SCIENTIFIC ABSTRACT KERZON, YA.S. - KESAREVA, YE.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000721610008-6
• Release Decision: RIF
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• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

1. KZRZON, YA. S.
2. US9R (600)
4. Using K-17 glue in furniture production. Der. i lesolichim. prom 1 no,',AK,'52.
9. Monthly Lis t of Ihasian Accesoioas.L Library of Congress. March 195,3, Unclassified.

41
N@.

1. n."RZON, Ya. S. , Env. ; PEYCH, N. N. ; T'JARE-N, B. S.
2. ussR (6oo)
4. Kilns
7- Improving wood-drying kilns of antiquated constructi3n. Der. 4 lesokhim. prom.
2, No. 3, 1953.
9. Monthl List of Russian Accessions, Library of Congress,
June
1953, Uncl.
NY.

KERZON, U.S., inshener; FINOSHIN, A.Ye.
Use of a glue sheet in veneering furniture. Der.i lasokhim.pron. 3 no-5:
19-20 My 134, (KIRA 7:6)
'l. Hoskovskaya mebelluaya fabrika No.3. (Veneers and veneering)

KERZUM. P.A.
Dynamics of soil Balinization and swamp formation in ir-
rigated areas of Tajikistan.. Trudy AN Tadzh.SSR 78:9-37
(Tajikistan-Soile) (MIRk 13:3)

KERZUM, P.A.
Regular features in the developuent of saline soila and
methods of improving these soils. Trudy All Tadzh-BSR 78:
89-171 '57. (MIRA 130)
(Vakhsh Valley-Alkali lands)
(Reclamation of land)
-T-
N

KM I, k. IS. ((&kaV-Ake,-
lp lvolzhs@oy vozvyshennosti I ego
358Fe Geomorfologicheskoye razdeleniyO pr -ta CeoErafii (akad. nauk assr),
paleogeograficheskoye oboBnovaniye. TrudY in
v-yp. 431 1949, C. 60-77--Bibliogr: 14 nazv.
77
SO: Letopis' Zhurnallnykh Stateys No. 494 1949

2h828. KZCV, A. S. liekotoryye Tipy Molodogo -Lrozionno7o Rellefa Privolzh--koy
Vozvyshennostit Trudy Yubi-leynoy Sessii, Posvyashch. Stoletiya So D@ma
Rozhdenlya Dokuchayeva. M. L., 19h9, S. 512-20
SO: Letopist No. 33, 1949

USSR/HydroCraphy Erosion
Literature N"ar/Apr 50
110n S. S. Sobolev's Book, 'Development of Erosion Processes in the
USSH and tho Fight At-,ainst Them,'" A. G. Dcs1cach, A.S. Kes', Inst of Geog,
Acad Sci USSR, 10 pp
IIIz Ak Nauk SSSR, Ser Geograf i Geofiz" Vol XIV, No 2
Very critically reviews subject book, in 4tich erosion process Is considered
mainly from 1:aoixrpholoGical viewpoint. Lven from this sta,:dpolnt, erosion
process as discussed by Sobolev is detached from basic geographical laws and
historical geoGraphic connections. Sobolev's general theoretic,;l
geomorphological constructions are sLraplified and based on --aethodolcOically
incorrect concept of cyclic "self-stopping of erosion processes.

UM/Oeophysics Turkmenia Jan/Feb 52
"The Origin of 'Uzboy Valley," A. Kest, Inst of
Geog, Acad Sci USSR
"Iz Ak Nauk SSSR, Ser Geog" No 1, pp 14-26
The projected main Turkmenian canal will pass
through Uzboy Valley, crossing Kara-Kum deserts.
Describes Uzboy, a half-dried river bed, stretch-
ing from Sarykamysh Valley to Balkhan Bay of Cas-
pian Sea, gi-@es the history of its origin.
205T49

U:Ijoy. No.
I'lont'ill-V LILL,
Library of i,-c, jLL

1. L_ I, A . 'S.
Vali
Gt@o
UzLIA rivet,
Mbill
Of
Of

USSR/ floo!.1"I'phy - Ve3o] Or'y
Card 1/1 Plib. /45 - 5/16
Authors I Tol-;tov, 3. P.; Kos', A. S.; and MpHnko, T. A.
Title I The hist.ory of th- in Lhe Ilidtile A(7es
Periodical I Izv. All ser. teog. 1, 41-50, Jan-Fob 1954
Abstraot I The orlr@ln of Like Sarli-andsh in traced to the 111iocer-p-, Br-och at wbich tire
it was fill-I of wator -ind f(Tmed a ltrt!n brusin. Ourinr,r the first half of the
Quart#,.rmr.v !'eriod It becme dr-@ anri In th-i -@@,,cond half of the same reriod it
a,@ain filled with wat-r due to Vie ch;m-n in the course of the Arm-Darya
River. In the 16th Ceit,@iry tln 3!r@v,,.l of flie w it-or began to sink, the water
became nalty arri it, finally diled out alto 0,1rr. Fifteen Russian and USSR
references (1879-1953). Napri; dravilwn.
Instit-ition Ethnogroj,hir-ril wl Geor-raphical. Inst'ItAlt, !@; of the Soviet AcadeTqy of Science
eA
SulTnitted

KES 10 A.S.
Development Of the relief of the 5arY-Kamysh Depression. *udr Inst.
980i;e no.62sl59-204 154,
(,9arY-XaVeh DePression-Physical geographv) (MMA 8:5 )

KES A. S.
law
Closed depressions of Usti-Urt. Priroda 44 no-8:75-82 Ag 155,
(Usti-Urt--Physical geography) (MLRA 8:10)
P

SOV/26-58-1-18/36
AUTHOR: Kea', A.S., Candidate of Geographical Sciences
------------
TITLE: Fluctuations in the Level of the Aral Sea (0 kolebaniyakh
urovnya Arallskogo morya)
PERIODICAL: Priroda, 1958, Nr 1, PP 95-99 (USSR)
ABSTRACT: The Aral Sea, receiving the largest rivers of Central Asia,
the Amu-Darlya and the Syr-Dnrlya, has a very unstable level.
The sea basin is terracing and is covered with the shell de-
posits of small marine animals. According to L.S. Berg, the
calculated and recorded difference in level between 1880 and
now was about 8 m. This is traced back to climatic changes
in the area of the Aral Sea itself and in the mountains,
where the two rivers rise. According to A.L. Yanshin and
S.P. Tolstov, similar maximum levels of the Aral Sea were
reached in the third and at the beginning of the first millen-
nium B.C. L.S. Berg and B.D. Zaykov contributed to the study
of the Aral Sea's water conditions in the 18th, 19th and the
Card 1/2
77=
n
Al
W

Fluctuations in the Level of the Aral 3ea SOV/26-5P-1-18/36
beginning of the 20th centuries. There are 2 pho'.os, 1
chart, 1 diagram and 4 Soviet references.
ASSOCIATION: Institut geografii AN SSSR, Moskva (Institute of Geography
of the AS,USSR Moscow)
Card 212

Ulf PlIVI
lit
11 vg jai x
Is 11 - a g 3 1
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VJ4421 VIR, J,
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lit

