SCIENTIFIC ABSTRACT KONOVALYUK, I.K. - KONOZENKO, I.D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824330009-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KALESNIK, Stanislav Vikentlyevich; DOBRON"VOVAY K.O.p red.;
, m1ad. red.;
LYUBIMOV, I.M., red.; IWILQV
VASIKINA, R.S., tekhn. red.
[Outline of glaciology] Ocherki gliatsiologii. Moskva#
Geografgiz, 1963. 550 P. (MIRA 17:2)

LIVOVICH, Mark Isaakovich, prof.; ABRAIN, L.S., red.; KORO -VAIZUK,
I.K., mlad. red.; ARDANOVA, N.P., tekhn. red.; VASIKINA,
R.S..,' tekhn. red.
[Man and water; conversion of the water budget and river
runoff] Chelovek i vody; preobrazovanie vodnogo balansa i
rechnogo stoka. Moskva, Geografgiz, 1963. 567 p.
(MIRA 17:3)

GVOZDETSKIY, Nikolay Agdreyevich; MIKWLOV, Nikolay Ivanovich;
GALITSKAYA, T.M., red.; KONOVAI.YUK, I.K., mlad. red.;
KOSBELEVA, S.M., tekhn.wftW.--`
(Physical geography of the U.S.S.R.: Asiatic part] Fizi-
cheskaia geografiia SSSR: Aziatskaia chast'' Moskva
Geografgiz, 1963. 571 p. (MIRA 17:2~

KOTELTIKOV, Vasiliy Leontlyevich; TUGARINOV, D.11.0 red.; KONOVALYUK,
I.K., mlad. red. - I -.
(Southern belt of the European U.S.S.R.; a study of its
nature) Nzhnaia polosa Evropeiskoi chantl SM; ocherk pri -
rody. Moskva, Geografgiz, 1963. 220 p. (MIRA 17:6)

MILIKOV, Fedor Nikolayevich; MARGOIZE, Ya.A., red.; KONOVALYUK,
I.K., mlad. red.
(Natural zones of the U.S.S.R.] Prirodnye zony SSSR. Mo-
skva, Izd-vo "Mys11,11 1964. 324 p. (MIRA 17:7)
~4 -1

L 14o96- EWT (1) (n) -2/1ETG(m) -6 IJP(c) 'MU/M
ACC NR: AT6002847 SOURCE CODE: UR/2754/65/000/004/0149/0165
AUTHOR: Kanovalyuk, 1. P.; Krasillnikov, V. N.
ORG: none
TITLE: Effect which an edge of,rigidity has on the reflection of a plane acoustic
.wave from a thin plate
SOURCE: Lenimad. Univer3itet. Problemy difraktali i rasprostraneniya voln, no. 4,.
1965. Difraktsiya i izluchenlye voln (Wave diffraction and radiation), no. 4, 149-
-165
TOPIC TAGS: wave mechanics, actiustic propagation, thin plate
ABSTRACT: The author considers diffraction of acoustic waves in a liquid by elastic:
plates subjected to pure flexure and having so-called edges of rigidity. The unique-,
ness theorem for the problem is given. The simplest case is analyzed, i. e. dif-
fraction of a plane acoustic wave by an infinite thin plate with a single edge of
rigidity. It is assumed that the half-space y < 0 is filled with a liquid of den-
sity p0 (the speed of sound is eo) and is separated f-m-m the half-space y > 0 by a
Card 1/3

L 14o96-66
ACC HR: AT6002847
thin plate of density p (see figure), thickness H and constant rigidity D. The
flexural waves which may be excited in the
plate have a wavelength A. Another plate
with a finite length in the direction y is
rigidly fastened at a right angle to the
Z first plate along the line x = 0, y = 0 on
the y > 0 side of the half-space. This new
plate is called the edge of rigidity with a
height b in the direction y. The thickness-
es of both plates h and H are of the same
order of magnitude and the density of the
material for the edge of rigidity is pl. The
height of the edge b may be commensurate with
the length of flexural waves in the edge,
and consequently with those in the piate. It
is assumed that h and H are considerably less than A. The boundary conditions for
the problem are formulated and the solution is given in the form of an integral
equation. This solution is analyzed and numerical calculations show that the edge
of rigidity has a comparatively small effect on diffraction of a plane acoustic wave
Card 2/3

L 14o96-66
AICC NR: AT6002847
by a plate. The calculations weze done for a a'teel plate with a thickness of 3 CM
and an edge of rigidity with a variable thickness. The height of the edge was as-
sumed to he constant and equal to 30 cm, I. e. commensurate with the length of a
flexural wave in the edge. The frequency of the incident wave from the water was 5
kc. A curve is given showing the effective scattering diametar as a function of
thickness of the edge. This curve shows resonance properties and Is made up of the'
sum of longitudinal and flexural oscillations in the edge of rigidity. The longitu-
dinal waves increase with h fr-am zero to some constant value while the flexural
waves pass through extrema. at the points of resonance an the curve. Orig. art. has:
g figures, 28 fbrmulas.
SUB CODE: 20/ SUBM DATE: 00/ ORIG-REF: 006/ OTH IMF: 001
Card 3/3

1"OULYUK, P. N.
~Xan;=Wetrtc 0 enric contact thermometer of the TRS-120 type.
Sakh.prom-30 no-11:31-33 N '56. (NM 10:2)
1.-Klywekly zavod kontrollno-lzmerlteiln7kh priboraw.
Ology - allemical products an
IjSSR/Chemical Tecbn Industry-
Application. Food
Abs JOUr Ref Zhur - XhimiYSi No 1, 1958, 2940
Author Konovelyuk)
earch~ Institute of the Bead'ng
Inst (All_,Union Scientific Res
Industry ) see belOW
for the VW[U006 Apparatus for
Tilermoregulator-Attsebment ent of Materials-
Title erndmtion of the Moisture cont
Det W. 7, 13-14
konditersk. prom-stv., 1957,ixo
Kh1ebopek.
OriS pub
-am of S t,herMlegulstor attecbment
Description and d'agL is extensively utilized
Abstract the VNIIDF apparatus that =tent of dou&
for jon,of the moisture cC Consists Of
for rapid determinst
and bread. The therwregulator attachment an elec-
in a casine- The panel. cOmPr'ses ints
a panel held tmperature pO
tric-,--ontact thermoMeter Vith fixed
Card 1/2 TeentrallnOYO konstru ktorskoy byurc) U1CrglavprodmaBhdetel-'
Card 2/2

