SCIENTIFIC ABSTRACT ALEKSEYEV, B.A. - ALEKSEYEV, F.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100920009-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB


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Ari a t, on mitpr4i!~Is
Aircraft 5trerr'-.,,
rim.-
co'd 212

01,
I

'V I
E~
HeAss knndemed.nauk
Aiming apparRtus for X-ray machine URD-d 110 L-4 (universal divider)
Vest.rent. i rad- 33 no,3:63-65 My-is 158 (MIRA 11:8)
1 Iz kafedry rentgenologii i radiologii (nach - prof. G.A, Zedgenidso)
V;Yenno-meditninskoy ordena Lenina akndemij imeni ~.M. Kirova).
(RONNTG3NOGRAPHY. appar. & instruments
aiming appar. (Rue))

r
AUTHORS:- Alekseyev, B. D. and 11 others SOV/91;-58-8-7/22
T IILE i i i c 'offa -en
Roasting Z-----a 'trates in a Boiling Layer of Gas Flow
(ObzhiE~ tsinko kh kontsentratov v kipyashcheia sloye
gazovogo potok7a
PERIODICAL: Promyshlennaya Energetika,, 1958, Er 8, pp 19-20 (USSR)
ABSTRkCT: This suggestim Nvas awarded first orize in an All-Union
Power Economy competition. Zinc concentrates are usually
roasted on multi-hearth furnaces, the -material being
moved about by rabbling bars, T~.e bars are unreliable
and the sulphides are often imperfee-l-Ily roasted. The,
authors developed and introduced a new design of furnace
type KS-3 in which the zinc concentrates are roasted in
a boiling, layer. This inethod makes use of the property
of granular material of behaving like a liquid when gas
flows through it at a suitable rate, Every particle of
the concentrate comes into contact with air and
oxidation of the sulphur is more complete. The new type
of furnace is illustrated diaLyrammatically and. is
described briefly, It is much more economical of electric
Card 1/2

SOV/94-53-3-7/22
. Roasting Zinc Concentrates in a Boiling Layer of Gas Flow
power than the old one.
There is one figure,
Card 2/2

24780
S/125/61/000/008/008/014
I'VI 00 D053/D113
AUTHORSt Nekrasov, B.M., Khazov, V.Ya.j Alekseyev, B.D., and Fridlyand,
M.G. (Leningrad)
TITLE: Welding and brazing of chromium bronze
PERIODICAL: Avtomaticheskaya svarkZ~no. 8, 1961, 70-75
TEXT: Several welding and brazing processes were investigated to find out
the most suitable process for joining5p.y, 0,5 (Br. KhO15) bronze, and also
for joining this bronze with copper, particularly M I(M ) copper. The Br.
KhO-5 bronze, containing 0.5 to 0.8% Cry up to 0.003% Pb and 0.02 to m6%
Fey is used for busses in electrical equipment because of its high mechani-
cal strength and a sufficiently good electrical conductivity 45 to
50 m/ohm - sq mm). Its tensile strength ( 6-t) is 42 to 48 kg/sq mm; Brinell
hardness (H B) - 100 to 110 kg/sq mm; yield strength ( 6 y 35 to 38 kg/sq
mm; and the elongation (S ) is 12 to 17%. The H B can be increased to 115 -
130 kg/sq mm by cold-hardening. The investigation was carried out jointly
by the VNIIESO and a machine building plant CAbstracter's notet the plant
Card 1/3

