SCIENTIFIC ABSTRACT GUREVICH, V.L. - GUREVICH, V.Z.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000617420018-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ACCESSION NR: -AP4019226
small changes in amplitude. it is fouA~ that the nonlinearity of
electronic origin appears as a rule much earlier than the nonlinear-
ity of the ela'stic,properties of1the crystal. The nonlinear effects
lead to the existence of stationary waves which propagate in the
crystal without amplification or.dampirig. An expression is derived
for the amplitude of the waves as a function of the stationary elec-
tric field.strength. The damping or growth of waves that differ
little from stationary waves is studied. It is shown that both os-
cillation modes are stable at high viscosity, so that a critical
value of viscosity exists in the case of the second mode. Orig. art..
has: 68-formulas.
ASSOCIATION: Institut, poluprovodnikolr AN SSSR (Institut:e of Semi-
conductors, AN SSSR).
SUBMITTED: 27Junq'3 DATE ACQ: 27Mar64 ENCLt 00
"4U13 CODE-- P11 NO 1110P AW11. 006 6q1111R1 005
Card 2/2

GUREVICHP V.L.; KIRSOV, YU.A~.
New oscillation mode of the longitudinal magne tore, I sltance in semi-
conductors. Zhur. eksp. I teor. fiz. 47 no.2034-743 Ag 164,
(MIRA 17~-10)
1. Inatitut poluprovodnikov A14 SSSR.

~T
L-15013-65- -Y-4.,T jP
ACCESS1014 NR: AP4047897, 60 /64104i/60,4411t/1301.
AUTHOR: Gurevich V. - L.
r
TITLE: -Buildup of oscillationg, In an utistable system, 51
SOURCE: Zhurnal eksperimeentallnoy i teqretfch0dk.o5F, f iziNi'l 0,47t no, 4#' `.~964~1
V
TOVICTAGS: piezoelectric semiconductor.~ acouitic 1~ave,:~ it-lastIc~4ibratioil,
electron density fluctuation, acoustic iust6illty
-ABSTRACT: The first part of the article:,Was -published i I i E TT.~;, 1 354'' (1964)
The buildup of acoustic-fluctuations in a~. piezoelectric:
46r the case of a sonic instability induced by; 6~ constanC A.ectgiic field and f oil
~the case where semiconductor dimensions limit: tbe I growth of the'~f T.Urtuitioill"; tol a
level such that the nonlinear effects haveno' opportunity. it
.o a major rldle~.An:
~equation is derived for the fluctuation inteisi over a fgeiquenity interVallauac~
broader than that involved in the analogous equation in tlie firil t, part- of ~~e P~jPer.
It is sh(rwn that the acoustic fluctuations in a piezoelectric sexitconductor can
described in luerms of the equations of eliasticity theory urith rarldom forcea, all& a
method is indicated for calculating the correlation fuuctloijitri between the raiia6st`
a rd
C
C

L 161o.2 65
ACCESSION NR: AP5000331
the linear theory can be errployed for th6:deocri~4on- ~It'is
C 1:
shown that as. the dantping? factor.dtecreases.and tehds 66!',zero, the
line loses the Lorentz shape and lts~ form, is 4ffeO' dit
;ed 6ji tite
mensions of the semiconductor in the direction i3v'*:hiCA-t ~~the~ flue-
tuations increase. tt uat~bn pL-verses ap'pl
When the sign of the a en
ntzi
its absolute value increases again, the line resur~es t1id, Ltire
shape. In order to determine ~the line shapet, the '~-auth 'constrlict;
a phenomenological theory of the time coirelAion~!tof the
sound fluctuations. This is a continuation of ea~irlier:ybrk by 64e
of the authors (Gurevich, ZhUP. v.:.146#' 354, 1964 a~d' v,,-~. 47, 1291,~
t 0 'o
1964)., Expressions are tben:deriwid for,~.the exti# i n. c ej~-ficxontir
which can be compared with, experiment.- Such.a compi~risori would
when the nonlinear effects, whi6h.the theory can* aC;pres3ent not 6%-
plain, begin. ~It is shown that evdn in' the,lihearliao
'icj~ in ther'
the intensity of the scattering can exceed that occl~irli
modynamic equilibrium by two or three orders of naghitu&. The
theory oE growing fluctuations conistructed iw the Da
pdra
2/3
rd

L 14031-65

ACCESSION-NR: AP40436

2 ........
f

v6drdkov, Akad6mii~ 6auk; S$SR
Institut polupro
n6tiLl~
te
ndt-ic-tors,
)Of Semico

MarG4
j, ENCL.&~i
SUB
CODE: Sd 'No Pjso zov.. '~00?1 .
OMMRi 1001
C
.

Card V3,
77z,l

L 6452-66 EWT(l)/EWT(m)/EP?(n) -'2)'T/E'dP (t)/BWP(b)/Ef;D(b) --3/EWA(h)/ATC(m)
A(MIN-STON NR- AP5019857 IJP(c)/ JD/Vgl/AT UR/0181/65/007/008/2400/2412
AUTHO~: -- -1jantseVich, S. 1,V 1.jGurevichy. V. L. ~-i 1; A -
TITLE: Theory of the acoustoelectric effect in type n-Ge and n.-Si-semiconductors
v t7
SOURCE: Fizikatverdogotela, If- 7p noo 6,;TA 2400-2412
TOPIC TAGS: --~jilicon`gemiconductor# germanium"lemiconductor, acoustic effecty
acoustoelectric effect, kinetic equation, impurity scattering, phonon, relaxation
process
ABSTRACT: The authors construct 0. microscopic theory of the acoustoelectric effect
first observed in marq-valley semiconductors by Ifeinreich et al.,(fts. Rev,, V.
114, 33Y 1959). They show that the earlier phenomenological theories of this ef-
fect are applicable only in a narrow region, outside of which the expressions oll-
tained for the acountoolectric cinf differ from experimental results attainable by
contemporary experimental techniques. 1~y solving the kinetic equation, they obtain
expressions for the electroacoustic cu=ent, valid also vhon the relaxation times
for the transition between valleys is of the same order as the time of establish-
ment of equilibrium within a given vallt7.. Two cases of intervalley relaxation are
considered: elastic transitionaj, due tciscattering by impurities, and inelastic
transition with absorption or emission of a phonon with wuve vectar equal to the
Card -1/2

L6452-66
ACCESSION WR: AP5019857
distance between the valley centers. Expressions for the current in the case when
the two relaxation times differ greatly are also obtained. In noxy cases the ex-
pressions differ appreciably from those obtained by Weinrelch et al. and those ob-
tained in the phenomenological theory of V, L. Gurevich and A. L. Efros (Zhl'.17 v.
44, 2131,, 1963). The calculation does not tako into account, electron- electron in-
teraction, and is therefore valid only :Lf BCat4mrlng of the electrons by plionons
predominates, or in the case of impurity scattering., when the density of the acat-
tering centers exceeds the density of the conduction electrons. (trig. art. has:
55 formulas. !/T/, cl~'-
ASSOCIATION: Institut -poluprovodn1kov Jff SSSR# Leningrad (Institute of Semicon-
ductors AN BSSR)
suBmiTTED: o6VAA5 EML: 00 SO CODE SS
NR REP SOV: 007 OWR t 003
UW
Card 2/2
.... .........