SOV/10-59-5-3/25
AUTHOR: KAE!_L A.S.
TITLE: The Relief Structure of the Loess Province of North
China
PERIODICAL: Izvestiya Akademii nauk SSSR, Seriya Geograficheskaya,
1959, Nr 5, pp 20-28 (USSR)
ABSTRACT: According to the author, the study of the relief of the
-he eolian origin
Loess Province of North China proves t
of the soil composing the loess strata. The opinions of
scientists on the origin of the loess relief are divided.
One group of geologists find that the loess relief was
formed as a result of an intensive disintegration of a
primary, levelled relief of the plateau type. Other
geologists think that the contemporary loess relief re-
flects the relief of ancient rocks because of its mantle-
like occurrence. Both these viewpoints, says the authorg
Card 1/3 are correct for certain very limited parts, but in the

SOV/10-59-5-3/25
The Relief Structure of the-Loess Province of North China
regionB with thick loess beds, the formation of the
loess relief is governed by other regularities. The
study of the cross-section of a loess stratum showed
that these strata contain many levels of buried soils
and carbonaceous concretions which proves the impor-
tance of soil-forming processes and of climatic changes
in the foymption of loess deposits. Mechanical composi-
tion of the loess formations is also variable* V.A, Obruch-
ev and Chinese geologist LiuTung-Shen state that the
composition of all loess deposits become lighter when
moving from the south and south-east to the north and
the north-west. Mainly argilaceous loess is found in
the south. When moving in the mentioned direction, the
sandy part of loess increases constantly ad in the
northern Chin-Ling region,.the strata are%rmed of sandy
loess.According to both geologists, this phenomenon is
explained by the action of winds which carry dust from
Card 2/3 the Central Asian deserts. At first the heavy fractions
3@'

SOVIO-59-5-3/25
The Relief Structure of the Loess Province of North China
and gand drop out, then the sand is carried away into
the south and southwest regions. Moreoverg from aerial
photographs, it can be seen that all raviges and smaller
river valleys out through the loess formations are orien-
tated in the same direction, and that this direction
strictly coincides withthe direction of winds prevailing
in the region. This important reg@ularity was also ob-
served in different parts of the USSR where loess for-
mations occur, especially in the Fergana Valley. Thus,
says the authors there can be no doubt about the eolian
origin of the thinly-grained soil part of loess J."orma-
tions, though tectonic movements and erosion protesses
also played a certain role in shaping the relief of the
loess deposits. There are 4 photographs, 1 set of dia-
grams, 1 map and 4 Soviet references.
ASSOCIATION: Institut geografii AN SSSR (Institute of Geography of
the AS USSR)
Card 3/3

KIISIS Ass.
Origiu of the looms formation in Northern China. Trudy Kom.
chetv.per. 14:80-99 139. (MIRA 13;4)
(China looso)

KES', A.S., kand. geogr. nauk
Hwang-Ho will be subdued. 11auka i zhiznl 26 no.9:61-64 5 159.
(MIRA 13:1)
(Yellow River--Regulation)
-Jr

Ta=OV, 5.p.; kand.geogref.nauk; ITINA, N.A., kand.istor.
nauk; AMMUNOV, B.V., kand.istor.nsuk; 7jfDANKo, T.A., kand.
Istor.nauk; VISHMSKATA9 O.A., uauchnyy sotrudnik; VAKTURSKATA,
N.Ifo, kand.iotor.nauk. Prinimali uchastiye LEVINA, L.K..
aspirantka; TRUDNOVSKATA, S.A.; DAVIDOVIGH, Ye.A., kand.istor.
nauk; ANDRIANOV, B.V., red.izd-va; LRBEMA, L.A., tekhn.red.
I
[The lower reaches of the Amu Darya, the Sarykamvah and the Usboy:
history of their formation and settlement] NizovIia Amu-Darli.
Sarykamysh. Usboi,- intorila formiroveniia i zeseleniia. Pod
obahchoi red. S.P.Tolatove. Koskva, 1960. 346 p. (Haterialy
Xhorezmskoi ekspediteli, no.3). (MIRA 14:2)
1. Akademiya nauk SSSR. Institut atnografii. 2. Chlen-korrespr-@-
dent AN SSSR (for Tolatov). 3. Institut etnoeTafii AN SSSR (for
Levine). 4. Akademiya nauk Tadzhikakov SSR (for Davidovich)o
(Ama Darya Valley)

KESI, A.S.
Ancient and recent transgressions of the Aral Sea. Trudy Inst.
9009- 79:69-89 160. (KIRA 13:8)
(Aral Sea--Coa,st changes)

KESIP A.S. (Moskva)
Gyolxm dones in the desert. Priroda 50 no. 2:114-115 F 161.
(Soviet Central Asia_Gypsum) (MIWL 14:2)

KESt A.S..
"The conditions of the repartition of the habitat of ancient man
in the deserts of Central Soviet Asia.*
Report Submitted to the IOU Arid Zone Commission Colloquium,
Iraklion, Greece, 19-26 Sep 1962.
N@J
N.
4,T

KES A.S *
Loons and red-clay loesa as aeoltan voil fo=ations Trudy
Nom,chetv,pers 19slOl-U6 162. iWRA 16sl)
(Loess)

KESrj AoSs
----------
Conference on the comprehensive development of land and wat6
resources in the republics of Central Asia and southern
Kazakbotan, Izv, AN SSSR. Ser. geog. no*5:290-196 S-0 162.
(MIRA 15:10)
(Soviet Central Asia-Water resources develqment)
(Kazakhatan-Water resources development)

FESI, r'..S.; NA, V.A.
conference. on the (11,9cussion of a gener
plan for comprehensive uttlization and conservation of the water
resources of Central Asia. Izv. AN SSSR. Ser. geog. no-5:145-149
S-0 165, 0-11pul 18:30

GELTZR, %Yu,; CERASMOV, I,?*; KAMANINp L.G.; ESSIS A.S.; KINITSYN,, L.P.;
NURZAIZV.. E.Mj NITSHTAUTO M.I.; W2ZD'fkVl*,-'Ii-.A:."j
NUOLISKAYAJ, VV -j PREOMWHE:IISKIY,, V.S.; RMMj, G.D.;
ROBSOLIMO, L.L.; SILIMTROV, S.I.
David L'TOVich Amend's 60th birthday (1905-), IsT. AN WSR.
Sere geog. no.6tW-142 " 065. (MMA Is: U)

YEMELIYANMO, O.V.; MAMANLY, F.F.; NASLEDOV, D.N.
Thermomagnetic Nermst-Ettinghausen effects in degenerated
indium antimonide. Fiz.tver.tela 4 no*2:546-548 F 162.
(MIU 15:2)
1. Fiziko-tekhaicheakiy institut imeni A.F.Ioffe AN SSSR, Leningrad
i Inatitut fiziki AN AzSSR,, Baku.
(Themomagnatism) (Tridimn antimonide)

GALAVANOV, V.V.; UMELIYANENKO, O.V.; KESAMANLY, F.P.
Electron effective maso in In3b with degenerate electron gaso
Fi2. tver. tela 5 no.2:61&-618 F 163. (MIRA 16-5)
1, Fiziko-tekJmicheakiy institut Imeni. A.F.Ioffj AN SSSRO
Leningrad i Institut fizi4i AN USSR, Baku
(Indium antimonide) (Elec;rons)

