SCIENTIFIC ABSTRACT LEZATKA, J. - LEZHAVA, T. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000929810003-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 31, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

COUISTR-1 :CTECHOSTJOVAKIA
C.~TLI 1170R*1 :Chernical Teehnolofry- Chemical 'Products and
Their Anplic;v'wions. inatrUMODtS and Autowition
AB'J. JOUR. : RZIKhim., Jo. 23 1959-p I-To.
AUTHOR Zenaty, G.; Le7~Atkaj J.
IN3T.
T ITLE Automatic Control and Measurment of Peed
Miarged. in-to a Rotary Kiln
ORIG . 11 U B Sfavivo, 1959, 37, No I , 14-15
A38TRACT For the nurnose of muintaining a constant
level of solids chirge ahead of the bucket
elevator, E-n. electrode system, involving a
two nosition control, is being em-oloyed. This
control oT)erates a motor that activates a
device that rinches rubber tube through ibich
the solids are being fed. Te. Stefanovskiy
CARD: I/I
R

semi
so-
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sv_tj Ito AND At" voolas Gov.ps
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Vitt!'
-t%piso:3 sputitkittso-i ljUrMJo UUMMM) )0 It J10,
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1.111.7fluto Imuntrz vjlp~141'j
olm 1113 .1-1 (,(trj%sTijj III ) *11
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L 5442-66 EWT(1)/EPA(a)/F.dT(m)/EPF.(n)-2/E;,IP(t)/ZWP(b) IJP(C) JDI'W-dIJG
ACCESSION 0: AP5017914 MV0051/65/019/001/0154/0156
535-372 *.535.2
AUTHOR: Khrulinya, E. K.; Lezdial., A. E.; Silin'.. Yu. A.
TITTZ; Absolute Intensities of thallium speE~ral lines in sensitized fluorescence
of mercury and thallium vapors
ZOURCE: Optika I spektroskopiya., v. 19,, nos 1p 1965P 154-156
-TOPIC TAGS: mercw thalliumil spectral line line intensity, flu(7-rescence spectrum
-ABSTRACT:- MercQ,Itoms were.o I X ited t the Spi level imparting their
I. .. ~ -1 * c_ ~ i, .. ,
0'11~
k7 -neutral 0
energy, o thalliiN The o ical pumping was produced.by
_pt
atube In the form of 6 quartz sphere 30-40 mm dia.):,orith two extensions, one
containing mercury and the other thallium. Each extension was kept at a different
~temperature. . -Intensities were recorded photoelectrically. As a result, 11 thallium
lines were observed in the fluorescence spectrum. The energy levels of the mercury
and thallium are shown in Fig. 1 of the enclosure. The absolute intensities of the.
-spectral lines were obtained by comparison with the continuous spectrum of a ribbon-
filament or bydroeen lamp. The intensities and the level populations calculated
from them are tabulated, "The'authors thank So E, Mob for interest and Vo Moh-
nikova. and V. Froyde for help with the measurement so. Orig. aft. has: 2 figures
i444nd 2 tables. js,
Card 1/3

CaM 2/3.,:
I Me.-

i- J_ACC-NRt_ AP6011583~ ~SOURCECODE: UR/0051/66/020/003/0539/0541
AUTHORS: Kra
-iUnya,_E__Z_4 loezdin', A. E.
ORG:.none
TITLE: Absolut effective cross sections in sensitized fluo' f
P reseence o
imercury and thallium vapors
SOURCE: Optika i spektroskopiya, v. 20, no. 3o 1966, 539-541
TOPICTAGS: mercury., thalliun4fluorescence,, spectral line, line inten-
sity),.excitation cross section, hyPerfine structure, line shift, optic
transition
ABSTRAPTO, This Is a continuation ofan earlier experimental study (Opt.
i spektr. v, 1g,: 154, 1965) of the 1absolute intensities of the spectral
lines of:thallium in sensitized fluorescence of mercury and thallium
vapor. Present-investigation is devoted to a determination of absolute
intensities of the spectral lines under a different experimental condi-
tion, and to the calculation ofthe absolute effective cross sections
on the basis o 'f the obtained experimental measurements. The effective
,.cross sectionsvere determinea by a formula given by one of the authors
elsewhere (Kraulinya, with S. E. Frish, DAN SSR v. 101, 8371 1955 and
later papers). Difficulties connected with the fact that the absolute
Card 1/2. um 539.186

L 27212-66
ACC NRt AP6011583
intensities vary from tube to tube, and the thallium spectral lines are
not simple but have a complicated structure, so that the influence of
the hyperfine structure on the isotopic shift must be taken into,account.
A table listing-the.,cross sections for various transitions-with and
without allowance,for the hyperfine structure ie presented. The results
.are compared.with those by others and various differences are.briefly
discussed-. The authors thank S. E. Yefsh for interest in the work, E.M.
-,Anderson and E. K.' Anderson for supplying the values of the transition
probabilities.-fortbe thallium, ani Yu. A. Silin' for help with the
~measurements. :Orig, art. has: I formula:and 1 table.
SUB CODE:, 20/. ~:"'$UBM DkE: 256ct6~/,, ORIG REF: 005/ OTH REF: 001
i 1-Card 212 0 C.4'

RLT,,-.aNIA Fbrestry. Forest Cultures.
Abs Tour: Ref Zhur-Bi.ol., No 7, 1958l 29603.
K
Author :-Lezeresku, A.
Inst, NOOT-g-17-un
Title Exotio Trees of Forestry Significance in Curtea
do krgesj Rumania.
(Drovesnyye ekzoty lesovodstvennogo znacheniy&
v Kurtya de Ardzhei3h (Rumyniya).
Orig Pub: Rev.,padurilor, 1957, 71, No 2, 113.
Abstract: No abstract.
Card 1/1

V
RUMM/CultIviLted Plants - Fruits. Berries. L-6
AbS JOUr : Ref Zhur - BiologLya., No 16., 25 Aug 1957, 694o4
Author : Lezeresku
Inst - I-------
Title Evaluation of Climatic Conditions in Sugyava Region
(Rumnian Peoples Republic) Relative to Development of
Grape Cultivation..
Orig Pub Gradina, via si livada, 1956, 5, No 12, 36-43
Abst As a result of meteorological observations in the
Botoshani, Felticheni and Dorogai stations for 5 years
(1949 to 1953) it was established that in the Sugyava
region (RPR) the climatic conditions are essentially
unfavorable for grape cultivation, but in some districts
the microclimatic conditions are suitable for grapegro-
wing. Here early table varieties of grapes may be re-
commended (ripening periods I to III), and also commer-
cial ones.
Card 1/1
777"
I,MMIA/Cultivated Plants - Fruits. Berries
Abs-iour: Ref Zhur-Biol., No 5., 19581 20516,
Author G. Konstantinesku, v. Lezeresku I. Poyenam.
Inst Balcescu. Agriwlt~ ~charest Scientific
Research institute.
Title :_Biological_ Criteria for retermininS.the Initial Moment
of Florescence in tbe.Grape Vine (Vitis vinifera sativa) a
(Biologicheskiye kriterii d1Y& opredeleniYa =O=enta nachal
tsveteniya vinogradnOY IOZY Nitis rinifera sativf-*)-
Ori g pub:. Bu.j.,;tii#. Acad. RPB, Sec. biol. pi ptiin~e agric., 1956.9
8, No 4, 827-846-
Abstract: The 1. research has been summed up which was conducted in the
ampelographic collection of the Agricultural institute in
Balcescu and the scientific Research InstitIlte at Bucharest.
The difference in time for the buds to begin to open was
Card 1/2

LRMSOR,-I-R,(N6skva, G-69, Nikitskiya vorots., Stolovyy per.,
d.2, kv.2)
Neebwdsme of the formation and surgical treatment of anal
fissureBo Test.khir. no.103-79 162. (MIM 15:1)
I& Uproktologicheskogo otdeleniya bollnitsy 'No.18 im, Cktyabrv-
okoy revolyutaii (nauchn, rukovod. - Prof. A.N. Rphiuo 91.
vrach - T.N. Amarantova).
(FISTUIA, ANAL)

LEZERSOK, V. K., Engineer
"Fundamentals of the Ibeory and Calculation of a [lot Fully Access'Lble Pearn."
Sub 19 Apr 51, Moscow Electrical Engineering Inst of Communications
Dissertations presented for science and engineering degrees in
Moscow during 1951.
SO: Sum. Vo. 480, 9 May 55

LIMMON, Y.K.; KHAIRUVIGH. A.D., redaktor; MARTYNENKO, D.P., redaktor.
[Connection of the ATS-47 automatic telephone station with long
distance and institutional telephone stational Svias' ATS-47 a
meshdugorodnoi L uchrexhdenchealcimi telefounymi stantallami. Moskva,
Gov. izd-vo lit-ry po v6prosam oviazi i radio, 1953. 99 p. (MLRA 7:5)
(Telephone stations)

BABITSKIY. Iosif Aronovich [deceased] tvetstvennyy
redaktor; DOBRYNIYA, A.Ta., reAtWo, =IX-DM"VA",WO.V., tekhnicheskly
redaktor
[Calculation of multiewitches for automatic telephone stations]
X rascbstu stupenchatogo vkliuchaniia na ATS. Moskva. Goo. izcL-vo
po voprosam eviazi i radio, 1956. 28 p. JKIRA 10.-l)
(Telephone, Automatic)

