SCIENTIFIC ABSTRACT NAUMOV, D. V. - NAUMOV, G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001136210003-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 31, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Category: USSR/General Bioloey. Evolution.
Abs Jour: Referat Zh.-Biol., No 16 25 March 1957, 21605
Au thor : Naumov. D.V.
Inat .--
: noT ~given
T,'6,le :Discordance in diriction and rate of evolutionar-I
process in different generations of metagenetic animals.
Orig Pub: Dokl. AN SSSR, 1956, 108, No 3, 558-561
Abstractt Based on a stOy of the etz-acture in different generations
of some metagenatic animals living in unlike conclit2ons
(metagenetic in intc;stinal cavity, parse4tic worms with a
metagenetic cycle) the author comes to the conclusion that
the investigated forms my ~-vnlve not only at df-fferent tem-
pos, but in different diz,ections. To indicate such an oc-
curence, the author introducee a new term - diocordx~nL evo-
lution.
n-7
Card 1/1 -3-

MAUKOV, D.T.
A now type of genoome structure In hydrolds. Dokl. AN SM 109
ne.3t64&" JI 056. (KM 9:10)
I* goologlahookly Institut Akadomli nauk SSSR. Prodetawleno otkade-
m1kom Ys,N. ftvlovokloo
(Hy4rsvisdusao)

KLUXOT. D.Y.
C;Cle of the bydromodusa Cladonem Wific& Ewmov. Doki.AN
SM 12 no.1:165-166 J& 057. (NLU lo: 2)
1. Zoologichaskly Inatttut Akadeall nauk SM. Prqdstavlono akodo-
mikou Ye.N.PLrlovmkim.
(Hydromedusas)

HAUKOW. D.V p ",- - -
Role or oligomerization and polymerization In the sTolution of
colonlal hydrozoa [vIth summary In InglIsh]. ?~n~y Lou. ob-,m est.
73 no.38-42 157. WRA iltO
1.Zoologichookly institut AD SSSR.
(Hydrozoa)

NATWOV, DI.T..,
Structure and taxonomic position of Monobrachlun parsaitum
Kerachk (Hydrozoa). Dok. AN SSSR 111 no.5:1168-1170 Ap '57.
(KW 10:7)
1. Zoologicheakiy institu, Akademii nauk SSSR. Predstayleno
akademikow U.N. Paylovskin.
(Hydrosoa)

D. V.
',tie
is is .2
IFF
ul.
14
tic

NUMOT, D.V., kand.biol.nank; STEPANTARS. S.D.
flydrolds collected in Antarctic and subantantle water@. Inform.
blul.Soy.antarkeeksp. no-3!57-58 158. (MIRA 12:4)
1. 20ologichaskly institut, AN SSSR,
(Antarctic roglons-Hydrozoa)

LIND80G. G.U.; SHCHIMINA, E.G.; DOGEL'. V.A.; RESHRUTAX, T-T-; SMIUMV,
A.A.; KOLTUN, V.M., XkUHDV. D.V .; IVANDV, A.T.; BYMVMT. B.Te.
ZEMY, Te.T.; PERG&KNIM, T.S.; LOWUNICH. T-S-; USUM, P-T-;
KWUGX. G.A.; AXIROSOVA. Ye.I.; GOSTIWVSKAYA, N.G.; BROMIT. S.A.;
WSW. A.T4; TARASOV. N.I.; GURIYAVDTA. Te.F.; VAOIN, T.L.;
rDWINA, N.B.; BULYCIMA. A.I.; KOBTAKOYA, Z.I.; WZIND-WZIVSKIY.
L.K.; YAKOVLEVA. A.M.; ULKIN. Y11.1,; SXARIATO. 0.A.;
AKINUSHKIN. I.1.; DITAKONDY. A.M.; B&RAXOTA. Z.I.; SATILITAVA, T.S.;
SKAIKIN. V.A.
List of the fauna of marine waters of southern Sakhalin and
southern Kuriles. leal.dallnevost.wor.SSSR no.6:173-256 159.
(MM 13:3)
1. Zoologicheekly inatitut AN SSSR.
(Sakhalin-Marine fauna)
(Kurile Islands--Marine fauna)

17 (4)
ADTHOR: Haumov SOT/20-127-6-45/51
TITLE: On the Parallelism in the Ways or Evolution in Different
Classes of Metagenatio Coelenterata
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 127, Hr 6, PP 1304 - 1307
(USSR)
ABSTRACT: 2 classes belong to the Coelenterata mentioned in the titlet
Hydrozoa and Scyphozoa. The evolution of these two classes
shows similarities, but they are not to be considered a uniform
systematic group as they are of different origin. Their common
phylogenetic destiny was a consequence of the independent origin
of the metagenesis of the ancestors of recent 4drozoa and Scy-
phozoa. Therefore, these ancestors were put under equal condi-
tions. As had been proved before (Refs 1,2), the ancestors of
these two groups were immobile organisms attached to the ground.
The floating Medusae originated later as propagation stages of
these polypous anoestors. This meducoid generation was formed,
in both groups, independently of each other: for the hydro-
medusae originate from buds on polyps while the polyp body is
divided transversely to its axis for the formation of Scypho-
Card 113 medusae. The original function of the Nedusae was the diffusion

On the Parallelism in the Ways of Evolution In BOT/20-127-6-45/51
Different Classes of Metagenetic Coelenterata
of the genital products. The polyps, towever, lost their
genital multiplication. The very fact that the Medusae had %o
move about led to the formation of organs of motion: at fire%
passive organs (umbel), then also active ones (circular mus-
cle* of the umbel, velum of hydromedusae). The ability of
changing the position of the body *ffected the origin of equi-
librium organs (ntatoeysts). The migrations in a vertical di-
rection led to the formation of light-sensitive spots in some
species. knother proof of the separate origin of Scyphozoa
and Hydrozoa is the formation of statocysts from quite dif-
ferent rudiment. The distances to be covered in the transpo,.r-
tation of the genital products, are also connected with the
lifetime of the Medueae. The necessary intensification of the
nutritive function also serves the increase in the number of
sexual cells. The necessary complication of the digestive
system (gastrovasoular system) shows quite a different evolu-
tion in Hydrozoa and Scyphozoa, and in, therefore, of dif-
ferent structure. The 2 different food-catching methods, known
for all Medusae, originated independently in hydro- an', soy-
Card 2/3 phomedusae: a) the driving-in of the prey by numerous marginal

On the Parallelism in the Ways of Evolution in SOV/20-127-6-45/51
Different Classes of Metagenetic Coelenterata
tentacles into the wide mouth opening, and b) active catchirg
by tentacles drawing the food towards a rather narrow mouth.
After the appearance of the Nedusae, their evolution proceeded
at a very rapid rate because they are living under much more
complicated and manifold conditions than their immobile polyps.'
The latter perfected their protective skeleton and the arrangi-
ment of the polyp within the colonies to a v~~.-.. high degree
(Hydrozoa). The high degree of integration of the colony can
push the metagenesis to the background, or even eliminate it
completely. There are 11 references, 5 of which are Soviet.
ASSOCIATION: Zoologicheakly institut Akademii nauk 33311 (Zoological Insti-
tute of the Academy of Sciences, USSR)
PRESENTED: May 13, 1959, by Ye. N. Pavlovskiy, Academician
SUBMITTED; May 5, 1959
Card 3/3