XONOVALYUK, P-1. -- r
MMMMMww-
S,r,gokolov automatic sirup dsugity "thr, Sakh,Pr()m,31 nosleQ~
40 ft '57- (MM 10:4)
I.Ripwaldy s&vod kontrollno-isseritel*nykh priboraw (ZIP)
(Sugar lubmtry-Epipmest &w

8(0) SOV/112-59-2-3353
Translation from-, Referativnyy zhurnal. Elektrotekhnika, 1959, Nr 2,
pp 159 -160 (USSR)
AUTHOR: Konovalyuk, P. N.
TITLE: Reversible -Motor Type Timer (Rele vremeni reversivnoye)
PERIODICAL-. Khlebopek. i konditersk. prom-st', 1958, Nr 1, pp 14-17
ABSTRACT: A type RVR timer of the "KIP" factory, Kiyev, is described. The
timer can be used for automatic control of various periodic industrial
processes, specifically, for the stepless controlling of the conveyer in a bread-
baking oven for any period within 15 - 300 sec. The scale factor is 1 11 ec .
Duration of on-switching the controlling contact is 1-4.5 sec. An SRD-Z
synchronous reversible motor is a fundamental component of the timer. Four-
six seconds before the interval expires, a signal lamp lights up; it goes off
before the conveyer is started. Two illustrations.
B. A. K.
Card 1 / 1

KONOV,ILTUK.-P.H.
Modernized KV-type vacuum manometer. Sakh. prom. 32 no. 7:17-19
Jy 158. (MIRA llt8)
1. TSentrallnove konstruktorskoye byuro Kiyovskogo sovnarkhoza.
(vacuum gauges)

SHVAMCA, O.P.;_K(XIOVCW.KI M.3,; PROTSENKO, Ye.G. (Proteenko, IE.H.]
Axtomatic control of the nitrosation of phenylh3miroxylamine
in the production of Cupferron. Rhim. prom- Mr. no.12
67--68 Ta4fr 163 KM 17 27
1. Vsesoy=7y naucbno-isoledovatellski7 institut monokris-
tallov, stsintail7atsiona7kh materialov i osobenno chistykh
khimicheakikh veshchostvo

U., 7 , N. . _'I 1: t i k ". I j! 1 1;.'".Avh, ~ . tl t.;"" -, Vc.v.
.".'! , ~ , c . '. ~ : , , _.; [~' :.. - . j - i'i' I ~ . _' 1. '1 , .
SpEctrographic analysIs of hearths, basic slags of open-hearth
furnFICC-3. and chromium-magnesite refractorles. Zfw. lab. 30
no.9;1n6-1092 '64. (MIRA ip~-3)
1. Kozakirskiy metallurgicheskly zavad.

KONOVETS, V.M..p PODOFOZHNA-YA, R.P., TRTFONOVA, V.P., PETHOVICH, YU. A. (USSR)
"Tnvestif-ation of some Properties of Collafvnous Proteins with the
Aid of Isotopic and ChromatoCraphic I'llothocls."
Report presented at the 5th Int'l. Biochemistry Con[Tess,
Moscow, 10-16 AuC. 1961.

KOKOTATS. V.K.
0000W. otein and amino said countent of hard dental tissue in pyorrhea
Iveclaria. Stowtologlia 37 no.1:26-28 Ja-F '58- (KIRA 11:3)
:
. Is biokhimichookogo otdals (sav. TusA,Petrovich) Ukrainskogo
nouctino-iseledovateliskogo inatituta atowtologii (dir. K.I.
Kukhareva)
(PROUINS IN THU BODY) (AKIMO ACIDS) (TRUTH)

FODOROINNAYA, 11.11. [PodorozhnA, R.11.);.KONOWTS, V.M. 'I.!'
Incorporation of glycine-C,11' in the protein of te.3',b and bolles of
cats in postnatal ontogenesis. Ukr.biokhim.zhur. 34 no.l-~70-80
t62. (miaik 17:5)
L. Ukrainian Research Institute of SI.omatology, Odessa.

Ll
KONOVETS,, W. M' 09 CAND 810 SCIS_ 0 1 OTE If
SUBSTANCES Of THE HARD TISSUES OF re THE
ALVEOLAR PROCESS,i~UNDER CONDITIONS OF PHYSIOLOGY AND PA-
THOLOGYo (AMINO-ACIO COMPOSITIONt INCLUSION Of GLYCINE - G 14
*ND METHIONIHE - S 5)o ODES$ Al 1960, (MIN OF HIGHER AND SEC
SPEC Eo UKSSR, OD934A STATE UNIV 10 1. 1. MEC"NIKOV). (KL,
2-619 204).

KONOVETS, V.M.. [lonovetelt V.M.],- PETROVICH, Tu.A. [Petrovych, IU.0.1
Incorpastion of glycine-C14 into the protein of hard tissues of the
tooth and the bow of the alveolar process of the maxilU in dystrophy*
Mr. biokhim. shur. 32 no.4:537-550 160. (Km 130)
1. Biokbialchealcip labomtorip Ukrain3kogo nauchno-iseledovatell-
skogo instututa stomatolo iijo Odessa.
(GUICS nl'"ASWI (PROTEIN METABOLLSK)

FEMOVICH, Yu.A. (Odessa); SAPOGOVSKAYA, T.I. (Odessa); KOROVETS. V.111.
(Odessa); PODORIJZHWAYA, R.P. (Odessa); TRIFONOVA, V.P--(~es;a)
Rntry of labeled etms into the tissues of the tooth a.-Id the
paradentim. Probl.stom. 6s132-:L3? 762,, ( *,kaLl 10/ 3 3 )
(TEETH) (ISOTOPES-PHYSIOLOGICAL EFFECT) (GUMS)