L 403 -66 a1T(1)/EPF (n) -2/T/I=(b -3/1-MA (h)/ET0 (m) 1JF(c) VW/AT
ACC NR: APS027397 SOURCE CODE: UR/0181/65/OQ7/01113218/3226 1"2
AUT110R: Gurevich. V. L.; Payk_bjjqpn,_ B.A.,
ORG: Institute of Semiconductors. AN SSSR. Leningrad Unstitut poluprovodnikov
AN SSSR)
TITLE: Theory of sonic emission jn pie
SOURCE: rizika tverdogo tela, v, 7, no. 11, 1965, 3218-3226
TOPIC TAGS: sound, semiconductor theory, piezoelectric effect
ABSTRACT: The paper is a direct continuation of a previous article by these auth-
ors U. L. Gurevich, B. D. Daykhtman, Zhbl'F, 49, 960, 1965). A doped semiconductor
with current carriers of a single sign assumed to be electrons is considered, or
alternatively a photoconductor with a short hole lifetime, e. g. CdS. A theory is
proposed to explain the mechanism responsible for generation of standing sound
waves of low intensity in piezoelectric semiconductors in a steady electric field.
Orig. art. 48 formulas.
SUP I-OUL: SS/ SUBM DATE: 03HaY65/ ORIG REF: 008/ GTH RM 006
Card 111

L 1~1-jo_b%
t~kl
ACC
AP5024719 'SOURCE (,,ODVo UP/()056/65/049/003/0960/09711
AUTHORS: Gul,evich, V. LJA'_'L_"aykhttian, B. D.
ORG: Institute of Semiconduc.
tors - Academy-of Sciences SSSR (Inatitu't
P01UProVodnikov Akademii nauk Msh)
Vj(~5 ILI
TITLE: Nonlinear theory ofLsound Instabilit In Piozoelectrics
SOURCE: Zhurnal eksperimentallnoy t teoreticbeskoy fizikt, v. 49,
no. 3, 1965, 960-9711
TOPIC TAGS: sound wave, piezoelectlic crystal, semiconductor cryntall
acoustic transducer
ABTR.ACT: This is a continuation of an earlier study of the role of
nonlinear effects in the propagation of traveling waves (ZhETF v. 46.,
5981 1964). In the present article, a nonlinear theory Is constructeJ,-,,,,
for small-amplitude nonstationary waves traveling in piezoelectric semi- 1.
conductors situated in a constant magnetic field. TIZ -queg-tionof hoW__1
the stationary waves are formed Is discussed. It is shown that a trav-
eling sound wave goes over when amplified into a stationary wave pro-
vided the nonlinear correction to the damping coefficient of sound Is
greatr-, tbah zero. A calculation of this correction is performed by th~-
laN

L 12179-66
ACC NR, AP5024719
method of amplitude iteration, and the conditions under which the
correction is positive are determined6 The law governing the transi-
tion of the small-amplitude traveling wave Into the stationary wave is
determined for waves whose amplification coefficient and phase velocity
depend on the amplitude. It is shown that the method should be applied
differently in cases of strong and weak decay (or buildup) of sound
waves. Orig. art. has: 85 formulas.
SUB CODE: 20/ SUBM DATE: 20Apr65/ NR REF SOV: 009/ OTH REF:010
2/2

EW(l) /EWA(M) -2
ACC NR, AP5026607 SOURCE COM. UP/0056/05/049/0011/1145/1156
MHORS: Gurevich, V. L.; Katilyup, R.
IRG: Institute of Semiconductors'Academy of Sciene.8 SSSH ftnstltut-
ioluprovodnikov Akademii nauk SSSHr;'- Institute of' 1112yoles and M,,fl-,he--4
tatics, Academy of Sciences Lithnnnian SSH iz- 1-1--m-at4inatiki
kademii nauk Litovskoy-SSRJ -LInstituF fi
j
1ITLE4. Contribution to the theory of hot electrons in an anlsotropic~
semiconductor
VJRGB:~ Zburnal eksperimentallnoy i teoreticheakoy.fizila, v. 49,1
to. 4, 1965., 1145-1156
OPIC TAGS: semiconductor,6rystal, crystal anisotropy, electron energy,,
honon scattering, electron scattering, electric (3onluctivity
MSTRACT: The authors propose to calculate within the frzi m-awork of the
.eformation potential the stationary atate and the fluctuations of,,a
system of electrons in an anisotropic semiconductor situated in a strong
leetric field, for the case of scattering by acoustical phonons idthin
~ single energy valley with a nondegenerate bottom. No relaxation timB
.s taken into account. It is shown that owing to the quasielastic
2/2

ACC NR1 APT003211 SOURCE COD 5 02
AUTHOR: Gurcvich, V. L.; Efrost A. L.
ORG: Institute of Semiconductorap Academy of Sciences, SSSR (Institut poluprovodniko1v
Akademii nauk SSSR)
TITLE: Second sound and absorption of ordinary sound in dielectrics
SOURCE: Zh eksper i tedr fiz, v- 51, no. 6, 15,66, 1693-1702
TOPIC TAGS: sound absorption, dielectric material, acoustic effect, acoustic damping!
ABSTRACT: The authors derive a set of microscopic equations describing the transpo~l
of hent in dielectrics in low temperatures, when the characteristic time of the normal
processes is short compared with the characteristic time of uHtlapp processes. The
purpose of the calculation is to indicate a new method of investigating second sound
and phenomena related to it. This method is based on the interaction between the
second sound and ordinary sound.. It is shown that measurement of the absorption co-
efficient (and of the velocity) of ordinary sound at sufficiently high frequencies 11
I makes it possible to investigate the region of existence of second sound and various
quantitatire characteristics of the second sound. New data obtained as a result of
this investigation are a quantitative thoery of the damping of second sound, a theory
for the interaction of first and second nound, and a theory for the damping f first
sound in the region of frequencies vhere dispersion o,f thermal conductivity comes n-;
to play. Orig. art. has: 1 figure and 50 formulas.
SUB CODE: 20/ Sum DATE: liApr,66/ ORIG REF: 0021 OTH REF: 008
Card 1/1
- - - -----------

ACC NR, AT7004422 souRcE_'coaz: Wbooo/66/ooo/000/0130/02L~_
AUTHOR: Gurevich, Ya. B,;- Ushakov, Ye. V.; Drobysheva, Ye. K,; Osipov,
N. G.; OrzT_e_1X0_v_3ZfY_,_V_.L L.
:;ORG: none
TITLE: Plasticity of tungsten in vacuum rolling
'SOURCE: AN SSSR. Institut metallurgii. Napryazhennoye sostoyaniye i
plastichnost' pro deformirovanii matallov (Stres3 condition and
!plasticity during metal deformation). Moscow, Izd-vo Nauka, 1966, 130-
i134
!TOPIC TAGS: -&I-P~d tungsten, sinte e4 t%ngate rolling,
I
property, &i*4e*~ed b-,
*&n.
TRA
jABS CT: The plastic properties of hydrogen-or vacuum-sintered tungsten and
vacuum-arc melted tungsten have been investigated. Specimens 12 x 12 mm
were sintered at 1200*C for 2 hr in a hydrogen atmosphere and then in
vacuum. An.ingot 50 mm in diameter was vacuum-arc melted with a con-
aumable electrode'from hydrogen-sintered tungsten. Hydiogen-sintered
tungsten failed at a bendmV;eof 35 degrees, even at temperatures up to
L5C d UDC: none

AC.CNR:AT7004422
1100%, and remained brittle at room temperature. Cast tungsten has an
elongation of 1% and reduction of area 3.5%. The respective elongation
and reduction of'area at 400% were 2 -and 6% for-hydrogen-sintered
tungsten and 3 and 5% for vacuum-sintered.tungsten. The latter has the
highest plasticity and can be vacuum rolled with a 61% reduction at
1300% without failure, compared to 45% for hydrogen-sintered tungsten.
Origo art. has: 2 figures. (AZ)
SUB CODE: 11,13/ SUM DATE: 27SeP66/ ORIG REF: 002/ ATD PRESS:5117
WIN

5 - TIM 6 1
SOV/y9-70-2-12/1'1(8
AUTHORS: YLIt"yev, Yu. K., Zef lcov, N.S Shteynman, A. A. , Gurevich,
V. M.
TITLE: Study of the F"Livan Serie.3. III. Reaction of 2-Methyl-
and 2-Ethylfur-an with MesItyl Oxide
PERIODICAL: Zhurnal obshchei khimil, 196o, Vol 30, Nr 2, pp 411-
415 (USSR)
ABSTRACT: The authors synthesized 1,1-dimethyl-l-(5-methylfuryl-2)
butanone-3 I) and l,l-d1methyl-l-(5-ethy1furyl-2)
butanone-3 W) by reacting mesityl oxide with 2-methyl-
and 2-ethylfuran, respectively, demonstrating that the
furan ring can react with/_~, P-dimethylvinyl group of'
unsaturai-
t he ted ket Ss (see scheme A),
Card 1/5

