SCIENTIFIC ABSTRACT KUROV, P. A. - KUROVA, I. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000927730009-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

7~;3.2
F19i
ILICH .11.
L "S
LL.

57-9-37/40
AUTHORs Kurov, P.A.
TITLEs On the Problem of the Structure and the Properties of Layers
Obtained by the Evaporation of InSb in a Vacuum
(K voprosu o strukture i evoyetvakh sloyev poluchayushchikhoya
pri isparenii InSb v vakuume)
PERIODICALs Zhurnal Tekhn. Piz*, 1957, Vol.27, Nr 9, pp 2181 - 2182 (USSR)
ABSTRACTs The present paper contains a comment on the work by I.D. Konozen-
ko and B#D, Mikhnovskiy in Izvestiia Akad. Mauk SSSR, Bar. Piz.,
1956t Vol. 2o, Nr 12, pp. 1486, where the authors expressed the
opinion that they obtained layers of the intermetallio compound
in InBb. It is shown that, on the strength of experiments oarried
out in the laboratory for Electronography at the Institute for
Crystallography AN USSR, as well as on the strength of data made
in publications by the authors of the paper mentioned, not InSb,
but pure antimony was obtained. This may also be seen from the
alootronograme attached Irf Konozenko and Mikhnovskiy. This ex-
plains the chanCes of electrical properties observed by the
two authors. When producing intermetallio compounds by evapora-
tion in a vacuum it is therefore necessary to subject the struct-
Card 1/2 ure of samples to a particularly rigorous control. There are 5

57-9-37/40
On the Problem of the Structure and the Properties of Layers Obtained by the
Evaporation of InSb in a Vacuum
Slavic references.
ASSOCIATIONt Instituto for Crystallography,AN USSR
(Institut kriEtallografii AN SSSR)
SUBMITTEDs April 15, 1957 do
AVAILABLEi Library of Congress
Card 2/2

KUROV, P.Ye.
-
Ilectromagnetio reversible drive for cutting control. Stan,i instre
24 no.12:30"31 D 153* (KM 7:1)
(Ilectric driving)

US-Wascellaneous Indivitrial devices
Card A Pub. 103 - 13/23
Authors I Kurov, P. B.
Title Eloctronignatic mechanism for automatic cut-off of traverse feed
Periodical i Stan. i Instr. 2. 33-34, Feb 1954
Abstract t The difficulties irvolved ir, manual cut-off or traverse feedings diaring
the machining of e,.ternal and boring of Internal surfaces of detaLls
are analyzed. The develor,n,.-nt and employment of an electromagnetic auto-
matic cut-otf devices for screw cutting lathes which works with an acrur-
acy of 0,02 mm is announced. Thu electromagnetic device consists of
electrical and mechanical parts and Its mode of operation is described
in detail.
Institution R..61
Submitted 000.6

KUROV) P.Ye.
Automatic temperature regulatAon of electroplating baths
Mashinostroitell no.2:14-15 F 163. iMIRA 160)
(Zlectroplating-Equipment and supply)

Vent.
LIST OT Tlj'3Sjt~,j'7 1952 'T-CL~.- FED
CL cl!1 -0 _)~T

KUROV,S.A.; TITKOV,A.I.; VA3II,'yIV,A.M.-, GIADYSIIEV.G.I.; SHAPSIIAL,B.G.
--13tYAXHW[,D.S.; BOGACMA,11.14.; FOMI)f,V.M.
Critical notes on a reference book ("Tractors and Automobiles.*
IU.A.Domatovskil, I.I.TreDenenkov. Reviewed by S.A.Kurov). Ayt.
trakt. prom. n0-5:32 MY 155. (MIRA 8:8)
(Tractors) (Automobiles) (Dolmatovskii, M.A.) (Treponenkov,1.1.)

0-011; S'l-;.
"A New tYpe of Floating j)lades", Stanki I In:;Lrmiunt, 111, NO. 11-12, '1,(,1,3
j
0
I R-5205~01~.

MIN, S.1,1.
"A Eultipurpose Attachable Head for a Horizontal 11-ii-11-in- 1-~achine.ff
Stanki I Instrument Vol. 15., No. 1-2, 1964.
BR 52059019

AID P - 2213
Subject USSR/Aerodynamics
Card 1/2 Pub. 135 - 14/18
Author Not given
Title Readers' suggestions
Periodical: Vest. vozd. flota, 6, 73-79, Je 1955
Abstract i In this column the four following articles are publl3hed,
all related to the evaluation of wind in flight:
1) "Measuring the drift angle by twice taking the bear-
Ing of a fix in the rear hemisphere of the aircraft"
b~ Lakhtin, M., Lt. Col. Examples, graphs, formulae;
2 "How to accelerate the computation of navigational
data" by Kurov, V., Guards Maj. Examples, graphs,
formulae;.j) -TeTermination of the drift angle and the
true speed by two alanting ranges and the course angle"
bT Levshin, B., Jr. Lt. Examples, graphs, formulae;
4 "Graphs for the determination of the navigational
data of a flight" by Shabalin, Yu., Lt., in which the
AID F - 2213
Vest. vozd. nota, 6, 73-79, Je 1955
Card 2/2 Pub. 135 - 14/18
author gives a short description of the use of a
graph giving corresponding values of the drift angle
slanting distances.
Institution: None
Submitted : No date

KOBEZSKIY, P., lnzh.-, XUROY, Ve, insh.
New asphalt-concrete plant with automatic control. Avt.dor 22
no-3:12-13 Mr 159, NIRA 12:4)
(Asphalt concrete) (Automatic control)

YURCHENKO, Ye.; KUVSHINCHIKOV, Tu.;JMQY,--V-.
Winged ships shbutd also sail in nighttime. Rach.tranap. 22
no-lS45 Ja 163. OURA,16a)
1. Kapitan teplokhoda "Raketa-12" Volgo-Donskogo parokbodstva
(for Turchenko) 2. KapAw-dublery teplokhoda "Raketa-1211
Voigo-Dons~:ogo ;arokhodatva (for Kuvehinchikovi Kurov).
(Hydrofoil boate)

KUOV, V.A.
r--------Pr6blems given at the Ilth antliewitics content of students in
Kuybyshev. Hat. v shkole no. 4:95 JI-Ag '59- (MIRA 11-7)
(Hathematica-Comoatitions)

SARYLOVjL, K.P., doteent; TOTOCH.ICNKO, V.K.; LAVROV, I.T.; BOOOMOLOVA,14.I.
KUPDV, V. D.
Clinical aspects of hemorrhagic capillarotoxicosts in children.
Pediatriia no.4:55-58 JI-Ag 155. (HLRA 8:12)
1. Iz fnkulltetskoy detskoy kliniki II Moskovskogo meditainskogo
institute. (zav.-prof. P.A.Ponomareva)
(PURPURA, MONTIMOMBOMIC, in infant and child)

, seleroaarma in a .5-and-IiAlf-yusr-
Case of unilaterel affection by
old girl. Peaiatrits 40 no.1:67-69 Ja '57. 1 ::: 111)
1. Ix gorodukoy klintabeikoy detskoy bollaitsy No.1 '%glevkvy vrach
saslushennyy vrach RSnR Ye,V.Prokhorovich)
(SCLRRODXRKA)

