SCIENTIFIC ABSTRACT ZHURAVLEV, S. - ZHURAVLEV, V.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002065020012-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 16, 2001
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


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KOROBOVj P.I.; ;UM;B'fIKOVt V.D.; 1-30"JiXV, A.F.; S~~WHIPSICIY, A.A.; PlIEMKOV,
L I l,'lK(,`V
-AhLIKOVO: Yo.Fi; POICROVSKIYp
L.D.; I
M.A.; UdIAT'OV, II.P.; BOOOMBOV, D.P.; A.MYUNOV, H.B.; BUIKO V Y
BlU ZA, F"DOROV, V.F.; AGGOIMOV, N.I.1; I Lk:. V 1110
L.N.; IPATOV, P.-M.; MAZAROV, F.P.; SLU~S~UYA, 0.1~1'; C.I.E-3UTEMCOO H.'Bl.
VSXIY, V.1l.; ':IYi A.V.;~ GOLIDII?i 'Ya A*.*-
RABINOVICE, V.I.; TAOIT3N
HAPAIdDZE NYTZ
DZI
MOV,
I
rRvTS~Wt H.Al-,' ROSSNIT j
A.F.; --aASITOY: S03i;DOV,l 0.0.- V1,
ADOVt V.S,.; MAE;, f S ;N.
SKAFAIL-11KO I P.:
G
llikolai NilcolaevicL Patr~.icclor;, an c;oj. uary.:, or,thur.:no.61'76 Jd
(1-1 IRA i 4:2)
160
(Patrikeev, Nilcolo-i llikolaevi6,111850-4960)

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'
AUTHOR: Zhuravlev
S. S.
TITLE: Intensity of Bright Light-s in the Spectra of Polar
Lishts (Intensivnosti yarkikh liniy v:spektrakh:po-
lyarnykh'sly'niy~
",
PERIODICAL: Trudy Nauchno-issl Iedovatellskogo-:instit~uta 2emnogo
, magnetizma', 1957, Nr 11(21) pp. i74--177 (USSR)
ABSTRACT: Under certain conditions the spebtrEt of polar1ights
contain 4 bright lines which am~most important: the red
triplet of oxygen, a green lint of the same element, and
two lines of a negative band of nitrogen. The ratio of
intensities of nitrogen lines to~tho~green line of oxy-
gen is an important charactekistic of physlcal~condiL-_
tions in the ionosphere, and is hot yet satisfactorily
solved. Vegard's opinion is contradicted by the fi!qdings.
of other authors. The instrumentis u.,3ed.are 3 spectro-
graphs with various apertures. The authors mentioned are
Kozyrev, N.A., Yeropkin, D.I., Ambartsumian., V-A-,~ and
Khvostikov, I.A. There are ~ tables and 4 references,
3 of which are USSR and 1 EAglish.
AVAILABLE: Library of Congress
Card 1/1
jI

...........
8/0551 ~60/000/008/005/007
;~001/11001
1168)
Translation from-, Referati,~W zhumal, Astronomiya i ~Geot.Jailya, 19609 1~p,,
P. 68, 7788
AUTHORS.- Mel knikov, O..A.,,.Zhuravley~ 73
.On Methods of Studying'Hydrogen es 61 r; P 6m a
T=-. Lin in S r inenoe 0 so*
PERIODICALt 'Sot1nechrxy7e dannyye, NO. 4, pp& 75-
79
J-6~ ~1~omiaencss,i which was
-method of stud
TEM, The ying Dopp~ler,widths AX;;
.proposed e"liero - is -applied to- a - parti dul&r -case of prcmilin'de spe'a tirlm ob-
IN
served at the Astronomichaskaya observatorija (Astronwicel Observator 'of 1GU in
vi
1955; The ifiethod Is based on the comparison qk-ex-p-er-M-4-W.&I values ~o Ag (w/
for a certain pair of lines- observed in "different -spots -o1', a-prominenA !with the
theoretical- growth curve. r th4',caze of a;Doppler
The
,growth curve was drawn to
widening of lines,. It was found, on the average, frbii:tha lines.H06, ii aid H
that 5.00 x,10-5, whl:oh corresponds to a speed ahar~oteristic,for*clo-,
turbulence, UMI= 15 kn/sec. Some deviation. of experbien".al points frc4n the
theoretical.curve is, interpreted as an Indication of the S t ark effect:of line
Card 1/2

