SCIENTIFIC ABSTRACT -

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000411820012-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

DZHAGINYAN, G. A.
Dissertation: "Treatment of Some Surgical Infections by the Local Application of
Penicillin." Cand Med Sci, Yerevan Medical In5t, 16 Jun 51. (Korx-.unist, Yerevan,
6 Jun I;h)
SO: SUM 318, 23 Dec. 1954

, " 3 DzHAGlflyj".N, I.G.
-. -
0
k~omme biochem-lcal. ohifts in U'le blood in lnmbt~,-mclal raclionlitis
"a- .-P. i RI-In. Med.
,jrd in loolons of the ocia'-Ir, ne 4 air. e~ rj
3 ( IMI 17 W- 4 )

D~IMGIIYI~j I.A.
the Uair. voj.,:OIDO
15-19 " 165,

DZHAGUPOV, I.V., kapitan meditsinskoy sluzhby
Resullt~~` of a dispensary observation on patients with otorhinolaryngo-
logical diseases and their treatment in the unit. Voen.-med. zhur. no.
1-78-81 163. (MIRA 17: 8)

ACC NR, AR7000954 SOURCE CODE: UR/0275166/000/011/VO13/VO13
AUTHOR: Dzhagupov, R. G.
TITLE : Reliability of piezoelectric transducers
SOURCE: Ref. zh. Elektronika i yeye primeneniye, Abs. lIV92
REF SOURCE: Izv. Leningr. elektrotekhn. in-ta, vyp. 56, ch. 2, 1966, 45-47
TOPIC TAGS: piezoelectric transducer, servoamplifier, piezoelectric tranducer
reliability, lead zirconate, voltmeter
1,kBSTRACT: Piezoelectric transducers (T) are used in pneumatic servoamplifiers,
electric voltmeters, clock oscillators, etc. , in the form of a package of bim-
plates connected in parallel. The us-e of T instead of a polarized electromarmet,
makes it possible to reduce the weight and overall dimensions, improves the qua-lity
i of the device, and permits changes in T power within a wide range. In T, the plates
-undergo bending deformations close to the limits of mechanical strength; they are
controlled by electric fields whose intensity is close to the breakdown intensity andi
are subject to mutual dry friction. All this causes the occurrence of microcracks;
which produce conditions leading to electrical breakdowns and the mechanical failure
12 UDC: 534. 232. 46-8
Card

ACC NR- AR7000954
of T. The reliability of T with a varying number of plates was determined
experimentally. It was found that the risk of failure increases with increase in
length and number of plates and with decrease in their thickness. A substantial
decrease in failure probability can be achieved by decreasing the operating voltage
by 10-1516. An example of a graph of failure probability for a lead zirconate T
1consisting of 10 plates measuring 40 x 10 x 0. 7 mm each is presented. The paper
includes one illustration and a bibliography of 3 titles. (Translation of abstract]
JDW)
SUB CODE: 0 9
Card 2/2

WIEDOV, ShamIchal; PZHAGUPOVAp Ye.G.; AVANESYAN, M.A.
Glycol others and their derivatives@ Part 51: Synthesis of
alkoxy derivatives of methyl ethers of o- and p-methylbenzyl
alcohols. Zhur.ob,khim. 33 no.3:836-Ul Mr 163. (MIRA 16:3)
1. Institut neftekhimicheskikh protsessov AN Azerbaydzhanskoy
SSR.
(Benzyl alcohol)
(Ethers)

igg~_AV16004849 I SOURCE -CODE: 119/66/000/ 01/0007/00 loq~.
UR/O
[AUTHOR: DzhM4pov, R._G. (Engineer).. Korolev, Yu. V. (Engineer); 10
Ragozin, Yu. S. (Candidate of technical sciences)
OIRG: none
TITLE: Piezoelectric voltmeter
SOURCE: Priborostroyeniye, no. 1. 1966, 7-10
TOPIC TAGS: voltmeter, piezoelectricity, piezoelectric property
ABSTRACT: The development of a new piezoelectric voltmeter (Author's Certificate
155549. Bull. izobr., 1963, no. 13) is reported.
Bimorphous strip Z fixed in block I mounted on
base 3 In deflected by the applied measurand U.
Bimorphous strip 2 consists of two piezoelectric
strips (CTS 13/ 1, KNBS 13/57, or BaTi0J)
cemented together by an epoxy compouL i. The
small angle of deflection is magnified by
reflecting a light beam (mirrors 4 and 5) and
Piezoelectric voltmeter projecting it onto scale 6; by positioning mirror
U~C., 621.317.725-.537.228 .1
-----------

L 23172-66
ACC NRs AP6004848
15, the instrument sensitivity or scale span can be adjusted. The possibility of
Imeasuring voltages from a few hundredths of volt to 2000 v by such an arrangement
is claimed. A formula for the final angle of deflection is given. It was experimea-
tally found that CTS 13/1 is less temperature -sensitive than other two piezvoelectric
materials, and BaT1041!~is the most sensitive. Also, data on the mechanical strength
of the piezoelectric strips is supplied. The voltmeter error is claimed to be 1. 512
when it is operated "under normal conditions. Orig. art. hail: 6 figures,
4 formulas, and I table.
SUB CODE: 09 SUBM DATE: none

MAWMoV, Shamkhal,- DZHAGUPOVA, Ye. G.; AVANESYPII, M.A.
Glycol etliers and their derivatives* Part 66: Synthesis of
alkoxymethyl, ethers of p-chlorobenzyl alcohol. Zhur. Ob.
khIm. 34 no.110583-3588 N 164 (MIRA 18:1)

CHUMAKOV, M.P.; GAGARINA, A.V.;. LASEKEVICH, V.A.; DZAGUROVI S.G.; RALIF. H.M,;
FLEM, G.P.; VOROSHILOVA, M.K.; ROBINZON, IVA.
Comparative characteristics of living pollowelitia vaccine prepared
at the Institut*e of Poliomyelitis Research of the Academy of Medicine
of the U.S.S.R. and Sabinle vaccine from attenuated strains of the
poliomyelitis virus. Vop.virus. 4 no-5.*533-537 S-0 '59.
(Mfk~ 13:2)
1. Institut po isuchaniyu poliomiyelita AM SSSR, Moskva..,,-
(POLIOMYZLITIS. immunol.