KIJRDV, V.D.
~- 7, " - --
Ovarian tumors in children. Pediatriia 36 no.11:27-32 N '58 (MINA 12:8)
1. Iz Detsicoy gorodskoy kliniche&oy bolinitsy N(,.I Moskvy (glavzwy
vrach - zasluzhenrqy vrach RSnR Ye. V. Prokhorovich, zav. khirurgi-
chenkin Otdeleniyem, - doktor meditainskikh nauk I.E. Sandukovskiy).
(OVARIES-TUMO-16)

PHASE I BOOK:EXPLOITATION SOV/3925
Kurov, Viktor Dmitriyevich, and Yuriy Mikhaylovich Dolzhan0iy
Osnovy proyektirovaniya porokhuvykh raketnykh snaryadov (Principles of
Designing Solid-Fuel Rocket Missiles) Moscow, Oborongiz, 1961.
293 p. Errata slip inserted. 12, 000 copies printed,
Reviewer: M. F. Dyunze, Candidate of Technical Sciences, Docent; Ed.:
M. V. Malyshev, Engineer; Ed. of Publishing House: M. F. Bogomolova;
Tech. Ed.: L. A. Garnukhtna; Managing Ed. - S. D. Krasillnikov,
Engineer.
PURPOSE:. This textbook is intended for use at tekhnikuma. It may also be
useful to students at schools of higher education and engineers specializing
in rocket designing.
COVERAGE: The book presents basic information on the design and construction
of modern solid -fuel-rocket missiles and components, Generally speaking,
Card 1/3

Principles of Designing (Cont. )
SOV/5925
factual and numerical date have been based on non-Soviet literature,
Topics discussed include the following: methods for selecting optimum
parameters; the designing of rocket engines and warheads; the laws of
powder combustion and powder-gas flow, methods for calculating maxi-
mum powder-gas pressure, unit impulse, and reaction thrust; equation
systems for the motion of missiles; method for calculating missile tra-
jectories; and flight -stabilization methods, Chs, I and VII were written
by V. D. Kurov, and Ch, IV. by Yu. M, Dollzhanakiy. urov and
Dolzhanskiy collaborated in writing Cho, II, III, V, anu VI, Tne authors
thank Professor V. 1. Feodoslyev and Candidate bf Technical Sciences
M. F. Dyunze. There are 36 references: 18 Soviet (including 3 trans-
lations), 17 English, and I unidentified.
TABLE OF CONTENTS J[Abridged
Foreword
Ch. I. Brief History of the Development of Solid-Fuel Rocket Weapons 5
Ch. IL Tentative Selection of Basic Missile-Design Parameters 24
Card 2/3

KLTROV, V.F.
Using iteration methods in investigating the stability at
the first approximaticn. Izv. SO L'I SSSR no. 1C. Ser. tekh.
nauk no. 31/+9-55 165 (".:1:)A 1911)
1. flovosibirskiy elektroteklinichesk4-y institut. SuIraitted
January 4, 1965.

_L 9894-66 E','.T (d )/r IJP (c)
ACC NR: APS026569 SOURCE; CODF,: UR/0Z81/65/000/005/00511C1063_
AUTHOR: Kur'0vF _'V4 F*
Povooibirsk)
ORG: none
TITLE: Matrix algorithms of static stability of a complex power-supply system
SOURCE., AN SSSR. Izvestiya, Energetika i transport, no. 5. 1965, 51-63
TOPIC TAGS: electric power system, system atability
ABSTRACT: The modern theory of static: stability of electric power-supply
systems has been based on the Liapunov first approximation and involved
analyzing the roots of a corresponding chitracteristic equation. In practice, this
method has been extremely cumbersome and to not relieved by tieing digital
computers. Hence, a new method of power-system static -stability analysis
is suggested which is based on studying the characteristics of the individual parts
Card J/Z
UDC: 621.311.1:621.3.oi6.351

L 9394-66
ACC NR: AP5026569
of the power system and uses matrix algebra techniques. Initial equations for
each synchronoua machine describing the mechanical motion of the rotor and the
electromagnetic transient phenomena in the machine are set up. These cases -are,
analyzed: (a) aperiodic stability of a multimachine system having no field
regulators, (b) static stability of same, and (c) static stability of a complex
automatically controlled power system. These conclusions are offered: (1) It is
expedient to analyze the synchronous electromechanical stability, electromagnetic
stability, and oscillatory electromechanical stability separately; stability criteria
of the entire power system are formulated on the assumption that all synchronouly
machines are replaced by constant ernf's acting u otr1he impedances which allow
for the regulation; (2) The developed algorfthi;;~ permit easy programing of the
stability calculations; standard subroutines can be used for transfor"ng the
matrices involved. Orig. urt. has: 90 formulas.
SUB CODE: /;2/ 10 SUBM DATE: 14Apr65 ORIG REF: 016 OTH REF-. 003
L

KMOII S V. G.
Electric heaters for petroleum products. Prom.onerg. 16 no.9:21-
22 8 161. OAIRA 14:8)
(Electric heating)

KURCV, V.r3r.; MOUSMSKIT, O.V.
E7.1jerience in setting up an automatic cement concrete plant. Av-t.dor.
18 no.1:14-16 Ja-F 155 (MMA 8:4)
(Road construction) (Cement industries)

KUROV Vitali Cjorgiyevich; KARTYNOV. N.V.,redaktor; GAIAKTIONOVA, Te.N.
n Rce ~'ifdfflftw
[Automatization of asphalt concretcplants] Avtomatizirovannyi
afal'tobetonnyi zavod. Moskva, Nauchno-tekhn. izd-vo avtotransp.
lit-ry. 1957. 69 P. (MLRA 10:5)
(Automatic control) (Asphalt concrete)

'-.! . -3 .
M07, T-Q.. inshener.
Work of the efficiency promoters In rotA constructioL. Avt. dor.
Z(Lno.4:27-28 Ap 157. (Road construction) (Mr-RA 10:6)

4, KUROV, V.G. , insh.
Electromechanical system of automatic control for asphalt
concrete and concrete plants. Avt.dor. 22 no.11:11-12
N 159. (MIRA 1312)
(Concrete plante) (Automatic)

~ KUROV, V.G..inzh.
Two years' norm fulfilled in one year. AvIv. dor. 23 no.5:9-11 VT160.
(MIRA 13:10)
(Concrete plants)

KUROVP V.G., inzh.
Structural and technological characteristics of an automatic
asphalt concrete plant. Avt.dor. 25 no.7:11-12,, 21, Jl 162.
(MA 15.8)
(Asphalt concrete) (Concrote plants)

KURGV, V.G., inzh.; On"ROV, L.K., inzh.
Organization of earthmoving operations at the Stato North Caucasus
Road Construction Combine. M,-3kh. stroi. 20 no.11:12-15 M, 163.
(MIRA 17:1)

KUROVt V.G., inzh.
Asphalt-concrete plant "Zvezdochka.fl Avt.dor. 28
no.8:9-11 Ag 165. (MIRA 18:11)

t. _KUROVt VII. V inzh.
ModernizaticT, and automation of the G-1 asphalt concrete mixers.
Stroi. i dor. mash. 7 no.3125-28 Mr 162. (MIRA 15!4)
(Concrete mixers)

c4ute"ill of mews. I.
119"i 14Ntv, -A~ kit,-
Klilm. (I (kit. chrill.) at.
ts(cllt ilitu litt)NA SA%r 0004.va, A lKahl 611111(ka intool. ill
111V 11SUAl lXg. 101411`111% VAMPI MCOIL It ii britotyartf hv
11,0. licutills to-sol' initially (final lempANK, )JAvec,114.
"ith ("lorf-shic 011111. it( Cq)
I I Ile %~ 116 40.4% CO. and Ili I ~;
C,11., Smir AM *A% drivelvil. FbMiliIV Cf.) Ali'*% ffUlll
lilt. 1111, -ItAtV filloLitillft 4-1 IICOjXJ Alml Ac1l; the fociot-t
Owl yil-Ul~ CO no.1 NaOll, "hilt, the Lsttcr vichilt \'&,C4 t,
a it 1 110). A jolmicii I I v a I IcAA 2 couruttrait whruir, of lic
Air ill ulwi'll."I C. M. K-kj-d