170) 3OV/2o-126-4-59/62
AUTHORt Naumov, D. V.
TITLEs Specific Differences in the Polypoid Gener-ition of COM-
nata, 'Vidovyye razlichiya. polipoidnogo pokolonija korono~nedjz)
PERIODICALs Doklady Alliademii nauk SSSR, 195), Vol 126, 11r 4,
pp 9o2 - 904 (USSR)
ABSTUACT: The author recaUs of the dincovery and further inve,iti8ation
of the polype Uoronata (Refs 1-12). All invcstip~ators, however,
overlooked a v(-ry characteristic peculiarity in the Coronata
systematologyj more than 30 species are included which belorr,
to about 10 genera, while all their polypas are united to one
single menus with only 8 species. It is probable that some
U
spec-,es of the acyphopolypes, after close investigntion, can
be classified to 3everal independent specics. The caaae of
the mentioned state was already clarified by the author (Ref
13). It lies in a different rate of evolution in settled and
freely floating metagenetic animals. The above assertions are
proved by examplen (ijef 11, collections of the ZIN AN ScS-rR
(see Association)). Figure 1 shows the skeleton of various
Card 1/2 species of StephanoBcyphus froLu the Arctic. Wany polypes cannot

Specific Differences in the Poljpoici Generation SLIV/20-1"6-4 -:9"-"2
of Coronata.
be put in connection with the known medunae (Periph.-Ila hya-
cinthina Steenstrup and Atolls, wyvillei flaeckel). The nuthar
gives no nai~,e to any of the apecies of polypes clasvifi~~d
here. It is to be hoped that a further investigation will mnt:e
possible the classing of new species. The correlation between
polypes and wdueae can bo detor;!Anod by direct observations
or the life hiatury. There aro 1 figure and 13 rori.~renoco, 2
of which are Soviet.
ASSOCIATIONs Zoologicheskiy institut Akademii nauk SSSP (Zoological
Institute of the Academy of Sciences, USSR)
PRESENTEDi February 26, 1959, by Ye. N. Pavlovskiy, Academician
SUBMITTED; February 24, 1959
Card 2/2

~U!~OU,_ftmt-Yladlnlrovlohl---PAVWYSKIY. Te.N., i;,-emik. glavnyy red.;
BMOVSEIY, B.Te.. red.; VINOGRADCV. B.5., red.Edeceased];
STRZ6KOV, A.A., prof., red.; SHTAKIL13IRG, A.A., red.;
SHMNOTA; AsTs, tekhn.red.
[Hydroids and hydromedusae in marine, brackish, and fresh-water
basins of the U.S.S.R.] Gidroidy i gidromeduzy morskikh,
solonovatovodnykh i presnovOnykh basseinov SSSR. Moskva, lzd-vo
Akad. nauk SSSR, 1960. 585 P. (Oprodeliteli po faune SSSR,
no.70) (NIIA 13:7)
1. Direktor Zoologicheskogo institute, AN SSSR (fbr Pavlovskiy).
(4drozoa)

NAUND nat Vladimirovich; PAVlj)VSKIY, le.N,,,, akademik., glavwyy red.;
STRELKOV, A.A.,red.; BYKHOVSKIY, B.Te,, redq GROMDV, I.N. red.;
HOIICPMKIIO A,S 0. red.; SrARLATO, O.A., red.; SWTAM'i;M, A.A.;
ZAKARAYEVA, R.A., tekhn.ret-.
(Scyphomedusas in the seas of the U.S.S.R.] Stsifoi4ye maduzy
Izd-vo Akad nauk SSSR
morei SSSR. Moakva,
(opredeliteli po faune SSSR, no.75). 1961. 97 PWRA 15:2)
1. Direktor Zoologicheskogo instituta AN SSSR (for Pavlovskiy).
(Scyphomedusae)

NAUMOV, D. V.; 3TEPAN I YANT'l, I. I .
Hydrolls of' Ulfl N; .... Irt r,l
nub-Ant.amt. 1~ wal- -,i u, I.tiv lovit, t. AW -, xp,!,Il ti on on f t,n j i ., ,- I -
e le r. tr i (, ah i p 1101) 1 . " I -!, ! . i ,, , i ij m,),- . I : r),)- 1, , I t3- .'1-U iA ', ":'),
1. ZooLogichoskiy -ntit.. -:* ', ; ; ~ T .
. I l;!--!---. ~ -1
. I ~ .~,: . ~! - ~ , ,

ZASLAVSKIY, Mikhail Abramovich; NAIJMOV, D.V., otv. red.
(flew method of preparing Auffed animals; sculputra-I
taxidermy) Novyi metod izgotovleniia chuchel zhivotnykh;
skullpturnaia taksidermlia. Moskvap Ilauka, 1964. 202
(MIRA 17:9)
1. Zaveduyushchiy Zoologlcheskim muzeyem AN SSSR (for
1; aumov)
JL

GILYAR(Y.;, M.S.; SHLR3vp AOG.! D.V.; DlAjll;sKryv GoMe
Bjok revi6tras ZO-,,Io zhura 44 noOWC-474 165o (MIRA 1818)

NAUMOV, D.V., doktor biolog. nauk; TABLOKOV, A.V., kand. biolug. rq,,jk
Across the reserves -;r -ILrdia. Priz-oda 414 1,4.
f,fl7.A IF: 'j,
~for NIP.,I-mov".
- Zoologicheskiy in2titut AN SSSR, benin,7rad
2. Ingtitut morfolo~rii zhivotnykh I.m. A.N. Severtsova All SSSR,
Mookva (for Yablokov).

80136
16,6Wo S/141/59/002/06/018/024
AUTHORS: Mysalin, A.N. Vershubski FIB Intumov. &.I.
TITLZ: High-density Recording of Digital Info- ation -on a
Magnetic Drum -
lip
PZRIODICAL: Izvestiya vysshikh uchabnykh zavedoniy, Radiofizika,
19599 Vol 2, Nr 6, pp 998 - 1004 (USSR)
ABSTRACT: The recording density for digital information on a
magnetic drum depends on the construction of the recording
head, the magnitude of the gap between the drum and the
head, the velocity of the drum relative to the head,
duration of the signals to be recorded and the quality
and thickness of the magnetic material of the drum. The
majority of the above factors are interrelated and the
principal factors which limit the density of the
information are the geometry of the head and the magnitude
of the gap between the head and the magnetic coating of
the drum. An attempt was made to improve these factors.
A recording head was designed. This is shown in Figure 1.
The head in in the form of a horseshoe made of a material
having a high permeability. Tha winding of the head
Cardl/4 consists of a single turn which forms also the secondary

80136
sA4l/59/002/o6/oi8/024
High-demAity Recording of Digital Infowf(aga802 n a Magnetic Drum
winAling. of the transformer. The core of the tranxforwer
has a diameter of 3 mm. The primary winding of a trans-
former consists of k5 turns of the wire PEY having a
diameter of Ool am. The secondary winding is in the form
of a AqVqs:p*_ "op of copper foil having a thickness of 15 11.
The lower portion of this loop enters into the "horseshoe".
The width of the pole-piecer of the head is 1 m. The
inductance of the head is 9 pH. Such heads were investi-
gated with magnetic drums coated with ferro-varnish and
nickel-cobalt coatings. It was found that the latter
gave a better sign&]L/noisa ratio than the former. The
repetition period of the recorded pulses varied fron 1-5
to 20 pso the duration of a pulse being 0.4 to 1o5 Ps-
The amplitude of the recorded sIgnal varied from 0 to 4 A*
Figures 2 show the oncillograws of some of the recorded
signals. In order to reduce the gap between the head and
the drum the so-called "floating" suspension of the head
was adopted* The suspension system consisted of & fork,
a frame and the "floating" block proper. This permitt d
Card2/4 T1'

801~6
S/1102/59/002/06/018/024
f(MA82
High-denalty Recording of Digital InfoR2 0 on a Magnetic Drum
the system to set itself in parallel with the genoratrix
and "follow" the surface of the drum. The suspenffion
system wow mad* an iight an possible so that its inertiA
did not effect the stability of the gap in the prosenco
of an eccentricity in the drun* The system comprised a
device ohich permitted the floating block to be "pressed"
to the drza with a predetermined force. The floating
block of the magnetic head was investigated with druno.
having dIameterx of 200 and 600 mme The linear velocity
of the drums was 30 m/o. Some of the experimental results
of those tests are shown In Figures 3; the upper photo-
graph shown the pulses recorded by means of a fixed head,
while the lower photograph.gives the same pulses recorded
by means of a head furnished with a floating xuapenstan.
The article contains an appendix devoted to the analytLc&l
investigation of the resolving power of the mAgnetic head
(Figure 4). It is shown that the resolution of the head
when used for reading can be improved by employing only
Card3/4 the %C- component of the magnetic field (Figure 4).