SOLOVIYEVA,.Anno Grigorlyevna,;.LBZERSON, V.K., otv. red.; BELIKOV, V.S., red.;
KAZILIO YeeI#,~~tekhn. red.
[Fundamentals of telephony and telephone central off ices using
manual systems] Osnovy'telefouii i telefonnyo stanteii ruchnogo
obelushiventiae Xoekva, Go.e. izd-vo lit-ry p6 voprosam eviazi
i radio. 1958. 341 p. (MIRA 11:12)
(Telephone)

SOV/106-59-2-8/11
AUTHORS: Greybo, Z.F.
TITLE: An-Artificial Telephone Traffic Machine (Mashina
iskusstvennoy telefonnoy nagruzki)
PERIODICAL: Blektrosvyazl, 1959, Nr 2, pp 64 - 71 (USSR)
ABSTRACT: The article describes a machine designed to simulate
U"he traffic conditions on exchange switching apparatus.
Th6 machine was developed by the authors at the
Tsentralnyy nauchno-issledovatellskiy institut svyazi
(Cent.ral Scientific Research Institute of Communications).
The skeleton diagram of the machine is given in Figure 1.
The random pulse generator (GSI) produces pulses having
a Poisson distribution. The pulses are passed to a pulse
distributor (RI) which directs one part of them to a
calling pulse distributor (RIZ) and -the other part to a
releasing pulse distributor (RIO). Pulses from the
calling pulse distributor are passed to a network in which
is concentrated apparatus simulating the trunks or the
equipment of the investigated group. These trunks are
connected in a manner corresponding to the problem under
investigation.
Cardl/3 The,calling pulse engages in its turn a free trunk which
M4

An Artificial Telephone Traffic Idachine SOV/106-59-2-8/11
remains engaged until it is cleared by a releasing pulse
from the releasing pulse distributor. Counters, not shown
in the diagram, register the number of calls originated,
the number of lost calls and other quantitative criteria.
The holding times follow an exponential distribution.
The machine was checked by investigation of full-availability
groups of up to 120 trunks, preserving all the conditions
required for Erlang's formula.
The machine gives the possibility of investiGatiag full-
availability groups under conditions when the subscriber,
having found all trunks engaged, repeats his attempt to
find a free teunk. The skeleton circuit for this investi-
94tion is given in Figure 2 and the principles are explained.
The results are tabulated in Table I and for a delayed-
call system in Table 2.
The machine also enables the following to be investigated:
1) graded connection circuits with different availabilities;
2) full-availability group carrying two different loads
working on either the lost call or the delayed call system;
3) a trunk with compounding selectors or with two
Card2/3 successively connected search steps.
7

An Artificial Telephone Traffic Machine SOV/106-59-2-8/11
From the results, it is concluded that if a subscriber
repeatedly tries for a connectionthe lost-call system,
judging.from the lost calls, is less satisfactory and a
free trunk can be obtained more quickly with a finite
delay at.11 system without the necessity of repeated dialling.
Savior T&,_,bnician X.I. Tsimbalov took part in -this
investigation.
There are 3 figures, 3 tables and 15 references, 9 of
which are English, 1 Soviet, 2 German and 3 Swedish.
SUBMITTED: May 17, 1958
Card 3/3
7-
7
1,

vyevj.ch- ~%TEWSKIY, Goorgiy Borl-sovich;
*KAM4AZOV, 14ikhail GrigOr I . ULANOVSWA, V.11.0 red.
LEZERSON, V-K-y otv. red.)
-- cheskaia tel'3fOn"R' Mo-
[Automatic tclephory] Avtomati (giRA 17:5)
skvay sviazlizdat, 1963. 375 P-

=GIN,, L.
Determining the distance b7 means of a horizontal angle. gor.flot
15 no0'3:11-13 Mr 1550 Wak 8:5)
(UTIgatiou)

LEZG Ms-ILLs. PrePOd"atel' Lme-indicator readinga.
Remote-contrOl. recording of log and tI (14IM 34:6)
. - -21 F 161.
Mor.flot 21 no 2.2o
onsko-ye morekhodnoye uchilishchee
1. Khers (Nautical instruments)
(Remote control)

LEZGINTSEV, G.M.
Optimum Parametero of hydrattlic mining of placer deposita, Zapo IAI
49 no,1:95-98 164, (MIU 1818)

KRYSENKO, N.S.,, POZNYAKOV, V.Ya.; GAZARYAN, L.M.; ZADOV, Ye.B.;
KADYRZIIANOV K.K.; KUPKIN, A.V., TROITSKIY, A V.;
MITROFANOVP ), S.I.; SOLOVIYEV, V.Ya.; SOBOLI, S.i.; RY-BROffl-, T. 14.
GAYLIT, A.A.; GENO~ N.N.; GRATSERSHTEYN, I.M.; SKOWILAKOV, Yu.T.,
referent
Fourth plenum of the central administration of the Scientific
Technological Society for Nonferrous Metallurgy. TSvet. met.
38 no-5:90 W 165. (MIRA 18:6)
1. Chlen TSentrallnogo pravleniya iNauchno-tekhnicheskogo obshchestva
tsvetnoy metallurgii i zavod "Urtsink" (for Krysenko). 2. Chlen
TSentrallnogo pravleniya flauchno-tekhnichaskogo obshchestva tsvetnoy
metallurgii i "Severonikelf" (for Ponyukov). 3. Institut metallur-
gil im. Baykova (for Gazaryan). 4. Predsedatell soveta Nauchno-
tekhnicheskogo obahchestva Kollchuginskogo zavoda OTsM (for Zadov).
5- Chlen 'IPSentrallnogo pravleniya Nauchnc-tekhnicheskogo obshchestva,
tsvetnoy metallurgii, Sovet narodnogo khozyaystva Kazakliskoy SSIZ
(for Kadyrzhanov). 6. Predsedatell gorno-goologicheakoy sektsii
TSentrallnogo pravl:eniya Nauchno-tekhnicheskogo obshchestva LBvetnoy
metallurgii; Gosudarstvennyy komitet Soveta Ministrov RSFSR po
koordinatsii nauchno-issledavatellskikh rabot (for Kuzlmin).
7. Ghlen TSentrallnogo pravlonlya Nauchno-tekhnicheskogo obshchestva
,Continued on next card)

KRYSENKO, N.S.-- (continued) Card 2.
tsvetnoy metal"',irgii, Sovet narodnogo khozyaystva SSSR (Por
Troitskiy). P. Gosudarstvennyy institut po proyektirovaniyu
predpriyatiy tsvetnoy metallurgii (for Lezgintsev). 9. Gosu-
darstvennyy nauchno-issledovateliskiy instit.ut tsvetnykh metallov
(for Mitrofanov, Soboll, Genin). 10. Gosudarstvennyy nauchno-
issledovatellskiy i proyekt.nyy institut splavov i obrabotki
tsvetnykh metallov (for Sclov'yev). 11. Vsesoyuznyy nauchno-
issledova-tel'skiy i proyektnyy institut mekhanicheskoy obrabotki.
poleznykh iskopayemykh (for 14yagkova). 12. Gosudarswennyy
institut po proyektirovaniyu predpriyatiy tsvetnoy metallurgii
(for Gaylit).

4465-
5/196/6310iyO/001/005/035
EX93/E383
AUTHORS: Sholokhovich, M. L. ,Khodal~ov-, A.L., Lezgintse'vaq T*Ne
and Varicheva, V.I.
TITLEi New highly nonlineav fervcelectrics
PERIODICAL; Referativnyy zhurnal, Elektrotekhnika i energetilca,
no. it 1963, 15-17,. abstract 1 B54. (In.co'll.ection:
Segnetoelektriki (Ferro e1 ectrics) , Rostov-na-Dortu,
Rostovsk. un-t, 1961, 12-20)
TEXT: The ferroelectric properties of sintered compacts and
single crystals of Ba(Ti-Hf)O solid solutions, containing up to
25 mole.% Hf,were studied. TRe powder compacts were sintered three
times at 1273, 1683 and 01873 0K ~1000, 1450 and 1500 0C), the
53.ntering time at 1273 K (1000' C) being 20 hrs. The speqimens
were ground and recompacted after the fIrst sintering operation.
Sintered compacts containing more than 6% Hf were porous. Single
crystals.of Ba(Ti-Hf)O (molten K F was used as a solvent) con-
stitu*,'.ed coarse, tria-lular plateie?s Joined along one of the sides,
n
the length of the sides and thicImeas of some platelets reaching,
respectively,-2-5 Cm and 80-500 Single crystals were light
Car
d I
'as consiff-eri
.,--.Card 210,-7
s,
------ --- --- -7-
less than that in the case of single crystals.

s/196/63/000/001/005/035
New, highly-nonlinear,ferroclactrica E193/E383
~The field intensity E c'orresponding to the maximum value of c
m
increased with increasing frequency f Oscillograms of
hysteresis loops of single crystals of solid solutions were
characterized by pronounced rectangularity.and reached saturation
in fields-as weak as 5 kV/cm. The2total polarization ability of
the crystals reached 30 - 35 kg/cm Slight asymmetry 'of the
h)rsteresis loops was attributed to the effee It of electrons. A wide
k9op indicated considerable hysteresis 'loss'es, the nature of which
wAs not associated with relatively low conductivity. A character-
. i VX
istic anomaly was observed in the temperature-dependence of the
electrical conductivity cY in the vicinity of 0 (see Fig. -3). It
was established that the nonlinear properties of single wystals
were particularly strongly revealed under the simultaneous action
of constant and alternating fields. The relationship betweren c
and the intensity of a DC field E at f = 10 c.p.s. is shown in
Fig. 4, where the numbers given by each curve indicate the
Intensity of the alternating field. The most useful fact from the
practical point of view-is that maximum nojilinearity is observed
in weak fields. The 8 references.
re are 8 figures and
~Abatr cter's note: Complete translation
ar -37-P -3, .1