USSR/chemistry - Carbonic Acid Raters Sep 51
"Salts of Alkyl Half Eaters of Carbonic Acid. Ilp*
V. I. Kurov
"Zhur Obshch Khim" Vol XXI,, No 9, pp 1637-1642
Prepd MeOCOONa) PrOCOONa, and BuOCOONa; studied
theiz phys chemthermodynamic properties, and
dec'ompn proaucts; proposed general scheme of
decompn. of Me, Et, Pr, and Bu eater-salts. PreA
studiedphys chemproperties of, and established
consts oi MeOCOOK, EtOCOOK,, PrOCOOK, BuOCOOK, and
BuOCOORb (last 3 compds vere prepd for lst time).
191T42

E
c

!7
t
Wi
I

USSR/Orga~ic Chemiitry - Synthetic Organic Chemistry, E-2
Abat Journal: Referat Zhur - Khimiya, No 19, 1956, 61429
Author: Kurov, V. I.
Inatit4ion: None
Title: On Interaction of COL> Gas with Alcoholates of Sme A+Ihols (On
Alkyl-Carbonate Salts)
Original
Periodical: Tr. Leningr. tekBtil'D. in-ta, 1955, No 6, 99-102
Abstract: A series of Li-, Na. and K-salta of alkyl carbLmic acids ivn been
prepared containing normal or branched or tun3aturated radkcalB.
The synthesized compounds possess mixed salt-ester functions.
CM30COOM was prepared by passing C02 into heated solution of
CH30Li after whi,.!h the solution is filtered and treated with ab-
solute ether. Analogously are prek*ed C3H OCOOU and C4HqOCOOLi.
All Li-salts are soluble in CH OH By realon of C02 vitfi
= CH OCOONa. Satamtion with C02 Of
C3H5ONa was prepared CH2
warm solutions of the corresponding alcoholates yieldj3
Card 1/2

USSR/Orgdnic Chem!st.r-y - Synthetic Organic ChemiBtry, E-2
Abst Journal: Referat Zhur - Khimiya, Vo 19, 1956, 61429
Abstract: (CH3)2CHCH20COONa, n-C5HllOCOOK, n -C5 'HljOCOGRb and
n-c5H110COONa.
Card 2/2

AEEILEi~ A-- ,- - - , ~ 6 . i- - - ~ - - - - . - .- -- i
i .- ,
V

AUTHOR: Kurov, V. I. 54-1o_2-i6/.i6
TITLE: A Method of Determining the 1etal Content in Alkyl Carbonic Acid
Salts (Metodika opredeienlya soderzhaniya metallov v
alkiluglekislykh solyakh)
PERIODICAL: Vestnik Leningradskogo Universiteta,Seriya -fiziki i
khimii , 1958, Vol. 10,11r 2 , --Dp. 139-142 (USSR)
ABSTRACT: In the course of several years the less known compounds of the
so-called alkyl carbonic acid salts of the type RVC0 and
R2~Mj (C03)2 were studied. These compounds are of greal scientific
interest bebause they are compounds of a mixed salt-ether function.
Besides the already knoan carbonic acid methyl saits (Refs 3-13),
which, however, have not been studied, the author obtained and
studied a number of nevr carbonic acid alkyl salts, among them salts
of butyl carbon rubidium (Ref 14) and alkyl carbon lithium, salts
containing radicals with isostructure, unsaturated and other (Ref
15) as well as methyl carbon strontium salt concerning which only
insufficient data have been published (Ref 6). From a scientifio
point of view the alkyl carbon lithium salts CH 3LiCO C H7LJCO
Card 1/ 2 C4HqLiCO3 are the most interesting. Whereas the acid lithium salts

A Method of Determining the Metal Content in 54-19-2-16/16
Alkyl Carbonic Acid Salts
of carbonic acid are unlmoym t'Ref 16), the author obtained substi-
tuted acid lithium salts of these acids (Ref 15) in a or/stalline
state. A common method of obtaining the above carbonic acid salts
is the reaction of metal alcoholates obtained from absolute alco-
hols and corresponding metals with carbonic acid gas under certain
conditions: R - OH + 11 ->R OM + H
2R - OH + M1 -4 (R - 0) ~11 + H2;
R - CM + CO 2--) ROCGO11 ~ MICO 3)
(R - 0),91 + 2CO2-~ (ROCOO)2M1 (R2Ml(C03)2)
The results of the analysis of alkyl carbonic acid salts by the
volumetric method are given (in a table). For reasons of compari-
son also the results obtained by the sulfate method are given.
There are I table, and -18 references, 7 of which are Soviet.
SUBMITTED: June 26, 1957
AVAILABLE: Library of Congress
1. Alkyl carbonic acid salts-Volumetric anal"is.-Tables
2 9 Metalo-Determinatidn
Card 212
USCOMM - DC - 55, 224
I

KUROV. V.I.
Device for filling mortars in slab joints. Suggested by V.I.
Kurov. Rats.1 izobr.predl.v stroi. no.11;108-109 159.
(MIRA 13:3)
1. Proizvoditellrabot stroitallnogo upravleni7a NO.77
trosta Mosstroy N6.16 Glavnos,3troya.
(Vibrators)

50) SOV/79-29-4-46/77
AUTHOR: Kurov, V. I.
TITLE: Alkyl Carbonates. IV (Ob alkiluglekislykh solyakh. IV). Alkyl
Lithium Carbonates (Alkiluglelitiyevyye soli)
PERIODICALi Zhurnal obahchey khimii, 1959, Vol 29, Nr 4, pp 1245-1249 (USSR)
ABSTRACT: These salts are of scientific importance. Acid lithium salts
(bicarbonates) are as yet unknown, but the author succeeded in
synthesizing the substituted acid salts of the composition
LiRCO in their crystalline state. It was impossible to obtain
the alit CH 3OCOOLi by tkie usual method (Ref 2). The synthesis of
this salt, carried out successfully by the author as early as
1948 at increased temperature and at pressure in abulb, was
later on simplified (Ref 3), and the methyl lithium salt was ob-
tained in its crystalline state (this is described experimental-
ly). Thus the following alkyl lithium carbonates were eynthe-
sized for the first time: methyl lithium salt CH 3LiCO 3' propyl
lithium salt C 3H7LiCO 31 butyl lithium salt C 4H9LiCO 3' and methyl
rubidium sall. CH RbCO The analysis of propyl- and butyl
Card 1/3 lithium salts wi& re4ect to their lithium contents by the

