SCIENTIFIC ABSTRACT GEORGIYEVAKY YU S - GEPSHTEYN YE M

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000514810003-9
• Release Decision: RIF
• Original Classification: S
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• Document Creation Date: November 2, 2016
• Document Release Date: September 24, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MC N& AMC '"0
7te Ir terhqt~~s of atmospheric absorption of linE ar radiation of
iheated gas rows) In the near-infrared region of the spectrum were
~examined ini alrepoi~t
i. .!* ~by -Kuznotsova and M. V, Podkladen
The latter also d~114eriad a paper on the limits of applii:ability of sche-
!MIatic mode*ef abei6tption. bands in describing experimental results.
tations Of ~ the absorption by a horizontal atmoupheric layer of
;4 Investi
the radiatioO 61 a 4ightly heated absolutely black radiator were reported
_y (L ningrad Electr,
hdAPL :~uzqLl~o e '.cal Enginep~rin
Xg,~Argsbk9y delivered a paper on
the change Of the a ectral composition of long-wave ascending fluxes in
the lower layers of 'the troposphere under the influence of absorption.
A theoretical~invesdgdtion of the influence on the absorption-line profile
trong Os~
s orptiol hod a strong electromagnetic field was made by L-I.
NesmelovaA, . D. K 2 9 CTY, N. I. Ippolitov, and A. A. Drlov (Siberian
t e,$ A to).
Other V ea, were: XZ V. A_K ;kpov, and
_4~b
P
Ye. a of experimental investigaLons of the spectrum
T Del"Irt on ihiai r6bult
absorl tion Ili the 2. 06 -p region and the patterns (if distribution of
01002
-optical croi~~66ctitjna'for individual lines of a band; V. 1. Dianov-Haokov
CA~O 4/T

ACC
op `6fithe Atmosphere), on the expecled influence of
t0i J~ ahq~ it icoiiiplexes 6n the transpanency of the atmospheric,
T121
ground la: inl] ;6.2A-'0.236-p region; V. A. Afanii!j!y~y, V.
iA A
evs
ai the design of an
qv~ and.V C
I-levs-10Y
~Inst"t,i in; bat- in
&qri the pr ciple of heterodyning, to measure the atmos-
pheric at r-41d atiii i d a laserbeam, Yu, S. Georgaiyeviddy, V_ 1, DA'anov-
In 1~w 'and G. D. Turkin (Inotitnte of Physics of the
Ov,
Ifistminents to measure the spectral trans-
sip o
1.41
at) (ire wit
Oartncr!d i~e 10, ph h automatic compensation for interference
caused b' qk horic
y I ence.
m4ql =Or1tO11,00re'on,the problem of light'scattering in the atmosphere
n the th o ry oUltiple light scattering, for example, L-M.._
a. d of including,
!
i omaMv a.titulio 161 -Physics of'the Atmosphere), on radiation transfer
'In f6rbidd" bands of absorption; 0. 1. Smoktiy (Leningrad State University),
..on computing the sphericity of the atmosphere; Q,_M,_.EKekqv (Siberian
om computing the intensity of light at small imgles in the case
~of large siuRtering particles; L. M. Romanov. L. I. Xoprov. and M. S.
h'
p. Onstit0te, of Physics of the Atmosp e ~5_,on-&e-Infiluence of
scatteringJ0, the ti;#Aosphere on spectral transparency; L. G. Bor2yq
Y
I (Tomsk rpjty), on computing a mean field in a scattering
I'Laedrliin baOlisi of Maxyvell.equations. N. P. Kalashnikov and M. I,
04 e
,:~ALtprd 5/7
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~'C:C NAt
V 6e
11raz co ring PMsics Institute) reporLed on the use of
gin,
i~ie quan #dechalhiclal approach to investigate the passage of a narrow
beam of liglit through ~a ocattering mediurn. A. P. Ivan ov Unstitute of
Ac es) revoried on the results
Ademy of
of of a light field In models of strong scattering
xnedia. Th,e i-C-sulis ~o,f investigating the optical properti.es of clouds on
rnodel xnedlt:were ~dqhtained In a report by G. K. Illich (Institute of Physics
Of the Belclin4isim, 0deni y of Sciences). K.' -Sh-ifr-iii, A. Ya. Perelli-A ID,
a
n ~Main Geophysical Observatory inieni A. I. ~ ~oeXLov)
d V,, 41q~~
~es ~iethoc 0i, computing the spectra of scattering particles from
cribe
i6tctra ti f the atmosphere ant. indicated certain
data on the ansparency o
CW'iteria fbi i4ectho Apectral, intervals. YM. S. Lymb ztfLeya (Institute
-Physics
0 he A Osphere) reported on rneasurements of light scat-
s' '! Ii:
toring at AII &I Os and on the influence of such scattering on the results
ineasur ithe 9 6.ctral transparency of the atmosphere. In 44
16eri~ i"istitute) work, interference in the case of light scat-
t~ring at s tigated. The report of I'
~e6~was Inves
'd I A of the Ka
e zakh Academy of Sciences) described a
Astrophys;
A of t .01, t properties of the atmosp~ere-in different spectral
'i-egions
9y, and _y*in
.. .... N., M4 tr
V~j
z -ca) -ui;ed the Ulbricbt
:j
~"6f-4 6/7

e pur6-11ght absorption in'kerosols-
k~0
N_, --A. Che _g (Siberian Institute)'
v, pd y
p: ~sented aire rt on e results of measurements of ciznplex indices of
U iter-in the
to 20
mion.
UvbiiA ~,6poA Were presented on investigations ol' artificial fogs.
r examp ge O_V (Leniagrad Electrical
It; 13. P,~,j4pqrev and A. V. Aleg
Engineeriql 11wititule) reported on their studies of the attenuation of long-
W*re radiation in arti4icial fogs for regions of the specl rum from 0.5 to
200 p. The;lr~sport 69 ghlIgmij (Tomsk State Uriversity) compared
21-
eoerirnent~1~hd c~irnputational data on the coefficient of r:adiation attenu-
i 'aiion in artifi,cW fqgs, in the 0. 4 2 -.14 -ju region. In the se experiments a.
-,d tailed me suremqirit7of the parameters of the microstructure of the fog
~w s made. 9 tU1tani6I6ii*s1y. Ilie results of experimental and theoretical
it vesttgati of st~,ong fluctotions in light propagatior in a turbulent
Mosphere
;were r*rted by Vj,_TAMraky, A.-"usich,
164tute ~iA Physics of the Atmosphere). And, lastly,
tted 0 1 t e effects of atmospheric tuFbulence on laser com-
CaU60 I4~i VSB;
4o no- 31
o;
4V CODW'~JC DAM none

A C--- o') "a C,
Yu.
. ...........
SS,
oI'L II,)rjics of -the At..-,o:; here, AN, SS -1 (Ir,,,t4tut, fiziki atmosfery
for investigating the spectral transpu-cncy of the atmosphere,
ni6h reso-, ion
t 1'. Ut
SORCS: AN SSSR. Fi-:.ika atinoslo-y 4
okoana, 2, 110. 5, 19", 1,94-500
xIL;paroncy
n 'Uho rogion 0.37-1.14 ti ir, with a resolution of 1-2 Adoocribed.
Lao wpparatuG is pxr4 of the fiold apparatus croated at, the optical test.
g.luands of tho DlotitUto Of Physics of tho Atrmphoro noar Zvonigorod)
dcDignad '&or multidiroctional invoatigation o.*' tho optical proportioa of'
the al.-mQuphora, 'raoro are two min partas roe oiving-r-,,cording (a
opactral instrumrzt and a roeordor) and a
paarwz; over a field vurroundoia a o,' .L-Ove
CGr4 1/2

L 102,35-67
ACC NR: M17003076
"IQ zol al1r:,100. 7110 1(!','gLh of tho path can be varied iij) to 1,300 m.
Ali 1IFS-12 upoctmmotor -- double ni.-rw mcjnochroi:~illl,or Mt diffrac-
tion -rating -- io uuoa (6W I-Inou/m, world-ty, area J40.,~!50 mm). Yhoto-
mxltiplioru an usod In the recordiii'g. 'i7na apparaLuu cw,. be uuod oV,.hor
or The author than1w G. V. Rozenberg and V. I. Dianov--Klokov
for his interest in this work and ."Or his valuable advice. He also thanks V. S.-
md V. Ya. Usaohey for aasi3tance in the completion of this work. Orig.
8 1, "PIT
gures. J
art. has: ZS: 37,7101
SUB CODE: 04 SUBM DATIE: 02NOv65 O;UG JW: 001

GEORGJEnC, E.
Dr. Lea Schmidt and D. Philips' Gran2loze -
review. P.
NAROM SINW. (Drustvo sumrskih inzenjera J taanicara Boane i Hercegovina)
Sarajevo, Yugoslavia. Vol. 12, no. 4/6, Apr./Jwae 1958.
Mmthly List of East 1kropean Accessions (EUI) L(; Vol. 91 no. 2, Feb* 1W,
Uncl.

