SCIENTIFIC ABSTRACT SHEYNKMAN, M.K. - SHEYNMAN, V.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549330012-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


L 20326-66 aTc(f)1EPF(n)-21EWG(m)1T1W(t) DPW RM !JDIWd
ACC NR: AP5022470 SOURCE CODE: GE/0030/65/611/001/0429/0441
AUTHOR: Lashkarev, V. Ye.; Sheynkman, M. K.
ORG: Institute of SemiConductors. Academy of Sciences of the
Ukrainian SSR, Kiev
TITLE; DeSermir~ationSo~ the parameters of sensitizing recombination
centers inl-CdS %nd Cd e lingle crystals by _temperature and optical.
_quenching of ZI
_photocurrents
SOURCE: Physics status solidi, v. 11, no. 1, 1965, 429-441
TOPIC TAGS: photocouductor, single crystal, parameter, electron
capture, electron hole
ABSTRACTs New stationary and kinetic methods are proposed for de-
termining the parameters of sensitizing recombination r-centers in ~7_
high resistivity monopolar photocauductors. These methods are
based on thermal and optical quenching of the photocurrent. They
enable all the parameters of r-centers in CdS, CdSe, and partially
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L 20396-66
ACC NR: AP5022470
Cd(S, Se) to be determined. These parameters include the concentra-
tion and energy centers, and their cross sections for electron and
hole capture. The method also gives the cross sections for absorption
and photons with energies of 0.9 and 1.4 eV, these photons trans-
ferring a hole from an r-center to an excited level, and to the
valence band, respectively. The occupation of r-centers by holes
under weak illumination and the probabilities of hole capture by r-
and s-centers can be obtained. The experiments for determining the
parameters of r-centers were carkied out and discussed by the authors!
together with their collaborators Lubtchenko, A. V. (CdS) and
Gorodetsky, I. Ya. and Yermolovich, I. B. (CdSe). The authors wi sh
to thank them greatly. -Urig. art. 15-as: 5 figures,-,19 formulas and
1 table. [Based on author's abstract]
SUB CODE: 20/ SUBH DATE: 05Jul65/ SOV REF: 006/
OTH REF: 013/
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- - - ---------------------

_QQ= _7"IrMIZORK W_*"
UjT(M)/T/&ip(t) JJF(c) JD
L 18764-M
~!,-ACC NR: AP6003775 SOURCE CODE: UR/0181/66/008/001/0134/0141
]AUTHORS: -1uhlyanchikova, N. B.; __Pheynkman, M. K.
ORG:. stitute-gf Semiconductors, AN UkrSSR, Kiev (Institut
poluprovodnikov AN UkrSSR)
TITLE: Low frequency noise of the photocurrent in s.ingle crystal ,I
cadmium sulfide
.SOURCE:! Fizika tverdogo tela, v. 8, no. 1, 1966, 134-141
TOPIC TAGS: photocurrent, cadmium sulfide, single crystal, photo-
resistor, signal to noise ratio
ABSTRACT; This is-a continuation of earlier work-by the-authors on
the low frequency pbotocurrent noise of CdS, (F'�T v. 4, 1213, 1962),,
where it was shown that the resistance fluctuations of this material
have a high spectral density (AN )IN at sufficiently low temperatures,
4
reaching values of 10 and more. Since the earlier investigations
were confined to homogeneous semiconductors, 'the authqrs investigate
rd
-Ca V2

'lag
L 18764-66
ACC NR: Ap6oo3775
the magnitude and spectrum of the noise and the pbotoresponse spectra
in single-crystal CdS containing inbomogeneities at frequencies I
4000 cps. A simultaneous study was made of the distribution of the
optical resistance and the relaxation times of the photocurrent along
the samples. In some samples the inhomogeneities of resistance were
introduced artificially. The photosensitive CdS single crystals were
,produced by several methods, and were illuminated weakly with light
of wavelength -520 or ~,630 nm from which the infrared component was
cut out. Most measurements were made at room temperature and in air,-,',
although some were made in vacuum and at other temperatures. The
spectral-measurement apparatus was described elsewhere (UFZb v. 10,
27, 1965). The results show that the resistance and relaxation-time
inhomogeneities of the pbotocurrent greatly influence the form of the
spectrum and the spectral distribution. The noise spectrum exhibits
characteristic peaks which are due to the presence of a narrow high-
resistance region near one of the electrodes, and such an inbomogene-
ity leads to bigh values of (AN2)IN >> 1. There is no clear-cut ex-
planation of these peaks as yet. The authors thank V.-Ye. Lgshk=e-Y, J..
for interest in the work and a discussion. Orig. art. has,: 5 figures.,
4 formulas, and 1 table.
SUB CODE: 20/ SUBM DATE: -05jul65/ ORIG REP: 015/ OTH REF: 020
Card 212,~~e-

-7
/1-:P-- ( n)
2459 /1048----
ACC NRs AP601 SOURCE CODE: UR/0181/66/008/ 0 r1040
AUTHOR: Galushka, A. P.; Yermolovich, _L.- B.; Korsunskaya, N. Ye.;
Konozenko, I. D.; ~heynj on, M. K.
0)(G:- Inntltuta of Physics, AN UkrSSR (Institut fiziki AN UkrSSR);
I n R t L tu t e n f Sem Lcondu c tors AN U k r55 R, K ie v (I n a ti tu tf po lu provodn ikov.
A14 UkrSSR)
TITLE- Effec,t of_gam a-ray and fast-neutron Irradiation an electro-
Physical propi_rCf~s of ~ single crystals
SOURCE: Fizika tverdog6 tela, v. 8, no. 4, 1966, 1040-1048
TOPIC TAGS: Irradiation, gamma irradiation, neutron irradiation,
irradiation effect, irradiation damage
ABSTRAM An investigation was made of thq effect of nuclear-radiation
an some properties of CdS single crystals grown by the zone sublimation
method and not subjected to alloying. To measure Hall effect, speci-
mens shaped as a parallelepiped (15 x 4 x 1 mm) were used; for other
investigations, specimens 4 x 3 x 1 mm were used. The neutron irradia-
tion was carried out in a VVR-11-type reactor at a temperature 'below
70C. Tho.gamma-ray.irradLation was ca'rried out in a cobalt installs-
tion at a temperature below 20C. To determine the 'character of the
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A

ACC NR, AP6012459
defects appearing in CdS single crystals due to neutron and gamma-ray
irradiation, the following crystal characteristics were investigated
before and after irradiation: dark resistance, photosensitivity to
white light, spectral distribution of photoconductivity, spectra of
infrared quenching, Hall mobility of majority current carriers and Its
dependence on temperature, concentration and depth of occurrence of
capture levels, characteristics of recombination centers, and lumi-
nescence spectra at 300 and 77K. Hobility and spectral distribution
of photoconductivity were measured in a cryostat at a vacuum of the
order of 10-4 mm Hg. All other characteristics were measured in Ithe,
air. It was found that gamma-irradiation primarily creates acceptor-
type defects. In CdS. the simplest acceptors can be Cd vacancies or
S atoms in interstices. Neutron irradiation creates donor-type
defects. The simplest donors can be either Cd atoms in interstices or
S vacancies. In addition, the products of nuclear transformations can
also be donors. Orig. art. haso 6 figures and 2 tables.- - [JAI
SUB CODE: 20/ SUBM DATEt 09Aug65/ OR.IG REF3 008/ OTH REF: 019
ATD PRESS:4/13L
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L18883-66 EWT (1 )/EWT (m)/E..7C r/~vip(t) ijp(c) ow/Go/iD
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ACC NR.- AF6M8o3
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1AUTHOR- lAshkarloy -Y, Xe
JL Sheyhkmanp M. Ks; Lyubehenko, 0. V.; Gorodets IV47P
Ya..; Yermol2yZcb, 1. B.
71,
OPG -Inntit-Ute of Semiconductors AN Ulu-SSR Kiev (Instytut napi-,rprovidwjki-v All
URSR)
TITLE: Determination of the parameters of "sensitizing" recombination centers in
jCdS and CdSe single c stals
Is
&6E: Ukrayins'kyy fizycbnyy zhurnal, v. 11, no. 2, 1966,, 221-224
TOPIC TAGS: color center, cadmium sulfide,, cadmium nelenide, single crygtalo elec-1
tron recombination, capture cross sectiong valence band, Ir light
r:
ABSTRACT: Continuing earlier investigations of the kinetics of relaxation of photo..i'-,~
current in CdS and CdSe single crystals (FM' v- 7j# 1717P 1965 and earlier papers),,
,the authors consider in this paper new stationary and kinetic methods of determin-
jing hitherto undetermined parameters (the capture coefficient (Cr) of holes by type,
11 centers, and their energy levels (Evr) reckoned from the top of the valence
band), as well as new methods of determining the cross section for the capture o
f
la quenching infrared photon. The new methods are based
on the use of stationUT-..
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L 18883-66
"ACC VR: Ap6o07803
iexciting illumination in conjunction with pulses of exciting or'quenching ir light.'
The theory underlying the methods is'briefly described. The methods w2re tested
on selected high-resistance undoped CdS and CdSe single crystals. The teats showed'
the resence in CdS of two types of recombination centers., with C X 10-11:34
p r
celsec and E., - 1.0 ev for the first., and C. - (2--3) X 10-12 C;P/see and Evr
1.18 ev for the second. Teats made by three different methods gave nearli iden-
tical results. Orig. art. has: 2 figures, 5 formulae, and 1 table.
1021'~
;SUB CODE: 20/ suBm DA-LE: olo-ct65/ PRIG M t 005/-- '0TH MW: .062'.
ATD PRESS: q
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til V
EWT(j. .T/EWA(h) IJP(c) AT
'L 26588-66
i ACC NR: A:p6ol-i4"3'~-------'--"~6~ACE---CODE: iiR/66~~/6
11~
65
1AUTHORS: Sheynkman, M. K.; Tivubcbenko, A. V.
i0mu: institute of Semiconductors, Ac,adeniv of Sciences,UkrSSR
I(Insti poluprovodnikov Akademii nauk UkrSSH)
TITLE., Two parallel mechanisms for the capture of carriers by one
recombination center
SOURCE: AN SSSR. Doklddy, v. 167-, no. 4, 1966, 795-798
TOPIC TAGS: semiconductor capture, ir phenomenon, capture cross
section, color center, recombination luminescence, transition-
probability
1
ABSTRACT: The authors report that they have observed in CdS, for the
Ifirst time, recombination which procdeds'via several channels through.LL~,
one type of center, and specifically that hble cabture by the r-centar
lean occur in parallel by two channels -- via a definite excited state-,"'
iand by bypassing this state. This was observed by investigating the
!kinetics, of infrared quen ocedure described earlier
gbipg_by a pr FTT
_a1R.3l ~+,537.5 . 2-6'.
L-Car d __1/2 UDC.

