SCIENTIFIC ABSTRACT GRIBOVA, Z.P. - GRIBOYEDOVA, YE.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000516710019-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 27, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GINDIN, L.M.; BOBIKOV, P.I.; KOUBA, E.F.; BUGAYEVA, AN.
Exchange interaction of soaps with mineral acid salts. 4bur.neorg.-
khim. 6 no.12:2797-2804 D 161o (MIRA 14:12)
1. Norillskiy gornometallurgicheskiy kombinat imeni A.P.Zavenyagina.
(Metallic soaps) (Acids, Inorganic)

GINDIN, L.M., kand.khimicheskikh nauk; BOBIKOV, P.I., inzh.; SOKOLOV,
A-.77, inzh.
Former indivisibles. Nauka i zhizn' 29 no.1:56-57 Ja '62.
(MIRA 15:3)
(Platinum proup)

GINDIN., L.M.; BOBIKOV, P.I.; PATYUKOV, G.M.; DARIYALISKIY, V.A.;
----'-'I3ROI)141TSKIY, K.P.; KASAVIN, I.A.
Electrolytic extraction of high-purity cobalt. TSvet. met.
34 no.1,1;22-26 D 161. (MIRJ, 14:12)
(Cobalt-Electrometallurgy)

G~I ~11D~ BOEIKOV, P.I.; PATIMOV, G.M.; ROZEN, A.M.; KOUBA, E.F.;
BUGAYEVA, A.V.
Separation of Wxtures of metals by exchange extraction with
carboxylic acidn. Ekstra; teoroqprim*papp. no.2:87-111 162.
(MIRA l-,:9)
(Metals) (Extraction (Chemistry)) (Acids, Orgnnic)
-o-..

BOBIKOVP P.I.; GINDIN L,M.
- -
Commercial separation of metals by the method of eocchange extra*.-
tion in columns. Izv. Sibs otd. AN SSSR no.6246-53 t62-
(MIRA 179-7)
1. Norillskiy goimo-metallurgicheakiy kombinat, Thatitut neor-
ganichoskoy khimii Sibirskogo otdolenlya AN SSSR., Novosibirsk.

GINDIN, L.M.
Acid-IYAHe interactions, in ion-o.-.chan,,-,o a:Aruction processo,-.
Izv. Sib. otd. All SSSR no.12:US-130 162. (MIRA 17:8)
1. Institut neorganicheskoy klil-mii Sibirskogo otdeleniya,
AN SSSR.. Novosibirsk.

DOLGIKH, V.I.; BOBIKOV, P.I.; BORBAT, V.F.; FERBERG, M.B.; GINDIN, L.M.
i
Extractive method of recovering noble metals from slimes* TSvet. met.
36 no.11:85-86 N '63. (MIRA 17:1)

GITIDTIT, 1-14,; ITIA1.10111i., rl'.M
Rctraction seperat-ion of platinum an.-I - * `-r, I-- ori -,,
tri-i-octylamine. Izv. SO AT SSSR no.7 Ser. khim. nauk na.2'r
28-34 164 (Nip" 10"d)
1. InstiLut neorganicheskoy khimil Sibirskrit,.0 otdleleniya Al. SSSRI
Novosibirsk.

IVANOVA, S.N.; GEMN, L.M.; 11.11RI'll'OVA, L. Ya.
!~xtxaction of platLnum by allphatic amllm3n of varlmis structure.
I-lv. SO AN SSSR no.7 Ser. khiin. nauk no.2:3r_t I b.L
j -3
(MIRA 18%1)
1. Institut neorganichaskoy khi-mii Sibirtzkogo n+.-J,?Iprj-,Lyh All SSSR,
llovuoiblrak.

KHOLIKIN, A.I.; GINDIN, L.M.
. equilibria In ths ayntom water - ri-decane - n-caprylic
eclde Tv. SO AN S"3R no#7 -9or, khim. nauk no,2133-41 165,
(MIRA 18112)
.1. Institut neorganichaskoy khimi.-L Sibirskogo otde2eniya AN S-T~mp
Novosibirsk. SubmittAid February 26.. 1964o

',.rc c, '.ir-i rt,;u" I i,
'n .9 t, L t.1 i t. r.r
':!'P, Nevo.-AbI reke ':i-,I'Yrl f tp 13 [e
Na

Pi-;'ITOVA, ft. A , -, GI NDIN, L, M,
Fai-ladium extraction wi.,,h tr:4~-wtylam-'ne Zhurg
noorg. khim~ 1e) no.2,-.489-.496 1 165. (ml-RA lgal)
'I Sibirskolye cOieltmiyn. ~N
I InitLtut neorgar.:kcheskoy khIm, k -
SS,31i .5uhrtttad July 29, 1963.

Ljll., VASI'#--IYPI,'-,, 1VANOV, I.M.,
Extraction of bimquLh, & tim-iny, and silvc-r -.j.l tin ahphiitir.
,rionricarboxyli~, acids. Zhur. nnorg, Ichim. 1~;
" 165, WIPA. IPM.;
.1. ~ubmiltted Atly 29, 1963.

GINDIN, L.M.; IVANOVA, S.N.; MAZUROVA, A.A.; MIRONOVA, L,Ya.
Extraction of platinum metalB with Balts of quaternary amonlum
baBes. Zhur. neorg. khim. 10 no.2002-506 F 165.
(MIRA 18s11)
1. Institut neorganicheskoy khimii Sibirskogo otdeleniya
AN SSSR. Submitted May 12, 1964.

MAZUROVA, A.A.; GINDIN. L.M..
1-1.
Extrpction of hydrochloric acid with tri-n-octylamine.
Zhur.neorg.khim. 10 no.llt255c~-2563 N 165.
(MIRA 18:12)
1. Institut noorganicheakoy khimii Sibirl3kogo otdoleniya
AN SSSR. Submitted April 11, 1964.

NITKOLAYNIV, A.V-.;l-l6f!JDTM, ZAKI[AF,,f)lv', V.F..;
flydrometallurgical method of treatirif- Khc~vu AkFy nnb~Llt--f,'i ckel
arsenate concentrates. TSvet. met. 38 na. Jl-.,!,/~-,,,6 D 165
(IMIRA 19:1)

L 36078-66 Dn(m)/D1P(t)/ErI IJP(c) JD1JG
ACC NRs AP6016126 SOURCE CODE: UR/O289/66/Ooo/Oo1/oo83/OO67
AUTHOR: Fedyeabina, A, F,;!Ybdelevich, 1. G.; Gindin, L, M.; Strokinal,&
T. G.;
ORG: Institute of Inorganic Chemistry, Siberian Branch of the AN SSSRO
Novosluirsk kinstitut neorganicbe-Kc-oy kbimli, Mirskogo otde1eniyi--
AN SSSR)
TITLE: CbemicW1 and spectral determination of micro Impurities in salts,
of high purityfi:,are alkali metals by extraction with aliphatic
morFocernoxylic acids 1/7
SOURCE: AN SSSR. Sibirskoye otdeleniye. Izvestiya. Seriya.
kbimichoskikb nauk, no. 1, 1966, 83-87
TOPIC TAGS: alkali metals, spectropbotometric analysis, solvent
extractiont carboxylic acid
ABSTRACT: The metals are arranged In the following series in decreasing L
order of their ability to go over into the organic phase in an exchange
reaction: Sn(IV); Bi(III); Fe(III); Sb(III) Pb(II) Cu(II); Al(III);
Ag(I); Cd(II); Zn(II); Ni(II); Co(II); Mn(IIi; Mg(II~; Na.(I). To
investigate the possibility of concentrating micro impurities of the
c Lq---rd 1/2 UDG: 5-L6,31 543.)12

GINDIN, M. L.; Putilova, I. N.
"Structure Formation in Suspensions under the Influence of an Electrical Field"
(Strukturoobrazovaniye v suspenziyakh pod vliyaniyom elektroah~,skogo polya) from
the book Trudy of the Tiiird All-Union Conferenco on Colloid Chomistry, pp.182-196,
Iz. AN SSSR, MOSCOWP 1956
(Report given at above Conferende, Minsk, 21-4 Dee 53)

OINDIN) R. S.
"Corrosion of Metals byt Non-Aqueous Aolutions: The Action of Ethyl Alcohol
on Metals'll Dokl. AN SSSR, 29, No.1, 1940.
Al-1-Union Inst for Aircraft Materials

L 08098-67
ACC NRt
AP6029965 SOURCE CODE:
UR/01113/066/000/015/0151/0152
DWENTOR: BarshgZ, Ya. A. ; YyEiokorodoy IN. _V_ -2. ; Pq_~ovin,_..N_. A.
Zelenskiy, S. I.; Indin I. M. Levit. G. A.;
ORG: none rov P. P. ; srrkkrnoy,_~__~I,
TITLE: Inatallationa for underwater tejcvisj.on\~nrpcction of the docking aosembly and
the bottom of ships. Claos 65, No. 1846115jn-nnounced by Gunboat
ISea StcamshiD L ne, Mi istry of t1
i_ - _____n - __ ic Nayy,_S5SR (Kanonerskiy.sudoremontnyy zavod Bal-
_!__tiys_k'o_go_m'orskogo parokhodstva Ministerstva morskogo flota SSSR)7
SOURCE: Izobret prom obraz tov zn, no. 15, 1966, 151-152
TOPIC TAGS: underwater camera, floating dry dock, TV camera., A&P-4-
ABSTRACT: An Author Certificate has been issued for an installation for the under-
water television inspection of the dock assembly and the bottom of a ship while dock-
ing includes a remote-controlled television camera with a transmitting cathode-ray
tube in a hermetic casing and an electric cable for power supply and signaling. The
television camera is mounted on a remote-controlled aelf-propelled carriage provided
with an electric drive, rollers for moving on vertical and horizontal monorails along
the wall and floor of the dock, and a switch remotely controlled by a block-and-tackle
system. Orig. ar~. has: 1 figure. ICE)
SUB CODE: 14, 13, Oql SUBM DATE: 2lAug64
Card A91 - q07_1 q
_pLL _ ___ 1mr! AP0.1PA.A.

