SCIENTIFIC ABSTRACT GLEZER, V. - GLIBERMAN, A.

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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

170)
AUTHOH: Glezer, V. D. SOIT/2()_1 26-5-56/69
TITLE: Cone Adaptation Viewed as a Illervous Procei3s
(Kolbochkovaya adaptatsiya kak nervnyy protsess)
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 126, Nr 5, PP 1110-1113
(USSR)
ABSTRACT: The imDortance of the nervous system for the darkness adaptation
was pointed out in recent papers. A hypothesis was set up accord-
ing to which the adaptive increase in sensitiv(iness to light is
connected with the extension of the zoned of spatial summation
(pros trans tve nnayp- eummatsiya) on the retina (Refs 1-3). Essential
changes of the said sunmation in the coiws part or the curve of
darkness adaptation could be proved by experiment. At the same
time, the rod changes are very small (Ref 4)- Some authors think
it possible to identify the summation zone with the receptive
field which appears in electrophysiological teOtS (Ref 5)- There
is much reason to assune that the zone of spatial summation
really corresponds to the rod recepbi-~-3 field. As is known, the
foveala cones have isolated nervous canals. It is also inevitable
to assume that a cooperation of the conef, is possible in fields
Card 1/3 which are analogous to the rod fields. In the present paper, the

Cone Adaptation Viewed as a Nervous Process S07120-126-5---6169
.1
following hypothesis is supported by experimenr: the increase in
sensitiveness to light in the process of' darknossadaptation must
be connected with the extension of the rec-2ptive field, i.e. .7ith
the increase in the number of cones, whi,~h converge toward a
common nervous canal. At firsty tho magnitudoo of the foveala-
cone-receptive fir3lds were determined in 12 test peroons under
the conditions of darkness adaptation (after a stay of 30 minutes
in the dark). In control invoBtigatiorto by trienno of artificial
pupils, white fixation points and spactai:lo 1.,,Jasoea, it vas
proved that neither the spherical, nor ti-e chromatic, nor the
night myopia affect the determination of the receptive field.
Figure I ahown a typical diagram obtaine(i in such a determimation
(Rof 7). The author concludon from tho ri,oiilto Wint tho probabil-
ity of such a complicated occurrence, as is the thre3hold
excitation of a ganglicus cell, is determined by the numbE!r of
quanta falling upon the receptive field, as troll as by 'the number
of nervous elemento which, at a given point of time, converee to
the granglious cell. At the moment, it is diiffiralt to Judge which
mechanism is the basis for the dependence observed. lt can,
however, be assiunpd: if' the photoreceptors are able to generate
Card 2/3 spontaneous impulses (Ref 9), the incr()a;-.-,(! in tLe number of

Cone Adaptation Viewed as a Nervous Process S07/20-126-5-56/69
receptors converging to the original cell must; lead to an
accumulation of subthreshold excitation in this cell as Tell as
to an increase in the excitability of the field as a whole. It
can also be assumed that the spontaneoua eye motions play a
certain part in this phenomenon. Uruler e):perim(?i1tn1 conditions,
the changes of t%e foveala sensitivene8s to liCht in the range
observed can be completely explained bit rof-.)rj~anizationo
(perestroyki) of the iiorvouii otructui-e. Ttv~ ruIC-.i cibU4L~rv-~d
(mlf= const) can be of interact to the bijildini- or cybernetic
modelo of the nervous system. There are 3 fiJurO3, 1 table, and
10 reCerences, 5 of which are Soviet.
ASKCIATION: Institut fiziologii im. 1. P. 1,avlove. Alcadomii nauk- SSSR (Institute
of Physiology imeni 1. P. Pavlov of the Academy of Sciences, USSR)
PiESENITED: February 25, 1959, by K. 14. Bykoir, Academician
2UMUTTED. Pebruary 1'), 1959
Card, V3

GUZER, V.D.; IMIGUSHEV9 R.G.; ATLAVIN, %.B.
- . ~-- I
Role of the neural factor in dark adaptation. Biof:izika !;
no. 2:152-157 160. 14:4)
1. InBtitut fiziologii im. I.P. ilavloval Laningn-nd.
(NIGHT VISION)

GLFZI~1'11 I V.,D,
Func t I onal un i tn of f oveal vi. n'. rii. F i z I r. 1 . z ~-.u r. /,(; n o, 111132 5--l 3 31 5
11 '60, (1,11'u 13-,1l)
1. From tho Laboratory oC thri Vl-~iual Analy"vir Pil.'IIOV
InstituLu Of Phyll3tOLOPY, Aondority (W
'0131011)

GLEZER, Vadim Daridovich; TSUKKERMAK, Wya Ioannovich; LEDEDEI!, D.S., 0tv.
red., PAMMOV, S.A., red. Jzd-va; AROUS, R4A~, tePhv. rf,,d.
[lnforw~tion and vision] Informataiia i zranie. MovIma,, 124d-vo Akad.
nauk SSSR, 1961. 181 p. (IMIRA 14: 10)
(VISION) (INFOi,14ATION TIIEO;iy)

897118
:27,-4-600 S/0 ~ Cl/ 1/136/003/027/027
4/1 1 ~000 301 (),"B052
AUTHORS: Glezer, V. D. , Tsukkerman, 1. .1~ , and P.--iy":unova, T. Y.
TITLE: The Dependence of the Throughput )f Eyvsight ,)n 3rightness
PERIODICAL: Do'-Iady Akademii nauk SSSR, V~)-. 13-'), NI. !" !o. 720
TEXT: The aul-,hors studied the dependence of the thrcu,~,'hput of eyeElight
on brightness. They define thifi throughout as ti~.e max-imurz information
which is conveyed to the brain 7.J!1 eye:3ight -nithi:- a c-~rtain time unit.
Under oT)timurn conditions of vislial cbgervation, this tni-oughout, attains
some dozens of binary information units per second (Ret% 1). r- their
experiments, the'authors followed G. S, Sziklai's methods (Pefl. 1) except
for brightness variations by neutral filters. The test persons were well
trained in identifying eight standard objects (or"er of magnitude of
2 - 4 angular degrees) contrasting by approximately 80r,. These objects
were shown to thein in random sequence. The thrcu,:7,hput was mea:~,'red as
being C=H/T binary units ner second, where T denotes the period of time
necessary for the correct identificati(~n of an ~bie,,, 1i = lo,~,)B 3
Card 113