Vaccination vith Xopr m kilo live attentuatod polio vaccine in the
a" a of Gdamsk and Olsztyn provinces. Il '1. Investigations of the
rise of antibodies in the course of vaccination with Koprowskils
live, attenuated polio vaccine, Bdl, Init. 1%rine M Gdm=k 12

c GHORGOBI FOK, N.V.
--
Nain peaks in the brightness waves of electrolumine8conce.
Opt. I. upeldr. 9 no. 6:?75-781 D 160. (HU 14,a)
(Lumiasecence) (Zinc sulflde)
.11
I

AUTHORS: Geor6obi&x1, A.11. and Foic, M.V. SOV/51-5-2-11/26
TITLE s Investiration of Relaxa';Ional Processes in Elactroluminescance
(Isfiladmalya ralaksatwioanykh prot4ossav pri alaktrolyuminastsentsiij
PM OD I ULL tOptilm i Speictroakopi~-,&, 1958, Vol 5, TIr 2, pp 1,67-171 (U,3SR)
AMT,(AM The authors studioi ralaxational processas in emission by an
olocrLroluninescent capacitor in order tc elucidate the role of
polarization charge in elactrolwDinascarice. This polarization charge
is produced in separata rrains of -~.ho phosphor (surrounded by a
dialactric) by the action of the exterlutl altt)raa-'Un- electric field.
The maguitude and digtribution of +.he polarization ch-,rZe depand on
the amplitude of the appliad field, rate of 711ianGi of tais field and
sometiaes on previous history of the capacitor. The polarizablon ehar6e,
distorts the field in tho capacitor ard coacantrAtes it in a certain
small region. Thus in a4 elactrolwairl-as cant capacitor we h178 '.WO
rer,ionss a reGion of hi,;h-field conawtr-ition awl a fieli-free
To stady the processes owirring in two r,36ions the authors inda
some rioasurwants on capacitors viith p-osphors - All
Card 1/3 maamarwients ware Madj using sywaatr1c.,.l trao3zoilal oalses of 200 0114

SOV/61-6-2-11/26
Invsstigation of R*laxatioaal Procasses in SlactroluLain3scance
freqpancy, 500 V waplibude and the pulse-frout- slop3 of 1.42 V/twac-
The Wilckneso of Vi-.a capaoitor viau 0.2 iaL. Tho authors invoatlgat&~
the tam of brij~iWass viavds, the ratio taLnva3n the alternating and
conxtaiaL aixapouonts of alectrolujainas cane a ab a h4ction of flie fom
of the trapezoidal pulses, the effect of r-id and infrared light on th(�
form of brightness wavua, and oscillogra;iLs of ritie carvus of Ilectro-
111mirescence. -The ZaS-GuAl phosphors L.sad had from 5 x 10- to
3 x 10-3 &/g of Ou, aad fro;.1 6 x lo-4 to 2 x 10-3 IV& of Al. The
phosphors were proparad tit, 11001C ia li.,.i o'.' at 10000G in a aii-tture
of E,,S and HGI, Tbo following results woro obtained. (A) The
briC,htness waves had the fona sho%vn in Fig I (curvas 1). Curves 2
in Fig I show the applied trapoz6ldal voLtugo pulais. (B) Mau
brightness of luminescence depends an tho cunplitade and frequency of
th,~ applied field, and on the slope of the pralse-frent (Fig 2).
(C) The ratio of tho constaint and altarna-;Ing components of alectro-
1wnineacence depan4s both on freqaaacy and the slope of the pulse
froab ou the a,)pliad field and Is practically independent of the field
amplibxd3 (Fi6 3). (D) Do-oxcitstion witii long-mavelangth light has
,.L at-,rqnr,-3r effect in phosphors which cai: stora large li,~ht-sums and
Li 1;,iis case attly conw':arLt co q)oiiuii. of alectrolwaines canca is
-ard 2/.3 door jas ad lu phosphori Milch store si.all li,,,bt-suins rud lijit loviorij

SOV/51-5-2-11/26
Jnvastigitioj~, of Raja-atioAal Processes in BlectrolamJ.nescence
iLls-) the altaraating acraponent. (3) "Mien the altgrn3.ting field is
switched on the cons-~ant and alt),raat1n6 couponents of alectro-
luminoscance grov at differant rates (t.-~) constant ccviponent grows more
slor"ly as shown in Fig 4). The wathors ~ivs the following tout-ative
explanation for the observW- behaviour oT &Z-GuAl. The field-frea
region In the capacitor extonds throiAghout %ost of the capacitor and the
region of hijr)i field coacentration is near U-ie electrodes. The alternat
caL-pon*nt of elactrDluminescence arises TraL liberation and subseqaent
recombination of electrons in the high-field region. The constant
c=poneat of alectrolaminescoaca is due to procasses affecting holes
and electrons, which occur in the field-free region. There are 4
f i6ares. and 3 Soviet raf areacas .
AN O'M 110N iFitichoskly iautitut im. P.N. Lebeleva, Z SSSR (P~Iysics lustituto
imoni P.N. Lob*Jav, Academy of 3cioncqs of the U.S.S.R.)
SUMaTTEDs September 26, 1957
Card 3/3 1. Phosphors--Luminescence 2. Electrouagnetic waves--Polarization
3. Electromagnetic fields--Applications

3805~ R
S/051/60/i)09/006/011/018
r,201/r3lit
AUTHORS; and Fok, M.V.
TITLE: Principal Peaks of Electroluminescent Brightne.5,9
Waves
PERIODICAL: Optika i spoktros1copiya, 1960, Vol. 9, No. 6,
pp. 775 - 781
T_rXT: The authors studded ZnS.Cu:Al phosphors i,*ith 10-3
g-atom/g-mole Cu and 10- Z-atom/g-mole Al. An oscillo-ran of
the electroluminescent brightness (Curve II) is shoun to-ether
Ifith an oscillogram of the exciting sinusoidal voltage
(Curve 1) in Fig. 1. The brightness consis*,;s of --n alternating
compornt, known as the brightness wave, and a constant component
denoted by B . -The brightness wava has a principal peak,
denoted by A , during each half-period of the exciting voltage.
Under some conditions a subsidiary peak (6) appears in the
brightness wave; this peak is usu-Ily weaker than the principal
peak. The tvro peaks are resolved better wben,the exciting
voltage -siraveform is trapezoidal (Figs. 2, 3). Fig. 4 shows
positions of the' principal brightness peak as a function of the
Card 1/?

S/051/6o/oo9/oo6/oli/ol8
Principal Peaks of .... 1:201/E314
amplitude of voltage pulses. Figs. 5. 6, 7 give the "critical
voltage" as a function of the front rise-time of voltage
pulses (Fig. 5), and as a function of temperatures (Figs. 6 and
7). By the critical voltage the authors mee.n the voltage which
empties even the deepest localization levelf, in the phosphor.
The form of the brightness waves showed that, at high applied
voltages, electrons wore liberated primarily by electric fields.
At low applied voltages electrons were freed by collision
ionization (at low temperatures) or by tunn,311ing through
pptential barriers (at high temperatures). The optical phonon
energies and the energy depths of local levels in ZnS were found
from the values of the critical field intensities at which
complete liberation of trapped electrons occurred. The optical
phonon energies found in this way were in good agreement with
values deduced from the vibrational structure of the "edge
luminescence" spectrum. The level depths agreed with the donor
depths found from the equilibrium density of free electrons in
ZnS:Cu crystals.
Card 2/1

S/051/'60/009/006/oil/013
Principal Peaks of L-201/!:314
There are 7 figures, 2 tables and 13 references: 6 Soviet
and 7 non-Soviet.
SUBMITTED: May 26, ig6o
Fig. 1: Y Fig. 2:
=77-
0
I'lic
MCKTIM.1 JOM H INT, QVil it lilt 111111 Tpillh-
w)aGy)f:,-iaK)lUe.Nl
;Rell
Pac. 1. Ocgimorpammu nPROCTIll
iioa6),w,Awoiqarc, Hallplim-
Card 3/11'
Hag t_
3

GEORG-C)BIANIt A. N.
Cand Phys-Math Safi. - (diss) "Kinetics of electro-luminescence
of ZnS-Cu (Destrio effect)." Chernovtsy, 1961. 9 pp; (Min-
istry,of Higher and 6econdary Specialist Education Ukrainian
SSR, Cbernovits State Univ); 150 coDies; price not given; (KL,
?-61 sup, 21.8)

MMGOB;94 AA,; MKI M.V,
I .--
Pftoess detamining the voltage dependence of the mean brightneos
of electrolminescence. Opt. i spektr. 10 no.;!:188-193 1? 161.
1 (KIRA 14:2)
4minesoence)

GEORMBIA1119 AJL; FOK, M.V.
.. . .....
Dependence of the phase of brightmess waves of electmlumineacence
on the ;arameters of the exciting voltage. (~)t.i spektr. 11.
no.1:93.-97 Jl 161. (NIRA 14:10)
(bminescence)

GEORGOBIAIII A N
.......
Excitation of eleotrolumineseence in zinc salfide. Opt, i spektr.
3-1 no.3:426-,428 s t61. (MIRA 14-9)
(Luminescence) (Zinc sulfide)