24780
S/125/61/000/008/008/014
Welding and brazing... D053/Dll3
is not identifiedi . The following processes were testedt (1) brazing and
gas welding with an oxyacetylene flame; (2) are welding with a carbon elec-
trode; (3) a-c and d-c argon-arc welding with a non-oonsumable electrode;
(4) flash butt welding; and (5) friction welding(for purposes of comparison).
The minimum requirements for veld joints were 6-t not less than 35 kg/sq mm
and I not less than 45 m/ohm * sq mm. These requirements were fulfilled by
using (a) an oxyacetylene flame and a QCp -45 (PSr-45) filler metal for
brazing the bronze with copper and (b) using flash butt welding for bronze
to bronze joints. The ultimate strength of the weld joints thus obtained
attained 90 to 100% of the parent metal strength. The flash butt welding of
busses made of Br. KhO-5 bronze was done on an HCA -300 (MSL-300) welder
designed by the'zavod "Elektrik" ("Elektrik" Plant). This welder is fitted
with a pneumatohydraulic drive, pneumatohydraulic clamps, and a 300-KVA
transformer with a 380-V primary winding. The following optimum process
parameters have been found for welding bronze busses, 60 x 6 mm in cross-
sectional-area, on this welder: (1) secondary voltage of the welding trans-
former - 5.28 V; (2) power during fusion - 50 to 55 KVA; (3) power factor
during fusion - 0.8; (4) power during upsetting - 250 KVA; (5) power factor
Card 2/3

Welding and brazing...
24780
S/125/61/000/008/008/014
D053/Dll3
during upsetting - 0.35; (6) welding current during fusion - 9,500 to
10,500 A; (7) welding current during upsetting - 47,000 A; (8) upsetting
force - 18,000 to 20,000 kg; (9) die-clamping pressure - 45,000 to 50,000
kg; (10) rate of fusion prior to upsetting - 14 - mm/sea; (11) upsetting
speed - 200 mm/sec; (12) fusion period c!
- 5.5 ae , (13) duration of upsetting
under current 0.1 to 0.12 see; (14) total setting length - 43 mm; (3-5)
fused length 20 mm; and (16) upset length - 10 mm. The ultimate tensile
strength of,the weld joints was 39 to 46 kg/sq mm, and the electrical con-
ductivitY 45 m/ohm - sq mm. There are 4 figures and 1 table.
ASSOCIATIONs VNIIESO (Nekrasov, B.M. and Khazov, V.Ya.)
SUBMITTEDt January 16, 1961
Card 3/3

FRIDLYAND, M.G., inzh.; MAKAROV, V.I., inzh.; TE
_A;WL EV~ B.D., 'nzh.
Seam welding of strong and dense girth joints on variable-
thickness metals. Svar. proizv. no.7:25-27 J1 163.
. (MIRA 17:2)

ALEKSEYEV,--B.D., inzh.; NOVIKOV, Yu.Ya., Inzh.; FRIDLYMID, M.G., inzh.
------- --
Welding under flux of vacuum tight. joints in copper plate. Svar.
proizv. no.9:17-18 S 163. (KRA 16:10)

Almmmt S. D.
Zagotovka i primenenie iekarstvennykh rastenii Kabardy grocurement and use of the medi-
cinal plants of KabardiV. ITallchik., 1952. 104 P.
SO: Month]Z Mgt of Ruallan Accessions, Vol 6 No 6 September 190

ALEKSEYEV, B. D.
ALEEKSEYEEV, B. D.: "Medicinal plants of the Kabardin ASSR". Len-
ingradj, 1955. Acad Sci US-SR. Botanical Inst imeni V. L. Komarov.
(Dissertations for the Degree of Candidate of Biologiat Sciences)
SO: Knizhnaya letopis', No. 52, 24 December 1955. Moscow.

ALWSMV, B.D., kandidat biologicheskikh uauk
"Manual for practical studiso on botany" by I.A. Dabianskmia. Re-
viewed by B.D. Alekseer. Apt.delo 8 no.6:78-81 X-D 159.
(BOTANY--LiBORATORT WWS) (KMA 13:4)

\ A .LEKSEYEVt B.D*# kand,biologichei3kikh nauk
N-
Method for the determination of reoerveo of individual tMa of
medicinal planto. Apt. delo 10 no. 2t26-30 Mr-Ap 161. (MIRIL 14:4)
1. Kafedra botaniki Dagestanskogo gosudariovemogo univerBitata
imeni VJ, lanime
(BOTANICAL DRUG INDUSTRY)

1. ALEKSEYEVP B.De
"Miedicinal plants of Daghestan" by R.M. Seredin. Reviewed
by B.D. Alekseev. Bot. zhur. 48 no.6:916-917 A 163.
(MIRA 17-1)
1. Dagestanskiy gosudarstvenrqy universitet, Makhachkala.