80336
sA4jL/5q/oo2/o6/ajL8/O24
High-density Recording of Digital InfoulfflJ802n. a Magnetic Drum
There are 5 figures and 5 references, 3 of which are
English and 2 are Soviet.
ASSOCIATION: Matematichookiy inwtitut AN SSSR (Mathematical
institute of the AceSc*4 USSR)
SUBMITTED: July 15, 1959
Card 4/4

ACCESSION NRs- AT3012131-- 3/2967/63/000/000/0150/0156
IAVMORII, Wasilin, A. N.1 Tershubskiyo V. Yu.1 Nauaovp Z. I.
TITLZj High density digit&l inforwtion recording on sagnstio drum
SOURCEi Voprosy* vy*ohislitellnoy mtematiki i vy*ohislitellnoy taklmiki. Mosoowg
1963, 150-156
TOPIC TAGSt digital information, magnetic drum, resolving power, magnetic head,
floating suspension, lifting forcep osoillograph
ABSTRACTe The recording limit for a magnetic drum is shown to be determined by the,'
resolving power of the magnetio head, The resolving power, in turn, depends on the.
front gap size of th,o head and the (ilearanoe between the head and magnetic carrier.',
To maintain those amill c.Lenrancen --eg9xdleuu ot tem oraturo chnngea and eccentric-
~
~iit-y, a floating suspension ~:; p,-vmed for the drum tons Fig. 1 of the Enolosuren)p
!with a moving plate or a rotating cylinder applying a lifting force P on the
suspended plate in a viscous incompressible madium. Two ouch drumn, 600 and 200 mm:
in diametorg wero inveati6ated with gap aizo determined by light beam moaouremontat
The drum speed wan 30 M/eeo und the float:L-19 Plate )Fau 10 x 15 mm in size.
Osaillographic stability aturlioe indicated a stable gap for acoentrioitioo up to
Card_ 1/4,

~'ACCESSION NRs_ AT3012-1'31
1100 microns. In conjunction with the floating auapenaian the design of a small-
:size magnetic head is presented (Fig. 2 of the Enoloaures~. The primary winding
I
~consiata of 45 looPs Of 0-1 mm conduotoro (type PEV-2). The secondary winding is a
1
115 micron copper foil* The oyatem records 16 symbols on 1 length. Drig. art.
hass 11 figures.
IASSOCIATIONs none
SUMMED: 00
SUB CODSs M
DATE ACqt 220ot63
NO REP SOVa 002
EiGLi 02-
OTMM o UOO i
Card 2/4

ACCESSIO NR AT3012131
ENCLOSUH 1 02
Figo 2* Uaguetic head
I principial mgaetiQ hwAiself.floating
2 plans linear conduotors
tromforwr
Ca r4 6t
4/4 Ii-A ILL .1 LIA:
t-MI.71CMIP11 CORMILATI(M CLEVE1. 7. WIT

AC"SSIOK MI AT.W12131
Card 3/4
2XIALU 01
----------
Fig* 1 schematio of floating suspension,

AZEIU,IIKOV, V.; ARLAZOROV, M.; ARSKIY, F.; BAYUCOV, S.; 13ELOUSOV, I.;
BILEUKDip D.; VAIELI, I.; VLADIMIROV, L.; GUSTCHE"o', S.;
YELAGIN, V.; YTRESHKO, F.; 71RJRBIIIA, S.; KAZAi?110VSKAYA, G.;
KALINII-1, Yu.; KEILER, V.; KONOVALOV, B.; 1=14DLII., Yu.;
LEJEDEV, L.; PODGORODIIIKOV, F-.; RABROVICH, I.; REPDI, L.;
WOLYAN9 G.; TITARENKO, V.; TOPILINA, T.; FEDOHENKO, V.;
EYDELIMAN, N.; EIVE, A.; 4~WIOV. F.; YAKOVLEV, N.;
HIKHAYLOV, K., nauchn. red.; LIVANOV, A., red.
(Little stories about the great cosmos] MalenIkie rasakazy o
bol'shom Kosmone. Iza.2., Moskva, Molodaia gvardiia, 1964.
368 p. (KRA 18:4)

USINOTSKIT. N.A.. zasluzhaaayy cloyatell oaWri. professor (Odessa); SAVILITIT.
I.A. (OdLossa); VAUKOV. y.ja, (ologga); yZIGgR. 0.A.. (0194sa); SMRTy.
M.S. (Odessa)
Application of antirhoumatic drugs in prevention 4f exacerbations of
rhomatim. Klin.mied. 34 no.6:31-40 Jo 156. (NIBA 9:10)
1. In goopitallney torapevt to he okay kliniki (saw. saslmhomayy
doyatell nauki prof. N.A.Tasinovokly) Odsmskogo meditsinskogo,
Instituta (Air. prof* I.Ta.. Doym4ka)
(RIMUNATISN, prevention and control.
chemother. (Rue))

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flinher Irwavas-C is% thl um-,Ii had na C,

pia im*wm~ !j4

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Ot-0,10,415i 0-20 w&i ur
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t953. 01)) ii 3 f-,, 3.3, 3 9. z- 1, 1-7 kg ftnai.2
for Ll,- jiO, , 2tgy, r.!;,j 300 C., rcsp
Tli-,.-~ (r,' , ~~f "MIZ--fling I'mip. or, v-'cr(nl !!rc-,;
il~ ft-,T'. TldfiCijnl Of Itl-' fj~jjuvt j.,,ijing to 111CAraW,
jm%zTka of fog" wi ~fn~,s~ frt,m the coming I a iho L-voo. locld.
t 1.1-21 -Vi

1- V
,,AT .aV
A UTHOR i Broder, K. 32V-25-59-10-19/48
TITLE: Speeches Made by Participants of the VSKhV ~.Slovo - uchast-
nikam VSKhV)
PERIODICAL: Nauka i zhizn', 1958, Nr 10# PP 33-41 (USSR)
ABSTRACT: The editorial staff of this journal organized a meeting of
scientists and practical workers of the agricultural field,
directors of the VSKhV and representatives of the Dress.
The meeting heard the following reports: Boris Nikolaye-
vich Bogdano-.,, Director of the VSKhV, on the great import-
ance of the All-Union agricultural exhibition; S.G. Skobkin,
Chief Methodologist of the VSKhV, on the achievements of
Soviet agricultural sciences as represented by the exhibitionj
S,G. Kolesnev, Academician of VASKhNIL, on problems of eco-
nomy ir. the a!-ricultural fieldl S.I. '~lobin, representative
of the kolkhoz imeni Stalin, libeyxiV rayon, Krasnoyarsk kray,
on the importance of the efficiency of labor for Siberia;
F.N. Naumov [lead of the Krasnoshchekovski. Rayon Execu-
tive Ciim-mittee, on the complete utilization ot AltLj soil;
M.I. Pulvayev, Director of the Sovkhoz "Ropaclilk", on thq
rapid development in cattle raising and the increase of agri-
Card 112 cultural producel N.A. Chabanova, of the kolkboz "Luch",