d 1A.1
l(PI-4(1949).-The cAttimic ""0& tw
v-,.,ird (tom 70 to 9U mm., and the anode-windo- it tancei,
11 lljllj. The lip of the am)de is a teltalonal pymmid, cAch
fa,r "uu6fLv,s 4 a differellf 1110'41. I"ficu-Nilig is atvOfn-
pillhed with a titell-k-up cathode and con tic cootrulk-d If-af
the olitside. NImt Isciv-4,krY Q'IJ110111011to call I't Made
wilbiml birrakins Ow vaeuum, CTTU4 FC1,1111612

GINDIN YE. 1.
USSR/Phyrics - X-Ray Analysis
Aug 50.
1 A 169T~10
"Vacuum High-Temperature Camera for X-Fay Structure Analysis," V. G. Prokhvatilov,
Ye. I. Gindin
*Zavod Lab" Vol XVII No 8, pp, 965
Describes camera for precision determination of lattice parameters at
elevated temperatures. Specimenk may be heated to 5000. Camera satisfactorily
maintains vacuum to 10-4 = Ng, and is simple and convenient in operation.
PA 1691M.

OINDIN', YE. 1.
FA I UTTYT
USSR/Physics - X-ray Tube
Mar/Apr 51
"Small-Size Ionic Sectional (Dismountable) X-ray
Tube for Structural Analysis," V. G. Prokhvatilov,
Ye. i. Gindin
"1z Ak Nauk SSSR, Ser Fiz" Vol XV, Wo 2, pp 277,
278
Subject tube operates up to 10 ma at 30 kv. At
loads higher than 12 ma the cementing material
begins to soften and indications of deterioration
of the vacuum are observed. Gives schematic dia-
gram of the tube. lecture read at 3d All-Union
Conference on Use of X-rays In Study of.Materials
held 19 - 24 Jun 50 in leningrad.
LC 187T97

AUTHORS: Gindin, Ye.l., --rokhvatilov, V.G. 32-1-42/55
TITLE: A Device for Taking X-Ray Pictures at High Temperatures
(Prinposobleaiye dlya vysokotemperaturnykh rentgenovsk2h allyemok).
PERIODICAL: Zavodskaya Laboratoriya, '1956, Vol. 21+, Nr I , pp. 106-107 (U:jSR)
ABSTRACT: In the present paper an additional device for the cojiem intended
for taking pictures of pulverized polycrystalline substances at
high temperatures (up to 15000) is suggested. The powder of tht
substance to be investigated is applied on to a platinum wire of
about 0.2 mm diameter. The suitable temp~erature is maintained by
allowing the current to pass through this wire. The device con-
si,~ ts of two suitably shaped bmss plates, which are connected by
a shaft. Between these plates a platinum wire is drawn in such a
manner that one of its ends is made fast and the other is connected
to a movable rod with a spring. This rod rests in two bearings of
insulation material. The current is fed by 2 elastic lines in such
a manner thet one of them is connected to the coraqecting shaft of
the device and the other to the free end of the movable rod; for
Card 1/2 reascn3 of safety this line is caught by an insulator which is

A Device for Taking X-Ray Pictures at High Temperature3 32-1-42/55
fastened to one of the brass plates. The device is placed upon a
steel rod in such a manner that the axis of this rod and that of
the platinum wire is the same. The rod serves as a holder for the
device with the sample and is fastened in the X-ray camera accord-
ingly. Because of the automatic control of the necessary current
a current stabilizer, an autotransformer, and a step-down trans-
former are provided (220/10). A small motor is connected here in
order that the sample moves at not full revolutions (backtrards and
formards). Temperature is measured according to the linear modulu3
of extension of the platinum wire (as per table). There is I
figure.
AVAILABLE: Library of Congress
Card V2 1. X-ray cameras-Adaptors

5(2) SOV/7B-4-3-8/31+
AUTHORS: Verebeychik, N. bf., Qindin, Ye, 1,, Odelevskiy, V. I.,
Prokhvatilov, V. G.
TITLE: New Modification of the Crystalline Magnesium Metasilicate
(Novaya modifikatsiya kristallicheskogo metasilikata magniya')
P-Z"RIODICAL: Zhurnal neorganicheskoy khimii, 1959, Vol 4? Nr 32
PP 535-542 (USSR)
ABSTRACT: The existence of the 6-modification of magnesium metasilicate
hu-3 been discovered by the thermal decomposition of ta2c.
Investigations of the X-ray structure have shown that the
6-phase distinguishes distinctly from protoenstatite. The
existence of 6-hTgSiO3 has been confirmed by comparative in-
vestigations of the refraction indices, the density and the
mechanical stability of the various modifications. The thermo-
dynamical stability of the 6-phase was investigated at 9000.
In the absence of mineralizers the 6-phase is stable up to
14000C. The 6-modification of MgSiO 3 can be used for the
production of non-aging steatite. There are 3 figures,
Card 1/2 3 tables, and 16 references, 7 of which are Soviet.

S/032/60/026/04/36/046
BO10/B006
AUTHORS: Prokbvatil2_v_,__L_G.,,_, Gindin,
TITLE: Specimen Holder for the Apparatus of the Type URS-50I
PERIODICAL: Zavodakaya laboratoriya, 1960, Vol. 26, No,, 4, P. 499
TEXT: Since the holdera of the turned out to be unsat! s-
factory, several new types of specimen holders were designed and tested. The
most suitable holder is described in the present paper (Fig.). The specimen
is fixed at one end of a horizontal bar and pressed against a support by a
spring. The other end of the bar is connected to an eloctric motor, -3o that
the specimen can be rotated slowly while photographing., A small chamber is
used for investigating powdered specimens, The*speclmen. is adjusted to t-he
goniometer axis by means of a screw and a step bearing,. In a footnote the
editors point out the fact that the holder described has the diead-antage of
providing no protection against scattered X-rays., There is 1 fl.gure,,
Card 1/1

I
BA4YGIN,
Changes in the structure of quartz glass during thermal diffusion
of gold, platinium.. and palladium. Zhur.prikl.khim. 35 no.n.-2558-2563
N 162, (MIRA 15:12)
(G~aje research) (Metals)

43258
8/080/62/035/011/009/011
D423/D307
AUTHORS: Balyginp I.Ye.p and 'Gindinp Ye-e-I.
TITLE: Changes in the structure of quartz glass as a result
of thermo-diffusion of goldt platinum and palladiUm
I
PERIODICAL: Zhurnal prikladnoy.khimii, v. 35, no. 11, 1962,
1558 -'12563
TEXT: Quartz glass discs 30 mm in dia. and 2 mm thick were coated
with a metallic layer of Au, Pt and Pd and were heated at 600 -
8000C in a muffle furnace. After removal of metal from the surface
of the quartz, the samples were examined by x ray photographic tech-
niques. In the case of gold-coated discs no structural change
occurred after 5 min at 3000C or after 280 hrs. at 7000C, but after
280 hrs. at BOOOC the formation of a-crystobalite was confirmed by
comparison with standavd x-ray photographs of pure a-crystaobalite.
Samples coated with Pt and heated at 9000C for 5 min. showed the
start of formation of a new structure. Well-defined polycrystalline
s.tructures of a-quartz were found after heating at 600, 700 and 800
00 for 280 hrs.9 and of a-crystobalite also at 6000C. Transformation
Card 1/2

S/080/62/035/011/009/011
Changes In the structure of ... D423/D307
of the amorphous structure of the quartz glass by the action of
Pt occurred more intensively than with Au, which can be associated
with the size of atomic radii (r = 1.39 A for Pt, r = 1.44 A for
Au) Heating 0of samples coated with Pd paste was carried out at
110; and 950 C for 5 mi%; a.change of structure was again obser-
ved. Exhaustive testing t 7 OOC confirmed that the amorphous
structure was transformed into a-crystobalitet and the start of
formation of a-quartz was also observed. A further structure was
observed which was neither a-quartz nor a-cryatobalite. A theory
is advanced for the mechanism of structural change due to interac-
tion of atoms and ions of the infiltrating metal with the structu-
ral lattice of SiO 2, in which a layer of valency electrons is re-
leased, capable of penetration as ions into the quartz lattice. As
a result of interaction with the oxygen of quartz, destruction of
Si-O-Si bridges and regrouping of valency bonds occur, thus chang-
ing the structure of the amorphous quartz. There are '7 figures,
SUBMITTED: August 29,1961
Card 2/2