ACCESSION NR: AR4042161 S/0196/64/000/005/BC)19/Boig
SOURCE: Ref. zh. Elektroteklinika i energetika, Abs. 5B83
AUTHOR: Lezgint ev , T. N.,
__~.Khodakov, A.,L.
TITLE: Influence of slight impurities of iron on the dielectric properties of solid.
solutions of barium titanate and stannate
CITED SOURCE: Izv. Leningr. elektrotekhn. in-ta, vy# P- 51, 1963, 260-267
TOPIC TAGS, barium titanate, barium stannate, dielectic property solid solution
TRANSLATION: The dependence of)e on the intensitypf a variable electric field Qup to,
10 kv/cm), re*ve~sible # (Eya_ri~d u-p- to 8 kv/cm) was - studied at 300 kc, hy6t'eresis'
loop and dependence on ten, perature of e and tan 6 at 300 kc from 20 to 140*C for
-ceramic solid solutions of BaT'03 - BaSn03 with 0; 3; 6; 9 and 12 mole % BaSn03
-and 0; 0.1; 0.2; 0.4; 0.7; 1 mole % Fe203, Introduction of additions of Fe 0
leads to a. sharp lowering of the nonlinear properties of solid solutions; Na's is,,

ACCESSION NR: AR4014216i
e,specially noticeably for compositions containing 6 mole % BaSn03- In solid
solutions with additions of iron, 0 shifts in the direction of low temperatures,
the more noticeably, the higher the concentration of Fe, while i is also lowered
at 0. These effects are more noticeable in solid solutions baked directly from
a mixture of BaT1031 BaSn03, and Fe203. The influence of Fe impurities on 0 and
e in pure samples of BaTiO is noticeably less than in solid solutions alloyed with
the same concentration of ?1e. For the manufacture of ferroelectric-c,~ramics and
sing1r- crystals with the sharpest expressed nonlinear properties, it is proposed,
,to avoid materials containing Fe. Three illustrations. Bibliography: 4
,references. (Rostov-on-Don State University]
SUB CODE: IC, EM ENCL: 00
,Ccrd
V2
-A

ACCESSION NR: AP4043360 S/0181/64/006/008/2401/2404
AUTHORs Lezgintseva, T. N.
TITLE: Single crystals of barium titanate with stratified domain
structure
S"
OURCE: Fizika tverdogo tela, v.-6, no. 8, 1964, 2401-2404
TOPIC TAG - uin titanate, domain structure, dielectric-constant,
S. bari
piezoelectric modulus, piezoelectric ceramic
:-ABSTRACT: The author investigated single crystals of barium titanate
orite with a small amount of
obtained from a melt in potassium flu
bafnium added. All crystals had a stratified domain structure made
up of alternating a- and c-domains at 450 to the plane of the plate.
Such a domain structure is stable against heating, polarization, and,
prolonged action of mechanical load. A formula is derived-for the
dielectric constant of such a crystal and the dependence of the pro-
Card 1/4

ACCESSION N83' AP4043360
A
perties of ~he crystals on the concentration of the a-domains is
analyzed. The variation of the piezoelectric modulus~of the un
polarized single crystal on a constant bias field leads to a qualita
tive connection between the piezoelectric modulus and the domain
structure of the crystal. The irreversible changes in the domain
structure of the crystal during the course of the measuremeqts may
be the cause of the instability of the eidictric and mechanical pro-
perties. A qualitative agreemeht is obtained between the calcula-
Ition results and the experimental data. "In conclusion I am grateful
to 0. P. Kramarovo A. V. Turik, and V. Z. Borodin for a discussion
of the results." Orig. art. has-. 3 figures and 3 formulas.
ASSOCIATION: Rostovskiy-na-Donu gosudarstvenny*y universitet
(Rostov-on-Don State University)
SUBMITTEDs 26Peb64 ENCLt 02
SUB CODE: as HR REV GOVt 007 OTHERt 004
Card 2/4.,_

,ACCFMICN NRI AP4043360
ENCLOS
UBE 01

ACCESSIM.NRs AP4043360 ENCLOSUREs 02
djl,vmpfed
rel. units
Depen-dence of piezoelectric modulus
d of an unpolarized single crystal
33
on the fixed bias field. Nunbers
indicate the sequenoe of the neasurementse
The initial unpolarized state of the
crystal is.shown dashecle
ECK
4/4
!~T4%

6
, I.M.- - ,,
ACCESS 'no,00( s/o18l/64/oo6/ol2/,,
lot
S
AUTHOR: Lezgintseva, T. N.
TITLE:. Piez6elec r in barium titwmte single Mstals with complex
domain s'f'r-ucture
SOURCE: Flzika tverdogo, tela, v. 6, no. 12, 1964, 3509-3514
TOPIC TAGS; barium titanatep single crystal,, piezoelectric effect, do=ain
structure
ABSTRACT: The author derived formulas for the piezoelectric =dulus di in terms
of the change in the permittivity e (or polarization P) on the application of a
mechanical loaC The basic formAla was
Qj Apt Atp
where Q, electric chargel F -- applied force, and applied stress (pressure).
Allowance was made for the change in the domain structure (900 domain rotation)
under a mechanical load by expressing the change of the polarization AP in terms
-Card 1 3
'Ord
T5F

L-01140165--
ACOESSION UR;. MOD(",
of a change in-the a-domain concentration (M) AP Ajapso where P. is the
spontaneous polarization. The formula was checked by comparison with the pub-
lished values of d for BaTiO , it was used to calculate d from Ai/f values,
measured by applying either ~flfectively hydrostatic or unideractional pressures
..to monoarystals-and ce.~am-io-samplea.---T-he-value-.Of d-43 -for manocrys-cals was founAL
to be two orders of magnitude greater than for ceramic samples. To cheek the re-
.ults of the calculations, the author herself measured d~3 of B,T'03
u
single crys-
tals containing small admixtures of oxides of tetravalen elements and having
laminar domain structure, by the static and quasistatic methods. The initial.
concentration of a-domains did not exceed 0.5. The values of d3 depended both
on the polarization conditions imd on the crystal composition. ~he highest
'fa-lues of d were obtained for crystals with an admixture of hafnium after
Sllron'g ( > ACZ) heating, followed by cooliivig in a weair constant field.l T,-,e
lowest piezoelectric modulus was obtained for crystals grown with an acruxture Of
SiO~ in which the concentration of a-domains was highest (sometimes higher than
0.5 and in which mech9nical stresses were greattest. The results were in agree-
ment with those calculated using formulaz given by the author, although these
formulas did not aLlow for the duration of action of a load on a crystal which
could affect the measured values of the piezoelectric modulus. '.%e temperature
Car4 2/3

L 41140-63
ACCMSION NR: AP5ooo644
dependence of d (20 120C) for a single crystal of BaT obtained by the
~~03 '03,
quasistatic d, had the characteristic maximum near the Curie point (120C)
at which the piezoelectric modulus vanished, as expected for the direct piezo-
electric effect. Dynamic measurements did not give such high values of the
pie7oalectric moduls but agreed completely with the published va-lues, and con-
~'irmed that at sufficiently high frequencies the domain structure changes did
%ot occur and tte effects associated with these changes dia riot appear. "The
hhanka r -, W_ Ir"Ormov.~_ V~_ f'.- Shan"Ien- 01-A V 7.

/--PR/1' ~KIWF( t 'PECK b
PF
b ZdA \~ C _Pr-4 / r-6 - 4/.'F-i4 7 T j
C
'%C MION INR: A25016697
AUTHOR: Lezgintseva,, T. H.
TITLE: Concerning the -structure of,the surfac- layer in sLIgle crystalp of BaTIO 31
SOURCE: Fizilm tverdogo tela, v. 7, no. 4, 1 975-980
11 24 1?
.L~OPIC TV=: barium titanate,, sirgle crystal, surface layer, domain structure
,~--~-S7PACT: The author investigates the influence of crystal thickness and the in-
',-he electrc~de materials on the behavior of 11~ar-
cemrT~Iicated domain stnicture. 7he -T-f5-_a`F:
T~
fluoride with both chemically -p%re Ba
-~--_,up 1V elements. The
'ering of silver Rnc, art imory I r,
6 n It 4400C. Liquid electrodes of saturated LIM solution were u.Luv udea.
ci~F-tal. thickness vas 0.035--l-7 mm. The results showed a tendency to an increased
thickness of the surface layer with increasing crystal thickness, due to the in-
creased concentration of the a-domino with increaaing thicknesa. ~t is Indicated
that the previously observed large Increase In the dielectric constant observp,'.
Card 1/2
21

1. 5 15~-9-65 R."I (!)/EPA (s)-2/MV'f(m)/EPF(n).-2/EEG(t)/T/EVIP(t)/~;c-ilPkb)/EiiAkc) et-
'i, N::~/W;47 Jp-(a ~.-4D
G/
ACCESSION NR: '050162 UP/0048/65/029/006/100-5/1008
AUTHOR: Sholokhovich,M.L.; Be*rberova,L.M.; Borodin,V.Z.; Lezgintsevag'
T.N.
~TITLE*, Effq of the.Rrowth conditions on the properties of some
a 4.
==I-doved-bariu - U'44yatalsOeport,, 4tbAll-Union Conference-on-
----------
.,--.-!-SGURC~i-AN--W-$R.-Izxeattya.Ser.fizichoskaya,v.2g,no.6,1965,1005-1008
TOPIC TAG3-: rroelectric or arium titanate, doping, silicon,
germaniums tin, zirconium, hafnium
ABSTRACT. BaTiO3 crystals doped with Si, qe, Sn, 'Zr or Hf were giv-wn
-oni solutions in fused FF and some of their prope-itles were examined.
in each case the oxide of the dopant was present in the solutloa at a
_rItl'atiOn Of 1 MOle percent. The crystals were [,-rown in two some-
-q'
series the mixture in t~,e fused
differont way-s. In the fl,rst
was hold at 11400 for 6 hours and then cooled to 9000 or In U
series the solution always contained a aludge of undissolved BaT03*
I, ~-RW
rn 'M!1!

