SCIENTIFIC ABSTRACT AKSMLROD, M.M. - AKSELROD, Z. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100720002-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

On the Prospects of Employing D.C.Transmission 105-58-5-20/28
in the USSR
covering reactive (idle) power are unfounded because the recti-
fier plant has a cos y = 0.90 - 0.95. Polovoy does not take
power losses in compensation devices intlo account. He assumes the
specific costs of the transformer plant of D.C. substations to
amount to 36% of the substation costs. According to Teploelektro-
proyekt they amount to 26%, and according to the Institute for
Direct Current and the All-Union Institute for Electrical Engi-
neering - 17%. According to experience gathered in conneotion with
the line Kashira hydraulic station - Moscow, and according to
technical conditions the life of valves between two repairs
amounts to 15 000 hours or two years and not one year.
2.) Criticism of the article by lellgunov. It is wrong to declare
that the costs of D.C. - and A.C. substations including devices
for the increase of stability are the same already at the present
stage of transformer-engineering, that in the case of long-dis-
tanoe transmission no intermediate output is necessary, that by
means of the mercury valve grids the intermediate substations can
be reliably disconnected from the long distance line. Advantages
Card W3 and disadvantages of a D.C. line are enumerated.

GLRIFIYAIIUV,
Magnetic resonance in some coals. Xhim. I tokh.topl. i meel,
4 no-3:64-68 Mr 159. (MIRk 12t4)
1. Kazanskiy f ilie'l AN SSSR.
(Coal--Magnetic properties)

AKSELIROD. M TKOVSKIY, V.M.
Technological and economic indices of d.c. power transrAssion
and its comparison to other modes of transporting power resources.
Izv. NIIPT no.6:92-3-U 160. (MIRA 14t7)
Electric power distribntion-Direct current)
Nwer resources-Transportation)

41
.4
40
MEW

AKSEI;IRODI* M.M.; VIDGON, L.N.; ROKOTYAN, S.S.; TURETSKIY, V.Ye.
Cocipariaon of the economic efficiency of d.c. power transmission
and transportation of gas to electric power plants. Izv. HIPT
no.8:20-31 161. (MIRA 150)
.,(Electric power distribution-Costs)
(Gas, Natufal-Transportatioln)

AiCSELIROD, M.M.; ROKOTYAN, S.S.
Engineering and economic indices of d.c. power transmission lines
with intermediate power take-off. Elektroenergetika no.53120-
128 162, (MIRA 15:4)
(Electric power-distributicn--'High tension)

TSI-DILIIMVSIKIY,, I.M.; SOKOLOV, V.I.; AXSELIROD, N.M.
Resistance of semigetals in strong magnetic fields. Fiz. met*, i
metalloved. 16 nos~s318-320 Ag 163. (HIRA 16:8)
1. Inatitut fiziki me*llov AN SSSR.
(Antimony-Bleciric propertieo)
(Magnetic fields)

M-10
Tl~, p T C 7 A ~;s 7~t m o r, - p
PSTPACT: 7'~ C) r s
f3 o cl s c
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P~CCESSION NP: AP5OOj467
tne electron takes place. Th e p
O-ainsL t',I)e field are
,~-is-ruzzL-4 in Ligs"-IL ol -Lhe Published data. "The authors tbank G. 11
Xharus for a discussion of the measurenwnt rr!suIts." Orig. axt.
has: I figure and I formula.
ASSOCIATION! Institut fizikl C~ -K

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ACC NRt AP6002037 SOURCE CODE: GE/0030/65/012/002/0667/0678
X
.AUTHOR: Tsidilkovskii, I. M.; Akse M.; Uritsky, S. 1.
ORG: /Tkdilkovakii, Akselrod7 Inatitute of Metpq1_VqsiSst rd1j -kovskii,
Ur'it-sky7Ura1 State UniversTty-- !sk /Teidi3
TITLE: -Spin-magnetophonan re sonance -In semiconductors
SOURCE: Physica status solidi, v. 12, no. 2, 1965, 667-678
TOPIC TAGS: semiconductor, magne Itoresistance, phonon, conduction electron,
AfIL-, Z_4,Ac4z. AA,"Cx,
ABSTRACT: A theory of spin-magnetophonon resonance is-presented. The spin interaction!-
-,of-electrons with notica.1 phonons-is described by the introduction of vector and'
scalar potentials of the,optical vibrational field. It is shown thatthe spin-magnet-
ophonon resonance should cause alanimum in the longitudinal magnetoresistance. The
experimental data for n-InSb and N-InAs;1re discussed on the basis of this theory. In
experiments conducted on N-InSb,.a maximum transverse magnetoresistance -obser
q__w4s ved
at 82 o resonance. J
______kg.____This_peak.- coresponds--to-the--sVin-;;-tddktidtt~6-0 The &-factor-
for the-conduction electtonscalculated from this maximum is in good agreement with
the theoretical value. A minimum in the:longitudinal magnetoresistance observed at
24 kg was atrributed to the combined magnetophonon and spin-magaetophonon resonance
scattering. Orig. art. has- 17 fdrmulas and 3 figures. ICS I
SUB CODE. 20 SUBM DATE: 05Jul65/ ORIG REF: 0041 OTH REF: 008/ ATO PRESS:
Card 1117

AP6032017 SOURCE CODE:
AUTHOR: Akseltrgd, M._M.; Tsidillkovakiyp 1. M.
ORG: Institute of Physics of Metals,. AcadSZ of Sciences SSSR (Institut fiziki MeZi.
lov Akademii nauk SSR)
TITLE: Spin magnetophonon and magnetophonon oscillations of !~Ag etoresistance in
n-InAs
IVA
&~TE: Zhurnal eksperimentallnoy i teoreticheskoy fiziki. Pis'na v redaktsiyu.
Prilozheniye, v. 4, no. 6, 19660 205-208
TOPIC TAGS. phonon interaction, magnetoresistance, galvanomagnetic effect spin
phonon interaction, spin resonance,indium compound, antimonide
ABSTRACT: This in a continuation of earlier work (Piz. tyerdogo tela. v. 7, N6 1 1965,
Fhys. stat. Sol. v. 12, 667, 1965) on spin-magnetophonon resonance (SM). it is show
that in n-InSb the results explain the observed mininnim of the longitudinal magneto-
resistance (pzz), which is due either to SMR or to combir d transitions. Investiga-
tions of longitudinal magnetoresistance in_single-crysta'~.' 16-
1 n-InAs with n - 2.2 x 10
cm73 at 3OOK have shown that pzz does indeed have a minimum located at 480 kG. If it
is assumed that this minimum is due to SMR, then the value Igol - 19 obtained for the
g-factor is in good agreement with theory. The authors investigated also the trans-
verse magnetoresistance (pxx) in the temperature interval 250 - 22OK,, and found that
pXX has a ma imum at 76 kG, corresponding to MPH transitions. It is shown, however,
that these transitions do not cause the minimum of pzz observed at 78 W. The maxi-
Card