L 4?402-65 94G(J) /94A(k)/z-WT(1)/DIT(m)/EPqta).IEPP/Se-,C(t) /T/3-1F(t)/EEC(b)_2/
~P, ( b) / EN,'( c )Pr-4/Pad/Ps-4/Pt-4 UP(c) ~ J3/!r,1/M3/M
ACCESSION UR: AP5008472 S/0010/65/010/002/0248/0250 il
AUMOR: Prokhvatilov, V. G., Gindin, 0. 1.
TITLE: Tetragonal spinels in the CoO-HnO-02 system
;SOURCEt Kristallografiya, v. 10, no. 2, 1965, 248-250
TOPIC TAGS: cobalt compound,
0 S~aganesAcmpound, spinel, ~c-iZ4y rygtaqo pp
tetragonal spinel, crystal lattice distortion
ABSTRACT: The specimens for this study were prepared by Ye. V. Kurlina by joint
alkaline precipitation of manganic and cobaltic hydroxides from manganous and co-
baltous nitrates with subsequent drying at 800 and roasting at 1000-12000C.
Various holding times during roasting and various cooling conditions were used. A
URS-501M diffractometer was used for x-ray metallography of the specimers with a
scintillation counter. Iron K .-emission with an Ph filter was the radiation source.'
The counter was moved at the ralite of I deg/mirt. X-ray phase analysis shows that
,when the Co:M ratio is 2:1, a cubic MnCOZ04 EiPinel is formed. For a Co:Mn ratio
'Of 0-5:1,'COYM204 is formed which shows an x-ray pattern very similar to Kn304.
Nhis indicates that the compound is a tetragonal spinel. Chemical compositions,
Card 1/2
M-
a _:_L -lip
AR

f
S. 42402-65
ACCESSION NR: APS008472 0
intermediate between MnCo204- and CoKnZ04 give x-ray patterns which differ consid-
erably from M30t, and from a cubic spinal. There intermediate compounds are found
to be tetragonal spineLs with various degrees og tetragonal distortion of the
cubic lattice. The tetragonal distortion increases with the content of Mn, reach-
ing a value of cla= 1.16 in Mn304. The tetragonal distortion depends both on the
Mn content in the spinal and an the quantity of MA3 in the B positions (general
formula AB204), i.e. in the octahedral spaces. The parameters. of the spinels in-
vestigated are given in tabular form. Orig. art. has: I figum, 1 table.
ASSOCIATION: none
.SUBRITTED: 28Jun64 ENCL: 00 SUB CODE: SS
;NO REF SOV: 002 OTHER: 00S
J~Card 2/2

MT(m),15 t EWPCb Ptc
1 _X(X NR, AP5025365 SOURCE CODE:
UP/0181/65/007/010/3048/3053
AUTHOR-. Rotenberg, B. A.; DMilyuk, Yu. L., Gi!ldin, Ye. I.; Prokhvatilov, V. G.
ORG: none
TITLE: Electrophysical and microwave spectral study of barium titanate with admix-
tures of oxides of trivalent elements
SOURCE: Fizika tverdogo tela, v. 7, no. 10, 1965, 3048-3053
TOPIC TAGS: barium titanate, solid solution, electron paramagnetic resonance, micro-
wave spectroscopy, oxide- semiconductor research, crystal lattice defect, electric
0 -
conductivity, polycrystal
ABSTRACT: The authors study some of the electrical properties and the structure as
well as paramagnetic resonance absorption of polycrystalline barium titanate with
small admixtures of oxides of trivalent elements. Preparation of the specimens is
breifly described together with an explanation of the experimental methods and equip-
ment used. Paramagnetic resonance absorption was measured at 9320 Mc and 780K. It
is experimentally established that there are four possible types of solid solutions
in BaTiO3-R203 systems. 1. A solid solution of substitution in the barium ion sub-
lattice with the formation of weakly bound electrons (donor levels)
Ba,_.R.'Ti0., -i~ xe7.

L 10582-66
ACC NRi AP5025385
Solid solutions of this type have high electrical conductivity. 2. A solid solution
of substitution with subtraction in the barium ion sublattice
in this case, the lattice is neutral due to barium vacancies, and the specimens are
dielectrics. 3. A solid solution of substitution in the titanium sublattice
BaTit,R"O x,
3-
where it is most natural to assume that electric neutrality of the lattice in the
case of oxide semiconductors is due to oxygen vacancies formed during annealing, and
electrical conductivity does not increase. 4. A more complex solid solution of sub-
stitution in both sublattices with the formation of oxygen vacancies and donor levels
(Ba,_,R',")(Ti1~R.")0:1_
2
An increase in electrical conductivity is possible in this case. When z= y, electric
neutrality may be maintained without the formation of oxygen vacancies and donor
levels according to the formula
(B& R3+) (Ti, 3+ 034.
X _LRI)
2 2 2
Other cases are also possible if the alloying additive has variable valence. It is
C,,d 2/3

L 10582-66
F ACC--NR%
shown that electrical conductivity is related to impurity concentration through
changes in the type of solid solution formed durinp annealin), of bariu:m titanate with
itimpurities in concentrations of 0.1-0.3 mol %. The experimental data indicate that
the same types of defects are formed by irduction of the ceramir lud bv alloying. It
is possible that these are not single-electron defects or defects of odd order in
general. This hypothesis agrees with the conclusions made by other researchers. Orig
art. has- 4 figures.
SUB CODE: 20,07/ SUBM DATE: 3OJan65/ ORIG RFr: 002/ OTH Pxr: oos
~43

ll`nrmcport inriol.ilizzit'lon,
17."2 r I C C,
--n :,c-lical S i. n c c. o
"ec'n, 1-n!r-

GMIN. Ye.K., polkovaik meditsinskoy aluzhby, doktor maditsinakikh nauk
Intraperitoneal penicillin injections for treating peritonitis.
Toen.-med. zhur. no.10:29-34 0 155. (MLRA 9:10)
(PSNICILLIN) (PERITONITIS)

._GINDIN, Ye.M.; POKROVSKAYA, O.L.; LEBEDEVA, L.V.
Burn shock in dogs and the effect of neuroplegic substances on
its course. Khirurgiia 36 no. 5:87-96 My 160. (MIRA 14:1)
,BURNS AND SCALDS) (HIBMIATION, ARTIFICIAL)

80791,
-2 13 0 0 SOV/169-59-6-6375
Translation from: Referativnyy zhurnal, Geofizika, 1959, Nr 6, pp 140 - 141
(USSR)
ATIWORSz Gindin, Ye.Z., Leykin, G.A., Lozinskiy, A.M., Masevich, A,G.
.. -- RM -
TITLE-, The Optical Observations of Artificial Earth Sat ites
_U "_ tell
PERIODICAL, V sb,,- Pradvarit. itogi nauchn. issied. s pomo--hchlyu pgm-yk-h
sov. iskustv. sputnikov Zemli 1 raket, Moscow, AS USSR, 1958,
Pp 5 - 39 (Engl. Res.)
ABSTRACT., The Astronomicheskiy sovet Akademli nauk SSSR (Counoll of
Astronomy of the USSR Academy of Sciences was put in charge
of organizing the optical observations of artificial earth
satellites. Sixty-six visual stations and twenty-four Dhoto.-
graphic stations were established for observing Qhe satellites,
The visual observation stations began their act-1vity a4. the t,'_me
when the first Soviet satellite was launched, while photograp_v~','
observations have been performed systematically since the bn-
ginning of 1958. The visual observation methods wer,~ detervir.'~!d
Card 1/6 by the task-, they must establish the position of i satel", lt-~- cn

80794
sov/169-59-6-6375
The Optical Observations of Artificial Earth Satellites
the celestial sphere with an accuracy of 0.5 to 10 and the time within 0.5 to
1 see, and must report the observation results to the computer center within
the shortest time. Two "optical barriers", each con:3istlng of about 30 tele-
*copes, were established to facilitate the observation of satellites having
a low brightness and moving on,the sky with a velocity of 10 per 1 see, If
the orbit Is known only approximately. The barriers are located on the
meridian and along a vertical circle perpendicular to the visible orbit of
the satellite. The sight lines of the.telescopes are adjusted in such a
way that each section of the optical barrier is.covered twice. For determining
the time of passage of a satellite with an accuracy exceeding 1 see, the time
signals and the signals given by the observer at the time when the satellite
passed, are recorded on tape. After the termination of the observations, the
tape recording is reproduced at a low speed and the precise moment of passage
is determined by a chronoscope. The coordinates of the satellite are deter-
mined by the sidereal maps of A.A. Mikhaylov's atlas or of A. Bechvarzh's
atlas, V%en observing satellites of low brightness (15 - 8 stellar magnitude)
-the AT-1 telescope,_Is used, which is a small wide-angle telescope having a
50 mm objective lens and six-power magnification. The field of view Is 110,
Card 2/6

80794
sov/169-59-6-6375
The optical observations of Artificial Earth Satellites
The stations observing the satellites are provided with signals of the correct
time-by feeding to them second-tone-signals. On the basis of observation data,
the computer center Informs the stations on the coming passage of a satellite.
The station receives a coded telegram containing information on the time apd
altitude of a satellite's passage in the meridional plane and in the platie 1r
which the nearest point of the orbit is located. Observations of artificial.
satellites are also-performed on the territories of the Chinese People15
RepublIc (KNR), the German Democratic Republic (GDR), Czechoslovakia, Poland
Hungary, llummla, and Bulgaria, where 115 station.9 are In operaflon, Further:
observatories In England, Scotland, Ireland, the US and other countries were
Included In the visual and photographic observation system of the Soviet
satellites. At some stations, besides the visual observations, the positions
of the carrier rocket and the sqrond Soviet satellite a-re determined photo-
graphically byO'Zorkly" cAmeras1kth "Yupiter,8" lens(*3P At the time of tile
satellites passage across the field of view of the camera, the shutter is
opened for a brief time interval (2 - 5 sec). The begin and the, end of tha
exposure are marked by a chronograph. It is possible to determine by phollo-
Ca.rd 3/6