R_LKSF_\Jf_\/)
PHASE I BOOK EIPLOITATION SOV/3928
Kravtsov., Aleksandr Foodoslyevich, and Boris Grigorlyevich Alekseyev
1--- 11 - - - -- -- -
Kontroll i avtomatizatsiya metallurgicheskikh protsessov; laboratornyy
praktikum, Chest' 1: Kontrollno-izmaritelinyya pribory (Control and
Automation of Metallurgical Processes; Laboratory Manual., Pt. 1:
Control and Measuring Instruments) Kiyev., Gostekhizdat UkrSSR) 1959.
201 p. 1,000 copies printed.
Ed.s L. Raytburd; Tech. Ed.: L. Gorkavenko.
PURPOSE: This textbook is intended for students at metallurgical schools of
higher technical edx;cation. It will also be useful to specialists in
automation and instrumentation.
COVERAGE: This textbook is to be used in the laboratory work for coursep-in
control and automation of metallurgical processes. The book contains
laboratory assignments to supplement and clarify lecture materials. It
provides a practical guide to the operation, check, calibration, and adjust-
ment of instruments used in automatic control and regulation. The author
thanks A. Ye. Aluyev and K. S. Yakovlev. There are 19 Soviet references.
Cardv-2741-

KRAVTSOVI Aleksandr Feodoslyevich; AIEKSEYEV, Boris Grigorlyev~ch-_
CHUMACPENRO) T.L# red.;-dffS'-AROV, K.F., tekhn. red.
[Control and automation of metallurgical processes; practical
laboratory course] Kontroll i avtomatizataiia metallurgicheskikh
protsessov; laboratornyi praktikum. Kiev# Gos.izd-vo tekhn.3.it-
ry USSR. Ft.2. (Automatic control] Avtomaticheskoe regulirovanie.
1961. 235 P. (Automatic control) (MIU 15:1)

ALEKS EMp-B.G.; KRAVTSOV.. A.F~ kand.tekhn.nauk; PQIZIAYEV,, B.L.,v kand.tekhn.nauk
Closed system for automatte flame,tongup reversing in regernerative
soaking pits* Avtom. i prib. no.1:12-15 Ja-Mr 163. (NIRA 16:3)
1. Dnalropetrovskiy metallurgicheskiy institut (for Alekseyev.,
Kravtoov), 2o Motallurgicheokiy zavod imeni Dzerzhinskogo (for Poletayev~
(Furnaces. Heating) (Electronic control)

AIEKSEYET, B.G.; KRAVTSOV, A.F.; YEVICH, A.D.; KAPLUNSKIY, I.A.;
POIETAYEV, B.L.; TARASOV, K.K.
Automatic control of valve reversol in regenerative soaking
pits. Met. i gornorud. prom. no. 2:34-35 YT-Ap '64. (MIRA 17:9)

k KRAVTSOV, A. F.; ALEKSEYEV. B. G.,- POLETAYLV, B. L.; SOROKIN, A. A.
Pulse regulation of temperature in soaking pits. Izv. vys,,~cheb-
zav; chern-met-.7 'no. 5:170-176 164. (MIRA 1-:5)
1. Denpropetrovskiy metallurgicheskiy institut i Metallurgicheskiy
zavod im. Dzerzhinskogo.

ALEKSEM B.I.-- NOVINOV. V.K.
Formation of fruit around an apple ehoot. Priroda 49 no,9:112 8
16o. (MIRA 13:10)
1. Nauchno-eksperimentalinoye khozyaystvo "Snegiriff Glavnogo botaniche-
skogo eada AN SSSR. I
(Apple)

ALEKSZM,-B.I., kand.tekhn-nauk; YA111AXLMICH, V-M-, inzh-
- -----------
Automatic device for counting shakings and switching off-mold-
ing machinew. Mekh.i avtomeproiz. 14 no,6:37--39 Je 160.
(MIRA 13:7)
(Molding machines)
(Electronic digital computers)