L 57559-65
ACCESSIOTI.,NR: AP5016141
The - crystals obtained-by this procesure were in.the form of laminated'
twins. In the second series the mixture was held at 11800 until solu-"
tion was complete and then cooled slowly to 8400. BaTiO3 crystals ob-
tPinea in thi way are ordinarily cubes, but Igthis case the pre-
ed e- conden a- of- -SL, -'ere-7-0-i5i -F
longs - -heating Th- trati-oh ___f---_and--Ge---w
0.5, 0.1, 0.05 and 0.01 percent by weight, respectively. The-d6main
structure was affected by some of the dopants; this is discussed
briefly. Doping the crystals with Sn, Zr and Hf did not change the
temperature dependence of the dielectric constant. In the Si and Ge
doped crystals the dielectric constant showea a small washed out m2y-,-
mum at a temperature somewhat below the Curie point. This is ascribed
to the change in the numiber of a-domains with temperat,..Lre. Prolorwed
appl-t(-ation of a 2 kV/cm alternating field caused a gradual change in
the shape of the hysteresis loop, particularly in the case of the Si
doped crystals. Except for 'the Hf_goped crystals, the saturation Do-
a --,a -
larizations were between 1.0 x 10 and 1.8 X 10-5 C/cma Me sat"
tion polarization of the Hi, doped crystals was 2.5 X' 10-~ G/CM2. The

ne-
-pysicormaru
dl -D
h'j are lnititlite,.- Rostov~-ori'thd o7n-
ma
'Vers:Lt
SUBMITTTIED: 00 MiGL; 00 SUB CODE; SS,~JC
NR REF SOV',. 005 OTUJR,. 006
P3

1. 6929-66 Fjv,~A-) /Epk(w)-2/EPA(s,).~-Z/49T(M)/EtT(i)/EviT(b)/ETdF",ONI LIP(c),
WHIJD
AM-= Nat AP5=644 6/0181/64/006/012/3509/3514
AMSOR: Lesiatag"
TI=t Piezoelectric affect in barilm titaAate single crystals vith complex
dam dik structurs
80=t Fisika tyerdogo tels., Y. 6j no. 120 1964, 3509-35A
TMC TAGS t :bari= titanate, single crystal# piezoelectric effectj domain
structure
AWMCT: The author derived formulas for the piezoelectric di in terms
of the change LA the permittivity 4 (or polarization P) on the application of a
macha"cal load, The basic formula vex
0,=.%Pi 11P
d,
're, electric charge, F applied--force, and-e applied stress' (yressure)
Allovance vat made for the chanas in the domain -structure (900 domain rotation)
under a mechanical load by expressing the change of the polarisation AP In terms
Cwd 1/3

r 6929~i,66----
A=sioN xR: An=644
of a change, in the &-ndomain concentration (m) AP 4ops, where P. is the
spontaneous polarization. Thejormula was checked by cooparison with the pu'~-
lished values of d for BaTiO Xit was used to calculate d from At/d values,
mes=ed by applying eitRe:~fft-Iffectively bydroztatic or unideractional pressures
to monocrystals and cert
Mic
-6ciplec. The vaLue of d13 for monocrystala was found
to be two orders of i~itiiae greater than for cersmIc samples. To check the re.
aults of the.calculations, the author herself measured d 3 single crys.
of BaT103
te-In cont-Inin -11 aAmixtures of oxides of tetr ele=ents and having
avalen
In-ina dcmain structure, by the static and quasistatic methods. The initial
concentration of a-A-ains did not exceed 0.5. The values of d3 depended both
on the polarization conditions and on the crystal compositions ~%e highest
values of d were obtained for crystals with an admixture of hafai= after.
strong ( > RZ) heating, follawed by cooling in a weak constant field. The
lowest piezoelectric modulus was obtained for crystals -grown with an crin-I ure of
SiO in which the concentration of a-d=nins was highe t (sometimes higher than
0*51 and in which mechanical stresses were greatest. I results were in agree.
ment. with those calculated using formulas given by the author, although these
for-'s did not allow for the duration of action of a load on a crystal which
could affect the se"ured Yalues of the piezoelectric modulus. 2%c temperature
Card -9/3

L 6929-66
ACCMSION HRI AP5000644
dependence-or d (20--1200) for a siNae crystal of BaTiO obtained by the
quuietatic MeNgd, had the characteristic maximmm near thi Curie point (120C)
at vhIch the piezoelectric modulus vanished, as expeated for the direct pie-!o-
electric effects'- -.Dynamic =asurementa didnot give such high values of the
pie-zoelectria-siodula but agreed cooplately with the.published values and con.
firaed +.b&t at sufficiently high frequencies the domada structure changes did
not occur and-the effects associated with these changer, did not appear. 'The
author thank 0. P. Kramarov, Ye. 0 Fesenko and V. Z. Bor n for discussing
the results Orig. art. bas:
figures and 8 farimilas.
qV
A=IATIONt Rorlovskiy-na-Donu gasudaretvenuM univgraltet (Hostay-on-Don
State Univ a
ei Ityl.0
WMa=% 29APA ENCLt 00
M C=% SS ~NR REP SM 012, OMM: 005
card. .3/3. _Ala

2 )CWT(!)/Er#P(e)LEPA(s)-2/L?',VT(m)/E~VP(i)/EPi(~)-~Z
ACC NRs AP 5028101 JD,/aG'/WH SOUWH CCDE: UR/0048/65/029/011/19-82/1985
AUMOR: Borod1n_,__V.Z.,. Kuzaetsov, V.G. ;.~Wmint !eva T. N.
- ------------
ORG: n-the-Don State University (Rostovskiy-na-Donu Gosuderetvonnyy
unIveraltet)
TITLE,~*Dielectric and optical investigations of barium titanatp single crystals.
in the-infralow frequency range Zheport, Fourth All-Union Conference on FerroO
&-!0rtXjr.1tv held at Roatov-on-the-Don-12-16.September 1961~_
7 Q -,57- L5--
SOUWE: AN SSSR. Izvestiya, Seriya fizigheskaya, v. 29 no. 11, 1965, 1982-1985
ZIP 44V 57 5-
TOPIC TAGS; lerroelec~rlc'crystaljp ~'ariumtlitanite.-dielectrrN antgelectric
coercive.force,;,electric domain stru-clu-ret extreme low frequency.
olarA nation i~ ve-d e ~)ptr c,-~eori!i~ant-,-"ani2.imoerciVe field-,of.,-.--.
e-:,crysta;_~p..atqpwW domain striiiiiiiies-
.7~ At, c
0- A& 10
-cycl6/i66. -:-The- reve
ee iic consitan was measure YC
.~at w,carr er requency,of 50-kiloc le/sec in the
pr!6aence-'cPf : a I ve '~ low frequency 'biAs.,field,' .-In addition to-this, the behavIior
~.'under the ififluence.of low frequency fields-of single a-domains in the midai of
~6-dftaina was observed with a,polarizing microscope. AtIrequencies below about
50 cycle/sec- the effective dielectric constant as a function of the amplitude.of
the reasuring field ahowed a.pronounced maximum at an amplitude in the vicinity
CdM

ACC NRI AP 5028101
m; the maximum e
of,1:1w/c i\d lectric constant incressed.rapidly with decreasing
-frequency amd the posit on of the maximum shifted slightly to lower amplitudes.
The coercive field decreased gradually with decreasing frequency, reached a mini-
mum. at a-frequency that depended on the amplitude of the applied field, and subse-
quently increased to the static value. The changes in thickness of a-domains were
observed in 0.2 cycle/see fields. At low amplitudes of the applied field the
domains oscillated at the applied frequency, but at high amplitudes the doEmins
oscillated at twice the applied frequency. An analogous transition from fundamental
to second harmonic domain oscillation was observed on decreasing the frequency while
maintaining the amplitude constant. When oscillating at the second harmonic, the
domains reached their greatest size when the applied field passed through the value
ofthe coercive field. The relation between domain oscillation and other dielectric
properties-of the crystal is discussed briefly. The authors thank K.L.Sho:
for providing"the single crystals. Orig. art. has; I formula and 5 figures.
SUB ME: SS, EM SUEM DATE: 00/ ORIG.RSF. 005 OM REF: 002