- ------- @ LW C /IMS/--
L X)7
_k='(b) 2 Ewr(m)
ACCESSIO' X IM: AP3003914 0/0281/63/1005/007/2031/2-032
AUTHOR: GO va, H. A, AM_ML_1r_g F. PA Osmaaov,, 9, 0. 'V
TITLEC Preparation and certain properties of eingle-crystal specimens of CdGeAst
SOURCE: Flzika tverdogo tela., V, 5# no. 7, 1963, 2031-2032
TOPIC TAGS: CdGeA92, single crystals, physical properties, mechanical properties,,
electrical properties, carriers, electrons., holes, mobility of carriers, effec-
tive meas of electrons
ABSTILACT: Sligae-Metal specimens of CdGeAsp bw4a been prepared by an unidenti-
fied metho4, and their properties hwia been studied. The compound has the struc-
ture of chalcopyrite with the parameters a a 5.9427 1, b . 11.2172 A, and
C/a - 1.8875 A, eLl-I t- 0.0005 A. It melts at 665C and has a microhardnees of
471 + 10 kg/mm2. The forbidden energy gap at 500K is 0.53 ev. Electrical
measurements were carrieA out with parmlieleripedal a-pecir-ens (I x @ x 10 =M); low-
resistamce cont=te were rcalized by Indium -clectrodea. The HM11 =0billties or
holea and electrons In sempleS with a evrier denaity of 1017 CM13 at room tem.
pereture were 20 to 25 and &@O to 1000 cm 2/vaeo, respectively. The thermoelectdc
power of an n-type eample at 300K was 190 pv/deg. The meorim-m possible value of
Card 1/2

L 10716743,
ACCESSION NR:
the eff**-t,:t1v9 mass of electrons (gz*) was evaluated as about 0. 27 %. M3 viev- of
f
the low value of m*j it can be assumed that the value obtained for the electron
MobIlity Is considerably :Lmmr then the possible value. This phenomenon can be
aBsociated with the presence of a great anount of compensated impurities. Com-
pound CdGeAsLw is being studied in more detail. "The authors thank T, 17,
-.Ma-,ngntovq and A. A. VSyr:!gltn for their assistance in determining the forbidden
energy gap and identity period and D N 11asledov for his intereat in and at-
tention to the study."
ASSOCIATION: Fiziko-tekhnicheskiy instut im. A. F. Ioffe AN SSSR, Leningrad
sicotechnical,lnstitute'AW SSSP)
SUBN=D: 14Mar63 DATE ACQ 15Aug63 ERCL: 00
SUB CODE 00 -003 -------- 017M! 003
Awd

ACCESSION 11R., AP4011746
S/0181/64/006/001/0113/0115
AUTHORS: Goryunova: N. A.; Kesamanly*, F. P.; Naeledov, D. N.; Rud', Yu. V.
TITLE: Electrical properties of p-ZnSnAs sub 2 crystals
SOURCE: Fizika tverdogo tela, v. 6, no. '. 1964, 113-115
TOPIC TAGS: p-ZnSnAs sub 2 crystal, electrical property, cbalcopyrite structure,
Hall constant, specific conductivity, vacancy
ABSTRACT: The present work is a continuation of two other works (N. A. Goryunova,
S. I&myev and V. D. Prochukhan. DAN SSSR ' 142 623, 1962) and (F. M. Gashimzade.
Izv. AN Azerb. SSR, ser. fiz. mat., 3, 67, 1963@- It represents a study of electri-
cal properties exhibited by ZnSnAs 2 single crystals. To resolve the contradictions
pertaining to this substance, the authors carried out an x-ray analysis of crystals
and proved their structure to be of chalcopyrite type with parameters: a - 5-8515
0.0005 X, c - 11-703 + 0.001 X. Samples used in this work were parallelepipeds
1.5 x 3.5 x 12 wia-) cut from single crystals. They were tested for specific conduc-
tivity e and for Hall constant R. Measurements were taken in direct current in a
constant magnetic field. The study brought out the fact that this material exhibits

ACCESSION NR: AP4011746
inclusion conductivity throughout the whole range of temperatures tested. Between
150-20OK there appears a pronounced maximum on the R - Temperature curve. The
authors believe that this maximum can be explained with the help of a two-zono
model. It is believed that quantitative determination of the valence zone structuxe
in crystals of ZnSnA82 will require a complex investigation of the kinetic effects
in crystals with various concentrations of vacancies. This will call for a study
,of R and6 at low temperatures (2-78K). The authors thank A. A. Vaypolin and T. S.
Lagunova for their help in obtaining quantitative data, and P. M. Gashimzade and
V. Yemellyanenko for their evaluation of the work. Orig. art. has: 2 graphs.
ASSOCIATION: Piziko-tekhnicheskiy institut im. A. F. Ioffe AN SSSR, Leningrad
Physical and Technical Institute, AN SSSR); Institut fiziki AN AzerbSSR, Baku
natitute of Physics, AN AzerbSSR)
R
SUBMITTED: 12jul63 DATE ACQt 14Feb64 ENCL: 00
SUB CODE: PH No REP sovs oo,6 OTEMRs 006
3
Card 2/2

AG'ZISSIO! NII: AP4011750 S/0181/6t./006/00-1/0134/014d
ia7yoRsi Xesar/Anly*1 F. P.; laotyfttsh, E. E.; Velltsevp Yu. V.; Nasledov, D. V.; 11
Vkhnnov,
TITU: and Faraday effects in indium phosphide
SrURCE: Fizika tvordoao tela, V. 6, no. 1, 1964.9 13L-140
U
TOPIC TAGS: Kenist 'Ettinghausen effect, arrective electron mass, indium phosphide,
Hall. constant, specific electrical conductivity, difforenti,91 therral amf, optical
abs.:-,rption, polarizition, polprization rotation
PSTF.Av'.: 7, oN;,a-r to obtain supplemoritni7r inforzation on the mechanii= of electron
nJ 'he d3pandance of the eNoctive electron Mass'on temperature, the
-ufhors investi3ated, in large Mstalline samples of indium phosphide, t1he tempera-
ture dependence 'of the Hall constFmt, the s-oacific electrical con'ductivity, the
resistance changee,in a magnetic field, the differential thermoolectromotive force,
the transverse llcrnst-EttinghaxLsen. off act, the optical absorption, and tic roiatim cC
the rolarization plane for infrared ligh-tt, in a magnetic field. The results ArG
summ,arized in Figs. 1-6 c: the Enclo res. The authors found that in samples with
o-P 8.2-10T -3
on electron concentration cm and a depression of temperature below 200K
Card 14101

ACCEWICN NR: AP4011750
the Hall constant and the change in resistance in a magnetic field increase notice-.
nbly. kt- lcrr tczpCxatures the scattdring of clectronz takes place by immrity ions.
17ith increase in temperature, electron scattering by lettice vibrotions'increaseso
The ef f ective mnss of the electrons at room terporature id 0.066 -+"
0-003 times the
mass of free electrons. Orig. art. has: 6 figures and I formul@-.
,ASSOCIATTOT: Fiziko-takhnicheskiy institut im. A. P. loffe M SSSR, Loningrad
1-hysicotechxxical Institute AN SSSR) ; Fizicheskiy institut AN Azerb. SSRv Baku
:(Physics Institute M Azerb. SSR)
a
SUBMTED: 17J@163 DATE - ACQ -. laab64 ENCLi 08
@SUB CODE: ?H NO REF SOV: 009 OTMRS 013
Card 2/1h
T
R

KESAMANLY, F.P.; KLOTYNISH, E.E.; LAGUNOVA, T.S.; NASLEDOV, D.N.
Impurity band In n-InP crystals. Fiz. tver. tela 6 no.3:958-960
mr 164. (MIRA 17:4)
1. Fiziko-tekhnicheskiy institut imeni A.F.Ioffe AN SSSR,
Leningrad I Institut fiziki AN Azorbaydzhanskoy SSR, Baku.