AKSELIRODI N.M.
Industrial efficiency wid the development of invuntions in the I-lain
Adrdnistration for the Supply of tho National Economy with Petroleinn
Products of the Russian Soviet Federated SocipJist Republic. Transp.
i k1wan. nofti i neftprod. no.6:32-33 164. (I-alltl 17:9)
1. Glavnoye upravleniye po transportu i SDabzheniyu neftlyu i nefte-
produktam RSF'SR.

AKSEL'RODo P.L.9 inzh.
Simple method of .determining the heat losses of insulated overhead
pipelines. Teploenergetika 7 no.11:87-88 N 160. WaA 14:9)
(Steam pipes--Testing)

VLASOV, Sergey Afonaelyevich;-AWLI.204,.R.~6, redaktor; SIREBRREKIKOVA, L.A.,
redek-tor; MATUSIVICH, N.L., tekhnicheskiy redek-tor
[Bricklaying of hollow walls] Kolodtaevaia kladka sten. Moskva.
Vees. uchobno-padagog. izd-vo Trudrezervizdat, 1956. 50 P- (MLRA 10:1)
(Bricklaying)

MOSKATOV, Yevgeniv Petrovich; AEBBLIROD#, Polina Savellyeva, ivxho, nauchWy
red.; KCITTSEVAYA, I.M.-,-~red.; 691A~or,,-v.8., tekhii.red.
(Do it yourself; collection of articleBI.Svoizi rukami; abornik.
Moak-va, Vaes. uchebno-padagog. i2d-vo Tru&rezervizdat, 1957. 192 p.
(Technology) (MIRA 11:3)

BRUYLVICH, N.G.., akademik,, otv. red.; HXELIROD,_.P~-S. red.
[Precision and reliability of automatically controlled
manufacture of machinery] 0 tochnosti i nadezhnosti v -
avtomatiz.rovannom mashinostroenii. Moskva, Naukap 1965.
137 p. (MIRA 18:4)
1. GosudarstveMvy nauchno-issledovatellskiy institut ma-
shinovedoniya.

L it m Cc W 1`1
k

A #
4
09 J, ~,A Kwv RD F- -ct14;04
RaVW anollaim of skys of AMC pe Odundaum,
0 niaftaxim. t1m). IWO af~ Kb. A. J(Aduts-
kaya. Zovedska)a Lab. drtmilm
of Mu is best done by Felshl 6 test: the WmPle is
0:
i
0
vr
t is tr-
ter 2-3 inin.
1
treated with a &DP of 2D% N*
l
t i;mm.1 by it railer ImIxT uhich 1% Itratril with A -IrRis 4 es
I

~Suldt -Uthkv. a IlIddeah4l Ity NAOII, Ifulimink P111-
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AKSMOD., R. S.
A
77
USBR/MetAls Stiil Analysis'' Dec 50 1
"Determination of Oxygen in Steel," R. S. Aksel~
rod, L. S. Tarasova, Dnepropetrovsk Plant for
Metallurgical Equipment
"Zavod lab" No 12, pp 1494, 1495
Suggests better method for sampling molten steel
and describes detn of oxygen in steel by improved
Heurty methoa. Roasted residue was fused with 2-3
g potassium bisulfate and, after lixiviation and
electrolysis of soln with Hg cathode, detn was
photocolorimetric using color reaction with aluminon.
1"3

^ -dPrKSEL' kOj), (~- s -
%_ozl
Ast"kada of M"M to pu"".-R 's.
0A . Genkins, &W F. 1. Vudellovkh. Zawd-
- 112(IM).-Heat the sampki in willwi
crudbks with Iluvwd *H or paraffin, io that 165' is
reseW In 4-3 min.; bap at 163* for 3 min.
0. M. KWA)ISPOff

-AIKSILT41-ROPI. S. ,
Coll for the introduction of radioisotopes into the well.
Raxved.i prom.goofts. no-311.89-92 159. (MIRA 13:4)
(Oil well logging, Radiation)

USANOVICH, H.; AKSELIROD
Physicochemical study of the system No+ CI-' sc~-# 00
Part 2: Xeotric-conductivity, viscosity, and density of N e
ternary system Naf~ 017-1. $047-, %0. Izv. AN Kazakh. SSR.Ser.
kbim. no.1:3-14 160o (MM 131l1)
(4stems (Chemistry)) (salt) (Sodium sulfate)

AKSELIROD, S.B.
Determining flow characteristics of the "nozzle-damper" type
control system. Inform. sbor. TSNII14F no.64. Tekh. ekspl; mor.
flota, no.9s27-31 t6l. (MIRA 16:6)
(Hydraulic control) (Marine gas turbines)

AKSELIROD.? S.B.
Comparison of diagram for - ine gas trubine plants and controlled
pitch propellers. Trudy TSHIIW 7 noo34*-124-131 161. (KM 14:8)
(Marine gas turbines) (Propellers)

8/752/61/000/038/01/001
A026/A!26
AUTHOM Aksellrod, S.B.
TITIEt Approximate formula for evaluating the magnitude of the jet Influ-
ence on the damper of,the control mechanism type "nozzle-damperM
SOURCE: Tsentrallnyy nauchno-issiedovatellskiy institut more.kogo flota..
no. 38, 1961. Tekhnicheskaya eks luatatsiya sudovykh silo*
Trudy.
vykh ustanovok
The author develops the approximate formula for determining the pow--i
TITLE:-
er characteristics of the control mechanism when the regulating system uses an
Incompressible fluid as-working substance. All previous Investigations on this
subject assumed a flow toward the damperp the incompressible fluids used being
air, kerosene and Amrio (AMG10) oil. However,"for a large number of marine gas-w
turbine installations it Is necessary to know the damper characteristics when the.`0
flow is directed away from the damper (Fig. 1). The fluid uqed for this particu-
A
jar Investigation was diesel oil. The author finds the final formula (8) for the
case of flow as shown in Fig. ls
Card 1/2