L IJP(c)
)/EPA~s)-2/EWT(pi)/EWP(i)/8PA(W).2/EWP(t)/EWP(b)
_784o_66*. e
ACC NRI AP 5028103 TD/WH SOURCS CODS; UR/0048/65/029/011/1991/1993
AunIOR: JAzzintseva T. N.
5-
ORG: Rostov-on-the DGn.Sta;'-q,`Universit (Rostovskiy tvannyy _46~~
_7"7PoAU,__Gosu,ders
:'uhiv-
TITLS: le bariurAt
D lectric:cons tan't of - _jtAp%te sihgle crystals with laminar domain
structure 41eport Fourth All-Union Conference on Ferro-electricity hold at Rostov-
on-the Don 12-16 September 4"~ 57 5--
SOURCE: 4N SSSR. Izvestiya.Seriya fiziSheskaya, v. 29, no. 11, 1965, 1991-1993
2j) V
TOPIC TAGS: Ferroelectric crystal, single crystal, barium titanate, dielecMc~c~;_
stan electric domain structure, mathematic method 7
ABSTRACT*.,A theory given elsewhere by the author (Fiz. tverdogo tole, 6 2401 (1964))
is employed to discuss the influence of domain structure on the measured dielectric
constants of barium.titanate single crystals and other ferroolectric crystals of
similar-structure. Formulas are given for calculating the dielectric constants of
aImonodomain crystal from measurements on a crystal with the regular laminar domain
structure shown in the figure.-
1/2
SUB, MR.- SS'. EN SUBM DATE: 00/; ORIG.REFs 003 (YM REF: 004
nw
C(ird 2/2
f

L AI-
USSR / Microbiology. Medical and Veterinary Microbiology. F-5
Abs Jour: Referat Zh.-Biol., No 6, 25 March, 1957, 22oo6
Author Zh&Wd
Inst
Title Filterable Forms of Tbphoid Bacilli which were Formed Under
Influence of Bacteriophage.
Orig Pub: Sb. tr. Irkat. gos. med. in-ta, Irkutsk, KnigoizdAt)1956)
152-157 -
Abstract: On addition of a polyvalent typhoid bacteriophage to alltures
of typhoid bacilli a growth of secondary cultures was observed
in 4 of 9 strains tested. The secondary matures grew best
of all on bullion with grape sugar and addition of humen blood
serum. Morphologically the cultures obtained appeared as thin
rods or cocci, weakly gram strained. Upon passing part of the
cultures did not grow, another part grev weakly and slowly.
Biochemically and serologically the cultures obtained were com-
Card 1/2
-31-
USSR / Microbiology. Medical and Veterinary Microbiology.
Abo Jour: JRefer&t Zh--Biol-., No 6., 25 march, 1957, 2W
pletely inactive. The pathogenic effect
markedly lowered. On white mice was
Orientation examination of cultures
mice showed absence Of im"Mogenic effect. on .16
Card 2/2 -32-

LEZRANKINA, Z.S.', kandidat sallskokhozyaystvenrqkh nauk.
1.
- Effect of the contours of the soil surface on carrot yields in a
humid area. Zemledelie 4 no.11:101-105 N 156. (MLRA 10:2)
(Carrot@) (Soil moisture) (Crops and soils)

UZMINA Z kand.sellskokhoz.nauk, starshiy nauchnyy sotrudnik
~01!~MU, E,' agroncm*
From experiments to high crop yields. NTO 3 no. 5:6-8 My 161.
(MA 14- 5)
1!1 Nauchno-issledovatellskiy institut ovoshchnogo khozyaystva
(for Lezhankina). 2. Zamestitell predeedatelya soveta pervichnoy
organizatsii Nauchno-tekhnicheskogo obshchestva., sovkhoz imen.L
M,Gortkogo Moskovskoy oblast~i (for Belyayeva).
(Moscow Province-Vegetable gardening)

ALEKBEYEVA, M.V., doktor slellkhoz. nauk, prof, retsenzent; KROTOVA,
O.A., kand. selikhoz. nauk; retsenzent; SHEVIYEV, Te.I., agro-
nom, retsenzent; IEZIAU" 7--q- J. kand. sellkhoz. nauk, red.;
VISHNYAKOVA, Ye., red.; GAYLVEKIT, A., red.; POKHLEBKINA, M.,
tekhn. red.
(Cooperation of science and production; experience in joint
work of the vegetable growers on the M.Gorkii State Farm and the
scientists of the Research Institute of Vegetable Gardening] So-
di~uzhestvo nauki i proizvodstva; opyt sovmeatnoi raboty ovo-
shAevodov sovkhoza im. M.Gor1kogo I uchenykh Nauchno-isaledova-
tellskogo instituta ovoshchnogo khoziaistva. Moskva, Mosk. ra-
bochii,,1963. 133 P. (MIRA 16:6)
(Vegetable gardening)

11',ZHANKINAy Z.S.-p kand. sellkhoz. nauk; VISHNYAKOVA,Ye., red.
[Conveyor production of vegetables] Ko'nveier zelennykh
hiu'ltur. Moskva, Mosk. rabochii, 1964. 70 p.
(MIRA 17:10)

LEZHAVA, A.!;., Cand Led Sci -(diss) he nroblem of the etiolo.-y,
pathoeenesis)azid diapostic-10 01" Glill1cal S~T,,.D,.Omis Of
an inflmirintory disease of the Call bladder" :""Tbilissi, 1958-40 Pp.
(Tbilisi State Led InGt). 200 coniog. (YL, 38-13, 108).

G.D.; LFIZHAVA,
increase electric locomOtive runs between wheel
4ek-i te-.03-tiaga no.8:34-35 Ag 157.
I-Ifachal'nik depo ;,iii_':,,-u.;!i '7j.,.,-,avkazGkOF 11 helez,-.-.,!, (for
2.lTachallnik tekhriche--t-ov ottiela depo (for Lc,-' "' , :%) .-
(Elect-'.-: Iocn-x)tives--IIaintena*:-~?

- rnv 112a .a
"On the Contradiction between the Analysis of the Tis~;ue
and the Generally Accepted Classification of the Tissue
into Four Basic Groups.," Dok. AN, 28, No. 6, 1940.
Mbr., Histology, Univ. Stale Tbilisvi, -1940--

IZZHAVA, A.S.
Histological changes ix mWelizated nerve fibers during the
longitudinal growth of the nerve* So4b.AX Gruz.SSR 8 m-5:
343-349 '47. (MIRA 9:7)
leAkademlys, muk Gruslaskey SM. Institut eksperimentalluoy
merfologli, Tbilisi. Predstavlens, deyutvitellnvm chlonom Aks-
demil A.4aNatishvill,
(Nerves)

A. - - -
Lez.q.i.vii, A. S. - I'llne racretorl function of intermel-li-tv T--udZ, In-t~,-
eksuerim. :-,orfolorii Ulk~.d. i;..,-tk C-ru:,:. S'SR). I, l5i-I~,- ?3-97 - If: Graxiin
Ressupne in Russi~,.n - Bibliog: 15 itlems
SO: U-30600, 19 JulY 53, (Ijetopis 'Zhurnal lnykh Statay, No. 6-,- 1949).

z-I___r "gtd- gvixgga
o
211-280 LEZIWIA, A. S. Otdelitellna-ya funktslya p--~rekhodnogo epitullya. Trudy
X-ad. ried. nauk SS3% T. M, 19V,), s. 169-71-
SO: LetoPis, No. 32, 1.0/49.
gle and multiple nuclear
pericardium which contains unusual structures: rosettes,
parallel cell rows and multinuclear cells of different di-
mensions. Rosettes contain from 7-9 up to 30-40 cells
and form from multinuclear cells, vhich develop by multi-
p -division of the nucleus and then of thecytoplasm.
le
Parallel rows of cells also form from certain multinuclear
- calls, when their nuclei are arranged in a single line.
The subsequent plasmotony dissects the multinuclear cell
Card 1/2
as a
Card 2/2

LEZHAVA, A.S.jABASHIDZE, V.S.
Conference of readers of "Arkhiv Anatomii, Gistologii i Embriologiil
in Tbilisi. Arkh. anat. gist. i embr, 40 no-3:116 Mr 161.
(MIRA 14:5)
(AUTOW-FERIODICAIS)

A.S.; TOROTAMP, E.E.
Transformation of ciliated cellf; of the Ppithelium into goblet
0
c(Ills. Trudy Tbil. Gil M-53-59 163. (MIRA 18:8)
1. Kafedra gistologil Tbllisskago universiteta.

I-IVIHARULIDII I I.I.M.;-JE-1
ZE, - "Vj-A!S1.
Interepithelial junction in the cloaca of some ar.Thiblians,
reptiles and domestic hens. Trudy Tbil. GU 88;71-87 163.
(MIRA 18: 8)
1. Kafedra g1stologli Tbillsskogo universiteta.

LEZ-HAVA A.S.; K01j)~,HVARI-~LkItKINA, m.i,
Development of the interepithelial. Junction region in the cloaca
of domestic hens. Trudy Tbil. GtT 88,99-106 163.
(MMA 18:8)
1. Kafedra gistologii Tbilisskogo universiteta.
"M
K "R

LEZHAVA, A.S.
Some problems of the stn;ctural devol(,pment of animal organism-F,
Tnidy Tbil. GU 88:5-42 163. (MIRA 18:8)
1. Kafedra gistologii Tbilisukogo univercit.otti.