Speeches Made by Participants of the VSKhV SOV-25-58-10-18/48
Moscow Oblast , on her work and training in the kolkhoz;
I.G. Sharabrin, Professor of the Moskovskaya veterinarnaya
akademiya (Moscow Veterinary Academy), on the research work
exhibited by scientists for an increase in agricultural pro-
ductivity; V.A. Shirshov, Candidate of Agricultural Sciences,
Head of the radiobiologicheakaya laboratoriya Vsesoyuznogo
nouchno-isaledovatellskoKo instituta kormov imeni V.R. Vill-
yams (Radlobiologioal Laboratory of the All-Union Scientific
Research Institute cf Fodder imeni V.R. Villyams), on isotopes
in agriculture; Ural Sattorov, Head of the kolkho7 "Pobeda"
Uzbek SSR, on the rapid development of cottor growing aM cattle
raising; F.Ye. Grushin, Director of tfie RTS pavilion, on tne
mechanization of agriculture; N.G. Chernenko, Head of the
Moscow kolkhoz imeni Makarov on the importance of
mechanization in agriculture. Theii are 13 photographs and
7 sketches.
I. Agricuiture-48SR
Card 2/2

-4
MINOWSKIYO V,A., aspirant; SOKOUNA, T.A.; GAMPER, N.M., kand.sellskokhoz.
nauk; ISSMIKOVSKAYA, A.Ya.; VLADIIURSKAYA, U.S.; TEIZIMANOV, N.K.;
STADNITSKIYq G.V., nauchnyy sotrudnik; NAUMOV, F.V., nauchn)r/
sotrudnik C-
Practices in the use of new preparations. Zashch. rast. ot vred.
i bol. 8 no.800-31 Ag 163. (HIRA 1611D)
1. Rostovskiy gosudarstvennyy universitet (for Kinoranakiy).
2. Vorbimabskaya stantslya Viiesoyuznogo Instituta zashchity rastenly
(for Sokolov&). 3. Vsesoyusnyy institut. xashchity rasteniy (for
Gampor, Leanikovskaya, Vladimirskaya). 41 Zaveduyushchiy entomologi--
cheskim punktom Tetyushskogo rayona, Tatarskoy ASSR (for Teleymanov).
5. Nauchno-issledavatellskiy institut lesnogo khosyaystva, Leningrad
(for Stadnitskiy, Naumov).

RAUKOV, G.
So~ nigmlization used in drilling oil wells. Bezop.truda
v prom. 3 no.9:32 8 159. (H12A 23:2)
1. Inxhaner po takhniko bezopasnosti treat& Tostsibneftegeologlys.
(Oil fields--Safety measurse)

MAUNDY. a..
111alnete shortcomings of all well drilling equipment.
Besopotrudis v prom, 4 no-301 '60o OCIPA 13 16)
1. Inshener po tokbulke besofasnostl treat& Tostalbaeftegoologlya.
(Oil flelda-3quipment and supplies)

NAUMOV, 0.
Oh the roontgonological picture of anomalous art. subclavla, dex. with
report or 2 cases. Suvr. med. 12 no.6t97-103 161.
1. Is Katedrata po rentgenologiia i radiologila. pri Inatituta za
spetelallso,taiia i wmwurshenstvuvane n& lekarite. (Rukovoditel n&
katedrats, prof. G. Tenchow)(decoased]
(SUBCLAVIN ARTFM abnorm) (ANGIOGRAPHr)

rBULGARIA
G. KHADZHIDEKOV and G. NALMOV. Department of Rentgenology and Radiology
of Postgraduate Medical Institute (Katedra po rentgenologiya I
radiologiya pri ISUL) Head 'rukovoditel na katedrata) G. KHADZHIDEKOV,
[ Sofia.]
"Haffuccils Syndrome."
Sofia, Suvremenna Meditsina, Vol 14, No 4, 1963; pp 69-76.
Abstract [English summary modified]: Report of 2 cases of this rare
type of multiple heman,aioma-chondroma in man aged 24 and woman aged
48. The differential diagnostic difficulties are emphasized. Eight
rentgenograms; 3 Western, I Bulgarian, I Soviet reference.
Lin
16

numov. G.
*Shortcomings In the Work of the Technical-Iconomic Councils". P. 7,
(RATSIONALIZATSIIA, Vol. 4, No. 2, Yeb. 1954, Sofiya, Bulgaria)
SO: Monthly List of East European Accessions, (EEAL), LG. Vol. 3, No. 12,
Dec. 1954, Uncl.

NAUMOVV G.
Directives for naking a study of suggestions in connection with Issuing authors'
certificates and patents. p. 6.
RATSIONALIZATS11A. Vol. 6, n-j. 2, Feb. 1956.
SoMal Bulgaria
SOURGEs RoBt European Accessions List (EFAL) Library of
Congress, Vol. 6, No. 1, January 1957

NAUMOV, G.
Article No. 2. a supplement to the decree on inventions, technical
perfections, and w4gestions of rationalizere. P. 3
RATSIONALIZATSIIA. Vol. 6, No. 4, Apr. 1956
Sofiya, Wlgaria
So. East European Accessions List Vol. 5, No. 9 September, 1956

NALIMOVp 0.
WAUMOVp G. Now methods in medical treatment from the point of view of the
Decree and Regulations of Inventions. p. 3. Vol. 6, no. 7, July U56.
RUSIONALIZATSIA. Sofiia, Bulgaria
SOURCEs East European Accesaions List (EEA.L)) Vol 6 , No. L--April 1957

LAUEOV I G,
NAUV40p G, PoooibilitIon for promentlng rEttionalization ;,ropoualn Ly introducing
the ;ew productions. p. 7.
Vol. 6p No. 9p Sept. 195!).
hATSIOP-ALIZATS1 IA.
TECREOUG1
Sofiia, Bulgaria
So: East European Accession, yol. 6p No. 3, March 1957

NAU140V t 0.
Rationalizing work in the Serdika Milk Combine. P. 4.
(Ratsionalizataiia, Vol. 6, no. 12, Dec. 1956, lblgaria)
SO: Monthly List of East European Accessions (EEAL) LC, Vol. 6, no. 6, June 1957, Uncl.

G.
- ~i~ --
"Plastic materials find 'heIr arr-11criti-.),i In lnlustry."
P. 12 (Ratsionalizqtsiia) Vol. 7, no. i., 1-~47
.1
Softift, nulgaria
", -v: . I.,
SO: "onthly Index of 'u-st ~-uropean Accessirj,~s (EFAI) LZ. Vol.
April l?58

KAUMV, G.
"Is it possible for the receipts of production to be regarded as
innovations?*
P. 3 (Ratsionalizataiia) Vol. 7, no. 8, Aug. 1957
Sofila, Bulgaria
SO: Monthly Index of East European Accessions (EEAI) IZ. Vol. 7, no. 4,
April 1958

K.Umov, Goorgi, im*.
Forwjl&tirg autharls al-I with respeat to tho inventions
in chmioal toohnology. Ratsionalizataila 11 no.12s9-11
061"

IIAUMV, Georgi, inzh.
Electromagnetic apparatus for coUecting and pollimting flovers
of veostables. Ratsionalizataiia 13 no.6t2O 163,

PAUMOV, G , inzh.
Scw Bulgarian inventions. Ratsionalizatsila 13 nc.7tM-79
163.