S/05.L/62/012/oo6/009/020
E036,/E4A
AUTHOR: Gg-pygqjb an i
TITLE! The influence of the bond type or crystal phosphors
on their electroluminescent ability
PERIODICAL: Optika i spektroskopiya, v.J2, n-3.6, i962, 746-749
TEXT: A qualitative comparisors is given of the ability of
materials with ionic and with covalent type bonding to display
electroluminescence. To produce electroluminescence it is
necessary that there are mobile charges in the crystal which are
accelerated by the applied field to excite the radiation by
collision processes. The motion of the charged carriers is
impeded particularly by lattice vibrations. In ionic crystals,
in which alternate atoms are differently cha:-ged, the local field,
due to the atomic vibrations, greatly exceed;s the applied field
and reduces the carriers mean free path to the order of the
lattice constant, and they cannot acquire sufficient energy to
cause ionization or excitation by collision. Local fields are
much less in covalent bond crystals and the mean free pathL, are
several times larger; - the carriers can acquire large energies
Card 1/2

S/051/62/012/oo6/009/020
The influence of the bond type E036/E418
to give impact ionization. The covalent type crystals are also
more likely to support large fields in limited regions of the
crystal because of the ease of formation of space charge. The
advantages of covalent bonding in supporting electroluminescence
are illustrated by its non-occurrence in crystals with more than
5W ionic bonding. The possession of other luminescent
properties is also required for a material to show electro-
luminescence and thus it is not expected in the elementary
semiconductors which have no ionic bonding. There is I table.
SUBMITTED: April 8, 1961
Card 2/2

S/051/62/012/006/020/020
E039/'E420
AUTUORS: (leorgobiani, A..V., Golubeva, N.P.
TITLE: The excitation of electroluminescence in alkali-halide
compounds
Pi-IRIODICAL: Optika i'spektroskopiya, v.12, no,.6, 1962, 8o2-8o3
1EXT: The influence of the type of bond strticture on the
excitation of electroluminescence discussed in a previous paper
is reviewed. Calculations are made on the excitation of electro-
luminescence in alkali-halides and compared with experimental
results obtained for thin ( - Ili) films of C~sl-Tl, prepared by
sublimation in a vacuum. The sublimated mixLure contained
94'. CsI and 69o' T11. A layer of aluminium formed a secondary
electrode and a film of barium titanate was used as a protective
coating, Excitation was accomplished by the application of
about 120 N' at 20 kc/s and the electrolumineacent spectrum
compared with the luminescent spectrum excited by radiation from a
The two spectra
(UFO) lamp using a Yq)C-2 (UFS-2) filter.
are very similar. Thtse CsI.TI films are electroluminescent in
fields of about 2 x. 10 V/cm without breakdown. In thicker films
Card 1/2

S/()51/62/012/oo6/020/020
The excitation of ... EO')9/E420
avalanche breakdown occurs with fields of
suggested that this method can be used to
in any of the alkali-halides; this would
preparing thicker layers and using larger
the experimental difficulties. There is
SUBMITTED: January 29, 1962
3 X lo5 V/cm. It is
excite electroluminescence
lead to the necessity of, -/'
fields, hence increasing
I figure.
Card 2/2

L219h
5/051/62/013/004/009/023
E039/2,491
AUTHORS: Georgobiani, A.S., L'vova, Ye.Yu., Fok, N.V.
TITLE: Absorption of energy in electroluninescence
PE1110DIM; Optika i spektroskopiya, v-13, no.4, 1962, 564-568
TEXT: Maasurowants are made of the enorgy absorbed from tile
electric flold applied to an electroluminescent condenser.when a
sinusoidal exciting voltage is used. These measurements are of
importance in the study of processes occurring in luminescent
materials and are of practical value in determining the usefulness
of luminescent matorials as light sources. The current waveform
produced by the applied sinusoidal voltage is markedly
non-sinusoidal. Instantaneous and avorage values of the power
absorbed are obtained by means of a galvanometer oscillograph
method And the average values are compared with values obtained
by means of bridge measurements. The accuracy of relative power
measurements using the oscillograph is 5'10' and for absolute values
12%. The minimurn value of power measured is 0.008 mW for 50 V
applied and the maximum is 100 mW for 1000 V applied. The power
waveform is also nonsinusoidal and the nonlinearity increases with
Card 1/2

S/051/62/013/004/009/023
Absorption of energy ... E039/E491
inc,,easing voltage. The ZnS-Ctx,Al as well as the ZnS-Cu from
two other sources used all contained chlorine and were in layers
0.03 to 0.04 mm thick. Measurements were made at room
temperature using a 50 cycle voltage supply. A 19 (FEU 19)
photomultiplier calibrated against a thermopile was used for
measuring luminescent energy yields giving a relative accuracy of
61/0" and an absolute accuracy of 30',.,. As the valtage is increased,
the clectroluminescence yield passes through a maximuza -l,4 of
the 'absorbed power for voltages of 200 to 275 11, comparable for
all the phosphors. The bridge method gives a value of the yield
some 2550' lower than that determined by the OSC:Lllograph method.
Maximum light efficiencies are 8 to 9 lumena/watt. The results
are compared with theory and good agreement obtained. There are
4 figures.
SUBMITTED; July 21, 1961
Card 2/2

ACCESSXOM NRs AT4001249 8/2504/'63/023/000/0003/0063.
AUTHOM Goorgobianip A. N.
TITLE: Electroluminescence of crystals
bOURCE: AN SSSR. Fizicheskiy institut. Trudy*, v. 23, 1963, 3-63
TOPIC TAGSs electroluminescence, luminescence, crystal electrolu-
minescence, electraluminescent crystal, zinc sulfide electrolmmi-
nascence, electroluminescence excitation, electroluminescence ca-
pacitor, luminescent material# electrophosphor, ph6sphor
ABSTRACTt This review article deals first with general problems of
electroluminescence of crystals, such as ionization by an electric
field, impact ionization, the concentration of the electric field
occurring during luminescence, and a classification of electrolu-
minescent materials., Blectroluminescence of tinc sulfide and its.
use an a luminor is then described. Blectroluminescence van excited
Card
gj=i-~ list

ACCESSION NRt AT4001249
in capacitors with dielectric of pressed ZnS-Cu,. Al (Cu 5 x 10-4_.
-3 -4
10 10 _ x 1073
and Al -2 g-atom/g-mole) and the main brightness
peaks identified. The temperature dependence oE the critical volt-
age of the principal peaks of the brightness waves is discussed,-
along with the dependence of the maximum principal peak on the fre-
quency and amplitude of the exciting voltage. The constant compo-
nent and the average brightness of the luminesc9nce are calculated.
Various theories of the mechanism of excitation of electrolumines-
cence are discussed. The energy absorption during luminescence is
estimated and the energy yield of electroluminescence calculated.
It is emphaelzed in the conclusion that although tests with single
crystals will cast more light on electroluminescence, the informa-
tion obtained in such tests in not directly applicable to powdered
luminors. "I consider it m
.y duty to thank 14, Vo Fok for reading the
manuscript and for valuable remarks.* Orig, art. hast 72 formulas,
38 figures, and 1 table.
Card 2/3

ACCESSION kiRt AT4001249
ASSOCIATIONs rizicheskiy institut im. P. N. Lebodeva AN SSSR (Phy-
sics Institute, AN GSBR)
SUMITTED: 00 DATE ACQ: 30Kov63 ENCL: 00
SUB CODBI Ta NO REP SM 054 OTHERs 072
card 3/3

FV i~1
711.
P;g,
:1; Jj
;j it k 1., pe tr6lualnespence y"I'ald
as: o not I
~~Ai phosphor
7;i~ A kit spe A
it4kopiya,13 4;64,- 1962- and- -Ibid.-'
i:401toge- dependence of the elect:!olumineacence yield
61 1 nP... Cm.'Al lho~ capliatois. . In the present wo:*, using the same ex-
j (16saribed in the first reference) the:t investigated the tem-!
I Pori montal te;.c tue
I pert, ture I depem e it the voltage dependences at differew: temperatures of the
ele(~trolumineift"O' e 01.1 J;~o Same phosphors, 7be phonon mechanism is considered.
Curies for th~io lillOorbod by the phosphor-filled CaPaCLtor as a function of
thelvolta and 40M are given; as are plots of the electrolumines-
lce~ e yield o it 1140 204 and 3990K, and absorlj)cd energy, electro-
lumtescance b, !I nd yield as a f=ction of the temp?ratur4 (see Enclosure
The Amt11441 1 13 t
irr: 16; the Sollowlsig empirical formuln for the brightness:
IV-
6i

44J
-V
bw'
4 'INA.: ectr
a* i 0 66 I~i mihOlmt cell Is a rather %.omplicated el ic
I a A moke omise model is necess.Lry to obtain better
;ygl,gp o
106~t.qbit~ tho ek$*tjmdat. Orlg.art.has: 8 1-woulas, I table and
LAM
J~
"i;
ji if :~*Juia ENCM 01I
06 OTHER: 000
ilA
Ti
p
0
Jilu