Study of'the Furan Series. III. Re-
action of 2-Methyl- and 2-Ethylfuran
with Mesityl Oxide
77861
SOV/79-50-2-12/78
:0:
C11" +
C=N-C-03 + it G=6~N-CI13 + 9
CH3`/
Of
I
R R . _U - NZ-_ CO CH3 + It'
0 C(CHJ)f-CH=C-CH3 I
CH3
I R-CHS(O, CZ"s (11)
Card 2/5
.qcheme A
This reaction was conducted in a round-bottom flask
provided with a mixer, and a reflex condenser. The
reaction mixture (the veagetAs wei,e dIssolved In hydro-
quinone) was heated for 8 hr on the water bath. The
reaction mass was then diluted with ether, washed with
sodium carbonate and water, and dried over CaClo. *The
best catalysts weve found to be concentrated sulfuric
acid and boron trifluoride etherate. Repeated dist111-

Study of the Pur-an SecLen,. 111. lie -
action of 2-Methyl- and 2-Ethyl.fuvan
with Mesityl Oxide
Card 3/5
y'(86 1.
1SOV/[9_.~0_2-12/-(8
~Ltioti yieldetl the adtlition pvoduct~;. Characteristics of
(I): bp io6-
20 "0
-10-(o (1~ D _1.11,(oo; (1,,c' 0.()'(213; lt,_t "ernicarba,
- 0 1
zone, white icat'IcL-., inp -gin Lt vopi,ieny I -
hydrazone, yellow needles; trip 109.5-110 , wa3 charac-
terized. by infrared spectvum. The 1,1-gimethyl-l-
(5-ethylfuryl-2)butanone-1 (II): bp 1111 (13 mm);
20 20
11D 1 .468,2; (ij[ .0.9577; 2,4-clinitr,opi-ieny'lhydrazone,
orange needles; RIP 90.5-91 0, characterized by Inrra-
red spectrum. Reactions of prepared ketones were studied
on example of 1,1-dimethyl-l-(5-niethylfuryl-2)butanone-3.
Scheme B shows the reactants and the products of the five
reactions studied.

Study of the Furan Series. III. Re-
action of 2-Methyl- and 2-Ethyl-furan
,1,1ith Mesityl Oxide
Card 4/5
W861
SOV-79-30-2-12/78
C113 C0,^1lZQCHj)Zf,09H fill)
Pit CH
11, IF I C 14 H-CH3 W
W) C, If- rffCH,rJl' 4~~, I; 0*~ 013 ~~ 0 2-11,
D I V*. CIH3 all
N3 '?,
C', CH
C, 13 13
(VII) CH -C -CHZ7 C113 clirn~ -C-CHI-CH-011 w)
0 1
Cq3 OH Clis Nilt
Scheme B
The constants of the derived compounds6 (1) 0(,, (X, di-
methyllevulinic acid (III): MP 76-76.5 ;,~2~ 1,1-dime%l-
145-methylfuryl-2)butanol-3 (IV), bp 1o6 10 mm), n D 2
1.4770, dj~ 20 0.9690, characterized by infrared spectrum;
(3) 1,1-diniettiyl-l-(5-nieti-iylfuvyl-'~-')-3-aiiiitiobutane (V),
bp 1OL-1050 (10 mm', n 20 1.458o, d 20 o.8814; (4) i,l-
j D 4

Study ot the Furan Series,. III. Re-
action of 2-Methyl- and 2-Ethylfuran
with Mesityl Oxide
ASSOCIATION:
SUBMITTED-.
,'-(861
SOV/79-30-2-12/78
-dimethyl -1 -( 5-methylf uryl -2) but ane (Vl)-. bi) 75-760 (2o mrr,),
n 20 1.4529, d 20 0-87`~8; (5)
D 4 20
furyl-2)butanol-3 (VIV: bp 89-900 (6.mm), n i.48oo,
20
d4 0.9703. The authors thank L. A. Kazitsyna for
measurement of spectra. There are 8 references, 3
Soviet, 3 German, 1 French, 1 U.S. The TJ,,S. reference
is Ch. A., 47, 1744 (1953).
Moscow State Unlversl.ty (MosKovslciy gosudarstuvennyy
universitet)
February 4, 1959
Card 5/5

YURIYEV, Yu.K.11; ZBFIROV, N.S.; GUREVICH, V.M.
Furan serico. Part 19: Reactions of alkylfurans with -unsaturated
ketones. Zhur. ob. khim. 31 no. 11:3531-3534 N 161. (mim i4m)
1. Moskoir5kiy gosudarstvannyy universitet imeni M.V. Lomonosova.
(Furan) (Ketones)

GUREVICH, V,M.
Conference on the problems of the petrochomica.-L and oll-1- and gas-
industries in t'.he light, of the de,~isionz of IJe 22A Oongress of
the OPSU. Izv.Vs.uchPb.zav.- neft' i gaz 5 no.&116-120 162.
-(MIRA 17:3)

I, " -...
67025
7700 SOV/137-59-10-22149
Translation from: Referativnyy zhurnal, Metallurgiya, 1959, Nr 10, p 125 (USSR)
AUTHORS: Smolyanskiy, R.Ye., Lukasevich, M.I., GurevLah, VA
TITLE: The Importance of Treating Germanium Surfaces Prior to Obtaining Alloying
Indium-Germanium p-n-Transitionll;'~
PERIODICAL: Tyazh. prom-st' Podmoskov'ya (Mosk. obl. sovnarkhoz),, 1958, Nr 8, pp 11-17
ABSTRACT: It was found out by electronographical and metallographical analyses that
the layer with a distorted crystalline lattice on the Ge surface after
mechanical treatment (cutting, polishing) was 60 - 90p . The optimum
proportion of components in the etching agent H.0 2: NaOH was found which
ensures maximum effect of Ge solution: 9 - lo cm 3 (25%) NaOH per 1 liter
(30%) H202- It was stated that the Ge layer, distorted due to mechanical
treatment, was fully eliminated by triple etching with the indicated agent,
Oxalate agent is recommended for Ge as most efficient. The author stated
Card 1/2 that one of the causes of short-circuit p-n-transitions in welding-in In I

67025
SOV/137-59-10-22149
The Importance of Treating Germanium Surfaces Prior to Obtaining Alloying Indium-Germanium
p-n-Transition
into Ge was the formation of "blank spots", i.e. areas where fusion of In and Ge did not
take place. The author supposes that the formation of such "blank spots" can be ex-
plained by insufficient preliminary treatment of Ge surface, prior to welding-in.
E.T.
Card 2/2

24~6) S07 '57-28-io-6/,;o
~U HORD: Smolyanskiy, R. Ye., Gurevich, V. M., Raykhlin, ;%. M.,
Lukasevich, M. I.
TITLE: Investigation of the Industrial Etching of the Surface of Mono-
crystalline Germanium Previous to Fusing With Indium
(Issledovaniye promyshlennogo travleniya poverkhnosti mono-
kristallicheskogo germaniya pered vplavleniyem v nego indiya)
PERIODICAL: Zhurnal tekhnicheskoy f izi'v i . Vol 28, ';-r- -10, pp 2135-2141 (USSAI
ABSTRACT: This is an investigation of the inaustrial etching of germanium
after cutting and polishing. It was carried out by means of
electron diffraction analyses (as suggested by the authors of
reference 1) and by means of micrographs: The results are as
follows: 1) It is possible to advance an eventual mechanism of'
the etching of germanium in an alkaline agent, for which an
optimum composition is given: 8 10 cm5 25~; NaOH per 1000 cm5
30-/, H202- 2) It was found that a film of Ge02 remains on the
germanium surface after etching in an alkaline agent, which
does not dissolve. It is, however, easily removable by rinsing
Card 11/3 the etched germanium in hot distilled water. 3) In order to in-

SOV/57- 2 1- 10-6/40
nvtsLigation of the Industrial Etching of the Surface of Mono -- tall ine
:'-rm%nium Previous to Fasing With Indium
crease the efficiency of the etching process it is recommended
to rinse the germanium samples between subsequent etching
treatments. 4) When germanium is saved t.hrough with steel saw
blades a disturbed layer results with a thickness of 90~k.
5) Considerations are presented bearing on the difference in
the absorption capability of germanium surfaces etched with
alkaline agents and of such etched with adhesive agents. A
treatment with the latter results in an increase of the proba-
bility of a physical sorption of gases. The existence of ions
promotes the sorption of moisture. 6) Recommendations are pre-
sented concerning the choice and the -uniformity of etching
processes of the source germanium and of the finished p-n junc-
tions with respect to the type of apparatus which is to in-
corporate the transistors.
The electron diffraction unit of the Institut kristallografii
AN SSIR (Institute of Crystallography AS USSR) in the laborato-
ry if Professor Z. G. Pinsker was used for the electron diffrac-
tion analyses. There are 10 figures, I table, and '-) references,
Cara 2/5 4 of which are Soviet.