ARSELOROD, S.B.
Approximate formula to evaluate the flow pressure on the valve
of a "nozzle - flap" type.control system. Trudy TSNIDW
no.38:102-105 161. - (MIRk 15:9)
(Hydra)LUe control)

AESELIROD, S.B.
Automatic regulation of starting arrangements of marine gas
turbine-plants. Trudy TSNIIHF 8 no.44240-45 162. .
(KM 1611)
(Marine gas turbines) (Automatic control)

ARSELIROD,, S.B.
Pulse slection for an-antipumping regulator of a marine gas
turbine plant. Trudy TSNIIHF 8 no."t72-78 162. (MIRA 1631)-'
(Marine gas turLines-Zafety appliances)
(Gove ors' (Machinery))

AXSELIROD) S.B.
Determining the efficiency of marine gas turbine compressors in
operation. Inform. sbor. TSNIIMF no.94 Tekh. ekspl. mor.flots,
no.2106-60 163. (MIRA 17-.4)

hffect of the stability of equilibrium regimes of marine gas
turbines driving oontrollable pitoh propellers on the selection
of the Idlin parameters* Trudy TSNIIMF no.58s65-75 164,

-AUTHORt Aks21_Lr_m1&_jL_B-
ORG: no,
n
VITLE: A starting re ator for agas turbine installation. Use& 46.9 No_~-i~7361~~;
gul
n' isobretv
~SOURCE iByullste n iy i tovarnykh znakov, no. A, 1965, 100
TOPIC TAGS$ gap.turbine -turbine compressoro turbine design
4BSTRACT 3 This Autho certificate presents a starting regulator of a gas turb ih
installatibn. The regulator contains pressure pickup tubes before and after the
,compressor (before azA after-throttle socket in the air duct) and a directing
member activated by a computing device when the correlation of pressures correw
-sponds to the extremes of pumping (see Fig. 1). To improve the performancep the
computing device is made in the form of a chamber connected to the pressure pickup
tube behind the throttle- socket& The tube carries three nipples. One of these is,
onnected to the pressure pickup tube behind the compressor, the other to the Z
pressure tube ~n front of the throttle socket) and the third serves as the re-
:-Gard-1/2 2
17
~10 R
NOR
'00 IN M
A,

iTSELIROD, 3olomon L'voviCh N/5
850.11
. A3
SportiviWe sorevnolinniye v kollektive fizicheskoy kul'turY (Sports COM-
petitions in the physical culture group) Moskva, Fizkulltura i Sport, 1956.
126 p. tables.

6.
AKSXLIROD, S., z3Lsluzheuny7 master,sport4t; KIROYAKOV, Yu.
Galliethenice in industry. Okh,truda i cote.strakh. no.1:54-55
is 16o.- (Calliethenio.a)I(Industrial h7giens) (KIRA 13:5)

kKSELIROD, Solomon Moiseyevi.ch; BM4,AN, Mark Mikhaylovich; VIVOGFMq
ivi~ix;-GOLIDUND, Samuil Shlemovich; DIJGIN, Yakov
Sergeyevich; DULBPOVp Konstantin Vasillyevich; KALUGA, Ivan
Ivanovich; LERNER,, Yefim Llvovich; LUTSKIY, Moisey Leybovich;
PILETSKIY, Vladimir Kirillovich; SADOVVIKOV, Petr Favlovich;
SHLYAMOVICHjp VASIL tYBVp`B'*X.-p- "ied. I BOBOIZVp
Ye.M.p tekbi.-'~red.- I ~~. :- ~--. :~-
[Problems of radio engineering and radar]Zadachnik po radioteF-,
nike i radiolokatsii. [By)S.M.Akeellrod i dr. Moskva, Gosenergo-
izdat, 1962. 414 p. (Radio) (Radar) (MIRA 15:12)

AXSZLIRDD, S.M,
Instrument for repelling magnetic points. Ra2ved.i prom.geofiz.
no.12:43-50 155. (MLRA ():?)
(Magnetic measurements) (Oil well logging)

- ROD, S1. M.
"Radioactive Isotopes Used in Surveying Azerbaydzhan Oil Wellsy" Utilization
Of Radioactive Isotopes & Emanations in the Petroleum Industry (Symposlum), Min.
Petroleum Industry USSR, 1957.
Results of the Joint Session of the Technical. Council of Min. off the Petroleum
Industry USSR and Soviet Sci. and Technical Association, moscow.14-19 Mar 1956.

AXINLIROD PUTURAWN, L.A.
Doternining the absorption profile of injection wells by the
activated suspension method. Azerb. neft. khoz. 36 no.10:1(~-11
0 '57. (HUU 11:2)
(Secondary recovery of oil)

AF-S-Fl-'ROD, S.1.1 Cand Teqh Sci-(kli~ia) "Radioletive methods of NAM-
A j
tc~~A rluu
-i= 0 cemen lic
"tt- ti Dnjalt 1~5pl.
, IJ4 f& A
16 pp (Ilii of HiGher Eduefttion US.M. &-der of L-bor
Red Dalinor Ijidustrial Inct iiii l-'. Azizbekov), 100 copiev (J,'-T p 22-53,107

ftV,_%j_L, Ao D) c~. (n
3(5) PHASE I BOOK EXPLOITATION SOV/2819
Voesoyuznyy Dauchno-issledovatellskly institut geofizichenkikh metodov razvedki
Razvedochnaya i pronWslovaya geofizika, vyp. 23 (Exploration and Industrial
Geophysics, Nr 23) Moscow, Gostoptekhizdat, 1958, 77 P. (Series: Obmen
proizvodstvennym opytom) Errata slip inserted. 4,000 copies printed.
.Ed.: A.I. Bogdanov; Exec. Ed.: Ye.G. Pershina; Tech. Ed.: A.S. Polosina.
PURPOSE: This booklet is intended for geophysicists as well as engineerin&
and technical personnel in the petroleum industry.
COVERAGE: This collection of articles describes new equipment and instruments
used in the petroleum industry. individual articles discuss the single-
cable electronic thermometer and the magnetic logging locator. Regional
exploration problems such as electrical sounding at sea, electrical survey
in permafrost areas etc. are also treated. References accompany each article.
TABLE OF CONTENTS:
Datakeviah, A.A. Magnetio Logging Locator 3
Akeellrod, S,M. Single-Cable Electronic Thermometer 16