80794
SOV/169-59-6-6375
The Optical Observations of Artificial Earth Satellites
graphic observations the position of a satellite with an ao.-uracy of 31 - 5'
of arc. The Council of Astronomy discussed the problem of using light
flashes of short duration on the object for a precise determ1hation of a
Sat'-llitets position. The position of a satellite may be determined with an
accuracy of 2 - 3 see of aro when using caineras with a long focal length
(F - -1 m) for photographing-the satellite. Using1die data of Uiesse ob-
servations for triangulation~ybn the earthts surface, the distance between
different points (especially between continents) and also the shape of the
geold may be determined with an accuracy of 10 m. However, the photography
of satellites is made difficult by the following circumstances. 1) the ob-
servations are possible only at dusk; 2) cameras with a very great light
power are required; 3) the setting of precise time marks is complicated.
These difficulties can be overcome if the satellite is equipped with a light.
source producing brief flashes by which it may be photographed at night.' It
is expedient to:provide series.of flashes and not a continuous feed, taking
Lnto consideration that at least two or -three flash,as must arrive in the
field of view of the Instrument. In this way it is possible to determine
not only the position but also the angular velocity of a satellite. Obviously,
Card 4/6

80794
sov/169-59-6-6375
The OpticAl.bbservations-of Artificial Earth Satellites
a pulse gas discharge lamp should be used as a light s CV r:e, light
output reaches 60 lm/w.- The brightness of a satellIte depends on the
following reasons;, 1) changes in the satellite's Ohases, in the
c-onflguratlon sun - satellite - observer; 2) changes in the distance to
th6 observer; 3) light absorption in the section of Its path from the
satellite to the observer; 4) rotation and.tumblingl'Kf a satellite.;
5) changes in the state of the satellite's surface, The detentlination of
the period of rotation (tumbling) of the satellitels body and changes of
period in time are of the greatest interest. Another Important problem
is the investigation of the dependence of the brtghtne~Fs and color of a
satellite on the state of the earth's atmosphere. FinAlly, the thl-rd
problem Is the change of the state of the satellite's surface. -under the
influence of the atmosphere and extraterrestrial agents. For solvi-rig
thn aforementioned problems a precise quantitative deterrination of
brightness changes of a satellite and observations over a possibly great
section of its trajectory are necessary. Presentl-y, two methods are -ased
for measuring a satellite's brightness. The first method consists In a
UK
this
Card 5/6

80794
SOV/169-59-6-6375
The Optical Observations of Artificial Earth Satellites
comparison of the brightness of the satellite's
the trails of neighboring stars on a photography
camera.. The second method consists in a visual
brightness with the brightness of stars located
are used at Soviet observation stations.
trail with the brightness of
obtained by a stationary
comparison of the satellite's UVI/
along its path. Both methods
L.V. Terenttyeva
Card 616

GIHDINj._Xe.Z.;, LEYKINI G.A.; LOZIYjSKIYr A.M.; LURIYE9 M.A.; MASEVICIII
A.G.; SEVERNIAYA, O.A.; SEFTSOVA, Yu.Ye.; SLOVOKHOTOVAo N.P.;
TOLISKAYA., V.A.; TSITOVICH, V.V.
Brief report of the Astronomical Council of the Academy of
Sciences of the U.S.S.R. on visual and photographic observations
of artifical earth satellites in 1957-1959. Biul. sta. opt,
nab.1, JBk. sput. Zem. no. 6:1-33 160. (MIRA 14:2)
(Artificial satellites--Tracking)

L 22h3o-65
RM-2 --- 7i;4/Po-4/f~q.J4/~ac-4/Fg-4/~ae-2/Pi-4/0-,-h/Pl-)4 01-111,MIST
ACCESSION NR: ARS001309 S/0269/64/000/010/0004/0004
SOURCE: Ref. zh. Astronomiyao Otdellnyy vypusk, Abs. 10.51.30
AIMIOR: Gindin,.Ye._.Zt, Illenko, M. --I. Lur Ye i -,M,,y ~NA-L
it
-TITLE., Organization of-: opticaU. observations-- of artificial earth sat6ll es i
--the Soviet Union
CITED SOURCE. Byul. at. optich. nablyudeniya iskusstv. sputnikov Zemli, spets.
vyp., 1962, 83-83
TOPIC TAGS: artificial earth satellite, earth satellite observation, artificial
satellite orbital element, satellite tracking camera, satellite observation sta-
tion, ephemeri3, celestial mechanics
TRANSLATiON, The direction of optical observations of artificial earth satellites
in the Soviet Union is the responsibility of the Astrosovet AN SSSR (Astronomical
Council, AN SSSg) # The observations. are made at a network of stations lowted at
universities temherfa institutes and astronomical institutes. In 1957 there
were 66 stationg~,and in 1962 there were 75. Results of observations also are re-
ceived fro,m,a mimber of foreign countries. This article descrIbes station-appa-
Carj 112

A.
L 2243o-65
ACCESSION NR: AR5001309,
ratus -and stages in its improvemant (from AT-1 optical telescopea to automatIc
tracking cameras). Ephemerides for obnervations art! computed and disseminated by
the "Kosmosl$ (Space) Agencyl The results are published in a bulletin of the Astro-
sovet. This same publication gives the orbital elements of satellites computed
at the Inatitut teoreticheakoy astrononii(Theoretical astronomy institlite). Anal-
ysis of discrepancies between observations and theory has made it possible to
clarify the real accuracy of observations of artific4l earth satellites.- It has
been found (on the basis of data on the satellite 1960 E3) that in 1961-1962 in
the case of visual observations, there were deviations from the ephemerides of
less than 0*.5 in 51.4% of the observations, The number of stations for photo-.
graphic observations of artificial earth satellites was 30 in 1962o About 159000
photographs of artificial earth satellites have been obtained in 5 years, of which
70% were suitable for precise analysis. For the moat part, the photographs are
analyzed by the A. A. Kiselev method (with an accuracy of W' in position and
106.003-08*005 in time),, Computations are centralized and in accordance with a
program prepared for a Ural I electronic computer.' Tu 5 years 3,085 prec 81 p0.
sitions of about 30 objects have been published. ?hQtometric observations~6f ar-
tificial earth satellites have beeWmade at a number of stations. Bibliography
of 34 items. Rho Potter.
SU13 CODE: AA, SV ENCL: 00
carc~
ik
g~
aw -, 0- Mo
- "IN

L 29-521J~65
W
ACCESSIOU 111R: AT50031~92 S/)12-6/621/000/001/0083/0093
AUTHORS Gindin jtElyejL _A,
SOURCE 1 Na p~tfilkov Zmalij: no. 3. J.957,4962. Macowt
blyudonlya_:iakus~tv
-19621 RyulLatenv -stantsly. optichedkoge- mblyudonila ~.3ktwabvom-qkh sputnikov-
Zem-11; 13petsialfrrly vypw- k.. 83-93
TOPIC TAGS-. artificial satolliteo satellite track! AT I telescopot ITAFA -3s/25
camera, K114, I microscope, UTn' 21 Ural 1 computar
ABSTRACT.- This-work is under:thri direction of the.Actronoinicheskiy sovet (Ast
nwaloaldoulic ons- bt- tiftiveraities toaching -institutes iq:
astronomical observatorioa, and the nimibor Is baing expanded. More than
--:W-Soviat;~
~dt. flv~ re Union operai
,work., -ln~the _150. __A~ ond ~Oefi made or,39 000-pass
ava
yeari erva
vigwl oW_ ervation -in-, mad 6r_
now-oquipped. with all-Yave",,r,itd
5 -M LJA~S6~~-

j4
ACCESSSION NR: AT5003492
'
j y
-i
me -1mllis. -11on observations t b
MLq 0
reception, chrono terse and quartz chrono,
made against a background of few stars, coordinatas of the satellite are deter-
ti
f th
i
f
i
t
t
l
Th
t
l
i
d
t
t
d
m
rom or
en
on o
e
e
e
e
ned
a
escope.
escope
e
wi
n equippe
h gradua
~:~,,,
circles for such coordinate determination,' A numbor of 3tationa have used camoral
attachments to record the sotting of the telescope during observation of a satol
lite. Numerous techniquor, have boon worked out for fixing time of observation
more prealsolyt particularly for making tho tbuo dotorra-Ination automatio. A
numbor of automatic devices for observation itsoLf have also boon devised. Re-
sults of all observations are telegraphed to the o-omputing center Kosmos for cal~.!T
culation of ophomerides and all orbital element-s. Cooperation is maintained
0 all stations and all countries, including t4o Smithsonian Inatitute,of the
Mong
U.S.A. Many Soviet stations have displayed a precision in visual observation
ganarally within 0.50. Phatogr&phic observations are irvide at a network of sta-
tions, chiefly with the standard 1tt?A::js/2.5 camera~-(D = 10 cm, f = 25 cm).
Quartz clocks are unod for timing, and KD4-3 and UlM-Ql microscopes are used for
measuring the nogativos. This network consists of 23 stations. In 5 years
l
suit-.'
15 000 photographic nrints have boon obtained, about 7WP of which have bean
able for processing oy precise methods. The Kisolev method is chiefly used for
determination of points (giving an accuracy of + 4!1 for position and + (0.003-
"
0,005)seconds for time), Deutsch., Turner, and gr3blesinger methods of
computation
Card 213

AG!0MS ION: ITR- 7AT-5003492---

are also u3ed14 Computations are genorally m4da on, a Ural-1 computer; distortion
wy, be deterinined by progranua-Ingo Programs are being net up for automatic raeas-
urenonto and computa tion. of equatoVial coordinatea of satellites. The use of

