I.ts mcistenci. The
preaence of a buige an the curve of the alioy contalaing '~A V (at "W dogries) la
explained as the heterogeneous phase :if th1a a-'ay. Cana
tabl,ef and 1.) references.
ASSOCIATIO14: Kiev State University
Card 1/s,
............ ------ ........ ....... .... ----------
di

INK Millial Ill IfIllil"ll I "r~

L 44183-66
ACC NRl AP6022997 SOURCE CODE, 0185/66/011/004/0389/0394
AUTHOR! Zhmuds'kyy, 0. Z. -Zhmudskig, A. Z. Kucheroy, I. Ya,:--
Shyyanovsl kyy, V. 1. -Sniyanovffmy-,, V. 1.
ORG: Kiev State University im._ G. Shevchenko (Kyyivsl skyy derzhuniversytet)
TITILE: Investigation of slow changes in the, dark conductivitX f cadmium sulfide
'single crystals
SOURCE: Ukrayins kyy fizychnyy zhurnal, v. 11, no. 4, 1966, 389-394
TOPIC TAGS: crystal surface, electric field, conductivity, electrode,: cadmium
sulfide, single crystal,. dark conductivity
ABSTRArT-. An Investigation has been carried out on the effect of various contacts
(AI~1Aujlnllnd In-Ga loys). the value of th6 voltage (V) applied to.the SamIle'
L . P.
and of the transverse electric field on the kinetics of dark conductivity of CdS single
crystals. It is shown that slowly Increasing relaxation of theconductivity is observ-
Card .1/2

ACC NRs AP6022997
ed only In samples with.1n and In-Ga electrodes. Voltage and the electric field
have a great effect on the.kinetics of dark conductivity. The increase of voltage to,
a certai
n value results Jn a decrease In of the process; with a fui-the'r increase
of voltage V, the conductivity decreases, which can be described by an equation of
the form I =.A + B In,t, typical of many surf, ce effects in semiconductors. . The
view is discussed that a slow increase in the dark conductivity with time at V = const.
is due to the redistribution of electrons injected into the crystal between the bulk and.
the surface. Orig. arL has: 5 figures, 4.formulas, and I table. [Based on authors'
abstract) INT)
or
SUB COM' 20 SUBM DATE:, 24Sep6 5 ORIG REM 008/ OTH REF: 005/
6rd 2/2

TOPIC TAGS: cadmium sulfide, electric conductivity, si
ngle crystal, annealing,
electrometer, illumination effect
ABSTRACTs Tk .ansient proces ses.o f.61ectrical con uctivity in 0
d dS n
g_&~t
and the effect of annealing and 43111mj --tio, sticffed-lw-7.!~ I ; "~
n -on those cryatela vere
order to determine the- es of these transient . About 40 US single cr-jetala
cauo a
vith a dark resiotance of i6*12-1614.a wore studied with the aid of an electrom-
eter amplifier, The change in current with time is ahown in rig, 1 on the-Enclo-
Isure. The presence of a threshold potential difference at vb1ah a alov increase
in current with t1w In observed and a strong dependence of resistiTity 1Uj*n
Card 113

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: I

ZZIMSIM; D.A.
Zhnudskiy, D. A.
E-117"No

A 1 - , ,
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SrXRCE, R.Lh. Metallurgiya. Abs. 5i:L61
AW o ;~'amuds'kiyy,, 0 Progrushchen-ko, 3. E.
,tra c t e r i !it I as of the (- s '~ a r a
CITED 30UPXEi Viony*K_~y!yiy3lk~_.un-tu, no. ser. astran., fiz. ta
khimiyi, rj-p. 1, 66-70
TQPIC T,',6-': c1hromium-nickol alloy, K-state, plastic deformation, mo1yhd-)n=
alloying agent
.'L -'N: '-:; -u--loys with 23 at .% Cr P-trid a lArge concentration of Ho, the
60,"' -jf?)rmatlbn entirely
J, s it~ i,.igher tenperaturq~. C ~ - -1.
.--- . -~r- .~O
-Ate in dloys wl!-. A sm an alloy
WIth Lu at 4?7 ioo-~ nr~' : r-3 -f' C139 of
6Vi plastic dqfo~nationj'S % now phase''is dotee'ted in the a.Uoy viT-u a Mv eot,-
tration of 8 at Accoiting to summary.
i can
DATE jCQ.- 21 Jun 63 SUB CODE: ML alcL: 00

S1137162100010051081VI50
A0061AI01
AP /a
AUTHORS: Zhmudskiy, 0. Z.,P Maksimyuk,.P. 0.
TITLE:. The effect of,nickel admixtures on the process of dispersion
~hardening of aluminum-copper alloys
PEhIODICAL, Referativnyy zhurnal, Metallurgiya, no. 5, 1962; 25, abstract.51145
("Visnyk iWjydk.. un-tull, 1958, no, 1, ser. fiz.. ta khimJyi, no. 1,
51-56, UkrainiAn; Russian summary)
TEXT: Radiographical investigations were carried out of the effect of Ni
admixtures upon the aging process of Al-Cu alloys. Microhardness and hot hardnesi
of these,alloys'were also measured, The experimental results show.that N1-
admixture promotes the preservation of a fine-grained structure of the alloys,
reduces the degree of decomposition of the solid solution, and 'inhibits the
6oagulation process of'the~singled-out phase. It follows from the radiographlcal'-
investigations,and from hot-hardness measurements, that-Ni-admixtures raise the
heat-resistance of Al-Cu alloys.:,A considerable increase in heat-resistance
is.observed at,.a content, of Ni
From the authors' summary,
[Abstracterls~note: Complete translation]
'_-Card J/1_