ALEKSEYEV, B.I., YANKELEVICH, VM.
Automatic controller of ramming density by joliing. Lit. proizv.
no.4;11-13 Ap 162. (MIRA 15:4)
(molding (Founding)) (Automatic oontrol)

ALEKSEYEV ..B,I kand.tekhn nauk; IZYUMSKIY F.P., inzh.
Automatic control of air flow to blast-furnace tuyeres. ,Nekh.i
avtom.proizv. 15 noolOt4?-49 0 161. WIRA 14:10)
(Blast furnaces-Equipment and supplies)
(Electric controllers)

MASIENNIKOV, N.D., kand.tekhn.nauk; MYSHONKOV, N.I., kand.tekhn.nauk;
kand.tekhn.-nauk; SHUMDV, Te.N., in2h.,-
A Lj �E PKS
WS-MV, A.A... inzh.; YAWLEVICH, V.M., inzh.; IZYUMKIr, F.P.t
inzh.
Investigating gas saturation of cast iron m4lted in a cupola
furnme. Mashinostroenie no.603-36 N-D 162. (KRA 16:2)
(Gast iron-Defects)

ALEKSEM-,._A.I.,, kand.tekhn.-naukl IZYUMI)KIY, F.P., inzh.; YANKELEVICH, V.M.
insh.
AuiaAdtic regulator of the cTensity of mold ramming. Mashinostro-
6bie no.4t49-52 Jl-Ag .163. NIRA 17:2)
1. Ukrainskiy institut, metallov.

ALEKSEYEV, B.1., kand.tekhn.nauk; PANIKIN, N.I., inzh.; FADEM, A.Yu., inzh.
Noncontact transducer. Ylekh. i avtom. proizv. 18 no.12:34 D 164.
(MIRA 18:3)

TYpMOV AfAt-Y
naucalY SOUU
9-1' and
e,-,.ffa on ments shirl".t. Nru7h.-.!sA" r~ oTnr, ?I
11"!

ALIMSEYXV, B.N.; TENDMYEV,.G.Sh.; GL&GO13Y, A.V.: XISLOVA, A.M.; NORMO,
""Nomommm 3I.A.; LISOVSKIY, A.A.; lmmovsm, K.A.; soROKIN, N.N., inthener,
redaktor; KHITROV, P.A., tekhnichaskiy redaktor
[Use of aerial photographs by railroad location parties] Ispoll-
zovania aerofotoonimkav v polevvkh trimesirovochnfth partiiakh. Mo-
skva, Gos. transp. zhel.-dor. it&-vo, 1955. 130 P. (M1RA '1!6)
.11 ro 0 J
~a
1. Moscow. Veasoyuznyy nauchno-iseledovateIlskiy institut z a e2no-
dorozhnogo atrottalistva i proyektirovanty'ao
(Railroads--Location) (Photograpby, Aerial)

AMOZYNY, B.N., inzhener; TZNIXETEV, G-Sh., inzhener.
I
Aerial levelling In railroad surveying. Trasnp.stroi. 6 no.l:
28-29 Ja '56. (MIJU 9:5)
(Uilroadis--Surveying)

ALMMEYSV,_B "
Clinical aspects of uveal glaucoma. Vest. oft. 72 no-3:44-51 Yq-Je
159. (NIRA 12:7)
1. Kafedra glaznykh bolezney (zav. - prof. N.A. Pletneva) II Moskov-
skogo maditsinakogo institute imeni N.I. Pirogova.
(GIAUCOMA
uveal, clin. aspects (Rua))

ALEKSEYEVI Be N., CAND MED SC19 11CLIUIC AND PATHOGENESIS
OF UVEAL GLAUCOMA*" Moscowq 1961* (FIRST MOSCOW ORDER OF
LENIN STATE MED INST IM lo Me SECHENOV). (KLi 3-61, 229).
382