,07' 4,1)
I
i Ave.,; t i6ra t j an Ln(., I ii a w,j t.ria Iing o I' &he ;uz-: ace of' Motlocry.- ut , t 1 !1#-..
i
Gc-rmanium "revious to 'Fusing itti Tnaium
':~' UIRM ITT ED :Decomber 17, 1957
Gara 5/ 3

:-J0V/'((j-4 -5 -1506
AUTHORS: Gurevich, V. M., Zheludev, I. IS., Rez, 1. 03.
TITLE: Some of the Electric Conductivity Characteristics
of Guanidine Aluminum Sulfate Hexahydrate
PERIODICAL: Kristallogvafiya, Vol. 4, NP 5, Pp T18-722
(USSR)
ABSTRACT: The author2 deocribe the meLhoLd Ifind rosult-, of the re-
sistivity measurements condUCted by the use of direct
current, applied to the ilngle-crystal plates of
guanidine z.-tl'Luii1num sulfate hexahydrate, whose ferro-
elec~ricity has been known since 1955. The plates,
I cme- and 1-2 im~i thick, Cut Off transverse to
the Z axis from different pyrainids of growth of an
artificial single crystal of the compound, were
silvered sublimating thin Ag films under vacuum,
dried, some polarized by an applied field above the
coercive field, and the susceptibilities of both
polarized and natural (nonpolarized) plates were
Card 1/4 measured by In dry air (above H2SO4). No

Some of the Electric Conduct-Lvllty
of Guanidine Aluminum Sulfa~e He.,-.,ahydrate
dehydration occurred. The reslstivlty changes in the
course of oolartzation at 3 different fields (a-curves~
and the required time for the complete polarization at
va-71ous fields, E, (b-curve), are 111ustrLated in Fig.
1. The measurements at vavious tempeuitures disclosed
anomalou,,, (h-1.1gher) at the moment of
polarization at- about 500 "1 except In the case of
existence o" a residual oolariza~ion. In the vici-
n1ty of 500 C the spontaneous polarization also 'takes
place, an abrupt changre of ~,he piezoelectric effect
10, ratio see(Piig. 11). P, means re-
and of the -r3
sistivity at, the moment of complete polarization of
natural plates; 0 31 the of plates that have
been polarized previously. It- is still not known
whether the temperature interval of anoinalies is
related to the temperature of i-rov:th, which in
this case was 4oO-6orj C. Therce~' are b figures; and
4 references, 2 Soviet, 2 U.S., The U.S. references
Card 2/4 are A. N. Holden, et aj., Phys. Rev., 98, 5406 (1955),

Some of the Electric CondLICLI!flty Ch,-LP~M,- te-L.- tics 9 3
of Guanidine Alwiiinum L>'uifate llexaIlydt."Ite --,'0 V /~ T 0 - 4 - 5 - 15 /.30"
and 102, 962 (1956).
SUBMITTED: March 10, 1959
Card 3/4

Some of the Electric Conductivity Characteristics 75993
of Guanidine Aluminum Sulfate Hexahydrate SOV/70-4-5-15/36
P1. OM. C M
7
8 13
3-
E. VIC rn
1000 501111 WON)
3 5 6
F~p
Card 4/4
PC VIC rY7
3 ID
20 317 /,[1
F
7 &Lin

- GUREVICH9 V.M.; ZHELUDEVt I.Se
Seignettoeleotric properties of single crystals of triglycine
sulfate in a frequency band from 0.01 to 50 cop.se Izve AN SM
Ser. fiz. 1342-1346 N 160. (MIRA 13:3.2)
1. Institut kristallografii AN SM9
(Forroelectric substances)

S/181/60 W18621/04/21/034
4.7 10 0 B002/?BM 3
AUTHORS: Gurevi2hj__V. Mj Rez, 1. S.
TITLE: Transitional Processes of Conductivity"Fin BaTiO
at Constant Current Ceramics
PERIODICAL: Fizika tverdogo tela, 1960p Vol. 2, No. 4-2 pp 673-678 -
TEXT: The resistivity of polycrystalline barium titanate 'through which
a constant current passes was measured b~ means of an RPT tera-.
.ohmmeter of the type 1001 and an (~ -57 F57) tera-ohmmater. The authors
measured the'temperature dependence of a (;ig. 1), the transitional proces-
ses occurring in volume- and surface conduction (Fig. 2), the field de-
pendence of the transitional processesp (Fig. 3), and the transitional
processes of conductivity in polarized and unpolarized barium titanate
(Fig. 4). The transitional processes of conductivity have a ferroelectric
nature. They may be used to study ferroelectric polarization, polarization
energy, coercive fields, and to obtain new ferroeleGtric materials. The
percentage of domains (13~9 to which the occurrence of residual polariza-
tion in polarized material is ascribed, was calculated from the difference
Card 1/2 0

Transitional Processes of Conductivity in S11 a 1 /601%21/04/21/034
BaTiO Ceramics at Constant Current B002/B063
3
between the electrical conductivity of polarized and unpolarized barium
titanate. An effect of the transverse electric field upon conductivity
was observed. It has apparently a ferroeleatric nature. The authors thank
I. S. Zheludev and L. Z. Rusakov for their interest in this work.
There are 4 figures and 4 references: 1 Soviet, 1 American, I German,
and I Japanese.
SUBMITTED: October 7, 1958
Card 2/2

&
S/ 1 a 1J601002AW41034
B002/Bo63
AUTHORS: Gurevicho V. M.. Zheludev, I. S., Rez, I. S._
TITLE: The Problem of the Nature of Transitional Processes of
Conductivity in Seignottoelectrics'kl
PERIODICAL: Fizika tverdogo telaq 1960, Vol. 2p No. 4, pp. 691-696
T
TEXT: In a preceding paper (Ref. 1), the authors at died the transitional
A
processes of conductivity in ceramic barium titanate and showed the Inter-
relation between them and seignettoelectrio polarization. In the present
paper, they attempt to clarify the nature and mechanism of transitional
procenaes of conductivity by comparing the properties of polycrystalline
barium titanate, single crystals of Rochelle salt, guanidine-aluminum-
sulfate hexahydrate (GAS)and triglycine sulfate. A comparison between the
curves drawn and those of polarity reversal in BaTiO and GAS (Figs. 3
and 4) shows the similarity of the two processes; th~ former, however,
takes several minutes, and the latter only microseconds. The curves re-
presenting the transitional processes of conductivity and the motion of
the domain malls in a Rochelle salt single crystal are shown in Fig- 5.
The curves are identical, and the relationship between the transitional
Card 1/2

I
0 ~e 6~/
The Problem of the Nature of Transitional 3/181/6 0 04/24/034
Processes of Conductivity in Seignetto- B002/BO63
eleotrios
processes of conductivity and the orientation of the domains ia thus con-
firmed. However, this contradicts the observation made on triglycine sul-
fate (Fig. 7). Mention is made of papers by A. F. Ioffe, Ye. V. Sinyakov,
D. L Prokopalo, V. N. Lozovskiyq M. D. Mashkovich, and S. L Gorelik.
The authors thank L. Z. Rusakov for interest in this work. There are
7 figares and 23 references: 15 Soviett 3 American, 3 British, I Japanese,
and 1 Hungarian.
SUBMITTED: February 26, 1959
Card 2/2