L 26588-66
ACC NR: AP6011430
Iv. 7, 1717, 1965; DAN v. 161, 1310, :L965), illuminating the CdS
crystals with weak absorbed light on which short infrared pulses at
both extinction maxima (1.4 and 0.9 ev) were superimposed. By
measuring the frequencies corresponding to the two transitions and by
measuring directly the fraction of the released holes as a function
Of the temperature, it becomes possible to determine the ratio of the-
the
1probabilities of the two processes and the excitation energy of
lexcitation level. The results can be reconciled,w1th theoretical
calculations only by assuming the presence of the two simultaneous
Capture mechanisms. It is pointed out that this demonstrated possi-
bility of simultaneously realizing two different carrier capture
Mechanisms by the center should be taken Into account both during
the interpretation of the recombination and luminescence processes on
impurity centers in semiconductors, as well as in the study of the
properties of different F and V centers in alkali balide crystals.
The authors thank Academician of*AN UkrSSR V. Ye. Lasbkarev and Docto
!of Physical Mathematical Sciences.E. 1. Ra for interest In the
V.,
1work and discussion. This report was.presenteiLby-Academician A.'. A
7
.lShubnikov on 21-july l965._,,OrIg-2art. has: .2- figures, -and T,forui~iad
-OTR F:,
!SUB CODE: 20/ - SUBM DATE:_, 19JU:L85/---6 )04/
77M,

ACC NRt AP6036785 SOURCE CODE: tRi/0,63/66/002/011/1 8/ -
94 1952
AU7;!CR: Korsunskaya, N. Ye.; labodeva, N. N.; 11irzoyov, B. R.; Shoynla,-,an, X. K.
ORG: Institute for Semiconductors AN SSSR (Institut poluprovodnikov 'N' SSsi);
Azerbaidzhan State University im. S. M. Kirov (Azerbaydzhanskiy gosudarstvennyy
~universitot)
NITIS: Production and semiconducting properties of single crysta Ir
1 of 14S5
'SOURCE: AN SSSR.
Izvestiya. Neorganicheskiye materialy, v. 2, no. 11, 1966,
:1948-1952
;TOPIC TAGS: semiconductor single crystal, indium compound, sulfide
IL43STRACT: The In4S used in2the experiments was synthesized in a quartz ampoule
,evacuated to 0.133 gawtons/m , in a horizontal tubular furnace whose temperature was
automatically regulated with a EPP-09 instrument. Visual observations and
6
tharmogra76hic recordings show that at a temperature of 6000there is a rapid exothermicl
;reaction between indium, and sulfur with the formation of a solid reaction product. The
emperature is then raised to 10000C, at which temperature there already exists an
!alloy of the composition I%S and then reduced at a rate of 70-800/hour to a
,f.emperature a&' 7700C, at whleg'temperature the reaction takes place. At this
itemperature, the reaction lasts for 5-6 hours. The temperature is then reduced from
Card
UDC:
1221-537.311.

4-
ACC NR, AP6036783
7700 to 7000C at a rate of 100/hour. The product is a porous ingot of a dark gray
color. Single crystals of -Tn4S were grown from the ingot by the mothod of zone
melting. 'I)ie product single c tals were found to have a monoclinic crystal system,
and lattice constants agreeis g with previous data. The final experimental samples had
dimensions of 4 x 2 x 0-3 mm: . Detailed studies were made of the electric and
photoelectric properties of these monocrystalline plates. Determinations were made of
the width of the forbidden band, and of the energy of the acceptor levels. The
mobility of the basic carriers was determined. It was concluded from Vne data that
have considerable photosensitivity over a wide spectral range at
crystals of In4S5
reduced temperatures. Orig. art. hast 6 figures and 2 tables.
SUB CODEs ZO/ SUBM DATE:. 03Feb66/ ORIG REF: 0031 OTH REF: 010
Card 2

ACC NR, AP6033562 SOURCE CODE: u-.R/ol8l/6u'/CC)O,/010/3004/3009
AUTHOR: Lukyanchikova, N. B.; Sheynkman, 14. K.
ORG: institute of Semiconductors, AN U]krSSR, Kiev (Institut poluprovoLnikov AN Ue=SSR)
TITLE: Yhotocurrent noise and superlinearity of lux-ampere characteristics in CdS and
CdSe single crystals
SOURCE: Fizika tvcrdogo tela, v. 8, no. 10, 1966, 3004-3009
TOPIC MGS: correlated noise, photoconductivity, optic property, internal photoeffect,
'optic center, cadmium sulfide, cadmium selenide
ABSTRACT: This is a continuation of earlier work (m v. 4, 1213, 1962) where it was
shown theoretically that 'the photocurrent noise can reach a large level in photocon-
ductors wish non-constant quantum yield of the internal photoeffects, which depend
on the filling of the adhesion levels. The present paper is devoted to a theoretical
and experimental investigation of the connection between this noise, as represented by
the quantity An2/n (n - photocarrier density, An 2 _ its dispersion) and the super-
linearity of the lux-ampere characteristics of the currerru., as represented by a para-
meter m, in single crystals of CdS and CdSe. The single crystals used in the investi-
~gation were described in an earlier paper (Ui-lh v-. 10, 27, 1965) - The measuremen7ts L
were made at 300K in air (CaS) and at 120 and 30OK in vacuum (CdSe). Tne.theory is
applied to the usual photoconductor scheme, which calls for the presence of two types
of recombination centers and adhesion centers, and described in detail by the authors.
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ACC NR: i
AP6033562
1/n were measure(i
else-where (FT"T v. 7, 1717, 1955 and elsewhere). In addition, a and An-
:in the same sapples for identical values of n; a was varied with the aid of additional~
I
!infrared quenching illumination or by temperature quenching of the photocurre&t. Me
A
,result,s have established that when m > 1 and 6n2/n > 1, 6n2/n first increases in pro-
f J
portion to cr, but eventually this dependence can become nonmonotonic. The experimenta
;results were in qualitative agreement with the theory. Me authors thank V. Ye.
iTashkarev for discussion of the work. Orig. art. has: 6 figures and 5 formulas.
CODE: 20/ sum DATz-.. o2ApA6/ oRiG REF: oo6/ om REF: ol2
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ACC NRt AP6036956 A, /V SOURCE COM UR/0161166/008/011/3196h2oo
AUTHORt Korsunskayal N. Ye.; lebedeva, N. N.; Sheynkmang M...,K.
ORGI Institute of Semiconductoraq AN UkrSSRp Kiev (Institut poluprovodnikov AN
UkrSSR)
TITIE: Iow-tomperature photochemical reactions in In4S5 single crystals
SOURCE: Fizika tvardogo telap v. 8, no. it., 1966, 3196-32oo
TOPIC TAGSi indium compound, sulfidep photachemistr7l photoelectric property
ABSTRACT: The electric and photoelectric properties of In4S single crystals were
investigated. At low temperaturesp a strong dependence of ~L photoelectric proper-
ties on the conditions of cooling and illumination of the samples was observed. This
is shown to be due to the photochemical formation of new types of trapping centers
(t-centers) and sensitizing recombination centers (r-centers), as in the case of Odso
which was studied earlier. The main parameters of these centers were determined.
The forbidden gap width, hole mobility, spectral and temperature characteristics of
the photocurrent, temperature dependences of the dark current, ate. were measured.
It is concluded that the formation of new types of r-centers in CdS and 1n4S5 provide
information of the nature of "ordinary" r-centersp since their properties - small
cross section of capture of majority carriers and large ratio of capture cross sec-
tions of carriers of both signs - are similar. authors thank V* To. Lashkarev for a

ACC NR, AP6033585 SOURCE comt uR/olBi/66/008/010/3133/3135
AUTHOR: Malyuk, N. F.; Fedorus, G. A.; Fursen1w, V. D.; Shakh-4felikova, I. A.',
ORG; Institute of Semiconductors AN UkrSSR (Institut poluprovodnikoy AN Uu-SSR)
0-.'V V
TITLE: Determination of the energy required to separate an electron-hole pair in CdS
single crystals irradiated with electrons of energy 5 - 50 key
SOURCE: Fizika tverdogo tels, v. 8, no. 10, 1966, 3133-3135
r"OPIC TAGS: electron hole, electron energy, stimulated emission, electron bombardment,
T
photoconductivity, electric conductivity# forbidden band
ABSTRACT: In view of the fact that earlier investigations have neglected the question
of the energies required to produce or separate electron-holes, and knowledge of these
energies is important in connection with the use of electron beams to produce
stimulated emission in semiconductors, the authors have determined the electron-hole
separation energy e in single-drystal CdS bombarded with electrons of 5 - 50 keV energy,
They were able to measure c with sufficient accuracy only by using single crystals with
a specific nonselective spectral photoconductivity characteristic obtained through
special heat treatment. The method of determining c is based on comparison of the
stationary values of the photo- and electron-conductivity in the same crystals The
Corti 112

ACC NRi AP6033585
measurements were made in vacuum of 10-5 mm IIg at room temperature. The value of
3E (E = 7.5 + 0.8 ev is obtained in this manner for -c, which is found to be equal
algo t6 fobidd;'u band width). The sameiratio of c to -E was obtained by others for a
number of semiconductors*and agrees with the approximad theoretical model proposed by
W. Shockley, Drig, art. has: I figure and I formula.
SUB CODEs 20/ SUBM DATEt 19May"/ OFaG RUs 005/ OTH BUS 008
2/2

SHILOTISEV, S.P., prof.; SHEBMAN, M.V., doktor
Some supplementary clinical and laboratory data ou cancez
diagnosis. Trudy Kuib. med. inst. 24:32-38 163
(MIRA 17:4)
1. 1z kafedry obahchey khirurgii ( zav. - zasluzhennyy deyatell
nauki prof. S.P. Sh:Llov-tsew) Kuybyshevskogo medtitsinskogo in-
atituta.