PZHAILO'll, Kh. : Njaster Vet Scj. (diss) -- "Pumenotcr:~y in an~ anall cattle
(-E'xT,erimental-clinical investigation)". Frunze, 1958. 26 pp (Min f%,;ric LESE,
KIr-,,,,Iz Aj~ric Inst, Chair of Gon, Special, nm! Cpo-mtivo S-Surge-ry), conl~~S
(KL, No 11, 1959, 129)

DZHAKELI, Kh.
Fhysico-geographical features of the Vani region. Trudy 'f*oil.GU
72:23-51 159. (MIRA 15:5)
(Vani. District-Physieal geography)

;D owg" ADS 0-"%".WWM
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DZHAKET, P- P~-- --q-.
Practice of physicogeographic regionalization of the Adzhar-
Imeret Range and adjacent regions. Uch. sap. AGU. Geol.-geog.
ser. no.1:63-69 162. (MIRA 16:1)
(Georgia-Physical geography)

I ,
Kh.G.
Phy3icOgGegraph-ical charactariztics c~' the envi-on:-, of the city
of Akhaltsikhe. Trudy Tbll. GU 90il5l-169 163. (MIRA 1?34)

At
AT6017665-.1
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SOURCE COM
)oO/d&/dj /dj75C
AUTHORt Dzhakelip L, Ae (&gineer)-
13f/
ORG: Tbilisi DeWtment of the Institute of Rydroprojeata (Tibiliaskoye otdeleniye
instituta Gidroproyekt)
TITLE: The methodology of seismi-Y~X-
o strength design of the Ingursk arch dam
SOURCE: Soveshchaniye po voprosam proyektirovaaiya i stroitellstva arocbnykh plotin.
Zugdidi, 1962. Arochnoye plotinostroyeniye (Arch dam construction); cateriely
soveshchaniye. Moscowq Izd-vo Energiya, 1965, 154-158
TOPIC TAGSt civil engineering, seismology, earthquake
ABSMCT: In designing concrete arch dams for seismic strength, engineers must
consider two possible cases of the direction of seismic inertial forces; 1) forces
along the direction of the stream bed; 2) forces directed perpendicular to the stream
bed. The more difficult case of stress determination is that imposed by the action dfl
seismic loads which are transverse to the streambed axis. Computation of the inter- I
action of individual arches in seismic deaiga for transverse loads is studied'in the
Institute of Structural Mechanics and Seismic Strengtht Ali Georgjan SSR (Institut
a
stroitellnoy mekhaniki i neysmostcrfkosti AS Grazinskoy SSR) under the direction of
Doctor of Technical Soiences Sh. G. Hapetwaridze. The method of study treats
individual arches as hinge jointed sections knee Fig. 1). Thin method leado to the
Card 41/2

L00758-67
:C NRs AT6017665
fill
-Dowel-Joiata
between arch
Fig. I Computational scheme
statement of a set of equations relating the interacting forces between arch sections*'.
With the proposed equations rahear moments and normal forces are computed through the
use of a set of coefficient tables developed at the Institute. Influence lines caa
then be plotted for the dam structure# andp following the determination of arch dis-
placezentag the reaction forces in the Joints may be computed. An example of these
computations is given for the LnVrok structure. Additional sample cozput&tions are
tabulated for seismic loading. Orig. art. has: 4 tables# I figure# and 5 equationse-
SUD CODE: 13F DMI 29SeP65
It"_4 212

KVARATSKHELIA, N.T.; GAMBASHIDZE, K.K.; DZHAKELI, M.Ye.
Effect of gramineous and leguminous grass mixtures and organic
fertilizers on the microbiological processes in subtropical
Podzolic soils. Soob. AN Gruz. SSR 29 no.D73-80 Jl 162.
(MIRA 18:5)
1. Institut pochvovedoniyap agrokhimil i melioratsii, Tbilisi.
Submitted November 27, 1960.

DZHAKELI, Vakhtang Yermisovich
--, 7_".._-'- 4 -... - _.-;._...- . I ~.
(Potentials of collective-farm production and their ef-
ficient use] (Rezervy kolkhoznogo proizvodstva i ikh ra-
tsionallnoe ispollzovanie. Tbilisi, Gos.izd-vo "Sabchota
Sakartvelo"] 1962. 123 P. (In Georgian] (14IRA 17:4)

SIMYCHENW, Ne; I)ZHAKHANGIROVe G.
Preparing for the 40th anniversary of the All-Union Communist Touth
League. On. telkh. 3 no.9:6-7 S 158. (min 11:10)
(Conmunist Touth League)

V. A.
Arkitekturb respub.')k oredney AvAi (Arcliftecture of the rcilublics of Centrid by)
za-vo i Gradost-
A. Dzhakhan#irov, T. 11'. Basenov (et al) 11.11,1-skva, Gcs-l' ... L~
r
'tell t, n 3 fror abAract. Zea-iz, vitln the arcbit~.ctuxe of
o,- Stva, Ic5l. 3,04 r, Ca.'al-ge,
Uzbekistan, Faztkstan, Mr:--Iriz and other republics of Centr-, AFiv.
N/5
P,:4
- D9

IURTSKIIUIAVA, I.A.; CHINOMANI, R.I.; SHOLINIK, A.L.; !),',HA.,.1HUTASHVILI, T.V.
Induced photoconductivity in single crystals of zinc sulfide
with impurities. Soob. All Gruz. SSR 40 no.1:55-62 0 165.
(MIRA 18:12)
1. Tbiliaskiy gosudarstvennyv. uaiversitet. Submitted January
14, 1965.

MACTi- ----Th --- -as tl6f- ui.,x ilin
0 iiia-~s
e crystals of Zn.;

LNR: AP4046602
-~p e w
:;.i:
:ir a -i cz,~! r
rate u.z deg/sec. The single crystal 9 mo, -ri x v

I z - -- - : .- - _ -- - -- - ~~: "- - ---- - - - , -- --
- , 1 Vo-- -,l-
, . , _-, - - -., i - - -, 4 i-..! r. 6 ') ,

DZHAKOV.. E.
The 27th Conference of the International Electrotechnical Commission,
held in Bucharest. Spisanie BAN 7 no.3i74-76 162.
. I
1. Ghl.-kor. na B*Igarskata akademiia na naukite.