24.2130
AUTHORS:
TITLE:
PERIODICAL:
ABSTRACT:
Card 1/4
M14
SOV/70-5-1-23/30
Gurevich, V. M., Zheludev, I. S., Rez, I. S.
Electric Cond-~.dtivity of Triglycinesulfate Single
Crystals. Brief Communication.
Kristallo$rafiya. 1960, Vol 5, Dir 1, pp 142-
145 (USSR)
The electric conductivity of-triglycinesulfate, whose
other properties have become well known because of
numerous studies since 11056, was examined at 20-780 c
and the dielectric constant determined on the basis
of obtained data. The method is described in the
authors' earlier paper (Ab3tract 75998). Direct
current was applied (to 10 x 10 x 0.3, 10 x 10 x
0.5, and 10 x 10 x I mm plates, cut off normal to
X) Y, Z axes of the crystals) at different steady-
state tem eratures both below and above the Curie
point (499 C). The plates normal to Y showed

Electric Conductivity of Triglycinesulfate 78114
Single Crystals. Brief Communication. SOV/70-5-1-23/30
1)
2.4 microcoulomb per, cm -and 240 v/cm coevelve field
at 240 C and 50 cycles. The plates normal to X and
Z did not show hysteresis loops. The electric
resistance 00, um cm of the plates normal to Y and
the temperature dependence of conductivity& and
dielectric conoUant C are- -1.11ustrated in Figs. 1 and
3, resDectively. ConductIvity vr, temperature curves
for the plate,.- normal to X and Z show abrupt turns at
500 C (Just above the Curl(a point). The resistance
of plates, does nat change lt~3 value with the duration
of e,,,periment~; above the Curie point, and at any tem.-
erature ulot-ic~ 'X- There. "LI-0 I-) 1.'Lgu.re~3 and 7 references;
Soviet, I U.S. The U. S. vei'oi.,ence is: B. T.
Matthias, C. E. P11.1ler, J. P. Remeika, Phys. Rev.,
lo4, 849, (1956).
rectangular symmetric hyotercsI8 loops, Pa was
SUBMITTED: July 11, 1959
C a r d 0" //4

Electric Conductivity of 781 1 L:
Single Crystals. BrIef COMMUnIcation. SOV//70-5-1-23/30
0 1 2 3 4 5 6 7 8 9 r, mlAr,,rp-S
plig. 1. Changing conductivity of the triglycine-
sulfate plates normal to Y at various field strengths
~v/cm). (1)10.2; (2)200; M400; (4)800; (5)1,200.-,
6)2)too.
Card 3/4

19
/0,
i3 10'
14
10
j~l IL -L
23 30 J/ R 33 A 10'

M14 ISJOV/70 -5-1-23/30
F-I.g. 3. The dependence of' lgc-v
and E on I/f (T,degree absolute)
of' triglycinesilfate plates normal
to Y. (1) ig (5-V f (1/T), 6
2,400 v/CM.
Card 4/4

no-
5/07o/60/005/005/011/017
E132/E36o
AUTHORS: Gurevich, V.M. and Zheludev, I.S.
N
L
TITLE: The Anisotropy of the El-qctrical ConductivitXf
.\Single Crystals of Lit ium Sulphate, o
1 2 4 2
PERIODICAL: Kristallograflya, 1960, Vol. 5, No. 5,
pp. 805 - W
TEXT: The conductivity of single crystals of Li2so 4'H20 has
been measured in fields of 0.5 to 12,000 V/cm in the range 15 to
80 0C in a dry atmosphere with pre--dried specimens. No loss of
vater was detected. Measurements were made in the X, Y and Z
crystallographic directions on specimens appropriately cut into
cubes. The temperature dependence of conductivity was found to
be s = s exp( -W / kT) where W , the dissociation energy, took
0
values WX = 1.25, Wy = 1.12 and W z = 1,04 eV for the
corresponding axes. No deviation from Ohm's law was found for
the temperature range studied. When the air was moist
(60-70% humidity) the surface conductivity was 6-1.0 times
greater than the volume conductivity. The anisotropy found is
Card 1/3

5/07o/60/005/005/011/017
E132/s36o
The Anisotropy of the Electrical Conductivity of Single Crystals
of Lithium Sulphate. Li SO H 0
2 4* 2
in full conformity with the crystal symmetry. The microhardnep
was measured by the Khrushchev-.Berkovich method as 17-55 kg/mm
in the X direction, 48.90 in the Y and 26.4o in the Z . This
correlation of hardness with conductivity (maximum hardness with
maximum conductivity and vice versa) is the opposite of that
usually found for metals. The electrical strength in all V/
directions is above 100 kV/cm. The effer;t of the spontaneous
polarisation on the longitudinal conductivity couLd be observed;
measuring along the pyroelectric axis (Y) the electrical
conductivity in one direction was found to be 100/0' different from
that in the other (e.g. resistivity = 12.00 + 0.011X 10' 10 ohm cm
one way and [1.80 + 0.013X 10l) the other). This kind of
measurement can onl3~ be made on pyroelectric crystals wh3.ch are
not ferroelectric because in the latter case the spontaneous
Card 2/3

The Anisotropy of the Electrical
of Lithium Sulphate, Li2soV H20
S/07o/6o/oo5/005/011/017
E132/E36o
Conductivity of Single Crystals
polarisation will have its sign changed by the measuring field.
Acknowledgments are expressed to I.V. Gavrilova and I.S. Rez.
There are I figure and 5 references: 3 Soviet and 2 English.
SUBMITTED.~ February 27, 1960
Card 3/3

~7, Y36U
85012
S/048/60/024/010/021'033
B013/BO63
AUTHORS: Gurevich, V. 11. and Rez, I. S.
TITLE: -Inve-stiga~tion oYfjthe P~ssibilit y f Regulating the Electri-
cal Conductivitylof PiezoelectricKead Metaniobate by
Introducing Slight Admixtures I/I
PERIODICAL: Izvestiya Akademii nauk-SSSR. Seriya fi--icheskaya, 19060,
Vol. 24, No. 10, pp. 1259-1260
TEXT: The author studied the possibility of regulating the electrical
conductivity of PbNb206 by doping in much the same way as in the case of
semiconductor alloys. The authors used particularly pure PbNb206 which had
a Curie point of ---, 560 -* 5800C and showed no piezoelectricity. They
studied the effect of L~+, K+, and La3+ in quantities of 0.01 -*- 0.4
atom% of the ion to be substituted. A Fig. shows the effect of !a3+ and
Li+. K+ had no effect upon the electrical conductivity. It was found that
PbNb206 samples synthesized from various materials exhibited a largely
differing electrical conductivity. This is another proof of the fact that
Card 1/2

Investigation of the Possibility of ~5)~4/60/02,t/010/021/033
Regulating the Electrical Conductivity of B013/BO63
Piezoelectric Lead Metaniobate by
Introducing Slight Admixtures
the electrical conductivity can be reL.,ulated by doping. The classification
of the admixtures used indicated that the abGve-mentioned sample of
PbNb 206 had a p-type conductivity. This was confirmed by preliminary
determinations of the sign of the thermo-emf made on an undoped standard
sample. The authors' recommendations were successfully used in Ref. 1
for piezoelectric substances which were synthesized on the basis of
PbNb206 and had high Curie points. The authors thank R,. M. Lerman for
specifying the conditions for the thermal traating o-f fhe subst es. The
present paper was read at the Third - Conf-erence on Piezoelectricity, which
took place in Moscow from January 25 to 30, 1960. There are I figure and
1 Soviet reference.
Card 2/2

2 *0 0 (// ~(V" 6
r,2303,37o 2)
AUTHORS:
TITLE:
PERIODICAL;
85874
8/048/60/024/011/010/036
BOo6/BO56
Gurevich, V. M. and Zheludev~ 1. S.
The Ferroelectric Propertie_qij~of Triglycine
Monocrystals in the Freqpency Range of 0.01 - 50 cps
Izvestiya Akademii nauk SSSR. Seriya fizicheskaya, 1960s
Vol. 24, No- 11, PP. 1342 - 1346
TEXT: The present paper is a reproduction of a lecture delivered on the
3rd Conference on Ferroelectricity, which took place in Moscow from
January 25 to 30, 1960. In an earlier paper (Ref.1) the authors investi-
gated triglycine sulfate (TGS) monocrystals at very low frequencies, es-
pecially 0.01 cps, and found anomalous hysteresis loops. Now investiga-
tions are being continued on an improved apparatus with photographic re-
cording of the hysteresis loops, and the range was extended to 50 cps-
It was possible to show that the anomalies may be observed. not only at
very low frequencies, but in the entire range investigated. A block dia-
gram of the experimental arrangement is shown in Fig.l. The arrangement
differs from the usual types by the fact that an alternating sinusoidal
Card 1/5