ACCESSION NRs AP4041731 S/0181A4/006/007/2187/2190
AUTHORSt Kesamanly*, F. P.1 Nasledov, D. N.; Rud', Yu. V.
i TITLE: Thermal emf and transverse Nernst-Ettingsbausen effect in
p-ZnSnAs crystals
2
SOURCE: Fizika tverdogo tela,.v. 6, no. 7, 1964, 2187-2190
TOPIC TAGSt thermal emf, Nern;t Ettingshausen effect,- Hall constant,
p band, transport property, conductivity
ABSTRACT: In order to investigate transport effects in crystals with'
different carrier densities, the authors doped crystals with differ-
ent impurities and, by using beat treatment in some cas6s, obtained
AnSnAs crystals with hole density from 10 is to 10 20 cm -3 . No n-
2
type crystals were obtained as yet* Single-crystal specimens are
transparent for wavelengths 1&5--3 4#'but no waves could be trans-
Card

IACCESSION NR: AP4041731
I.mitted through polycrystalline specimens. The temperature dependenc-
es of the specific conductivity a(T), the Ha 1 constants R(T), and
@the transverse Hernst-Ettingshausen effect Qi(T), and also the dif-
ferential thermal emf a(T), were measured aimultaneously in the
:interval 90--750K using an instrument described elsewhere (FTT, v. 6,
@113, 1964). Tests have shown that the larger the density of the
@holes 1'n the sample, the lower the QI(T) curve and the later the
mixed conductivity sets'in. 'The maximum on the R(T) curve decreases
.in absolute*magnitude with increasing concentration, and the point
tat which R reaches a maximum, together with the point of reversal
!of the sign of R, shifts towards high9r temperatures. The width of
.the forbidden band was found to be 0.89 eV, in qualitatively good
.agreement-with the data obtained from the edge of the intrinsic ab-
.sorption. The data measured in this experiment make it possible, in
.the case of a semiconductor with simple structure of allowed bands,
to determine such parameters as the density and effective mass of
.the carriers# and also the scattering parameter. The effective mass
Card 2/5
ei,
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ACCESSION NR: AP4041731
of the holes determined in this experiment was on the average 0.13
Mot where m -- mass of the free electron. Orig. art. has: 2 figures
0
and 1 table.
ASSOCIATION: 'Piziko''--tekhnicheskiy inetitut im. A. P. Ioffe AN SSSR,
Leningrad (Physicotechnical Institute, AN SSSR)j Inatitut fiziki
AN Azerb. SSR, Baku (Inatitu.te-of Physics, AN Azerb. SSR)
SUBMITrEDs 04Feb64 ENCL: 02
SUB CODE: SS"'Vr' NR.REF SOV: 004 OTHER: 002
@, -rd 3/5
Al

ACC&SSIGN M AP4041731 ENCLOSURE, 01

Teinperature dependences of the
11all constant (1), smc-'fic
1 electric conductivitv (2)9 t-r-O
'transverse Nernst-Ettingmusen
constant Mt and the differ-
'
in a
ential therml emf (4)
;Sample of ZbSnAs 26

Ow

C3 It
C@O
Card 4/5 Ot, wglyag. UV/O
WWI
AND41731 EN(;U)SURSl 02
too. Sao SM log T.Ok
r
4 '.,Temperature dependences of the transverse
Nernst-mingshumen emstant in several samples
of p4nSnAr-2
The'nud)m xvfer to diffemnt samples
ffA
:i-" gU@-qg"g"ag.-gi:@ Mir 'gf
@kh 2: A,
duv,

pz-6P(3-0

*cEssxoN NR- AP4041383 8/0048/64/028/006/1085/1089
,AUTHORt Vaypolin,A.A.; Gashimzade,F.M.; Goryunova,N.A.; Kesamanly*,F,P.; Osmanov,
3. 0. ; Rud ' Yu.V Hasledov, Do No (Doctor of phyuico-tuthematical sciences)
;TITLE: Iiivostigation of the physical-chumical and electric properties of crystals.
'of somo ternary semiconductor compounds of the AIIBIVCJ typo ffoport, Third Confe-
@rance on Semiconductor Compounds hold in Kishinev 20 to 21 Sep 10627
!SOURCE: AN SSSR. Izve3tiya. Scriya fizicheskaya, v.29, no.6, 1964, 1085-1089
ya stru ure
@TOPIC TAGS: semiconductor, electric conductivity, Hall effect, cr tal ct
;Cadmium compound, zinc compound, carrier mobility
iABSTRACT: 'Single crystals of the following semiconductors were obtained and their
I properties wore investigated: CdOeAS21 ZnSIA92, CdSiP2, ZnSnAS2 and ZnSIP2- The m's-1
thod of synthesis In not described. X-ray diffraction showed the specimens to be
Isingle crystals with the ohalcooyrite structure. The crystallography of,these Mate-i.-
rials is discussed briefly, and the lattice parameters, density# hardness and melt-
iing point are tabulated, Both p-type and n
-type crystals of CdGeA82 were obtained
:Only p-type conductivity was found, In the.other two.areenides, and only n-type in
card

,AcassrOK NR: AP4041383
ZnSiPg. Results of conductivity and Hall coefficient measurements over the tempera-
ture range from 90 to 6000K are presented graphically for an n-type CdGeAS2 crystal",
a p-type CdGeA82 crystal, and several ZnSnAS2 crystals with different but unspeci-@
fied impurity contents. The Hall coefficient of the n-type CdGeAs2 was independent
of temperature, and the conductivity increased with increasing temperature above
10 CM
about 150oK. The concentration of conduction electrons was approximately 1 17 -3
and their mobility was 10 cm2/Vaec. With the aid of thermoelectric measurements,
the'effective mass woo estimated to be 0.027 electron masses. The Hall coefficient
of the p-typo CdGeA82 decreased rapidly with increasing temperature above 2000K and@-
changed sign at 5200K. Neither the conductivity nor the Hall coefficient of the Zn_i
SnAs2 crystals varied greatly with temperature. The Hall coefficient exhibited a
maximum at about 2000K which became less pronounced and shifted toward higher tam-
peratures with increasing impurity content. This is ascribed to conduction in the
impurity band. The band structure of the materials Is discussed. The effective
masses of the carriers in the conduction band and the V2 and V3 valence bands wore
calculated, and those and the gap energy are tabulated. All these quantities in-
creased with decreasing molecular weight. The enirgy gap ranged from 0.53 to 2.5 eV,'
and the effective masses from 0,020 to 0.096, 0.035 to 0.19, and 0.12 to 0.49 elec-:.
tron masses for the C# V2 and V3,bands, respectively. Orig.art.host 1 formula, 6
Card 21)

0
ACCE-SSION NRt AP4041383
figures and 2 tables.
ASSOCIATION: Fiziko-tekhnicheskLy institut im.A.F.loffe Akademii nauk SSSR (Physi-
co-tochnical Institutep Academy of Scienceel SSSR)@
SUBMITTEDt 00 la 00
ENC
I SVD CUM '88 0;C
NR RUP We 007 Omni 006
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i r i r r ntA,iii c- t i i v a 7@ o f
-S NUM.-lY
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A'. , i-i ml, -, -R 55 -I@

Al
'EKI

ik" V,A

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F
R 163 rc).4v^('@'-869
I. Fill, instItIlt in!. A.F.Ioffe Ali' Illstitut
i c-Ulan'l-,,)y f AN VTcldLvf3p.(,If
SR. Submitted 21, 1965o