89738
The Dependence of tile Throughput of S/02o/6 i/i 36/oc)3/027/027
Eyesight on Brightness BO I /B 0 5' 2
binary units, i.e. tile information coriveyccl to Fi~-~ 1 i3hows
the deperld'~nce of C oz~ tile lo'~7:Lrithm. of the r.:A'i,) betwoon the '.)rIghtness
B and initial BO (Bo La,j at. rder of triignitu,jsl of loO allb in
whit,e light)- "t lower iriKhtnr-n,,3 lovPIE3, t.Ye inri-CaSE,13 aJ th-
logarithm r)f brlwhtneo~; incroaseo (IRe", 2). If th-! In this
section is doubled, the throughput is increasel by appr'jxtmately 10
binary units per second. The authors compare the linear dependence of
C on 1092B with the linear dependence of tile visual a0l"ty cr' 1092B, and
exoress the assumption that a change in the volume of tile optic foramen
(Ref. 3) forms the basis for the mechanism of the incre-Lae in the
th-roughput in this section. A further increase of brightneso (,under the
given experimental conditions) did not r-ender the iden,.ification of
objects less accurate.
Ebstracter,s note: This is nearly a full translation from tre crigirald
There are 1 figure and 3 references: 2 Soviet,
Card 2/3

89T3B
The Dependence of the ThroutThput of S'/020/,1/136/003/027/027
Eyesight on Briphtness BO16/B052
ASSOCIATION: Institut fiziologii im. I. P. Pavlava Ak~~dem---i nauk SSSR
(Institute Of Phy3iOlOV iMf?ni I- P. P,,L';I.ov of the Academy
of Sciences USSR)
PRESENTED: July 28, 1960, by V~ N. Chernyollevbkiy, .1,caliemician
SUBMITTED: July 26, 1960
Card 3/3

- GLEZFf?, V.D.; ZYAZINA, Z.N.; SMOLFthKAYA, LA
Change~3 in the foveal r-ceptor fields in rwin. Diofizilm 7
no.4;486-488 162. (Mll;jk 15:11)
1. lmitituf fiziologil imimJ I.P.Pavlova AN Lordne.-rrid.
(VISION RLSFARGH)

GLEZER, V.D., kand.biolog.nnuk; TSUMIMU1, I.L., ~imd-fiz.--wtlqn,nauk
- (Leningrad)
Image and the visual system. Friroda 51 no.10:14~20 0 162.
OMIRA 15-10)
(VIS-foN ~ (wamnoll TRSW, lot BIOWGY)

I T

GLFZER, V. D.
"Invest I~mt. !onff (W uir:-rilin 1:imn I'f,r 1,1 nt ! 1*J,-,-t% 1r)n In ti--: / 1 ~., , .1
report submltt~~,l Cor '3',mp on ProbLems ul' !;:. E~eriin,
-j-"? Sep 64.

GU~,k: V. D.
Syrichronakio, and con.,-,ooutiv(~ infti-tration j;rocqss]:w .ri ti:,-
vinual f;ys'uem. Dok 1. AN P5 no, 3:711 64,
i. lnst]tut fiziolc,~Il iii,,. 1.1'.1tiviova AN 1'. :To(is Ur~'.Ilrlo
akademikom V.N.Chernlrovskim.

Or
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I t1
,I C,
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CC NRs AM6034995;' Monograph Uit/
Glezer, Vadim Dvvy~dovich
Identificati on me hanisms of optical Imagea (Mekhanlzmy opo7nariiya iritel Inylth
M
obrazov) 10 'c~' Izd-vo "Nauka", 1966. 2o5 p. illue., biblio. (At hearl of
title: Akadem ya naWt SSSR. TnStLtut fiziologii im. 1. P. Pavlolta) 2700 ccq)ir!1
printed.
TOPIC TAGS: inltgf! recognition, optic, imngr!, human phynioloQ, p(.~rception,
bionica, q*qa+e
PW(Y',E AND COVERAGE- Thir book ia intended for phyrAol()(,-iis!.r. :!~nd psycholoFtit~-,, 913
well as engincers and mathematicians studyinK
machine pervi!pldon wid the bionic
aspect of the echanisms of identification of visual imag--3. It dincusses, frorm
the point of vTew of modern perception theory, those facts of visual physioloL-j
and psychology!which are essential to the problem of visurfl. Image identUication.
NeuroptysiologIcal mechanisms of the retina for initial traw3forration of visual
information ar6 discussed and those systems which separate the simple signs of tbe
image describc4. Questions concerning image formation nn-~ presented. Data con.-
tributing to a~ understanding of mechanisms of the detail of an imi%e in the
higher branches: of the visual system are discussed. The b(>ok is based, an data ob-
tained In the Laboratory of Visual Physiology of the Institute of Physiology Im.
Pavlo,r and on iiterature data. The mechanisms of awl Interrelattonship between
gencralization'and individualization procensen of identification or visual imagea
Card 1/3 ux: 612,84-153.71--

-ACC _NR1_ _M66345W!
are described.: Nev tasks designed to Implement ideas on tho mechanisms or identi-
fication are f4rmulated.
I I
TABLE OF COInSM '[abridged)
Introduction -- 3
Ch. I. Initial ti~iu-isformation of images in the retina -- 10
1. Some data d9 morphology of the retina. Functional characteristics of
,its elements -j 11
2. Receptive Aelds of the retina -- 23
a. Recepti~,e fields of the dark-adapted retina -- 25
b. Functioil,al changes in the organization of receptive fields -- ZT
c. Visual Wesholds and receptive fields 40
d. Vioual adaptation and receptive fields 1+4
.e. Time cha :racteriatics of the visual system and receptive fiel(I.9 -- 62
f. Role of receptive fields in the regulation of eye mo-yements -- 6T
g. Receptive fields and the resolving p(hmr of the visu&I GY11tem -- TI
h. The reci ptive field - a polyfunctiowl system -- 73
Ch. II. Isolatiozi, of simple signs of Images -- 80
1. Morphological and functional ebaracterletico of the higbl?r branches of the
visual system "~_ 82
2/3