30) PHASE I BOOK EXPLOITATION SOV/2821
Vaesayuzn" nauchno-Issladovatel'skLy inst1tut georizieheB)digh meto-
dov razvedki
Razvodochnsya I MY 1 'y eofizlka, vYp. 24 (Exploration and In-
'
*c
`a
A'
t
8
58
I
d
29
:
j
&
.
P.
z
M..c.,Gostvptekh
,
5
.24
ic
N
dustrial Geo
7
,
(Series: Obmen proizvodetvennym upytom) 4,500 copies printed.
YA.s M.X. Polshkov; Exec. Ed.t Ye. 0. P*rahins; Toth. Zd.t X.G.
Fedotoya.
PURPOSE: This booklet is Intended for geophysicists as well am on-
gIne*ra and technicians engaged In geophysical work.
COVZRAGEt This colle-~tlon of articles discusses now methods of In-
terpreting electrical logging# gravimetric and seismic data, and
describes industrial geophysIc ILI instruments (cementometer, per-
forator, etc.). Improvements made on older apparatus (G.E., a
change In the design or a perrarator for radioactive electrical
logging) a" also discussed. References a company each &rtlols.
POPOvo Yu- M- Inte'rPretatiOn Of TellurIc Current Observations 17
Popov, rJ- It- -NOmOgrftm for the Control of Angles in constructing
Vector Diagrams In the Telluric Current Method 22
Bordovekly, V.P. COmPutln& Coefficients of Dipole Units in Cur-
VXI-M-CL-F MFU54- 24
Delo!imo arevity Effect or a VevtlcmLl Cylinder of Finite
1,1:~P
26
MOlOchnIkOv, Z.1. Zvs2ustIng the Character of Oil Saturation of
Carbonactous Reservoir Rocks Through glectrologgl.g Data 34
Ak!jX.rod,A,j5, Well Cementometor for Operation With a Single-
_
wWrium Lot
3T
Zol'tOmanp Jr-A. Substituting the Inclinometer %3h-3 and I&h_4
_
_
_W4~~rO
F13~
*ut Subsequent Resealing 42
Gorton !et L.A. New Perforators for oil Wells 46
Fami-M-S., and M.P. SumeroT. Automatic RoIst 3-Itch-orr for
Urge cable Loads ~ 56
change In the Design or a migh voltage Tran,
former In Depth Appliance for Radioactive Logging 57
AVAIL&SIXt Library of Cong"ps

9
CA" 3/3 MM/b
12.32-;9

.14(5)
SOV/112-59-5-9497
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1959, Nr 5,
pp 148-149 (USSR)
AUTHOR: Aksel'rod,
TITLE: PM &=ine~ntfor Checking Cement Distribution Around a Column
PERIODICAL: PrikI. geofizika, Nr 18, 1958, pp Z10-Z31
ABSTRACT: Until recently, the quality control of cementing was restricted to
determining the height of cement outside the casing. The height of cementing
was determined on the basis of a temperature curve taken 18-40 hours after
cementing had been finished. This method has a number of serious
disadvantages, and for that reason a radioactive measurement method has been
used during recent years. This method includes activating the mortar by a
radioactive isotope. As the intensity of gamma-radiation is a direct function
of the quantity of cement, a notion can be derived from a gamma -radiation
curve about the distribution. The activated mortar can also aid in determining
Card 1/3

SOV/112-59-5-9497
Instrument for Checking Cement Distribution Around a Column
the quality of cementing. After the cementation has been completed, a probe
with a cylindrical screen and a longitudinal slit is lowered into a drill hole.
By turning the probe, a gamma-intensity curve can be plotted against the
turning a4gle of the screen. This curve characterizes the variation of cement-
layer thickness aroand the hole. Irregularity of cement distribution over the
cross-section of the hole, which corresponds -w1,o the offset of the column axis
with regard to the hole axis, is, characterized by the difference between the
maximum and minimum values of the curve. The instrument sensitivity to
variations in the cement-layer thickness is characterized by the ratio
Imax/Imin, which depends, other things being equal, on the ratio of the total
attenuation of gamma-radiation to the useful gamma -radiation; the latter values
depend on the screen parameters (wall thickness, slit angle). The deep probe
intended for determining the cement-layer thickness is referred to as a
11cementometer. " The cementometer comprises: a gamma -radiation indicator,
Card 2/3

SOV/112-59-5-9497
Instrument for Checking Cement Distribution Around a Column
power supply for electric motor that drives the alit screen, and a set of
contacts. The gamma-radiation indicator is similar to a radioactive -logging
probe. The most favorable results come about when the screen thickness is
the greatest possible for a given size of the probe - With a probe about 110 nun
diameter, the optimum slit angle is 7 50 for 1. 2 mev gamma -radiation and 300
forO.65mev. Isotopes with a monochromatic gamma -radiation are most
suitable for cement activation. Isotopes with a compound gamma-radiation
spectrum make processing of the cement -distribution curves difficult.
Fifteen illustrations. Bibliography: 5 items.
A. A. R.
Card 3/3

A . $ROD. S.M.
Blectronic thermometer with a
geofiz. n0-23:16-19 '15a.
(Thermometers). (Logging
single-core cable.
(Geol6&)-JquIpment
Razved. i prom*
(MM lltl2)
and iupplies)