USSR/t,lectronics - Television Feb 53
"Principles of Three-Dimensional Television,"
S. Zlotnikov, Cand Tech Sci, and V. Dzhakomiya
Radio, No 2, pp 40-42
Gives a general description of the conditions
required for depth picture perception and the
principles of 3-dimensional television.
253T91
tj
C,
i_4
-4,

107-57-6-37/57
AUTHOR: Dzhakoniya, V., and Minenko, Yu. (Leningrad)
--------------
TITLE: Color Television (Tsvetnoye televideniye)
PERIODICAL: Radio, 1957, Nr 6, pp 40-44 (USSR)
ABSTRACT: A short description of the NTSC compatible color television is given.
"This system is usually called NTSC in foreign literature. " A few color prin-
ciples are set forth, and transmitting and receiving color TV systems are de-
scribed in some detail. NTSC means National Television System Committee
(USA).
There are ten figures in the article.
AVAILABLE: Library of Congress
Card 1/1

6(6) S/10?/60/000/04/020/045
D047/DO06
AUTHOR: Dzhakoniya, V.
(Leningrad)
.
,
TITLE. Experimental Apparatus for Three-Dimensional Colour
TelevisioO
PERIODICAL: Radio, 1960, Nr 4, pp 29-30 (USSR)
ABSTRACT: A stereoscopic colour television system has been worked
out, and experimental apparatus made, in the Labora-
toriya televideniya (Television Laboratory) of the
Leningradskiy elektrotekhnicheskiy institut svyazi
im. M.A. Bonch-Bruyevicha (Leningrad Electrotechni-
_
cal Institute imeni M.A. Bonc_h_-_E_ruyevich)7~~c
1er the
direction of Professor P.V. SFm-akov. With the aid
of this apparatus, rese-a-r-M 'is-Feing carried out on
the influence of colour on depth reception, the in-
fluence of the band of the broadcast frequencies,
Card 112 and of flickering, on the quality of the stereoscopic

S/107/60/000/04/020/045
D04?/DO06
Experimental Apparatus for Three-Dimensional Colour Television
colour image. On the transmitting side of the
apparatus a scanning beam camera is used for alter-
nating transmission of the two pictures taken from
different points and simultaneous transmission of
three colours. Color pick-up tubes of the mask t3rpe
are used at the receiving end. The scanning beam
camera has two l8LK8Zh scanning tubes and two 1-51
objectives. The video control device contains two
53LK4Ts tubes. The standard frequendy band of 6.5 Me
is used. The first stereoscopic colour television
broadcast was made on Dec. 10, 19591. Further aims
are to find methods of cQnsolidating the channel and
transmitting the two image signals of the object
photographed. Senior Engineer L._11pay is shown at
the apparatus. There is 1 diagram and 1 photograph.
Card 2/2

273-51 S/187/60/000/008/003/004
D053/D113
AUTHORS: Shmakov, P.V.: and Dzhakoniyag V.Ye.
TITLEi Color stereotelevision
PERIODICALz Tekhnika kino i televideniya, no. 8, 19602 30-40
TEXTj The ways of solving the problem of color stereotelevision are dis-
cussed. A system of color stereotelevision can be created either by a
mechanical coupling of any color television (TV) system or by designing an
entirely new system based on the properties of binocular vision. Color TV
signals of the stereo image can be produced by (1) a combined operation of
two color TV camerasi (2) a single three-tube camera with a special sterec
adapter with, or without, an obturatcr; (3) twD cameras of the sequential
color TV system; and (4) a flying spot camera with two alternately oper-
ating scanning tubes. The signal transmission of the stereopairs obtained
can be accomplished by means of the following color stereotelevision sys-
temst (1) eimuitaneous color and picture system occupying six channelst
Card 1.12

Color stereotelpvision
S./1871/60/000/008/003/004
2 7i5 1 D053/Dll3
(2) iimu"Ltaneous picture and sequential coicr system; (3) simultaneous
c~-I= ard sequential pic-rure system,,, (4) sequential color and picture
systems (5) two-color sterec system: and (6) binocular color mixing
system: The pri-ciple of operation ~f the last system is based on thq
pher.cmenon of binorullar oolor mixing. There are 18 figures and 6 Soviet
referenceE.
ASSOGIATION: Leningraaskiy eIskTr~.tek'I'-1nI_cheskiy institat S-Iyazi imeni
M.A. Bon-.h-Bruyevinha (Leningrad Eler;trot-eshnical Institut-e
of Communica,~ions im. Bonch-Bruyevich).
Cari 2112

ZHXBELI , B., kand. tekbn.uauk ~ DZHAKONITA, T., inzh.
Three-dimensional color television. Tekh.mol. 28 no.8:35-36
l6o. (MIRA 13:9)
(Color television)

AKSENTOV, Yu.V.; GOLIDIN, A.A.; A~HAKO~IYAJje. i DUSHKEVIG11, N.I.;
YERGAIIZHIYEV, N.A.; YEFINKT11, V.I.; LIPAY, I.N.; MINENKO, Yu.G.;
ODNOLIKOJ, V.V.; PEREVEZENTSEW, L.T.; TARAIJETS, D.A.; SEMAKOV,
P.V., prof.; KUKOLEVA, T.V., red.; DEIXAYEVA, V.V., tekhn. red.
(Theory and practice of color television]Teoriia i praktika
tsvetnogo tele%-Ideniia. Moskva, Sovetskoe radio, 1962. 661 p.
(MIRA 16:1)
(Color television)

DZHAKOV, E.; STAbENOV, K.; GRIGOROV, G.
Ferromagnetic choke coil in saturation as sensing element. Izv
fiz atom BAN U no.1/2:67-80 163.