Alkyl Carbonates. IV. Alkyl Lithium Carbonates SOV/79-29-4-46/77
sulphate method met with great difficulties. In order to avoid
them, these salts first passed into the nitratef, which were
then transfcrmed into the sulphates by sulphuric acid. Later on
the metal content of the alkyl carbonates was determined ac-
cording to a new volumetric analysis developed by the author,
vi.z. by means of inverse titration of the hydrochloric acid
excess uoed to dissolve the weighed alkyl carbonate with sodium
hydroxide. This method proved to be faster than the sulphate
method, and equally accurate. The alkyl lithium carbonates are
white crystalline products which dissolve more easily in cold
than in hot water. Their aqueous solutions enter alkaline re-
actions (hydrolysis). It waa found that the thermostability of
the alkyl lithium-, alkyl potassium-, and alkyl rubidium salts
is a function of the metal and radical contained in the salt. A
general scheme was suggested for the thermal splitting of these
salts. The experimental results are illustrated by four figures
and two tables. There are 4 figures, 2 tables, anJ 7 Soviet
references.
ASSOCIATION: Leningradskiy gosudarstvennyy universitet i Leningradskiy
Card 2/3 tekstillnyy institut (Leningrad State University, Leningrad

Alkyl Carbonates. IV. Alkyl Lithium Carbonates SOV/79-29-4-46/77
Textiles Inatitute)
SUBMITTED: October 4, 1957
Card 3/3

1, KnOV9 V.11
Alkyl carbonates. Part 5S Methylearbonic salts of diva-lent Metals.
Zhur. ob, khim. 31 no.10-11 A 161.- (KUIA 14: 1)
1. Leningradskiy gosudarstvennyy universitet i Leningradskiy
teketil'W institute (Carbonic acid)

KUROVI V.I.
,
,I ompositton of sodium ethyl carbonate.
Kinetic,3 of .Ile I lermal ciao
Dokl. AN MISR. 7 no.6:391--394 Je 163, (MIRA l6slO)
1. lomingrad!ikAy tekstilInyy institut imeni S.M.Kirova.
Predstavleno 0-,qd(~rn.Jkom All IZSR B.V. Yerofeyevym.

OSTASHEVSKAYA), N.S.; OLENTSEVICH, N.A.; BASHKATOVA, A.S.; LANDA, M.Bol
KUNSIJCHTKOVA, A.A.; LISIN, D.M.; FUROV, V.V.; YEMFLIYANOV, N.A.;
FAKTOIIOVTCIIJ B.A.; KIJRDFJITIN, A.N.'-- --
Industrial testing of Listvyanka anthraciie for lining the
bottom of aluminum electrolytic cello. TSvnt.met. 38
no.10s62-66 0 165. (MIRA 18:12)

I(MOV, Yu.
Q11nntitative of proportioning vitemins, antibiotics, and
microelements. I-Ut,-,elev. prom. 27 no.11-19-21 N 1;1.
(14M 24-.12)
1. Glavnyy konstrukto, nauchno-issledovatellskoy chast.-I.
Ukrnigiproselikhoza.
(Peed miUs-Equipment and supplies)

ZHOGA, V.; !aTGV, Yu.
Poultry plant for three million broilers. Sell. stroi.
n-).10:26-27 0 162. (M]ILA 15:11)
1. Rukovoditell laboratorii ptitoevodcheskikh. sooruzheniy
Ukrainskogo gosudarstvennogo proyektnogo i nauchno-
issledovateliskogo institute. proyektirovaniya sel'skogo
i sellskokhozyaystvennogo stroitellstva (for Zhoga).
2. Glavnyy konstruktor laboratorii ptitsevodcheskikh
sooruzheniy Ukrainakogo gosudarstvennogo proyektnogo i
nauchno-issledovateliskogo instituta proyektirovaniya
vel'skogo i sel'skokhozyaystvennogo stroitel'stva (for Kurov).
(Poultry plants)

KUROV, Yu.A.
Overall meebanization in poult27 faming. Mekb. ail'. hosp.
14 no,9:23-24 S t63, (MIRA :L'7sl)*
1. Zavedtqupbchiy laboratoriyey Ukrainakogo nouchno-irsiodc,
vateliskagb i proyektnogo instituta. aeltalcogo khozynystva.

KUROVI Yu.A., inzh.
New typea of poultry farw. Makh., sill, hoap. 13 no.7:15-16 J1 162.
(14IRA 17:3)
. -0.

VAYN 'HT'7YN, A l.; BFIRDNIK(Af. V.A.;
ANTONYUK, B.N.; DENESYUK. I.P.L_jUROj,j
VEYTS,W, M.B.; MOM, A.A.; IVANOV, A.S.j GAYFVSF-,V., B.L.; YC-Z7L'-:-S~E:Y.,
S.G..
L.K.; KOZEWTSEV, L.I.; KTIVALDIN, ~IrSUTN, A.T.; M-1-11KOW. G.Ye.;
ZUBKOVSKIY, R.P.1 TZYUROV, D.N.; V.T.; KCChlTK%W. V.P.i
BUBLIKOV, A.V,; 91,HANASIIIIAL, V.A.
Patents. Bum. i der. prom, no.103-54 Ja--4r 165.
(miw. 18110)

BYKOVI A.P.p karid. tekhn, nauk, dote.; LWAGIN, N.A.p red.;
M-OVA,.A.A., red.; IIIKOLISKAYA, N.G., tokhn. red.
(De-elopment of electric power engineering and railroad
electrification in the U.S.S.R.] Razvitie elelctroenergatiki
i clektrifikataiia zhelezrqkh dorog SSSR, Izd,2,, perer, i
dop. Monkva, 1963. 63 p. (MIRA 1713)

BARSHCHEVSKlYp B.U.t dotsent, kaW, fiziko-matem, naukj__KUROVA, A.V.j
red.j KLUWp L.G.p tekhn. red. -
Mysics; disperoion of light] Fizika; disperaiia eveta. Konspekt
lektaii dlia studentov 11 kuraa vaekh opetsiallnoatei. HoWmat
Voeo. zaochnyi institut inzhenerov zhol-dor. transpop 1960. 13 P*
(MIU -14M
(Refraction)

SOLOVIYEV, N.V., dotn., kando tekhr.. nauk-; VEDEMNIKOV, A,.I.,, red.-, KIjwiAj
A.V.y rod.,; XII-'YIXA?I, red, ------
(Fandfunentals of safety engineering and fire prevention in railroad
transportation; course of lectures for students of all branches]
Osnovy tekhniki bezopasnonti i protivopozharnoi tekhniki. na zhelezr*-
dorozhnom transporte; lairo Icktuli dlir, ,studentov vsakh spotviall-
nontei. Moskva, M-vo putei. soobahcheniia Vses.,.aocIwyi. in-A inzhene-.
rov zliel-dor.transp,, 1961. 308 p. WmA lj,;12)
i(alh-ond"i-Std,tity I-Romful-00)
(Railroads-Firos and fire prevention)

ASHEKO, S.M., dots., kand. takhn. nauk; KLAUZ, P.L., dots., kand. tekhn.
nauk- KUROVA A V. ?ed.; NIKOLISKAYA, K.G., tekhn. red.
KLEYMAN, tekhn. red.
(Repair of road and construction machinery) Remont pute-
vykh i stroitellnykh mashin; uchebnoe posobie po distsipline
"Tekhnologiia mashinostroeniia i remont mashin" dlia studentov
V kursa spetsiallnosti "Stroitellnye i dorozhnye mashiny i obo-
rudovanie. " WoakviL,, zaochnyi in-t inzhenerov zhel-dor. transp.
1962. 108 p. (MIRA 16:2)
(Road machinery-Maintenance and repair)
(Construction equipment--Maintenance and repair)