AXSBLIRODI S,M,
11_~
Cement meter for work with a single-core cable. Razved i prom.
geofiz. no.24:37-42 158. (MIR& 11:12)
(Oil well loggingo Radiation--Equipment and supplies)

tali i i.-tIV14 14
4 'jig la 3 a
ail A I H-Ef - ; I 11 1
Hill.
19-11
3- :19
5t .3
At I Sc 4
via"
2 3 1
f
Aj 4
Ail
g's
A
jj~
lie
all

AUTHOR: Aksellrod, S.M. and Chernyak, G.Ya. 30V/132-59-1-7/18
"'Sam F Var4-
TITLE: The Dielectric Coring of Bore Holes (Dielektricheskiy
karotazh skvozhin)
PERIODICAL: Razvedka i okhrana nedr, 1959, Vr 1, pp 28-30 (U3SR)
.4BSTRACT: VNII of VODGEO and the Azneftegeofizika Trust investigated
the possibilities of using the dielectrical properties of
rocks - dieleotrical petArability (S) and dielootrical
losses (F-) - for the coring of the bore holes. The
experimental dielectrical coring equipment, designed by
these organizations and built by TsNIL of the Trust, con-
sists of a device placed in the bore hole, and of a our-
face installation. The device in the hole contains a
measuring generator of high frequency oscillations
(frequency of 10 mc) with a specially-designed capacitor
attached to its oscillatory circuit. The variation of
the dielectrical penetrability of the rocks changes the
capacity of the capacitor, which causes the change in
the frequency of the generator and in the amplitude of
the voltage in the circuit. At the same time, the
Card 1/2 variation of the dielectrical losses of rocks influences

SOV/132-59-1-7/18
The Dielectric Coring of Bore Holes
the amplitude of the voltage between the ends of the
oscillatory circuit, and to a certain degree, the frequency
of the generator. Thus the frequency of the generator and
the amplitude of the voltage on its oscillatory circuit
are functions simultaneously of the dielectrical penetra-
bility and of the dielectrical losses of rocks in the bore
hole where the capacitor was placed. The frequency of the
generator and the voltage on the circuit are sent up to
the surface installation and registered as two curves. The
analysis showed that these curves of the dielectrical
coring have considerable differentiation and divide the
whole cross-section of the bore hole into separate layers.
There is one diagram.
A SSOC JAT ION: Trout Aznuftegoofizillut (Tho A-.-,no1*togPofi-ziku Truct) VODGE0
Card 2/2

AKSILIROD, S.M.; GULITEV, A.S.
'A
Experimental
no.8:12-13 Ag
induction logging apparatus. Azerb. neft. khos. 38
59. -1 (MIRA 13:2)
41 vell logging, Electric)

AESELIROD, S.M.; GADZHI-;IKASIMOV, A.S.; LISTINGARTAN, B.M.; PUTKARADZB, L.A.
Using the induced sodium activity method for determining the water-
oil contact in the Balakhan'-Sabunchi-Ramany field (Oil Field
Administration of the Lenin Petroleum Trust). Azarb.neft.khoz.
38 no.11:11-12 N '59. (MIRA 13:5)
(Apsheron Peninsula--Oil well logging, Tadiation)

S/169/61/000/011/029/065
D228/D304
AUTHORS: Akeellrodt S.M., and Putkaradze, L.A.
TITLE: Applying radioactive methods of well investigation In
the oil industry of the Azerbaydzhan SSR
PERIODICAL: Referativnyy zhurnal, Geofizikat no. 11, 1961, 35,
abstract 11A308 (V ab. Yadern. geofiz. pri poiskakh
polezn. iskopayemykh, M., Gostoptekhizdat, 1960t 21-36)
TEXT: Gamma-ray logging (GL) and neutron gamma-ray logging (NGL)
are included in the rational complex of commercial-geophysical in-
vestigations for all deposits. The high economic effect of the app-
lication of GL in wells of the old stock is pointed out. The data
of GL and NGL are used in complex interpretation together with
those of electric logging for appraising the oil- and gas-content
of beds andt mainly, for distinguishing gas-bearing beds amongst
petroliferous strata, as well as for dissecting the profile. The
application of NGL for determining the porosity is impeded by the
high content of clayey material in rocks of the productive series,
An inverse relation between GL readings and the porosity, for whose
Card 1/3

8/169/61/000/011/029/U65
Applying radioactive methods of ... D228/D304
construction relative G1 values and core data on the porosity were
used, is noted in some formations. The curve's coefficient of cor-
relation comprises 0.7. Similar relationships may be used only for
separate horizons. The accuracy for determining the porosity from
the data of GL does not exceed 25 - 30 %. The possibility of apply-
ing the method of neutron activation (KA) for sodium to strike off
the position of water neutron logging (WNL) in strata with a stra-
tal-water salinity of 70 - 120 g71 is established. The effect on
WNL does not usually exceed 30 - 40 %. The influence of a number of
well conditions on the striking off of WNL was experimentally in-
veBtigated in models. It was shown that in water-filled holes of
diameter 110 mm, with an unevenly cemented collar, the influence of
the equipment's eccentricity does not exceed 3 - 3.5 %. The magni-
tude of the effect on WNL becomes greater when the salinity of a
water-filled hole is increased. The moving of the device to the wall
of the hole and the use of high- and low-speed counters somewhat
increase the effectiveness of the WNL determination. NA is measured
by low-speed counters in the interval between 15 and 22 hours after
the end of the irradiation. A similar method is used, too, when
Card 2/3

( 'AKSELIROD, S.M.; PUTKAHADZEs. LeA.
Calibration of apparatus used in radioaotive logging. Razvod. i
promo geofiz* m*381M-3-14 160* (MIRA 14:3)
(oil well loggingv Radiation-Equipment and supplies)

AME-LIRCDp S.M.
Calibration of an induction logging unit. Izv. vys. uaheb.
sava; neft' i gaz 3 no.5:19-25 160& ' (MIRA 15:6)
I
1. Azerbaydzhanakiy inetitut ncfti i khimii imeni
M. Azizbekova.. (Oil well logging,, Electric)