BORODULINq M.I.;ISHEYNIC,IANy S.L.
-------
Method of studying the elastic properties of rocks. Razved. i
prom. geofiz. no.38:103-106 160. (MIRA 14:3)
(Rocks-Testing) (Elastic waves)

L 22546-65 EwrMIrda Mlwr (m)/FFc (t)/T/Fwp M/FXP(b) 10(c) AT/JD
ACOESSION NR: AP4043100 S/0185/64/009/007/0807/0810
AUT14ORS: Korsuns'ka, NaYe. (Korsunskaya, N.Ye.),~SaVkov~- Ye.A.;
Chernovolenko, A.A.; Shankman, M. -'V
h!-
TITLE: Determining the quantum yield of the Intrinsic photoeffect
In CdS-monocrystals using short impulse light
SOURCE: Ukrayins'ky*y fizy*ahny4?y zhurnal, v..9. no. 79 1964, 807-810,
TOPIC TAGS: CdS monocrystal, photoourrent.quantum yield,'photo-
sensItivity, fast recombination channel,recombination, channel
operating time)oadmium sulfide
ABSTRACT: The phenomenological quantum yield of the'.photogurrent In
CdS monocrystals lluminated by light impulses of 2 x'10 see.
duration and con ant intensity was measured at'30OKS Wave length
was varied from 480-520.)w. The yield was determined as the ratio of
the total of the photoelectrons available in the sample at the end
of the light impulse action to the t6tal number of :quanta, absorbed
in the crystal; the latter was determined with the'help.of photo-
amplifier PEY-18A calibrated against an absolutely black background
value of the measured yield, wasnear.,unity In dIfferent photon
1/2

L 2 1156-65 EWA (h)/EWG(k)/EWT(J)/EWT (jn)/I~qp(b)/r/E~Vp(t) peb IM0 XTM..
ACCESSION NR: AP4048873 'StOI85164/009/0101115311157
AUTHOR: Yermolovy*ch, L B. (Yerm6 Ch B&
dss--Cd
TITLE.- Determination of parameters of:the recombination centers in-C se~
and CdS _CdSel_x single crystals XT
x
SOURCE: TJkrayinslky*y fizy*chny*Y-ihutnal, v~.: 9no.--10,~-,496C
TOPIC TAGS: recombination center parameter, CdS, CdSef single crystal
meihod of light impact
ABSTRACT: By using the method of "light impact" the
published by authors, in,
Fizika Tverdogo Tela 5, 397 (1963), the concentrations were determined of,the -
long lived recombination centers and of the cross sections of -electron -capture:
by them, in the photosensitive single crystals of CdS, CdSe, and CdS -CdSe
x
Several channels of fast recombination were found in these materials, the kinetics
of which was studied by means of short pulses of 2 x 10-7 sec.duration produced _,".J
by a spark discharge in a capillary. The cross sections for the electron.q~pturp_~-,.~-,-,
/2
C
04

L 2415"5
ACCESSION NR: AP4048873
at the corresponding levels were determined. The study of the kinetics of the
decay of the photoflux in the region of temperature quenching permitted the C eter
.centers
mination of tLe depth-_of- the- levels- of -the-l-re-corfibift4tio-ii- approx~:.~__-..
0. 6 ev). It Is shown that these levels In CdS are not connected with the disldcatiaris,~~
incrystals. "The authors are grateful to the academician AN USSR V.-
Laskkarev for a discussion, band the engineer L'Ya. Gomdetzk!y for help:
the measurements. Orig. arL has: I figure, 2 tables,---
ASSOCIATION: doytiv-M Mtffl~-Kier 0 natitute of Sem- ko
ductor AN URSR)
SUBAUTTED: 25Jun64 '00 ~0
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NO .1MV - ~ZVi 002 OTHER.
SUB CODE: MT, Id 00
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ACCESSIOM NR: AP500",49
AUTHOR., Sheynlanan, M. X.
WorMWJ MrAlff,4 k4d 6k$ LV aM 5&,
TITLE: Possibility of.Auger.reco6bination& multiply-charged _cen__~.,
ters in germani and silico
um
SOURCE: Fizika tverdogo tela, v.' 7, no. 1 , 1965, 28-32
Al-
--.TOPIC TAGS: . mpact reco,iW.inaEion-j.~,---sil.i66n,:~ 46rm#niu~-.- electrdn-z.~_
T
ba-
capture, hole capture, forbidden. nd
ABSTRACT: An analysis of the exj~erimentally measured-cross sec-'
Cd,
tions with a capture of an electron by.the-impurities.Mn, Ni,
Au, Ag, Cu, Fe, Ga, and Al in germanium and Zn, . Au,, In, Ga, and B
in silicon has beenmade with an. aim. at ascertaining the I influence
and size of Auger (impact) recombination, as coMAred with mult-ple- r.,,
phonon or radiative recombination.- The recombination: proce
larded# following h&_Bess (Phys. ReV. V'.- 111-t 129# 19S8) V as conl3a
V
1-cmd. 1/2

L 24917-65
ACCESSION NR: APS003409
tuting capture of a free -:carrier _accompani4d.by: the- transfer of, a
localized carrier of opposite.sign-int.o-the~6orrespbnd.ing band. The'
he captum o A doubly negatively--
I analysis is confined to t f a hole
charged center (for example Fe2.-.in Ge). __ AA Auger Me-chanism.whereift."
the recombination energy acquired by capturing a carrier in one, cen-
ter is transferred to a carrier localized in a neighboring center..
which in turn is transferr6d to the band is also considered. Some.-
experimental consequences ok impact recombination and: possible means
of evaluating its effect.,are discussed.' "The author.thanks V. Ye..
Lashkare E. I.-Rashba,_Ye..A..Sal'koV,, and K.- D.-Glinchuk for In-7-
terest in the work and. for a discussibn*.'~ 0 ~cj art -has: 2 figu els
and I table.
ASSOCIATION: Institut polupicovodnikoV AN UkrSSR,..,:, Kiev ~'(Institute-
of Semiconductors AN UkrSSR)
SUBMITTEM Olildn64 ENCL: :.00 SUB CODEt. SS
OTHE .009."
NR REP SM 017,"'
f Cum

I (M)
.:7 ~,A,7003120 .3OUPCE CODE: UR. 0097
V /66/(500/009/060i/0005'
:,-"OR: Candidate of ~Lechnical sciences); Sheynkman, V. S.
(EnEineer); -K gineer); 4ozhdestvenskiy, 1. 1. kEfigineer)
'XRG: C 1 ch Institute for Industrial Structures (TsNII
promr-daniy)
TITIE: Use of hilgher-grade concretes prefabricated reinforced concrete sections'
for industrial buildings
I SOURICE: Be'uon i zhelezobeton, no. 9,.1966, 1-5
TOPIC TAGS: reinforced concrete, concrete
I ArS.STRACT: In the preparation of standardized prefab sections, the possibility of
''increasing the strcngth of concrete of grades 1100-500 has not bacn.fully ex-
ploitcd. T"hese gradeG are suitable for: columns up to 7.2 meters-high for live
loads (Grade 400); square colirans spaced 12 meters apart in 'buildings with
I-overhead cranes (grade 400); trusses made of grade 500 concrete for greater load
capacity without increased diMenGions. Grade 600 concrete can be used where
greater Gtrength is desired in conjunction with the use of lesser amounts of
,,eoncrete, such as in slotted columns with 12-meter spans for buildings with over-
head cranes., 24-meter-span trusses for loads of 350 kg/m2 and higher (with 12-
meter spans), 30-meter trusses with uniform loading, 3 x 12-meter slabs.
Although grade 800 concrete can be used for various sections, such as
30-meter trusses, 3 x 12-meter slabs and 18-meter girders with some decrease in
:.the volume of concrete, tests have shown that concretes of grade 700 and higher
are not feasible for -Wido~'u�6 in prefabrication techniques becaiise of unsatisfacto
technology and manufacturing procedures. For this reagon further research wit
higher-grade concretes must be undertaken. (Yrig. art. has: 4 figures and 5 t
SUB CODE: 11 / SUBM DATE: none . . I 1JPRS: 3
Card 1/14& UDC: 691,328

,-r ~ klunrui"el'
SHE-YINUP)
cf
Pr. 21 no.10.18-19
- 0 VC, Cea I a
'32
sljy
2. MC,3kov
(for SGk:o-"r--v"

PELIPENKO., V.; _�11MMAN, A..,...inzh.-konstruktor
Redesign of the swivel-bearing arrangement of the floating crane
"Bleikhert.0 Rech. transp. 22 no.11:50 N 163. (KM 16:12)
1. Glavnvy inzh, Kiyevskogo porta (for Pelipenko).