"IPCIIJAKI rl.p.# dctti.j DUUNOVA, N.F.0 asBl3ten',; TYU-N, B.V.p
ITAVD1,11, Zh.L., dota.1 KUROVA, A.V.p red.
(',,!E!thc,ds manual o,- the solution of problems in theo-
reticnl mechanics; dynamics] Metodichaskoe posobie po
reshe-nilu zadach teoretAcheskoi mokhaniki; dinamika.
I-loskvii, 1.1,osk. in-t inzhenerov zhel-dor. transp., 1962.
163 P. (MIRA 18:8)

GLEBOV, V.A., kand. tekhn. nauk, dots.; KARINSKAYA, L.P., red.;
,, rr~d.; KLF
1~1ROVA,_AV MAN, L.G., tekhn. red.
(Regulation of electrical machines and the traction
characteristics of a. diesel locomotive) Regulirovanie
elektromashin i tiagovye kharakteristiki teplovoza;
uchebnoe posobie po distsipline "Elektromashiny i elek-
trooborudovanie teplovozov" d1in studentov V i VI kur-
sov opetsiallnosti "Teplovozy i teplovoznoe khoziaistvo."
Moskva, Vses. znochnyi in-t inzhenerov zhel-dor. tran-
sportR, 1963. 33 p. (MIRA 16;10)
(Diesel locomotives) (Electric railway motors)

e trovl c!j ; w UPNf 'V rc~ti.
[Descriptive geometry; wal,uall imersectiorl of yolyhedra rarld
surfaces. Meth,,;aological textbook for ,.Audexnf.~; of thr--
first. counie majo-,-lTq, in, ary subject' l,'achrrLitellraia [,eomet-
riia; waimnoe pereseci~enie -nno,,,(,)t-,rann!koV I T-wierklalostei.
Uclintino.-rr,fita.-lict,*ri:tk,le F-)-scibie ilia Lu--,-IentoV 1 kilrLia
spotsiallnostei. XoAva, Ilsea. nLocimyi iri-t Ji.-,,,hancrov zhel-
dor. tranopo:--La, 1963. 36 1).

IOFFE, Gerts Saulov:Lchy kand. fiz.-irattern. 11auk dots KU:,'OVA,
A.V., red.; KLEEYMAN, L.G., -ekhr-. red.
[International system of units of measurement of physical
quantities; textbook for students of courses I, II, and
III for all majors) 0 mezlidunarodnoi i0steme odinits izme-
reniia fizichoskikh volichin; uchobnoe posobie dlia stu-
dentov 1, 11 1 111 kursov -vBekh spetsiallno3tei. Yoskva,
Vses. zaochnyi in-t inzhenerov zhol-dor. transporta, 1963.
41 P. (MIRA 17:3)

[Engineering and structural drawing; a manual for sturlentq
In course Il of "Building of Railroads", lliiridgao arJi lsuun-
nels", "Industrial and Civilian Con.3tru,-tion", "WaLer atip-
p.1y and Sowernge System", I'Eaonumi-o anci
C(,notruction for Railrijad Trrtn.,ipOr-t!.1tAOT1"J Inzlv~ncrnc-
st-oit.ellnoe cherclenio; u:!11,abma po:3obie d1la sztudento-,,
II kursa spetsiallnostei: "Stroitei'-,tvo zl,.elezn-,-kh ~.:~rcl-g-"(S),
11Y,osty i tonneli" (MT), "Prurnryghlennoe i grazhdanokoe ~3troitpl'---
,3tvoll (FGS), "Vodoonabzhenle i kFinn1AzAziJ-a1?
i organizai.siia. stroitelfoLva ria.
(ES). 1.~oskva, V803. V~-C)Clfflyi i.111--l", trallsp.,
1963. (1:0 1).

LAPIN, A.V.; KUROVA, A.V.j red.; KLKYWl, L.G., tekhn.red.
[Fundamentals of electric drives; textbook for the forth
and fifth year students specializing in the "Electrifica-
tion of railroad transportationp" "Thermal power systems
for olectrio power stations," "Cars and car operation,
maintenanco and repair," "Conatruction and rond r,achinejr
and equipmentn] Osnovy elektroprivoda; uchebnoe posobie
dlia studemtov IV i V kursov npetniallnoitoi: `-I'lektrifi-
katsiia zheleznodorozhnogo Vranspor~W,1' "Toploonargetichookle
ustanovki elektrostantsii," I'Vagony i vagonnoe khoziaistvo,"
"Stroitellnye i dorozhnye mashiny i oborudovanie." Moskva,
VZIIT, 1963. 99 p. (MIRA 17:3)

SSNITKO, Ivan Konatantino-iich; KUAVA, A.V.., rcd.
(structural mechanics of metal elements of machinery; a
manual for students in course 4 majoring in "Construction
and road machinery and equipment"] Stroitellnaia mckhanika
metallokonstruktsii mashin; uchebnoe posoble dlia studentov
IV kursa spetsiallnosti "Stroitellriye i dorozhnye rnashirrj i
oborudovanie" (W). Moskva, Vses. zaochryi in-t inzhenerov
zhel-tior. transp., 1963. 138 p. (MIRA 17:4)

ALIMEYDIT, V3adirir Goorgiyevich, doktor trikhn. nauk., prof.;
LYAS]ICIOIKO, Vasiliy Ilikolriyovicht kand. takhn. nauk,
dots.; PERSHIN, Sargey Petrovich, kiind. t~~khn.
dots.; -R!tQVA,-.A,V,j red.; KIIIN1,121, L.G., tckhn. red.
(Continuous track and continuou-c welded rJ-131 Bes-,tykovoi
~utl i dlinnye rol'Er.-; uclicbroe yo.,~oJie. jl~-j V.G.Allbre-k-ht
i dr. Moskva, Vziit, .1,963, 213 p. (ma;'J' 17: 1)
(Railroad ---Tr,,.ck) (I -.a ldirg)

VFKSLE~, V.M.; ICTATOVICH, A.M.~ prof.; 1AUKHA, T.I.; KUROVA,,
A,V., red.
(Loading and unloading, hoisting and conveying machinery]
Pogruzochno-razgruzochnye i pod"emno-transportnyo mashiny.
Moskva, VZIIT. Pt.2. 1964. 137 p. (MIRA 18:5)

GOLDSHTZYT,'J. it.l.; ZELIKIND, Ye.',,',.; TSEY711h, S.1.; CIIIEKULAYEVA.
Yu,I,,- KUROVA, E.A., ved. red.; LkLOVIYEVA, S.S., ved.
red.
[Petroleum refining abroad; a statistical and economic
collection] Neftepererabotka za rubezhom; statistiko-
ekonomicheskii Bbornik. 14oskva, TaNIIITEIneftegaz, 1963.
112 p. (MIRA 17:12)
1. Moscow. TSentrallnyy nauchno--issledovatellskiy institut
informatsii i tekhniko-ekonomicheskikh issledovaniy po nef-
tyanoy i gazovoy prop.7shlennosti.