ABRAMUN, S.L.; AXSELIROD, S.M.; ALIKSIM, I.A*; AWTSHELI, S.A. [deceased],
BISFALCIV. D.T.--,-WZHr-iLASDIOT. A.S.;ZMIN, K.A.; LISMGLRTXN, B-M-1
ODINOKOV, V.P.; RJNAIRADZE, L.A.; SHIMWWICE~ Yu.S.
Neutron-neutron pulse method for investigating wells ard results of
its use in the Balakhant-Sabunchi-Ramany field. Aserb. neft. khoz.
39 no.n:9-13 N 160* (MM 13;12)
(Apsheron Peninsula-Oil well logging, Radiation)

PHASE I BOOK EXPLOITATION SOV/5592
Vsezoyuznoye soveshchaniye po vnedrenivu radioakt!vnykh izotopov I
yaderny" izluchenly v narodnom khozzyaystve 5550R. Riga, 2960.
Radioaktivnyye izotopy i yadernyye izlucheniya v narodnom
Ichozynystve SSSR; trudy Vsesoyuznogo soveshchaniya 12 - 16
aprelya 19G0 g. r,. Riga ,v 4 tomaldi. t. 4,' Poiski, razvedka
i razrabotl(a poleznykh iskopayemyldi (Radioactive IBotopes and
Nuclear Radiation in the National Economy of the USSR; Tran-
sactions on the Symposiuri.Held in Riga, April 12 - 16, 1960.in
4 volumes. v 4- Prospecting,Surveying and Mining of Min-"
eral Depozit;) Moscow, 06stoptekhizdat; 1961. 284 P. 3,640
copieu printed.
Sponsoring Agency; Gosudarstvennyy nauchno-tekhnicheskly-komttet
Soveta 1111nistrov SSSR. Gosudarstvannyy komitet Soveta'14-inistrov
SSSR po ispo."zovaniyu atomnoy energii
Eds. (Title page): N. A. Petrov, L. 1. Petrenko, and P. S. Savitskiy;
ed. of this volume: M. A. Speranakiy; Scientific ed.:. M. A.
Speranskiy; Eyecutive Eds.: N. N. Kuzlmina and A. 0. lonell;
Card. 1/11

Radioactive Isotcpes and Nuclear (Cont.) SOV/5592
Tech. Ed.: A. S. Poloqina.
PURPOSE : The book is intended for engineers and technic'.ans
dealing with the problems involved In the appll~atlcn of
radioactive ieotopes and nuclear radiation.
COVERAGE: This collection of 39 articles is Vol. 4 of the Trann~~c-
tJxo of the All-Union Conference o~ the introduction of Radio-
active laotopeD and Nuclear Reactizno in the Natit-nal Et~~nemy
of the USSR. The Conference waa called bv th,
nauchno-teklinjoheskiy komitet Sovet MinistroyS.33R (,Stat-e
Scientific-Technical Committee of the Council of 14-inisters f
the USSR), Academy of S-,icnaer, USSR, Gosplan SSSR (State Planning
Committee of the Council of DLinlPter3 of the IT::Sill. Go-u-tar,3tver-
nyy komitet Scveta 14iniatrov 335R po avtomatizatsil I maablno-
stroyeniyu (State Committee of the Council of bllni5terB of the
USSR for Automation and Machine Building),and the Council of
Ministers of the Latvian SSR. The reports summarized In thio
publicatiorl'deal with the advantages,.prospects, and
Card 2/.11

Radioacf,-ive isotopo and Hijelear (Cont.) WT/5592
development of radioaotive methods uaed in proupecting, sur-
veying, and mining of ores. Individual reports present the
reoults of the latest scientific research on the development
and improvement of the theory, methodology, and technology of.
radlometric investigations. Application of radicactive methods
in the field of engineering geology, hydrology, and the con-
trol of ore enrichment procoaBca is analyzed. No personalities
are mentioTxd. There are no referonoes.
TABLE OF CONTENTS.
Aleksoyev, F. A. Prozent State and lkituro Prospects of Applying
the M'athods of Nuclear Geophysiab in Prospecting, Surveying, and
1
4,11ning of Minerals
Bulashovich, Yu. P., G. H. Voskoboynikov, and L. V. Muzyukin.
Neutron and Gamma-Ray Logging'at Oro and Coal Depozits
Gordeyov, Yu. I., A. A. Ilukher,and D. M. Srebrcdol'3kiy. The
Card 3/11
5
19

+
Radioactive I3otopea and Nuclear (Cont.) SOV/5592
IQ.-aydarov. Certain Methods for the Interpretation of the Con-
plex Gamma Spectra in Analyzing the Activated Sar.Dles of Rockz -3,72
Yrikubovich, A. L., and Ye. 1. Laytsev. Plant of the 'Neutrr-n7l
Type and Its P03F~ble Utilization for the Ana.Ly:3!s oP the
Material Com.-co,11.1on of Rocks 0
Yakubovich, A. L., and V. Yu. Zaleskly Roentgenoradicvetric
Method and Equipment for Aecelerated.A;alysi.3 of the Chemical
Oc,mponlflon of a Sub3tance -.87
Narbutt, K. I.j R. L. BarInDIcly, and 1. S. SmIrnova. A;:pli-
cation of Nuclear Radiation in HoentgenoBpectral Analyaiz "98
Abranyan, S. L., S. 14. Aksellrod, and L. A. Futkaradze. kp,~U-
cation of Radioaci1TO--X3vtOPZ7-.nd Nuclear Radiation for the
Inveatigation of Boreholes In Azerbaydzhan 201
Shnurman, 0. A. -Experience 'With Radiometrlo Investigations
Card 8/11

LISTENGARTEN, Boris Moiseyevich; red.; SHTMGELI,
A.S., red.; 14IRKISHEVA) SO) tekhn. red.
(Practice of the Oil Fiold Administration of the Lenin
Petrolewn Trust in using radioactive methods in oil-field
geology] RadioaktivrWe MetOdY v neft3promyslovoi geologii;-
opyt IqpU uLgninneft'n. Baku, Azarbaidzhanskoe gos. izd-v6$
""' "0 P' (Azerbaijan--Oil well luggingo NIRA 5:2)
Rad=_

AKSWROD, S.M.
Scale for induction logging curves. Izv. VY8. ucheb. zav.; neft'
i gaz 4 no.3t23-26 161. (K= 16 s 10)
1. Azerbaydabanskiy institut nefti i khimii im. M.Azizbekova.