-, 4 , t. .. , , . , -,, : I i , 1 "3 ~ - 1 1

PAN

DMtX",r'yE.
I'ApproxipiationF~ of Formulas for Saturation Current i.n Diock-- by iolfraflll- ;. 19.
(DOKJI"ADY, Vol. 3, no. 2/3, Apr./Dec. 1950 /-Published 19517. Sofiya, ~ulga-ria.)
L-- - -
So: 1-11,nthly List of 7ast European Accessions, Vol. 3, 1~o. 5, ~'Iay 1)5L,/Unclassified

DIZq.1kI^I--~V.1 V~ ".
"Theory of E-rldoes with ~i Diode at th,~ 'S'aturatIcn ',-`~)Int i n th-~- ~`s-nc ~ ty f F-
r, - -
j,
Sensitive p. 23. (D:I-'KLADY, Vol. 3, na. 2/3, Apr./Le,-c. 1950 /TublLsh-ad 19517.
Sofiya, Bul.garia-)
So: %:onthly Ust of `.ast E'uropeann Accessi~ns, Vol. 3, -0. 15, :,-aY

62--- "11-4' .20' 1621.314.224

~421 1-4 314 2j!
5,47. On ax-
21 Cc., - i,-: 5! 1 In
A, rllf (if of
".k Y~~m lanl~llatnmls of 4% '-~F cc,--
poi...n,7.;g curicril
condnion-, on po,'r,
and j-.
IniNnant
rallol sze ;r-~.-'Ozldent of 0. --a 3 'd
-OL-M
:-,minat4Lr.~. A ah'- ts ZAVCZ, 2.1t tlic
iq

DZHAKOV. Y.S.
USSR/Electronics -'Dio&d Tacu= Tubes Apr 52
"Approximate Formulas for the Saturation Current
in Diodes With Tungsten Cathode," E. Dzbakov,
Phys Ins.t, Sofia U
I'Zhur Tekh Fiz" Vol XXII, No 4, pp 602-6o5
Derives formulas for plate current at satn point
in relation to filament-current. Received 16 Jul
51.
n6n8

A T I K3 RA MAG .40N LJN'L,10~
A T, A D'. T"UNN"4 FA Lluj~k t K -41,
f,-z, z-,n i L: T!ie
ig kr?
u AT. t4,

UZHAKOV, E.
"Electronic delaying relays with time for holding the potential function of a
directed voltage."
IZVE-STIIA. SERIIA FIZICHESKA, Sof!Aa,, Bulgariat Vol. 6., Jan./Dec. 1956
(published 1957).
Monthly List of East European Accessions Index..(EEAI), The Library of
Congress, VolmrB 8, no. 8, August 1959.
Unclassified

DZRkKOVp E.
"Electronic delaying relays with condenser loading by a diode in the process
of saturation."
IZVESTIIA. &MIA FIZICfMKA, Sof iia, Bulgaria, Vol. 6, Jan./Dec. 1956
(published 1957).
Monthly List of East European Accessions Index (FRAT), The Idbrary of
Congress, Volume 8, No. 8, August 1959.
Unclassified

BULGARIA/iNucloar Physics - Genorel
As Jour : Rof Zhur - Fizika, No 9, 1958, '10 19701
Author : Dzhakov Ye.
Inst z Yet Given'
Title : Nuclear Physics in the USSR.
Crig Pub s Prirodc (B"19-), 1957, 6, No 5, 21-28
Abstrect : No abstract
C-1
Cerd : 1/1

J
SOV-115-c8-T-27/42
AUTHORS: Dzhakov, E_, iev, T., and Stamenov, I.K. (Bulgaria"
S,
TITLE: A Ballistic liethod of Determining the Hysteresis Loop with
the Use of Short Current Pulses (Ballisticheskiy metod
opredeleniya gisterezisnoy krivoy posredstvom kratkovre-
mennykh impullsov toks,)
PERIODICkLt lzmeritellnaya tekhnika, 1958, lir 3, PP 77 - 79 (USSR)
ABSTRAWT: The authors have developed a new method of measuring the
hysteresis loop of hard magnetic materials. The method con-
sists in using short electric pulses limited by an electronic
relay inserted into the circuit of a ballistic galvanometer
and switched into the galvanometer only for the duration of
the increase or decrease of the flux density, The design
principle of the suggested measuring device for the purpose
is illustrated by diagram (Gif, 1). Eagnetization by elec-
tric pulses permits an increase by 400 - 500 times the our-
rent density in the magnetizin6 winding on a metal specimen,
which considerably simplifies the conditions of ragnetizing
and measuring; the specimen is not heated, as occurs fre-
Card 1/2 quently in common ballistic measurements of the hysteresis

SJOV-11 5-58-3-27/41
A Ballistic Method of Determining the Hysteresis Loop with the Ufie of
Short Current Pulses
loop. The loops determined by the new method for steel of
24 amp/cm and alnico alloy of 512 amp/cm, coincided with the
loops obtained by other methods. It is said that this me-
thod can also be used for measurine the difference of the
magnetic potential and the intensity of magnetic field with
a magnetic potentiometer or with a fluxmeter. Investiga-
tions are being conducted to replace the electronic relay by
germanium or vacuum diodes, or by nore complex rectifying
electronic circuits making the electric current flow through
the galvanometer in one direction only without having to cut
out the galvanometer for the reverse current. There is 1
diagram, 3 graphs, and 1 Soviet reference.
1. Magnetic materials--Iiysteresis 2. Hyteresis--Recording devices
3. Recording devices--Design.
Card 2/2

DJAVKOIJ, F. (Dzhakov, E.); ORLIKOV, V.; ZARKOVA, L.; KONSTANTINOV) E.
,F7W ~V ___~
High-frequency oscillations in a thermionic converter under
the low pressure of cesium vapors. Doklady BAN 15 no.7:
707-710 162.
1. Institute of Physics at the Bulgarian Academy of Sciences.

DZ[4 4 KO
r_-
un -W- ~V~ ORLINOV, V&; ZARKOVA, L.; KONSTANTINOV, Fr,
low-frequency oscillationsin the~~onic converter with cesium
vapors. Doklady BAN 16 no.1:23-26 163.
1. Physical Institute at the Bulgarian Academy of Sciences.

DZHAKOV, E., prof.
Measuring units, and teaching physics. Mat i fiz Bulg 6
no.2:5-10 Mr-Ap t63.

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P., E F 'S 0

DZHAKOV
Transistor standard sound frequency. Radio i televiziia U no.7:
213-214 162.

DZILIXOV, Ivan-
Modern diving tectinque ~nui-arlre expj~;rr!,-:3, ~ I, ! r t~14 -
. - I ,
: ~"-' Bulg 13 flo .4,82-31(' Jl-:~g I 6c' -

1UNOV2 V. G., LEPIL079 V. I.,, MOSKALEV., V. I., FLYAGIN, V. B.,
~DZHAKOV
SHATET, T... BUDAGGVq YU. A., DMOMM, V. P.,
"The One-Voter Propane Bubble Chamber in Magnetic Field"
paper presented at the Intl / Conference on High Energy Physics, Rochester, N. Y,
and/or Berkly California, 25 Aug - 16 sep 196o

AOXIT (I OSTU aas
AOXIMCI

KOITSTANTMOVS V.; NIKOLOVj, N.; DZITMOVA., St.
Terminology suggested for the electric resistance tensiometry.
Mashinootroene 11 no.6:46 Je 162.