BMG, P.D.; GOLIDSHITY1.1, R.I.; ZELIMID, Ye.M.; 11014ASHFOLISKIY, L.M.;
FEDOROV, I.V.: IVA11OV, V.A.; CHEFUUYEVA, Yu.j.- YU.,OVA' E-J.
red.; IIIKOLAYEVA, Ye.A., ved. red.; 1-USOLOV, YaJlf.'__,~e -r;d~.
(Petroleum refining in capitalist countries; statistical studies]
lieftepererabatyvaiushchaia prorryshlennost' kapitalisticheskikh
stran; statistichaskii abornik. Moskva,, Volal, [Petroleum
refining and petroleum products) Pererabotka nefti i proizvodstvo
nefteproduktov. 1960. 219 p. Vol.2. [Consumptionp transportation,
and storage of petroleum and petroleum products] Potroblenie,
transport i khranenie nefti i nefteproduktov. 1961. 323 p.
(MIRA 15:6)
1. ~Ioscow. Goaudarstvennyy nauchno-issledr-vatell3kiy institut na-
uchnoy i tekhnichesk informataii.
(Petroleur.--Refiningl (Petroleum industry -Statistics)

1WTHORS: Kurova, 1. A., Kalashnik-v, ~-I*. C..
TITLE: The Iont?.atiQn Ene~rcy of and Ziallitbm in Gernaniun 'Energi~nz
lonizatail viamuta Tal-Uyu v Germmili)
PLHIC-DICAL'. 7hin-nal Teklinicheskol, 2e,, "r 2, pp. 21~'-258
ABST ~AGT6 Tho tempe ra ti tro -depon, 1~i rice of t.hl) resiqUince of
~errian
to 6. 10 -3
hismuth and thallium at a concentration of 7-1o wax
v e i t, i 1,at Pd h e re . The r-,,!w3, i re-me nt,3 Y;;~ re r.1 arl e i n a c ry j ti tat. Yt i. th pi
wMch was connected with Liu- sariple Il a Th-
rature varied from L,2 t,~ 2oOK and was controllk:d !~,r r,f an
.0
ther,i(:ietex with ar acclirac,r up to 101/0. ;~t rore t~.an 70K th;f
* ,
ce vas n~,,asure-1, witl. ti.e ai-I oll' a Li.j;hly rc-sistive
;~lc-rer, (Corll,act-~-*---
d-% to tjje Coj,[~r rl --5
t,f!r 0,2 - 0,3 ml,,) sur,~,e "tMt;-al probes. At jo-,-Ter tempexatu.-,s
r,,-sjs Lance, vain fletcrol iled rt!aw-, of 1.1,,e clectrc!-.(~tc~r -4 l' 3
parlsoi~ witit a ot,arilirrl Fror, the tilecific
tet:..,jeratitre curvus 1~i 11- ~)u seen tliat the reasure!::ents accord-I.- iE t,,
comp(tnsatior, ua~-tlhcc'. Yi,ld tlio sare iyadienU as t*,;v. electrc=k:~,.r- 7-
surt~ments- antl t~iat a chunt~,! ii- tlie ienctii of Ll.(! sa-rplc- doers
refererc-,
Card 1/2 any ini'll-ie.-.ce. upon this garlient. fror

The Ionization EnerLy of Llisi,iath and Thalli~Lr.-i 57-2-1c/32
in (jurman.L-_
for deterriirling the ionozatinn-enorgy ~,for the sarnple:, of thf--
J
From the valuen, sLvT.,.ari7,ed in a table, for the ionization f_-wtr*U
antirr-ony and zinc 0 to he seen ttiat tliey agree viith the data giver i:i
publications (0,0097 eV in reference 1 an(I 0,03 eV in rofcrei~ce 411.
Icnization ener.rien in hisnuth an,1 thallilini lic rear Oe
nerGies of ot1wr elementa o,L' the 3rd and with a hiLh distril I t1c,-,
coeffici_(~nt. The obtains!d result.!,. nhow that tl.e local lattdce-~Iof'~~'[P'J'
tions which aro canscri by the purictration of for~.A;,n itoni.,; wjili
fvrent ator-radDis do not r1arkedly infliience thu ionlzation_F-nerg~r
least. iri the case o1' weakly lbo%incl and dn n(,t distifflu
the noe of a hydrogon-like rodel for the Looal levels. The ;--reqvrit,
ruasurernenLs were 1,orforried In the Cryoscopic -Laboratory of the
University., 1,oscoiy. T1,ti work was advJsed by A. I, shallnilrov. V. 13.
Alekseyeva placed tl.(~ 2ariples at the autliors' disposal.
There are 1 fiLiu-~,j 1 tal)lc, and 6 references.
ASSOCIATION: Moscow State University, Physics Department, (Jios kovs k i y goo iidair:, t vt.-,:i.-y
u
'
nIversitet. ~'izlcl~-enkiy fakultet) None Soviet
SUHUTTED-. Ju4 1, 1957.
AVAILABLE'.' Library of Con~~ress.
Card 2/2 lo Cx7stalo-Ionization 2. Bismuth 3. Thallium

67405
SOV/181-1-9-29/31
AUTHORSt Kurova, I. A , Kalashnikov, S. G.
TITLEi On the 'Electrical Conduotivi~zlof Germanium-at Low Temper-
atures
PERIODICAL: Fizika tverdogo tela, 1959, Vol 1, Nr 9, PP 1476 - 1479 (USSR)
ABSTRACT: The anomalies occurring at low temperatures in germanium with
impurity concentrations of^,10 15_1018/cm3, had already been
investigated earlier several times, as briefly shown in the
introduction. The authors investigated igh-ohmic n- and p-
type germanium samples with , 3-1013/cm~ and antimony-alloyed
germanium samples with , 1.1014 _ 3.101 5/cm3; they measured
the Hall constant, the resistivity and the change of reBi-
stance in the magnetic field. The preparation of the samples
is described. The voltage was measured by a Compton electro-
meter. The field inside the samples did not exceed 0.2 v/cM
and was for all samples within the range of validity of
Ohm's law. Half-constant and change of resistance In the
magnetic field were measured at field strengths up to
Card 1/3 3500 oersteds. Figures 1 and 2 show typical curves for LK

6 7405,
On the Electrical Conductivity of Germanium at Low SOV/'Fil.-I-9-29/31
Temperatures
antimony-alloyed samples (the characteristics of the sampleo
are given in a table). It is shown that for 0a11 samples the
law of reoiatanae growth changes at about 4 Ks the actly-
ation energy drops from a value of , 0.01 ev (impurities of
the V group) to , 5-10-4ev in high-ohmic samples. The temper-
ature dependence of the Hall constant and the change of
resistance in the magnetic field of samples with an impurity
concentration ( 1-5-101~cm3 deviates strongly from the de-
pendence for samples with high concentrations. The Hall con-
stant has no maximum for high-ohmic sampleu and changes by
approximation after the same law as the resistance. In the
range of 500 - 5000 oersteds it does not depend on the magne-
tic field. For low-ohmic samples the same ratios were found
as already eqtabliahed in refe ences 1-8. The Hall mobility
It-R/Q is of the order of 1 83CM5 /v.sec for low impurity con-
centration samples at T< 4 K, Tho results obtained show that
in high-ohmio germanium with impurity concentrations
- 1015CM-3 and lower at low temperatures the weak conductivity
Card 2/3 is conserved in the ground band; in the samples investigated

67405
On the Electrical Conductivity of Germanium at Low SOV/181-1-9-29/31
Temperatures
it corresponds to a carrier concentration of tho order of
1050M-3 and can be explained by the existence of low levels
immediately at the bottom of the ground band. The author
finally-thanks A. 1. Shallnikov for having offered the
possibility of conducting the investigations in his labora-
tory and for valuable advice as well as V. 0. Alekseyeva
for h&ving prepared the germanium crystals. There are
2 figt~res and 12 references, 1 of which is Soviet.
ASSOCIATION; Mookovskiy universitat Fizicheski fakulltet (Moscow
University, Department of Physics~
SUBMITTED: April 10, 1959
Card 3/3