_ACC NR, 416034593,
2. Systems of~receptive fields -- 90
a. System of coding aiMal intensity -- 90
b. System of isolating elements of form -- 95
C. System of detecting movement -- 101
d. system f coding color -- 102
3. Movemen the eyes and isolation of aimple sigm -- 1(A
Ch. III. Descriptive mechanisms of an image in the higher braxichea of the viuuiLl
system -- 105 ':
1. Theoretical elements of imnge perception -- 105
2. Dictionary:of visual images -- 114
3. Complete description of an image. Detail of an image - 164
4. Neurologic4ata on the problem of ma1cing a deciaim abomt a vlatial Image --
Ubliography -- 169
suB com: W suBm DATE: ogTui66/ ORIG W, - 126/ M RM?: 235/
Card

I I
AIMCSF&YEV, F.A.; BARS, Ye.A.-, GULYI.YEVI., L.JL.; GLEZER, V.(;.; GATRILEHKO, Yq.S,,
KOGAN, S. S.
Brroneous interpretation of V.A. Sulinlo genetic cLasulfication of
waters. Geol. nefti. I no.6-~6-69 ja 157. lvmm 10:8)
(Water, Undarground-Analysis)

GLEZER, V.G.
Hydrochomical, su"ffy of the Minusinsk Lowland. Trudy Inst.neftl
9:68-80 158. (MIRA l2t4)
04inusinnk Lo-orland-Water, Underground)

BAS, Yo.l. ; V.G.
Hjdrochomical survoying Lu krkli-vi~,,jllfiloye Bua~lkir
A.S.-S.R. 'Pru,iy Inot. geol. i raZr,ub. ~.;or. iukop. 1:314-327
l6o. (MILA 14:1)
(Ark,h:in,,,tjl'okoy,j

nthLy L~st -f
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GIXZM, Z. 1.
I U, ! t 1 1 flf~ti
,j ilf),,l aijfi go-ioral ii,.,w u,,j,3ciwi of 'u, .,J i it ! Gr i .
-Rr)t.mtit.0t,1.q:)or.rast. ll":162-l',12 ju 159. (14116. 12:12)
(Crjmoa-.-Avq:1, Phytolmthoginir)

GLZZRR, Z.1.
Some new data on the Vallacertaveae Deflardre (Otllcoflagellutae)
family. Inform. abor. YSEGBI no.10:103-113 159- OURA 13112)
(Flagellata, Foadil)

GLEZER, Z.I.
Phylogeny of silicoflagellatp!i, Paleont.zhur. no.1:11~6-156 '62.
(MJRA 15-3)
1. Vzesoyuznyy riaticl,.iio-issle(lovitel'F~l:iy geolof-,icheskiy InstiLut.
(Silicof lag(A liclae, lossi'l )

Gu'put) Z.I.
New specie3 of the ,enus Poretzk-ia Jouse (BacillarioFhyta from
Paleocena jad~mentj of the eastern tdorx) of the Ural Mmntains.
Dot. ra,-t.. Otd. spor. rast. 15:32-34 Ja 62., OXIMt 15:10)
(14aldinevo District-Diatoma, Fossil)

SHESIMOVA-PURSTSFAYA, V.S.;_GLEMI, Z.I.-,
Diatoma, Silleoflagellatao and Ebriidoae from INUdIcop
sediments in the Shibik River; Kraunodar Territory. Uch.
zap,. LCU no.313-171-202 t62. (161RA 15. 1;!)
(Shiblk River-Algae, Fossil)

Or
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ZEMUWI, Grigoriy Yefimovich
(The future that begins today; the bulldin(~, of carn-innism in the
U.S.S.R.] Budushchee, kotoroe nachiwetBia sagodnia; o otrol-
tallf3tv() konmunizma v SSSR. lzd.2., dop. Moskvn, Malodaia
g-vardila, 1960. 142 p. (MI10 14:2)
(Russia-Economic conditiona)

GLIZEROV, B.B., kandidat tekhnicheoltikh nauk.
New experimental cavitation stand. of tile Moscow V.M.Molotov 111.,3tit"Ite of
Po-wer Ani;inceri-Tig. Gidr.utroi. 22 ao.'~:44-47 JI "I'J. (MLIU 6:,,; )
(Power engl.neering) (Cavitiv-.Iori)

GLEZBBDV, B.Z., kandidat tikhnichmnkikh nallk.
--- ... ...
Two-stage turbine and itn use in small hydroclactrLc powbr
stations. Trudy VIGm no.18:66-)o '54. (1111RA 9:11)
(Hydratulic tuxbinns)

GLEMOV, B.B.
Rocalculation of tbf3 unuteady op(!rating conditionii of ~.T-
draulic turbinos. liatich.doklayti.alikoly; onarg. no.2:125-132
159. (IMUL 13,-l)
1. Rolmmendovana ~mfadroy gidromashin I-lookovikogo enorgeti-
chaskogn instituta.
(Hydraulic turbinen)

GLEZEROV, M.
Training of drivern in brought clo6or to opcruUrw-,, condilions.
Av.transp. /+0 no.7:49 JI 162. 15:8)
1. Direktor Izhovskogo uchcbnogo kombinata.
(Izhev8k--Automobile drivers)

Gataracts due to trinitrotoluane. Vest. oft., Hcski,a 32 no.4:21-23
July-Aug 1953. (CLHL 25:1)
1. Professor. 2. Of GorIki InBtitute of Iabor Hygiene and Occupational
Diseases.