06273
9(2) SOV/107-59-6-37/50
AUTHOR: Konovich, L, Candidate of Technical Sciences
TITLE: LF Amplifiers Without Output Transformers
PERIODICAL: Radio, 1959, Nr 6, pp 41-44 (USSR)
ABSTRACT: The author describes three IF amplifiers without output
transformers. An editorial note preceding this article
says that in the USSR and abroad, research is bein- con-
ducted for designing amplifiers without output trans-
formers. Such amplifiers produce very small frequency
distortions. It may be expected that Soviet radio re-
ceivers of the higher classes will be built without out-
put transformers in the future. First, the author ex-
plains three basic push-pull amplifier circuits for .-,,1,iCh
tubes 6P18P mav be used. In the future, a special tube
will be producbd for such amplifiers, A list of loud-
speakers which may be used with such amplifiers is shown
in a table: 4GD-5, 5GD-16, 3GD-11, 2GD-6, 1GD-17, and
Card 1/3
06273
SOV/107-59-6-37/50
IF Amplifiers Without Output Transformers
VGD-2o The author explains an IF amplifier with a
6N2P tube in the preamplifier stage and two 6P18P in
the Push-pull Output stage. The circuit diagram is
shown in Figure 2t the frequency characteristics in
Figure 3. Two 2GD-6 woofers and two 1GD-17 tweeters
are ubed. The sensitivity of t-he amplifier is 230
millivolts. -The acoustical system develops a sound
pressure of 10 bar. Negative feedback of 19 db is
Used. A two-channel amplifier with a Common preampli-
fier stage was developed for receivers of the highest
class- Its circuit diagram is shown in Figure 4. The
frequency characteristi'
c isshown in Figure 5. A 6N2P
tube is used in the pre amplifier. Each of the two
Output channels consists of one 6N2P and two 61118P tubes.
The sensitivity of the amplifier is 0.2 volts. Negative
feedback of 21 db is used for the higher frequency
channel and 28 db for bhe lower frequency channel. T~,jo
Card 2/3

06273
SOV/107-59-6-37/50
LF Amplifiers Iffithout Output Transformers
5GD-16 woofers and three VGD-2 tweeters are used. The
output of both channels is 6 watts. Finally, the author
describes a third version of an amplifier without an
output transformer. Itscircuit diagram is shown in
Figure 6 and the frequency characteristics in PiGure 7.
Combined feedback is used. Negative feedback is employed
in the driver and the output stages. Positive feedback
is used inthe driver stage. This arrangement reduces
the nonlinear distortions to 0.50115 at an output of 7
watts. The amplifier will reproduce frequencies from 20
cps to 100 kc. The driver stage consists of a 6N2P
and the push-pull output stage of two 6Pl8P tubes.
There are 6 circuit diagrams and four graphs.
Card 3/3

POLYAROV, S.p doktor tekhn.naukt KOVOT)DCHENKO, V. inzh.
Econor-tcal brick blokeo. Sol" atroi. 15 no.1:20-22 Ja
(Building blocks)
161.
(MIRA 14:3)

-Alty~jk
POLYAKOV, SiryatoDlav VatAllyovich, doktor tvkhn.nauk; UNOV-00
Qj_
Viktor Illich, inzh.; KRALAFYAIITS, N.M., red.izd.-va., RUDAKOVA, N.Ls
[Strength and deformation of vibrated brick panels and otlier
efficient types] Prochaost' i deformatsii sbornykh vibrokirpichnykh i
effektivnykh kladok. Moskva, Gos.izd-vo lit-ry po stroit., arkhit.
I stroit.materialam, 1961. 147 p. (Akademi,ta -truitellstva i
arkhitektury SSSR. Institut stroitellafth konstruktaii. Nauchnye
soobahoheniia, noel5). (14M l5sW
(Brick walls-Testing)

KON0VODOj B. P. and GINZBURG, B. M.
I
"Forecast Methods of Ice Cover Braking of Ob YenisW.
Tr. Tsentr. in-ta, Proonozov, No 40p Pp 56-61p 1955*
The causes of cracking of the ice cover of rivers flaming from the
south to the north are analyzed. Observations of positive air tempera-
tures are considered essential. (RZhFiz, No 11, 1955)
SO: Sum No 884, 9 Apr 1956

KONOTODOT, D.P.
- ~~ ~ -, ~
Iffect of reservoirs an the te"rature and moisture of the air
over then before the freezing wA cleaning periods. Trudy TS1P
U0050:63-100 t57. (KERA 10:8)
(Reservoirs) (meteorology)

&1'111~
KMI OVm br Geogr Sci (dies) -- "Irrvestlgation under natural con-
ditions of changes in the temperature and. hmidity of the air over reservoirs
(during the period. of autumn cobling and the spring melting of lee)". Mloscov,
1958- 9 pp (YAIn Admin of the Hydromotoorological Sorvice, Council of Mtnintex's
USSR, Central Inst of Weather Forecasting), 150 coPies (n, No 4, 1959, 122)

S/194/61/000/011/070/070
D271/D302
AUTHOR: Konovskiy. A.G.
TITLE: The method for translating subscriber numbers in a
manner suitable for the switching operations
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioelektronika,
no. 11, 1961, 8-9, abstract 11 L41 (Tr. nauchno-telft.
konferentsii Leningr. elektrotekhn. in-ta svyazi,
no. 1, L., 1961t 73-80)
TEXT: The capacity of the electronic telephone exchange
with pulse-code modulation which is in development in the Leningrad
Electrotechnical Telecommunications Institute is divided in 32 line
concentratirs, each with 256 subscribers, i.e. the total capacity /I)
is < 10,000 lines. Four-digit numbering should be adopted for
this capacity. Switching processes in the exchange require, however,
5 digits for determining the concentrator arid the subacrLbcr number
in it. The need, therefore, arises to translate 4--digit numbers
Card 1/2

ZOVMG~~;-Wh=q Relep rsdaktor; IMOVKIIA, N.A.. tekhzichemkiy
--owww"OKor
[fte Q~Slpment of balarie's] Oborculawants, khlebopekarnykh predpilatil.
Moskva, Pishchepromisdat, 1954, 275 pe [KlcroflW (XIM 80)
(Dakan mA bakeries)

MARKHELI, Pavel Sillvestrovicht kand. tekhn. nauk; PETROVA, Nina,
Nikolayevam, nauchnyy sotr.; RUSINVA, AlskAwdra Viktorovas,
nauchn. sotr.; IZMAIL, Lyadmila Mikiforovaa,-nauchn.-votr.;
BABUSHKIN, Aleksey Illich, mast4ir po remoata; IVANOT,*Tiktor
Tikhonevich, pachnik; ALEKSAND""" Vladimir Mefodfyevich,
0 Yo'lodovich inzhomekhLaik;
insh.; &ONOTMEYI-SUalop av tsw --~- . red.
PRIMINAt L.A., red.; KISINA, Ye.1.92~-
to
[Handbook an the overhauling of bakery equipment] Spravochnik
po kapitallaosu rmontu khlebopekarzogo, oberudovanita. Moskva,,
Rishchepromisdat, 1963. 307 p. (MIRA 16:7)
1, Moicbw. TSentrallmyy sauchmo-looledovatollskiy inatitut
khlabbpekarnoy promyshlemosti. Leningradskaye otdolemiye,
2. '--- 1
9W-**WW&tW9k*wWkL-, organizataii prolzldf-
stva I trade Lonimpadsk6g-o otdolemiya. TSentrallaisp nauchao-
iseledovateltakage instituta khlebopekarsoy promyshlesposti
(for Markher!).
(Bakeries-Equipment and supplies)
(Food machinery-Maintewmee and repair)
tc,