83018
S/181/60/002/008/037/045
.24-4 7 v 0 B006fBO63
'AUTHORS: Kalashnikov, S. C., Xurovap I. A. A
TITLE: Electrical Condictivil f6f Germanium at Low Temperatures
PERIODICAL: Fizika tverdogo tela, 1960, Vol. 2, No. 8,
pp. 1949 - 1950
TEXT: The present article follows a previous publication (Ref. 1) in
which the authors gave the results of measurement of the resistivity,
t~e Hall constants, and the change in resistivity of Ge samples with Sb
impurities of 8.1013.- 2.9*1015 cm-3 placed in a magnetic field * Samples
of higher impurity concentrations (2-7-105 - 2.90o15) showed a typical
impurity conductivity at the temperature of liquid helium. This is In
agreement with the results of other authors. Further studies on samples
of impurity concentrations of -1015CM-3 showed that these samples had a
remanent conductivity owing either to long-wave rays scattered in the
instrument or to thermal radiation emitted by tubes. The intensity was
Card 1/3

83018
Electrical Conductivity of Germanium at Low S/181/60/002/008/037/045
Temperatures B0061BO63
-10 2
was estimated to be-.10 W/cm . The accompanying figure shows typical
curves (Q and R as a function of I/T) of samples exhibiting such a re-
manent conductivity. These curves were recorded by a modified instrument
in which the effeots of scattered thermal radiation were considerably
reduced. The temperature dependences of the Hall constant and resistivity
in the presence of this scattered radiation are shown for comparison.
The curves differ considerably. After the elimination of the ncattered
radiation, Q and R vary according to an exponential law with an activa-
tion energy of about 0.01 ev, and show no anomalies. The change in re-
sistivity in a magnetic field for the two cases is also to be seen* In
the presence of this radiation, the Hall constant has no maximum, and
the carrier mobility calculated from Q and R retains its high value in L>~
the entire temperature range. The samples to which the data and curves
refer are indicated by 1-1 and 4-2. They show different behaviors which
are discussed here. Their composition is not given. The author thanks
A. I. Shaltnikov who made these experiments possible and gave him
valuable advice. There are 1 figure and 1 Soviet reference.
Card 2/3

M
83018
Electrical Conductivity of Germanium at Low 3/161J60/002/008/037/045
Temperatures M6/K63
ASSOCIATION: Moskovskiy gosudarstvennyy universitet Fizioheskiy
fakulitet (Moscow State Universi~j, Devartment of
Physics) Ux
SUBMITTED: January 29, 1960
Card 3/3

87916
q, 430 0
2Li T750
S/1Fj 11/60/002/01, 210 -, 6/0 !,9
BC06/BO63
AUTHORS: Kurova, I. A. and Tyapkina, N. D,
TITLE: Electrical Conductivity of Lithium-doped Gprmanium at Lcy,
Temperatures
PERIODICAL! Fizika tvordogo tela, 1960, Vol. 2, No. 12, -P. 3106-3109
TEXT: Germanium specimens containing impurities of elements of the
4 1
LhIrd and fifth groups have been studied repoated'y at the temperature.9
of liquid helium (Refs. 1-9), but there are no data available on the
variations of ionization energy of lithium in germanium and on the electi-L
cal ronductivity of lithium-doped germanium at low t"_mperatures. This
wo;k was intended_~o fill this gap. Az Li in Ge has a diffusion coef-
ficipnt of D=1.10 CM2/sec at 5,10'C, diffusion of Li i-to Ge at
elevated temperature is the best method of introducing lithium. The
germanium specimens were ground, etched, purified, and annealed in -,rauc,
at 1900C for 4-8 hrs, depending on the size of the specimen. The anneali-ng
was done with an Li-Pb alloy, from which Li diffu3ed into Ge. Starti_nE;
materials were p-type and n-type germanium havin6 a re3istiv-,ty of
Card 1/3

67916
Electrical Conductivity of Lithium-doped S/'~81/60/002/0112/016/018
Germanium at Low Temperatures B0061BO63
-.')0 ohm.cm. The specimens were cut perpendicularly to th,~- growth ~.ixfa
Ull, and had a size of 3-4-15 mm. After the diffuuion, the specimen-
were ground anew and etched with boilinE: 11 202' LI-Pb spots were left. 43
14 15
contacts. Lithium. concentration varied from 2.3-10 and 2.9-10 CM
resistivity at 3000K from 6-5 to 0.58 chm.cm, and ionization ~_nergy from
9.3 to 9.4 kev. The Hall constant (R) and the variation of resistivity
-tinder the action of a magnetic field were meanured as well. This was doll('
in liquid helium; the temperature of the specimen5 was df-tcrmlned from the
saturation pressure. The measurements in the magn,~tic field were made all
.1 1 / C I
1200 oe; the electric field inside the specimens did not exce9d 0 If, m
T ': V -
and thus remained within the range of validity of Ohm'3 law. h c r -
V(1/t) and R - f(l/T) are reproduced here. They ohow that cnly
specimens with 6.5 and 4.45 ohm.cm and lithium cc~nc,~ntratioqD '~f
'.9) ~ 1014 -3
cm have reE;v'A-,tr functlo,_,j,
%'ith higher lithium cQn
temperature dependence of ? and R Rlk~'T) for ~xamplL,.
have peaks. The authors thank S. G, Kalaohnikov f,')-,
A. I. Shallnikov fri, V'-ttInC hi-. T
rl~xd 2/~

n' ej
El.e:trical Conductivity of Lithium-d,-pf--d
Germunium at Low l'umperatiirei
2 figures, I table, and 23 references; 2 So vl' i~ t ,16 US,
Fr-?nch, 1 Canadian, and 1
ASSOCIATION: Fiziclieskiy fakulltet 'lloskovskogo univer-itk-,':~ Di ji on
of Physics of Moscow Stat-2 Univeroity)
SUBMITTED: May 5, 1960
Card 313

~--J~Ukvill 1.~.; 1-.D.
C-)-," :,~r-m&niLn containing llti.iui
~t low F'..-,. tvcr. 'Acla 3 no. 12:31C(-31C~ *- "0.
14: -.,)
1. Kzicb~uldy f LvIltot !.o:;kcvskoUo gooudLiAvenno~o urAvcI,,nIt,;tr-.
(Garr.-.Lidm---'loctric properties)

26410
S/O 56/' !,,'O,l 1 /00 1 /005/021
C~t B1021B212
. f,7?0(0
AUTHORS: Il'ina, MA , A,, Xurova, I. A,
TITLE: 'Effect of unidirectional compression on the electrical
properties of p-type germaniumat low t,.-mreratijre~j
PERIODICAL: Zhurnal eksperimental'noy I teoretici.eskoy fizik-., ,,~ 41,
no. 1(7), 1961, 81 - 82
TLXT: Unilateral compression splits the valence band In rerman:um. -.%,hich is
normally quadruply degencrate, into doubly and, deforms it..
This brings about a change of the electrical properties of r-tyne germanium.
G. Ye. Pikus and G. L. Bir have already investigated thi3 problem theoretic-
ally. The authore of this paper have measured the resistivity, Hall conotant~
and resistivity variation in a magnetic fi-ld 4 for p-cypa Ge
specimens, whose resistivity, 9 , at ruom temperutule w a '0 ci 1; M The
1012
resistance of the specimen was R ohms at T 7 K Th~~ :,-.e.-isurements
were made along the direction of deformqtIon C ic] n~-,7MD-~ -o~ ,- , U, 10],
at a load of 600 kg/cm 2. For the measurements an -.;oll shielded
Card 1/3