CHULMOV) G.Ch., doktor ekon. na.k, prof.; KISEEPLEVA, L.I.; ZHUBANOVA,
Z.G.; TAYBEKOV, I.Ye.;_P~H
AqALIYEVI ISINIUKHAMEDOVp
B.M.; CaCHELEVA, T.V.; KUZNETSOV, Yu.N.,, red.; POGOZHEV,
A.S., red.; ROROKINA, Z.P., tekhn. red.
[Essays on the history of the national economy of the Kazakh
S.S.R.1 Ocherki istorii narodnogo khoziaistva Kaza-khskoi SSR.
Alma-Ata, Izd-vo AN Kaz.SSR. Vol.3. (June 1941 to 19451
Iiun' 1941 goda - 1945 god. 1963. 299 p. (MIRA 17:1)
1. Akademiya nauk Kazakhskoy SM, Alma-Ata. Institut ekonomiki.
2. Chlen-korrespondent P11 Kaz.SSR (for Chulanov).

21M, 24(3) 66551
AUTHORi Dzhaksimov, Ye. SOV/166-59-4-2/10
TITLE: Calculation of the Thermo-E.M.F. of the Semiconductors for the
Effect of Taking Along in a Magnetic Longitudinal Field in
Quantum Approximation
PERIODICAL: Izvestiya Akademii nauk Uzbekskoy SSR, Seriya fiziko-
matematicheakikh nauk, 1959, Nr 4, PP 9-15 (USSR)
ABSTRAM The taking along of electrona by phonons causes an additional
the-rmo-E-M.P. in semiconductors. Since a magnetic field
influences the exchange of the impulse between electrons and
phonons it also changes the ther-mo-E.M.F. In an isotropic
approximation the author calculates the thermo-E.11I.F. for the
presence of a strong magne tic f ield H >> K T, where I'
0 IM .18
the magnetron of Bohr and H is the intensity of the magnetic
field). The obtained final formula is
K0 2)3/2 [1 r
01. Lr 1n( BADM r
p AKO _O.Ojx
H -e K T 1 2 T
Card 1/2

o6551
Calculation of the"Thermo-E.M.F. of the Semi- SOV/166-59-4-2/10
conductors for the Effect of Taking Along in a
Magnetic Longitudinal Field in Quantum
Approximation
where -q is the aound ~felocity,
There are ?2 refevences~ 4 of which are Soviet, 2 German,
and 6 American.
ASSOCILTION:Fiziko-Tekhnicheok4-y inot'itlir AN Uz SSR (Physical-Technical
Institute AS Uz SSR)
SUBMITTED: March 5, 1959
Card 2/2

80) 30v/166-59-6-7/11
AUTHOR: Dzhaksim
TITLE: Calculation of the Galvanic- and Thermomag-netic Appearances
in Semiconductorsi~'Iith Consideration of the "Pull-in-step"
Effect
PERIODICAL: Izvestiya Akademii nauk Uzbekskoy SSR, Seriya fiziko-mate-
maticheskikh nauk, 1959, Nir 6t PP 52 - 59 (ussn)
ABSTMICT: Considering the migration appearances in semiconductors,
especially in investigating the galvano- and thermomagnetic
appearances one usually assumes that the phonon distribution
is in equilibrium. Under the existence of a temperature gra-
dient, howeverf this is not the case. The phonons diffuse in
the direction of the falling temperature gradient and "take
the electrons along" (11pull-in-step effect"). These and similar
"pull-in-step" appearances cause the occurrence of additional
thermo-emf , heat etc. In Z_Ref 12
7 these additional appear-
-
ances were determined under consideration of a nonuniform
phonon distribution. The author generalizes the kinetic
equations for electrons and phonons civen in /--'qef 12 7 to the
case where the m&.-netic field is con3idered i~ additi;n. The
Card 1/ 2

Calculation of the Galvanic- and Thermomagnetic SOV/166-59-6-7/11
Appearances in Semiconductors ',Vith Gonsideration of the "Pull--in-step"
Effect
general solution of the problem for this case is explicitly
given. The galvano- and thermomagnetic coefficients are se-
parately given for a weak and a strong magnetic field. The
final results are represented graphically. It is stated that
the "pull-in-step effect", especially for low temperatures,
has an essential influence on the appearances considered.
Lhe case of extremely strong magnetic fields is not in-
vestigated.
The author mentions K~B. Tolpygo, Ya.G. Dorfman, I.K. Kikoin.
There are 3 figures, and 17 references, 11 of which are Soviet,
2 German, 2 American, and 2 English.
ASSOCIATION: Fiziko-tekhnicheskiy institut An Uz SSR (Physico-Technical
Institute AS Uz SSR)
SUBMITTED: September 15, 1959
Card 2/2

DZHLKSIMOVI_)~e..K., Cand Phys-Math Sci -- (diss) "Theories of the
phenomenon of transfer in semiconductors taking into consideration
the Ilentrainment effect." Tashkent, 1960. 14 pp; (Academy of Sciences
Uzbek SSR, Physicotechnical Inst, Department of Theoretical Physics);
150 copies; bibliography at end of text (16 entries); (KL, 30-60, 13~))

68584
24(3),24(7),24(8) S/166/60/000/01/004/011
AUTHORg Dzhaksimov,Ye.
TITLEz On the Influence of the Impurity to the Thermo-E.M.F. Arising in
SemicondwRlt~ors n Consequence of the Pulling in Effect
PERIODICALi Izvestiya Akademii nauk Uzbekskoy SSR, Seriya fiziko-
matematicheskikh nauk, 1960, Nr 1, PP 35-39 (USSR)
ABSTRACT: By a combination of the expression for the thermo-e.m.f. arising
by the pulling in effect, given by Parrott f-Ref 5 7, with the
formulas of I.Ya.Pomeranchuk Lr-Ref 2_7 for the relaxation time of
the phonons for an electric and not elastic scattering at the
impurity the author obtains a complicated in general not
integrable representation of the above mentioned thermo-e.m.f.
By a consideration of two approximately integrable limit cases
the author concludes that the influence of the impurity is equal
with the influence of the elastic scattering of the phonons. With
an increasing concentration of the impurity the thermo-e.m.f. V(
Card 1/2