/A ID
'168
IMSS 11M 8/051/63/015/002/102,66/0,
r, k M V
,k~'Cll
1~iithll* - ~1_ the ie absorbed, emd, brighttess
J!
tj
77;
lux n~ k pj *a V 15 no.2,1903, 266-2(;8
-1
4.0111040, brightness vave lumiii ent capacitor -
a STAA= C 0 i!,iji~eiiigated~! um
the sue eleotrol. I t capacitarn av
X.,! Ob I a 9, 1960) using a clituit
"t~ I spektro,
a paitanca,_-The luxiniscenos was excited-by-a-86--
asperature. A loop oileillograph was used to
01 J&~ V
t1a
t, td tho 04 uos of V, the current 1, the ;owor W absorbed by
~Itor il dl, t%e i knoos D of the emitted electrolumknescente. A typital poup
~m iin the Soclomure, Analysis of the oscillograns recorded
or; ilfil ~1 itt ~06 ki tio"A"MA"in1v changes In ComtensatAnty ~Ik"MLMtAnt-_M n1l'OHSICP
ear-
ris
Ca
1,;:

jv
tL
t6- o~copts--regardingittio,kinetics of ol-i;ctrolumi--~
t6.110d
08- by the authors (above reference, AN*Cseorgobis
'd M
~!s*ktro.jllj-931 1961, and A.N.Giorgobiani, Yo.Yu.Llvova
T~! Jok, 1% regions of 1-,~
14, k613'~ 4184j 1962): electrons are released pftuarily in the
1~~ 4xlz~um tijil OrO,.:l*o&0d In the. immediate proxUlty of the electrodeol 'oleo-1 t
electrons arrive in the region of high aoncentra-i,.~,
t ioliji od. Qq In line with these concepts tlie brightness munt Attain
t:1 on o
ja peak ~114~ betijiri~theourrent does; which is borne i:ut by the experimental
oirves. 0*kjt"j'art,..1 03 formiLLas and 3 figures.
j-4
0
1 6 1 D689063
to
t C~*4 11 NO: FW SM 00

ACCESSION NR- Ap4o2636i -'------Z/0055/64/oi4/003/oi67/01757
AVMOR: Georgoblani, Ao N.
TIM: Electroluminesceace of zinc sulfide
SO=: Chekhoolovatskiy fizichookLy -burnal, v. 14, no., 3, 1964, i67-T5
TOPIC TAGS: electroluminescence, zinc sulfide, zinc sulfide luminescence, I Am no -
phore, ZnS-Cu luminophore
ABSTRACT: The electraluminophore ZnS-Cu, Al with a copper concentration of 5 x 10'
to lo-3 gram-atm/gran molecule ' of 10-4 -3
and aluminum concentration to 2 x 10 gram-1
atom/gram molecule vao Investigated. Two types of electroluminescent capacitors
were produced from the powders. They differed in the form of the dielectric. Since:i
the-luminophore In the electroluminescent capacitor Vas blended with a dielectric,
an alternating current voltage of sinusoidal and trapezoidi I form vas used. The
trapezoidal voltage was shaped by an amplitude limiting block with "trimming" of
the sinusoidal voltage. Author measured the absolute. enerj7 yield and its depend-
ence upon voltage In ok previous vork (A. fi. Georgobianip Yij- Yu. LIvoya and M. V.
Pok, OPtika I spektrookoPiP 13 (1962., 564). The bridge 9vithod gives understated
Card 1/2

0
ACcEssioN NiR: AW26361
values for ihe ener& yield in comparison with the oocillographic. The maximun
value for the energy yield meas6red by the author was q - 1.3%, which, for green
light, corresponds to a luminous efficiency of about 7 Lm/'W. Agreement of theory
vith experiment will evidently be better if it is to be assumed that the holes can
vithdraw from the lumkinescence centers under the action of the field. Inasmuch as
the mechanism of their liberation is unknown, such a computation was not carried
out. It is also certain that the granulometric composition of the luminophore
exerts some effect on the measurement results. Orig. art. has: 3 figures and 6
equations.
ASSOCIATION: Fizicheokiy institut im. P. N. Lebedeva AN 13UR (Physica Institute.,
AN SSSR)
suaaTm: njui6e DATH AM: 15Apr64 ENCL: 00
so COM OF000 Nora BOYS 011 006
Coed 2/2 ------

VREDEN-KOBETSUYA, T.O.; GEORGOBIANI, A.N.j GC,LUBEVh, N.P.;
GRIGORIYEV, N.CI~"'MVDRWjw,,NikDq MORUGEVSWEZ, Z.L.;
PETUKHOVI, M.S.; RABINOVICH, N.Ya.; FOK, V1.1%;
KILAN-44AGOFIKOVA, Sh.D.; ANTON OV-ROMANOVSKIY , V.V., doktor
fiz.-mat. nauk, oty. red.
[Luminescence; a bibliographic index for 1~47-1961] Liu-
zinestsentsiia; bibliograficheskii ukazatell, 1947-1961.
Mookva, Nauka. Vol.2. 1964. 378 p. (AIRA 18:4)
1. Akademiya nauk SSSR. Sektor seti spetsiiWnykh bibliotek.

MCC CODE: UR/0161/661000/004/1273/1275
AftOR: _AOObh V T,
A-X-t, S~~S- 9. S.
SX lst#140 1,06 P. N. Imbedev AN GSSR, Moscow (Fitichookiy institut M
TX,TLX: Scme, olsctrijcm: .1 rharacterizitics of zinc sulfide ei 3.0 Eystals
'OURCE . FL816, t" wl~jo tola, v. 0, no. 4, 1966l 1273-11275
TOIC TAGS: zinc a4fidet single drystall electric property, crystal anisotropy
ABSTRACT: 7 tudy the electrical ch!6racterjsiLgj_qf large US single cry*-
i thij iixilt at
tole $ft" 8506ru-nder Inert gas pressilre by a new method developed
f0
din
umnder the tion 01. A. Sylooyev. These are hexagorial crystals with no traces of
cubic. struct6a so t.Siit contact and surfact phenomena heive no effect on the electric-
al seasuremendo. Tho specAmens studied had dimensions of 4 x 48 mm. The tempera-
%ure curve fi* vlect;r1cal conductivity is approximated by two straight lines in lno
atiId 1/7 coortin,MtO114. IThe slope of the low-temperature line corresponds to an acti-
Viltion energir oil 1.21$ 0,07 evt while the high-temperature tection corresponds to an
eliexgy of 1.15 A 0.00"0. This section may pr*bably be zittributed to natural condue-
tivity since dilta bii the literature give the themal width of the forbidden band as
342 ' 0.2 av. ExtMoolation of thin low-temperature section to room temperature gives
1/2

1 2636of;P66
aCC NR& APS012501
an, estimated! 11441sti t~ Of bIO2 floce. The degrve of compensation wan calculated at
10'. it w" ~.6uno . on, t4a aUctrical conductivity parallel to axis C6 was no more
06 2-3 ti*Oi4s titai"that pexpendicular to this axLe. Photoconductive aniso-
tr; was f *A to This contradicts the work of' Limpicki at al. ~A- Ll-!t~ij
ti
P R. rrafiklj~ ~4.- A,-~ MV.9 107, 12389 1957), In conclusion we thank
hys a
--m-StLy -ra f(+ deault the sults, L. A4 Sy!ayov for furnishing the zinc sulfide
tals swfjx-]~,_ fbr assistance in preparation of the specimens* Orig. art,
1 figuiWb
SW~ COMI. 201/i VATEt MAO/ ORIG )Mr 1 0011/ OTH Rtr: on,
-c6ra 2/2
~

ACC NR,APG()13068 S(XJX9 CCDE: UIV0046/66/030/004/0626/66~f7
/? I
AIPMOR: it A.M.;
Bocbkov,Yu.1f.; Georgobi J~il",I.L;
OWj; 'Phyalgal Institute in. P.H. Lebedev, -Academy of Scionceg)SSSR (Fiziche,skiy
institut Akaderilt nauk SSSR)
TITLV: Elea troluminescance of bulk ZnS crystals ITWport , Fourteenth Conference on
Luminescence bold in-Rigai16-23 Optember 19657 -
SCURM. AN $SSR. Izvestiya. Seriya lizichaskaya, v. 30, no. 4, 1966, 628-632
TCPIC TAGS: electroluminescence, zinc sulfide, 4C,ft"X_O11,QUC_4,~,
ABS'AUCT: Ilia SQV W undertaken in view of the LrrowAnz interest in 11-V1 semi-
conductors an representatives of the class of compounds with a broad forbidden band.
ZAac _uA'fide belongs in this category and is the most thoroughly studied electro-
luminophor. However, most previous investigations of this elect roluminophor did not
satisfy the basic cmWitiow for electric measurements -:n semiconductors: absence of
surface effects and adequate uniformity of the specimemi. For the present work the
single crystals were grown from a melt in an Inert gas '0y the Stockbarger technique,
the crystallization was realized at 18500 C to insure gr(r.Yth of hexagonal specimens.
~A characteristic of the single crystals was pronounced Jeavage along the (1150) planef;
Ithe single crystals were up to 30 mm in diameter and 101) mm long. Chemical analysis