SOLODUK110, Yakov Yudelevich; �L1~YNW._&Ak*j VA, T. I.,
._ jpzh., red.; KISW
red.izd-ve; ISUNTIYEVA, P.G., tekhn.red.
(Automatic control-of electric drives for continuous hot rolling
Mille] Avtomatika elektroprivadov nopreryvnvk-h stanov goriachei
prokatki. Moskva, Gos.nauchno-tekhn.izd-vo lit-ry po chernoi i
tsvetnoi metallurgii, 196o. ilo p. (MIU 13:2)
(Rolling mills--Electric driving) (Automntic control)

0 0 *a* 49 0 6-0 *-* 4 jo-O 4-4 -4-4 6-0 0 0-0 0 0 0-6-0--e-6
I I 1 4 1 1 , " 11 11 IJ U Is t6 t7 16 If a I It U a 34 ZI 26 27 3 Is x it V 13 If is 16 IT M P A) a A3 " a E!4P
A A L A L I S M I A L_.A I k fig I-J-1 AA 9$CCWj94j__k 1 4 r S 0 -A -1--Lbo

as
0 I-so

CMWM*d Hqid_vSp" pM" WlAkJ-X"A cndLhM unit. A. 14. SIMINMAN
Nrflydx" KhoLyulstm 21, Xj"3(1931). - A drtailcd drscription, incliIJAW"O~"i'mts
'Al
unit installcd
ki
K
h
ki
rt-
crac
oc
n9
n
and diavams.etc-. it givrn ols liquid-vapor phAw =00
it. ms Attwf"ts rvfimrv A A. D41111ITUNGIC

*a

j 0

as
SO-SLA SITALLURGICAL LITFRATURE CLAISWICATOGN C

-
--

U X I, 'a 1
,
0 0, 0, P CIP w It eta OCCIft It W
04 4
di .3
14LO n 1. 3 1
.
0 0 0 0 0 0 0 0 0
q'9
: : :
: : : :
:
: 4.0 0 0 0 6 0 0 0 0 0 4 a 0 0 0 0 0 0
: :
0 * * 0
0 0
0 0
0
'a 0,0 0 0 * 4 0 a 0 0 a 04 Go** a 0

W W V Iff 4 4 -411-01IM-41i -go 4 0*06
o
0606641100010069#64000011
0 q 0 0 0 a a 0 0 a a a 0 4 0 0 4 0 0 0 a 4 0 6 0 a 4 0 0 - 0 4 0 4 0 0 0 0 t
' : .1 : 1 0 t. It U V. W ft 1 41 C I. It !10
a L i

00
o \Vbe fethsolou ot the "Dubrovid" wspiar-phis" crack-
I
f* K, X. 11uhtovai and A. If. Nh,,ouisdn. Piwit.
'
-
- .00
0
*
111 dill-Vak,ps Attwoovg AU VIOW-18
V,
F
k. Sw.
'
L '
Pr
P
k
IV
h
S
k
91
l

o C o
uxe
a
or
ors,
a
1
3. Ciaim
e.
.
h.
.
Gorme-Gawt. Neff. Is". IOU, No. 3. 4 ~ IA: Foreiew Po. -40
Inpl*own r#YA. J. the '
Dubrovai cracking unit the x1twit 6 prefixaird to 4tMP* 00
Its a tube still aml passed Into a "nvurnam" Whele sit
0 0 a 11 admitted Amultaneoutly. The IVIIIII. of the stock is

00 r raised to The vapors then pou through a
flashing to.c., bubble tower. etc. The stock is preheated
.60
by making use of a no. a( brat exchancers. and it in said

06 thAt the tube still mav fie entirely clumuAted. Thepriv. .00
"1 is M"W out at atm. 1westutrr. anti wince the cracking
00 takes plate in the ..generator." which is of it very large

0 Also. the cracking truip. nuty be cousidcrahly lowvr than is

: customary with other vaikIr-phau-c cracking unit-i. A
0 cracking temp. is attained by admitting IM-2441 1.
C4 air per kg. tit cfackins t-k. tht- 1-m- .1,1-ditte
the P"be.t."S I-'P. am# III. nXturr of the ol-kcrack"l. .00
00 r; The principal Product of file coullm,tt" III the "ge-
.tt.tr" 6 1W ml mly imigruticam amts. oI Ct) and Co~
of X am forrued. C. 6 not dcptvtited in the tube still and the
lampt4ack formed in the "xrnerator" may he b.rn-I mit
-ith air. A kcroscric di3ittlate cracked without reeveling
in a semi-can. unit yielded: tvack-i sliAtillate 311.9, T-VO
gas 4amiline 41, "Indentair W.O. xas 13.7. [.~, 8% and
h
t

t
e fac
cormImptiou amounted to 4%. A diamm )I
tant
iz
iven
A
A
11
ht1m
k
N
.
.
.
M
g
x
S..p
_
00

At
. It A 417AIILI~K.L ~'G 0
S
14 u A' .0 to IV -4 a ,I 'q It It I I 't -1:! 1 1 1.
oi* 0 0 0 0 0 0 0 0 0 0 0 0 0 0
0 0 0 0
0
*'* 0 & * 0 0 a 0 0 0 0 0 0 0 0 0 0 0 '
0 0 0 0

a 0 fig 9 0 o 0 * 0 o 0 o a 0 0
It x T WR "N
I fuff
r- q IL INK T IA"AmajR.12
0 __I_% F, AjO
F.Crior-ts .Lt.
90
00
0 A 71.
40
00 13
00 r
0 0 0 0 0 0 0 0 4 0 0
a it It -4 MPG 41 443 sie're
I M. A10 0
ThO t*chnW*V of the "Dubro..I" IMP-r-phase oxide-
tI00*Cr6CkIRg PrOCIIIII. X. K. Dubrovld and A. V.
Shti
s" K'L's. 1935, N;..
m NO
42
A.
r
n
.
.45M -Parts of the equipment. such as the
cOmbum
.10116-cfAckifflS tar
tower and filter
!:hii;:
h
;
for t
c
rt
k
e frasoval b pptd. during the
rrac In the oil, am decribed and illuitmted. The
y In the valior-Phate treating unit with 7nC6 wnrking
clinnectlon with the cracking unit It. The life"urr distil.
age in hested to 210-215* in a lul-lilland pa%,4%I Into a -410
treating tower with 8 baskets filled with ptimicc stone on 600
which solid ZnCl, is pptd.. and one upper and lower ba,,ket =00
with pumice stone coated with NaOll for the neutraliza-
tion of HCI. Some of the polymers ppt. on the bottong 0
and constitute a raw material hw the lacquer indu%try.

while a M"ine with an end t-itif of '_NN)* leavv-s flinmish Coo
the top. then cuterint the litilible tower with the wutl .00
stripping r9itIpment. Gas 14 pa,%sed through an abswher
g
o
unit (described and illustrated). A. A. Hochtlinxk o
4
t:0
Z no
too 0
A arTALLURGKAL LITIOATURIE CLASSIFKATICN "so
v*t7I M, W
U A- _-O As r, I, a, K K it *1 U If it K IUD n
oo - 0 0 0 0 0 0 0o 0 a 6 as o
0 a 0 0 00 ;
0 0 0 0 0 0 0 0 0 0 010 0 0
o 0 00 0

*eats**** a **go *too of*_ 00000404*0 0 0 0
03 1 1 JAI I ?a 9 WIPUIJU111617 4 " a, a III JS is V a it 31 It R 33 to a is V Is p 0 &1 a a so 0.
A a C 4 L-1 P a a 11 L. It. I a CMC W Cut A L, a - k- 4_1-s _.o_j
M, .-D I- cocoas -
".0CISSIS .%a -or.
An attt=pt at thill subt4rMean goo-HIC-tiou of W in 00
sands. A.B.Shdwnan,K.K.t)ubruval.,V.A.S.,,,kin.
N1. NJ. CharidKin, 5,* L. 7aks and K. C. Zincl-tok- .00
0 Vr/JjWxM ?_~_ --so
Khollyclino 23. No. 4, 48 whav.J.-I-The
vxrts. were carried out in an abandoned part of the Shirvan
fields. The knition of the oil was effected tit hot by int-Ans -00
*a III a special furnace constructed near the well or in the
well itself by lowering burning charcoal or charcoal which -00
00 was ignited later and pumping air into the well. Two .00
wells were drilled st different distances fmtn the burning
well in order to study the range affected by the beat. .00
The oil present up to 02W in. from the well was recovrrahle.
a 9 'j: Tht heated sands released all oil in the sand. Aluditica-
tums of the procedure are described and a detailed de-
wription of the evnit 14 nrrownted. A. A. BochtlinSk
use
roe
see
woo
'00
"oo
41
0 0 f:3;
S 5 L A AIRTALLLAPGOICAL LITERATUAI CLASS)FICATICO
via, "all'.
_---Tr---'- A to.. ia. n' woo
Was') -A a.(
41&111*11. 00 a.. &%I
6 u - xv mo nf.'
;a a,
x It It of cut U x A %a two 0 a-Var
OTS'408 a a 0 a a a 0 'a 0 9 0 * 0 & 0 0 0 0 0 *
- 0-0 0 0 0 0 o 0 0 0 : a 0 0 0 0 0 0 0 0 0 0 q a a a
SHEYNMAN, A. B. and DUBROVAY, K- K.

0 0 o 0 o WO 41-0-0-w-

-
0
6
I -
0
1
0 * 0
i

Ala 1 4161 ..
tallu 11 As to is It is a It As 11 0 0 11 6 11 1
6
4
M1
7 "1 'a I., i
1
I
I
m M
11 1
, 4
0 41
al
-
-
1
A
o
v .
a -AL- 1
0
c
ti
i
Ot
A C -4 It'll I- 11-f-11 -..
h JAI ' 1 601 if 0001 4 440,AUNJ $414~104411" A 1:

15, Lm".- is IW7-38 cipts. wrte cunducird in% th.
MaIncit properfirt an The palfication of oil deposits by st
Injecting a hot sk-gas mixt. through an Intake well still
lwasill
ollbr
Th
h
d
h
00
00
10 i
e
e games (hrulig
ums.
removing t
itro
The mist, was InImt"i
m. thick litul at a ilepth of M) ni,
' .