PETROV,, M.A.; NORMAN) E.A.; VOLODBI, A.P.; DEN1SOV, V.A.;
KOCHKONOGOV, V.P.; BEGAM, L.G.; BARANOV, M.A.; TAVLINOV,
V.K.; YENIKEYEV, G.Sh.; BARANOVA, A.I.; KUDRYAVTSEV,
G.P.; MALYAVSKIY, B.K.- CHEGODAYEV, N.N.; SUHIN~ V.S.;
GONIKBERG, I.V., reteenzent; ENGELIKE, V A., retsenzent;
KHRAPKOV~ V.A., retsenzent; ALIPERT, G.A.9 retsenzent;
AIS EYj B.~., retsenzent; lKLYAROV, A.A.p retsenzent
ALEKSWEV, Ye.P.p retsenzent
[Railroad surveying; reference and methodological hand-
book] Izyskaniia zheleznykh dorog; spravochnoe i metodi-
cheskoe rukovodstvo. Moskvap Transporty 1964. 495 P.
(MIRA 18:1)
1. Babushkin, Vsesoyu=Wnauclwc-issledovatellskiy in-
stitut transportnogo stroitel'stva. 2. Leningradskiy go-
sudarstvennyy proyektno-izyskatel'skiy institut Gosudar-
stvennogo proizvodstvennogo komiteta po transportnoma
stroitel'stvu SSSR (for Gonikberg, EngelIke, Khrapkov).
3. Sibirskiy gosudarstvennyy proyektno-izyskatel'skiy in-
stitut Gosudarstvennogo proizvodstvennogo komiteta po
transportnomu stroitelletvu SSSR (for Alekseyev, YeP.).
4. Moskovskiy gosudarstvennyy proyektno-izyskatel'skiy
institut Gosudarstvennogo proizvodstvannogo komiteta po
transportnomu stroitel'stvu SSSR (for Allpert).

AlEESEPTEYP B.-T.---- -
Steam Boilers - Air Preheating
Increasing the economy of a 160-211 T/h boiler by using a VTI air preheater. Elek.
sta. 23 no. 8, 1952.
Monthly List of Russian Accessions, Library of Congress, November 1952. MCIASSIFIED.

SHORODINTS3CV, A.A.; ALIKSMV.-B.P.; GULAMOVA, V.P.; DROBYSaVSWA, A.I.;
IL'YOKO, V.I.; XMM-K.N.; CHURILOYAp A.A.
Spidemiologio charaoteristics of biphasic virus meningo-encephalitis. Zhur.
mikrobiol.opid. i imman. no.5:54-59 My 153. (MTRA 6:8)
1. Otdel virusologii Instituta eksperimentalinoy meditsiny Akademii medi-
tainakikh neuk SSSR i tulyaremiynoy stantaii.
(Brain--Inflammation) (Meningitis)

_XCC N-R-----'-- -- ----
I AT6034345 sou='com w/oooo/66/m/m/ong/ong
AUTHOR: Alekse evi B. V. (~becow)
ORG: none
TITLE: Laminar bgundary layer with chemical reactionsko
SOURCE: Chislennyye 'metody resheniya zadach matematicheskoy'fiziki (Numerical method
of solving problems in mathematical physics) ; abornik statey, Moscow, Izd-vo Naukaj
1966, 219-229
TOPIC TAGS: aerodynamics, gasdynamics, laminar boundary layer, sublimation, non-
equilibrium jo flow, diffusion, frozen flow, mass transfer ,Gns now
PJ3STRACT: A study is made of the "laminar boundary layer flow of a multicomponent gas
in chemical equilibrium in the stagnation region of a porous axisymmetric body. The
problem is formulated m the basis of a system of equations which contain Dorodnitsynt
variables in the Lees form derived by the author in a previous work (Vychislitellnaya
matematika i matematicheskaya fizika, v. 4, no. 3, 1964) with boundary conditions
established for the case of a high-anLtalW%as mixture. Nineteen numerical calcula-
tions were carried out on a couputer by the biethod of sucqesBive approximations for a
four-component ges mixture: CO, COZ, 0, 02. The first calculation was made for a
chemically nonequilibrium boundary layer, calculations nos. 2 to 9 correspond to a
frozen boundary layer, and nos. 10 to 19 are associated with the case of a body havin