ROYNISHVILI. N.M., professor, doktor tekhnicheakikh nauk (Tbilisi);
Imndidat tekhaichesicikh nauk (Tbilisi); KLMASAKHhISOV,
G.I., kandi"t tokhnicheskikh nank (Tbilisi); PODVYAZKIN, K.A.,'
kandidat tekhnichookikh nauk 4eningreA); POVAIWO, SO.. doteent
(Lentngrad-); ZILJIVICH. P.M.. inshener. V
"General course in railroad engineering.' I.N. Bobrosellskii and
others. ReTieved b7 N.M. Roinishvili and others. Zsl.dor.trf6wP- ~39
no,4:90-93 Ap 157. (KLRA 10:5)
(Railroad engineeri
(Dobrosellskii, K.K.
(Nikolaev, I.I.) (Chernyshev. M.A.)
(Shilovskii, V.A.)
V

1"
LEZWAVA P.I..
Possibility of detecting the vlrus of lar.-ngotracheitis In
fowl b- if
y using the double dif usion precipitAtion in agar
reaction. Soob. AN Gruz. ~3SR 30 no.3.-325-327 Mr 163.
(M1RA 17:6)
1. Ministerstv,~- sellskogo khozyaystva L-15SH, Gosudarstvennyy
nauchnr-kontrollnyy institut vet6rinarnykh preparatov, MosjF a
.V
Predstavleno akad--mikom A.D. Zurabashvili.

LEZHAVA, G.A., wirant
Early diagnpaia of infectious laryngotracheitis in hens.
Veterinariia 41 no.7t2l-23 J1 164. (MIRA 18i11)
1. Oosudaretvannyy nauchno-kontrolinyy inatitut veterinarnykh
preparatov,
0~

IEZHAVA, G.G.
Role of stimulation frequency in the development of "habituation'
to responses of the visual system. Soob. AN Gruz. SSR 35 no.3:
705-711 S 16-4. (MIRA 17:11)
1. Institut klinicheskoy i eksperimentallnoy nevrologii A14N SSSR.
Predstavleno chlenom-korrespondentom AN GruzSSR S.P. Narikashvili.

IEZIfAVA., G.G,
Machanism of the development of "habituation" of resporse
potentials in the visual system. Soob. AN Grua. SSR 31 no-31
707-~714 S 163. (MIRA 17:7)

W j"HC1 fT-' ",'-K I V111. M.
Uorticofugal. cbtini-jo~, In EGR rmponF,~!s of mcnopolar and bf,,olir recor.-ing
Potentials. Dokl. AN SSSR 162 no-6:1444-1446 Jo 1--S5. (14TRA 18.71)
1. Inntitut vysshay rml-viloy deyattillnosti .1 neyrofiziologil AN
I Insti-tut eksporimentail noy L klinicheskoy nevrologii Afm,N Tbil I s 1
Submittsd July 7, 1964.

ALADASHVILI, Z.M., inzh.j-1k'aUAYA,.D,,G., inxh.~ MATIKASHVILI, I.V., kand., tekhn.
nauk; TSIBALASHVILI, G.G., lnzh.
The TR-4 device for measuring fuel consumption in motor vehicles. Priboro-
stroenie no.7s26 i1 165. (MIRA 1817)

LEZIIAVA, G. I.
.Sbudk of the terrestrial molluck fauna in Gornaya Tushotiyao
goob. AN Gruz. SSR 29 no. 32327-332i S*162 (MIPA 1911)
1. Institut zoologii. Pff GruzSSR.- Submitted March 25, 1961.

LEZHAVA G. I.
The phenomenon of viviparity in Laciniaria Strauchi (O.Bttg.)
(Gastropods, Clausiliidae) and fundamenW data on its morphology.
Dokl. AN SSSR 146 no.5.1231-1232 0 162. (HIRL 15:10)
1. Insitut zoologli AN GruzSSH. Predstavleno akademikom Ye*N9
Pavlivskim.
(Georgia-Clausiliidae) (Reproduction)

L--MMVA, G. 1.
F,auna of terrestrial mol2ueks in east#~Lm Georg-la. Soob. ki Gniz.
SSR 34 no.,3 -.665-669 .19 164- (1-11 RA 18 -.1
1. Thstitull, zoo'lceii AN Gn-;z--lnjkr.)y Sulnitted N'ovember 9,
1963.

IEZHAVA, G.111 NATSVLISIIVILI, M.G.
Materials on terrestrial mollusks of the forest zone of the
Kakhetian part of the Greater Caucasus. Soob. AN Gruz. SSR
38 no. 3:661-667 Je 165. (MIRA 18:12)
1. Gosudarstvennyy muzey Gruzii imeni Dzhanashia. Submitted
April 20, 1964.

VLADIMIROV,L.A.; LEZHAVA.G.P.
Studying the flow of Georgian mountain streams. Metero. i
gidrol. n0-3:53-54 Mr '53. (KL8A 8:9)
1. Institut geografli Akademil mauk Grazinakoy SSR, Upravlenlye
gidrometalushby Gn,.zinakoy SSR. Tbilisi.
(Georgia--Stream measurements)

LEZHAVAj G.Po; LOMINADzEf V,F,
DevoilOpment Of WrOMSU(OrOlogical serviOP: &nd science
i'm the 40 years of S*Vie- 'C(~Orgi&- TruiY Tbil., NIGMI no..10i
3-9 162.
(MIM 16: n)
Vq

KADEYSHVILI, V.G.; KASHAKASHVILI, V.P.; LE~HAVA,-G.5.
Composite model of an a.c. network with noncalibrated resistances
and the prospects for its use. Soob. AN Gruz. SSR 29 no.2:173-176
Ag 162. (MIRA 18:3)
1. Institut energetiki imeni Didebulidze, AN Gruzinskoy SSR, Tbilisi.
Submitted June 26,, 1961.

KADKYSHVILI, V.G.; KASHAKASHVILI, V.P.;_LEMVA, G.S.
A static model of an electric power system in the Power Engineering
Institute of the Acadevq of Sciences of the Georgian S.S..It. Trudv
inst.energ.AN Gruz.SSR 16tlr~--149 162. (MIRA' ~614)
(Electric power distribution-Models)

BABTJROV, A., student; GLADKOVA, N., studentka; GUTNOV, A., student;
ZVEZDIN, A., student- LIZ a.,. student; SADOVSKIT, S.,
student; SUKHANOVA, Ye., studentka; KHARITOMOVA, Z., studentka
From the diploma project to the msp of Siberia. Tekh.mol. 28
no-7:6-7 160. (MM 13:8)
1 . ;;i~-
1. Moskovskly arkhitekturnyy in~ll I
(Cities and towna--Planning)

~-- E-T~ltyvl~ ff- --
KHCDAKOVMIYg V.Ve; YSFMOV, V.A., karld. tekhn. nauk, starshiy nauchMy
rabotnik; KOS1MO# PoTio# Imnde tekhn. nauk; KAZAKAVICH. 8.S.;
L&PITMT, V.I.,- prof., doktor tekhn. n~nk; FILIPITIff, O.T.;
STROGANOT, A.I.,'kand. tekhn. nuk, dots.; DAKIDCY71CH, A.T.;
IBOMUTSKIY, - I.I. kand. tekhn. nauk; KMHIBOZHSKIY. X.Ta., dots.;
KOOHO' V.S., proi., dokbor tekhas nau1c;,RYN'KOV,'V.1.; LOMIN,
L.K., m1adshiy nauchWy sotrudnik; raunvo N.I., dots.; XLYUGHUOTO
A.P.; PL-YUSHOHMM, Ire.A.;- KAMM. Ye.A., kand. tekhn. nauk, dots.;
KOSWAO Ij., kand, tAhn, nau);~ nauchmn sotruAM ; SHIRMOV, G.I.-,
MM1KHIffq F.V*,, prof., do-dor tekhn. ni;t*;'1kUwF*r464w9-ZH1GULIS9
V.I.; xClioKov, P.K.; NIKOV. A.Te., prof., idoktor tekhn. nwl~
btarehly nauchny7 satradnik; TARASOV, N.S.; NIXCMAYMV, A.G,
'18/19:4,0-66 157.
Discussions. Bjuj. TSNIICHM no. (mm 11:4)
1. Starshiy inzhener Glavepetseta-U Ministerstva chernoy metallur-
gii SSSR (for KhodakxmskiY). 2. Institiat gaza (for Yef1mov). 3. Dt-
rektor 11heprodzerzhinskogo motallurgicheskogo institute, (for
Kosenko). 4. Nachallnik laboratorli LeningreAskogo instituta ogne-
uporor (for razakevich). 5. Zavediquahchiy kafedroy metallurgil
stall lbepropetrovskogo metallurgicheskogo instituta (for Ispitskly).
6. Nachallnik laboratoril, Giprostali (for Fillpl7ev). 7. ChelrOin-
skly poUtekhMeheakiy institut (for Stroganov). 8. Haelhallnik
teplotekhnioheskoy laboratorii Ssverskogo metallurgicheskogo zavoda
(for Damidovich)# 9, Zomestitell nwhaltnika Mentrallnoy zavedatoy
laboratorii Makeyevskogo metallurgichookogo savoda (for BornatWq).
(Continued on next card)