The Ferroelectric Properties of Triglycine 601024101110101036
Sulfate Monocrystals in the Frequency Range tBoM6/BBO5
of 0-01 - 50 CPS
voltage had been applied to the sample and that an inertialess oscillo-
scope was used as an indicator. The hysteresis loops (Pil,.2) confirmed
the frequenoy and E-dependency of the coercive force of TGS crystals,
which had already been found to exist in Ref-1. The quantitative oondi-
tions may be seen from Fig.3. As the hysteresis loops become broader
with Increasing voltage, this means that also the losses increase with E.
Fig-4 shows this (tan 6 is shown as a function of E and temperature).
Fig.6 shows the temperature dependence of E and the polarization PS at
106 cps~ of the latter measurements are compared with the values from
Ref.6 (Curve 3). Fig.7 shows the influence exerted by frequency and
field strength upon the shape of the hysteresis loops. The authors
thank I. V. Gavrilova and M. F. Koldobskaya for the TGS crystals and
I. S. Rel for discussions. There are 7 figures and 6 references:
3 Soviet and 3 US.
ASSOCIATION: Institut kristallografii Akademii nauk SSSR (Institute of
CrystalloRraDh.v of the Academy of Sciences USSR)

85874
S/048/60/024/011/010/036
B006/BO56
7
Fig.1
4
Legeind to Fig.l: 1) crystal, 2) thermostat (+0-010C), 3) low frequency
genbrator of the type HPnIK-2 (NGPK-2), 4) r~-eostat, 5) standard X`
capacitor, 6) el6etrometer-voltmeter, type )MY-3 (IMU-3), 7) d.c. oscil-~
los-cope of the type (ENO-1), 8) outer d.c. amplifier of the type'
'I1V','IP-2 (UIIP-2), 9) inner d.c. amplifier.,
Card

IHM

3/046/60/02'4/oll/olo/?36
Boo6/BO56

4.1

.2
Fig
JL_

-Card. 4/5-4-

za

49
Pro. 6
Fig.6
Car~ 5/5
85874
S/048/60/024/011/010/036
Boo6/ 056
ac v
I&V 4
ZOMO
0 w0 OT Soo go/ '10 Im
E VZO f
F19 - 7
Pue. 7
Figv-7

GUREVIGH, V.M.; ZHELUDEV, I.S.
Anomalous conductance in the phase transition region and
anisotropic conductance of triglycinefluoberyllate sing-le
crystals. Kristallograftia 6 no.5:778-779 S-0 261q,
(I'AIFA 14--10)
(FluoberyUate--Electric properties)
(Glycine)

SMIY, A.G., redaktor;ST3TjdJTANTS, A.K., professor, redaktor: TIKHO-
!41R()V, A.A., kandidat okonamicheakikh nauk, redaktor; VIDOGRADDY,
V.N., redaktor; GHFMZHTJKOV. N.I., professor,rodaktor; SHCH3L'-
KACHW, V.N., professor, redal-tor; CHARTGIN, M.M., professor,
redaktor; DUNATLT, 1O.F., professor, redaktor; KUZKAK,Te.M.,
professor, redaktor; MOAVITIT, I.H. professor, redaktor;
GURAVICH, V.M., redaktor; MURANOVA, V.H., redaktor. POIDSIBA,
skiy redaktor.
(Sixth scientific and technical conference. 19511 Sbestals
nauchnn-tekbnlcheakata konferentolia, 1951. Moskva, Gos.nauchno
tekhn.Izd-vo neftianoi i gorno-toplivnoi lit-ry, 1952, 214 p.
(WaA 8:10)
1. Moscow. Moskovskly neftlanoy institut. Fauchnoye studencheakoye
obahchestvo.
(Petroleum geologr)

SM-4WIY, A.G.. redaktor; TIELKIROV, A.A., kandidat ekonomicbeskikh nauk,
redaktor: STIPANTANTS, A.K., professor, rodalctor: VINOGRADDY, VA.
redaktor; CBEM-ZffUKOV, N.I., professor. redaktor: SHCHELIACHIff
V.N.. professor, redaktor; CHARYGIN, N.M. professor, redaktor;
KTJZffAK, Ye.M., professor, redaktor; KURAVITXV, I.M. professor,
redaktor; GUREVICH, V.M., redaktor; KUATOVA, T.M., redaktor;
TRDFIMOV, akiy redaktor.
[Seventh scientific nnd technical conference, 19521 SedIm!iia
nauchno-tekhnicheakata konferentsita, 1952. Moskva. Goa.wmchno
tekhn.izd-vo neftianoi i gorno-toplivnot lit-ry. 1953. 171 P.
(MLRA 8:10)
1. Moscow. Moakovakiy neftianoy institut. Nauchnoye etudencheaboys
obshchestvo.
(Petroleum Geology)

ZHIGACH, K.F.. professor, redrktor; STEPANYABTS, A.K., professor, redak-
tor; TIIGfOMIWV, A.A.. kandidat okemomichookikh nauk. rodaktor;
KARAPMCAN, R. 0. . kandidat filosof tobeekikh muk, rodaktor-.
CHXMZHMV, N.I., professor; TIRSHOV, P.R., rodaktor; G-UE-xFMH,.
V.M redaktor; HURAVOTIff, I.M., professor, redaktor;-,SHCHRIKA-
-ff,r, V.N., professor, redaktor; CHARYGIN, M.M..,pr'ofessor,
redaktor; DUNATW, F.F.. nrefessor. rodaktor: KUZMA, Te.K.,
professor, redaktor; POWSINA, A.S., tekhnicheskiy redaktar.
[Ninth scientific and technological conference of 1954]Devia-
tat& rtauchno-takhnichookaia konforentaiia 1954. g. Moskva, Gos.
nauchno-tekhn.izd-v* neftianot i gorno-toplivnol Ilt-ry. 1955.
205 p. [Microfilm] KRA 8:9)
1. Moscow. Moskovskly neftianoy institut. Nauchnoye studenchookeye
obahchestvo.
(Geology) (Petroleum)

j \/I IV) I
KUZMAK, Ye.M., prof. doktor tekhri. nauk, red.; TARAN , V.D.,prof.; dcktor
tekhn. nauk, red.; ZHIGAOH, K.F., prof.,red.; KMAVIYIV, I.M.,
prof.,red.; TIKHOHrROY.A.A., kand. ekon. aaak, red.; TEGOROY,
V.I., kand. ekon. nauk, red.; GRARYGIN, M.N., arof.. red.; WNATIT,
F.F., prof., red.; CHERNOZHUKOV. N.I., prof., red.; CHM-ITY.I.A.,
prof.. red.; PANCHWOV. G.K.. prof.. red.; DAKHNOV, T.H.. prof..
NAMETKIN. N.B.. doktor khim. nauk. red.; ALMA OV. N.A.. dots..
VINOGRAMV. V.N., kand.tekhn. nauk. red.; BIRWKOV. V.I., kand.
tekhn. nauk, red.; TAGITXV, X.I., red..-.-GJJW1GH.--.T.K! _red.;
GORIKOVA. A.A., ved. red.; YEDOTOYA, I.G.. tekhn. red.
[Proceedings of the conference of technical schools on the problems
of new equipment for the petroleum industry] Nezhvuzovskoe soveshchante
po voprosam novoi tekhniki v neftianoi promrshleanosti. 1958.
materialy... Moskva, Goa. nauchno-tekhn. ird-vo neft. i gorno-
toplivnoi lit-ry. vol. 3. [Manufacture of petroleum industry
equipiqentl Neftianoe mashinostroonie. 1958. 222 p. (MERA 11:11)
(Petroleum industry-Rquipment and supplies)