0
at por.litir"A A 7 mm. atilt 41AM 71111
still ski a imir ill 22N ,

on atilt. 64 W&I"I fillet. On.1 Wds %Wm luilik"t ru. fit. Iwo

24 his. Calorific value r4 Ps was 2-S-4.8 thousand cals. goo
40 The gw"ine was collected In a OM61 trati. K.
0
0

0
:
0it .0410
00
00
00 -00
64D 0

s*
ie
logo., *&list *A Ito*
U U AV go is

1
0
"
'3 19 4 3 is
T.94

J
0 0
0 o
*
74
: 0 0 0 o 0 1 0 0 4 0 0
e
9 0 0 0 0 0 0 0 0
F
1
4 0
it 0 & 0 0 0 0 to 0 4 e
*
o * 0 a 0 0 0 0 0 0 0 0 0 0 * 0 4 G

0002 0000000

rf W-11 all a layapa"90"
:1 6~0
N I A k r
0 4 -00
PNOMM AND P80#111111% mods -4040
0
400 -4
WF -00

0,
0 C
:
j;
iii 3M, veouR PHAss olnUTIVE CRACKING OF GAS OIL AND NAPHTHA IN
'00
.00
oe PR&-ENCE UF AIR DMOM W11H OXIORM I. Sholman, A A and Tsuibe,
--
--
-
A 9 (8,11 aced act U.R.S.S. U1 mai to&
7rtz72T; J Inst petrol
19
",

:0.4 1945j, 31, 206A). Thoprocess of 6xidatles, cracking has been proved
loo
8 effective, but has hitherto only beem applied using air. Industrial .00
o X ivailability of ohs& 02 (Kapitso process) m6se use of air/O
E
i MOO
a mixtures feasible.
aborstory scale experiments were undwta
sn 400
using enriched air, so that the 02 oontent was 37-40. Cracking coo
a
0
0 was carried out, over a charcoal oontact, at 540-560%., using =00

60-70 litres of alr/C6 mixture per kg. of charge. Reaction time go
0

0
V
00.
00
~ was 28-4 sea. As ahErging stocks, there were sm~loyed a napths, 4109

A (d 0.7989 105-218*0.) and a gas oild(d2o 0.858, l.B.P. 2D) U., goo
;;Pat 360 W. Once through cracking yielded 30-35X of 150 G 400
ill end point Casolin I the total yield of liqpAid products, including goo
gasoline, recovered by gas stripping, was 63-&A. Inspections
of oharging stocks and products are given. or the 02- entering '000

the ro
action 37% in accounted for as W2 and CO (mainly the former), Moo
30 by H20 and excess 02, and 29A by 0 containing liquid products esoo
,
% L A UVALUJIMICK LIMULTUAt C"WFKAMM cloo
~L
3111440 It 0MV Oat VAIL" G-V
--
-
-
-
r
,
I
1A
~
I
?
V
An L S 9 rM 0 M 9 1 N It I a 43 3 1
U U AT 10 11
q ;
~ U
'
t I
to 0 K K d a la
~
0 0 0 oto 0 0 e 0 0 0 0 0 0 0 0 0 IS 0 0 0 0 0 0 a 0 0
0
is a a eito0 assoolLES-00000000000000
0
*

S'.E ET -'. V'/, A 8 P,
1. SEEyiXIT, A. GLAWISHE'P-1) I'li. S.; BUIVISTROVA) V. F. ; ME-ENRIA) C. N*.
2. ussR (6oo)
"Tennerature Factor in Oil Extraction,," Iz. Ak. Nauk SSSR, Otdel. Tekh. Naulk, No. 7-8, 1941.
Institute of Mineral Fuels Academy of Sciences USSR,, submitted 4 Jan 1Q,41.
0
/. IM Report U-1530, 25 Oct. 1951.

A a a A 0 3 9 a 4
t 36 P 41 41 41? 43 4
v a it 39 11 U If IS a a 9
A A L A A It I -A 1 1. k-Y- Q -,Q- K W-A-t-A. A-1-1.
0o ,! 1.UI;, 1.
-00
00 - %'t,

Effect of temperature ln PrOductiOQ Of naphLh4
00 Glarrishkin. F. 11,111118511!)"
'
q
0o al- j
1,11. I
R-S.S., t I'l Ile
0 1~11,44-11,11 oblitined (little

4
field V416.41.
"
-Vlltllvtk- lichl", v1ple 1
.41tht'd .%IL1,11C
"AU'l 0114,11. atrAlel 1114tj 11 11111, 1 %%,11 11,
610111,th A 610, fill, fit, 14 1
vv
A,
.
-it, skit Iltr-jjlr If I J() 41
.
.", J
~
ChAt I VA. of sdild rchiiiii
of one
till't
f
I
,
2-1 Vol. of another. kind of PC
trolcum. The residu
reduced from 0.19 0.20 to o. I I Vol. it W, is sub3tit
I- air. It Petroleum is exPres"ll at 611* the re,itfu
i
,
,,
fit 0-20 t.21 %-I. rite atilt I I-
31 r
.,(
l

;% Itk.
lAy'.1 is IAi.A
I,v "At "I
1-4-61K nit lim.tijill III,- I it, 1
Al"I 1
,
11-1
bw AI$ I h ... tigilif to
I It, tAte'.1 lilt IA
VAIll"ll 1114feliAl, tall.W.-m-,
VA110144 Ivglm, "I lietinvallibly) illt-f-CAVI With I
III
V
I.
111, 11111rC I'AlltillY thC higher it At I()W ICIIII).
If. C P A.
U TS if IS
0 0 0
0
0 0 0 0 0 0 0 -
.00
-00
.00
-00
-00
.00
a= 00 00
4300
11111131 GK 0., 101%
V i ZA An I I I Md 0 le *1 9 A a
11A 0 0 0000 0 0
0 00 0 0 0 0 00
0 0 0 0 0 -60
a 0 Ole 0 0 0 0 0
Coo
SOO
twoo
=00
00
00
00

A. B. ar.-J'A TSY::-,
r,~' Va-,o-,-Pha3! Ciidaticn Crac!
lnstitut,~ of '-,in-,!ral Fu-31s, Ac-adnny of Sci!~nces USSP (-1.944-)
"Vaucr-Phasi CAdation Grac'r-AnZ- of Gas Gil and Lil-oin in
-~hl~ Prestnce of Ex-,,~---!n En~:-4
-6t- ached Air'l- Report 1.
Iz Ak. Nau'r. ssm -;el, Tskh. Vauk.
IT
Nor - 10-11 , 1944
ER-52059019

Oyl.
xrteltiental So idy-d the thtraw
in
MI
UM
G. M. Belova and A.
Coutg. Strongly oxidized oil (4-67. ut dry sand) which cauld
not be by blowing with air ar. by boiling with water
wtu heated Ir a retort firthe absetice 61 ik itt-It lhax~-temP.
to 2W,.
of 450'. At t not less than 70. oil
eMPS. Up vrar
rcoavered andthe residual oil content was 1.5-3.51
to of the
dry sand. At temps. up to 450'. recovery was 812-93% and
the resAual oil cont,nL Wa~ Under othenvisc
virntical Covditions the degme of rewvery depends oa the
~7ri 'ginal -ri5cosity of the oil lwnce. thc highr-, ihe viscosity
,4 the oil in the forin,ation: the higher should be the Eerap,
B. Z. Kamich

TSYBA.A.Ii.; SHEYNMAN,A.B.
Chemicnl composition of the aromatic part of gAsolinee obtained by
oxidation cracking a:ad reforming. Trudy Inst.naft no.6:12-19 '55.
(Gasoline) (MLRA 8:12)

S11EYM-LU, A. 13.
with A. I. Sergeyev "Dmerimental Study of Burning in a Petroleum Saturated
Sand Lanyer" CO -2~Z'5-- .2 -3;7
Transactions of the Petroleum Institute, Acad. Sci. USSR, v. L1, Oil Field
Industry, Mooco;;, Izd-vo All SSSR, .19515- 346pp.