GLRZ.EROV. S.Ya, profecoor
New tenorrhaphy tachnicpla in strabismus. 7ast. Oft. 33 no.4:23-26
il-Ag 0144. NLRA 718)
1. Iz Gorl)--ovskogo Instituta glgiyeny truda I profeavionallaftb
bolezney.
(STRABISMUS, Burgary,
*tenorrhaphy)

GLEZEROV, S. Ya., prof.
Charae--ter'-stics of functional changed In lesions of the cortical
vinual analysor. Vest-oft. 34 no-1:9-0 J-F 155 Nru- 8:10
1. 1z Gorlkovskopo Instituta glglynrW t7rAn i profeoslor-,illi~vkh
~01,3!37 ey.
(M, diSOILOOB.
disord. of groy matfor of vtqual enalyilvr, ph~i,viol.)

(',1,7,,ZPWV, S.Ta., profoFmor
Surgery in paralytic lagophthalmos. Vent oft.'34 no.4:25-27 JI-Ag
155. (MIJU 8: 10)
1. Iz Gor'kovskogo Int3titutil. t'jiiyel~V trIldfl. i prof(mitonalIVIch
boloznny.
(1-f 7,,TID3, diswLqwi,
lit go plith a I mos , primly t ic 13 U rf,'. )

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,~JjtjT RSKAYAY
Staini..- prolin(I w-cki. urr;n.

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GIEZEROVA, . and GRINDAM-1, F, A ,
"Mass Investigation of Typhoid-Paratyphoid Bacilli Carrying ,mong "orkers
of the Food Industry," Zhur. llikrob., Epidem. i I=unobiol., Nr).2, p. .1-SO-194, 1935

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EMO/WrW/EWPM/1't~V~P t JP~SL tJD
ACC NRs AP5026738 SOURCE CODE:
INVENTOR: Bezmozgin, E. S.; Glezin I. L.. Petivv, V. 11.
ORG: none
TITLE: Continuous action equipment for production of commercitil hydn%lan.. Class 1.2,
No. 174174
SOURCE: Byulleten' izobreteniy i tovarnylkh zuakov, no. 17, 1965, 14
TOPIC TAGS: hydrogen, chemical plant equipment, manufactured Gail
ABSTRACT: This Author's Certificate introduces continuous action equi-,;)ment for pro-
duction of commercial hydrogen from natural or mixed gas. The equipriumit is made In
the form of two chambers for full conversion of hydrocarbon ga:ses, Thi-, first chamb-
er is filled with a catalyst or an inert packing material fox, wiversion of hydr-o-
carbon gases with heat supply. The second chand)er is filled with a cirtalyst for con-
version of carbon monoxide with water jacket cooling.
UDC, 661~961 66.05
SUB CODE: IE,!C/ SUBM DATE: 06JuJ.62/ ORIG REF.~ 000/ OTH TF-. 000
Card' 1/1

GLEZ IN, M. 11.
liomo 4plivery of (IrTiga. Apt.delo ? no.5:5P3-59 S-0'5~~ (y1,1,! 11:10)
1. Uprnvlysyu~ihchiy nl)tpku)y Fo09 Woill-70.
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MontInly Li!~,; of AccessionF, Lii-!-,-.ry of ~~onrretqs,

A-1 ~j
q
....... . ....
nzita:lve deteunination o tamlia 111dweWar ~14
snata'W. V. AF1,6kils Med. lust., Irkut,k-), jpj4-zA#og
DrIts 4, .-Thc 941V MaIll-rUl Ct.1119. li-Mill
must be conivibitned tu 21 3 mm. pA,rji,:k-s ivitlt jip.Ljvis
s&3oriifuecessary; ('011 tact %vil 11 llwtulq 111U49 Ix. UVI.Wed.
Thi: -,xta. of unutic sub~taiwc, with hot water 6 rqwal~tl a
fov limes and tile %ya-illing .-I lhe letidm (.01~juujpd U4111j,
un mure t umin ju;~ci the filter. Of Ilin nIMI(NI, wed for
d~ln. of I.itmin, the K!:.)0, lactll(,d YiAd', 1110 jmtit (vitills.
A.

G1,11"T", 7. Dor ph" In scl I'., t;) o clh.-~!:-, 01 o1 r,,,;
n,at crit. 14 ol c(,-rt!i in cir.;.! 1 lant of E,-.tc en, e r a an,~
tic.a ior fj t,
o r ri r" 1*11,,% rz c., 'L am

GUM, VN,-I dotnont
SoDarating tnnning :-,u)),3tarjrns in n mixec~ group lrLo pyi,(-,Pnllic
,q?ld T)yrocatechoic tnnnins. Apt.dalo no.3:70-74 Ky-Je 1")8
(MIRA 11:7)
1. Iz fnrmntsevtichoqkogc, fnkull'tnta Irk-utskoro maclitsinAorp
instituta.
(MINING 14ATPIIIALS--AIIALYSIS)

GLEZIN, V.M.
Fractional separation of tanning agents by means of adaorbents.
Zhur. prikl. khim. 31 no-10:1554-1560 0 '58. (MIRA 12:1)
l.Kafedra farmateevticheakoy khimli i farmakopotii farmiktsevti-
cheskogo fakuliteta Irkutakogo madinatituta.
(Adsorbents) (Tanning materials)

0
Z/ 03 2/6 3/ 0 13/003/ uoyzo06
En2/L?236
AUTHOR; _G146Z1 S'.1 Engineer, Candidate of Scienm. set
TITLE: Porous bearings impregnated with poiytottrafluoroethylelne
PERIODICAL: Strojirenstvf, v-13, nQ-3, 1963, 2.03-2(:~17'
TEXT: Sintered ferrous bearings with a maxiinwii carbon
content of 0.1% were impregnated with polytetrafljoroethylene
emulsified with Triton X. Two t3chniques were emplayedt
a) surface impregnation, and b) vacuum impregnettlon..
Metallographic e.-caminations indicated -that the AW-0ared ferrous
base had a non-homogeneous structure with irregulwr- port
characteristics and pore size. The surface -imprognated bearings
had their pore characteristics and self-lubricating properties
modified. Performance tests wero undertaken with the following
types of bearing: 1) standard, untreatedl 2) au. 1:'ace-impregnated
with polytetrafluoroethylene; and 3) vacuum impret:'natmd with
polytetrafluoroethylene, with siraultaneous additkovi of lubricant.
Performance tests indicate that iiurface-impregnate4i bearings c n
be recommended for comparatively low sliding velottLies,
v = 0.3 m/see at higher loads 50 kg/cm2; vacuumi-twipregnated
Card 1/2