KONOTRROCKI, A.
'Tniversal Implements." P. 7; (ROCZ-NM WXKROLNICZYCH. SERIA C4ECHM1IZACJI, VOL. O~,
No. 11 1153, Warsav, Poland).
SO: Montbly List of East Eurpean Acession, Library of Congress, Vol 2 no 10, Oct 1953, Uncl

KONMTROCKI, A. . .
"rP
Testing Fertilizer Spreaders,* P. 5& (ROCZNIKI ILAWK ROL71ICZYGd, Vol. 66
No. 2, 1953. %Tarszawa, Poland)
SO: Mcnthly List of East European Accessions, (EEA.L). LC, Vol. 4.
No. 1, Jan. 1955 Uncl,

f- - - C.~ C -1 , -
~j7
KON,Ct4R-OCKI,-- ALEKSANDER.
MaszyrW i aparaty do ochrony roslin. (Wyd. 1.) Warszawa, Panstwowe Ilydawn. Rolnicze
I Leane, 1954. 313 p. (Machin63 and apparatus for plant protection. 1st ed.Y'
DA Not in DIZ Poland
SO: MONTHLT INDEX OF EAST EMOPEAN ACCESSIONS (EM) LC, VOL- 7. NO. 1, JAN. 1958

T~~ _701-1 i v- ~-. i ) --- . - --- - - -
"Some reasons for no achievements in cross-seeding potatoen.fl
Nowe Rolnictwo, Varsaw, Vol 3, No 71 July 1954, p. 67
SO: Eastern Eruopean Accessions List, Vol 3, No 10, Oct 1954, Lib. of Congress

KON(Y,iIROCVI, AIEKSANDER.
Maszyny i narzedzia do upraior lak i pastwisk. U. u-Id.) Warszawa, Panstwowe
Wydawn. Rolnicze i Lesne. 1955. 3.15 P-
(Machines and implements for the cultivation of meadows and pastures. 1st ed.)
DA Not in EU
SO: Monthly List of East European Accessions (EBAL) LC, vol. 6, no. 6, June 1957, Uncl.

IMMOMM-4. ----
Budowa i naprava maesyn I narzedzi rolniczych (Building and repair or agricul-
tural machines and tools) by A, Kenowrocki. Reported in Now Books (Now Kadaski.)
February 15, 19569 No* 4a

KC.!C'.-,RMJ, A.
A,~K, CU LTU RE
periodicals: NOWE ROUICTL*0 Vol. 8, no. 1, Jan. 19510
KONO'~JTRCCKI, A. Principal, problems of the pia~nnedcbvelopment of the
mechan~ization (-L' agriculture. I. p. 12.
I%Ionthly List of East Luropean Accessions (EMI) LC Vol. FY no. 5
Eav ? ,
"
. . -)59, Unclass.

Urices cf ag-ricultural mAchinerr and the foundations of the development of
the mechanization of agricultur-n. ,). (47.
ROUNJCT'~70. J,11
(Panstwoure V~rdawnictwo Rolnicze i Dm-sne) 'I* rszawa, Poland.
'101. S. no. 23, D~'c- 1959.
Monthly list of rmst European Accessions (F7AI) LC, Vol. 9, no. 2, Feb. 1S160
Uncl.

PEOPLIGHKO.A.P.; KONOYKO.K.A.
Nature of the development of contemporary lakes in pent bogs In
the White Russian S.S;R. Trudy Inst.torf. AN BSSR no.2:200-202
153. (KIRA 8:11)
(White Russia-Peat bogs) (White Russia--Iakes)

PIDOPLICHKO, A.P.; EDMYED, K*A.
of the raw supply resources for the
Results Of i*i
manufacture of waz from peat. Trudy Inst. torf. AN BSSR
6:96-109 '57. 11:7)
(Peat) (Osocerits)

---
41,
PIDOPLICHKOp A.P.; PIGULEVSKAYAi L.V.; KONOYKOp M.A.; CHISTOVA, L.R.
Comparative estimate of the natural. resources of raw bituminous
peato Trudy Inst. torfs. AN BSSR 7:73-499 159. (MIRA 14:1)
(Peat)

PIDOPLICHKO, A.P.; KONOYXD,-~~XA.-
4: ......... .
Time of forsation and featurns of the development of peat
bogs and lakes In the White Russian S.S.R. during the
Holocene. Dokl.AN BSSR 3 no.11:456-168 N 059.
(14IRA 13:4)
1. Predstavlano, pkademikom AM SSSR LL Lukashevym.
(White Rusels,-Paleogeography)

'T'TL -At
_1
Genenis and stratigraphy of cornplexes olf
M. the upland peat deposit-s of the northwest parts of I-Ailto
Trudy Inst. torf. AN BSSR 9,216..,221. 260. (Iff-FRU 14-~"_))
(White Ru.3.,;ia- --Peat bogs)

KOPIOYKO, M.A.; PIDOPLICHRO, A.P.
Origin of peatlintercalations of a higher decomposition degree
in the highmoor deposits of Wite Russia. Dokl. AN BSSR 5 no.10:
462-464 0 161. (MIRA 15:3)
1. Institut torfa AN BSSR. Predstavleno akademikom AN BSSR
K.I.Lukashevym.
(White Russia--Peat bogs)

Aff -- - -
KOROYK0, M.A.
Developmental characterintics of raised r-3at bogs in the Disna Lowland.
Bot.; issl. Bel. otd. VBO no.6284-95 1614. (KRA 180)

VOW M. D.
Konoz,, M. D. -- Investigation-of the Influence of Technological Factors on the Strength
of Dinas Brick at High Amperatures." Kin HLgher Education U&SR, Khar1kov Polytechnic
Inst Imeni. V. I. Ianin, Khar1kov, 1955 (Dissertation for the Degree of Candidate in
Technical Sciences)
SOt Knishnoya Istopis'. No 24, 11 June 1955., Moscow, Pages 91-104