L4 (5)
SOV/92-58-8-9/36
AUTHORS: Sh-3X_nM2-n1 A.B.. Sergeyev, A.I., and Shenayeva, V.I.,
Membel -Ur -ne TnStltute
Lo
TITIS: Thermal T ----a I'm-:7-L" cf Oil Wells 'Tepl-^vaya obrabot-ka
7it:-ftyanykh skvazh:i.7-'
PERIODICAL: Neftyanik, 1958, Nr 8, PP 1-3-15 (USSR)
ABSTRACT: The Petr;-.l.~run Inst-,itute of the Academy of Science of the
'USSR has studied -the effe--t of -Che bot-tom-hole heating in oilfields
Produc4-ion Administ- '-ion. Experiments,
i_:he K
made -,--rider stipulated in Table 1, have indicated that
a.=ng seve-Lai.me"11--ils !11' heating bottom-holes (hot oil or steam
f]_u5hing.. ther-mal' a~~id treatment, electrical beating, etc.) the
electrical heating with the device shown -in Fig. 1 produces the
best result. Conditions under which the electric heater described
by the author was used are given in Table 2 and the effect of
heating in Fig. 2. As a result of experiments all the wells
-Moreased their petrole-am output. Fig. 3 shows the design of
Card i/2

Thermal Treatment of Oil Wells 92-58-8-9/36
the electric heater installed under the pumping unit, and used for
continuous heating of the bottom-hole. While In oilfields of the
Stanislavneft' organization the bottom-hole heating increased the
petroleum flow 1.5 - 3 times, in some wells of the Sakhalin oil-
fields it speeded the petroleum flow up to 13 times. Moreover,
in some cases wax deposits were melted not only in bottom-holes, but
also in pressure pump tubes,and thereffect of heating lasted
several months. On the basis of experiments it can be said that
the use of a mobile 25-30 kwt heater suitable for 8".. 6"1 or 411
wells is desirableand that a temperature around.150* C must be
maintained at the bottom-hole. An i:ndependent, durable and flexible
cil gas resistant wire rope shoi;ld be employed to suspend the
electric heater. There are 3 figures and 3 tables.
ASSOCIATION: inst-1,ute nefti AN SSSR (The Petroleum Institute of the
Academy clo Science of the USSR)
Card 2/2

,.SE[ZYNMAN, A.B.; SKRGLTEV, A.I.; SREITAYEVA, V.I.
Heat treatment of oil wells. Biul. tekh.-ekon.inform. no.9:7-9 158.
(MIRA 11:10)
(oil wells)

SHEYM-WI, A.B.; GLUSHNEV, V.Ye.
Karl Karlovich Dubrovp-i4, obituar7.. Trudy Inst.nefti 12'372-374 '58.
(MIRA 12:3)
(Dubrovai, Karl Karlovich, 1888-1957)

SOV/93-58-8-10/15
;AUTHOR: Sergeyev, A. 1. and Sheynman, A. B.
TITLE: Depth Heaters (Glubinnyye nagrevatellnyye ustroystva)
PERIODICAL: Neftyanoye khozyaystvo, 1958,~Nr 8, pp. 46-53 (USSR)
ABSTRACT: The article presents data on Soviet and American depth
heaters for oil wells. Stepanchikov's burner (Ref. 11,
operating on the principle of flame propagation, is of
limited capacity and lacks direct temperature control.
It is also inclined to produce soot and contaminate the
well. The American model of gas burner for underground
generation of heat, presented by Fig. 1, fades out and
ignites easily at low depths [Ref. 2]. Another American
model presented by Fig. 2 and tested in a depleted forma-
tion has markedly increased the yield of the formation
[Ref. 31. The Institut nefti AN SSSR (Petroleum Institute,
Academy of Sciences, USSR) has designed a gas burner which
is supposed to satisfy most of the requirements. This
Card 1/4

Depth Heaters
SOV/93-58-8-10/15
burner, shown in Fig. 3, operates on the kinetic
principle of fuel burning and its special feature is
that the air-gas mixture which is introduced to the
combustion area is prepared In advance. A triple
cable of the KTSh-2 type delivers the electric power
to the Ignition and transmits the data recorded by
the thermocouple which is located at the cutlet of the
burner. This burner has been subjected to laboratory
bench, and'industrial tests. The laboratory tests
have shown that a burner 1,000-mm. long at 30 atm.and
3000 can have a heat capacity of 190,000 -' 380,000
kilocalories/hr. and a volumetric capacity of
2,000 ~ 4,000 normal cu. m.//hr. They have also
determined that the change in heat capacity and volu-
metric capacity is directly proportional to changes
in the length of the burner or in the pressure. The
bench tests have disclosed that combustion proceeds
Card 2/4

Depth Heaters SOV/93-58-8-10/15
evenly without explosions and without drastic pressure
rise in the system, and it is characterized by tem-
perature jumps. During the tests the air was delivered
by means of a UPK-80 compressor. The bench test results
are shown in Table 1 and Fig. 4. The industrial tests
have shown that it is expedient to employ this type of
burner under fixed conditions at a time when the entire
formation has been stimulated and heating substances
injected in it. The temperature curve during the burner
operation under industrial conditions is shown in Fig. 5.
The Petroleum Institute 'Academy of Sciences
USSR in cooperation with Giproneftemash has also designed
a depth burner (Fig. 6) for preventing paraffin and tar
deposition in the well. This unit was tested at the
YablonoV3kiy oilfield of the Kinellneft' NPU and the
results are shown in Tables 2 and 3. The tests have
shown that this unit satisfies the industrial require-
ments. The Institute has designed another burner
Card 3/4

Depth Heaters
SOV/93-58-8-10/15
(Fig. 7) for installation in the well under a
deep well pump so that the bottom hole heating and
,oil production proceed simultaneously. In this unit
the current is conducted by a PUM brand copper con-
ductor. The test results for these units will be
published in detail in a separate article. The
authors conclude that this study of thermal devices
for the stimulation of oil production points out
the need for further improvements in this field.
There are 7 figures, 3 tables, and 3 references, of
which 1 is Soviet and 2 are English.
1. Petroleum--P--oduction 2. 'Wells--ffeating 3. Heaters
--Performance 4. Heaters--Test results
card 4/4

SilEY12,10, A f.B. - SERGEYEV, A. I.
Subsurface heating devices. Trudy Inst. geol. i razrab. gor.
iskop. 2:177-193 160. (MM 14:5)
(oil wells-Equipment and supplies)
e-

3UPTAIII, A.B. [a-heynman, A.B.]; 11,1137FV, B. E. (Glushnev, B.8.1
Karoly Dubrovai; obituary. 14a,-,v kerm lap 15 no.2:61 F 160.

MALOFEYEV, G.Yqj SERGEYEVI A.I.; SHEYINAN, A.B.
Experimental study of the olectric heating of a well bottom zone.
Neft. khoz. 39 no.12139-4J,. D 160. (MIFA 14:4)
(Oil fields-Produation methods)

.SjIEYN,.W],__Aleksandr Borisovich; SERGEYEV, Aleksandr Ivanovich;
MALOFEYEV, Gurly Yovdokimovich; XMIYAN, V.A., red.; VATOLIN,
G.F.2 .ved. red.; VORONOVA, V.V.y tekhn. red.
[Electric heat treatment of oil well bore zones]Elektroteplo-
vaia obrabotka prizaboinoi zony neftiarqkh skvazhin. Moskva,
Gostoptekhizdat, 1962. 98 p. (MIRA 15:5)
(Oil fields-Production methods)

'AALOFERA.T. G.Y,-.; SIfE"MtAN,, A.B.
Ga2c-ola-t-Ing the r6S8r'70.ir 04-1 yield when ilujecting hot water.
Neft. khos. 41 no.3631-31 Yx 163. (MIRA 172.11)

SHi-,Y1W,ANJ, A.B.; MALOFEYEV, G.Ye.; SERGEYEV, A.I.
Investigating heating of the well-bottom zone in the presence
of fluid inflow. Neft. khoz. 42 nc.1:37-42 Ja'64-
(MIRA 17:5)

SIMEN: F.M.; KALUGIN, V.D.; RAKIIIMOV, A.R.; SHEYWAN, A.B.
Electric heating of well bottcm zones in the South Alamphik
field. Nefteprom. delo no.8:16-19 165. (MIRA 18-.9)
1. Institut geologii i razrabotki goryuchikh iskopayemykh,
mo.91rvay i ob"yedineniye "Forgananeftegaz".

SHEMIAN, A. D. and TSYBA, A. N.
"Chemical Conwsition of Aromatics Contained in Gasoline Produced by
oxidative Crackirg and Reforming," Trudy Inst. Ilefti, No.6, 1955
Translation D 41-1562

HIGLLOVSKLYL, G.11.,; SHEYIIW, A.I.
Obstetric forceps. Akush. i gin. no.6:23-27 N-D '55 (MLRA 9:6*1:
1. Iz rodillnogo, doma imeni V.S. Snegireva (glavnyy vra~h L.I.
Krotova, nauchnyy rukovoditell prof. M.A. Petrov-Maslakov)
Leningrad.
(OBSTNTRIC, appar. and instruments
Huzols forceps)

82b47
s/141/60/003/03/002/014
ElWP362
AUTHORS: Vilenskiy, I.M., Chernyshov, . and Sheynman, D.I.
TITLE: Distortionlof the Modulation of High-p 19
During the Propagation%in the Ionosphere (Experimental
Investigation). Part I.
PERIODICAL: Izvestiya vysshilch uchebnykh zavedeniy, Radiofizika,
196o, Vol. 3, No. 3, pp. 367 - 374
TEXT- An investigation of the change of the modulation depth of
an amplitude-modulated wave at the carrier frequency of 200 kc/s
was carried out by J.W. King (Ref 6). It is considered, however,
that the results obtained by J.W. King are not fully satisfactory V(
since they cannot be used in studying the dependence of the
amplitude distortion on distance. Consequently, a more detailed
study of the problem was undertaken. The measurements of the
modulation depth were carried out simultaneously at three different
points by means of three specially prepared measurement sets. One
of the sets was situated in the vicinity of the transmitter and
measured the modulation depth produced by the transmitter; the
second was situated at a distance of 2 000 Ian (point 4) while the
third set could be situated at various distances from the transmitter
Card 1/4

82447
s/i4l/60/003/03/002/oi4
E122~Eabjjo
Distortion of the Modulation of High-po e a Waves During
the Propagation in the Ionosphere (Experimental Investigation).
Part 1.
(points 1.2,3). Since the antenna system of the transmitter produced
practically no vertical radiation component, it could be assumed
that the receiver situated in the vicinity of the transmitter
received only the surface wave whose modulation depth was the same
as that of the transmitter. In order-to secure the measurement 0f
the modulation changes with an error of 0-50% it is necessary to
employ the measuring sets of very high stability. The measurement
of the carrier level was performed by means of a linear voltmeter
employing a copper oxide rectifier. The voltage obtained at the out-
put of the rectifier circuit was applied to a 2-stage low-frequency
amplifier, fitted with RC filters. These bandpass filters were
tuned to frequencies of 40, 80, 160 and 600 cps, The output of the
amplifier was fed to a peak voltmeter which was measuring the
magnitude of the envelope of the �nvest�gated signal. The modulation
depth was determined by comparing the readings of the linear and
the peak voltmeters. The experimental investigation of the
Card 2/4