-66
L 12
"CC@Cpl AR@5020691
UR/0185/65/010/008/0867M87
(Byclftv, A. G.); Ila-yuiova, N. 0. t Gorymova, H. A.);
-@Ychkov' 0. ii@'
!iI'T'V/Y'ec;,amanU, F. P.; ovs ve Kk- (Mityumvl K.); RU-011 YU. V. Slotodch
V. kSloVMIR6@i'
TM@: Ile'ctrical and photoelectric properties of ZnSiP
7
SOURCE': Ukrayins'l@yy1fizycinyy zhumal, v. 10, no. 8, 1965, 867-872
MPIC TAGS* electric conductivity, Hall constmt, photocoaductivity, zinc coq)oundj
terq)erature dependence, forbidden band
ABSTRAC.r: The terj)erature dependence of the electric conducti-@,i@y._@J-P- Hall constant
in the ta-Pperaturc range 80--670K, and the p '@-'- ral distribu-
tion, dependence an the electric field, intensity of illumn.-Ation, and teT;pETatLIre in
tly-, rmge 80--295K) were studied in n-t@,dc Will 2 crystals. De xA--ra;@@ size of the
CrYstals was 6 x 1 5 x 9.3 ma. The investigated. samp1cs hV )j-1 electron concentra-
tion of 1-2 x 10D =7 and a 11all mbility of 70-100 an lv-sLc. - The Hall and
ccriducLivity iteasummmits were carried out with dc current with th-@ aid of an ordirvar
potentiorieter in a constant maigietic field. The photoconductivity was investigated
by a compensation mthod utilizing ururodulated constant raliation. A type M 195/3
galvanomter was used to register the signal. The electric conductivity decmased
sharply and th2 Hall constant increased sharply with decreasing temperature. Thirs,
together with the mv-02 electron mobility, indicates the presence of inpurity oom-
Card 112

L -4-4494-6@-__
7A
r-XCC M
APS020691
pensation. The Hall electrm mbility changes between 350 and 670K like rl. on
-lowering Un temperature- the wbility -increases- sharl)ly., - Tbe ionization- emrMr
-of
thic donor inpuritics was found 'to W 0.08 ev. Intrinsic photoconductivity was found
to pix-,duminate at all invectigated teiV!ratLrMs. Its ituxitrum is shifted to the
short -wavelength side with decTuasing temperature. The width of the forbidden bandt
its variation with terrq>_-rature, and the coefficient dependence of the photoconduct-
ivity on the electric field is linear up to fields of 20 v/cm when heating apparent-
ly becoin2G appreciable. At room temperature an acceptor level has been noted at
0,32 ev above the valence band. '1he activation energies of the donor and acceptor
levels wete also determined from the teuVerature dependence of the photoconductivity,
Large relaxation times of the photoconductivity have been observedo An energy level
diagran, of the impurity transitions is prq)osed. "In conclusicn the authors express
their gratitude to Professor Dw. M., NasLLeqRv for support and discussion of the work.t
Orig. art. has: 5 figures.
ASSOCIATION: Kyyivslkyy pedinstytut im. 0. M. Wrtkoho [Kiyevskiy pedagogicheskiy
institut im. A. M. Gortko I Viev PedaBogical Institut4
EP
SUMMED: 19SepG4 ENCL., '00 SUB COM SSj OP
NR REF SOV: 007 CMTRI. 004
-ard 2/2 ii
17-
u:,

__W1L_
ouuntX__ CODE f- (noVD127f5W 13
INKS
AUTHORS: 3@g@gehhivgl y,_O. V. V6Xtsekbgysk1y.__A, V. Kesd nly.
F. F.; Rud#A_lu. V.; Mitn!P_o V. K
ORG: Kiev Pedagogical Ins titutaim. 0. M. Gorl@jl (Kyyivstkyy pedinsty-
tut)
21,
TITLE: Transport effects in InAs-CdTe and InAs-ZnTe alloys
71,7 1777 7
SOURCE: Ukrayinolkyy fizichnyy zhurnal, v. 10, no. 12, 1965, 1349-1353
TOPIC TAGS: indium, alloy, electric conductivity, Hall constant,
thermoelectric power.beat conduction, electron mobility, electric
measurement
ABSTRACT: Samples of various compositions of the InAs-CdTe and InAs-
ZnTe alloys were prepared by meltin@(tbe constituent materials of pur-
ity no worse than 99.999% in q2uartzNtmpoules, using vibrational mixing.
After zone recrystallization, the samples were coarse-grained. The
electrical measurements were carried out on right parallelepipeds cut
from ingots wi-th man dimensions of 1.0 x 3.0 x 12.0 mm with ohmic
.kM indium. Measurements were made of the electrical
electrodes of;
conductivity, the Hall constants, the Nernst-EttingsbauBen effect over
a temperature range of 800--600K, the differential thermal emf, the co-
efficient of thermal conductivity, and the transmission spectrum at
Card 1/2

ACC NR1 AP6002028
300K. It is proposed that the band structures of alloys of the InAs-
CdTe system and of the initial compounds are analogous. The mechanism
of carrier scattering is discussed. The effective electron mass for
alloys of the system InAs-CdTL@, is found to be 0.05 MO, The small value
of the effective electron mass at a concentration of about 10 19 cm-3
and the regular variation of Eopt as a function of the alloy composi-
tion indicate that by purificationitf the investigated substances one.
can obtain material withUgh electron mobility for a given width of
the forbidden band. Authors thank Professor D. M. Naslyedoy and N, Q_
Horyunova (Goryunova) for Interest in the woriE_ Orig. art. has: 3
formulas, I table, and 4 figures.
SUB CODE: 20/ SU13M DATE: 15Dec64/
ORIG REF: 009/ OTH REF: 005
Card 2/2

L 2373-66 ENT(l)/T . LJP(c@
A-MU5910-FIM: AP5020827 UR/O020/65/163/0o4/de6a/o64
AUTHO11S F. P.; Kroitoni, S. 0.; Rud', Yu. V.; Sobolev@ V. V.; S.Yrbup
iv v
TITLE: The energy band structure in.@ry p A 'B C
..Rtals of the gr ui
9
2
SOURCEi JUT SSSR. Dok1ndy, v. 163, no- 4# 1965,@'Mm6q
TOPIC TAGSt semiconductor, zinc compound, conduction band, Millouin zone
.ABSTRACT: Investigations were made of the energy strucLure in minerals having the
.otructure of chalcopyriLe. The lowest conduction band is simple, and -the highest
valence band ic triple. This paper examines the reflection spectra of ZnSnAs 21
ZnSiP , and ZnSiA in the region of 1-6 ev aiid at 293K. The spectral distribution
2 92
of reflectivity ehowed two intense maximim for each crystal: at 265 and 600 mA for
the first, 280 and 330 Mu for the 3econd,and 275-295 and 370 m@L for the th-i-rd.
,The peak at 600 mg for WnAs2has a doublet structure with two maximums at 550 and
,650 m," . Spin orbit splitting for ZnSnAs proved to be 5-10 times that for the
2
other two. Because of the width of the peaks, doublet structure of a long-wave
maximt1m rme not observed in the reflectivity curves of the last two crystals. In
:Card 1/2
_@r IT
M