;iiov--:nr.!- film hn3 increased Procision of locatAon and gathoring power (up to
7th
star ipAgnitude). Tables list the vatellites and rockets observed and the number
,fpliotomotric obvervationG pro also being made. Results are
of observation.-. maje.\
published in -the Byulleton I a tant5j i optichookogo nablyudeniya IZZ (BuUetin. of
Stations for Optical Obseviation ol,* Artificial Earth Satellites). Muiy pape
rs
in this bulletin 4iscuss-period of:.reflectivity chatlge$ orientation of rotational
axis of the satellite, and methods-of photometric,oW-orvation. Orig. art. has:
4 tables.
ASSOCIATION: Ast
Lronoitdcheskly, sovet Pdl 99SH (~qtronoirdcal Council AN MSR
.
SUBMMED. 00
ENCL.- 00 SUB CODE., SVp DO

1 NO R -7 SOV., 034 OTHER.4 000

NO
?--0

1MMARM7
a
R_
IM
r-a idis, SRO MAN

ARTEMIYEV, Yu.N., kand. tekhn. nauk; GUIPERIIII, A.S.p.kand.
tekhn. nauk; TELIPOV, A.S.p inzh.; DYADYUbHKU, V.P.p inzh.;
SELIVANOV, A.I., red.; TEPTELEV, P.M., opetB.red.;
KULICHITSKIY, R.N., spets. red.; ARKHANGELISKIY, B.Ye.,
spets. red.; GI!!P~N.A I.I., red.
[Specifications and instructions on checking for wear of the
parts and couplings of T-40 tractors in repair] Tekhnicheskie
usloviia i ukazaniia po defektovke detalei i sopriazhenii pri
remonte traktorov T-40. Moskva, Biuro tekhn. informatsii
GOSNITIP 1964. 169 P. (MIRA 18:5)
1. Perovo. Gosudarstvennyy vsesoyuznyy nauchno-issledovatell-
skiy tekhnologicheskiy institut remonta i ekspluatatsii
mashinno-traktornogo parka. 2. Laboratoriya issledovaniya
iznosov traktorov Gosudarstvennogo vsesoyuznogo nauchno-
issledovatel'skogo tekhnologicheskogo instituta remonta i
ekspluatatsii mashinno-traktornogo parka, Perovo (for Artemlyev,
Gallperin, Dyadyuobko).3. Vladimirskiy traktomyy zavod (for
Teptelev, Kullchitskiy). 4. Lipetskiy traktorrjyy zavod (for
Arkhangellskiy).

PEVZNER, R,L., doktor tekhn.nau!,c) GINDINA, I.M., ekonomist
What the practice of a progressive plant teaches us. Stroi.mat.
9 no.11:13-15 N 163. (MIRA 17:4)
;,.I.

GINDINA, I.M., inzh.
Econmic effectiveness of producing and using expanded perlite
as lightweight aggregate. Sbor. trud. ROSNIIM no.25:150-159
162) (MIRA 17:8)

SHPORTITY, fl, ya., Ica!,!. ekrr-jua. iaak- 1, Lill ETSK ['III,
GIND111ti, 1,14,, Jn,--fl.
and lil--'-~ u~f w:.r 11.f~
and f-xodurt -3
t~z f~ '01" t h-; _,n
-1 8

BERM , Ye.M. , kand. ekon. 'nauk; GfrINNA , .1.11. , ekon,-.1!14 St
.1
How to increase the economic effectivenes3 of indus,,r7. Stroi. v-At.
10 no-10:36-37 0 164. (',"IiA IF:2)

YEKISENINA, 11U.; MYGKOVA, L.P.- GINDINA, N.I.; SATAROVA, A.G.; Ta:RFNNAD1-'L1P,
Ch.; SIIETOVIDOVA, V.M.; POLYANICHKO, M.F.; TAN7,C11, F.I. (Sochi);
HELOSLY11D, Yo.G.; SVFRSHKOV, A,N.
Brief' news. Sov. rped. 28 no.5-.151-153 My 165. (MIRA 18:5)
1. Klinika lechebnogo pitaniya Instituta pitnniya AMIN SSSR, Moshm
(for Yekisenina, Myngkova, Gindina). 2. Knfedra infektsicnnykh
boleznny 1-go Leningradskogo med1ts1nnkoj.:o Institmta imenj nkadvjrJkn
Pavlova (for Sp'nrova)- 3. Kafedrn Inboratornoy khricheokcy diagnostik!
TSentrallnogo instituta usovershenstvovaniya vrachey I I klJnicheskaya
bollnitsa, Ulan-Bator (for TSerennadmid). /,. Saratovskiy nauchno-issiedc-
vatellskiy Institut travmatologil I orto-edii (for Svetovidova).
5. Khiritrgicheskoye otdelenlye mediko-sanitarnoy chasti zavoda "Krasnyy
Oktyabrl", Volgograd (for Beloslyud). 7. 1z Ukrainskogo nauchno-is-
sledovatellskogo Instituta kommunallnoy giglyeny (for SvE!rchkcv).

GINDINA, H.M.; XOGANOVA. G.V.; IARICiMVA, G.M.; MELKOVA, A-Ye.; POLYAKOVA,
------- SKOBBLICINA, I.F.; IKONIIIKOV, V.V., prof. otvetBtVenny'7 red.
ROSHCHIKA. L., red.izd-ve; LEBEDW, A., tekha.red.
[State Bank of the U.S.S.R.; a brief account on the fortieth
anniversary of the Ottober Revolution] Gosudarstvennyt bank SSSI;
kra tkii ocherk k sorokeletiiu Oktiabria. Moskva, Goafinirdat.
1957. 254 p. (MIRA 11.2)
1. Goaudarstvennyy bank, Moscow.
(Banks and banking)

-..A-ku a** for C4, A mpm NW41W m as
Of dw qW.Um. S. N. AAdrfty and R. Miu
!ZVsPrid4d. Min. 20
JU j.__tgj r
U.S.S.R. 26.71-4(IQA3x gal. tram , ter;
With max. transtab" at 2510, 25M. *W RM A. was
made out ad 1-3 mm dikk sh%ts of single aptali of
KC1 + myci, No Kilt +
metbW. The ootapas. Uren:UST A. bKyCth119oK8yrop.oKubv$F
Sp. PbClt It-, WO A. MCI 794, P.. PbCJ*
1 0; Ilm A. CI 24A%. Ke 75 0, -PbCJ. 0.4%. C1 or
Br to CCIG absorbed aff wave =11 from 3000 to 6700 A.
The MW widths of the lifters ime W. 140, and 100 A., the.
trauscalsdat 0-13% 10-1t% wid IS%. EI-Slass filters
from Anhyd. ") and conts. KXr% and MPSO.
LP vadalbh mopordom were the following- 310D A I mm.
3190 A, I.. thick 0.157p CrO4-.
Nk, 03U VX I
I mm. ick, 5A 466, and' 0.6% MmSO#; Z;,
la mm. thick, 0.07% K*CrO4 + 1% M
Irere used In , himatioa with an UFS-1 'rV-r::
.19sions of the&-- 4 diters vmm 16, 18, 14, and 18%
with hall lxmd widths of 180, 200, 200, and 280 A.. mp.
= a fUter for 3150 A. as fallows:
A ralro coubf be PV
Cellophane Alto wkh ak., immersed 1 174
KOU Pit 50' for t hr., then huid"sed In a Soln..t 63
IrWrOt vW 0.01% p-nitrosodirnothylanfline at 60 for 4
hrs. The toansmusion was 20-23%, the hall width 180 A.

. (~' N
INO iN
l
f

1 pubon disuffide and
D.terhiinatlon of 0
,
Itcatone by colorimey th 17. Mdrue,
find R, 1. G lil J. "IPPI. ch,!Yr;.
A
fill

"Ph-domwilm- 44-1. -1-1-1 Maim
Fuld
a
mil
M
m
omm
e

USSR/Crystals. B-5
Abs Jour Referat Zhur - Khimiya, No 6, 1957, .1-6330
Author F.D. Klenent,_I.J. rLdina.
Inst lnstj_tix~e of Phy*ics and Astronomy of Academy of griences
of 77,st-jai in SSF,
Title Ne_irn nf Inf.--uence of Mechanical disintegration on
Propeities of S-,ne Crystal Phosphors.
Orig Pub Tr. In-ta fiz. i astronom. AN EstSSR, 1956, No 4, 3-25
Abstract When phos%-*iGrs are disintegrated machanically, the extin-
gudsh'ni- -)' t-'le luminescence is observed. The phosphors
KCI-AgCl and NaCl-TlCI consisting of badly mixing compo-
nents partly dissociate into the components when ground.
The decrease of the activator concentration in the base
requIts J,_ a redistribution of intensities in the radia-
tion spectrum and in the extinguishing of the luminescen-
ce. The dissociation of supersaturated solutions is ac-
celerated also by heating. Beside the activator,
Card 1/2 - 86 -

USSR/Crystals. B-5
Abs Jour Referat Zhur - Khimiya, No 6, 1957, 18330
separating as a self-contained phase, causes the trun-
cation of the luminescence in the short wave part of
the raditition spectrum by absorption by the activator.
In casQ of the KCI-TIC1 and KaC1_AgC1 phosphors, con-
sisting of well mixing components, grinding does not re-
sult in any decrease of the luminescence brightness and
in any redistribution of intensity in the luminescence
spectrum. The dissociation of phosphors into components
when ground is ascribed to the acceleration of diffusion
processes and is explained by the increase of the empty
node concentration in the result of the plastic deforma-
tion in accordance with Seitz's hypothesis (Seitz F.,
PhYs. Rev., 1950, 80, 239)-
Card 2/2 - 87 -

SUBJECT: USSR/Luminescence
AUTHORSi Klement F.D. and Gindina R,I.
1 1
48- 5 6
TITLEt On the Nature of Influence of Mechanical Crushing on the Pro-
perties of Somo Crystallophosphors (0 prirode vliyaniya makhani-
cheskogo razdrobleniya na avoystva nekotorykh kriatallofoeforov)
PERIODICALt Izvestiya Akademii Nauk SSSR, Seriy& Fizicheakaya, 1957,
Vol 21, #5, P 748 (USSR)
ABSTRACT: This investigation was aimed at clarification of the nature of
tho quenching effect of mechanical oqrshing on the luminescence
of some crystallophosphors. It was assumed that the crushing
induces the dissociation of a solid solution when a crystallo-
phosphor can be considered as a supersaturated solid solution
of an activator in a basic substance.
This hypothesis was tested experimentally on 4 phosphors% KC1.
AgCl; N&Cl.TlCll KCl.TlC1 and NaCl.AgCl.
The result was checked by means of "annealing" the phosphors
(slow heating at a low temperature, which leads also to decom-
position of the supersaturated solution and decrease of bright-
Card 1/2 nesa.)