82447
s/141/60/003/03/002/014
Ela2~EAffio
Distortion of the Modulation of High-po e a Waves During the
Propagation in the Ionosphere (Experimental Investigation).
Part I.
amplitude distortion due to the propagation of the waves in the
ionosphere was conducted during the period from April 24, 1959 to
June 18, 1959. A powerful radio station operating at the frequency
of 236 kc/s was employed as the transmitter, the modulation
frequencies being 80, 160 and 600 cps. The modulation depth was
approximately 80%. During the above period 30 observations were
effected at night-time,) the duration of each being 15 minutes
(5 minutes for each audio frequency). All the 30 transmissions
were received at the distance L = 2100 lun (point 4). Ten trans-
missions were observed at the distances of 400, 700 and 1500 km
from the receiver. The experimental results are given in Tables 1,
2, 3 and 4 and in Figures 1, 2 and 3. Tables 1, 2 and 3 shows the
average relative values of the modulation changes. From the tables
it is seen that while the modulation changes for any one observation
did not exceed 2%. the differences between various observations
are quite considerable. Table 4 shows the average relative values
Card 3/4

82b47
s/141/60/003/03/002/014
EJR2~E~82
Distortion of the Modulation of Hig - o er Radio Waves During the
Propagation in the Ionosphere (Experimental Investigation).
Part I.
of the modulation change for all the observation points. It is
seen that the distortion at points 1 and 2 was as high as l7c'O'.
The dependence of the modulation distortion on frequency is
illustrated in Fig. 1, while Fig. 2 shows its dependence on dis-
tance. The nonlinear dependence of the magnitude of the distortion
on the power of the transmitter is illustrated in Fig. 3.
The authors express their gratitude to G.S. Kharitonov,
S.I. Volosnikov, B.I. Podlipalin, L.N. Ruchkan and V.P. Khoroshilov
for their help in the preparation of the measuring equipment.
There are 4 tables, 3 figures and 6 references: 3 English and
3 Soviet.
ASSOCIATION: Novosibirskly elektrotekhnicheskly institut svyaz!
(Novosibirsk Electrotechnical Communication Institute)
SUBMITTED: December 14, 1959
Card 4/4

KUBIANOV, V.L., inzh.;-.qHEMA . D-1. , inzh.
Automatic machine for broaching butts of steel aluminum bearing
bushings of diesel.engines. Trakt. i sellkhozmash. 30 no.6:34-36
Je 160. OCMA 13: 11)
(Broaching machines) (Bearings (machinery))

SHEYNMAN, D.I.
A device for measuring small indi4es of phase modulation. Izv.vys.
ucheb.zav.; radiotekh. 5 no.5:640-642 S-0 162. (MIRA 15:11)
1. Rekomendovd~o kafedroy antenn i rasprostraneniya radiovoln
Novisibirskogo elektrotekhnicheskogo institute. avyazi.
(Ionospheric radio wave propagation) (Radio measurements)

~Ihl "I PI)4 I "II,
I ~. I'-, .,. I, ! .
Me, ~1 n-mt:nt cf relative phase shifts in shortwaves with freq. ency
V 1'. "1 - u
Jive,.,z~ ty. ti~:.heb. Ingt. sviazi, no.16:39-46 163.
(14IRA 17t10)
1. -s!-,!v f--'Lektrotekhnicheskly inatitut avyazi,.

TSESARSKAYA, S. I;MONOSZON, S. M;SHEYIMN, To. A;YAEMIIS, B. L;GOLIEh'MG,
A. I;GORLOVSKAYA, Ye.
Role of roentgenological method in examination of children
for B.C.G. vaccination. Probl. tuberk., Moskva no.4:31-36
July-Aug. 1950. (CIAL 20: 1)
1. (Candidate Medical Sciences S. I. Tserkay-a -- Odessa Tuber-
culosia Institute; S. M. Monoszon and E. A. Sheyman - Lenin-
grad Tuberculosis Institute; Prof. B. L. Yakhnis and Candidate
Medical Sciences A. Ya. Gollberg -- Khar1kov Tuberculosis
Institute; E. P. Gorlovskaya -- Kiev Tuberculosis Institute.

1571. SHEYNM AN E. A. Isolation of newborns vaccinated with
B;tTrIa-g'~~af:Lff';iT tuberculosis (Russian text) SOVETSK. MED.
1954, 1 (26-28) Tables 1
The author states that an isolation of 6-8 weeks is necessary in newborns after the
BCG vaccination before they come in contact with persons suffering from th.
Palack~ - Uh. Hradiste (VII, 15)

r-?-ctior, of the olrir~r child orgini!nm to the adlministr7~tion of
7,e',-hcd" T e_
17rr-4, 1955. Leningm~ St;nte Crti,~r or
.,in
LenLr, inst, for the Avince~i Training of Flhysicians imeni S.", Firov. LeninCrad
Sci 7L-_s inst, for Ttfberclillosls imerd .'L.Ya. Shternber.-. (Diz~,~rtations for the
Del;~ree of Candi--~-te of Medical Sciences).
~:~O: Knizhna-~ leton-is' ',.o 44, 2~1 October 1955.

GOLIDFARB, M.L. GOTICHAROVA, M.K.; SHETWAN, S.A.
Studying the effectiveness of BCG revaccination by intracutaneous
and percutaneous methods. Prob.tub.no.4:3-8 Jl-Ag '55-MRA 8:10)
1. Iz arganizatsionno-metodicheakogo otdela (zav.-kandidat
1;editsinskikh nauk M.L, Gol'dfarb) Leningradskogo nauchno-issle-
dovatellskogn Tuberkuleznogo instituta (dir.-doktor maditsinskikii
nank prof. A.D. Semenov)
(BCG VACCIN&TION,
on tuberculin reaction in intracutansous and percuta-
neous methods)
(M?JILVWIN REACTION
eff. of BCG vacc. in intracutan ous & percutaneous
methods)

AYZ3NGSRG, B.I., inzhener, redaktor; SHHYN-KLL-j""D,' inzhener, radaktor;
ZOAMIXSYANTS, M.Ya., inz-heaer, .L-Ft-or, GIADKOV, K.M., radaktor;
MODXL', B.I., tekhnicheskiy radaktor
[Auanual for designers of machine construction plants] Spravochnik
preoektanta mashinostroitellnykh zavodov. Bost. pod rukovodstvom
B.I.Aizenberg. Moskva, Goa. nauahno-tek)m. 12d-Vo mashinostroit.
lit-ry. Vol-3. [The designing of various industrial and auxiliary
shops) Proaktirovanie raznykh proizvodstvennvkh i vapomogatellnvkh
tsakhov. 1946. 307 P. (HLRA 9:9)
1. Moscow. GosudarBtvennyy institut po proyaktirovaniyu mashino-
3troitellnykh zavodov.
(Machinery--Dasign--Handbooks, manuals, ate.)

M
SHEIMMAN, I. -B.
.
Cutting forgings by weight. ~Lvt.trakt. prom. no.6:7-9 Je '53. (W-RA 6:6)
1. Moskovskiy zavod malolitrazhnykh avtomobiley. (Forging)

SHEYNMAN) I.M.9 starshiy inzh. mostopoyezda (Volgograd)
Reinforced concrete construction In winter time. Put' i put.khoz.
7 no.12:29 163. (MIRA 16:12)

SHEYNMAN,,-j-a-,-inzh.; KRITSKIY, S.N., dAtor tekhn.nauk
-:5-~
"Engineering hydrology" by G. Rdmt.-*n,:dras [in French]. Reviewed
by L.B. Sheinmen, S.N. Kritskii. Gidr. stroi. 31 no.9:3 of cover
s 161. (MIRA 14:12)
(Hydrology)
(Rdmdnidras, G.)

- SHNDKB, L.B-, inzh. ; RUBINSETEY14., G.V.., inzh.
Design of a low-presmire hydroelectric dervelopment in precast
reinforced concrete. Gidr.stroi. 33 no.10,.L'+'-20 0 162.
(MIU 15:22)
(I~ydroelectric power stations)
(Precast concrete construction)

SHEYNMAN,Le'v'Yefimovich, starshiy prepodavatell; SHEKHTER, Villyam,
- LeonidovicH,- inzh.; GOLOVANOV, Robert Dmitreyevich, inzb..;
SHMIRSEY, Vladislav Vasillyevich, inzh.
Automatic drop of reactive power in a mechanical current converter.
Izv. vys. ucheb. zav.; elektromekh. 6 no.10:1249-1252 163.
(MIRA 17:1)

S- ii Ey .,j y t C, "J IIPJ~, ll~ s tr va,
U.-,~- r)" r,~-vc, :-;~ ible gerie r a -Ino~ ! Or ty j-, 0 , r - ~ ~-,. . , , . r '.,e, r for
rp-!,-inf~ the quality of eleztrj(.~ j-,-).jvr or an Fy-,,tpm. Izv. AN
SS'T. Fherg. i transp. no.4.489-492 16
~,M,R-k 17?110)

Latlan of --3 3 A, a
6L ~-ri~~bx-anuu.-; rii
.n.-Pate7,. IU"kl, ~ i

r

PODGAYETSKIY, G. B.; SHEYNMA11, N. S.
Immediate results in the treatment of upper respiratory
tuberculosis with paraaminosalicylic acid. Vest. otorinolar.,
Moskva 13 no.4:86-87 Jul-Y-Aug 1951* (CUIL 21:1)
1. Of the Ukraiiiian Sc; -.-,tific-Research Tuberculosis Institute.