Z/032/63/0l3/0,:)3/00's/,oo6
Porous bearings impregnated with ... . ~ I
E112/F,136
sintered bearings should be used for IIowor loads up to 30 'kg/ctn2
and preferably for higher temperaturest where other bearings or
conventional lubricants would fail. Polytetraf luoroie,th:rla tie
retains excellent lubricating properties between -100 and +300 *C.
~There are 5 figures.
~ASSOCIATION: SViT, Bratislava
Card 2/2

cillYz I , s I. "5f ~j - - , I I I.!, ".,I c .
Mliw)ry of r I H I ng, L~,-r: - ! t,,i 'I lihrl - it l,.i ~),i. It 1, ( ~t:3
16 r.~,.3;328-?~! 165~
1. Chair of I'lashinn Fn.-t3 o' th6 ~ ,l i- il ci rX Mochnn i :7n 1 7' 1;,'. r 11) 07 1 Dg
of tho 'llovak Higher ")ohooi of Ti,chn:lc~,~y, Pratizilimi , ted
July 25; 1.%'_

GLLAVLN, Vixkte,r 1,1, doto , irl,11i.,
-
~A ci!"Tk Lrmc~ ti.cr, I ,, Lik, L ?avi _ i'., L~irot.,jld: i me I; or 8
I
1, -
ac. . I --~ !+ 2 r', ItI)-j "

MEDONIS, A.; GLIBAUSKAITE, M. , red, ; VYSHOMIRSKIS, Ch. [Vynomiralcia,C. I
tekhn. red.
(Along the Baltic spacoaat] Po Baltiiskomu pobem2hliu.
Villnius, Gospolitnauchizdat Lit.SSR, 1962. 47 1).
(MIRA 160)
(Baltic Sea region--Guidebooks)

BROGA, L.; DANILYAUCIIYUS, E.[Danfleviclui, P,' I; M.,
Glibauskaite, M. 1, red . , I-TT)OPIP3, A. , rod . ; CV--~;CrIf"FE, V.
Cecite, V.], t,-khn. red..
[
[Tourist map of the Lithuanian S.S.R.] Turlstaha_:a karta
Litovskoi 3SR. Villnoo, Gos.izd-vo ..olit.. i nauchn. lit-
rT Litovokoi SSR, 1963. 72 1). (M-111A 17:4)

82992
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r t I 'L mit L
n n 1 .y
r1 C U 'j Od b 'ji I f! rw y If 'JI
0 1 y f 1 p p I n I e M.~ r, w I. fit
v ve 9 t e by h !,.u o r Tl~ ey ij;~ -d r, I y,, rys t -.i I n e -p t. y.p s on
If ..
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I , .:
P!I-'LL:i'~ and t
I)p rmal I y I j t' f,.i e d i r h j 1 t:j f) Ell 7 P
p 'Id " "i J.Irli~-'.
r e o io t an tli~;- n n r!i I I * ., .~ - 1:)
c-~ 1, s , --v. ,, ' he oa(l ch 7- i ~ f: t c c. h -~;l d I -_., f TI r
and Flr~
vhc se pa-rarrie~ a- r -3. n d c C p r 'x p r 'i~ r
C:~ rd ) ,, ~

82?92
A Photoelectric Transform:-,~r 'o-
Polycryst all ine ;! I Icon
char'a c t f, 1, 14 ~; t i C ~~ f () 1, (1 if' for en !,t"z; ) V I i-- N TI
maximum. of the su~~cral th~: fo-mer la..y ~n
of 8000 - 8100 :, and could, bv treaLmeric, b~, lzf,od (;;thi:?r
side by '300 A. The rolative spoctral ios of, i'll'? L-Ir~:-(.
inve3ti~~ate(l are -;hovir, in Fie,. Th~: Collwvin,-, r,~oijlto rox,~
U
from the e-xneriniLnts: (1) Polycry~3tal I ine ni I icon can vo ry ro bo js-l
for- makin"5 ect 1-i" to !orverl-
Y
e I e c t r i ca I i e T) i e !i. c o n r f i,ho cry.,;-il I ini, )i if - A'
which i '7 11'arm,ul f or he ~ r3ins Cormier 1) i.~ r) 1) e r t yT. ~:~ y b, na 4
applyinj a grid to ti- sur-Care ~,?~!oto Th--~ mar~mtr-,i pr,,;,-~r cf
this transformer with solar ra. ia~ ion i- on ~)e avc
the effective surface, (it) The cost ji" a battory of 1 w j-.rf-nQr, of
polycrystailine silicon, i--i 1,~2 to 1,1/5 o." that, which il-I ma,ie o f o i r I I e
crystals. (5) The temperaturp and exposu~:~ lependence r)!* t,io r - -- -ie
of polycrv.,;tallin;~ tranjformerz; ar~,, oame fo-- a sir.,tfle oi,ystal ofie..
The author:3 th~trik N. '~, Lidot-orlko Cot- h~:i ~Iittlro~l,~ ;1"Id h,:Ip, and V.
Subasi'liye7.. candidate of physical ani for
discusz;ions. There are 5 figures an:1 ~ r,:~feren~~tis. 2 Soviet tnd ! '2S~
C a rd 2 / 5

it !,iio to- I ~~c i, r J c rmi :; C( -in,,,., r c) ril
POI C L'y ~3 tul n f-, c. o n
y
SUli"IlITTED i 1
82992.
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38027 R

ry:,
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o-, o C'~ I is 0 0 f ~;illicon V., r!'
as vias
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n- yrE~ ~'---,icon :;lates. T d o f os i to n f
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C~~-d I