L 39773-66
ACC NR- AkHio&
4,,
ahowod_lbat the crystals contained the following igurltleB: Cu about 10- 'v , Ni about
5 x 10 "%, Fe about 10-4%, Un about 5 x 10-6%, S04 undor 10-4%, and oxidos under
10-4%- Tho SPOGimun P14TOO were prepared as follows: thi) crystals wore first oriented
with reference to the cleavage plane and then waters memiuring 3 x 3 Mm and 2 mm Lhick
were cut by nouns of a corundum disk. The wafers were etched In acid and provided
with obmic ccintacto to eliminate surface effects. In tha experiments measuros wore
taken to miAWme beating; these consisted in providing good heat conduction find using
short exoititg pulsom (1.7 microsec) and a very low duty factor. The electroluminesc-
once peaks at about 460 m1i; the brightness is a linear function of the applied voltage.:
Further data are given on the ultraviolet olectrolumineveonce spectrum of purer
crystals. The experimental results are discussed in general to"lis; the omission Lq
attributed to interband recombination. In conclusion, iie desire to thank M.V.Fok
for discussion of tbs results and valuable suggestions In the course of the work,
V.K.Kostirk for assiatance in preparing the crystals, arul _A.-H.Savin and G.G.Stolpovskiy
for help in adjusting the electronic equipment. Orig. itrt. has: 4 figures.
SUB CCDR: 20/ SUEM DATE: 00/ ORIG REP, 003/ OM REF: 004

`4 3t
:J CC M AP 2 di SOURM CODE; UU0051/661020/001/0183/0104
!COAUTHOR: B Gershun, A. S.; Sysoyev, Lt. A.,
IftPY-k-
hilaya,"r.
QRG: none. 1,1
Ul' 3~c i~olmtuescence of zinc sulfidi
ITLE U d t
ISbURCE: Optika i S~trogkopiya, v. 20, no. 1, 1966, 183-184
!~PMTAGS: ecti4u~in scenoe, zinc sulfide, single crystal, UV radiation
'AbSTRACT-' OP ~avtib et~~electroluminescence was observed in pure single crystals of
, Le't'
zinc:sulflai OOwn 0 a melt under inert gas pressure. Specimens 150 p thick were
V ed'!Vio tage w ith a amplitude of 4.5 kit, a duration of 1.7 psec and
s~libjected .(
T f
;a! duty f a ~f I. The volia was applied thrviugh indium electrodes. The
9e
4ainescen, Of tb' SO'cirnens is siable at a constant vAtage and increases approxi-
A voltage increase From ?.7 to 4.5 kv increases~
nate 1y, expo lkiil: voltage.
t a lumines -1
I e"406 in ~e6olty approximately one order of magnitude. It is assumed
tt this~ I ~Wece 06~ is due to recombination of electron-hole pairs created by
UDC: 535
god ~1/2:~ T .316-3
': "i 'i -A'li

AP7001,146
Georgabiani, A. N.; Steblin, V.
none
SOURCE CODE: Ult/0051/67/022/0,DI/0167/0168
1.
TITLEi Electrolumiaescent p-n junction made of zinc sulfide
9OURCE: Optika L spektroskopiya, v. 22, no. 1, 1967, 167-168
TOPIC TAGS., semiconductor material, semiconductor device, pn junction , ZIN4 4&rME
7he fabrication of zinc sulfide p-n junctions by thermal. diffusion of Cu at
650C in single-crystal ZnS-C1 is reported. The elect roluminescence of there
V-n junctions can be maintained when voltages are applied in direct and
reverse dirertions. The dependence of luminescence brightness on voltage is
shown in Fig. 1 in samiloprithmic scale. If the p-n junction is connected
directly'. the luiminescince io&`ars at 1.2 volts. In thlo case intensity of
luminescence is proportional to the current passing thou-:0 the investigated
specimen. This deuenatrates the injection character of auch luminescence.
If the junction is connected in reverse direction, lumirescence first appears
at 18 volts probably because of. the breakdow of the p-n junction.
Orig.
art. has figure. JGSI
Card. _ 1/2 LIM_

ACC
AP7004148
Fig. 1. Dependence of luminescence :i~teinsil.,y on voltage
In the zinc-oulf ids p-a junction
I - Mract. dirqctionj,.~.- ravens directiono.
.Card 2/A._. SU4. COr.LI Mn D~~: j0jun6AL Mwlbl- 003/ . ATD PRSsq: 5115-

GEORGOBLUU, A.N.J' GOLUBEVA, N.P.; LEBELN, P.N.
Excitation of electroluminescenoe in alkal:L halide compounds.
Chskhosl fio zhurnal 13 no.2-.91-93 '63.
1. physical Institute* Academy of Sciences of the U.S.S.R.,
Hoscowp U.S.S.R.

GEORGOBUSI, A.lf.j LIVOVA, YO.Yu.; FOR, N.V.
Energy absorption in electrolumineseencee Opt. i spektr.
13 no.4:564-568 0 162. (mmA 16-.3)
(Lumineacence)

FC) R 5 C%, T 1117 D%f~'t,
Us'p of tne clis CC b~'- .-Jj sry- J(~n CI,.i jr,
drItOl',].'.Tlirg the optimant parfimelmS ir, a certair cortrol
problem.. Soob. AN Grw. SSi, 35 no.1:21-:11 Jl 164'.
NIRA 17: 10)
1. Vyc-.ls!Ate-Pnyy tcentr AF ;'r(!JsLavleno chle-
Al*

GEORC,91 Ljjg:L-DA.L
Croof of th,) ex'~~ttrwu 6113
d~BtribAtl-.)-j ,,-I p- 1~,Z-Qblem
7r,
Gruz. SSR 3!
a Vych hil it, e1 In y.; (m- 1: to be -
'1963a

GMPGODIAN), D,A.
4 _ Jrj the thf,~)m f7.-' -,! -
BusJa for a limiting -lr,~4C'?. Tmdy
Vycb. toienLr. AN Gria. '03B 5: ~'~--45 165. (MIRA 18:9)

s/i2c,/62/000/001/032/o6i
13192/ E381-1
AUT11011: Georgobiani, T.P.
TITLE: Temperature stabilizer for the cfi'xision camera of
the ion source of mass spectrometers
PE-RIODICAL: Pribory i. telchnika eksperimenta. no. 1, 196-1,
133 - 1,36
TS7.XT: Temperature stabilization of the effusion camera
duri,ng measurement of the intensity of ion cu:,-rerts in a mass
spectrometer is of considerable importance SitlCe it determines
the accuracy of the measurement. A stabilizor for the camera
was designed and this is described in some detail. In this
system the temperature of the effusion cam.~ra is measured b a
ly
I
pintinum-PIntinum-rhodium thermocouple by the potentiometer
method. The voltage which balances the emf cf tile thermocouple
is taken from the potentiometer nn711-1 Tile automatic
recording potentiometer ~~yj -09 (EPP-09), linving a sensitivity
of 10 pV/division is used as tile null indicator, tile sensitivity
of the potentiometer permits the recordinc of tile temperature
changes of the camera of less than + 0.5 0C. Temperature
Card 1/9

S/l2o/62/c-oo/ool/o32/o6l
Temperature stabilizer E192/E362
stabilization is achieved in the following manr.er. The
difference z2sU between the voltage of the potentiometer
PPTN-1 and the emf of the thermocouple (a deviz~tion signal),
which is produced by the temperature change in tile camera, is
converted into ail AC signal by means of a vibrc.tor; tile signal
is applied to an amplifier by means of an input transformer
After amplification the deviation. signal is applied to a ma'netic
9
amplifier which controls the heater circuit of the camera; the
amplifier increases or reduces the heater current, depending on
the polarity of the deviation and changes the temperature of the
camera in siich a vray that the deviation is compensated. Th e
deviation-signal amplifier is illustrated in Fig. 2. It is seen
that the amplifior consists of two AC stages bu,sed oil a double
triode, a parallel detector (tile diode section of the diode-
pentode) and a DC amplifier based on the pentoe.e and the output
triode which feeds into the magnetic amplifier. The gain of the'
system without the magnetic amplifier is 2 x 1C,5 . The
Card 2A

S/12062/000/001/032/oft
Temperature stabilizer .... E192/Z38,.~
sLabilizer covers the temperature range from 11001 - 1 200
and was used in the investigations of P.A. Al~ishin, L.N.
Gorokhov and L.N. Sidorov (Ref. 1i - DoIrl. AN, SSSR, 1~)60,
113) and P.A. Akisliin, Yu.S. Khodeyev (Ref- 5 - Zlh- fiz.
ig6i, 55, 1169). The stabilizer was also employed with
double-effusion camera.
There are 4 figures.
ASSOCIATION: Khimicheskiy fakul'tet NGU
(Chemistry Division of INGU)
SUBMITTED: June 26, 1961
0C.
135,
Rhimii
V41
Card 3/4

'
V
AL.;
IA
77
II Oebi*
TW
I's 44
Wntom uO
:9
MD/64,10/00#q 10/0 1
M~~ moo *,Wr*At,A_Wm:~W9momfto stlzatim,~,
perimenta no. 19651 U306S
ior with a, phae-sansiftys.dateotor in desoribed
of imio ourrut in a moo speatro-
th an VS-3 two-ban mass spectormater in
6iz~vos of low-,volatility subetanoss 'by the method of
quad-ubnoevergatic slectram; the time saying in
..I tR bo up- to 930, The sem-pobit mistabill., ty rsdued
1.5XIV&S aw. -"In oonolusion, tIm author,*~wixbes
kv'fte bis help In aligning the mqs1ifter mid the
r its constant interest in the vcrk,* Orig. xrt'o hast

or !in
r :T:'
n v ro r "7 t~ d z'n a.; s,
!!;.M~ nm zr-.,-iv Maf3,,' n b,
C.5

RiUSUKU, Allfred (fteesoup A.jp prof.) DUEORMANYAM, Hirchya (Georminianut
Kab kwAamdamuk -
S4%Mcance of pneumonediast:Lnography in pr-'umxy tuberculosis
in children. Vast., rent, i red. 35 no. 6:14,16 N-D 160.
(KM 14:2)
1, Is 1-7 diatrichesk klinikip Bukharest.
116TUBERCU KOT
U)SIS (PIIEUMOMEDIASTINUM)