L 2373-M
!'ACCESSION RR: AP5020827
.general characteristics, the three minerals are very similar. It is concluded that
.the reflectivity spectra are due to allowed cross-over interzonal transitions at
points in the Brillouin zone analogous to points L and X in crystals of group
Aiv
and A"'Bv. The great general and detailed similarity in refleotivity spectra
of the tested crystals to the groups Aiv and A ... Bv strongly suggests a great
:similarity in structixre of the energy bands and the nature of the chemical bonds of
both groups. "The authors express their thanks to Professor D. N. Hasledoy for his
support of the present work. 11 Orig. art. has , 2 figures and 1 table. Yi@
ASSOCIATION: Fiziko-tekhnicheskiy institut im. A, F, Ioffo Akademii dauk SSSR
LPI@Ysicaj and Technical Institate# Acadeqr of Sciences SSSRiPwtitut prikladnoy
fiziki, Akademii nauk MBSR (Insti-tute-oT I emy of Soienr
SUBMITTEDi 15jan65 ENCLi 00 SUB CODE: SS
NO REP SOVt
005 003
Card-- 20/2

V()Y*II@,EKII(JV-IUYV A,V. (Vo.tsE:khIvs'kyI, O.V. 1@ KESAWNLY,
MITHEV, V.K. [M-4tiurlov, V.r.h Rub" Yu.V.
Y
Tran.ql'r.r effects in the alloys InAE;-CdTe and TnA----'In'p.
Ukr.N7,zhur.10 no.12,1349-1153 1) 165.
1. Kiyevskly pedagogicheskly institut ir, Gorlkojrc,
SubmITAcd Decembfir 15, 1964.

W.@_ . .
ACC NRt
%UTHORS: Kesamanly Malftgev, Yu. V.; Nasledov, D. N.;
.. F.-P.
Jkhanov, Yu. I.; Fil:Lpc enko, A. S. B
)RG: Physicotechnical Institute im. A. P..Ioffe,AN SSSR, Leningrad
:Fiziko-tekhnicheskiy institut AN SSSR)
PITLE: Magnetooptical investigations of the conduction band of InSb
3OURCE: Flzlka tverdogo tela, v.'R, no. 4, 1966o 1176-1181
rOPIC TAGS: indium compound, antimonide, magnetooptic effect, conduc-
tion band, Faraday effect, light reflection, dielectric constant
kBSTRACT: The authors investigated the optical reflection, transparency,!
ind location of the plane of polarization (Faraday effect) in the wave-
Length interval from 2 to 25 @L at temperatures from 130 to 550K and
19 -3
alectron densities from intrinsic to 1.2 x 10 cm , with an aim at
0 e
.hecking the validit f th theory proposed by E. 0. Kane (Phys. Chem.
Sol. v. 1, 249, 1957@. The apparatus used for the measurements was
leocribed by the authors earlier (Izv. AN SSSR ser. fiz. v. 28, 989,
1964 and ._-arlier papers). InSb single crystals doped with Se were drawn
from the melt by the Czochralski method. The reflection coefficient
Card 1/2
A

L@29958-66
iACC NRi AP6012481 0
.i
iexhibited a slow decrease with increasing wavelength, a sharp minimum in
I
ithe range between 10 and 17 @L (depending on the electron density), and
a steep increase. The value obtained for the lattice dielectric constant
,is 16.0 + 0.1, which ts in good agreement with published data. The ef-
ifective -mass of the ciectrons was found to be 0.071, 0.053, and 0.039
times the free electron mass (mo) at electron concentrations 12, 6, and
2.6 x, 10 18 cm-3 when calculated from the plasma reflection and 0.018,
0.021, 0.027, 0.03-3, and 0.051) mo for electron densities 2.5, 4, 7.5,
260, and 600 x 10 16 cm-3 by using the Faraday effect. The experimental
dependence of the energy on the wave number agreed with Kane$-,I calcula-
19 -3
tions up to electron densities 1.2 x 10 am Some deviations from
18 -3
lane's theory are observed at densities greater than 5 x 10 cm , and
Icall for a special analysis. Orig. art. has: 5 figures and 6 formulas.
SUB CODE: 20/ SUBM DATE: l3Sep65/ ORIG REF: 003/ OTH REF: Oll
2/2

L 33600-66 EWT(m)/EV1P(e)/T/EWP(t)/ET1 IJP(C) JD/WH
ACC NR. AR6o1622O SOURCE CODE: UR/0058/65/0OO/Oll/EOll/EOll
AUTHORS: Goryunova, N.- A.; Kesamanly, F. P.; Osmanov, E. 0.; Rud'i Yu. V.
TITLE: Crystalline and glasB-like CdGeAs
SOURCE: Ref. zli. Fizika, Abs. 11E80
REF SOURCE: Sb. Fizika, Dokl. k XXIII Hauchn. konferentaii Leningr. inzh.-stroit.
in-ta. L., 1965, 119-51
TOPIC TAGS: cadmium compound, crystal, glass property, germanium compound, arsenide
I
ABSTRACT: It is shown that when the melt is rapidly cooled, the compound CdGeAs 2
can be obtained in a glaas-like state. The temperature dependencecf the electron
tra;-.sport effects of this compound was investigated in the interval 100 - 750K.
Relat 've characteristics of gl-as-like and crystalline CdGeAs2 are presented. T.V
[Translation of abstract]
SUB CODE: 20/
(9

A SOU ICE' CODE, GE10030/66/017/001/0105/0108
--;;r %liev, S. A,; Kesarnatil F. P. ; Larfunova, T. S. ; Nasledov D. N.
07@ZG: [11%-esanianly; 1-agunova; Naslcdovj A. F. Ioff c Phys ico -Technical Institute,
i Acadeiny of Sciences of the USS LcningradL_[Alicv] Institute of PhyE;i
Academy of Sciences of the Azerbaidzhan SSR, -Bak'9--
TITLE: Hall effect and magnetoresistance of n-InP crystals at low temperatures
i SOUIR.CE: Physica status solidi, v. 17, no. 1, 1966, 105-108
TOPIC TACS: Eall effect, magnetoresistance, temperature dependence, Hall
const.ant, electric conductivity, impurity band, impurity conductivity, indium
phosphide crystal
ABSTRACT: A study was made of the temperature dependence of the'B"'11 CGIL11ARL-
R(T), the electrical conductivity @a(T)' , and the magnetoresistance Aelc(T)
bot@,,,Ocnll. 7 and 300K in n-indium phosphide specimens with electron cloncentrations
.,Oi,. 2 x 10TO 'to 1018cln-3. A maximum was observed in R(T) in the temperature
2 0 - 10 0 K; a Ole' was negative in all specimens below the maximum
of R.M. The results arc explained by the participation of the impurity
1/2
A C CR'.
AP6034922
bard in conduction. Orig. art. has: 5 figures and I table. (Authors abstract]'
SUB CODE: 20/ SUBM DATE: 15jun661 ORIG RE@-: 002/ OTH REF: 002/

_L o8l4o-67. -EWT(l) _- -IJP(c) - AT- -
ACC NR'
AP6033666 SOURCE CODE: UR/0371/66/000/004/0014/0021
AUTHOR: Kesamanlz F. P. --Kesamanll, I.; Klqty sh --Klotin
Z@@@@ksledovs, Talalakin, G.
ORG: Physicotechnical Institute im. A. F. Ioffe (Fiziko-tekhnicheskiy institut),@
Institute of Power Engineering AN LatSSR Unstit t energetiki AN LatSSR)
TITLE: Transfer effects in p-type gallium arsenideorystals
SOURCE: AN LatSSR. Izvestiya. Seriya fizicheskikh I tekhnicheskikh nauk,
no. 4, 1966, 14-21
'TOPIC TAGS: gallium arsenide, Hall mobility, Nernst effect, high temperaidre
effect, transfer effect, pn junction, p type gallium
ABSTRACT: The authors investigated the temperatur 'and :oncentration relation-
ships of the Hall mobility and the transverse Nernst, @tltingshausjn_pffect
p-type gallium arsenide alloyed with zinedzid radmiu .7,/The investigations have
been conducted at temperatures ranging from 90 to 800K in crystals with the
concentration of holes at 300K from 5. 4 x 1016 to 7, 7 X-1019 cm-3, It to shown
112
-----L o8l4o-67-
FACC NR, A
that the experimental results could be consistently understood in terms of the
theory for a semiconductor with an isotropic and parabolic zone. It to shown that
the ions play qn important role in scattering holes below room temperature. The
mechanisms of hole scattering by the lattice oscillation are examined. The authors
thank V. G. Sidorov for submitting precision values of the thermal emf. Orig.
art. has: 5 figures, 5 formulas, and 1 table. [Based on authors' abstract]
SUB CODE: 20/ SUBM DATE:. 14Sep65/ ORIG REF: 01-2/ OTH REF: 003V
2/2 not
U
,U-@@--.-,@?_@,. V@@M T
4 "0,
it