v
CHER OZHUKOV, N.J., prof., doktor tekhn.nauk, red.; ZHIGACH, X.F., prof,
red.; HURAVIYEV, I.M., prof.,red.; TIKHOWIROV, A.A., kand.ekon.
nauk. red.; YEGOROV, Vele, kand.ekon.nauk. red.; CHAMIN, K.M.,
prof., red.; DUNAYEV, F.F., prof., red.; KUZk&. Ye.K., prof.,
red.; CHARM, I.A., prof., red.; PANCHENKOV, G.M., prof., reds;
DAMOV. V.N., prof., red.; WAMETKIN, N.S., doktor khim.nauk, red.;
AIXUOV, N.A., dotsent. red.; VINOGRAWV, V.N., kand.takhn.nauk, red.;
BIRYUKOV, V.I., kand.tekhn.nauk, red.; TAGITEV, B.I., red.; GURIVICH,
V.K... red.; ZAKARAYETA, K.M., vedushchiy red.; WMIKA, B.A.-O-- ii~6:. red.
(Petroleum refining; articles] Pererabotka nafti; materialy. Koskys,
Gos.nBuchno-tekhn.1zd-ve no.ft. i gorno-topliTnoi lit-ry, Tel.2. 1958.
289 p. (KIBA 12:1)
1. Nezhvuzovskoye soveshchaniye -no voprosam novei tekhniki v neftyaney
promyshlennosti, Moscow, 1956, 2. Moskovskiy neftyanoy institut (for"
Chernozhnkov, Fanchenkov).
(Petroleum--Refining)

GIMNOZHUKOV. N.I,, prof., doktor tekhn.nauk, red.; ZHIGACH, K.F., prof.,
otvetstvenny7 red.; HURAVIYXV, I.M., prof., red.; TIMOKIROT, A.A.,
kand.okon.nauk,-red.; YWrOROV, Y.I.,.kand.ekon.nauk, red.; CHARYGIN.
H.M., prof., reds; DURATEV, Y.Y., prof.. red.; KUZMAK, Yel.M.. prof.,
red.; CHARNYY, I.A.. prof., red.; PANOHENNOV, G.M., profi., red.; :
DAKMOV, V.11., prof., red.; NAWTKIII, N.S., doktor khim.nauk, red.;
ALHAZOV. N.A., dote.0 red.; YINOGRADOV, V.N., lmnd.tekhn.nauk, red.;
BIRYUKOV, V.L. kand.t,ekhn.nauk, red.; TAGITXV, E.I.,red.; GURRVICH,
Y.H., rod.; ZAMARAYEVA, K.H., vedushchiy red.; MUKHINA,
ren-
[Materials of the Interaniversity Conference on Problems of Nev
Practices in the Petroleum Industry] Materialy mezhvuzovskogo
sovoshchaniya po voprosam novoy tekhniki v neftyanoy promyeblen-
nosti. Moskva, Goo. nauchno-tekhn. Izd-vo neft. I gorno-toplivnol
lit-ry. Vol.2. [Petroleum refining] PererabotIm nefti. 1958. 289 p,
(MIRA 11:6)
1. Mezhvuzovskoye soveshchaniye oo voprosam novoy tekhniki v
neftyanoy promyshlonnosti. 1956.
(Petroleum-Refining)

ZHIGACH. X.F., z
prof. red.; MURAY'Ylff. I.K., prof. doktor tekhn.nauk, red.;
TIKHOMIROV. A.A.. kand.ekon.nauk. red*; YWOROV, V.I., kand.ekon.
nauk. red.; CHARYGIN. M.M., prof.. red.; DURAYBY. F.F.. prof.. red.;
GHWNOZRUKOV,'N.I.. prof.. red.; KUZMAK, Ye.Ma, prof.. red%;
CURNY-Y, I.A., prof., red.% FANGHINKOV. G.M., prof.. red.1-DAKMOV,
V.H., prof, doktor goologg-stuaralogicheakikh nauk. red.; NAMNIKIN,
N.S., doktor khim.nank- red.1 AJXAZOV, N.A..,tiots., red.; VINGRADOT,
V.N., kand.tekhn.nauk, red.; BIRYUKOV, V.I., kand.tekhn.nauk, red.;
TAGIYEV.,B.I., red.;' 9 Me, red.; DC[BRYNINA. H.P., vedushchiy
red,; MMINA, B.A.,'tekhn.red.
(Proceedings of an interachool conference on problems of new techniques
in the petrollum industry] Materialy )(ezhvuzovskogo saveshchaniya
po voprosam novay tekbniki v neftyanoy promyshlennosti. Moskva. Goo.
nauchno-tekha.izd-vo neft. i gorno-toplivaol lit-ry. Vo.l.
CProspecting and exploitation of oil and gas fields] Razvedka i
rasrabotka neftianykh i gazovykh meE;torozhdenit. 1958. 311 P-
(MIRA 11:4)
1. MezhvuzovskvVe soveshchaniye po voprosam novqy tekhniki v
neftyancW prozywhlannosti.
(Petroleum engineering) (Gas, Natural--Geolog7)

MGACH, K.F., prof., otv.red.; HURAVInW, I-K-, Frof., red.; TIXHOMIROY,
A.A., ~cand.ekonom.naukj red.; VIROGRADOV, V.N., kand.teknn.nauk,
rod.; SIDORMMO, N.V.. red.; BUNTS, A.D.. red.; CHARTGIN, M.N.,
prof., red.; DUNATEV, F.F., prof., red.; CHARNTY, I.A., prof.,
red.; CHERNOZHUKOV, N.I., prof., red.; KUZM, Te.M., prof., red.;
DAMOV, Y.N.. prof., red.; PANCHINKOV,'G.M.. prof., red.; NAKSMIN,
H.S., prof., red.; TAGIUV, E.I., prof., red.; BIRYUKOV, V.L. kand.
tekhn.nauk, red.; TEGOROV, V.I., kand.teklin.nauk, red.; ALKAZOT,
N.A., dotsent, red.;,.GURIVICH, V.M., red.; ISAYEVA, Y.V.. vedushchiy
red.; PCLOSINA, A.S.,- ekhn.red.
EDevelopment of the gas industry of the U.S.S.R.; from the pro-
ceedings of the Interuniversity Scientific Conference on the Problems
of the Ges Industry] Kezhvuzovsksia nauchnaia konferenteiia po
voprosam gazovoi promyshlennosti. Razvitie gazovoi promyshlennosti
SSSR; materiely. Moskva. Goa.nauchno-tekhn.i2d-vo neft. I gorno-
toplivnoi lit-ry, 1960. 405 P. (MIRA 13:11)
1. Mezhvuzovskaya nauchnaya konferentsiya po, voprosam g820VOY pro-
myshlennosti. 2. Glavgaz SSO (for Brents). 3. Moskovskiy institut
neftekhimicheskoi i gazovoi promyshlennosti im. akad.Gubkina (for
Charygin, Charnyy).
Was Industry)

GUILLVIGH, VJI.;;AEWDEV, I.S.; REZ, I.S.
Characteristics of the electrical propertion of triglycine
sulfate crystals in the subsonic frequency range. Kristallo-
graftis 5 no-5:80?-805 S-0160. (KIRA 13:10)
Olycine)

GUREVIGII, V.14.; ZfU,LUDEV, I.S.
Anisotrory of the electric conductivity of a lithium sulfate
, 7j uY. Kristallograftia 5 no.5:805-806
single crystal " 2s04
S-0 160. (Him 13:10)
(Lithium sulfate--Blectric properties)

S/079/61/031/011/003/015
1)202/D.305
AUTHOM, Yurlyev~ Yu. K., Zefirov, N. S., and Gurevich, V. MI.
TITLE: Investigation of the furan series XJX. The renction
unsaturated hetones
o f 2- vi nyl fu rans wi th c~
PERIODICAL: Zhurnal obshchey khimli, v. 31, no. 11, 1961, 3531-3534
MXT: In this work, the authors found that 2-vinyl furan reacts with
0C , P -unsaturated ketones which have a substituted methyl group, in the
presence of traces of H 2s0 4 as a catalyst, according to the achemet
RI
I
R-CH=C11-O ~O) + U112=G-L;vc 113
R-C11=C11-1 _C112-CII-COCII,
\0/
(1)
1A R - R'-11: 10 R = C,11,, R'= 11; ID R = 11, It'= C113
Card 1/5