SOIJRCE: Ref. zh. Astrm,teiiya. Ot:de1'viy7 1vqvt'11lt1 Abs., 3 . 51P:114~
Salman-zade, R. Kh.
TITLE: Catalo a of Shifts, i'vit.dVa? catit-rd i-OLtAftlEt At 1,1001 ail
SU
df selected FraWhofer Umes
:,Tj
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40
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1 (11 A, " V 1.- ;:1 V
_UM/Solid State Physics Mechanical Properties of Crystals sad Folycrystallim
Compounds, Z-9
Abst Journals Referat Zhur Mika No 12, 1956P 3485V
Authors Pogodin-Alekseyev,, Go I*., Zhuravlpy, S* Vo.
Institutions None
Title: Change in Plasticity of Metals-During Transition U iiit'tla Breakdcr4
Cause& by Reduction in Temperature
Origilqai
Periodicals Collection: Metalloved. i. termichaskays, obrabcrbk& vAallvr (mrJ2, ki)..-
Hoscov, Masbgiz,, 1955:56-66
Abstracts A test for tension was perfolmed on grades 20&~d 40.staels on du~ralumi-
num.and on brass using, "gagarinskiy" specimens ~ 6'1= In diameter," with
nominal length of YOM at temperatures of from +100'to, -1960. -It was
established. that the - values of - 1P find 8 decrease 'durint, the transition'
to brittle breakdown, with the exception of brass, the plasticiti of
which increases all the vayVD, to -1960. The elong:ttion-tespemiure
curves show the presence of a weakly pronounced maxi~mum. The curve
Card 1/2

USSR/iWIA State Pbysics Mw1wwical Proportiao of Crystals 80d .'?o4=7sta12ite
Compounds, E-.9
AbatJournal: Referat Zkn= - Fiziks No 32; 1956, 34892
Ab ce& rise i1i the ;,'O;fzxn -30 toi-600-
stracti for brass boa a clearly prcm= 0
Curves'af tbeldistributim of the permanent defwwAloms &t +1001., at
temperatwMe coa-zespoading to tha Maximum Cn tba e.1,=gat1.=_t4VPeratr_rO
cUrTe IM ~
said at the temperatures of the transitl to t1vB brittle state
are given. Feduclng Us test temperature in cartain,11mita rewor to
4aa~Lu the value of
the trans1tion to the bzlttle state causes a -re4.Uat,
the plasticity limit.~,, a certain Incre-uOd ;L-n deormwUrin autaMA the
neck, and a reaucticm "-the volume of the nezk~. EE&xing tA* teurpaxa-
ture and Increasing the speed at defcmmatlom calm-ea alae a re~=tlcn
In the volume. part ing in. the local.-'
,Icipat, Lzed plast La. ficw Of the metal,
The difference in the effect of tucreasing the Apeal of det4rzatl
and that of decreasIng the temperature is cauBed by tbe dropin the
plasticity limit with MAI I Wng~tezpexataxe an~a b-,r ak cartalm im '=eua
In the plasticity limit with increasiug speed e da!!a=mti,=.
Card 2/S

58-6- 1222.1i
-Translation frorn: Referativnyy zhurnal,~ Metallurgiyak 1958, V'r 6, p 150 (USSR)
AUTHUR: Pogochn-Alekseyev, G.1.,. Zhuravle'v, S. V.
TITLE. The Effect of Rate of Deformation on theZize 6f flle~wor'k-
hardened Layer in Blanking Ope~ratio'ns Miyarflye skorosti de
formirovaniya na velichinu naklepatinogo sloya',pri ap~ratsi-
yakh vyrubki)
PERIODIGAL~ V sb.- Mashiny i tekhnol. obrabotki metallov davl;en,iyern.
(MVTU, 79). Moscow, Mashgiz, 1957) pp'103-109
ABSTRACT. In blanking (B) and punching, a deformed 1,~.~er (M) comes
into being at the interface, 'which is,capable 'oil signilicantly af
fecting the. subsequent working or technical pt6pertiies of metal I
products or blanks. This1z"i's manifested both inithe c ,ourse of thei
processes of corrosion and in the appearance of 1.3.,rge, cracks in
the work-hardened zone, particularly if blanking is followed by,
other forging operations- flanging, drawing, bending,' etc. The;,
results of an investigation into the influence of 4he speed of de-
formation (SD) on the magnitude:of.the DL in BI are presented.
The materials in the study were ~mild steel and Al. B was per
Card 1/2 formed by a flat punch without a hold-down, with cl6arance of:,

Urrltlir I !4INt KH To
-LIN 11agimillpf ir~ 1K!i~' I
137-58-6- IZZZI
The Effect of Rate of Deformation (cont.),
1.5) 6.0, and 1ZT6 of the thickness' of the sheet, and at rates of 3~.3; 10 32 ()i~r
and 5.1-10-3 mm/sec. The depth of the DIals determined~by ex~aihination o~
the microstructure~of the metal after a recrystallizing an~n7eal at ~'7000C in~ the
case of steel and at 6000, in the case of Al. Data are adduced on the influence.~
of RD on the depth of penetration of.the DL at various cl6a~rances~iand vel6ci:_
ties. It is noted that as SD increases, the depth of penetration of the DL into''
.the,steel diminishes, while both the steel and the Al reveal relatively high
sensitivity to change in SD, which drops,moire sharply wit tIti increase in the i
clearance in the case of Al than in that of steel. At all speeds, the depth
the DL increases' with larger. clearances.
G. F,
I .Metals--Properties 2. Machine tools--Applicatilons Me --Deforxatlon',
Cara Z12