Z.HCDAKOVSKIT T.V.--(continued) Card 2.
10 hbirskly metallurgicheskly Institut (for Nedzhibozbskiy).
n: ZareduyushoMy kafedroy metallurgii stali Kiyevskogo politekhni-
cheakogo.inatituta (for Kocho). 12 IspoInyayushchiy obyazannosti
glarnogo inzhenera Belorstakogo metallurgicheakogo kombinata (for
HynIkov), 13. Voesoywnn nauchno-iseledovatellaldy institut metal-
li=gicheskoy toplotekhniki (for Lomakin). 14. Urallskiy politekhni-
cheskiy institut (for Mokarev). 15. Zamestitell nachallnika teplo-
tek!=icheskoy laboratorli Nishne-Tagillskogo metallurgiaheskogo
kombinata (for 13,y=herov). 16. Nachallnik teplotekhnichaskoy labo-
ratorii Ueutrallwy zavodskoy laboratorii zaroda im. Toroshilova
(for Plyushchanko). 17. Zhdanovskiy metallurgicheskiy institut
(for KapuAtin). 18. Iustititt metallurgii im. Baykova, AN SSSR (for
Kobesa). 19. Rachalinik laboratorii martenovskikh pechey Voesoyuz-
nogo nauchno-issledovatel'skogo instituta metallurgicheakoy teplo-
takhniki (for Shirokov). 20. ZavediVushchiy kafedroy mtallurgii
etall Urallskogo poUtekhnicheskogo instituta (for Umrilelhim).
21. lachallnik metallurgichaskoy laboratorii TSentrallnoy zarodskoy
laboratorii Zakavkasftgo metallurgicheekogo zavoda (for lezhava),
22, 74mestitell glarnogo inzhenera zavoda im, Ntrovskogo (for
Zhigulin). 2-1. Bachallnik martenovskogo tsekha M=netskogo motal-
lurgicheekogo kombinata (for Morokov). 24. Institut mtallure,'L im.
Baykova AN SSSR (for Ehlabnikov). 25. Glavnyy inzhener Petrovsk-
Zabaykallskogo metallurgichookogo zavoda (for Thrasov). 26. Nachall-
nik tsekha Vlagnitogorskogo metallurgicheakogo kombinata (for
Nikolayev). (Open-hearth prooess)

ii
TAVADZE, F.N.; LEZHAVA, K.J.
Production of silicon-freep killed pipe steel. Trudy Inst. -met.
AN Gruz. SSR vol. 13:75-~ 162. (MIRA 17:9)

LZZHAVA, K.K.
Importance of cytological research in the diagnosis of
malignant tumors. Soob.KN Gruz.SSR 23 no-3:329-332
S 159. (MIRA 13:3)
l.' Thilisakiy gosuclaretvanrWy institut usovershonatvavaniya
vrachey. Predutavleno, akademikom A.P.?Sulukidso.
(CANCIR)

13=VA, K.K.p Cand. Med. Sci., VDiss) - "Data on the question of tI.-te cytological
diagnosis of malignant tumors in the clinic of internal diseases," Tbilisi, 1961,
13 pp (Tbilisi State Wedical. Institute), 120 copies (KL-Supp 9-61,, 191)
--I ~. - ~. '.' I. ,
~41,
- ~ ~:11 Z, ~, ~
- --.j ..

LEZHAVA, M. I.
22667 Lezhava, I.I. I. K Vaproev 0 Sekreto;-noy Funktsli Zheludka Pri
Kholotsistopatiyakh. Trudy (TIbilis. Goa. Mod. In-T), T. V, 1948,
S. 100-0g.--Na Graz. Yaz.-Rezywne Ha Rue. Yaz.-Bibliogr: 5 Nazv
So: LetoplBl, No. 30, 1949

LIZEAVA. Nikola.7 Isidorovich; SHCHIGOIAV, V.I., redaktor; DIZHUR. I.M.,
FIRM6 fzUtAe'j.11Mva; TROFLMOV, A.Y., tekhnicheekiy radektor
[Trim and draught; practical tables for rapid calculation of trim
-and draught applicable to any ship] Different i osadka; praktichaskis
tablitsy dlis bystrogo reschats differenta i omadki, primenlmye k
liubonu sudnu. Moskva Izd-vo "Morskoi transport,w i957. 113 p.
(Trim (of shipaj--Tables, ate.) (RLRA 10-.6)
(Ships--Cargo)

A. , LA2-'.AFL'
Textile Research
Discussing Chudinovskikh article "Determining the strength of bast fibc-r.11 Tekst.
pro. 12 no. 3, 1952
Monthly List 2f Russian Accessions, Library of Congress, April 1952. UINIGLASSIFIED.

1. aZHAVA, 0.
2. ussR (600)
4. Alfalfa
7. Stubble sowing of seed alfalfa (in Ceorpman with Russ--Lan sumnai7)., Trudy Inst.
pol. AN Gruz. SSR 6p 1951-
9. Monthly List of Russian Accessions, Library of Congress, APRIL 1953. Unclassified.

LEZHAVA, 0. 1. Cand Agr Sci -- (diss) "Certain
Measures for Raising the Seed Yield of Alfalfa t= Under
Irrigation Conditions of the Nizhne-Kartalinskaya Plain." Tbilisi,
1957. 20 pp 22 cm. (Min of Agriculture USSR, Georgian Order of
Labor Red Banner Agricultural Inst), 100 copies (KL, 27-57, 108)
XXX -54 -

JAZHAVA
Iffect of IrrI&Ion on the need produation of alfalfa In Kvmo-
Kartli. Sodbj'M Grms.SSR 18 no.2:217-224 7 157. (KZRA 10:7)
4. Grazinskly nauchno-Issledovatel'skly Institut sealsdoliya.
Predstawleno skademikom N.N.Ketakhovell.
(Goorcia--Alfalfe)

COUNITLY
I CATEGORY
:
: Cljltivt-~ted Flants. For9ge Grolls.
N
ABS. j0 M11 : KhBiol.., ~o. 195 8, Noi 1047R1
'AUTHCR
INST.
TTTM
OFIG. PUB.
ABSIRACT
Card: 1/ 1
I.ezhbvv, C.
~C~14 tffc Research Institute. of Agriculture
The Influence of Post,11arvest Sowing Pericas on the
Yiela of hifalfa Scedas in the Conditions of Nizhnyaye
K.rtlya
: YAtSetwokmecebia sametardyerokvleviti institutis shromebi.
Eskiirtyalo IT. in-tv zemleazliya. GruzziLxI,
: In at the base of Geore
ian Ecientific Research
netitute of ogriculture, blue alfalfa wfis sown every 10
ccya frtyui thr- 200 of July to the 10th of Septumb-:r ou
chustaut '~ieavy irriptej aoils Qn otubUlfi with deep
011fige. . Flunte of Lhts so-oring pf.-riw from the ?0th of
July to the 10th jueuat' haa a height of 60 centimeters,
thobe of tqe Bowi"d from 20-30 of ~ue;ust - 20-~5 centi-
.-v~ers;- p'-~snts of Octooer sowir;,~ tsutsrec. winter 3t cotyi&-
---ou stage. The loss of the latter in wintur time rL-bciied
61'v'. Tht; yie.1c. of 31fb1fa seeas also uacreasec. sharply in
plknts of the lvht sowing poriod. -- 1. N. 4aikiaa
4L~ 19~3, 10t. 75-92
j C.

PHASE I War, EXPLOITATIOU 3OV/346Z
Ak&.aemlya nauk Oruzlnskoy 33R. Institut priklalnoy khImli I elektro-
khI.Ii
Oldroelektrometal2uzylya khroma; 3bornlk r1bot (HydroOpetrometallUr-
gy of Chromium. Collection of Works), Thillal. 1959. 261 p.
2,000 copies printeS.
Ed. ~ N.T. Gorman. Ed. of Pablishing House. L.N. Sarklayan: Tech,
Ed.: A.R. ToduA.
MMSE: This book to tntendel for metal Iurjlstq.
OBTAIN140 CF-ROMIVK CoMrouwDS PRom PMOCMSOKE

1. Else trochAmica I Plethode of ObtalnIng Chroalum Compounds
*
1~041dm** %l
T.V., TonstawlahvIll, and S.N. HN--manova. Anodlc
Zi
tjO Ferrochrowe In Solutions of Sodium Carbonate and

Caubtle Sods
3
ovviellant, Dzh. P L.L.-Pubtsh. R.I. Agladze.and TY.
I2rstRr:.
lAh-
-
__
.
Ir-t . Obtaining 6;OmYtom Sulfate ly
AWduell-on Or Compounds or hax-
-
av*lent Chromium
9
:AXjftdze. A.1.. and T.Y- Ic ta.lahvill . Obtaining Blchromate by
A--I- t"
modic '$solution Of FerrOch--O- IWAlkallnj and C cate Solutlom2i
-'Aglad=e. R.I., T.V. lamtaat3hvlll. DZh. P. OvelOSIont, and L.'L.
Rubtsh. Production or Ammonium Blehromate end Ctu-O-e AmmOnIL= Alum
roa* Parrochrocre 33
'10natsmishvili, T.V. Pealstlylty or El.ctralytes In the Anodic Dla'o.
lution of Parrachrome 51
lonat-anishvill, T.V. POtentImetric !r%,eit1&,Ucn of Ch-~Oate Solutions 57
'Agladze R.I,
.
and' r!y.UGbw.LU. AnOdIc Du.-olution or Ferro.
1

chrome
.
.
rIc
91 Su Acid Solutiona 63
11. Chemical 16L~t~*13 Ojr Ob~.&Lnjng Ch tM CqM-
r.PI oUn_43
Agladae. and'T.7. lonata.12hrill. Separation
Of Sulfates Of Chrcolt= &ad Irvn by Practlonal Crystallization 75
Vrareultehvili. N.V., and p.j~ Agla~!,e. Sep&mtlm or Sulfates or
C
hromium and I-on b7 Fractl(~.,l (;r,-,tsjll=mtIcn 83
'-,_1 1z,1 nova, -3 N.. Pro~4cticn or Anhydrc" Chromium Chloride ~9
.10
MMt~tninhilli, T.V. 5-wlraticn rf Callounds of Chrc~dum and Iron by
P
ractimnl. Frecipita-Irr. of' Hy~!rcxld~n 107
PSCDU',TI0N CP MZTAILIC CMUMM
I. PrOduaticn of' 11,tallic Chror4un by Sl~,trolyrls
or Its Nexavalent Corpo"nds
B-r-,"vs~nyn, T.A. Prz~~jctlcwf Metklllc Chromium From Soluticna of