TITLE- On the Nature of Influence of Mechanical Crushing on the Pro-
perties of Some Cryetallophosphors (0 prirode vliyanlya mekhanl,-
cheakogo razdrobleniya na avoystys, nekotorykh kriatallofosforoy)
The decomposition of supersaturated solid solutions by crushing
is considered thermodynamically and from the viewpoint of (1ir
fusion processes in the solid phane,
Ong Russian reference Is cited.
INSTITUTION; Tartu State University
PRESENTED BYt
SUBMITTED: No date indicated
AVAILABLE: At the Library of Congress.
Card 2/2

4~ 3 ~-,o o (H 3 7/ //2 tl 13 n-)
A U1111CR - Gindina, R.I.
i LE On ~he role of di,~Ioca*.I-,~~ns anj brr.,,ndar-le:3 it'. lurntnesce-n~e C.-P
h 0
FER7OD-.-CAL- Rej1era1'_-.rnyy zhurnal, Fizlka, nr, 6, 19F1, 1'77, ab~'.ra~t 6 r
0 V32
I n - '.,;I f I z ~ I a s t ron . AN E-S SR" , 1960, n12, 27 1 - 2 74 1)
T C
rEXT.: To clear up the rcile of dislocaticns and block t-undar-le-; In the
MjneScer.Ce pftencmi_~_ncn, the a-.ithcr 1nvesL1ga-:,eq sca-r,-ering -~f _!_Iwh~ and, luminescen-
,e of a number ~:f mcncory-s-,alline alkali-halide D -
I I hc=ph:rz-. NaCI-Ft, KC-1-Ag, KC1_
Cu, Mr-Au, KZ--Tl., MaGl-Pb, Mn under a microszope (magnifica'~ion 120 x 100), A
conclusion was Irawn frLm the results obtained that the main centers of lumInes-
cenze and activator capture cen-era In alkaii-halide =ys*.a1s are activator
icnz 1-,ca-f~ed in vol-xne poln-,s of the crystalline lat.-.Ice; lh!~_ con--l"Islon correa-
p0rids to the viewroini:s of Klement (RZhFiz, 1957, no, 8, 21185) and lju_sh_~hik (RZh
Fiz ', 195-7, no, 4, 1LC)3-71L),, Nt Mikzimcva
[Ai:_~-racter's rote- Ccmpie~e +Tanslattonl
Card I /I

S/6;3/61/000/014/008/019
D207/1)303
AUTHOR: Gindina, R. I.
TITLE: The role of block boundaries and dislocations in the lu-
minescence of activated a2kali-halide phosphors
SOURCE,~ Akademiya nauk Estonekoy SSR. Institut fiziki i astrono-
mii. Trudy. No. 14, 1961. Issledovaniya po lyuminest-
sentsii, 168-189
TEXT: The author investigated the location and nature of lumines-
c-ence centers in alkali-halide phosphors. The following phosphors
were studied: KCI:AgC!, K01,-CuCl, KI.-TlI, KBr:In, NaCl:Pb:Mn. The
phosphor3, containing 0.1-7 mol.% of the activating compound in
mel7,,, were grown by the Kyropoulos method, except for KBr/In and
KC'-'.:buC'A. which were activated by diffusion from gaseous phase. To-
pography of luminescent emission was studied microscopically (X120
-z-o X600', using 0.1 - 0.22 mw thick phosphor plates. A biological
mic-roscope M 6 14-4 (MBI- I ) with a dark f ield condenser 014-13(01-13),
a light- sourl-e C)t4-I(OI-7) and a photographic attachment rJOH-4
Card 1.,/3

S/613/61/000/014/008/019
The role of block boundaries ... D207/D303
(MFN-Il, were used for K01:AgC!. The other phosphors were examined
with an ultraviolet microscope tj~&WMUF-W with a quartz con-
denser, a mercury-in-quar-z lamp A-4.10A(SVD-120A). The follow-
_Lng Itt filters were used to seleot exciting wavelengths:
(Usz-i -/~L-_?_(UFS-2).,CC-j 4-C(_-g (SS-4 + SS-8) and a C12 -V Br 2
gas filter. Absorption, excitatton and emission spectra were recor-
ded u-. Ing a spe~~trophotometer G~-4 (SF-4), a photomultiplier 0)1-.41
(FEU-~G)- filters C-I(UFS--4) and EC-VBS-7), and a hydrogen
I-amp &C4j-3(VSFU-V'. The effec+,-s of heat treatment, of plastic de-
formation (hydraulic compression by 30 - '70), of X-irridiation
(se-veral minutes from a 55 kV, 20 mA tube), and of bleaching with
the mercury light (10 min from the lamp without any filter) were
investigated. The results showed that the luminescence centers
were not "Located at block boundaries (block dimensions were 0.1 -
0.01 mm). Luminesoence was generated mainly at centers which were
activator ions ic-cated at no.-mal laitice sites within the blocks;
such centers predominated at low actiiator concentrations and low
defer-A densities, More complex. luminescence centers and stable
Card 2/3

S-/613/61/000/014/008/019
The role of block boundaries D207/D'303
ele,,tron traps were formed by activa-t-or ions in association with
point defecte, Acknowledgments are made to F. D. Klement for dis-
~--uselng the subject and to Ch. B. Lushchik for directing the work.
There are I 1-igures and 45 references: 28 Soviet-bloc and 17 non-
Sov~et_bloo. The 4 Moat recent reference3 to the English-language
publ_i,~at-_ona read as follows-0 H, Yoshimur.a, J. Phye. Soc. Japan,
'19601; W. Van der V,.rst and W. Dekeyser, Phil. Mag,, 1,
BB--- (19'56); W. Jobnston and J. Gilmar, J. Appl. Phya 30, no. 2,
?.795V; W. T-_'Ilerr, J. Appl. Plhys.' 29, 61',
(195
SUBMITTED, kugus+ 4. 1960
Card

20828
S/046/61/025/003/016/047
Y, (//.3 4, B104/B214
AUTHOR: Gindina, R. I.
TITLE: Decoration of dislocations and activator distributions in
unstable alkali halide phosphors
PERIODICAL- Izvestiya Akademii nauk SSSR. Seriya fizicheskaya,
v. 25, no. 3, 1961, 354-355
TEXT: This paper was read at the Ninth Conference on Luminescence
(Crystal Phosphors) held in Kiyev from June 20 to June 25, 1960. In
the last few years, the opinion has spread that the luminescence centers
and the electron traps lying on the block boundaries play a dominant
role in luminescence effects in alkali halide crystals. It was attempted
here to provethis hypothesis. Ultramicroscopic studies of the decomposi-
tion of unstable solid solutions (NaCl-PbCl 2, KCl_CuCl, KCl-AgCl, and
KBr-Au) after different heat treatments showed that the colloidal impurity
11 alt particles oollect and settle on the dislocations of the block sur-
faces on annealing at high temperatures. At lower temperatures, these
phenomena appear at the net of volume dislocations. From the results it
Card 1/3

20828
Decoration of dislocations... 3/048/61/025/003/016/047
B104/B214
is concluded that block boundaries are no favored positions for the
activators in the hardened crystals. In this connection, it is remarkable
that the collection of impurities occasioned by annealing leads to an
ificrease in the activator absorption and luminescence. Ultramicroscopic
studies showed that the luminescence of the phosphors studied herG is
uniformly distributed over the crystal lattice and cannot be localized or
concentrated at the block boundaries. The number of dislocations can be
considerably increased by strong mechanical deformation; additional lu-
minescence centers (centers II) appear, in which process the activator
concentration per unit thickness of the specimen remains practically un-
changed. All the results did not agree with the hypothesis of the rela-
tionship between the activator ions and the block boundaries. Further, it
was found that plastic deformations of a KC1-AgC1 crystal (0-3 mole% in
the melt) produce new luminescence centers (centers II) in this phosphor,
whose absorption bands lie at 226 and 236 m/,. , The luminescence in these
bands has a maximum excitation at 350 M,- . The centers II are produced
also on irradiation by x-rays, and the resulting localizaticn of electrons
at these centers lowers considerably the luminescence of centers II. Here
again atomic centers with ;( max 288 m/.,- and Amax ' 436 0/11- arise. These
Card 2/3