ACC NR, AT6034345
a catalytic surface and surface radiation is neglected. As the results of calcula-
tions of a boundary layer with chemical reactions depend on many parameters, calcula-
tions were made by successive changes in only one of the parametera in order to
determine the effects of each parameter on concentrations, mass transfer, etc.
Results are presented in graphs and discussed. Orig. art. has: T.figares and 16
formulas.
SUBCODE: 20/ suBm DATE: .13Feb66 oRIG REF: oo4/ oTH REF: oo4

AIEKSMV Tech. Sci*
Dissertation: ffSubstantiation of the Choice of the Operational Parameters for Tractor
Scrapers." Moscow Order of Lenin Inst of Railroad Engineers imeni 1. V. Stalin, 30 Jun 47.
SO: Vechernyaya Moskva, Jun, 1947 (Project #17836)

I ~ -", - t-
I "I
TZ'Zl-,,~.`! YINNN-11,16

I-OLI'llng 0, _1-f. 4
fh~ -11 ..~ i - --.- . ! - ~ -

CHERKASSKIY, Yetim Borisovith; ALM~U_Y, Boris VaBillyevich;
KRAPIVNER, I.L., red.; DIYACHENKO, V.M., red,,;. SAVELIYE-VA,
Z.A., tekhn. red.
(Utilization of stationary diesel engines at grain elevators
and graim-receiving stations] Ekspluatatslia statsionarnykh
dizelei na elevatorakh i khlebopriemnykh punktakh. Pod red.
I.L.Krapivnera. Moskva, Zagotizdat, 1962. 162 p.
(MIRA 16:11)
(Diesel engines) (Grain handling)

ACC NRI AT6034345
SOURCE COM
UR/0000/66/000/000/0219/0229
AUTHOR: Alekseyev, B. V!,_(Wocov)
ORG: none
TITLE: laminar boun" 'layer with chemical reactions
SOURCE: Chislennyye metody resheniya zadach matematicheakoy fiziki (Numerical method
of solvin g problems in mathemat i cal phys i c a) aborn A statey, Moo cow, I zd-vo Nauka,
1966, 219-229
TOPIC TAGE;: aerodynamics, gnodynamics, laminar boundary layer, sublimation, non-
Iequilibrium M flow, diffusion, rRIM111 1 1 0 !&M. frozen flow, mass transfer, Gas now
!ABSTRACT. A study is made of the laminar boundary layer flow of a malticomponent gas
in chemical equilibrium in the stagnation region of a porous axisymmetric body. The
problem is formulated an the basis of a system of equations which contain DorodnitsynE
variables in the Lees form derived by the author in a previous work (Vychislitellnoya
matematika i matematicheBkaya fizika, v, 4, no. 3, 1964) with boundary conditions
established for the case of a high-enthalpy gas mixture. Nineteen num rical calcula-
tions were carried out on a conputer by the method of successive approximations for a
four-oomponent gas mixturet CO, COI, 0, 02. The first calculation was made for a
chemically nonequillbrium boundary layer, calculations nos. 2 to 9 correspond to a
frozen boundary layert and no@. 10 to 19 are associated with the case of abody having
1rTTV1 .

ACC NRo AT6034345
a catalytic surface and surface radiation is neglected. As the results'of calcula-
tions of a boundary layer with chemical reactions depend on many parameters, calcula-
time were made by successive changes in only one of the parameters in order to
determine the effects of each parameter on concentrations, mass transfer, etc.
Results are presented In graphs and discussed. Orig. art. ban: 7.~ivlres and 16
SUB COM 20/,. StMM DATZ: 13ftb66/ OHIO REF: 004/ OTH REF: 004