NAUMOVO G.; MALININp S.; BRYZGALIN~ 0.
Sixth conference on Experimental and Technical Mimralogy and
Pstrogmphye Geokhimia. no.8:716 161. WIRA 17:3)

NAM40V,- Georgij, dipl. inz.
---- - -- I--,---,- -
Cleaning of brine transportation pipes. Tech praca 15
no. 6: 466 je 163.

NAUMOW, Georgit,El-kumov, Georgi], dypl. int.
. I-
Important achievements in the porcelain and falence
industr7. Przegl techn 85 no.35:4 30 Ag '64.

, Georgl J , d Ir 1 - ~ n,,.
imp-ovec, cf 5at',~ exv 17,~g- t.., ?-, , ..
4 4 0 '64.

QAQAX079 R.I.V .insh.j CWHOV, V.U.1 0 B.T.
Slaking 2arge hol2ov shore protection valts 1n runalng water*
Mdrostrolo 31 no-400-31 IV 162o (KM 14s6)
(Shwe protection) (Precast co;;0ii--c-o'nstruction)
"*I', I
I
I

NAUMOVP G.A.p inzh-; POTAPENKO, B,T. [deceased); GAGANOV, N.I.; IrJUSOV, V.Ta,,
Assembly of large lollow shore protection units on slips. Gidr.
stroi. 34 no.lls6-9 N '63. (MIRA 170)

-t4 fnnirdm~ Og~:r~M. uuiy bi~ &~"m
nv!w
F-frim C-A!Z , L4.-
O~i~ Olck;ff- C- Of t--
-t- U, i F.H Io till c;,A,:~ c;;mj,1!, of

30), 3(0) SO-1/7-55-1-2/14
AUTHOR: --Naumov, G. B.
TITLE: On the Carbonate Form of :1ranium Transport in Hydrothermal
Solutions (K voprosu o karbonatnoy forne perenosa urana v
i-,idrotermallnykh rastvorakh)
PERIODICAL: Geokhimiya, 1959, ar 1, pp 6-19 (USSR)
ABSTRACT: It is generally aajumed that in hydrothermal fjolution:3 uraniur
migrates as a carbonate. In the prenent paper tl-.,3 author
investigates thin problem by starting from the iiian-.itative
point of view. The concentration ratios found in na-,ure permit
only the existence of the uranyl dicarbonate complex
1U02(C0 3)2' (H20) 2] 2- and the uranyl tricarbonate coriplex
1U02(CO3 )31'1-' Using the equilibrium constant of room tempera-
turc, the stability areas were valculaled ar~ a function of
P11 an'l CO2partial pressure or CO 2_ total concentrat:.on ~2:,CO 2)
for the concentrations 10- 2 and 10 3 mol/l (Fifes 1 and 2). As
the parageneoic of pitohblende showo, the formation tompera-
Curd 1/2 ture did not exceed 1500C. Therefore, some teat ierfe3 were

30/7-59-1-2/14
On the Carbonate :;orm of Uranium Tran,3port in Hydrothermal Solutions
carried out at this temprature. These showed (Fig 3) that
at a temperature of 150 there in a certain roqion in which
Uvi is easily soluble. It is difficult to explain the reduc-
tion of the stable carbonato complexoij of Vie hexavolont
uranium to pitchblende. Starting from Carrel's data (Ref 11),
the author shows by calculations that the redox potential of
the reaction UVI W-* UIV is decreased by addition of CO
2
(Figs 4 and 5), In this case S__ and Fe++ vere used as reduc-
tion agents. There are 5 fi,,,,ures and 20 references, 11 of
which are Sovi"ot.
ASSOCIATION: Institut geokhimii i analiticheakoy khimii im. V. I. 'fornadakovo
All SSSR, Moskva. (Institute of Geochemiatry an,] Anrilytical
Chemistry imeni V. I. Vernadskiy,AS T'S',R, '.'oz3covi)
SUBMITTED: June 10, 1958
Card 212

MILSMOT. To L', MAUNDY, G. B.
Some remarks on A.G.Betakhtin's articla 'Behavior of
rwUoactive elements in the formation of eaftgenous do-
posits.0 %ol,rud.sestorosh. no.6:121-124 N-D 159.
(MIRA 13:7)
(Uranium)
f

, NAUMOV. Q..
ILI
X--
qt-
Sam phyxicocohemleal sharacterlstles of the b*Mrior of
Umium in hydrothermal solutlms. 4bolchindia qd.2t:Ll5-332 160.
(mm 14:3)
1. Inrtitit "didiWi- I wvOitiohe6bc3~ WAll in. V.I. Terwd-
skogo 0 US,, Moskva,,
(Uraninite) (Vater, UWWrgromd)

_KAUMOVj G.B, I HIROKOVAV O.F,
Oxidation-reduction *qui3lbr:Lum in the uranium - Irm system in
a carbonate environment and its signtf icance in geochemistry.
Gookhimils. no-3t241-246 160. (MIRA 105)
1. V. K. Ternadshy Institute of Geochemistry and AnalytJ-al
Chowlstry,, Academy of Selencea,, U.S.S.R.,, Moecov.
(uranium ores)
(Iron ores)
(Oxidation-reduction reaction)

SHCHERBINA, V.V.; #4WjjV, G.B.; MAKAROV, Ye.5.1 GF.RASMVSKIY, V..*.;
0 -'--fKWOV L.S.; TUGARIWVO A. I.; BAFOURI,
TEWOLAYEV M.P. I I
Vik.L.; SOKOWVA, N.T.; KOCHEMOV, A.V.; GKRKAJ60V, &.I.;
V*NWJUMVj A.P.,akademik red,-
ZNAMENSKIY V L e V
FOLTAKOVA,t.V:,t& n.
Illesential features of uranium geochev~istry]-Osnovnye cherty
geokhlmli urana. Pod red. k.P.Vinogradova. Moskva, Isd-vo
AN SSSR, 1963. 350 p. (MIRA 16:10)
1. Akademiya nauk SSSR. Institut geokhimii i analiticheskoy
khimii.
(Uranium)

KAUJ40v, G.B.
Complex formations in the transportation and sedimentation of
ufanium by hydrothermal solutions* Gookhimiia no.5:514-517
My 063 . (MUU 16:7)
(Uranium ores)
#1

I.,
Lozovsray, V.k2ZM, G.D~.
wom I
High-frequency eoldering of spattOm with MF-3 oolder, Modeprom,
15 no.105-56 T~ 161. (NUA 14s 1)
1. leningradaldy ordena lienina madika.-instrumentallnyy sayod
"grasnagwardeyets.0
(SPAT~U) (SOLDER AND SOLDERING)

SLXNW, Iredor Vilippovich; -NAIUKOV_,- " )"h., retsenzent: PICUr. 1J..
kand, telft, muk. r977TVWXOTO I.F., kma. tekha. nauk, r%4.;
SAUFAINNOVA, GeAe, tekhn, red,
(Progressive practioes In using sugar beat, potato, and flax
hamesters] Peredavol opyt Ispollsovantla, evsklokombilnow, ._ IV"
kartofelekombainov I uashin d1la ubortl Ilax. Moskva, Goo. -- "W~- .
nauahno-tekhn. Isd-vo mashinostrolt. Ut-r7q 1957. 76 p. I -
(Harvesting machInem). (NINA 1287)

IVLUZlg, I.V.; PMUKMIOVSKIY, I.V.fretsenzent-.'-j KRIMNUS., G.Kh.
retsarizent ; jjAMV,-G.I.'-retsenzent ; ORLOV, V.P.
,retsenzent ; TUCHKSVICH, T.M. retsenzent USHAKOVP.S.
reteenzent ; CHMUKHAO N.T. retsenzent EDELISHTEYS,
P.G. retsenzent,; KRISHTALI, L.I., red.i YMICIEM,.N.G.,
kand. ekon. nauk, red.; USENKO, L.A., teklmred,
[Finance and the financing of railroad transportation]Fi-
nansy i finansirovanie zheleznodorozbnogo tmisporta. 146-
skva, Transzheldorizdat, 1963. 439 p. (HIRA 17:2)

NAUMOVv G.I., tekhnik
. ~
Go"ction of &-ives &M disconmetors. Energetik 12 no.1:35
Ja '64. (,,!IRA 17:3)

IVAN OVf I ..";. 9 111 zt, ; IN A UXOV, ~;. I.
The FA-1, kJ,Irt,.,y Whr, kar-mrit.1niv urift. Trn?*.. I rlollkhrmmaah
no.1103-34 14 164. (1-11 RA 3 8 11 )
1. Vf,,esoyu;,,ny7 nauchno-issjqdo%,FAwl's~.ly InBtltut sp-',Igkokhozyay-
stvonnogo mahinostroyaniYa.