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CC_N1t._A-R7000g-4 SOURCE CODE: - UR/0058/6610001009/DO22/DO22
AUTHOR: Zhmuds1kyyp'O.:_Z.
TITLE:~ Effectof very strong magnetic fields produced by near-optical electrons
bombarding the atom
'A
SOURCEi Ref, ~,zhd- Fizika, bs 9D146
REF SOURCE:.Vis k Kyyivs1k-un-tu,,.Ser fiz. taAhim. no. 6, 1966, 31-9
ma ne lc ft Id t c fi eld, electron bombardment,
TOPIC TAGS g t e strong magne I
~rnl~gfii)tia effaet,' spectroscopy,.
ABSTRACT: It:is showh.that superstrong magnetic fields displace and-split
electron levels, which arecomb.7ed with quantum states, into 2i + 1 sublevels.
As-the structure of electron levels- gains 11 in complexity, satellite structure also
becomes more complex.. -The hypothesis is proposed that the splitting of emission
lines displaced by superstrong magnetic fields Is a functionlof x-ray spectra.
[Translation,of abstract) ISP)
SUB CODE: -201
66M 1/1

91 FIT -.1"I
I if lit

.;, 4415~-&E,
Acc NRt AP6022997 SOURCE CODE:' IJR/0185/66/011/004/0-380/0394
AUTHOR- Zhmuds' k 0 Z Zhmudskiy, A. Z. Kucherov, 1. Ya.
Shyyanovs, -~~Eatnoav
skly,: V. L
ORG: Kiev State University im. T. G. Shevchenko (Kyyivsl skyy derzhunivers yte4
TIT LE Investigation of slow. changes -in the, dark conductivity of cadmium sulfide
single crystals
~SOURCE: Ukrayins' kyy fizychnyy zhurnal, v. 11, no. 4, 1966, 389-394
-TOPIC TAGS: crystal surface, electric field, conductivity, electrode, cadmium
sulfide, single crystal dark conductivity
ABSTRAIQT: An I stf tion has be .. en carried out on the effect of various contacts
nve
(Al Au7,'&n ilndln~-Ga%loyO the valub of thd voltage (V) applied to-the Sarnpl~e-
jj _ , P -,
and,,df the transverse electric field on -the kinetics of dark conductivity of CdS single
crystals. It Is shown that slowly increasing relaxation of the conductivity I s observ-
_"T: Card: 1/2

SOV/115-59-5-11

-AT
JTHORS--:
V..P. j_Zhmur,, A.S. and Lyapin, G.L.
-Acc erome
iezoe etrie e1 ters
-PERIODICALs Izmeritelfna ,Tekhnika 1959, Nr 51 pp 17-19 (USSR)
ABSTRACT: piezo quartzmeteris designed to indirate sudden accelerations
jt, has,a cylindrical shape and a thread on the bottom to fix it
to the object'which.is' to be measured.,The upper part has ft hexa-,
.gon shape'. Figeli The ins.trun;ent has an inner channel, which is
sa plug insulating the piezo quartz plates
pressed into
a plexigla
.
,
.
from the steel housting. To achieve a better distribution of
,
pressure, a hardened plate ground against test glass Is laid under
eado' Between the piezo quartz platesq an Intermediate plate
i a fixed to:serveas a "via inertiae". Both sides ofthe surface
are also edged with 'test
The article now gives the theore-,
glass.
,
,
'tical conditions-for smooth functioning. If the conditions are,
met, accelerations of 20 to 20,000 g can be measured. The sens,i-
tivity is steady. To raise the sensitivity Ti-Ba plates can be
card 1/2 used. They can however, only be used in the laboratory, because
Alv

I U

ABSTRACT:' -The article.describes-the acci
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LAINTSK T. Tb.-T&,O lush.; PIRMV, A.N., lush.; RODIONOVA# R.G,,
inzh.; TOYBIR, V.A. lush.; 7EMLIN,.G.M.:, lush.; XIMYUPINAg
A#K,R,insh,j CHIRNOV, D.L.* insh.; EYMMINAMTj L.B., ingh.;
:N ~..insh., retsensent; MOLYUKOVs G.A., insh.,.red.; TIKHANOTO
z a* 0 ~e)jdmo'rede
lp.roduct.ion and installation of pipe, systems; referenos -nual
Isgotovlenie Imontash takhnologichookikh truboprovodov; spra-
vochnoe posobies Moskyat Gos.nauchno-takhnalsd-vo mashinostroit,

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DiaipooWof Intra-auricular turwro and tumorllke formations.
Klin.mode P 'ncr,7i27-,34 Jl 159. (HIM 12: 10)
11 Is filloAlt"tokoy,khirurgichookpy klinflcl (dir. akademik
tl.ilp~Liallov),II.I(ookovokogo meditaltickogo Instituta imeni V.I.
PirOj-,OVU1 Inatituta &udnoy khtrurgii AMT SUSH (direktor -

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--BABSKIYO Ye.B. --(Mos)c*a,- Zh-172,- -Katellnicheokaya nab. d.2,5/8, kv,,72); ZMM,
V.A.; X37UNI, 8XI.,
Alectroencepbalogmphy,in a surgical clinic. Vest. khir. 82 no.5s
48-38, Vq ~.1590' (MIRA 12:7)
1, Is.fakulftetskoy khirurgichaskoy kliniki im. S. I. Spasokukotskogo
(dir. -'.prof.-A.H. Makulev) 2-go.Moskovskogo meditsinskogo instituta
im. ff.,I.I~irogova i laboratorii klinicheskoy fiziologii (zave - prof.
V- M M T--444--4-. 4 04-4-1--44