RUSLSOU I A., prof.; HMR~SGU, R. , dr.; GE01-d-IMANUf 11, , dr.; POPIZGU, V. , dr.
Relations between the Wtssler-Fanconi syndrome and chronic poly-
arthritin in child m (Still's diseases, chrcmIc evolutive poly-
arthritits). Mod. intern. 13 no.12:1609-1615 D 161.
1. Luoram sfectuata in Clinica I do pediatrie "Mailia Irza",
Duoureeti.
(ARTIMITIS, IMU14ATOID in inf. & childh.)
(JUMMIC Mhdi)

GEOR G 0 Bj: fiYt, N.I.
CHUAIM. U.N.; pppqIm4A-NOl-
Spectroholioseopic observations made On Mount Unobill In 1941-1944.
NULAbast.astrofis.obser. to.13:169-260 153. (MLU 7:10)
(S")

-ID~~erwttl no cr Ci
35'ull A'~ ~e, A'~
heoults oystemutic Of 11' ~-I, I t. f! =d prominences
in 1:1 si-)ha -:ire -oilblIol.ed. These obso-votirr. Ticrc c-urriel ut by :;I-.. Ch'aidze,
oc, r bland,
SO 71-31-126) 11 Jar f:5

GWRWfANI, T. it.
Ggorg2biall- Tt. A. and Prokopenkoj A. I. "The protection fo citrus fruit", Byulletenl
Vausoyuz. nauch. -issleds in-ta dhaya i subtrop. kulltur, 1948, No. 3p P. 53-63, -Bibliog;
p. 62-63
SO: U-330429 11 March 53, (Letopialnykh Statey, No, 10~ 1949).

USSR/Humn and Animal nlyeiology (IjQrml and Pntholoj~Lcal). T-6
Intestine,
Abe Joir ; Ref Zhur - Biolij No 16, 1958, 74887
Author : Dzidziuvxi, T*D,) GoorGobianij T,D.
Inst : - mawww"M-14"WW"',
Title : Sona Data on the Motor Activity of the Small Intestine.
Orie Pub : Fiziol, zh. SW, 1957, 43, No 2, 164-1,58
Abstract : Tu doGs the loop of the small intestine (ISI) was taken
,)ut into a skin flap for a lenLth of 10-15 cri and n fis-
tula tube was placed into it. Movenent of the stomach
(s) and Lm were reGistereC. by balloons, as well as by
oncoGraph., in which the skin flap with LSI were placed.
Hunger period mvewntq in the LSI were continued 15-30
minutes) periods of dormncy - 1-2 hours. Between tho
movements of the S and LSI full parallism was noted.
Periods of mvements of ISI coincided with periods of
secretion of intestinal juices Weak inflation of the
Card 1/2

UsM/Humn and 'udinl r-hysioloey (Non-nl anO. Patholoil-.cal). T-6
Intestine.
Abs Jour flef Zhur - Biol... No 16, 1953, 14887
balloon caused a conGtruction of the nucculature only
of that section of LSI where it was foiaid independent of
the periodic activityo With the incrence of the inflation,
nevenents were spread to the naidiborini; sections, and with
very strong increases of pressure the rumements were stop-
pecd. DiL-ing stimLlation of the Liechazu).-receptors of 3)
ccutractions set in at the beCinning in the S and in a
-%iii.Le in LISI. By means of Uie "balloon" method periodic
mtor activity of the intestine cannot be studicO. since
the balloon itself) beinG P. stimulator, changes it. --
V.A. Shaternikov.
Card 2/2
- 75 -

-,7,- 1 ;'v
r, v
TYV 7 5 -

T,*~~, D:

GZOaWMM,.D.,-.dr.; TEODORESCU, A., dr.; DOBMCU, D.
Considerations on a ease of t7pical nephrocalcinusiB. Med. intern.
14 no.12:1515-151? D 162.
1. Lucrare efeetuata in Policlinica de adulti, Orai0va.
(NEPHROCALCINOSIS)

RVWIA
and MICLIA, He# Vat-u1nary Physician
VARTIC, or. H.
(Faculty of Veterinary Medicine)" (Facultatea do medlctiui voterinara,) Cluj.
whsatment of Anthrax Abscesses"
Bucharest, RevilSI do Zootahnis si Nedicigg Vaterinaral Vol 16, No, 5s
Hey 661 pp 70-73.,
Abstracts (Enslioh s-ary toodifiedIt Direct injection of antibiotics
(strept6ycin and penicillin In saline) was found more affective when injected
directily Into the abscess cavity than the standard parenteral treatment with
the some drugs in several cases to large domestic animals, 5 Rumanian refer-
Once$*
1/1

(11 -. ~ .1)
"Uilal Y.,; HT'DUNKUNTY, A.
Lumber - Stand&rds
Method of planning lumtering operations. Les. prom. 12 no. 1), 195"%
1952
9. Xonthl List of Russian Accessions, Library of Congress, . December -Mm Uncl.

v A. T
y
a~~
"EeUiod3 of prtx:ut:Li,.,rI plarning," p. Cr"I. (!,: NA, iol. -,, rc,. -, ",ar, 1~)"
Praha, %,zechoslovakia.) . ~ U. J,
SL: ',,ontn*- Lis~ ui i~urupaaii Ac~;e3,icns, L.j., Vol. 2 ;-~u. 't, JuIv 10,,,3j Uncl.

I I a as
a it a
i ~v
I ~vv 9
. ) S
I.IX
W

6

R
;r candt m-li 111
r Otitle lifell
I I
) .
- __1 - -.11 __ ."

alod, fish, 111 016 It Ovilf, . -
.
.
.
.
--
L, WS R.) I
I if tiralrd .1111 7, 1. \4\(k.
I
'tit
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and troted imith 2A 1. ApjO with stinnug; after 2 hill. the

'
' k-11 1. All 11 IIN
~'hr,- until 11
Isist,11,11 stills 6.1 1101.11, and rVjI.I Is, drivil.- $is
114.1
ruilil., Wallibell U, III
I
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-
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S
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9
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i ACC NR
AR6035063 SOURCE, CODLI: TJR/0282/66/01)0/008/0002/00(j:i
AUTHOR: G!p.ner, 1. L.
TITI.I-,:' Constructi.on materials for chemical equipment operating at high
temperatures and pressures
SOURCE: Ref. zh. Khimicheskoye i kholodillnoye mashirustroyeniye, Abs.
8.47.13
REF SOURCE: KhISA. 2-y Mezhdunar. kongr. khim inzh. tekhn. khim. oborud. i
avtomat. , 7.1arianske I-azne, 1965 g. S. 1. , 1965, Ye 3. 1
TOPIC TAGS: chemical equipment, heat resistance, con:itruction material
ABSTRACT: Materials used in the chemical industry can be divided in two groups:
1) iiiekel-alxirninui-n-t-Atanium-base alloys with a chromium addition for increased
licat rcsistance, and alloys with additions of zirconium, tungsten, and tantalum fQr
the manufacture of special equipment, and 2) materials with aluminosilicate fibers,
reinforced plastics, and metals. Of interest are materia-Is with a silicate fiber
base and an alumWum binder. [Translation of abstracLI UNTI
SUB CODE: 11/
Card 1 UDC: 66.02.002.3

a Z's , -it.,
gLical
1!~bibly, saul n*idmwv to higis tm~
A=W

GEPUR-WOMMU, Haria (Warszawa, Chocimaka 5, Instjtut Hematologil)
nwoff"
Catalave activity of erythrocyteo in blood dileases. Polokis arch. mad.
wown. 27 no.9:IIB3-1196 1957.
1. Z Klinioznogo Oddsialu Chorob Wewnetrznych i Pracowni Biochemii
Klinictnej 119rownik: doo. dr mod. A. Kowalski. lnstytutu Rematologil
11~,rektor: doe. dr. mod. A. Trojanowski.
(CATAIAU, in blood,
erthrooytes, In various blood dis. (Pol))
(BLOOD DISUSIS,
erythrocyte catalase activity In (Pol))

GEPRER-WOURUSIU, Maria
Activity of glutamic-oxaloacetic transaminaso of the erythrocytes an,-I
plasma of preserved blood. Pol. arch. med. irewn. 32 no..'AI.0:1213-1218
162.
1. Z Oddzialu Chorob Wownotrznych Insty-tutu Ifematologii Kierournik:
dr mod. S. Pawelski Dyrektor: doe. dr med. A. Trojanowski,
(ASPARTATE AMINOTRANSFERASE) (ERYTHROCYTES)
(BLOOD PRIZERVATION)

GMER-WOZIUMOSIA, Maria; TRACZYK, Zdzislawa
ACtIVity of glutamic-exnlic-acetic trRn9pminase in the erythrocytea
nnd serum In blood diseases. Increase of the ACtIVIty Of glUtAMiC-
exelic-acatic transaminase in the erythrocytes 1n hemolytic syndromes.
Polski tygod. Iek. 14 no.32:1473-1479 10 Aug .59.
1. (Z Klinicinego OddziAlu Choro,) Wlwnetrzn,,rch I Pracowni 3tonhenit
Klintcinej: kierownik - doe. dr mad, R. Kowalski. Instytutu Hematologii,
dyrektor - doe. dr mad. A. Trojanowaki)
(3WM DISBARS, metr,-N.) ('1VIISAMINAMIS, blood)

'GEPNER-WOZ14INdSKA9 Maria; LEWICKA, Teresa; AFEK-KAMDISKA, Maria
A'plasia of the erythroblastic system co-existing with a benign
tunor of the thymus. Pol, arch. mod. wewnet. 34 no.31367-372
164
1. Z Oidzialu Chorob Vetrnetmych Instytutu B.-matologii w
Arnavie (kierownik: doc.drmed. S.Pawelski) crew. ze
Sapitala Zakamego Nr.1 w Varssawie (Dyrektox-t dr.med.
A* Krvoztof).