YAUKOV,.G.I., dateent. kandidat ekonomicheekikh nauk.
Transportation costs on narrow-gauge railroads. Trudy MIT
no. 24:54-62 154. (NM 8: 1)
(Mailroads, Narrow--Gauge)

MUKID kandidat ekonouicheakikh vAuk (Xbar'kG,0: I~ILATZT. V.L.
kFindidat skonoul'cheskikh nauk (Ow1kov); TUWD?gvlCR# TX,
6i4lis't okonoulchesklkh nauk (Varlkov); TIMSIMA, T.T..
1Uxbvner,,(1hmr'kqv); KRINNO, G-1h., inshemer (Mbar1kow).
rbindar'llbr-ary on the economics of railroad transportation.
Zhal. dor. transp. 39 no.5:93-96 My 157. (*= 10:6)
(Bibliography-Railroad ovClusering)

A3GBLNM9 Toloo dokbor takhn, nauk, prof.1 TUCEUMICEI, T.K., kand. ekon.
muk, dots,-o IFATJKCVO Golfo, bwA, sku, nxmk, date,
roro"muf-e-Ts- plamog and bulmes amumutlee on track dlvlslmso'
froo MIT no*27s29-44 158, (um IIS6)

VAUKOVs !Gk.Kj*,,d.sk*n.uauk; SIIATZT, N.I., kamd.okonnauk; TUCMMYICH,
. ,; kam
o i k&M.skon.nauk; KRIK03. 0.1h., kemd.okon.cauk; YZLISNYZTA.
?.T., lnzh. (Mwliwv)
Sacessarjr textbooks for the tesching of scouondca to peroo=ol.
Zhol. dor. transp. 40 no.6t9l-94 Jo 158. (MINA 11W
(Railroads-7inance)

ANGiMEMO. Viktor Ivenovich; HAUWV__G%argiy_Ur
. -poyich; TUCHKEVICH.
Tatlyana Kakeimovna; KOLTUBOYA, K.P.. red.;-BOBROVA, Ye.N.,
takhn.red.
LLabor planning and organization in track maintenanceJ
Organizatelia I planirovanie trude v putevom khoslaistva.
Koakva. (~_s.transp.xY,el-dor.izd-vu, 1959. 1147 p. (MIU 13:1)
(Railroads--Track)

HIMN, I.Be [deceased]; SHATIT. R.I.; KRII(RUS, G.Kh.; VAtMV,.'G.Z.;
GEMIN, A.M.; G3133M. Th.F.; 13MV# A.V., 1nzh., red.; k6cli2ov,
P.A. , takhn.red.
[Costs of transportation on Industrial railroads] Toprosy
sebogtoicasti perewozok na promyshlennon sholesnodoroshnom
transports. Moskva, Gos.transp.%hel-dor.Izd--vo# 1960. 175 p.
(Moscow. Vessoiuznyi muchno-issledovatol'skil Institut
sholesnodoroxhnogo traneyorta. Trudy, no.185). (mm 1):11)
(1kilroads, In-Justrial-Cost of operation)

NAMM Georgly Karpovichl SILAYEV, Ylkolay lonovichl STSFANOV, Nikolty
Semenavichl CHCRNUXUA, Niko2ay
Tinofeyevich; BZRMGALt ~wazarl Davidovich,- STARTSEY, A.N., inzb.,
retmensentl KOLTTJNOVAt M.'P., red.1 BOBROVA, U.N., tekhn.red.
[11conomice of the work of railroad stations) Zkonomika raboty
stantell. Moskyaq Voeo.izdatel'Bko-poligr.Ob*edinerds H-va
putel scobahchenl1a, 1961. 262 (MA 14:6)
(Railroads-4tltionX

NAMML,L-G-3-oriLiy-K-anxLviah#,--ZILAYEV, Nikolay Ionovich; CHEMIUKHA,
Nikolay Timofeyevich; SHCHERBAKOV, P#Do, retsenzent; PESKOVA,
L.N., red.; USENKO, L.A., tekhn. red.
[Business accounting in a railroad section]Khoziaistvenrqi
raschet na otdolenil zholeznoi dorogi. Moskvap TranBzbel6or-
izdat., 1962. 158 p. (MIRA 15.12)
(RaJlroads-Accounting, bookeeping, etc.)

KONIKOV, P.S., , Itand. tekhn.nauk, dote.; DONMV, A.Ya., insh.;
YURCHUNO, I.F., Inrh.; ANGElSYK44 V.I., retsenzent;
BABWO, V.I., retsensent; Z4PUVSKXT, G.S., retsensent;
KRIMMO G.D., retsensent; MANIN, I.I., retsenzent;
NAUNDY, jj,,, retsensent; TOLSTOSFMY, A.N., retsenz6at;
TUUHUVIUH, T.M., retsensent; FEDOWS, V.M., reteenzert;
FELODMAMp M.F., reteenzent; JPRANKOV, X.Ta., reteenzent;
USENRO, L.A., takhn. red.
(Establishing work norms in railroad transportation] Takh-
nicheskoe normirevanis truda na shelesnodoreshnom transports.
Moukva,, Transsheldorlidat, 1963. 366 p. (MIRA 160)
(Railroads-Production standards)

NAUMOV, GeorgiyKarpovich, kand. ekon. naukj KONAREV, Nikolay
Semenovich, inzh.; SILAYEV, Nikolay Ivanovich, kand. ekon.
nauk dots.; FERAPONTOV, Gennadly Viktorovich,, inzb.;
CHERNUKHA, Nikolay Timofeyevich, inzb.; GOLITSIN, Boris
Vasillyevich, Inzh.; KRIMNUS, Grigoriy rharitonovlch, kand.
ekon. nauk, data.; KOLTUNOVA, M.P., red.
(Economics of railroad freight transportation)Ekonomika gru-
zovogo khoziaistva zhelezrqkh dorog. Moskva, Tran port,
1965. 238 P. (MIRA 18:12)

SOURCE CODE: UR/0297/65/010/009,/0848/08.5L
PV
U11
AUTHOR: Ma lov ~Z3
ORG: Clinic of Ear, Nose and Throat Diseases, Central Institute for Advanced Training of
Physicians (Minika bolemey ukha, nosa i gorla Teentrallnogo instituta usaversheastvo-
vanlya vrachey); AH-Unfon Scientific Research Institute of- Antibiotics, Moscow
(Vsesoyazayy naucG_a_-1ssFeTo_vatel'skiy iastitut aadbiotikov)
TITLE.- Pathological anatomic changes la the respiratory tract and lunge under the affect of,
antibiotic electroaprosols
SOURCE:, Antiblottki..v. 10. no. 9. 1965. 80-851
TOPIC TAGIL --imtdolUta streptcmiyeini tetracycline, aerosol., respiratory drug, respiratory
pypf
'ADiiMi6i.. :t ythe effd aero on'the, Of
OjWd. ot'of soli respiratory organs hdwlatlons
positWolrot 4 ~atlvely chargdd `electwa&dsols of distiHo water, peacillin. streptomycia,
and tetracycline Wrochlorlde were adrn1nfsterqd,dg$y to mice and rate., The animals
We :-aa6-r!t1c" Oter various periods of t1mej'and the-heads, throat, trachea,* and lungs
re :'' ; - ineA histo gically. It was found that I inhalations do not cause any substantial
were Or= to the
morphological changes In the upper respiratory tract or lungs. The plethora and dilation
of lymphatic vessels observed are regarded as a reaction. of the respirataryorgana to the
mechanical irritation due to the aerosol particlea and to the presence of a considerable
Crd 1/2 UDC: 616.2-091-02:615.779.9-014.781
0 lot 34-S