,,"AKSELIROD, S.,M, ~ __
Analysis of the operation of the Induction logging tool while
adjusting to resonance the netuor', of the receiving and generating
coils. Prikl.geofiz. no.30:206-214 161. (MIRA 14:10)
(Electromagnetic' prospecting)

AKSELIRODI S.M.; SOKHRANOV,.N.N.,, nauchnyy red.; KRAVCHENKO, M.D.,
rgd-.-TBORLTSHKO, T.L., red.izd-va; SWAWVA, T.M., tekhn.
rod.
[High-frequeney methods for.st-u4ying boreholes; induction and
dielectric logging]VyookochastotnVe matody isaledovaniia
okvazhin (induktsionnyi i dielaktricheskii karotazh). Moskvao
Goo oltekhizdat, 1962. 31 p. (MIRA 16:2)
f0eil wall logj~~g' Electric)

Ave D, D.M ; ONELYAR, X.M*; SARKISOVAp Ye.Ab
AMEMAPP-1--
Charts for calculating the effect of the well and the pe=eability
zone on the results of measurements in inductivi loggin Aserb.
neft.khos. 41 no..702-14 JI 162& 1 &Z 1602)
(Azerbaijari-Oil well loggingv Electric)

AKSELIRMP S.M,; DANEVICH; V.I*; HELIK-SHAKMAZAROVy A.Me
Theory of nuelear mgnetism logging. Izv. vys.(Ucheb. zav,;
nefts i gas 6 n0-093-98 163. MMA .1637)
1, Azerbaydzhanskiy institut nefti i Ichimii imeni Azizbekova.
(Oil well logging)
r

-kKSF,LIROD,,,,-., t9.14.; AKHUNDOIY, A.M.; TER-GRIGORYAN, yu.N.
I
New method for dotermining the point at which the pipe is
frogen. Neft. khoz. 41 no. 11;14-18 N 163. (1-11*RA 17:7)

L 230St-6; 7W7 R ) /IzTr-.4- /u7C (t ),/Fry, I
~N k A P40 i9bUkl
Izv Set I" ~i
ABSTRACT: The determination of trie impul lmppci,~;nrp
Oeen soived for a-n emitter in vacuum. ard "fierpfc,re f-
s Of I-he 6ectri-il Darameterc -)f
~'J 1-
Cc,d 1/ 2

L 2305M555
ACCESSION NR. AP4039609
is -nihedfif--i in an infinite ht -nogene-us and i-t--i- -dium of viven
ASSOCIA I'TON- None
Cord 22

AKSF3-19,QD-., 8.1,11,; 13MAY1,0VA,
W~ele-trical properl--L~s of wat-r-eatura~,,~ n,~kc. lit-ftegaz.gec"".. I
geofi-2. nc.7.127-29 16r (MIRA 113:8)
.'s
1, Tr,.ii~~Il ~lAznpftegeofizLka',',

L"~~7ja�~~6 tWt (I )/FCC GW
_ACC NRt AP6005276 SOURCE CODE: UR/0413/66/000/001/0009 009
INVENTOR: Aksellrod, S. H., Danevich, V. I
Ismaylov, A. Kh.; Menk-Shakhhazaro
A. M.
ORG: none
J.
TITLE:. A signal standard-for nuclear magnetic coring equipment. Class 5 No 1773M
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 1, 19S6, 9
TOPIC TAOS., nuclear magnetic resonance, -earth science instrument, earth magnetic
field p
rospecting
"STRACT4 This Author's Certificate introduces a signal standard for nuclear magnet--
ic coring equipment which may be connected to the measurement system in P'lace.of the.
pickup coil. The standard is independent of the direction of the terrestrial magnetic
field with respect to theraxis of the instrument and proportional to the intersity of~
this field. The device is made up of 3 identical toroids with mutually perpendicular
ayes. The internal cavities of these toroids are filled with the working substance.
UDC, 621.317.44
550.83
Card 1/2

ABASHINA~ V.I.; AKSELIRCID, S.Ss; RUTHOVSKIY, G.Mo,- SMIRNOVA, K.A.
The SM recording spectrophotometer, Zhur. prikl, spekt
no. 2.-182-186 Ag 165.

1_20h11-6 _ J (c -_ _/ D. i
-1 P ~ D~ ~j
ACC NRt AP6029881 SOURCE COM Ul 56/000/015/0043/0()43
rod Sh S _4:LrLska
AUTHORS: Tomashevskiy, F. F.; Lamedman, E. M.; Aksel OryA
W.
ve Pe I Du15_n6_va__W. R6_zovskfy___V_
I M.; Jjasha
ORGt none
TITLE: Nonlamellar negative electrode of an alkaline iron-nickel.,b~a~tter Class 210
No. 1843oo Camounced by plant I'Loninskaya Iskra" (Zavod "Loninakaya 1skra'T
SOURCE: Itobret prom obraz tov zn, no. 15, 19661 43
TOPIC TAGS: electrodep battory, potassium compound, ironp nickel
ABSTRACT: This Author CortJftcate presents a nonlamellar negative electrode of an.
alkaline iron-nickel battery. After reducing the iron oxides free of impurities, thr
electrode contains hO--70% of me tallic iron in its active volume. To simplify the
technique of its preparation 'by eliminating the,operation of fusing, the potassium
base is added to iron oxides before their reduction. Specific weight of the potassiu
base is 1,40--1,48 g/cm3y and its amount is 0-5--5%-
SUB CODEt 10/
-Card
SUBM DATEs 10Sep65
Pj5e222

AKSELIROD V.A. inshener; SMOLYAR, A.A., inzhener.
9
-Self-unloading trailer D-258 of 12-15M3 capacitY. Mekh.stroi 10 6.5:14-
19 My 153. (MLRA 6:6)
(Automobiles-Trailer&)

ROSDIOVA-AMELOYANCHIK, N.M.; AKSELIROD V.D?-
TATARSKAYA, R.I.; AB -
0
KORENYAKO, A.I.; VENKSTERN, T.V.;
Guanylic ribonucleaPq of actinom3roetes. Dokl. AN SSSR 157
no-3:725-728 JI 164. (MIRA 17-7)
1. Institut radiatsionnoy i fiziko-khimicheskoy biologli AN
SSSR. Predstavleno akademikom V.A. Angellgardtom.