/Btr~zorskmya, T.4. Produmtlon or het,111c, Cflro-.I= Prom Polychro-
ftttms 1,9
11. Productlcn.af ?!et3lllc C~,rD='.= by E~Ie-_trolyajs of Chlor!lis
T _rrM
a
E-ctrolyals a,
-nr-1 41orile. P--~- SO,.; or Chromi-
pr
;
,
l
r
i t.
S
b
u
z
hl.orLdo.
u-
olu
io,~.
1)9
N T L
r.- rA 0.1. F! ~., trol
r;
of I rt It. Pr~iu,t ~r ?~rtAll te Chrtraw,,.
Prt,!! 1; et ltn v I !'~'i 11 1 ~ r_h V'~. i ~ Fr - Ch romA ~ 'od 11~
Th
F t_ C'_---;n*,,i ~hrwl,n 167
rrviluct3 ~n ~r *talllz ChrrTli-. by Sl-_~tv~jyl, ~f
ln,it , Vzl,, ~mpt- r' % ~i or jul r1w 1c
i)r 71~ntr ytl-. Chra~hr- 179
,.I Erf~,-. a, C~r-.hln SvIrur
on th Fr07-~r - -i v, 193
tr ~11, t I t r~i r.,

A by 201
_'ql ~~Iuc t: I o Mof rlentr~.

311/081/60/000/013MI/008/014
AOO6/AOO1
Translation fromi. Referativnyy zhurnal, Xhimlya, 1960, No..13 (1), p. 1123,
_# 53243
AUTHORS: Gofman, N. T., Lezhava, T. I., Dzhaparidze, D. 1.
TITLE:~ Chromium Chloride Electrolysis. Information 2. Preparation of
Chrome-Metal-A
V
PERIODICAL- V sb.: Gidroelektrometallurgiya khroma,-Thilisi, AN GruzSSR, 1959,
pp. 149-164
TEXT: The authors studied the effect of various conditions on CrCl
electrolysis to-obtain Cr metal. It was established.that the optimum combo_
sition of the electrolyte at the stabilization of its acidity and Cr2-" concentra-
tion was as follows 0(in g/1): -Cr 120; NH Cl- 50, KC1 70, D a - 25 - 32 amp/dm2.
temperature 25 ;035 C, current efficiency ior Cr is 19 - 4.5%. current
efficiency for :_ is 6-7%. Stable co Rcentration of Cr2+ in an-open bath is V
50 - 53 g/l. In a closed bath the Cr + concentration stabilizes at a level of
95 g/1 with current efficiency increasing up to 67 - 72%, Stable supply of the
Card 1/2

A,
s/b81/6o/boo/b13(I)/008/014
woo-6/Aool
Chromium Chloride Electrolysis.'Information 2.'Preparation of Chrome Metal
acid from the anolyte is attained by addition to the anolyte of HC1 of 1.19
specific weight in an amount of 1.9 ml/amp-hour for an open bath and 0.85-1.2
mi/amp-hour for a closed bath. Vie negative effect of Cu and the impossibility
of its eliWination~by treatment vilth current is connected with the,reduction of
Cu2+ by Cr~j-+ ions. Information 1, see RZHKhim, 1960, No. 7, # 27353.
Z. Solov'yeva
Translatorls note: This is the full translation of the original Russian
abstract.
Card 2/2

AGLAME, R.I., akademik; LEZHAVA, T.1,
Production of graphite end electrolytic iron in -L;ie anodic d1s-
,solution of cast iron* Soob. AN Gruz* SSR 29 no.1:39-44 J1 162,
(MIRA 18:5)
1, Inatitut prikladnoy khimii 4 elektrokbimii AN GruzSSR,
Tbilisi. 2. AN GruzSSR (for Agladze),

ACCESSION NR: 'AP4025007 S/0062/64/000/003/0435/0439
i AUTHOR: Lethava.T. L; Vagrautyan, A. T.
TITLE: Yhe stationary potential of liquid and solid gallium
SOUIRCE: AN SSSR. Izv. SarLya khimicheakaya, no. 3, 1964, 435-439
TOPIC TAGS: liquid gallium, solid gallium, stationary potential, electrode design
ABSTRACT: When there is no change in the free energy of a metal in changing its
aggregate state, the equilibrium potential of the solid and liquid metal should be
the same. The literature an the potentials for solid and liquid gallium is
contradictory and shows differences of as much as 170 millivolts, The stationary
pacential of solid and liquid gallium in alkaline solutions of potassium gallate
was determined in the 7-38 C temperature interval with electrodes of two designs
(fig. 1.); the potential curves are shown in fig. 2. The change in voltage noted
with one elect-cole Is is attributed to penetratio.n of the electrolyte to the
platinum contact, :nrming a Ga-Pt macrocell. Readings with the glass encapsulated
electrode lb show the voltage does not change from 7-29 C (-1.632 v.), then there
is a slight change to -1.638 v. a drop to -1#636 v, and then no change from
Card 1 /4

ACCESSION NR: AP4025007
30-38 C. The cause for this change of 44 millivolts was not determined. The
discrepancies in the literature are attributed to improperly set up experiments
in which the electrode structure was faulty. origo art* has: 2 figures,
ASSOCIATION: Institut fizicheskoy khimii AN SSSR (Inatitijte of Physical
Chemistry, AN SSSR)
SUBMITTED: 18Scp63 DATE AOQ-. 17Apr64 ENCL: 02
SUB CODE: GP No 1W SOV: 003 0=R: 004
Card 214

INGIMURZtOl
ACCUSION NRs AP4025007
50,
fig.1 -hydrogen
Electrode used for the investigation: I-gallium; 2-platinum contact; 3
bubble; 4-glass

~m
AGLADZE~ R.I., akademik; LEZRAVA, T.I.1
"' -- -'0
Electrosylis of solutions taiping iron and manganese
s ~
sulfates. Soob, AH Gruz.; 33 no.3t579-%4 Hr '64
(MIRA 17t8)
1. Akademiya nauk Gruzinskoy SSR (for Agladze)o

L 41383-55 EPF(c)/EwT(m)AwvG(m)AWP(b)/T/EWA(d)/EWP(t) TJP(,) RWH/-TD/JC,/n
ACCESSION _NR: AP5009303 S/0364/65/001/003/0321/0325
A UTHOR: Lezhava, T. 1. VMrarnX=, A. T.
TITLE: Paa ti the surface of 1!2~Ld and solid gallium in the course of D
electrodepositi n
SOURCE: Elektrokhfinlya, v. 1, no. 3, 1965, 321-325
TOPIC TAGS: gallium electrodeposition, gallium passivation, electrochemistry,
hquid electrode, electrode polarization, gallium electrode, gallium ion reduction
ABSTRACT: The rates of reduction of gallium tons on a liquid and solid gailluni eloo-trode
'.-iLlid (~d, account being
en of the statf, of the electrode sufface. Flalarizatior,
!ir% ~-s of the liquid elu,-troderAxi potassium gallate with and witho-ut passage of rur-(-nt
,w6re ree rded. and the iafluehee,of rising temperature was determined Cur-rent -
UrV ere id-ribui-degree3 rencew of c
of 61
ge c plott-e&for th electrode surface. The
polarization curves of the solid gellium electrode were reproducible to a much greater
eKdent than thosetaken with the liquid electrode, apparently because of the more stable
state of the solid surfaces The passivation. of solid galliwa was found to be slower than
tha: of liquid gallium. The differences are apparently due to the fact that in the case of
sohtl gallium, the foreign particles adsorbed thereon have a sL- !e arrangement which
_b
in
-Z, 17

----------
- - - - - - -- ------ - - -
ACCESSION HR: AP5009303-7
changes only with the thermal motion of the Varticles, whereas on the surface of liquid
gallium the foreign particles are wealdy adsorbed because of the greater mobility of the
I iquid electrode. In all probability, these characteristles of liquid and solid ganium are
r(sprinsible for the difference in the degree of retardation observed in the course of re-
duction of gallium ions. Grig. art. has: 8 figures.
MSSOCIATION: InBtitut fizicheskoy kbimii Akademff nauk SM (Institute of Physical
Chemistry, Academy of Sciences, SSSR)
SUBPWTED.---2OAprff;-7 --ENC11- 00--- -- ---- --BUB CODE: -1Cr-bM- -
NO REF SOV: 001 OTHER: 003
Card 2/2

ACCESSION UR: AP5012347 UR/03614/65/00-1/004/0485/0489
541.135.52.601
AUMOR: Lezhava- T I.-Vagramyan, A. Ir.
TITLE: Electrochemical behavior. of a ilium eiectrode In alkaline solutions of
s um gallate~
;pota Si
;:SOURCE- Blektrokhimlyay v. 1, no. 4, 1965, 485-488
_7 -7-
-T
-11 E~lec~rnaegative metal its stationary potential depends on trie anodir~ and cathodic
TO eVdlUate the shift
curves of dissolution of gallium and cathodic polarization.
in stationary potential of solid gallium due to the presence of oxide film on its
surface a method was used in which the electrode Is broken under the surface of the
;electrolyte, thus producing a fresh surface, with simultaneous recording of the
dange-, in-