AUTHORS: Lomakina, G. A., Vodakov, Yu. A., 57-27-7-26/40
Faumov, G Uaslakovets, Yu. P.
:ITLE: A Valve fhotocell of Cadmium Telluride.(A Preliminary
R"Yort) (Ventillnyy fotoeloinent iz tellurida kadmiya.
(predvaritellnoye soobftheniye)).
PERIODICAL: Zhurnal Tekhnicheskoy Fiziki, 1957, Vol. 27, Nr 7,
P, 1594 (USSR)
ABSTRACT: For the production of ~--n transitions n-type plates of
CdTe with an area of I to 2 qcm consisting of several
(3 to 5) crystals were used. Their specific conductivity
was 6 ` 40 Ohm-1 . cra-1 , thermal-aZ a ~ 200 4A- V/
degree, The width of the forbidden zone was 1,34 eV. The
thin p-layer vlas formed by means of thermal difl*uaion of
elements of the first Group of the periodic law. The ohmic
contact on the n-layer was obtained by melting of indium and
on the p-layer by melting of Cold. The p-n transitions
obtained in this manner were very "directed" with a
distinctly marked saturation in the inverse direction. In
Card 1/2 sunlight with 30 mvi/qcm the photo-EMK of this photoelectric

A Valve Photocell of Ca&nium Telluride
(A Preliminary Report)
57-27-7-26/40
cell amounted to more than 500 mV and the short-circuit
amperage 2 mA/qcm. The loaded part of the volt-ampure
characteiistic In this connection a-)proached the rectangular
form. -be efficiency of such a photoelectric cell has the
order of magnitude of 2 A. This value, however, is by far
no boundary value for photocells of CdTe. The maximum of
the spectral sensitivity of the obtained photocells lay
within tile boundaries of 0.75 to 0.78#A. and tile lone-wave
boundary of photosensitivity was 0.9 04. The photoelectric
cells of cadmium-telluride possess a high sensitivity as
compared to X-rays.
ASSOCIATION: Institute for Semiconductors AS USSR, Leninprad
(Institut poluprovodnikov All SSSR, Leningrad)
SUBMITTED: January 70, 1957
AVAILABLE: Library of Congress
Cezd 2/2 1. Photoelectric calls-Development 2. Photoelectric ceUs-Design
3. Cadium~-telluride-Applications

8/18, '60/002/01/01/035
BOOS/B;11
AUTHORSt Todakov. Yu. Ait Lomakinas G. A., P
Maslakovets, Yut T",
TITLEt Photooell,Made of Cadmium Telluride With a p-n Junction
1P - V
PERIODICALs Fizika tverdogo tela, 1960, Vol. 2, No. 1, pp. 3 - 7
TEXTs The authors report on the properties of a now cadmium-telluride
photocell. Cadmium-telluride crystals with a cubic modification were
used for its preparation. The light charactaristice of the CdTe photo-
cells are similar to those of Go and Si photocells# which have a p-n
Junction. Fig. I shoos the characteristics of the CdTo call for an
Irradiation of 4, 30, 300 and 3,000 lux. Current-voltage characteristics
of the CdTe photocell are shown in 71g. 2 for room temperature, in
500C# and d
Fig. 3 for + in Fig. 4 for +1010C. According to their character,
they are similar to those of silicon photocells. Fig. 5 shows the
temperature dependence of the electromotive force, of short-circuit
current, and of the maximum capacitance yielded to the outer circuit
under continuous exposure. fig. 6 shows the characteristics of another
Card 1/3

i" I
A Photocell Made of Cadmium Telluride 8/181,/60/002/01/01/035
With a p-n Junction BOOB/BOII
photocell at a relatively short exposure. Fig. 7 shows the temperature
dependence of the short-circuit current, of the electromotive force
and of the maximum capacitance yielded to the outer circuit. fig. 8
shows, in relative units, the spectral sensitivity of the CdTe photo-
cell referred to an equal amount of quanta and to an equal incident
radiation energy. Cadmium-telluride photocells with p-n Junction are
7ery sensitive to ultraviolet and X rays. CdTe photocells have at
present an efficiency of 4% and can be utilized for solar batteries.0
The lower efficiency is compensated by their simpler and lose expensive
preparation. Due to their spectral sensitivity and a high duty factor
of the characteristics, they might be used to solve some technical
problems. The authors thank T. L. Kovallchik for his discussion of
experimental results and G. B. Dubrovskiy f3r his examination of the
spectral sensitivity of the photocells. B. K. Subashey is also mentioned.
There are 8 figures and 6 references, 4 of which are Soviet.
Card 2/3

e -
A Photocell Made of Cadmium Telluride S/18IJ60/002/01/01/035
With a p-n Junction BOOS/Doll
ASSOCIATIONt Institut poluprovodnikov AN SSSR, Leningrad
(Institute of Semiconductors, AS USSR, Le ingrad)
SUBMITTEDt April 9, 1959
Card 3/3

3/181/60/002/01/03/035
0 BOOO/Boll
cQ 7~0f)
AUTHORSt Vodakov, Yu. A , Lomakina, G. A.. Naumov. G. P.9
Naalakovets, Yu.__P~.
k(
TITM Properties of p-n Junctions in Cadmium Telluride Photocells-6f
PERIODICALs Fisika tverdogo tela, 1960, Vol. 2, No. 1, pp. 15-22
TEXT: The current-voltage characteristics of cadmium telluride photo-
cells were thoroughly studied by means of a circuit ~Fig. 1) consisting
of the current source, a diode, a current generator kwhich simula-;es the
photocurrent), a resistor connected in series, and a shunt (Figs. I to 10).
The technique u,,ed for the preparation of cadmium telluride photocells
leads to the formation of a p-n junction. The depth of its position can
be regulated. In the resulting p-type layer the minority carriers have a
very short lifetime, and the electrical conductivity of the layer is poor.
For this reason it plays the part of a filter with respect to the incident
radiation, and is the main cause responsible for the high resistances.
The authors obtained photocells with p-n Junctions, whose current-voltage
Card 1/3 L~

Properties of p-n Junctions in Cadmium 5/181/60/002/01/03/035
Telluride Photocells B008/BOII
characteristics at room temperature complied quantitatively with Shockley,,-
theory which considers a recombination in the p-n junction. Near the
surface, such characteristics are very difficult to obtain. Their form
is in most cases distorted by a "hump". A tunnel effect is assumed to
occur in CdTe photocells on narrow points of the p-n Junctions. By
applying the suitable technique it is possible to obtain a p-n junction
ith a relativ4tly high efficiency even near the surface, both on a low
:
nd a high exposure level. An efficiency of 4% was attained with the
beat ehotocells in the sunli&hAftalthougN with a band width of 1-4 ev,
the conversion coefficient of solar radiation into electric energy should
be considerably higher. This low efficiency is for a large part explained
by the presence of a semitransparent metal electrode through which only
about 56% of the incident light passes. The second factor affecting the
efficiency of CdTe photocells, is the short lifetime both in p-type and
n-type CdTe. The efficiency could be only increased by prolonging the
lifetime of the minority carriers in p-typa and n-type cadmium telluride.
An increase of UP to 7% should be expected in this case. This, however,
would entail, due to a complicated technique, a considerable increase in
the cost of the photocell. When preparing photocells with an efficiency./
Card, 2/3