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37-59-2'-3599
Translation from: Referativnyy zhurnal. Metallurgiyd,' '19511j'Nr,~, p 185 (USSR)
AUTHOR: ogodin-Alekseyev, G.. L, 2huravlev, S. V;
P
TITLE: On the Nature of the.'Deformati6n.in the Yieldl.-nij Region (K- yopr .osu
prirode deformatsii na ploshchadke tekuchesti)
SP V, M65COW,
PERIODICAL: Y sb.: Term. obrabotka i.prochnost' metalloy i: laol.,
Mashgiz, 1958,-~pp-169-478
ABSTRAICT: -~.The authors~examine the contempor aryIconcepts' on the-niiture'of the
deformation (D) in'the yielding iegion (YR),,a'nd !;heir experimental
Verification. It.is pointed out:th'at, the "brittle- tikeletor." theory carmot.
explain many phenomena such:as the appearancc ot Y R after; T!ecoyery,
the increase in , a-s upon a very small (0.0001c,lo) increase in. catbon
content, etc. The latest investigations showlt,hat the process:of p I a st lir-
D in the YR'consists predominantly of a rotation of one grain in rela-
tion to another by means of. grain-boundary (dB) A' i p. ~A hy0othes .is is
proposed that the hardenability of a metal ch~nges:with an incr'eas !e in
the ela5tOplastic D rate in different ways for~the precess of plastic
yield through GB slip and for the crys tallographi,c !shear proce~ss. ': At
Card 1/2 low D rates the predominant GB slip proves to be m*ore advantageous

ZHURAVLEV~ S.V., YEMAKUVA. Z.I.; GRITSEMOP AuNa
Synthesis in the phenothlazine-oerieso Faxt 9 9ynthsain of
.16-1 -bydroxyetbyl)-lpi~eraziWl]-~r6py~j-::)h~-h6thiazine.
and its 2-chloro- 2,-acetyl.-.- and 2--pr,opionyl.-ijitus~tituted,alfalogo.
Zhur.ob,.khtmo 32 noo7s*22"-2248 JI 62,. mia 15:7),
1. Inatitat farmakologii, i khimioterapii Akadamii wditairalkilkh!

P/j;24/61'/0OQ/003/d2.8/02i3
A905A%105~
AUTHORS: Pogodin-Alekseyev, G. I., and Zhuraviev, 3. V41i
TMELE: The effect of preparatory strain:mthe ductility of steel 20 'at
various speeds and tes.t,,temperatures*
Referativnyy zhumal, Mekhahika, no. 3, 1S61' :"5 3, ab;stract3
(Tr. Nauchno-tekhn. o-Va chern. metallurgii, 1959, v.:` 15, 131--j43)
TM: The authors'report,on experimental investigations of steel 20 speci-
mens turned from.round rods which we're subjected to cold hArldening. :A portion of
specimens were tempered at PC during 2~hours, the other ~pox-fion of specimens
OC. .1 750
were tempered at. 400 he relative variation of the residual relative stri6tch;
was taken as a measure of Initial cold-hardening. The obt~inad,three group; of~
specimens, distinct by initial cold-hardening, were subjeated to,tensile teats
with variable deformation speed as well as constant deformation ap6ed at tempera
0
tures ranging from +100 to -1960C., Duringethe tests the'ditotility charactbrist"m
ard the distribution of the plastic deformation over the spoodiftezi length were
determined. There are 19 references.
D.1,Akdmov-Peretts
(Abstractor's note: Complete translation]
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-i for saver,
libuis' A 1700, ~Upqn llun
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resistance- of the ~spcci-icn- wet; d1!i1niShQ*a by'. MO 6
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oront tiro constrnts; . the ~nimibor- of'th so o, ~6
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can be 'described by sevore.1 hyperbo'laef, who ddpand
an tha intensitv of the lizht. and Ith6 finrl qf~mh m" ChA