68584 5
On the Influence of the Impurity to the S1166160100010110041011
Thermo-E.M.F. Arising in Semiconductors in
Connequonoo of the Pulling in Effect
arising by the pulling in effect decrea es, where its temperature
dependence goes over from T 3,5 to T-199. The results agree with
the observations fRef 82.
There are 8 references, 3 of which are Soviet, 2 English, and
3 American.
ASSOCIATIONtFiziko-Tekhnicheakiy Institut AN Uz SSn (Physical Techni
Institute AS Uz SSR)
SUBMITTED: August,9,1959
Card 2/2

88743
S/166/60/000/006/003/008
ClIlIC222
AUTHOI?: 47
,,h~11Q9iMOVj ~0,
TITLE; Calculation of Isothermal Galvano and Thermo-Magnetic Longitudinal
and Transversal Phenomena in Semiconductors With a Consideration
of the "Pulling Into Tune"-Effect
PERIODICALs Izvestiya Akademii nauk Uzbekskoy SSR, Seriya fiziko-
matematicheskikh nauk, 1960, No. 6, pp. 45 - 52
TEXTs The nature of the phenomena mentioned in the title consists in the
followingt Let the primary (electric or thermic) field passes in the
direction of the x-axis, let the magnetic field lia in the xz-plane and
form the angle *-with the primary field.
'~ ~ g then in the direction of the z-axis,
If A 2 there appears an electric
field which is independent of the change of signs of H, and besides there
appears a temperature gradient. In the present paper the author calculates
the influence of the pulling into tune-effect to these phenomena. The
author obtains the relations i
a) for weak magnetic fields i
Card 1/ 7

88743
31166J601000100610031008
C111/C222
Calculation of Isothermal Galvano and Thermo-Magnetio Longitudinal and
Transversal Phenomena in Semiconductors With a Consideration of the "Pulling
Into Tune" - Effect
(11) Ez - - E x sin A~ cos
(21) T . _ sin ~- cos kc~
~-z ( i I ) Nern
(Y) .2-T . - ( D T ) sin ~' cos r~-
~ z 3 X M-R-L
b) for strong magnetic fields z
(4') E E. sin ~D- cos
(5') ?T T sin k' cos
.)Hern
~, ph
,0
(61) -a T - e '4 T sin ~- 009
Card 2/ 7 3 z -Wph 'yx

88743
S/166 60/000/006/003/008
C1 1 1YC222
Calculation of Isothermal Galvano and Thermo-Magnetic Longitudinal and
Transversal Phenomena in Semiconductors With a Consideration of the
"Pulling Into Tune" - Effect
where E is the longitudinal field of Nernst - Ettinghanoen, are
x
the temperature gradients of Nernst and of Maggi Righi - Ledue, given in
(Ref- 5), while V- ph is given by
e _.) ( e )2]
ph
3) P' ae 1 + -A-phe)+ Z 1 -
e e 1 2 k0 k0
where 482
(7) ph 3B)P, OT5
Here X ph and ae e are coefficients of thermal conductivity, for phones
and electrons, k 0 is the Boltzmann constant, a is the velocity of light,
p,0 is the "lattice" - mobility.
Card 3/ 7

8874
S~1661601000100610031008
C111/C222
Calculation of Isothermal Galvano and Thermo-Magnetic Longitudinal and
Transversal Phenomena in Semiconductors With a Consideration of the
"Pulling Into Tune" - Effect
Prom the formulas (11)-(61) it is concluded by differentiation
(211) T .1 1 ( ~ T ) f
_z 2 T_x Nerni
T T
(3")
Oz 2 x M-R-L
(41r) Ez Ex
1 2
(5 ~T I ( 9 T
?z 2 x Nern
h
ae P
?T 1 e T
(61, zj Rph x primary
Card 4/7

88743
Sli.661601000100610031008
C111/C222
Calculation- of Isothermal GalVano a id
nd Thermo-Magnetio Longitudinal ay
Transversal Phenomena in Semiconductors With a Consideration of the
"Pulling Into Tune" - Effect
0
The author obtains quantitative results under the assumption
C
+1
10 for weak and - 10 for strong magnetic fields. Figure I shows t
Thermomagnetio longitudinal-transversal-effect caused by an electrical
field (curve I - weak magnetic field, curve 2 - strong magnetic fieldl
the curves 3 and 4 show the corresponding Nernst - Ettinghausen effect for,
weak and strong magnetic fields (Ref- 5))-

8.8743
Card 6/ 7

88743
S/16 601000100610031008
C 11 1YC222
Calculation of Isothermal Galvano and Thermo-Magnetic Longitudinal and
Transversal Phenomena in Semiconductors With a Consideration of the
"Pulling Into Tune"-Effect
There are 3 figures and 8 references 1 6 Soviet, 1 German and 1 English.
[Abstracter's note t (Ref- 5) is a paper of the author in Izvestiya
Akadomii nauk Uzbekskoy SSR, Seriya fitiko-matematiahiskikh nauk,1959,
No. 6 1
ASSOCIATIONs Fiziko-tekhnioheskiy institut AN Uz SSR (Phyaicoloohnical
Institute of the Academy of Soiences Uzbekskaya SSR)
SUBMITTEDt June 21, 1960
Card 7/7

11 051631L~-61/ EWTM/T !JP(c) AT 0-
ACC NR, A16023030 SOME CODE: UF/0166/66/ow/00 00
AUTHOR: Dzhaksimov
a Ye.
ORG: Tashkent State University im. V. I. Lenin (Tashkentskiy gosuniversitet)
TITLE: Contribution to the theory of the "drag" effect tran mitted through a pn
junction
SOURCE: AN UzSSR. I". Ser fiz-matem n, no. 2, 1966, 69-72
TOPIC TAGS: pn junction, phonon drag, minority carrier, temperature dependence,
phonon interaction
ABSTRACT: Me author points out that the original calculations Of the effect of
girig of th4?-phonons by ~carriers through a pn junction, as originally studied by W.
Shockley (Proceedings of an International Conference Held at Bolton Ioading, New York;
S~ptember 9-11, 1959) did not take into account the minority carriers. In the present
gaper, these carriers are taken into account, and Shockley's results are corrected a4d
Jade more concrete. A formil is derived for the ratio of the electric field in the,
n region to the electric field in the p region and is used to estimate the dragging...
effect for silicon at temperatures 300, 100 and 60K. It is shown from the calcula-,.
tions that the lower the temperature and the smaller the thickness of the pa juncti9f
compared with the average phonon-phonon mean free path, the larger the magnitude of~'"1,1
the transferred drag effect. The case considered by Shockley gives the maximum ef-1
fect, and the effect decreases when there is little difference between the ninorit.7 ',j
and majority carrier densities in the layer through which the current flows. Theef..;!,