ACCESSION NRs AP4037253 S/02081641004/003/0512/0524
AUTHORt _41-erk-9 a c ow)
TITLEt L-aminar boundery.layer on a sublimating surface
~4
SOURM Zhurnal vY*ch1sl1t*l9noy mntamatiki L matematLchaskoy
fiziki, v. 4. nos 3, 1964, 512-524
TOPIC TAGSt laminar boundary layer, boundary layer, sublimation#
nonequilibrium flow, equilibrium flow, frozen flow
ABSTRACT: A study in presented of a chemically nonequilibrium lami-!
nar boundary layer on a sublimatinA surface of an axisymmetrical
body. The boundary-layer flowis described by a system of equations'
in which Dorodnitsynts variables have bean introduced. The boundary
conditions on the surface of the discontinuity are derived for two
cases: 1) with heterogeneous reactions taken into account by astab-
i lishing the equations of enerry'and mass balance and 2) with no hetero-
geneous reactions taken into account by using the experimental results.
obtained by Go Blyholder.and H. Eyring (Kinetics of graphite oxidation*
1/2
Card'

-USsA/ dhe'mlAry Holo c ul.ar Cheiii
Card 1/17- ------~
Author Alekseyevo V. Z.
Title r Connection between deformation and dissociation of molecules (Discussion)-
1. Zhur. Fiz. Xhim., 28
Periodical J Ed. 5, 945 956, May 1954
Abs-tract t The discussion presented in this report takes into consideration all pro-
bable aspects relative to the deformation and dissociation of-molecules.
Special chapters are devoted to such problems as mechanism of deforzztion,
relation between the degree of orbit deforration and the dissociation on-
orgy of a hydrogen-like molecule,, critical state of deformation,, internuo-
lear spaces in diatomic molecules with different nuclei and deformation
of electron orbits. A formula is given which combines the dissociation
energy, the equilibrium internuclear space and the oncillation frequency,
Three USSR references. Table, granha, drawings.
_--in-titution
a
Submitted April U., 1952
0 oi.
.MAMNAftmM
0924-10-01 MEW" V11,015-5311 U~f n
3

ALEKSEYEVP D., inzh.
Chemical equipment should not be enclosed. Na stroi.Ros. 4
no.6:5-6 Je 163. (MM 16s6)
(Chemical plants-Design and construction)

AMMINY, D.A., In2h., G]IL'YQT, AX. insh.
IQ -
The STU-55 self-propelling vibratory drilling unit. Gidre
strol. 30 no.6:46-47 Je 160. (KMA 13:V)
(Boring machinery) (Vibrators)

KIIIVENKO, Mikhail Grigorlyeviall; --AMOMEV,_A~ityU AlakaalAro -p -;
y4 -h
GELIFGAT, Aleksandr Mikhaylovich; VOZDVIZHENSLU , B.I., otv.
red.; KOST01,11YAN, A.Ya., red. izd-va; MAKSIMOVA., Ma, tekhn.
red.
[Large-hole drilling] Prokhodka skvazhin
.gkva, Gos. nauchno-tekhn. izd-vo lit-ry :o
bollshogo diametra. Mo-
gornomu delu., 196L 81 p.
(Y,IRA 3-4: 11)
(Boring)

ALIKSEM, D.G. VEYNOV, K.A.; GORCHNNKOT, S.G.; GUREVICH, S.B,; DITKOVSKIY,
A.S.; Ir OV. G.I,; MORGEN, D.I.; PROKHORCHUK, I.S.; RUNYARTSK7, N.M.;
UGHAsTKINA, Z.V.; sHisHoy, I.A.; MOLOZHATYY, H.M., red.; HIKOLAIN# Negev
CHiSTYAKOV, IN,.i red.; KRUDYAKOVA, I.V.,red.; MOROZOV. Yu.V,,
red.izd-*AL,- BACHURINA,.A.M., tekhn.red.
[Soviet paper industry. 1917-19571 Bumazhnaia promyshlennoBtl SSSR,'
1917-1957 gg. Xod obalichei red. K,"A.Veinova. Moskva, Goalesbamizdat,
1958. 147 p. (MIRIL 12:3)
1. Nauchno-tokhniabookoye.obahchestvo bumazbnoy i derevoobrabatyvaym-
shchey propysb-lennopti. 2. Chlen N~uchno-tekhAioheskogo obahchestva
bumazhnoy i derevoobrabaty*ayushchey promvehlennosti (for all except
$orozovI Bachurina). (PaperIindustry)

vMM/physton Jai ha
NIBV~tlo PannabIlIty
*PrOlest of the IteLatton of
of FormalLoy-Type Alloys to "mewyl,* Do He
Alsicasywww-O., To Zateeplap.1, Go Morozarp hVe
Imt jwgj P. X, Imbeder, Acad Bol UBS, pp
"Dot At Rout WW* Vol LU, No 3
Reports wTerimontse Plots arA d1sousses results.
SubrAtted 20 Wy
IV49TIOD

a.