KESAMANLYY (It. D.
"Pitch from Combustible Shales of Azerbaydzhan"
Dold. AN Zz. SSR) 10p No 1) 23-27) 1954 (Azerbaydzhani resume)
Azerbaydzhan shales Yrith organic mass of sapropelic origin give on the
averare about IM pitch reminiscent of raw petroleum, but less homo-
r,eneaus than petroleum. The pitch contains carbon 80-81%, hydrogen
9.6-lV,,,, and sulfur 1.8-2"0'. Fractional distillation of the pitch at
various tenperatures pives the possibility of obtaining definite quan-
tities of benzene, kerosene and diesel fractions. (RZhGeol, No 3, 1954)
191.41
SO: W-31187., 8 liar 55

KMARI A yore
For a new exDnnnion of reoort constniction. Azarb.med.zhur. no,
5s64-66 my 58 (MIRA 1116)
(AZYMA IJAN--HFAAlhIH RESORTS-,WATERING PLACES. KC)

KESAREV, Allbert Petrovich, inzh.; KISELEVA, N.P., inzh., red.;
-_ red.
(Maintenance and repair of the Tertical transmission and bear-
ings of the 2D100 diesel crankshaft] Remont vertikallnoi pere-
dachi i podshipnikov kolenchatogo vala dizelia 2D100. Moskva,
Vses. izdatellsko-poligr. ob"edinenie M-va Futei soobshcheniia,
1961. 64 P. I (MIRA 14:12)
(Diesel locomoti@ves-Maintenance and repair)

POYDA, A.A.; KOKOSH.UISKIY, I.G.; TITOV, A.N.,, retsenzent; MOISEYEV,
G.A., retsenzent; KHARLAI-.OV, P.G., retsenzent; KESARE,V,
retsenzent; RUKAVISHNIKOV, Yu.A., retsenzent;
MMVEDEV, G.G., retsenzent; PALKIN, A.P.9 xetsenzent;
BOLISHAKOV, A.S., retsenzent; KHITROVA, N.A.,.tekhn.red.
(Mechanical equipment of diesel locomotives) Mekhanicheskoe
oborudovanie teployozov. Moskvaj Transzheldorizdats 1963.
463 p. (MIRA 17:2)

KLIMOV, N.N,, inzh.; GORN. V.N.0 inzh.; SEMEWV, N.S., mashinist-instruktoT;
BUDIKO, G.F.; MURZIN, L.G.; REMENNIKOV, S.S,;..KESAREV,, A.P.
Answering readers' queries. Elek. i tepl. tiaga 7 no.9:44-45
S 163. (MIRA 16:10)
1. Depo Lobnya Moskovskoy dorogi (for Semenov). 2. Zamestitell
glavnogo revizora po bezopasnosti dvizheniya Ministerstva putey
soobshcheniya (for M Iko). 3. Nachallnik otdela teplotekhniki
Glavnogo upravleniya lokomotivnogo khozyaystva Ministerstya putey
soobshcheniya (for Hurzin). 4. Nachallnik otdela truda i
zarabotnoy platy Gl,avnogo upravleniya lokomotivnogo khozyaystva
Ministerstva putey soobshcheniya (for Kesarev).
TI,
M

TMCYMO, Nikolay Alekseyevich; TYRICRIT, Allbert Georgiyevich:
TISH- 1 0. Nikolay Ivenovich; KESARIT A P., insh., retsenzent;
VULIF, Y.T., inzh., red.; Cekhn.red.
[Inspection,and adjustment operations in the repair of diesel
locomotives Proverki i regulirovki pri remonte teplovosov.
Moskva, Vseo.izdatellsko-poligr.obledinenia K-va putei soobahche-
nlia, 1960. 291 p. (MIRA 14:4)
(Diesel locomotives--Kaintenence and repair)

BOLISHAIKOV, Anatoliy Stepanovich; SARINp Valeriy Ivanovich;
SHVAYIISRTEYN, BoriB Sir4novich; POIIOI,.'A:XV) V.S., inzh,,
retsenzent; ZAZOVSKIY, D.G., inzh., retsenzent; VAYAROV,
M.S., inzh., retsonzent; POPOV, G.V., Inzh., retsenzent;
KURBATOV, A.I., retsenzent; KITAYEVA, Z.A., inzh.,
retsenzent; SDOBIJIKOV, Ye.F., retsonzent; KOVALEV, A.K.,
inzh., retsenzant; KESAREV, A.P tsenzent;
, inzh., re
KISELEVA, H.P.j inzh., red.; GROIMOVp S.A., kand. tekhn.
naukp red.; SHCHEMACHEVICH, G.S., inzh., red.; USEITKO, L.A.,
tekbn. red.
[Shunting diesel locomotives]Manevrovye teplovozy. Moskva,
1962. 383 P. (MIRA 15:6)
(Diesel locomotives)

YEGUNOV, Pavel Mikhaylovich, kanel. tekhn. nauk; _A@AgV, A_,P.-, inzh.
red.; VOROTNIKOVA, L.F., tekhn. red.
[Coolers of diesel locomotives]Teplovoznye kholodillniki.
Moskva, Tranpzheldorizdat,, 1962. 94 p. (MIRA 16:1)
(Diesel locomotives-Cooling)

ZASLAVSKIY, Yefim Grigorlyevich, inzh.; FORUM, Vladimir Isaakovich,
inzli.; KOSIIEVOY, Vladimir Ivanovich, inzh.; DUBROVSKIY,
Vladiirdr Zakharovich, inzh.; KESAIiEV, A.P., inzh.,
retsenzent; SMELINIKOV, S.V., inzh., retsenzent; 1,.ELINIKOV,
V.Ye., red.
[Repair of TE,10 diesel locomotives in the roundhouse] Re-
mont teplovozov TEIO v depo. Yoslkva, Transport, 1965. 90 P.
(VIRA 18.2)
1. Kharlkovokiy teplov3zoBtroitelInyy zavod Imeni
V.A.Malysheva (for Zaslavukiy, Portnoy, Koshevoyp Dubrovskly).

KESAREV, 1. P.9 CAND MED SCAg 1,1411cla"00c 0 F C E R T A I N
C@OND I T I ONS Of CULT I VAT I ON OF TYPHO I D BACTER I A (4)"THE FOR-
UATION AND REOENERATION OF THEIR FILTRAWY FORMS*" SMOLENSKI
1960. (MIN OF HEALTH RSFSR, SMOLENSK STATE MED INST). (KL,
2-619 218).
-255-

KESARET, I.P.; PRODAN, Z.G.
Parenteral infection of the argasid tick Oxmithedorus papillipes
by Rickettsia prowazaki. Trudy Ukr. resp. nauch. ob-va paraz.
no.2t6l-63 lt63 (MIRA 1723)
1. Dnepropetrovskly meditsinakly institut epidemiologi-i, mikro-
biologii. i giglyeny.