L 05638-67
ACC NR:
fect tends to zero In the 11miting case when the two densities are equal. With in-
cireasing p-n junction thickness (cmqnred with the phonon-phonon mean free path)# the
effect decreases. Orig. art. has: 5 formulas and 1 table.
674B CODE: 2D, 09/ SUBH DATE: 23Det-64/ ORIG REF: 002/ OTH REP: 004

ACC NR.
AP7001 181 SOURUN CODL::. Utt/ol66/66/0r,)/'-,05/OQ73/00751
AUTHORS: Saytoval U.;--P~~4akaimov, Ye.
ORG: Tashkent State Universit
'Y im. V. I. Lenin (Taohkentakiy gosunivorGitet)
i
TITLE: On the theory of galvanomagnetic effects in semiconductors, taskini-, into
account the "drag" effect in strong magnetic fields
SOURCE: AN UzSSR. Izvestiya. Seriya fiziko-matematicheakikh nauk, no. 5, 1966, 73-75
TOPIC TAGS: Ettinghausen effa.C.Ablyernst effectp galviinomagaetic effect, Hall effect,
electron, phonon, phonon drag,,magaetic field, heat conductivity, adiabLtic process,
semiconductor theory
ABSTRAM. This paper shows the "drag" effect on galvanomagnetic effects in strong
magnetic fields and contains calculations of adiabatic corrections under the assump-
tion that electrons collide mainly with phonons;)and phonons colliiie with other
phonons. The following formulas are obtained: for the Ettingshausen effect
dT 16 ho CIt T I
I + 0,3 [Z + 1.3 + 0.4 + 0.1 +
Wy
t
+ 0,03 1. sin 0;
~k,
Ccrd 1/2

ACC NRI AP7001181
2) for the Nernst effect
dT I k, T 2
+09 "A))
- 7o- LI + 0,2 7 AG 1,8 (f 1,311130,
k. 0.2 k"
and 3) for the longitudinal-transverse galvanomagnetic effect
dT 1 3
!I _L I + 0,2*( 11 + 0.7 0.2 1.8 1, sin 0 cos 0,
-dz -2 7a -16 ko A4 - AO k.
where cc 4> is the differential thermo-eaf from the "drag" effect (C(4, < 0); I'A 0 is
the "lattice" mobility; 69- is the angle between the magnetic field and the primary
electric current; k 0 is the Boltzmaim constant; x 09 X~� are the electron and phonon
thermal conductivities without taking "drag" into account; and H is the magaetic-field
strength. The adiabatic corrections increase with a decrease in temperature as T~1, i,
The angular dependence of the galvanomagnetic effects is insigaificant. Orig. art.
has; 3 formulas.
SO CODE: 20/ SUBM DATZa 25VV65/ ORIG REP# 002/ OTH RFX: 005

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it a u a a ft 9 Al a d 41 a d a 4
0 a j till, I
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00 dqc4Wt(4a cd age
t3tch*1144 by UVOW. 17,11,111! -MI.-U."'i hid. Hlt;41. Mni
9 Leningrad). .00
:0 I?KptA. OQ.hyWy%Mt(KWC%q1 frVg% WCCC f(IM41V At VA(iM,
jTfW4 All" the (VIVIAtIM (2-441 dAyl). 1,jVef 111.41te WA.
tw6md with WoW soln. coatg. ocetylclt-Ctio (it) 'I sod :-00
*1141 OW himleting 4 1"a AcOm w4. '1'rt.1 rM.
Showed that the liver pft"""Vt"4 Its a tylchi4illc 4~_t'juc-
tive power for about 10 d4ys; after 14" this drcq~
to"'O%, while after 11 days MI.% alrtnm to Intrmfor.
tim of 2tv, Vo glucose dailycatmAt A d"'j, in R'Lety[OU01'.- roe
60 lytic, artion at a mitch C41fict 1wrW (11-14 d'sVO; jWr-
do*
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roe
wee
too
ties
a. I L A WALAW6KA4. LiTESAIL" CLASIVICAT414
adidba .40 O.W got Ws-, A 'Al ~4- -~t
; .1 ;i -rg a, .; ;-; , VC KO n I %a An A s 0 "1 0 14 6 1 v of 2 d3 dK4
0 0 0 6 a Ole 0 g 0 9 0 9 0 9 0 0 0 0 4 0 0 o a o e e o o 0 0 0 0 0 0 019 046 C
090 0 00 0 0 0 0 0 9. 0 0. 0- o 46 Q 0 16 0

DMMON. I.M.
Functional relation of the ilsocacal region of the intestine to
the pancreas; preliminary communication. Biul. eksp. biol. i med.
38 no.10:13-19 0 154. (HLRA 8:1)
1. Iz Otdola o'bahchey fiziologii (zav. prof. A.V.Riikll) Inatituta
okeparimentalinoy moditsiny AMN SSSR.
(PANCREAS, physiology,
off. of stimulation of cecum & ileum)
(CZCUH, physiology,
eff. of stimulation on pancreas)
(ILEUM, physiology,
off. of stimulation on pancreas)
~t

USSR/Human and Animal Physiology. The Nervous System. v
Abs Tour: Ref. zhur-Biol.,, no, 6, 1958, 27437-
Author
Inst I~Me fiiAiiute of Mcperimental Medicine of the
Aca&r,y of I-Indical Sciences USSR
Title The Effect of Prolonged Changes in the Functional
State of the Cerebral Cortex on the Reflex Link
Between Pancreas and Intestine.
Orig Pub: Yezhegodnik. In-t eksperim. med. Akad. Med. nauk
SSSR, 1955, Leningrado 1956s 93-96-
Abstract; Ila the dog with a chronic fistula of the pancreatic
duct, a cecal fistula and an established system of
podtive and inhibitory conditioned motor responses
to an electrocutanaous stimulus, caffeine (0-05 9M)
produced a reduction in the latent periods of the
Card :1/2