KOITOZY P. F. : Miater Agric Sci (diss) -- "The selection and ty-pen of mixturon
of trees for the Protective foreut strily, alo,.V. tlli-) (10-utio of the T t
L I., . nfmle a
irrigation syetem". jOiarlkov, 1.958. 2~ --up (Wn Higher Educ Ukr SSR, narlkov
order of Labor Red Banner Agric Inst. im V. V. Dokuchayev), 200 copien (KL, yo 5,
1959, 157)

A s 6 1 1 1 to it a I) M1114 [tie "&'Ila 03d5 24021110 Iall an Mil it ly Is p 4~
i
~ 41 Q &I a a
It r .0
A v
~ A W CC PO 94,- b,
-1.,A,
a 1. V.- -Vi 0

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UM/Phyaics
CardA

Authors I Kanosenko,, I. Do
Title The physics of thin metallic and sani-conductive layers, The struc-
ture and electrical-properties of motals and send-conductor3 in thin
layers.
Periodical t Usp. Fit. flauk. 52,, Ed. 4,, 561 - 602,, April 1954
Abstract The electrical properties of thin leye" of metals or semi-conductors
should not be considered separately from the problem concerning the
structure of the layer, Not only the electrical but all physical
proporties of the layer depend upon the conditions of its derivation
because tho latter conditions determine the structure of the layer.
The structure of very fine metal and serd-conductivo layers depends
upon many factors and above all upon: a) the nature of the pulverized
-liner
.metalt,b) nature of the undo. , c) tomporature of underliner# d)
rate of condensation of the layer, e) thicknoss of layer. An increase
in the thickness of the layer is follov--d by a change in- the atrutture
of the substance which forms the layor. Ont, typa of lattice M, y
convert into another, and wa have an allotropic conTorsion. Ninety
nine roforc=3. Tables# graphs.
Institute t

J'! d v
7d ",t!0
- -r,
,at
Abstract: Electronographic investigation haa shown . la
nesses of 500-11000 R, obtained by sublimation, have a polycrystalline
configuration and a structure of the type of sphalerite with a para-
meter (a) of 6,465 JR. The conductivity cr has been investigated over
the temperature range of -80 to 3000, i.e., in the region of mixed
conductivity. The starting specimen exhibited n-conductivity, Vnereas
the InSb films exhibited p-conductivity. Upon heating), recrystallize-
tion occurs in the films and after tempering at 1500, the'films become
stable and their electrical properties become reversible. The
Card V2

USSR/Physical Chemistry - Crystals, B-5
Abst Journal: Referat Zhur - Xhimiya, No 1) 1957p 256
Abstractt investigation of the absorption spectra of 1,000 thick films was
carried out at 200. In the region A ZZ 2-P151A it is similar to the
spectrum obtained fram macrosamples with a small shift of the absorp-
tion maximum in the direction of shorter wavelengths.
Card 2/2
KONOYJNKO I-D-- IIIKUOVSKIT. S.~.
Structure Ud electric propertlpi,,of indium antimonide in thin layers.
Isve Ali SSSR-38r.fiz. 20 nool2:1486-14go D 1560 (KM 10:3)
I- hAtitut fisiki Akedemit nauk USSR.
(IndiuM &Utimonide--Zlectric properties)

A/ e 2_ -2
57-8-8/36
AUTHORS Konozenko I.D.t Ustlyanoy
TITLE -an---zfl-ea-t-rl-c-al--I>roperties of the Lead-Antimony System.
(0b elektricheskikh evoyetyakh sistemy svinets-Burlma-Russian)
PERIODICAL Zhurnal Tekhn.Fiz.9 1957,Vol 27, Hr 8, pp 106-1694 (U.S.S.R.)
ABSTRACT The authors state that alloys formed on the basis of solutions
with variable compositions have electric properties which are,
to their full extent,dependent on the state of primary solutions
in alloys..The authors show that the electric conductivity of the
alloys is a function of the component-concentration as well as of
the heat conditions of the alloys. The dependence of the electric
conductivity of an 10 alloy on the temperature shows clearly the
infl-dence of the number of dissolved atoms on the magnitud* and
on the charactar of the electric conductivity. It is assumed that
antimony in the lead-antimony system plays the role of an anion
former. The dissolution of lead in antimony and of antimony in lead
decreases the number of charge carriers for a-,B-solutions and for
the eutectic mixture. The measurement of the hall-effect proved
the assumption that the number of carriers decreases with the drop
of temperature. The mobilityettdetermined by means of the hall-
effect measurements passes through the maximum of temperature in
the interval investigated. The thermo-e.m.f. of the alloys situated
close to the autectic mixture, with 40 66,LV/degrees, decreases with
the rise of temperature. In the 1:1 alloy the thermo-e.m.f. increa-
Card 1/2 ses in the case of heating; this takes place especially qaickly
On Electrical Properties Of the Lead-Antimorly System. 57-8-8/36
starting with the 2t2 fold reverse temperature and reaches a limit
value of 16o/,WV/degrees. Theauthors show that the thermal coeffi-
cient of resistance of 10 alloys reaches the magnitude Of 3% /de-
gree at room temperature. Its value above 2460C proves the stead-
"less of the SY-Stelil-conditiona,
(12 illustrations and 9 Slavic referelloeq).
ASSOCIATION KbW Institute for Physics of the Academy Of Science of the
Ukrainian $SR.
(Inatitut fiziki AN JjSSR, Kiyev)
SUBMITTED July 24, 1956
AVAILABLE Library Of Congress.
Card 212

AUTHORSt Konozenko, 1. D., Khaykina, R. M. 57-28-4-21/39
TITLEs On P. A. Kurovis Letter (Reference 1) "On the Problem
of the Structure and the Properties of Layers Obtained
by Evaporation of InSb in a Vacuum" (Po povoda pialma
P. k. Kurova (1) 111K voprosa o strukture i svoystvakh
sloyev, poluchayushchikhsya pri isparenii InSb v vakuume.")
PERIODICALi Zhurnal Tekhnicheakoy Fiziki, 1958, Vol. 28, Nr 4,-
pp. 789-791 (USSR)
ABSTRkCTs In his letter (Ref,,rence 1) P. A. Kurov maintains that
in reference 2 "the authors could not have obtained'~
thin InSb-layers, but that instead of InSb they had
investigated the properties of thin antimony-layers."
Such a categorical statement seems unfounded, as no.
computation of the electronograph is given in reference 2.
During the performance of the electronographic investim
gation of the InSb-structure by the authors the electronow
graph did not operate with the maximum voltage of 40, but
with a voltage of,--37,5 kV and the constant of the in-
Card 1/2 strument in this case is equal to 21,72. These data are