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24(3)
~':-AUTHORS: Zhuravlev, V~ A., SOV156-364-611~2
Kozak$ ~14.
TITLEs The Conductivity of Semi condiftloer's art #l:t1ra'soni o~,T iqld
(Provddimostl.poluprcvoanikov v u1 I tmz%,ukovom pole~Y I
PERIODICAL: Zhurnal eksperimentallnoy i teoratichaskey hAki'p 1959,1.
Vol! 36, Nr 1 , pi) 343-344 (USSR)
ANTRACTA' The authors investigated'the influeh6e i-Me'rtised VV~ ultra-
sonics on'the-conductivity of some somiconduc tore.' Sazplisa
of selenium, cadmlum~sulfide, galenite, caprous oxiali, -Tina
n IN' I(6e-
oxide, and germa ium were irradiated!;*i jultrasoni6.4
n' all,
quency 600 000 cycles and effici 2
ency up to 10 W/cm )i I';
conductivity vari: 1 1
cases ed under-the inf2ud,nce; of u _rason cso
However, an analysisof~this phenomenon a. rs~that ultrabonics
exercises no specificfeffect upon conducii4ity~,~forlihe'~o*bserv-
ed variation of conductivity is due:to heating of the sakpleir.
When ultrasonic irradiation was swit6hed on$ conductivitk did
not change immediately but either increased~or decreased';
according to the sign of.the thermai~'coefficient of" ample
under investigation. This variation depended on heating of the
sample during irradiation, in which case the law
Card 1/3 6 6c exp-J-E/kTj holds. When subjected1o ultraianid
i Le

The Conductivity of Semiconductors in an Ultrasonii 30y/56-116 1-6`/~2~;
Field
irradiation the pample*cQ'ols down. The'. he:re~Aiscussed ',delibera-
tions are illustrated:by a diagram. IrradLation of cuproud
oxide, tin oxide, cadmium sulfide, and germlinium gave 'similar.,
results. For selenium slightly different :reou,lts,werd obtainedo
The authors investigated tyro groups ofieelenium. eamplest such
~with positive and such with negative,teImptrature coeffici4nts.
The conductivity of the samples withtpositiVe and negative:
temperature coefficients increased or-decteased respectively
under irradiation. However,.in the case oT heating of'selinium
by ultrasonics and cooling down after switching off of ultra-
sonic irradiation, a certain "hysteresis 3ficonductivi:ty"'
occurs. This hysteresis'is due to theInstability of:cpnduc~
tLvity and may be ascribed. to thermal i .lifluence. In connection
with what has been shownt' ultrasonics robably exercises no
P I I
specific influence on luminescence. There ar aZ figures and
6 references,, 3 of which 'are Soviet.
Card.2/3

ACCESSION NR: AP4019512 S/0076/6
4/038/002/0271/0276
AUTHORS: Zhuravlev, V.A. (Ltvov); Kuzhelyuk, A.A:~ (Lrvov)
"Aft
TITLE: Change in emf and catalytic activity*..of selmiconductor cata-
lysts during decomposition of hydrogen-peroxide'
:tSOURCE: Zhurnal fizicheskoy khimii, ve 38, no. 21 1964j 271-276
TOPIC TAGS: semiconductor catalyst, hydrogen peroxi.(Ielldecomposition,
:*cupric oxide catalyst, hydrogen peroxide, emf activity~
ABSTRACT: The present article which is a continuation! of an eat-lie r~
-..work by the same authors (ZhPXh 34, 1331, 1960Yhas as'its,purpbse,
to find the emf of electron.and hole semiconductors in~ thei~,cata-~t
action over long periods of time during their mituring, con-
stant activity and fatigue.' Thetest' lasted f -1: W
s ot;110 days -a
r. d0
concentration of H20 (0,25 mol/1) over CuO in 10.~ min; cycles, were'~
a d the e' d ol
:used measuring the e9f at the beginning P t'-e cyc'
,, n n
when fresh solution was poured in. The erf decreases wizh ot
the..semiconductor catalyst. the entire time ~1 r, r,-. z i
there was a-correlation betwe'e'n.tho activity~of sbMiC0ndUCz1C1__
Cardt 1/2

......... ----------
9vCESSION, NR: AP4019512
catalysts and their~~ emf. Thdse~forces ha ~a taraboli6 re ions'hip'
V2 n a of~
--to each other. Tfiis correlation doeb not ep~~d o th~ tyke
semiconductor conductivity. Ther'e is also, a,~correlation'bitween,
the initial values- oi- activity, and the em-,tP' o f'i samt)les kepared from'.
the ~5a;me material.but by dif4erent thermal.lne~ho6i. rhere,is no,
correlation between the initial 'values of'activity:~and emf `of
:11
rom different materi
samples prepared als." Oi rt, as
!',.figures, 2 formulas, 2 tables;.,
ASSOCIATION: Llvovskiy.Madinstitut (~vdv Nedical InSW3.tuteY
SUBMITTED: 19APr62 DATE ACQ: 3114ar64 ENCL: .00
~SUB CODE: GC NR REF SOV: 010 CTHER: 000
2 2
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