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d ,
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tiv, th~.,ir ori,-"t,ltion

C..;; r ics of
fo~. c) C, e 1 Z; V 1 C. a r I r
Doth n--~ype and 0-tyDe silico,.,. 7~r
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a:3 c t i o n o n c 3%': r 1 o C) c c
0 u 1. %,, a:-.d for 0 C .1-- L"r:L;

c e I I s 1- o v e L e U a i y Of n,2 :.V~~r
Cf-'.'3 1 O=a 1- C Qr t
0 n s 0.
c: v ne r
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",Dvi~:t-'uloc and
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to

TIIIASP, EA111,01 I'ATr0N !-.)0 V," 5 5 0 1;
Glihernian, Anato'hy ;wd Ayri Konst;tn'inf)va Zw
Kr-emniye--.yye solneclinyye hatarei 'S-'-,con Solar P)att.:.Ij-:.e.9-) I'doscow,
Gosenergoi-7dat, 1961. 70 p. 'Sellies: Massovaya
vyp. 396 ,!' 3.5,000 copies pritl~ed.
r yand,
Editorial Bea: d: A. I. Ber,g, F. f.. Burdeynvj, A. Ru I
Ye. N. Genishtn, 1. S. D~,rl'git, A. M. Kai)ayeva, E. T.
11"t enkell, A. A. Kul;kovsk'%,, A. D. Smirnov, F, :. Tarasm,, and
Sharnshur, Ed. : P, A. Popo Toch. Ed. : N. Ro!,un(:)-,-.
PUR POSH- I'h,-s booklet is for advanced i-I-idio -arnateurs. Tt may
hi- Of LIS(~ to students, -chniciaris, and encrinect's.
COVERAGL: The booklet pr( Scnf,; physical princliph:-s of s:'!;,-,()n pilot()-
plectr ic devices des;gyned iw- tiw toll of, soh~[- v!14~1,[!y Into
Card 1/4

s/665/61/000/003/011/0'a
EO")9
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loll of he f,i(,f i! [I : tl'~ I 111~ v - 1'. -
n 11(i o It r! r- f -, j ir -,-k tit vr-, .)I I I , ('11
1: r) V I t r S
Sol-'W. L nauk SSSR Energet i~heski.y iriz,titu~
rio , 1 () () I P'~ i u 1: r c ri I v v ~
1) 1 1) f o va ! e 1 1 _i 0 1 n e : hno v (! n - i i i
TEXT Fh maximum powc-.r Yield fr om :z-ll , ion r)h(,t o ~:i n V (,I E I , I
r v d-f inr-d '~v the va lue. of i i s ser 1 ! ~i r e ~i i ~; t ) tA .: e R
I I i It I I It -;11111 ") f t It ha -~ e r es i .~ t it n( e I I
RT
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t h,- j i u c- o r It i o ,c r- x t, s i A t a it .- v for i T e. i ri y u 1. 1 1 1, It o .)rve, I ~r
i -- :ut r ~:n r r yi rig on ta - t or on t~! dg e o F t I i e wo i It n z iu- f,3

s/66 5/61 /Ooo/oo 7,lrj 1 1, loll 8
ji in t i i I on o f t fie f a': t at -.I E039/`E`t~-C
Oi~ r E_ ifi r E s i z; tan ~ e of the ;111oved la,,ot n
and ih,~ OPPOSi tc- sid,~- of -h~-: rd1o1,3c-l-:m,!nt
I
the photoel'emerit till 'Im !;I ~'f -I)r-
rz, 1 17(
1) Jr-O in the
T h m I) f t h,- preien* ~,i3rk
iv~3:i to dt~-irmint-
t-~ni -,m:e iind i -~ 9 1) ow Ifie
t r i c-,~i ~ f s r 9
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w2
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s/66,5/6 I/Oaa/oo ~/oi i/c)lPj
zln inve i~ iz.jt ion of the f:t- 'rrs E039/E420
Exp,er we-r- .-orr iec I i;ii I wit I i rec I -.in gu I it t p li,-- -I ef
10 1() ri, 2 rh e d e y) e nd e I i ~_ e o f ( I i e ~~; P r i e. r I 'I )-'I
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IV And t I to I. t tic. hose resistance. P
R,r foli(,w; i
Th,- c- , p.. r iait-r r c. ~~ it I t 4 ~ on f i rm t It i rht~ (.!(:, pf-'rull. 11, T~ 0 1- lip
1 en.: v r, a I h c- w 1 d i h W wa s o Is c in L, e s t iga t e -J f c, - pho L i;
it v F I- t e r 1,; 1th cii_ff~~rent spe:ific res istan._e5 Th e optimum
f f ~, 1 L e n 7)'/ ) 0 -.- I I r r e d a t W ~ 0 , 5 ( o 1 ~ 5 .- T, a no (I t? -_ - e a s e d
.j, dz I v a W wa _,; j n - I, ea s ed f u r t he. r D'a i: a wil ~ ob t,i iried on th-~
0. r 1 3