Properties of p-n Junctions in Cadmium
Telluzide Photocells
31181V6010021011031035
BOOB/Boll
of about 4% it is, however, possible to restrict oneself to relatively
simple methods of preparation. The authors thank B. Ya. Moyzhes for
discussing the results. There aro 10 figures and 7 references, 2 of which
are Soviet.
ASSOCIATIONt Institut poluprovodnikov AN SSSR, Leningrad (Institute of
Semiconductors, AS USSR, Leningra.
SUBMITTEDi April 9, 1959
Card 3/3

7? 0 0 B008/BO11
AUTRORSt Vodakov, Yu. ., Lomakina,_G. A , Waumov, G. P.,
Maslakovets, Yu._P.
TITLE; Investigation of the Surface Layers on Cadmium Telluride
Crystals
PERIODICALs Fizika tverdogo tela, 1960, Vol. 2, No. 1, PP. 55-61
TEM The authors describe experiments made for the investigation of
the surface layers of cadmium telluride (Figs. 1-6). The diffuslon co-
efficient is calculated in an appendix. The mechanism of the formation
of p-type su.-rfaoe layers was investigated. The respective conductivity
in Me is due to an admixture of elements of groups I and V or by
the presence of Cd vacancies. The most likely is the formation of Cd
vacancies or the disappearance of the donor impurity from the surface,
which, in the case of p-type CdTe partly compensates the acceptor
impurity. Two mechanisms may be assumed which, in the air and at a tem-
perature of 2000C, lead to the formation of Cd vacancies: The one is
the diffusion of oxygen into the surface layer and, hence, formation of
Card 1/3
S/181/60/002/01/13/035

Investigation of the Surface Layers on s/iei/60/002/01/13/035
Cadmium Telluride Crystals B0O6/BO11
metalloid excess therein. The second mechanism is the disappearance of
cadmium from the surface layerl also this process can be strongly in-
fluenced by the presence of oxygen. Compared to the glowing in the air,
pre-hoating in deoxidized argon or hydrogen has a somewhat inhibiting
effect on the diffuslin process, but all the same, p-type conductive
layers are formed. Also in this case, the influence of oxygen is not
excluded. In the authors' opinion, the stimulating main factor is at-
mospheric oxygen. It was not clarified, however, which type of in-
fluence predominates here. On longer standing in the air or on pre-
heating up to a correspondingly high temperature, the properties of
CdTe are irreversibly changed only from the surface. Important changes
in volume properties start occurring when the processes beginning from
the surface penetrate the material to a considerable depth. The same
phenomena can be observed in n-type CdTe crystals with low resistivity.
Strikin 1 high in the diff sion coefficient of acceptor impurity
~, which raises the surface layer conductivity. Its height
(appendix
can be explained by the great number of vacancies and mechanical ten-
ions in the crystal lattice, occurring in ionsequence of the treat--
:
ent and etching of the surface. The authors thank B. Ta. Noyzhes
Card 2/3 /

Investigation of tho Surface Layers on 3/18IJ60/002/01/13/035
Cadmium Telluride Crystals 2008/3011
and T. L. Kovaltahik for assistance given. There are 6 figures and
3 references: I Soviet.
ASIOCIATIONt Institut poluprovodnikov AN OSSR9 Leningrad (Institute
of Semiconductor&, AS U83R, LonigiLra )
SOMITTZD: April 99 1959
Card 313

32093
3/181/61/003/012/028/028
B125/B108
AUTHORSt Naumov, G. F.-, and Nikolayeva, 0. V.
TITLEs Efficiency of the conversion solar radiation energy into
electrical energy oy means of a CdTe photocell
PERIODICAL: Fizika tvcrdogo tela, v. 3, no. 12, 1961, 3748
TEXT: CdTe photoelements were dealt with in a paper of Yu. A. Vodakcv,
G. A. Lomakina, G. P. Naumov, and Yu. P. Maslakovets (FTT, 29 3, 1961;
FTT, 2, 15, 1961). In the present time the efficiency of pl~otoelemc!r.ts
for dfrect solar light could be increased by further improving the tuch-
niques of producing p-n-junctions in CdTe. The efficiency measurements
were made in mid-April of the current year at noon. The intensity of the
incident solar radiation measured with an actinometer at an angle of
0 2
-0 of the solar rayi was equal to 77.2 mw/CM . Exposed to such ligt.t, a
photoelement with an area of ~lcm 2 produced a short-circuit current (,f
9.8 ma/cm 2, and the no-load voltage was 0.75 v. This element reachec
Card 112

32093
Efficiency of the conv-irslon ... S/18 XB 61/003/012/028/028
B125 108
maximum useful electric power at 0.6 v and 7.6 ma/cm 2, which correspor.da
2
to a load resistance of 77 ohms-cm . The useful electric power amounted
2
to 4.65 mw1cM , Therefore, the efficiency of such a photoelement in di-
rect solar light amounts to 61,~6. The space factor of the load character-
istic at such an inCtneity of incident radiation was 0 63. There is cne
Soviet refer Abstracter's note: Complete transiation~.]
A
ASSOCIATION: Institut poluprovodnikov AN SSSR Leningrad (Institute of
Semiconductors of the AS USSR, Leningrad)
SUBMITTEDt June 22, 1961
Card 212

NAVY,OVJI G.P.; POL'I"INNIKOV, S.A.
Measurement of the parameter limits of a semiconductor photo-
electric cell. Radiotakh. i elektron. 9 no.10:1849-1853 0 164.
(MIRA 17:11)

'ACCESSION NR: AP4041039 S/OIZO/64/000/003/0149/01SI
AUTHOR: Naurnov, G. P.
TITLE: Circuit for measuring thG 2arameters of a semiconductor photocell at
high illuminations
;SOURCE: Pribory* I tekhnika sksperimenta. no. 3, 1964, 149 -151
1 TOPIC TAGS: semiconductor. photoc.ell, semiconductor photocell. semiconductor
1; photocell testing. solar battery
ABSTRACT: A circuit and a method for measuring photo-ord. efficiency. and
load characteristics of semiconductor photocells at impulse illumination* up to
ISO w/cmx (color temperature, 6,000K. solar battery case) are described. An
L-xenon IFK- IZO , 3. 5 -microsec -impulse tube with a radiant enrdttance of
0. 55 joule /crnl within 400 - 1, 000 millimicron wavelengths was used as alight
1; source. With& 0.095 joule/cut irradiation, the photo voltage across a 100 -ohm
1i
I/z

j1J'ACCESSION NR: AP4041039
III resistance reproduced fairly accurately the shape of the light impulse. Hence,
1!:
;i measuring various parameters and characteristics became possible. Some
results of the measure ments - f a CdTe photocell are reported. "In conclusion.
the author considers it his pleasant duty to thank V. K. Sub&shiyev for his very
valuable discussion of the measuring methods. " Orig. arte has: 3 figures.
ASSOCIATION: Institut poluprovodnikov AN SSSR (Institute 'of Semiconductors.
AN SSSR),
j SUBMITTED: 10M&y63 MUCLS 00
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Izv. AN SSSR. Ser.geog. no.4:57-59 JI-Ag'55. (MIRA 8:10)
(Administrative and political divisions)