On P. A. Kurov's Letter (Reference 1) "On the Problem 57-28- A- -Y9--
of the Structure and the Properties of Layers Obtained by
Evaporation of InSb in a Vacuum"
not given in reference 2. Kurov did not know them and
should therefore not have drawn any conclusions on the
electronograph. Table 1 here gives the complete computa.
tion of the lecetronogram to fig-dre 1 (identical with
figure 1 in reference 2). Table 2 gave the computation
of the electronograph in figure 39 obtained at-40kV.
Kurov is asked to draw more correct conclusions on ihe
basis of these tables.
There are 3 figures, 2 tables, and 3 references, all
of which are Soviet.
ISSOCIATIONt Institut fiziki USSR) Kiyev (Kiyev, Institute for Physias,
Ukrainian SSR)~
SUBMITTED.- November 21, 195T
Card 2/2

AUTHORS:
TITLE:
P;':-.RIODICAL:
ABSTRACT:
Card 112
KnnniPnknf _I. ~D., Ust."Yanov, V. I., SOT57-~8-7-6/35
Kedrov, V, P.,
Absorption of the Gamma-Ray Emission of Cobalt-60 in
Cadmium Sulfide (Pogloshcheniye gamma-izlucheniya
koballta-60 v sernistom kadmii)
Zhurnal tekhnicheskoy fiziki, 1958, Vol. 26, Nr 7,
PP,, 1397 - 1401 (USSR)
The linear absorption factor of the pressed powdery
cadmium sulfide was determined in dependence on the
pressing effect. It is shown that at pressuresof more
than 104 kg/cm2 the factor remains practically constant
and equal to 0,184 cm- 1~ i. e. close to the theoretical
2
value,, The linear factor of the pressed (P - 11 300 kg/cm
crystalline cadmium sulfide was determined as being equal
1
to 0,189 cm" . It is shown that also this value is close
to the theoretical valued The mass absorption factor2
of cadmium sulfide was meaaurad immediately (0,042 cm 1g)
and determindd as sum of the mass absorption factors

Absorption of the Gamma-Ray Emission of CobzJt-60 SOV/57-28-7-6/35
in Cadmium Sulfide
of the components (0,047 cm 21g). The results agree well.
The mean path of the gamma quanta of cobalt-60 in cadmium
sulfide was determined as being equal to 5,3 cm, and the
thickness of the hall attenuation in the cadmium sulfide
with 3,6 cm for the quanta of this energy,; There are 5
figures and 8 references, 3 of which are Soviet.
ASSOCIATION: institut fiziki All USSR Kiyev .(Institute of
Physics IAS Ukrainian SSA' Kiyev)
SUBMITTED: November 25, 1957
1, Cadmium sulfide--Absorptive properties 2. Cobalt isotopes
(Radioactive)-,.-Applications 3. Gamma radiatiop--Chemical effects
Card 2/2

:14( 4) PHASE I
Vvidemlya nAUX Ukratna.y ;.:n. jn.L.Lz;A_ rL_jkj
POtoelektricheakiyt, 1 apt1,,jn,kjyq yayeflly, j pultip, dn
,Q igakh,
trJAV p4rvago vsesn7uzzuoA~ Azviaht.-"nI;a po roto~1-trIone3kIn
Z OptlaheSkiz 7MVI.nIYAM v pa1uprnvOdnLkikft. 9. K17eW. 20-26
noY&brra 1957 9 (PnOtOelft4cric ani Optical Pn&nr~,Aa In Semi-
conductors; Tran044tiOn3 Or tne Virac Conrr~nce an Photoelectric
and Optical Fhenom-ina In 3-:miconauqt-ora... ) Klyev. 1295-3. 403 P.
4.000 copies print~4.
&4ditLonal Sponsoring Agency; Akadnalya nauk =SR. Prezidluia.
YONIOGLY& po poluprovo4nik=.
Xd. of Publishing Houses 1. V. Kleine. Tarh. Ed.: A. A. X3tvs7cr=k j
Reap. 114.1 V, Ye. Lashkarev, Acad~lajxn, Ukralnian =Rs Acadaity
of 301encoa.
rURPOSEt Ibis book Is Intended for cclantinta in Clio field of sam-1-
conductor prtyalca solid 5"to apectraacopy. and aemiranductor
devices. The aciiectLon w-,rr -s=.4*nts in
universities And Institutes or higher'tdennical training
apecIallstng in the physicz and technical application or saal-
1
~41
COURAOXI Jha collection contains reports and InforeatLon bulletin#
(the letter are Indicated by 45tnr1Av* read at the First All-
Union Conference on Optic1l anl Fho-~lactrlc. fhcnom*~& In Semi-
conduntars. A wid* scope or problems In semiconductor physics
and technology are considereds photoconductivity, pftGr~electro-
motive forces, optical properties, pnotoolectria calls and
photoresistars, the action& of hard an,4 corpussular radlations,
the properties or thin fIlc:3 and COMPICZ 3MIconductor systems,
sto. ?he materials %sere pmpared Car publication by Z. Z.
RashbQy, 0. V. SnIckc, X. B. Tolpygo, A. P. Lz4bchcnk*pxnd M. K.
_Sheynkmzn. References and discussion rallow each art4zle.
7M
(coot.) WT/3140
botoelectric and Optical ph" 233
.,A =Orln'j lnrra_r~d Conductivity Sp*o tz%w of 237
k in&
ulfI-. rum of Tw- 240
inrra-r*d Conductivity 3pect
-E;-d-3uLr' 'Dt'L.&d Telluride n1a's
as SMa
S in 11*atrical. 0 b 378T'M 245
4Lnd,- 30r ~-' n 111AS of the A.1-3
rhOto.jectric Propirt-08 0 ONMCTORS
FORM IN 3=0
tore WIt32
R1.0tron EXChonige at 301MIcand-0
_TAZ02'_n'.'- I *ul.2 i)
Ad-clbsd no @a tj" Force* 268
It c. .h.tLas or Photat00ro"
Smiccaduotcrs
I,
gos V. 1. Votly"ov-,
Ithe