n '039 "cl
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t lit k e p i ng W o ri:i fa n t. wa s I n I s.,i 1; r?.r i,,
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V d I p c' p o 1 ria I '111 Q r e a r 9 f I V, ~ 1 1 f- and
1 So, ~,o, 1j a nd I non Soviet Ii i o Th.- r~ re--n
..n En~i -~h ngu a ,g e
p uh I a t 1 c n r ea d a - ft)l aw -
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S/66 5/61 012/01 P)
5- E i 9 11 /E!i 20
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r I ~1~;-d Cor I f: a ho I u e Ie I r I t! ri - r. IIti
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E194/E 420
A U THOPS G I _i I-I e r Ina ii . A , Ya Z A N't 5 E! VO A, K, Ui rid ~ma r. A , P
rf ME ~n I n v,,. s r L ~'.Zl t , on o f* r tie po n ~; 1 1) 1 1 1 t 1 yig i)
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E M%od-miy;, nouk SSSR Ene?iretl-h-ki~ in-t I -.,I
T 1 n e r p 1. 1 k a no 3 1961
p~ solne:hnf-,~,, ~~n#~rgi i I. ~ ~ r
TE X I III hc,rto ~, i I on T) h c t o . e I L s Ii a , e h,: (-, n ma It ~, f i c-r-,. I. n z
bu t ~-, , , f I ~ ~. e a r e e x p e n.- L V e I t WOUICI !)C- 111~-Zlll ,,
P~),v t"-st"'lline sili--on for th-,s purposv Plll~ I I , 11 u (I o z R n
1) ~ A; ) 4-- 1 1 s , ev j ewerl and seems t -) Indi .,:I I f! - Ila t '. 11 1 1 1 1.) i
Th n., 1 t u - f p o I v ry 9 ta I I i n e s j I i c ori (I j ~i,- i Is- -i,! I1 11, 1
i: r e f o ri A i I, *, I n w li c t I I e r c t I r I - i, ri ow s t I I r (j I I I I
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27191
5/181 /61/003/008/021/034
bo 20/0., 2110 B102/13202
AUTEORS: Zaytaeva, A, K, and ~';liberman, A. Ya.
TITLE: Study of the impurity distribution in the surfaco layer of
n-type silicon photoolectric converter3 of solar enerEy
P_ERIODICAL- Fizika tverdogo tela. v, 3, no. ~, 196.1, 2M-23812
TEYT: The authors describe a model of a silicon photoelectric converter
with p-n junction, The junction was produced by thermal diffusion of
boron into n-type stlicon. Prior to diffusion, the res4 stirity Q and the I
Hall voltage -t;ere measured and the concentration a of the majority carriers
was calculated. After the diffusion one side of -the specimen was complete-
ly ground off, at the lateral faces the alloyed layer was left crily in the
central part. The authors used lead- coated nickel contact3. The model
is schematically sho-.-;n in FiEs. 11a and 1b. The measuremor-ts itere made
under a heating lamp of the type 2r,-3 (M-3) with filtez correction of the
spectrum according to a solar irradiation of an intensity of 78 mw,/cm2.
To determine the electrical para:.-,eters in the surface layers, layers were
etched off by means of KOH and the conductivity and the Hall voltaFe were
Card 1/5

27291
S/18 1/6 1 /CiD31068102 11034
Study of the imrurity distribution B102/:-,202
measured before and after *he etchin,;z.
From those meastiremercs mobility
and concentration of the boron atoms in silicon could 'ne dete:rmined. The
distribution of the boron atoms in the entire allowed layer vias determined
by successive etchingg and measurements. The Plentrical para.-RF~terq of the
silicon converter were studied as & function of the thiiknpsn of thj
alloyed layer. The results are illustrat::jd in Fi,,, 4, The (HE3tuno(j x from I
the surface of the specimen, mea~nired into the int,-rior of the spccimeri,
was chosen as the common abscissa. As can be seen, no-load voltage Ux,-,
increases v.,*ith an increase in x, also the short-circuit rurre:at IK-3, an (I
the maximum power P,,Irc increase until EL certain depth ~13 reached
(X - x ), On further approach to the p-n junction (which was at a
on rn opt
depth of about 11~k) these :-iantities aLain decreased. The crianee of the
resistance r of' tne alloye. layer is illustrated by the dashed line. It t
depths of the p-n junctior greater than x opt the resistance of the alloyed
layer is relatively low Ev increases slowly with the approach to x. in
4 Ps 3~4. There are 4 figures and 5 references:
the case sho-,vn in Fir- )Pt
4 Soviet and 1 non-Soviet.
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..;/1 94/,)~/000/OC,6/0,35/23,-2
AUTHCHS: Gliberman, A.Yn. .nd :'~,doqeyeva, O.P.
T IT L--, inv,-,sti,*~~itior. of the factcra t,l-Le scr4'e 3
rc-.91stance ot!'.er parameters of
ailicon convf~.rterj
z,.urnL.
abstract s (if ab.
n o . 3 IT s S, 19 61 9 1 - c)
TE""T The series vesistance Ili s of )hotoeleeLric silicon converters,
on vihich their output :)ower (lepends, Is Oeterm;--ned by -,he
o,,.,ck resistance .1-6' anl the opreadinf; reoi.,itance i.v. '.'?s
b b
+ R Sp. The resistance R b is inversely proportional to the area S
the element. T-e resistance R = t~:;/2tl, whe.-e is tYe resis,4-vi-
Sp
ty, t the thickness of the alioyerl la-yer, ',; t.-ie I t an c i ~ be t w, c e r.
the contact and the opposite ed~;e of the element, and I the leng-uh
of the element. Because of the difficulty o-'L" (1c, term, inin,,- R an d R
Card 1/3 :3 b sp

An investigation of the facturs ...
directly, t!-.e r~~_tio betvicen %hem foun- as a Of the :'e-
sistivity 6f the si I icor. n --I C, f t il~- r~ iMP- rjS i -,!I J 0 f
ter. The ratio o r p to d i~ r)e a d'3 G", "' E! W I I th 31-C e ID ~'2 n
b p
the propor-Li-~n ~j f I*n(,.`eaS_Lr.1-~' L.0 C re as C~.'; s r ~~. C Y
b 13
r_~m, but ro3e sharp"y f(,.r c-i. 'ht! n~.;.--
constant for
ture of 'the deDendence of on 71 ,%-s letermined b,~i the r;-,s' stance
Rb' which decreases accordinS to a quaIratic la-,,: .':'ith 4oc-ea~~e In
W. GraDhs of R.:1 a-ainst ~.' -are Eiven for a number -:,f
for 2.5 - j cm, the rela-~ion beco-Les linear. FJ_~Urc-13 0--
and efficiency '~~ a-,,e Civen for three silico7i T-,hoto--e
p = 1 .7 0. 0- 'U-11 0 - 7"'e la I-. e '. p t*ae
tion of contributed by "he ":Iaxi=-' outrlk4'
S b'
ment Pma",: Iecreases lec_-ease in its surface area o c n
correspondin6 to the c-,ar.,-e Jn Gra,,)Ihs have L'.Iso bcer. obtaine'i of
the resistance R a,,,ainst the iurwth I fai- constanit Izi tK~.. for'r.
S
Card 2/3