20828
Decoration of dislocations... S/048/61/025/003/016/047
B104/B214
results agree with the view earlier expressed, according to which centers
II can be regarded as activator ions arranged in series with point lattice
defects. By a strong magnification of KCl-AgCl phosphor irradiated
by x-rays it could be proved that the activator ions are distributed in the
body. In some cases, a significant role could be assigned in luminescence
to the block boundaries and to the surroundings of dislocations. An in-
crease in the luminescence of Mn++ ions in the neighborhood of block
boundaries and dislocations was found on annealing of NaCI-Pb, Mn phosphor,
This might be related to the higher concentration of Pb++ and Mn++ ions in
the vicinity of dislocations, to which concentration is to be ascribed
a sensitizing effect. There are 2 figures and 10 references: 9 Soviet-bloc.
Card 3/3

AUTHOR:
TITLE;
S/613/61/000/017/011/011
D051/D113
Gindina,-R-J-
On the luminescence of alkali halide whiskers
SOURCE: Akademiya nauk,' Estcrnskoy SSR. Institut fi7iki i actronomii.
Trudy, no. 17, 1961. Iaoledovaniya po lyuminnstsentuii, 148-149
TE, X T :The lumincocence of ITaC1 whiskers (thread-like cry3tals) activated by!
Sn and Ag aaa microscopically studied. The whiskers were grown throuCh a
porous diaphragm at room temperature. 8-10^ - as well as 10-30A -thick
whiskers showed luminescence regularly distributed in the crystal. Axial
Idislocations which are characteristic for more than 10^ -thick whiskers,
.could not be revealed in the luminescence of such crystals when observing
them with an MSC~ -3 M (MUF-3M) microscope. Non-activated 4zzf 10?- -thick i
'NaCl and KC1 whiskers showed regular coloring subsequent to X-ray radiation.,
~The experiments are considered as evidence of the possibility of observing
Card 1/2

On the luminescence
S/613/61/000/017/011/011
D051/D113
~luminescence and coloring in crystals deprived of structural dislocationsp
an assertion, however, to be verified by more detailed structural inveat-i-
,gations. A specified description of the experiments will be given in the
;next paper.
'~SUBMITTED: November 2, 1961
Card,2/2

S/613/61/000/017/003/011
D05l/Dl13
AUTHORSt Lushchik, Ch.B., Gindina, R.I.. Zazubovich, S.G., and
Lushchik, N.Ye.
TITLE: Polarization characteristics of some alkali halide crystal
phosphors
SOURCE: Akademiya nauk Estonskoy SSR. Institut fizilci i astronomii.
Trudy, -no. 17, 1961. Issledovaniya po lyuminestsentsii, 38-49
TEXT: The polarization characteristics of the luminenence4f alkali halide!
crystals activated by mercury-like (Ga In Ti Pb , Bi and noble
+ +) i
!(Cu', Ag , Au ions were investigated. The study was conducted so as to
:exDlain how far activator ions interact with different types of crystal de-
fects ohd whether. these defects spread to luminescence centers whose "core"
~is composed of morcury-like And noble ions. The polarization method em-
ployed was developed by P.P.Feofilov who used it to reveal the anisotropy
;of colored centers and luminescence centers established by rare earth ions
Card, .1/2

S/61 61/000/017/003/011
Polarization characteristics ... D051YD
113
:in certain metal fluorides. It -uns shovin that the emission of the main
luminescence centers at 293 K is not polarized in most phosphors. The
luminesconce centers in KCl-Bi and NaCl-Ag phosphors reveal a strong
polarization of luminescence. Azimuthal dependences of the degree of
polarization show that the oscillators are oriented along the C axes. It
is doubtful whether such an orientation testifies to an anion difect near
the activator. The polarization diagram of KCl-Bi corresponds to.that of
absorption and emission by electric linear oscillators. The polarization
spectra of KC1-Bi, NaCl-Ag, FCl.-Tl, and NaC1-T1 were investigated and dis- If
cussed. There are 6 figures. The most important English-language reference!
is: C.Click, W.Compton, Phys.Chem. Solids, 7, 170, 19584
SUBMITTED: April 21, 1961
Card 2/2'

L16866-63 (1 -2 AFFTrIASDISSD Pi-4
)/EWP(q)/9WT(m)/BDS/8?BC'b) JD
ACCESSION NR: M3006308
S/0058/63/000/007/DO81/DOBI
-A
li'SOURCE: RZh. Fizika, Abs. 7D588
AUTHOR: G~ndina, R. I.
~TITLE: Microstructure and luminescence centers of some alkali-~,
J
halide crystal phosphors
7-7
CITED SOURCE: Sb. Fiz. shchelochno-galoidn. kristallov. Riga, 1962,
.133-139. Diskus., 139
TOPIC TAGS: phosphor., alkali-halide crystal microstructure,
luminescence center
TRANSLATION: The microstructure of some allcali-halide phosphorzi
(NaCI-Pb, KC1-Ag, KC1-Cu) decorated with non-isomorphous impurities
s''Investigated. The role of the boundaries of the blocks, dislo-
ic tions, and point-like defects in the formation of luminescence
C~rd 1/2

L-16866-63
-ACCESSION NRt AR3006308
.centers was considered. The microstructure of the luminescence cen-
ters in some ionic crystala was discussed. A connection was es-
:tablished betweenthe glow centers and. the activator capture cen-
ters. A study was made of the influence of x-ray and ultraviolet
radiation on:the chemistry of defects in crystals, activated with
Silver., N. Maksimova.
V!
DATE ACQ: 15Aug63 SUB CODE; PH ENCL: 00
card 2/2

4_-L 6o l:& /tW C W SM `VA(c pi-If ril
35 gq
JD GG UP/2613/Q/000/030/0003/0015
ACCESSION MRt P250136%,
A-~ At
0111MIM" M. I.;'LuGhchik, Ott. B.;
Trm: Electronic processes In tonic-crystal whickers
SOURCE: Aff- Institut fftiki. Iasti~Aii- TrudYi, no- 30P 196k- Isaledo-*
a- -- _h nescence), 3-15
vaniya. po Iyumineitsentaii, (iteiee&d on luml
~'Vmc TAM tonic crystal,, filegient=7 crystal, electronic process, energy migra-
-tion.. color center,, electron.vibrational processp radiation coloration
ABSTPACT- The article reports the remdts of oaparative Investigations of the
optical charactertatica of ordi=7 and whisker-type alkal:t-halide crystals (Ha0l,
IM1, - Ml-TI, and M-Tl) and on Cetermining the niture of the luminescence centerso
"i-om the main scibstance to the luminescence centers, the occur-
energy migration
~rence of scintillations induced 17 alpha particles, and the kinetics of production
of color centers,by means of x-mys. The tests were made on pure HaClp Ml, KBr,,
;and KI vhiskers-and an activated X01-Ag, HaCl-Tl, HaCI-Ag, NAM-Sn, and KI-Tl whis-
keraj which were- found to
-fections or dislocations (uith thC
have a minimum of imper
exception of 01-Ag), Measurement of tha eminsion and excitation spectra have
fjhovn that the min luminescence cen*ters in KI-T]. and IMI-Tl phosphors are.. not due,
--to associations of the impurity attoms ~with dislot.,ations. The higbly p6rfect strde-

L,60346.65 EWT(l TJ
Ka
ACCESSrON-DR: , AT5013687 UIV2613/64/000/030/0016/0026
.2 0
AUTHOR- Gindina, R:'~.
j_A._Aj aav,_A. A.
TITLE: On the nature of the mairi centers of luminescence in the crystal P osp or
KC1-Tl
30 Tssledo--
SOURCE. AN EASSH. Institut fitlki i astronomii. Trudy, nc. 1964.
;.vaniaya po Iyuminestsefitaii -(Rekiiarch on luminescence), 16-26
TOPIC TAGS: potassium chloride luminor, crystal. phosphor, luminescence center con-
centration$ thallium activation, solid solution
ABSTRACT: Single-c rystallphospbors.grown by the Stoel;barger method were investi-
gated# as well as thin layers of KCl-T1Cl taken off quartz substrates. To deter-
mine the relative location of the impurit responsible for the luminescence in the
host c stall the concentration ofthe Tl ions was determined by chemical (polari-
ry
graphic), x-ray diffraction, and absorption methods. The test procedures are de-
scribed briefly. The results show that the concentrations obtained by all three
.1methods were practically the samer. It can therefore be concluded unambiguously
I'that in the absorption produced ty the-01-TI phosphor the major part is played by
the TV-ions that occupy.the regtilax lattice points of -the host-crystal*- - Both- the
luminescence- ~nd the absorption axe caused by the impurity ions located at the
1/2
C
ard

L 027 S W(m)/W(q)/WP(b) IMD(gs)AIAM(t) JD/,M
;~ACCESS 9 AP4046047 7
10 1~~: S /0 070/64/0 09/005/0712/ 07 1
'na, Roj.
!AUTHORS: Elango, A. A. Gin&
iTITLE: On the decoration of.11-.he microstructure of alkali-halide
fcrystals duringr the decay of giolid soluti
ono
!SOURCE: Kristallografiya, v. 9, no. 5, 1964, 712-717
ITOPIC TAGS:. crystal wicrostructuy.-el alkali halide, solid solutign
idecompositi6n, impurity concenikrAion, d_bL9_LQc_ati= net, defect for-
imation
-!ABSTRACT.-- tbis is a -,continuation o-f--t'he pre I e
iminary work reportid,
1by Gindina (Tr. tn-ta--fiz. i a'stron. AA ESSR, No.-Il, 91, 1960).~ -Its!-
purpose is to study.the physicochemicAl principles of the new method
-ucture of crystalut' to as-
Adeveloped f6r decoration of the Microdtr
Icertain the~influence exerted an the decoration of the crystal Micro-I_
structure bi-aecompositilon -of oolid solutiona of such factors as the
Al
im
j.