AUTHORS:
TITLE:
3 9
S/058/6Z/000/004/155/160
A061/A101
Akhvlediani, Z. G., Konozenko, I. D., Ustlyanov, V. I.
G-oonductivity of CdS
pERIODICAL: Referativnyy zhurnal, Fizika, no. 4, 1962, 3 - 4, abstract 4-4-6yu
(V sb. "Potoelektr. i optioh. yavleniya v poluprovodnikakh", Kiyev,
AN USSR, 1959, 389 - 395)
TIM: Experiments conducted to investigate the secondary conductivity of
CdS single crystals and polycrystals under the action of gamma radiation are
described. Specially prepared US single crystals and polycrystals wer trans-
ferred to a darkroom. The temperature was varied from 83 to 3330K. C090 was
used as the gamma source. The volt-ampere characteristics of CdS single crystals
and polycrystals at different gamma dose rates and temperatures, the dosimetric
characteristics at various temperatures, the relaxation characteristics at various
dose rates and temperatures, and the volt-ampere dark characteristics were taken.
It was inferred from experimental results that the gamma current was due to the
energy of Compton electrons capable of displacing the lattice ions. This dis-
placement can be related to the formation of an active center which vanishes
Card 1/2

KONOZINKO, I.D.; USTITANOV. V.1.
Cu crystals as the receivers of Canns, rays. Fix.tyer.tela 1
no,l--0%-94 Ja 159, (MIRA 12-4)
1, Institut flstkl AN Me Kiyov.
(Caftim waf Ide) (Gmua rays)

PHASE I BOOK EXPLOITATION SOV/5432
Konozenko, Ivan Dmitriyevich, Doctor of Technical Sciences
Deystviye yadernykh Izluchenly na fizicheakiye svoystva tverdykh
tel; radiatsionnaya fizika tverdogo tela (Effect of Nuclear
Radiation on the Physical Properties of Solids; Radiation
Physics of Solids) Kiyev, 1960. 39 P. (Series: Obshchestvo
po rasprostranenlyu politicheakikh i nauchnykh znaniy Ukrainskoy
SSR. Serlya V, no. 13):20,800 copies printed.
Responsible Ed.: V. I. Strizhak,, Candidate of Physics and Math-
ematiese Ed,-, M. V. Tuboleva.
IF, I
FURPOSE: This booklet is Intended for readers interested In the
effect of nuclear radiation on matter.
COVERAGE: The author discusses in simple language the basic con-
cepts of nuclear radiation, giving special attention to the
changes which materials undergo under the effect of radiation,
The principal nuclear particles and the physical mechanism of
Card 1/2
vara --2/2-
JA/d"/ee
7-20-61

82551
S/181/60/002/007/031/042
? '0 0 B006/BO60
AUTHORS- Konozenkog I. D., Ust9yanovq V. I.s: Galushka, A. P.
TITLE: The Conditionsfor the Occurrence of Gamma Conductivity in
US Single Crystals
ilk
PERIODICAL: Fizika tverdogo tela, 1960, Vol. 2. No. 7, PP. 1584-1591
TEXT: The authors studied the effect of temperature on the electrical
conductivity of CdS single crystals with the aim of exploring the nature
of the conductivity stimulated by gamma radiation.19The temperature de-
pendenoe of the dark conduction of crystals prior to and after their ir-
radiation with gamma raysq and the thermostimulated conductivity due to
illumination or gamma irradiation of the crystal were investigated. The
measurements were made w;th a cryostat which is schematically shown in
Fig. I and described. Co0O of 300 millicuries served as the gamma source,
and the maximum intensity amounted to - 3000 pr/sec. For the measurement
of the temperature dependence of condueti-vity, the crystals were previously
heated in darkness for I hour at 100 0C, and then cooled, in darkness, down
to nitrogen temperature. Depending on the duration of the growth or of the
Card 1/4

82551
The Conditions for the Occurrence of Gamma S/181/60/002/007/03i/042
Conductivity in CdS Single Crystals B006/BO6O
drop -~f the photocurrentg the crystals were subdivided into two groups: in
the first group this period was several seconds, and in the second it was
fractions of a second. Fig. 2 shows tan I dark ' f(103/T) for specimens of
the first group. In the range of 166.67 - 250 0X conductivity increases only
slightly with temperature. In thiE range, 6E , of the various specimens
was between 0.08 and 0-14 ev. At higher temperatures the climb becomes
suddenly steeper (some curves exhibit a salient point), and AE 2 was be'.
twoon 006 and 00a ev (A E denotes the depth of the impurity centers). Fig.3
shows tho same for crystals of the sooobid group. For this, a io praotioul.-
ly independent of temperature up to 485 K, while at higher temperatures
there is a steep rise; all these curves exhibit a salient point. With a
now to ohooklnp, the exiatenoe of local trap-like centers and to determin-
ing their depth, the authors studied the thermostimulated conductivity of
the various specimens. For gamma-sensitive crystals, current maxima were
found at 175 and 290 - 3150K (Fig. 4), whereas gamma-insensitive ones had
a maxim-am only in the last-mentioned range. The levels responsible for the
peak at 3000K are located (as had been calculated by means of formula (2))
Card 2/4

82551
The Conditions for the Occurrence of Gamma 3/181/60/002/007/031/042
Conductivity in CdS Single Crystals M6/Bok
0.45 ev below the bottom of the conduction band. The results are finally
discussed in great detail. Gamma absorption is mainly due to Compton
scattering (92%), but also to photoeffect and pair Production. The quantum
yield was found to attain 10D electrons per gamma quantum. The gamma-
induced conductivity ( Ai -13a) is mainly due to impurity centers
jo
(shallow traps) and donor centers located near the bottom of the conduo
tion band. Additional experiments -sere undertaken in order to test the role
played by shallow traps in gamma conductivity. These traps can be caused
by the introduction of bisatith impurities, as is shown by the appearance
of peaks (Figs. 7, 8). Finally, the role played by shallow traps and donor
oenters in the mechanism of the formation of gamma current is discussed,
and the following mechanism is assumed: the Compton electrons arising on
the scattering of gamma quanta are exciting carriers from band to band,
exoitons as vell as electrons from lower atomic shells. In the case of the
existence of shallow trapsv excitons can decay into negatively charged
centersp and this decay is followed by a transition of electrons into
the conduation band..The authors thank V. K. Lashkarev, Academician of
the AS UkrSSR as well as M. K. Sheynkman for discussions. There are
8 figures and 11I references: 6 Soviet and 5 US-
Card 3/4

82551
The Conditions for the Occurrence of Gamma S/181/60/002/007/031/042
Conductivity in CdS Single Crystals Boo6/Bo6o
ASSOCIATION: Inatitut fiziki AN USSR Kiyev
(Institute of Physics of the AS UkrSSR5 Kiyev e
SUBMITTED: July 309 1959
Card 4/4