S/079/61/031/011/003/015
Investigation of... D202/D303
where R = H, or C 3HT , Rl = 11 o r CH3 Similar furan derivatives
react in the same way; as these reactions proceed with tile formation of
resinous sido-prodLICU, the yield Is low, but the method is considered
an easy way of preparing furan ketones. Ketones sub.-3-Lituted with 2-fuiTl
acetylene were not prepared. The ketones obtained react ivith maleic
anhydride giving additional products. Hydration of the vinyl side chain
of furan proceeds smoothly when palladium or BaSO 4 are used as a
catal yst, and it is easy to obtain an additional product linked to the
furan vinyl double bond. Preparation of the following compounds is given:
2-vinyl furan, by a previously knoim method. Reaction of viziyl furan irith
thiophenol: a mixture of 4.2 g of thiophenol and 3.8 g of vinyl furan
was left in a closed vessel for a few days; the product distilled in
vacuo yielded 7.5 g of sulfide (92%); b.p. 146 - 14S 0C (6 mm);
/0
nD20 1.5811; d420 1.0017; tiltD60.88,1 calcul. 60.22 C12 11 12 OS F- 5
fAbstracter's note; "F" probably means fraction 1-(a--vinyl furyl-
,,O)-butanone-3 (cpd. Ia). To a flask containing 0.2 g of hydroquinore,
Card 2/5

S/0791/61 /031/011/003/m5
Investigation of- 1~2022/D305
14 g of methyl vinyl acetone and 2 dropF of cone. 11,S0 4' 1.1"' 9 of
0
2-vinyl furan was added (at 10 kg - .~.j
cm/CM2; strength 0limit of static bending > 500 kg/cm ; Martens heat- Vi
resistance > 200 C; electric strength 4 - 5 kv/mm; fluidity > 80 mm;
are resistance at 10 ma 3 min. For the preping of parts of
MFK-20 a specific pressure of 300 - 400 kg/cm is required; the time
under the press is 30 See per 1 mm of thickness. An additional heat
treatment at 150 - 160 C during 3 - 5 hours stabilizes the electric
characteristics and raises the heat-resistance of the parts.
A.O.M.
Card 1/1

AUTHOR: Gurevic ' Z.,vEngineer BOV/122-58-12-22/32
TITLE: eat Resisting Enamel (Zharostoykiye Emali)
PERIODICALs Vestnik Mashinostroyeniyal 1958,Nr 12, p 61 (USSR)
ABSTRACT: Few organic heat-resisting, decorative enamels are
available for continuous use at temperatures above 70 -
800C. An enamel designated FG-9, based on silica and
organic lacquer with addition of aluminium powderg will
give resistance and protection to metals at 400-4500C,
but does not have decorative properties. Thus vitreous
enamels are normally used, despite their rather low
mechanical properties and poor adhesion to metals. A
new, coloured, organic enamel has been produced which is
based on the FG-9 lacquer in solution in toluol or
xylol. Green enamels contain 5 to 10% of Cr021 and light
green enamels 1 to 2% Cr02 and 4 to 9% T102* The enamel
is applied to phosphated steel by ordinary spray
techniques. Drying should be effected first for half
to one hour at room temperature to evaporate solventq
Card 1/2 and then the enamel should be stoved for 1 to 2 hours at
150 - 2000C. Although the enamel hardens in only

Heat-Resist-ing Enamel SOV/122-58-12-22/32
six minutes at this temperature, f~~,dhesiveness is
not exhibited until about a day af r pplication. %
Tests show that colour is stable after repe~iied.exposure
at 170 - 1800C and that the adhesiveness will withstand
bend through 900 round a 15 mm radius, repeated five
times.
Card 2/2

TSMIN, M.I.; GURMCH, V.Z.
Thermal-radiation dr7ing of car bodies. Avt.prem. no.2:3&-40
F '60. (MIRA 13:5)
1. Gortkovskiv avtozavod.
(Automobiles--Painting)

TSYRLIN, M.I.; , G-UREVIC H, V.Z.-
Automation of thedrying of ooatings at the Gorkiy Automobile
Plant. Mashinostroitel' noo5il9-20 M 161 (MIRA 14:5)
(Gorkiy--Motor vehicles-Plinti;g)
(Automation)

UOUREVICH, V.Z., inzh.
Reflector-type radiators. Veet. elektropron. 32 no.9:63-65
s 161. (MIRA 14:8)
(Beat--Transmission) (Infrared rays)

S/196/62/000/010/013/035
E073/E155
AUTMOR: Gurevich. V-Z-
TITLE; Reflector type radiators
PERIODICAL: Referativnyy zhurnal, Elektrotekhnika i energ*etika,
no.10, 1962, 18, abstract 10 V118. (Vestn.
elelttroprom-sti, no.9, 1961, 63-65)
T,EXT: For heating most engineering materials low-temperature
radiators with an operating temperature of about 400 OC can be
used. The design is described of newly developed low-temperature
infrared radiators with hermetic tubular electric heating
elements. It is shown that for drying varnish coatings', paper,
windings after impregnation, casting moulds and'cores, and in
numerous other processes, such radiators have notable technical
and economic advantages. The factors governing the temperature
distribution along the radiator for various specific loads, and
the intensity of the radiation heating as a function of the
distance from the radiator, are given. 5 illustrations.
~Abstractor's note: Complete translation
Card 1/1

GUREVICH, Vikto-r Zalman9yich; GUTTERMAN, K.D., red.; BULIDYATEV,
N. A., tekhn.~ 'red.
(Electrical infrared radiators] Elektricheskie infrakrasnye
izluchateli. Moskva, Gosenergoizdat, 1963, 53 P. (Biblio-
teka elektrotermista, no.15) (MIRA 16:10)
(1,nfrared apparatus and appliances)

GUREVICH,_Yik,tor, Zalm.an vich; DEMIDOV, Eikolay Alekseyevich;
CHMOVA, V.G., inzh., retsenzent, I-MD-M. kand.
tekhn. nauk, nauchn. red. Ag.SHIN,N.I,,inzh.,,y_ed.;ChTAS,M..A,
red.
[Electric heating installations of ships) Sudovye elektro-
nagrevatellriye ustraistva. Leningrad, Sudostroenie, 1965.
243 P. (KTRA 18:8)

NR& AM5027755 Monograph
Alekseyevich
Demidov, Nikolay
Electric heating'units fbr -ships (Sudovyye elektronagrevatel'nyye ustroystva)
Leningrad, 12;d-vo "Sudostrayeniy%" 1965. 243 p. illus., biblio. 2700 copies
printed. ~q
TOPIC TAGS: marine engineerin , ship component, heat, air heater,-heating engineer-
ing, shipbjlding engineering
PURPOSE AND COVERAGE: This book is intended for engineers and technicians in ship-
yards and planning organizations, as well as for qualified workers and students in
schools of higher education and tekhnikums. In the book, material on the design,
technical characteristics, and manufacturing technology of the basic elements of
shipboard electric heating units is presented in systematized and generalized ford
Electric heating units using tubular heaters are described, and requirements per-
taining to shipboard heating units are given, along with the fundamentals of
elect ro thermy. Various types of shipla galley ranges, heating elements, ther sta
oil and water heaters are also described. A method for making beat CiLlculations fi
electric heaters is shown. The~author acknowledges the assistancd of engineers,
V. 1. Zalyukshnya, V. P. Fedina, G. A. WyMhkin, B. A. Serov, and A. F. Denisov
in compila-g-tKe b-o-oY.
TABLE OF CONTENTS (abridged):
Card 1/3
UDC: 629.12.02-83

ACC NNs AM5027755
Author's preface - 3
Ch. 1. Requirements for shipboard electric heating units
Ch. II. Tubular electric heating elements -- 12
Ch. III. Manufacturing process for tubular electric heat~re 27
Ch. IV. Designing tubular electric heaters - 48
Ch. V. Materials used in ihipboard electric heating units, 82
Ch. VI. Electric galley ranges - 94
M VII. Electric heating units for heating compartments, equipment, and
machinery - 135
Ch~:-,VIII. Heaters for liquids -'154
Ch. IX. Development prospects for shipboard electric beating equipment LOO
Ch. X. Tubular heaters in shipbuilding and ship-machinery building 206