3/1
An investi,:'-.,Ition of the -factors ... D413/D306
I of hyperbolas, and of R,S and t) horizontal Btraight linea, and
also of-P max, 2 references. LA~stracterls note: Complete transla-
tion.]
Card 3/3

~j' `/(;GO/O08/1 32/;. 34
AUTHORS: ',~ayt,,,eva, A. K., A. Ya.
TITLE: Ti,,e dis~rlbution of in an ailu:ied layer c)"- plotuelectxic
converte.rz;
PERIODICAL: i~f~f~,rat'vnyy zhurnal, iic,- ci, 'Ot, 11
(1r, coi~ectioii:
160 - i07)
TEXT.- A description Js given of the netriod of -ht-~ surface
layer which developed by the d'Lffusion of aceeptor 7m,pUrLt!-1~z; 03) in n-tzype 31
or, of donor impurity (P) in p-type SI . Thu 1~,nv,,,sti6ation oz` 111he -Min paraim~,t,!I-,;
of the raw material and of' trie electricaL propertles viiltri dej,-,ree Df pick~lnj.,
of the alloyed layer was carried out on ilecLtL:,~gtilar,-.,;iiii,,)-,,,i mea"-ur-
Ing of the Hall effecL as it funcLlorl of the of Ul~~ plckl~?d ~11,yev x W,1~-, ~:oll-
ducted on a special instailation. The inves'Agatilon-t weve (!arri~!d aut on a -,eli
samples in which the p-n transition came about by the dlffu.-iion of 11 in P-typc
Si and by'the diffusion of B in n-Lype Si. Th,~,y revealed tfla", JilstrLbutLon
of the impurity atoms in the alloy-ad zone ha~i a peculiar char,acter. luld is not
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The di~;tvibut~on of ...
S/Oi:6/62/C 00,/D~)O/ 132 1/ 1)4
A 1, Y: I o I
subject to th~! lwa. "'lie impur,"r,:1
colicentraLion o.*' ~he i;;Ipurlty C*I,.,,II,L~,I,Ii who
and it sharply decreases at a small (ILstance Crom tht-~ p-n Ttie- o,~ I -
mum depth of vhe p-n transirion, Io
by Lhf-
the photoconverLer, Is mainly determIne(i by ~~he
total magmitude of the surface and voium~:tr'lc rocombiriat:or, of' t--ic
resistance of" ,h(~ alloyed Layer and by the rnajjnitud(~ of thc rear
Thq ultimate magnitude of th(~ most f'avorablu depzh ot' th-~, p--n traiisf.tion corre:;-
ponds to the magnitude at wftich the total action of all e-nu.-n-3 rat ed f,actOrS PasseN
through the minimum. There are 6 references.
V, Shch,
[Abstracter's note; Complete trarislaLlonj
Card 212

~~,'A(, 3/127/1
TITUI,': n I i iv I j:,: t t J. 11 'L,~ L y y;
FEJUODICAL: 1 1 t v i iyy zhu rr i: t 1 ~-A. k io I r
(Tr co]-'LerA,Icn: -Tepi,)r~riin,g,A~ka" N') Hof; r
128)
T: The pol ycry,-, Lai ~').rw ; L vi:iy 'I rn -I-,L
duc ti 111 ty n -typr! ) and a (leg r-,., r) f' 1),2 y c ry-;ta 1 i i i I Ly (Ii:',
'tild also b" il"I
(w,ith tiie hell-) of orLentod or non-oriented Occ-I ci-y.-,-,a-,) C'f th"
specific resistanr~! of plycrystals (j rpmain,'~d
whereby, at UIe boundary of tlh,~ gr~iins, resIst;Lnc(-, jiimp~-;
hig,hly-ohmic material (p , - I Oirl -C:7. and . No ji-,,mps .~ihatsor.!ver were
in a low-ohmic material (0 - 0'1 01-m-cm) . in case th,t tine ;:---ins
are largdr than the diffusion length of the minority ~hnr,,;e carrie-:,, the por-
Card 1/2

I.In investtgatl(,,t~ )*,' tho ... A I 6(v"',
tion o1' the r, ,--mhinerl Crattl~', at t""'C'. 1)"'u, n t:( ry -'1~11 1",
sign-Jn~ poly,' r i nf, pho I ~ C t I" ~;l ~-:7-~ t'l It'
er(~asecl
it, c) t' c u rr i t t; ip s .In thi'; ~a5e, th;~ po-'yr-ry--t,;~
seeminr--,~-y c,)z-.2izt )' -,mail ;Ingle
lel . Tii- po'ycryftallln,~ photocle(-.tv~(.-
Cl'yStalij,-j~' 71'1'j(-1t'~)C0lj,- NJ,-j!jj'1'y J~y t,'1,1~ ot rt~'i :~.I-
lower den~3it,, (," :;hurt-cir(A.11L CUrt"IA, ;tnfj, af-, 'a 1:'y "t
The Ll';.,ht and ~'-jjectral at' tile plvlt~."'jectl'Lr'
converter3 )re:;onted. Pheir main parriricterr, are :'r: ~1
tium spectral ~;ensittvlty of' the pniy~'.'rystalline phot:)(,'
to
he fourvi Ln the re~rion oC 7,500 8,500 X, the maxluari ~yt,~Wedt ~;olar
lighting is, 1: - 6 71~.e costs Of polycrys't'll-11no
cotwerters --,ith a poaer of 1 watt are 2 - 3 tinier, law,,,r thar c" sirG"le
crystalline ones . There are 9 refereilces.
V. ~'3'hch.
[Abstractcr's nrl-t;~: Complete tran5lation]
Card 2/2

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