255dl
S/185/60/005/002/018/022
-q4-,7 766 01M J '7 1 /6 3 r) D274/D304
AUTHORS: Konozenko, I.D., Ustlyanov, V.I. and Galushka, A.P.
TITLE: On the nature of gamma-ray conductivity in cadmium-
sulfide crystals
PERIODICAL: Ukrayins1kyy fizychnyy.zhurnal, v. 5, no. 2, 1960,
276-277
TEXT: The fact that rf-conductivity is found in certain crystals
only of cadmium,,sulfide, makes the physical processes involved more
difficult to understand. Thus, owing to non-homogeneous composition
of such crystals in the vapor phase, an extraordinary spread in the
values of the dark resistivity of the crystals is observed. The
author obtained single'crystals of cadmium sulfide by a method (Ref.
3: E. Grillot, Compt. Rend., 242, 779, 1956) which yielded more hom-
ogeneous crystals; the spread of dark resistivity did not exceed
an order of magnitude of 1.5. These crystals can be divided into
two groups according to the lag in their photoconductivity. To the
first group belong the crystals for which an 80% rise (or drop) in
Card 1/3

2558,1
S/185/60/005/002/018/022
On the nature of gamma-ray... D274/D304
photocurrent takes place in tens of seconds. An investigation of
the temperature dependence of electrical conductivity for this
group showed the presence of impurity centers with following activa-
tion energy: donor-levels with AE from 0.4 to 0.12 eV, and from
0.5 to 1.2 eV; trapping-levels with AE3 from 0.08 to 0.13 eV, and
from 0.5 to 1.2 eV. To the second group belong crystals which have
no trapping levels with activation energy from 0.08.to 0.13; for
this group the rise (or drop) in photocurrent takes place in a few
seconds. It is noted that first-group crystals show a decrease in
electrical resistivity under the effect of 'Y -radiation; they are
called I -sensitive. The crystals of the second group are not'
T -sensitive. Hence the author considers that the trapping centers
with small attivation energy have an important role in the genera-
tion of I-conductivity. It can be assumed that the Compton ele-
ctrons excite the carriers and the. excit3ons 1. the latter, can in-
crease the carrier concentration in the conductivity zone, i.e.
lead to 't -conductivity. A. Rose (Ref. 5: Phys. Rev., 97, 1543,
1955) and (Ref. 6: Poluprovodnikovyye preobrazovateli energii iz-
lucheniya, IIL, 1959 (Semiconductor Converters of Radiation Energy)),
Card 2/3

On the nature of gamma-ray...
25581
S/185/60/005/002/018/022
D274/D304
showed that the great inertia of the cadmium crystals (the crystals
of the first group - according to this article), can be explained
by virtue of the centers of two types with a different electron-
capture cross-section. There are no tapping centers in the absence
of 't -sensitivity; this.should be expected with the exciton mechan-
ism too, of T -conductivity. There are 6 references: 3 Soviet-
bloc and 3 non-Soviet-bloc. The reference to the English-language
publication reads as follows: A. Rose, Phys. Rev., 97, 1543, 1955.
ASSOCIATION: Instytut fizyky AN USSR (Physics Institute AS UkrSSR)
SUBMITTED: December 23, 1959
Card 3/3

- KOROZENKO
USTOYAlVoV, V.I.
U'PkIroduftion of large CdS Single crystals for dosimetry
. zhur. 5 no. 5:606-6,14 S-o 160o of gama field.
11 Institut fiziki AN USSR. (MIRA- 14:4)
(Cadmium BUlf1de crystals) (Ga=a rayn)
r

KON07,11WO, Ivan Dmitriyevich, doktor tokhn.nauk; PASICHNIK, L.L., kand.
Hz.-matem.nauk, otv.red.; VTADRO, Sh.Ta., red.; MMOTA, TO.F.,
tekhn.red.
[Atomic sources of electric current] Atomni d2herela strumu.
I~riv, 1961. 33 P. (Toyar7stvo dlia posbyrennia politychnykh I
naukovykh snan' Mcrainelkot M. Ser.6, no.18).
(Atomic pcwer plants) (Thermoeleetricit7) (MIRA 15:2)

33105
S/638/61/001/000/031/056
Vvoo (I g3l /A B116/B102
AUTHORS: Konozenko, I. D., Ustlyanov, V. I., Galushka, A. P.
TITLE: Study of the y-conductivity of CdS single crystals
SOURCE: Tashkentskaya konferentsiya po mirnomy ispolizovaniyu
atomnoy energii. Tashkent, 1959. Trudy. v. 1. Tashkent,
1961, 200-210
TEXT: The authors describe the production of CdS single crystals and
present the investigation results. They found that their y-conductivity
was due to local centers having the form of shallow traps (AE - 0-08-0-140
since the slightest disturbance of crystallization considerably influences
the crystal properties, the authors developed a special production method
to reduce the parameter spread. Crystallization took place at 12000C in
quartz tubes, in which prior to heating, the air replaced by nitrogen.
During the heating nitrogen is continuously added with the flow rate being
chosen in such a way that at 12000C a temperature drop of 10-150C occurs.
This method guarantees a small number of crystallization centers and a
high growth rate of the crystals. Crystallization where a constant
Card 1/3

33:io5
5/63 61/001/000/031/056
Study of the I-conductivity ... B116YE102
nitrogen flow rate and constant temperatures are of great importanceg
takes 1-5-2 hr. Debye-Sherrer patterns showed that the CdS single crystals
grown in such a way have a hexagonal lattice with a a 4 .08 1, o - 6-72
and o/a - 1.65. The temperature dependence of the dark conductivity of
the crystals before and after y-irradiation and the thermostimulated
conductivity causgd by irradiation by light or gamma rays were studied in
a thermostat. Co 0 of a maximum intensity of 3 curies/sec served as
I-source. the CdS crystals obtained can be divided into two groups
according to their dark conductivity and the photocurrent inertia:
(1) increase and decrease of the photocurrent take several seconds'(2) only
fractions of a second. From 170-2500K the conductivity of the first group
slightly increases with temperature. AEI a 0.08-0-14 ev. Above 250 OK the-
curves becoras steeper and LE, - 0.6-0.9 ev. The conductivity of the
second group hardly increases from 170-2850K and beyond 2650K the curves
has the same slope as that of the first group. Considerably I-conductiviv
(L\I