2641-o
311W)t~111"i'P '111)4 ' 'OFO 1 /005/0-1 1
Effert of unidirectional
against thermal radiation, wan used. since cadiation weakenB t~:e nzeanured
effects, which even disappear with a ntror.C -zAdj~j-zjr.,,;. 7 0i. 31,17eMen tn were
carried out with a magnetic field of 15OU oe and ar. ";.Pia that does
not violate Ohm's law. The results obtbined for tne coi.ductivity a3 a
function of pressure show that the conductivity wil-I c?.a-..,e mr~ra along the
C110J direction than in the [11C] direCt20fl If It IS u3SU-.,ed ti.at tile
scattering displays a small anisotropy, then it i6 voss:r,le ~o determine
the sign of dD from the mobility ratio /M. I ip q - 6-145`11 wh-'ci, is negative,
d denotes the deformation potential coefficient, D ihe matrix element of
the spin-orbital interaction. An analysis of the -prosjure -!CT)2nd-?nC:e of
and the carrier concentration ratio n/n - R /R (R - Hall :constant' along
0 0
the deformation direction R110
t~ at 4.2'K jho-,4 that the changt~ ;n
conductivity of p-type Ge deformation is causiJ by brit~h t he Increased
number of holes and increased hole mobility. Frow a m-~-ajur~.ment of the
temperature dependen--e of the Hall constant at ztrc mina deformations,
the change of the hole ionizatiun enerey was determin,~-_ -o I-P I, ';('j -4 ev,
which amounts to 57c of the total ioni;,.ation e 'i
y T i., I Close
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26410
S/056/61/0,11/jOl/005/021
Effect of unidirectional ... B102/B212
to the measurement accuracy and the same c~ani
~;e i-9 obtained from
the pressure dependence of the number of carrieri- The authors thank
I
11. B. Brandt, A. 1. Shallnikov, and Or. Ye, Pik,is for 'nferest in thin
work.
ASSOCIATION: Mo8kovskiy gosudar.~it,veririyy (11"oscovi State
University)
SUPLUTTEM: February 22, 1961
Card 3/3

~Lj -1 -7 0 0
5/181/62/CO4/006/019/051
3100112
AUTHORS: Kurova, I. A., Kalaishnikov, S. G., and Tyapkina, N. D.
TITLEt The kinetics of impurity conduction in Au-doped n-type
germanium
PZRIODICALi Fizika tverdogo tela, V. 4, no. 6, 1962, 1503 - 1509
TEXTs The trapping of olectrons on the E 4 level of gold in Au-doped
n-type germanium was investigated at hydrogen temperatureo The
photoconduction of single-crystal specimens was determined in a He
cryostat evacuated to _10-2 mm Hg. The heat emission of a crucible furnace
was filtered through Ge and Sb-In filterao The damping periods _f the
photoconduction of the specimens were measured for two different directions-
of current passage. If the contacts of the samples are of,high quality,
the damping of photoconduction can be described by exp(-t/t). The
coefficients-0 of electron trapping on the E level of gold were'
n 4 -1
determined from measured values of '~_, using the relation -~- (-~'N
n 3
Card 1/6

The kinetics of ...
S/181/62/004/006/01OW/051
B104/B112
(Table), where N is the dark concentration of Au" ions. The temperature
3
dependence of the trapping cross section in described by slexp(-F,/kT),
where E is the activation energy. The dependence of '~on T increases
with increasing Sb content. This confirms the authors' conclusions
as to the effect of electron adhesion to Sb ions. The temperature
dependence of the trapping cross section shows no signs of a strong
influence of the potential barrier around the centers upon the trapping
processes. There are 5 figures and I table.
ASSOCIATION: I.".oskovskiy gosudarstvennyy universitet im. M. V. Lomonosova
(moscow State univerEity imeni I.I. V.* Lomonosov)
SUBMITTEM January 25, 1962
Card 2/4

XUROVA, I.A.; KALASIINIKOV, S.G.
Electric instability in germaniiim. Tiz, tvor. tola 5 no.11022.4.
3230 N 163- (MIRA 10:12)
1. Moskovskiy gosudarstvennyy universitet Imeni Lomonosova.

Coinoensatc~d with gallium- TInc! spectra were mea8ured with an

CODF: SS 119/11 9R REF SOV: D Cl 2 aFHER: 006
I -

,KUROVA, I.A.; QSTROBORODOVA, V.V.; OINONT, N.N.
Volta sensitivity of Au-doped p-germanium at low temperatureB.
Fiz. tver. tela 7 no.3:940-941 Mr 165.
(MIRA 1894)
1. MoskovBkiy gosudarstvennyy universitet imeni Lomonosova.

L, QIPP~

L 64773-65
tio- Le-
--w-gyy, unmvers Ltet (Moscow Sf-at- t

L 2261-66
ACCEMIM NR: APS006920 9/0181/65/007/003/0940/0941
AMOR: Kurova, I. A.; Ostrobarodova V. V.-, 07~tq N~.N~
TITLE: Volt", sensitivity of p-type gernmium, with eld at low tanperatures
SOURCE: rizika tverx", tela, v. 7. no. 3,-1965, 940-941
TOPIC TAM : germanium, voltage sensitivityq donor level, photolonizationg low
tetq>e,ratur-- --,-search
ABSTPACT: The integral voltage sensitivity of p-type gerTmnium samples withpar-
tially compensated donor level of gold was wasured in a retallic helium cryostat.
The sample was fastened on a cold finger topether with a heater and its temperature
could I>-- varied between 10 and 50K, 7be source of radiation was a copper cylinder
with heater, and radiation frcm which was nxyJulated at 400 cps. The voltage from
the sample was displayed on an om-milloscope and measured with a meter after amplifi-
cation. The tempeiAture dependence of the voltagc, sensitivity is illustrated in
Fig. 1 of the Mclosure. The activation Pnergy was -0,04 eVq and the imization en-
ergy of the donor level was 0,041 eV, The teqxreture dependerice of the voltage
senaiti,~dty ums thus in agreement with the theory of im wity p-latocandw=tivi In
thn pmsanca of CM impwity lewlo 7he voltage sennit Vity Ma 4100
ig
vi
Card

-L 2261-66-
ACCESSIM NR: APSG06920
of the degree of connnsiqion of the level and of the imprIty cmcentratinL A
Value of (1,16--08) x 101b =2 was obt&tned for the average effective photo 7
izaticn cross seatim of the level, in agreement with data obtained by others.
article has-. 'A. figure, 2 fenulas, and 1 table.
ASSOCIMONt lbskovskiy I t mnivmitet ims Mo V. Lcn=osova (MDsww
State universily)
SUMU=: 1Wun64 ENCL.- 01 SUB CODE SS -2>
!PCRE _jOV 1004 O'MM: 001
Card

L 2261-66
ACCESSION NR: AP5006920,,~- lot -
Arl
tie-
(J
ENC. 01
Dependence of the
integral voltage
sensitivity on the
temperature.
Symbol n=ber:
1. 2078
2. 1641
3. 1033
4. 1431

BESFAIMILINAiA, V.A.; KTIROVA I.A.- OPMONT, N."I.; 0SiPOWLL)Cj*"".;,-, V.V.
... J-- . p
Oscillations in imFur-Ity pho',occndactiv-'ty spectra of germznium.
Zhur. ekop. i teor. fiz. 48 no.6:15r'8-1593 Jo 165.
1. Moskovskiy gosudarstvennyy universitet.