AKSELIROD, V.D.; VENKSTEERN, T.V.; BAYEV, A.A.
....... . .,
lon-exchange chromatography of ollgonvelpo tides in a ribonuclease
Ir
ydrolyzate of s-FWA. Biokhimila 30 no-5:9c~9-1006 S-0 165. (MIRA l8t:LO)
1. Institut radiatsionnoy i fizilc.-khimicheskoy biologii A14 SSSR,
Moskva.

ABROSIM(nrA-AMELtYANCHIK, N.M.; TATARSKAYA, R.I.; VENKSTERN, TN.;
AU9WAQDj,X-JL..i BAYEV, A.A.
Specificity of guanyl ribonualeage from ACtJnoVces.
Dlokhlmila 30 no.631269-1276 N-D 165. (MIRA lgsl)
1. 1natitut molokulyarnoy biologil AN SSSR, ~bskva.
Submitted May 129 1965.

' i "" .--, MA '. A1.14..
I wl~wj 'T. . - 71MV P
Factory Managonjent
Competition for excellent accomplishment of each production operation. Leg. prom.
12 no. 7, 1952.
9. Monthl List of Russian Accessions, Library of Congress, November 195~, Uncl.

AKSELIROD, V.S.
--------------
11'ressed samples of infrared spectroscopy. Opt. i spektr. 8 no.5:721-
722 my 16o. (spectrum, Ififrared) -1 (KnU 13:9)

SOROKINP N,G,; LKq~-41ROPA-v S
A--S ,
New developmd~" in the dispatching systems of clothing factories.
Shvein.prom. no-5:20-21 S-0 162. (MM 15:10)
(dlothi* induetry-Equ~#ent and supplies)

GaRSMOV, G.S., Inshener; A~MIROD, TsoIs, Inshenere
Heating concrete
n0,9:4-6 S 055.
aggregates at place of storage.
(Concrete)
Strol.prome 33
(KLU 9:1)

AKSELIROD, Yevsey Zelikovich., inzh.; GODYNA, A.K., inzh.., red.
[Pre9troaged reinforced concrete trusses having a 30 x.
span with unanchored reinforcement; practices of the Kaunas
Plant for Reinforced Concrete Elements of the Lithuanian
Ministry of Construction and of the All-linion Scientific
Research Institute for the Management of Rural Construc-
tion Operations] Predvaritellno napriazhennaia zhelezo-
betonnaia ferms. proletoxi'30m so sterzhnevoi neankerovan-
noi armaturoi; opyt Kaunasskogo zavoda zhelezobetonnykh
konstruktsii Mlinisterstva stroitellstva Litovskoi SM i
Giproorgselistroia. Moskva, Gosstroiizdat, 1963, /+1 p.
(MIRA 17:9)
1. Moscow. Nauchno-issledovatellskiy institut organiza-tsii,
mekhanizatsii i tekhnicheakay pomoshchi. stroitel'stvu.

ADMIROD. Th.--
Automatic blocking on the 54,-5-5 crane. Stroitell 8 no*5:24 My 162.
(MMM 15t7)
03.avW *O&anik- ','es. eprokhivi6tftY.
(Crenest derrickep etc,--Safety Measures)

5 (4), 5 (2) 3/064/59/000/07/021/M
AUTHORSs -Kasatkin, A. Go, Doctor of Technical B005/BO01
Soiencesy Professory Popov, D* Me,
Akeellrod, Yu.-V.
TITLE: Heat Transfe hrough the Walls of the Spiral Cooler Under the
Conditions oY Bubbling
PERIODICALS Xhimichaskaya. promyshlennost', 1959, Nr 7t pp 622 - 624 (USSR)
ABSTRACTS The authors of this paper investigated the heat transfer on
absorption of sulfur trioxide in concentrated sulfuric acid
(98% HOW for the preparation of standard oleum and on
absorption of sulfur dioxide in a solution of ammonium sulfite-
biBUlfitS. In both cases, cooling spirals were fixed to the
sieve plates of the absorption column. Table 1 shows the
characteristics of the apparatuses used and the working con-
ditions on investigation of the absorption of SO and S02- -
The temperature of the cooling water was measurel when entering
and leaving the cooling spiral; moreover, the consumption of
water (kg per hour) and the temperature of the bubbling layer
Card 1/3 at the plate were measured. This temperature was considered

Heat Transfer Through the Walla-of the Spiral Cooler S/064/59/000/07/021/035
Under the Conditions of Bubbling B005/BOOI
to be constant at all points which corresponds to a complete
blending of the layer at the bubble plate. The heat transfer
coefficient K was computed from these values. The coefficients
of the heat transfer from the cooler wall to the cooling water
(c",2) and of the heat transfer-from the bubbling layer to the
wall of the cooling spi i6al (OK-j) were also computed., The respec-
tive equations are given in-the paper. Table 2 show.P the results
of the experiments and computations. It appear that the values
of K are very high and reach 950 kcal/M21jour ~~ C. Since the
heat trAnsfer'through the cooler walls under A conditions of
bubbling is considerable, the same apparatus can also be used
for the cooling-of hot liquids. In connection with Itj the hot
liquid is conducted through the cooler; the bubbling layer is
cold. The evaluation of the obtained resul.ts showed thato~2
_j!n._Ucreases from 1950 to 6500 kcal/M2 our C at increasing
t ar-
I
r
velocity of flow of the cc-Wing wa r.o(I remained constant
in the investigated range 75f bubbling' gas velocities 0.85 -
1-35'p/sec) and was 1200 kcal/m~oursaft on an average.
This means that the total heat IfThnaf_9 c'efficient must be
Card 2/3 e 0

Heat Transfer Through the Walls of the Spiral Cooler S/064/59/000/07/021/035
Under the Conditions of Bubbling B005/BO01
constant and indel3endent of the gas velocity whenv(2 is given-
Table 3 showFW7%tmparison of the value forcK, obtained by the
authors with the results obtained by other authors (M. E.
Aerov and others, Ref 3P K. N. Shabalin and I. G. Blyakher,
Ref 2p M. Ye. Pozin and others, Ref 1). The comparison provea
the above assumption thatc