PAria; KACVH(~SKA, Elzhivta; Zofia;
Primary auto-i=une hemolytic anemJa3. Prolonged clinical, henato-
logical and serological observation. Therapeutic results. Pol. arch.
infid. w(jwnet. 34 rio.8:1.065-10'12 '(4.
1. 1' Offilzialu Chorob Wewnetrznych Instytutu Heruktologii (Kierownik:
doe, dr. mod. .9. Pawelski); z (Iddzialu Pematologiczn(-go (Kii~rownik:
prof. dr. mad. V. lAwkowlez) i z 7.akladu Srologli Marownik: due.
dr. med. H. Seyfriedowa).

GEM' EIR-40ZNMISKA) Karia
---l-1-1-11.1', . ......... ;"..-.. .
V51,wid.ri B 6 metaboliom and it.; duflel(iu 1r, 71,10- Pol.. tyg. lek.
20 no.10067-370 8 Mr 165
1. Z MIzIalu Morob We-~nletrm~cli InstyLu'Lu li,wattelogli Werow-
n1lit dr. mad. S. Pi 0

I - 111-w sk. v v I to v 0 v v v w . . - - - - -
9
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istial a of studs, loonspoof loan) sho 844
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loilik-omr. god utW fMltWftll ill COO tat 141111 41111041
lorootlucts total in the Inuvitwolietv ;mcmiuris til tat dwoo
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0 A demrviplim of Cooltrian
. tn~tb~,d t,
s and Yetwtan
ot lu ffactilift "M alw diftel. by tht- -+ilkev nwtb,%l
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also! Hmx4.Vvovkn sowbad f PwIlAdn
look, C A Is. 2" 13
and oxompsti-Mv in tiolonve 'A"T otwo,If. I skmf.-k
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0 0 0 0 o 0 o 0 6 a 0 0 0 6 0 0 0 : 0 : 0 :10 40 0 0 0 0 0 0 0 0 0 0 0
0 000,00000 00 0 0 10 10 0 00 G. 0 0 6 0 0 0 Oho

BoRisil !!"WO V. ~,; . ; DO:` I ~Kc , ~!. .,'~ . ; G1. I ~; ,, , '' . '~ . ; ; z, 7 ., . ; [~,;! , 1, B.
I i I- - 1, . , , 1 1 L~
floasorw for the inccreas-d ( ~ !3,, r i , F r)~'
Eiteel. !I:ot.allurg 10 no.8,:25-27 -Ag '04.
. . ~M-'Tlt 17:11)
1. '"'awd l7apornkistall".

Coi i.,. i 1.0 1, t(j 0 0 / 06 40 0 3 5 / 0 0 3 6
(C'11."h.date of tck-linic'Al :iciont-c;-) A. (C.,ndidate
1';'n I . V. yerl;lo I ()V, IV.
V. A.; Verloasov, V. I. Kur I I onkop V. Kh. ; Kirva I N. S. ; Pastern a k, N. M.
3:%C: noro
T: 11 1. Z: Improving the plasticity of KMMIOT tube steel by vacuun-arc melting
SOURCE: 'Me t al lurgichookaya i gornorudn~iya promyshlennost no. 4, 1966, 35-36
70N.C TACS: auntenitic steel )J)laSLiCity, -vacuum arc,)
I F A. rl 4) %_- , -1"4 8
li?IVIO 7 OrE ~C/-
A'3S i'.'%AC'1 :The plasticity'.'of conventionally are i-,lelted. i.;id vacuum are melted
KhIISNIOT steel was teS"Led'by rolling conical specirens in a piercing mill and by
torsion tests, both at 1000-1300C. It was found that in -.)iercing, the critical
reduction 6epends primarily upon the a-phase contert. Metal with a high a-phase
ConLent cannot be ea:;Uy pierced at a temperature cf 120GC or higher regardless of
the i-.xiting mothod. The content of impurities and pase6 is of secondary importance.
In torsion tests, plasticity was found to depend mz.inly up.:)n the metal purity. In-
asmuch as vacuum arc melting yields steel of a higher purity, its plasticity is
also higher than that of conventionally melted SLC(!l. The increase of a-phase con-
Co,d 1/2
UDC
669,15-1S4.621.774.35

1, ol:)94?-6?
ACC NR, ik?6031515
tent up to a certain limit does not substantially affect Cie plasticity of KhlBN10T
steel, but La Increase over this linit lowers the ateel plasticity. Orig. art. has:
2 figures.
~(i -JB 00 DE : 1/ 13 SUBM DATE: none/ ORIG RFF: 002/

SZYIUlp Franciezek, dr inme.; GEPPART, Andrzej) ins.
Researob results on the wind load of the overhead line
conductors in Poland. Energetyka Pol 16 no,12:Suppi.:
, Biul Inat onerg 4 no,-11/12:/~"S D 162.
1. Zaldvid Sieci Elektrymychp Katowice,

F
MOZDOV, CO., professor, daktor takhnichaskilch nauk; PRIVIZINTSXV, V.A,,
professor, doktor tokhnichaskikh nauk; XOKAROT, N.S., dotsont, kandi-
dat tekhnicheakikh nauk; NI=N, N.V., dotment, kandidat tekhnichaskikh
U&Zkl SMMOUT, IsIo, dotsent, kandidat tekhninhaskikh nauk; KRIMLEV-
MIT, P,A,o kandidat tokhalcheskikh nadc; OMOP, A.P.p inshenerl AT&M-
SAMV, N.V.. professor, doktor tekhni oho -skUK-naW-,- TABSYMV, B.H00
professor, doktor takhnichaskikh nauk; XYGMNSCR, L.S., profess,or,
doktor tWinioheekikh nauk; STAFANOV. V.S., dotsent, kandidat takh-
niobaskikh nAuk; KAGIDSON# A.O., inichener.
OF--iozoe ot alsotriosl materials." H.M.Mikhailov. Reviewed by N.G.
Drosdov, and othare. Xektrichmstvo n0-3:93-94 Mr 154. (MW 7:4)
1. Moskovskiy energeticheskiy institut im. Kolotova. 2. Yeasoyusm
zaochnyy ettergetichaskiy institut.
(Mectric Insulators and insulation) ~Rlectric conductors)

G,E PF:~S _\ ~), .P)
AUTHOR Ing. A GEPPE Eng. A.0. MAGIDSON 105.6-26/26
f
i+
=r
TITLE aya. "RadiotEchnical. Working Materials".
G.I.
aeN
G
2. revised edition, 328 pq~es, price Rb. 7,65, publiBhed
by Gosenergoizdat 1956. Licensed by the Department for
Instructional Institutes of' the Ministry for the Radio
Industry as a text book for technf-cal schools MRTP,
(G.1. Rabobinskaya. Radiotekhnicheskiye materialy.
Itoroye izdaniye, perarabotannoye. 328 ctr., to. 7 rub.
65 kop. Gosenergoisdat, 1956. Dopshcheno Upravlaniyom
uchobnymi zavedeniyami Ministerst-va radiotekhnichesikoy
promyshlennosti v kachestve uchebr.ika dlya tekhnikumov
MRTP. - Russian)
PERIODICA1 Elektrichestvo 1957, Nr 6, PP 95-S,6 (U.S.S.R.)
ABSTRACT The above is a book review. The book consists of the follow-
ing parts:
1
Working materials for olectric Insulation.
2Semiconductors.
1
3Conductors.
4Magnetic working mater'Lals. Boijides, 8 laboratory wofks
are described.
CARD 1/2

105-6-26/26
G.I. Rabohinskaya. "Radiolechnical. Working Materials",
2, revised edition, 326 pages, priae Rb. 7.65, published
by Gosenergoizdat 1956. Li,.,ensed bir the Department for
Instructional Institutes of the Ministry for the Radio
Industry as a text book for technioal schools MRTP.
The book is widely criticized and. all deficiencies are
described in detail. They mainly ci>noern the arrangement
of the matter dealt with, style E,n-I expression, as well
as cases of technical inaccuracy a~ad errors.
ASSOCIATION: Moscow Institute for Energy VolatDvll and ALLUVION Institute
of Energeties for instruction by CDrrespcndence,
PRESENTED BY: -
SUBMITTED: -
ATAILABLE., Library of Congress.
CARD 2/2