MILYUSHWIICH, G.Y.; DZHU
Zierapeutic effect of the parenteral administration of pancreatic
juice in diseases of dogs with exteriorized pancreatic ducts.
Fiziol.zhur.. 45 no.6:705-709 Je '59. (MIRA 12:8)
1. From the department of general physiology, Institute of
Experimental Medicine, Leningrad.
(PANCIMS
juice, ther. eff. of parenteral admin. in
pathol. cond. of dogs with exteriorized
pancreatic duct (RuB))

DMWON, I.M.
Changes in the external secretion of the pancreas following irrita-
tion of the large intestine. Kaz. med. zhur. 41 no-34.65-68 My-Je
160, OILRA 13:9)
1. Iz otdela obahchey fiziologii (zav. - prof. A.V. Rjkkl')
instituta eksperimentallnoy meditsiny AMN SSSR.
(PANCREAS-SECRETIONS) (INTESTIHES-IMIERVATION)

DZHAKSOIT, I.M.; MILYUSHIMVICH, G.F.; Prinimal, uchastiye: IGONIN, L.F. ,
Mbthod for the application of a chronic fistula to the pancreatic
duct in rats. Fiziol.zhur. 47 no-3:405-408 Mr 16l..(MIRA 14*'5)
1. From the Institute of Experimental Medicine, Leningrad.
(PANCREATIC DUCT--SURGFM)

MILYUSHMVICII,, G.F.; DZIMSON, 1.1-1.
Role of the pancreas in changes obse.-table in components of protein
metabolism and morphological compo6ition of the blood. Fiziol.zhur.
47 no.8:983-.989 Ag 161. (MIRA 14:8)
1. From K.M.Bykov's Department of General PhysioloL-yp Instituto
of Experimental Medicine, Leningrad.
(PANCREAS) (PROTE121 METABOLISM)
. (BLOOD CELLS)

DZHAKSON, I.M.
Functional test with bromophenol blue for the determination
of the state.of the liver. Fiziol. zhur. 49 no.1:127-129
Ja 163. (MIRA 17:2)
1. From the Laboratory for Physiology of Glands of Internal
Secretion, I.P. Pavlov Institute of Physiology, Leningrad.

DZHAKSONP L.S.
Endotracheal anesthesia in emergency surgical operations.
Zdrav. kazakh. 22 no.1:11-15 162. (MML 15:3)
1. Is kafedry fakulltetskoy khirurgii (zav. - professor
A.B. Rayz) Kazakhskogo medltsinakogo instituta.
(INTRATRACHEAL ANESTFMIA)
(MICAL EMMNCIES)

r 1)dy

DZHAKUBOV, II.Kh.; =DEV, V.P.
Increasing the operating capacity of circular ijaws. Dor.prom.
11 no.3z22-23 Mr 162. (MIRA 15:2)
1. Kavkazakiy filLal Mentrallnogo muchno-Issledovatel'skogo
infitituta, mekhanizatsii i energetiki lesnoy promyAlennosti.
(Circular saws)

DZHAXUBOV, N.M.
Rotary line of electric furnaces for burning the inside of
barrels. Der.prom. 11 no.5:19-20 My 162. (MIRA 15:5)
1. Kav'icazskiy filial TSentrallnogo nauchno-issledovatellskogo
instituta makhanizatsii i energetiki lesnoy promyshlennosti.
(Electric furnaces) (Barrels)

DZHAKUBOV, N.Kh.
--- -, Automati,c-boiling bath for the NTD machine. Der. prom. 11 no.8:20-21
Ag 162. (MIRA 17:2)
1. Kavkazskiy filial TSentrallnogo nauchno-issledovatellskogo institata
mekhanizatsli i energatiki lesnoy promyslilennosti.

KORABLEV, G.A,; MIRZIAYEV, G.G,; DZHAKUPBAY ,,,.A,. ; DZHAN-SUGUi-,.)V~ 5,1,
-W N i
Y
Methods of studying the stressed state of solid concrets and
reinforced concrete structures and structural (.1-ements. Trudy
Trist.. gor. doln AN Kazakh. SSR 19,111-1114 16 5,
OMIRA 19: 12)

DUAKW3AYEV, A. N.
Dissertation: ---"Preventing and Xxtinguishing Endogenic Conflagrationa In the
Copperpyrito Minot; of the Ural.0 Cand Tech Sel, Inst of Mining, Acad Sal. USSR,
Moscow 1953.
W-30928
SO: Reforativm-Y ZILu_rnal, No. 5, Doc 1953, Moscow, &I USSR (A29;W

LYS311KO.
Developing eystems of~forced pillar caving in
ore deposite. Trudy Inut. gor. dela Aff Kazakh.
(Mining engineering)
I.Z.; MM IDI, Ik., DZHAKMAUV. A.N.; USPAN67. K.Te.
working flat hard
SSa l.3-15 156.
(MIRA 4:1)

L
DZHAKUPRAYNT, A.K.; USPANOT, K.Ye.
Analysis of basic factors affecting labor productivity of miners
in the system of forced block caving in leninogorek Combine mines.
Trady Inst. gor. dela, AN Kazakh. SSR 2:44-59 157. (MIRA 10.-12)
(Kazakhatan-Mining engineering)

DZUXU41AW' .. kandidat takhnichaskikh nauk; MALKIN, I.M., kafididat takhni-
-c-haskikh nauk; ISAKOT, V.A., gornyy inzhenar; USPANOT, K-Ye., Zornvy
ip~hensr.
Block caving system of mining with use of horizontal boreholes. Gor.
zhur. no.5:43-45 My 157. (MIRA 10:6)
(Mining engineering)

DZEAKUPBAUVI A.N.; ISAKCV., V.A.; USPANOV, K.Ye.
System of induced block caving in Leninogorsk CcAine mines.
Izv. AN Kazakh. SSR. Ser. gor. dela no.1:38-42 '58.
(MIRA 16:5)
(laninogorsk Region (Sast Kazakhstan Province)-4-Liming engineering)

\~WMMM~M-=,Ao~, UANOV, K.Te.
Time factor in connection with secondar7 spontaneous desintegration
of broken down ore in sublevel caving systems. Izv. AN razakh. SSR.
Ser. gor. dela no.1:10-12 '59. (MII.RA 12:9)
(Mining engineering)
61.
,.I.

--DZHffMAW, A.W.; DZRANSMUROV, S.I.; PAMCBMKOV
V. S.
Electric thermometry in mines. Isv. AN Xazakh. SSR. Ser.gor.4~la no.2:
123-124 160. (MM 13:10)
(Thermometry)