SEY-NMAN, N.S., kandidat meditsinskikh nauk.
Disorders of vestibular function in streptomycin therapy
of tuberculosis. Vest.oto-rin. 15 no.6:22-26 N-D 153, (KMA 7:1)
1. 1z Ukrainskogo nauchno-issledovatellskogo instituta tuberku-
leza im. F.Ya.Yanovskogo, Kiyev.
(Streptomycin-Physiological effect) (Tuberculosis)
(Equilibrium (Physiology))

KOLOVIYCHENKOY Aleksey Isidofovich, prof.; SEEYNM,,-.Iiaum-~i-Qlo=nQyi-ch1
kand. med. nauk; KJIARSHAK, Ye.M. . red.; CHUCHUPAK, V.D... tekhn.
red.
[Atlas of tonal audiometric studies; a textbook for practicing
physicians and students]Atlas tonallnykh audiometricheakikh
issledovanii; posobie dlia prakticheskikh vrachei i studentov.
Kiev, Gosmedizdat USSR, 1962. 292 p. (MIRA 15:11)
(AUDIOME,TRY)

SHEYMAN, R.P., inzh.
Homograph for calculating equipment in designing continuous lines
for the production of multiple articles. Vest.mashinostr. 1+2
no.8:?8-80 Ag 162. OURA 15;8)
(Factory mana Pm nt)

,M Remualld Petrovich; ZEKLEGLYADOV).Konstantin Grigorlyvvich;
SHELY~~
TELYASHOV, R.Xh., red. izd-va;
GVIRTS, V.L.., tekhn. red.
[Improvement of the production structure of a machinery
plant] Sovershenstvoyanie proizvodstvennoi struktury mashino-
stroitellnogo zavoda. lAningrad, Ob-vo po rasprostraneniiu
politicheskikh i nauchn. znanii RSFSR, 1963. 1+2 p. (Leningrad-
skii dom naudhno-tekhnicheskoi propagandy. Obmen peredovym opy-
tom. Seriia: Mekhanizatsiia inzhenernogo, i upravlencheskogo
truda, no.1) (MIRA 16:7)
(Machinery industry-Management)

LIPKIND, L. M.; SHEYN11AN, It. 11. ; S1,17111S, M. 11. , red.; PULI KINA, Ye.
A.Jq tek-hn. red.
[Methods for preparing the production program of a machinery
plant which provides for an in rease in the level of serial
production.] Metody postreniia proizvodstvennoi programmy
mashinostroitellnogo zavoda, sposobstviushchie povyshaniiu
urovnia seriinosti proizvodstva. (Russia (1917-R.S.F.S.R.)
Leningradskii ekonomicheskii administrativnyi raion. Labor-
atoriia promyshlenno-ekonomichaskikh issledovanii, Trudy, ho.
(MIRA 16:11)

TATEVOSOV, K.G., doktor ekonom.nauk,prof.; SHEYN14AN, R.P., inzh.
Establishing an optimum schedule and voli, plan for.a shop
(section) with diversified production. Vest.mashinostr. 44 no.7:
72-77 Jl 164. (MIRA 17-9)

qSHEINTIA,N R.P.1 kand.ekonom.nauk
Gptim8l planning of equipment for the machining areas. Vest.
mashilnostr. 45 no.3:78-80 Mr 165. (MIRA 18W

SIEINMANN, S. M.
RT-1102 (Stationary temperature field around a regular heogonal priam of infinite
length immersed in an unlimited hormgeneous medium) Statsionarnoe pole temperatury
vokrug beskonechnoi pravilinoi shestigrannoi prizzy, pogruzh6nnoi v bezgranichnuiu
odnorodnulu sredu.
D:jjk Arkticheakogo Instituta 110; 33-38, 1938

1. SHEYNN'All, S. ".
?. usst, (6oo)
4. Pagnetism, Terrestrill
7. Investigating the process of fixinF-- electromagnetic fields in the ground.
(Abstr-et.) Izv. Glv-n. unr. geol. fon. ro. 2, 1947.
9. MonthLy List of Russian Accessions, LibraY7 of Congress, March 1953. Unclassified.

sov/1-69-59-5-4562
Translation from: Referativnyy zhurnal, Geofizika, 1959, Nr 5, p 42 (USSR)
AUI'HORS- Sheynmann, S.M., Frantov, G.S.
T Magnetic Dipole Above a Double-Layer Medium. On the Geologic
Mapping by Means of Aeroelectric Prospecting 'V
PERIODICAL. Tr, Vses. n.-i. in-ta metodiki i tekhn. razvedki, 1958, Nr 1,
pp, 161 - 188
ABSTRACT-, Comparing the various methods of aeroelectric prospecting, the
authors come to the conclusion that using, as source of the
field, closed loops with alterating current of audio frequency
offers the most suitable for practice method, if the closed loops
are moving together with the aircraft, as well as the receiver of
the field. Basing on the described method, the authors analyze
the field of a magnetic dipole above the original rocks covered
with the overburden having a good conductivity. The developed
theory can be applied to media, which a.re not bounded in horizon-
tal directions. if the structure of the ground is more complicated,
Card 1/2 the method allows the estimation of the expected order of variations

sov/169-59-5-4562
Magnetic Dipole Above a Double-Layer Medium. On the Geologic Mapping by Means
of Aeroelectric Prospecting
of the secondary magnetic field. The expounded theoretical considerations
made It possible to draw the conclusion that t1he aeraelectric prospecting
using magnetic divole can provide a valuable material for charting the
resistance of the original rocks. The accuracy of determining the contacts
of different rocks increases with an increased ratio of their conductivity.
. pselble to distinguish confidently the rocks from each other, if their
It is p
conductivities differ by a factor of 5 - 6 and the thickness of the overburden
does not exceed 20 - 30 m. The presence of horizontal stratification in the
upper mellow layer cannot hinder,under certain conditions, the application of
the theory. In the authorst opinion, in the present stage of development of
the aeroelectric prospecting, the proposed theory can be useful for experi-
menters, planners and prospectors.
A.A. Smirnov
Card 2/2

sov/.169-59-7-6728
Translation from: Referativnyy zhurnal, Geofizika, 1959, Nr 7, pp 30 - 31
(USSR)
AUTHOR: Sheynmann, S.M.
4MMONOWNiWauft. liv
TITLE: On the Possibility of Utilizing Telluric Current Fields and
Remote Radio Stations for Geological Mapping
PERIODICAL: Tr. Vses. n.-i. in-ta metodiki I tekhn. razvedki, 1958, Nr 1,
pp 189 - 209
ABSTRACT: The author discusses the question of utilizing telluric current
fields and remote radio stations for determining the relief and
the nature of the original rocks under the alluvium. It is
presumed that both the telluric field and the field of radio
stations in a remote zone are identical, in relatively small
areas, to the field of a quasiplane vertically polarized wave,
and the fundamental properties of the field in a stratified medium
are discussed. The author draws the conclusion that the utili-
zation of remote radio stations is expedient for geological
Card 1/2 mapping, when the alluvium is not existent or when its resistivity

SOV/169-59-7-6728
On the Possibility of Utilizing Telluric Current Fields and Remote Radio
Stations for Geological Mapping
is large 104 ohm cm). When observing tellurio currents, the problems
of the structural and geological mapping of the orig.Lna-; rocks which occur
under conducting deposits lying horizontally with a thickness up to hundreds
of meters, can be solved successfully. It is pointed out, that the study of
the phase relations in the telluric field may turn out to be of interest for
the geological Interpretation of anomalies.
A.A, Smirnov
Card 2/2

ALL-'.KSF,)D.'V, Arian Mikhaylovich; �1W -TSKAYA, A.I.,
- j, ,. red.; ZAIU
vedushchiy red.; POLOSINA, A.S., tskE.red.
[Apparatus for telluric current electric prospecting] Apparatura
dlia alektrorazvedki metodom telluricheakikh tokov. Hoskva, Gos.
nauchno-tekhn.izd-vo neft. i gorno-toplivnoi lit-ry, 1959. 90 p.
(MIRA 12:12)
(Electric prospecting~Equipment and supplies)

Bmicu'vau, Kark Naumovich; red.; FERSHINA, Ye.G.,
vedushchAy red.; MOTOVA, I.G., tekhn.red.
Urospecting by the telluric method] Blektricheskais razvedks
metodom telluricheskikh tokov. Pod red. S.K.Sheinmana. Moskvp,
Gos.nauchno-tekhn.izd-vo neft. i gorno-toplivnoi lit-ry, 1960.~
236 p. (MIRA 13:4)
(Electric prospecting)

VELIKIN, A.B.; FRANTOV, G.S.,-
Interpretation in multifrequency inductive electric prospecting.
Prikl. geofiz. no.31:.165-178 161. (MIRA 1513)
(Electromagnetic prospecting)

CHEI-OfAK, G.Ya.; SHEII[MANI, S.I.I., kand. fiz.-matem. nauk', retsenzent; OGILIVI,
N.A., kand. tekhn. nauk., nauchnyy red.
[Dielectric methods for --tudying the moisture of soils. Dielektriches-
'iE6-metody issledovaniia vlazhnhkh gruntov. Mosk-va, Izd-vo "Nedra,11
1964. 127 p. (Moscow. Vsesoiuznyi nauchno-issledovatel'ski institut
gidrogeologii i inzhenernol geologii. Trudy, no.5)

SHEYMM, V.A.; SaEMOVICH, V.M.
Equipment for petroleum refining. Biul.tekh.-skon.inform.
no.8:10-15 161. O-IIRA 14:8)
(Petroleum-Refining)

SHEYNMAN, V.A., inzh.; roGAN) YU.S., Inzh.; ALLZSANDROV, I.A., kand.
tekhn.nauk
Comparative hydromatic tests of plates of various desigm. Khim.
mashinostr. no-3:15-17 MY-Je 163. (Iffha 16:11)