KLIMENOK, B.V.; PIRKIS. L.N.; SUCHED, Ye.V.; XESAM, M-P.
Using aqueous solution of carbamide for removing paraffin from
diesel fuels. izvevaeuchebazave; neft' i gaz. no-7:83-89 '58-
(MMA 11: 11)
1. Ufimakiy neftyanoy inatitut.
Me&) (Paraffins) (Diesel fuels)

NEFEDOV t V.D,; TOROPOVA, M.A.; KRIOKIIA,r'3KAYA, IN.; KESARFV, ON.
0
Saparation of phenyl derivatives of arsenic and germanium by
wariq of partition paper chromatography. Radiokhimiia 6
no. 1:112-113 164. (WRA 17:6)

KESAREV, B., Pervyy predesdatell pravleniya profsoyma gornorabochikh -
g-rl-zela v 1917 g.du.
On the eve of the starm. Mast-ugl. 9 no-1113 X l6o. (MIRA 13:12)
(Kizel Baain,.-Coal miners) (Trade unions)

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L 3181-66, EWT(1)1EWT(m)1W(C) RPL WWIGW
1ACCESSION NR: AP5oi48l3 Wonq/65/000/006/0030668
:AUTHOR: Kessrev, V. (Professor Doctor of chemical sciences)
19
,TITLE: The nature of comets
!SOURCE. Aviatsiya i koomonavtika, no. 6, 1965, 36-38
ITOPIC TAGS, comet, space flight hazard, celestial body
!ABSTRACT. Professor Kesarev describes a comet as consisting of a nucleus not
1 .1017
;exceeding afew km in diameter and having a mass of 3 g. Through solar in-
fluences, this nucleus begins to emit gases as it approaches the Sun. It is thesel
T
igases which are believed to be the main constituents of the huge coma and the tail. 41 .
iThe idea that comets might be produced by the disruption of asteroids, expressed by
!S. V. Orlov, is opposed, and it is contended that only smaller asteroids, rather 1
,than comets, can originate in.this manner. The author shares wJth J. H. Ocrt and',
IV. G. FeBenkov the theory that comets are the debris of a rather large planet. The
@author also agrees with Fe @enke'v's view that the "Tungus meteorite" is essentiallyd
!comet. In its- Aion d structurei-tbe comet is of planetary matter-and can -1
c9-1-1positio
)be called a miior or dwarf planet. The decay of comets is considered to be a con-
!sequence of intrusive chemical processes. The reaction products of those chemical
I Card l/p

L 3181-66
ACCESSION NR: AP5014813
processes which occur on the surface of a comet form the comet body, i.e., the coma,
and the taill. The shape and size of comet bodies is determined by the intensity Of;
ithese chemical processes and by the acceleration of particles. This implies that
!the process of comet formation is ultimately dependent upon the combined forces of I
kinetic energy and light pressure. In planning space flights, the possibility of a!:
spacecraft colliding with a variety of objects, including comets, must be taken into
consideration. However remote the probability of such a collision may appear, the
,problem of assuring bLecident-free -space travel must be satisfactorily resolved.
!There is an urgent need for further research into the nature -of small and large
icelestial bodies the author concludes. 1VM11
iASSOCIATION:. none
I I
ISUBMTED: 00 ENCL: 00
No REF GOV: 000 OTHER: 000
[Card __2 12
SUB CODE: AA, $V
ATD FRESS:.CI4010

YEROFEYEV, Petr Petrovich, prof.Cdecoased]; 17.WZVA, V.P., rod.;
BATXINA@ N.F., tekhn, red.
[Tuberculosis of the brain, spinal cord and meninges; a
morphological study]Tuberkulez golovnogo, spinnogo mozga i obo-
lochek; morfologicheakoe iosledovanie. Moskvap tied iz,, 1962.
222 piMlINCES_TURBERCULOSIS) @MA 15:9)
(SPINAL CORD-TUBERCULOSIS)
(MADI-TURBERCUILSIS)

wwv, V.S.
Ch.graoteristics of the structural organization of the hypothalamus in
man and some primates (chimpanzee,, macaca). Zhur. nevr. i psikh. 65
no.5z696-702 165. (MIRA 180)
1. InsUtut mozga (direktor prof. S.A.Sarkisov) AMN SSSR, Moskva.
A@V

KESARFV, V.S.
Diphasic planimetry as a method for determining the volurnes of
cerebral structures. Biul. eksp. biol. I med. 58 no.8:120-123
Ag 164. (MIRA 18:3)
1. Institut mozga (dir. - prof. S.A. Sarkisov) AMN SSSR, Moskva.
Submitted June 17, 1963.

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KESARRVA, V-P., kand,med,nauk
Report on plenary sessions of the Moscow Society of pgth0n,jntomt4tg
In 1953, Arkhopate 18 no*4tl36-141 '56 (MIRA 11:10)
(AVATORY, FAV OLOG ICA I--SOC IWIFS)
KgUUVAI 1J.P., kandidat moditainakikh nauk
Plenary sessions of the mbscow Soc,lety of Fathoanatomists@ Arkhopat,*
18 no.5:130-135 156. 9:12)
(AUTOKY, PATHOLOGICAL)
777!7r!" @T

.KF.SAREVAV V.Pe (Moskva)
Plenary session of the administration of tho All-Union Society of
Pathoanatomists. Arkh. pat. 22 no. 10:88-8c
,) t6o. (MIRA 13:12)
1* Sekretars Vaesoyuznogo obshchestva pqtologoanatomov.
(FATHOANATOMICAL SOCIETIT)

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USSR/Human and Animal Pliysiology (Norual and ratholorgical), T-11
Nerve and Muscle Physiology.
Abs Jour : Ref Zhur - Biolo) No 11) 1958, 51185
Author : Kesareva) YeePs
Inst
Title The Methods of Myntonography in Man.
Orig rub Fiziol. zh. SSSR) 1957, 43, No 8, 801-803.
Abstract The processes of muscle contractions in man were recorded.
,% flat, slightly inflatted rubber balloon was fixed upon
the rVogaster under investilatim by two strips oC adIiesi-
va tape. A kywgraph ", a uucd for recording purposes.
This nothod my be applied to any surface mascle, and it
is most convenient when applied to rmseles whose antago-
niots are situated in such a rx=or that the traction of
tensed mascles is not transmitted to the recording balloons.
The tension of both muscles of the same name, i.e., on
both sides, is recorded, and sometimes the tension of two
Card 1/2
P

K3SA'.UVA, Te.P.
Tonle reflexes in physically trained persons. I'rud7 Inst. fiziol. AN BWR
W6-34 158- (MM 12-1)
1. Kaft-dra fiziologii i khimii Belorueskogo gosudaratvannogo ordana
Trudovogo Krasnogo Znamani inatituta fizichaskoy kul'tury.
(HUSCLI) (RN?L")
30

KAUROT, P.O., KESAM, A. Ye.P., RAMILEVICH, L.S., TROFIMOV, I.G.,
Nikolni Alokonndrovich lUdenich; an obituary. Piziolo7hur. 44 no.6:606
Je 158 (XIU 11:7)
(ITJDFXICR, NIKOIAI ALEKBANDROVICH, 1900-1958)