7027-65
I ACCESSIOU NP, AP41346047
cheating temperatuxe and the ir(PUrity 4~oncefttration.
To this end,
the dislocAioh truc
a ture of alkall-hbilide crystals was dec"orated
with low-is6morpIiism impurities in thd systems NaCI.PbCl KCI.AqCl
2'
NaCloTIC1, PaCI.Sn I by decay q
C solid solutions. The Naci-P]?Pl
e a aepe~idence of the charact6r of ~the
.~system was used"to investigat n
solid-solution'decay and of the decor4tion on the impurity':~Concen-
and on the heat treatment of tha crystals. The experimental 1)
~procedure is briefly described. An effort was made to ascertain
Ithe particular temperature.region (froSm the wide range 780--350C) at
!which the best conditions for-the,dislocation decoration are obtainea~
It is concluded that high templaratures~are more effective for pre-
ferred precipitation of the MCI 2' phage in.the.defects of the crys-
~tal 14ttice.: Furthermore, at high tew
,porature the decay oe the
solid solutions.proceeds via a- mechanisiat in which the aueldus of the
.precipitated phase, (PbC1 has-at the!'very outset an intereace with
2
Card
2/3- J

114D 1A R.I.; VALE, G.K.; ELANGO, A.A.
y alkii1i halide cr-fstals.
Luminescence and coloration of f1lamentar-
Izv. AN SSSR. Ser.ftz. 29 no.3t401-403 Mr 165.
(MIRA 18W
1. Institut fiziki I astronomii AN Estonskoy SSR.

A. P.; BERSHITSKIY, A. A.
GINDIS,
Cleaning and degreasing ?iston rings of internal combustion
engines bY means of ultrasonic oscillations. Avt. prom. 28 no.9.
40-43 S '62. (MIRA 15:10)
1. Basovays, laboratoriya ul'trazvuka Odeaskogo soveta narodnogo
khozyaystva.
(Piston ringti-Cleaning)
(Ultrasonic waves-Industrial applications)

3/122/63/000/002/012/012
D262/D308
AUTHOR: Gindiag A,._P..j_3ngineer,
TITLE: Use of ultrasound for cleaning of engine piston rings
2BRIODICAL; Vestnik mashi.nostroyeniyA/A6. 2 1963, 72-74
Y 9
TEXT: An experimental installation consisting of an electric va-
.cuum tube oscillator, magnti-bostriction radiator and bath is em-
ployed. Ultrasonic oscillations from the radiator membrane are
transferred through the water layer in the bath into a glass ves-
.eel resting on the membrane, and filled with cleaning solution of
alkali salts. with additions of surface-active substances, in which
:piston rings are suspended. The experiments have shown that opti-
mal results can be obtained at low frequencies in the range of
22 kc/s, and at high frequencies in the range of 550 kc/s; the
cleaned rings do not need special passivation, and have good cor-
.rosion resistance. There are 1 figure and 1 table.
Card

-GINDIS, A.P., inzh.; SHORGIN, V.S., inzh.; Prinimal uchastiye
TARASHCHUP A.Kh.
Saturation of electric motor vindings with insulating
lacquers using an ultrasonic technique. Energ. i elektrotekh.
prom. no.1:30-32 Ja-Mr'64. (MIRA 17:5)

B!" I. m . 1~1 .
IlIx,pa r! ence in " -,r., i E. 1 appi d ca, t ; on c-.," idtrp-~Tn i c waves the
-intensification ;~I' anal legrt3wiinF pri-rf:,s,7~es. Koz,,'..,:)b,.iv.
prom. 6 no.8 35-36 Ag, ;-
(A.

-.GINDISt I.Z.
Pathological changes in the highar nervous activity in various
forms of achizophrenia. Zhur. vys. nerv. deiat. 10 no. 3:408-
413 MY-Je 160. (MIRA 34:2)
1. Psychoneurological Hospital and Chair of Psychiatry, Medical
Institutep Perm,
(SCHIZOPHRENIA) (CONDITIONED RESPONSE)

GINDIS, I.Z. ---
Index of the stability of unconditioned defense reflexes (PSR) and
its character in various forms of schizophrenia. Trudy Gos.nauch.-
issl.inst.psikh. 27:108-111 161. (MIRA 15:10)
1. Permskaya psikhonevrologicheskaya bollnitsa. Glavnyy vrach -
I.S.Ivanov. Nauchnyy rukovoditell - prof. A.O.Edel'shteyn.
(SCHIZOPHRENIA) (REFLEXES)

GINDIS LZ
Transitory conditions in schizophrenia. Report no.l: Manic euphoria
as a stake of therapeutic remission in schizophrenia. Zhur, nevr.
i psikh. 61 no.41594-599 161. (14IRA 14:7)
1. Permskaya, psikhonevrologicheskaya bollnitas (glavnyy vrach I.S.
Ivanov) i kafedra psikhiatrii (zav. - prof. A.O.Edellghteyn) Permskogo
meditsinskogo instituta. (SCHIZOPHWIA)

GINDIS, lez.
Transitory (preremission) states in schim-ophrenia. Report
Noo2. Prognostic importance of postinoulin transitox~j states*.
Zhur. nGvr. i psikh. 62 no.12:1868-1873 'C'12. (MIRA 16:11)
1. Vladimirskaya. oblastnaya. psikhonevrologiche8kaya. bollnitsa.
(glavnyy vrach P.L.Gorelikov).

VASILIYEV, Yu.S., dots., kand. tekhn. nauk; VELINER, Kh.A., dots.,
kand. tekhn. nauk; GRIDIJSP D.O., inzh.; GOLOVACIIEVSKIY,
N.I., dots., kand. tekhn.--nauk; GROWV, A.I., inzh.;
DOMANSKIY, L.K., inzh.; ISAYEV, Yu.M., inzh.; JWLESH, N.P.,
dots., kand. tekhn. nauk; MIKHALEV, B.N., dots., kand.
tekhn. nauk; WROZOV, A.A., prof., doktor tekhn. nauk
(deceased]; NALIMOV, S.M.0 at. nauchn. sotr., kand. tekhn.
nauk; REZNIKOVSKIY, A.Sh., kand. tekhn. nauk; SVANIDZE, G.G.,
doktor tekhn. nauk; TANANATEV, A.V., dots., kand. tekhn. nauk;
KRAZANOVAI A.Z., inzh.; CRERNYATIN, I.A., at. nauchn.
sotr., kand. tekhn. r;auk; SHCHAVELEV, D.S., prof., doktor
tekhn. nauk; YAGODIN, N.N., at. nauchn. sotr., kand. tekhn.
nauk; LEONOVA, B.I., red.
[Utilization of water power] IspolIzovanie vodnoi energii.
Moskva, Energiia, 1965. 563 p. (MIRA 19:1)

AKININ, P.I., inzh.; inzh.
Control of a slag-granulating unit. Mekh.i avtkm. proizv. 15
no.6:17-18 Je 161. (MIRA 14:6)
(Electronic control) (Steel-Metallurgy)

GRIGORIYEV, V. [Hryhoruiev, V.); FELIMBON, Z., kand.tekhn.nauk; GIMIS, ,
Ya. [Hindis, IA.), -Irizh.; AKININ, P., inzh.
Automation of the production of slag "pumice" on a centrifugal
machine. Bud.mat.i konstr. no-5:22-25 S-0 162. (MBA 15:11)
1. Deystvitellnyy chlon Akademli stroitallstva i arkhitektury
Ulix-63R (for Grigorlyev).
(Automation control) (Slag)

LUKOVSKIY, Yu. [14xkovi)lk*j, TU.3p inzh.; ZaMjrsKjy, Do (zemb5rtoIkyi,, B.]. inzh.;
AKINM j P. . inzh. ; 'RUTUS I No . inzh. ;_-P]ILDISj Ya * [Hindis , IA. 3 1 inzh. ;
YERIKM4ZON , Lop inzhe
Determination of tho optimum program of automatic manipulation of
buckets containing molten slag at granulation planto. M.'Mat. i
konstr. 4 no.10-7 Ja-F 162. (MIhA 15-7)
(Zhdanav-Slag)

AKININ, P.I., inzh.; qj~~ ~ , inzh.; MOMIKH, I.I.P insb.
Automatic slagging-off from ladles. Makh.i avtom.proizv. 16
no.9:20 S 162. (KRA 15.9)
(Uporozhlye-Iron and steel plants)
(Automation)

AKININ, P. I.,, inzh.; BUGAYEjr, A. B. , inzh.; GAZIN, V. V., inzh.;
GINDIS, Ya-.-P., inzh., ZAYTSEV, V. V,, inzh.; YJLRPENKO, V. M.,
-
Automatic control of ladle turning. Mekh.i avtom.proizv.18
no. 5:14-16 My 164. (MIRA 17:5)

GINDIS, Ya.p., inzh.; KOTOV, V.M., inzh.
Automatic operation of a granulating basin. Mekh. i avtom.proizv.
19 no.l.,7-8 Ja 165. (MIRA 18:3)

GI1MDL E e
Conservative Kovacs' method for artificial interruption of
pregnancy. Ceak-gyu-251-391 no.9:657-66o N 16o.
1. Por.gyn.odd. GM Lipt. Mikulas, prednosta MUDr. 19.Gindl.
(ABORTION THMPEUTIC)