105�&345/31
1UTHORs Geppe, A. P. , Engineer
TITLE# On the Surface Resistance of Dielectric Substances (0 pover-
khnoatnom eoprotiylenii dielektrikoi)
PERIODICALi Blektriohnstvo, 1958, Nr 3, pp, 60 - 65 (USSR)
A .
ABSTRAM Although the ape oific surface resastance 9 beside E 1 9vt
tS cPand 3oond. - is one of the ffM fundamintal character-
iatios of electric properties of dielectrio substances, it
has hitherto been insufficiently investigated, and the con-
ception of "surface-eleotrocondue-tii-ity'I has not been defined
exactly. Also the p sical meaning af the surface electrocon-
ductivity TS - 1 9S is not clear. The fundamental equation
RS - 9.9b/t is applied without suffioient physical proof. The
surface current (leakage current on the surface) represents
an important starting point for a theoretical investigation
and for the measurement of the valuo of surface -electric con-
Card 1/3 ductivity. In praotioe the current passing on the one aide

On the Suirface Resistance of Dielectric Substances 105 - 58-3-45/31
of the insulation surface between the electrodes, must be
known, and this current is to be taken for the surface our-
rent without limiting its domain of passage by a layer of
any thickness. It is of importance that such a formulation
provides for the necessity to consider the electrode dimen-
sions, (width and length) in determining the surface current.
Based on this formulation the conception "surface electric
conductivity", as electric conductivity of dielectric sub-
stances between the electrodes fitted to one and the same
side of the surfaceI can be defined. Then two very different
cases are investigated. 1) The electroconduo'tivity of the
surface- and interior layers of tha uaterial is equal. 2)
On the surface of the dielectric oubstande a layer with an
increased conductivity, compared with the interior domain,
is present. - The equation (2) is derived, which considers
the effect of the electrode dimensions and of the distance
between the electrodes on the value of the surface resistance
of dielectric substances, in the oase of the absence of a
layer with increased conductivity on the surface of the di-
electric substance. The current between the electrodes (which
art fitted to one surface side) here passes through the en-
Card 2/3 tire mass of the material and not only in the thin surface.

On the Surface Resistance of Dielectric Substances
layer. In the investigation of the second case the physical
meaning of the equation -(S 1~.,. tecomes evident. In the
fcrm of the equation (7) *rS nE;urface'K'q it obtains its
final shape. n denotes Sr and indicates the number
surface
of ions in the surface range in Em area of I cm 2 (surface-ion-
-density) K denotes the ion mobil.itj. q denotes the charge
of the ion. Summarizing, it is; stated that the measurement
of the surface resistance ie to be carried out by means of
spherical electrodes of exact and certain dimensions. The
method of determining Rs( 3 ) recoma-ended in GOST 6433-52
is incorrect. There are 5 figuren ard 7 references, 6 of
w4ioh are Soviet,
ASSOCIATIONt Moskovskiy energeticheskiy institut
(Moscow Institute for Power Enginstring)
VAITTEDs Jul.7 4s 1957
Card 3/3

GEPPE, tk.Po, inzb., ansistont
Affect of dot-size defectR on the innulatio-i-diqruptive voltage
levol for enamel wire. Trudy Ml no.9:2150-2.55 '58.
(MIR& 12:10)
(Elootric Insulators arA Insulation)

GEPPE, A. P. Cand Tech Sci -- (dias) "Study of s.)ecial heat-rosistant
17--'
name conructors and soveral methods of olectrioal to3ting.ll Lenin-
e
gradt 11?001 Y? pp, (Min iiigher and SeconOar:,r Speoirtlized Education,
RSIPSR4.1,eningrad Electriall Enginoering ;m ". 1. UIYTIIIOV (l,enin),
200 copies, 31-6o, 141)

GEPPE, A.P.; TERNOVSKAYA, G.V.; HOZOVSKAYA, G.D.; NIKOLOTVA, Ye.F.
Changes occurring in some electric properties of rubber during
its swelling In the solvents. Kauch. I rez. 22 no.9:17-19 S 163.
(MIRA 16:11)
1. Nauchno-issledovatellskiy institut rezinovoy prorayshlennosti.

GEPPFJiT , b. P.
Thtratissue oxygen therapy in paradentosiq. Stomatologiia 40
uo.40~-95 n-Ag 161. (KRA 14'.11)
(GIR49 Tq?Aql;S) (OXYGEN-INERAPEUTIC USE)

GEPPERT,, MakopmWan
"F"roises for the autogene trainingO -by J.H.Schultz. Reviewed by
WaymMan Goppert. Frzegl psychol no.,5:185-186 162.

Nov Achisv*Wzlts in the midtown housing construction, Architaktura
Pol no-102449-455 161.

~d
GUSHMEIM41 114 A*
T
I FJ-67 (Synthenis and transformations of viMl ethere
ViML-ition of motiethancilimine) 3intes i prevrashchenii!j
Soobshchenle It Vinilirovania vionDetanolamina,
IZVESTUA ALkD&ZLI 'L;Atil; 3SSR. OTLM..:,!,,'IE Fi..L-IICHEAIJI~i
of -.than.,)l~uunes. I.
vimilorikii efixov e:;tan-.la.7d-n. -v
lll'.,~;A (3): 328-333, 1951

Oil
4
90
sib-,
004
41
,o
h . A a a AL-9-9-m-W-9 v v v -

w" applied Ice the study of strevots O~t kuid) to tift.
-
l
d
l
i
Z
d
d
f 2
uor
at a c.
. o
mt
v4s.
ilitip.,
I
o
ate pru
u p
nter's
nt em
&W with th
additi
n m
l
s
dm
s
ut.
.
e
o
4ge
pe
q.
g
ti~n&UtbeprtoutalcompieWwiuftan. Thefartm, o
W The 114 kind reach a Rini. value at About .5 a. 1. 0! 1)),
glue. luzaplairshoul 1,61h. with vulfided kastut 4418. -00
mildmim agrul. miv-ws ul the lot kind and hatilms d..
ll
I
id
i
hi
h
d
h
4
h
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on t
e voiuv 4
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. w
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no( dalora
A I to Ij SA. Ruktalans Gain, to '59 0
AffiWAFMIC&L titf*Afiml.CL4"wc4ti"
Jos %1111134t.
U AT
0 0
0 a 0 0 0 6 0 111 0 0 1
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YZnn=, V., zaslu2henW master spDrta, rekordsman Sovetskogo Soyuza po
aviatmioAqw vidam uporta- GJPMIZR L, sportswenka perYogo razryada,
r0mrdsmon Sa~etokogo Soyusa po avfah-S',-6i; vidam Bports; DBDZHZM3, L,
master sporta, rekordamen Sovetskogo SoVuza 11o aviatsionnym vidam
sporta; MWIAW, M., master oporta, rekordsmen Sovetskogo Soyuza po
aviatnionnym vidam sportaT SOUWITAVA, Is. master sports, rekordsmen
Sovetakogo Soyuza po avittsionnym vidam gporta.
let us open an account of Spartakiada reCDrds. Kryl.rod. 11 no.3.1:
2 11 16o6, (MIRA 13:10)
(Airplane racine)

POZIICUYA, A.G. - GUSHTETH, Te.M.
0
Reductlou of pyridine and its homologs on the drepping-mercury electrode.
Zimr. Obsilicbey Xhim. 22, 2o65-70 "52. (MMA 5:12)
(CA 47 no,18;9)25 153)
1. Jastern Coal Chem. Inst., Sverdlovsk.

NOTROV, N.N.; AXOVA, Ya.K,,; GURPICH, B.S.
Componition, of coal tar from the coals of tbe Kuznetsk Basin. Koko
i Wz.no.8:36-40 '56. (MIRA 10:1)
I.v
on'Lochn". ugloRhimichnskiy Institut.
(Xianetsk 4sin--Conr tar)

AUTHOR: Gepsh-tAnUA1.-,,
TITLE: Production of Pare Products
(Polucheniye chistykh krodu~ftov
piridinovykh osnovaniy)
PERIQDICAL:Koks i Khimiya, 1959, Nr 3,
SDVA~,-5/9-3-12/23
from hight Flyridine Bases
iz legkikh
pp 49-53 (USSR)
ABSTRA.M Duri ag the last few years VT1MlN developed methods
suitable for a low tonnage producti)n of 0 and r
picoline, 2,6- and 2,4-- lutidine and 2,4,6- collidine
of reagent's purity from raw light -,?yridine bases. The
construction of an appropriate plan:j on the N-zhniy
TELga Works is being planned, A description of the
mezn.od of separation of tbe above biises is given. The
prin.ciple of the method is based on successive separation
of 2,6.- lutidine, 0 and T picolines, by selective
precipitation of respective complex compounds. The
separation of 2,6-lutidine from 0 p:-coline fraction is
done by the precipitation of a comp*.i.ex with urea (ref 1)
which is filtered off., From the filtrate 0 picol;Lne is
Clard 1/3 precipitated by the formation of a ~.omplvx with copper