Y
00 *0
0
00 9 2360. on t1w Structuiv Ahs Ritenalve Atoospheric Showers ty-D N-Alskm
yp .
0 T Satee a *M now
pin &sd auk WA fil 457-458 (19AS)

Sig Jay 21 (In Russian)
a .3
*8 1, The fact (U+.*Wn and. )MU*rp zhMr vjqAI I Toortt M 9)9 (1947) 1*6
091 1
1 that the registration of extenalve shovers to atIll observable betwen r*
0 1 2 oounter systems
% and S2 at distance@ reaching 6OD-1000 a, van
I-so
a submitted tor further stWat 3660 a altitude. In addition to

06 .3 the coincidences C5 vItb a central
00incidenoos C,4 and 81 and 321P
00 ~#
counter group ware recordedo Acoording to the cascade theor7j, an
'96
00 elsotrom-photon shwer. has a oortain mean-square,-root radius R

'
0 %4;
(R0 a IW a for
. p - 490 me Ng at the altitude 3M a), the aboier -.000
density decreashig, rapidly outside Rae As a consequenoe, the ratio
S
C5/C,4 out ow, witb On: diotmos between 8~ a:
2- The adial
Obinod Us OPPOSM effects tse 0
t
,
CS/C4 decreased
from 0.77 A 0.015 to 0o66 & 0*075 wban the distanoes grev from 2 to
600 a. These results confirm the b7pathelsis that We extensiVe Ve 0
atmospheric showers Moore a "stracture," Perhaps In the 9"hak-0-
6%0..ILA AITALLWGC&L LOINATVH CLAIWCATM
XIDO
191000 "it GNV Got All

U a AT go
t; i, - I it
a ; v tw
N 1 5 A a 3 2 v
O
0 0 0

sevoral Otrw*sw (Skoboltals, zat"plued Kul*rl, Met Rol-71 315
100 (1947)).
go
00
go
00
00
so
00
00
We , I
00
00
go
00
00
of
00
I
00
00
*0
to
go
00
00
00
00
00

Pt L ff'.K F_ Y "~ .1. r"I
974. DIstribation of I also and high energy electrons to
~Ponetrat Mg part,
G
extensive atmospharle shovers. T. Zqtsoptnl and
1 0. marosov. 16k1dz &a As 63j 375-7(2948) Dec. I
(in Russian)
The identification of extensive atmosphoria sbovers with the electron-
a photon showra of thoosocade %boory is doubted In the light of.
**''3 recent observationap the pilno#U anomalies being the presence of COO
.00 P largo quantities of penetrating particles and the wide extension of
the 00"r. The authors ouWtted these facts to a closer study, by
screening, at 3,860 a altitude, penetrating particles traversing U
00 an of lead from high energy electrons and photons traversing 12 as %0
of Pb. The distance between groups of counters varied between 2 and to
60 a. The measurements aboved that the olectron-photon component
had a man extension of about 20 a, vh1ch in far In excess of the W**
value 2.4 M for the mean aqua" root radius of a &bower of cascade 4ID41
A particles traversing a 12 wload filter, according to BeloWls treat- we 0
ment of the cascade theory &Mal. I Tjt2Mt. -Fix, U, 384 Ve
(19")). The evaluation of the extension of the penetrating component
Ale-SLA 119TALLIMUCAL LITUAIMUCLAIMINKATON moo
slow nV14106 VIGM #*"Inv W*
V"
SISIONG it Odv cog ~2_ Snell *0 0.1 LSS
U-W
0 0000 0*0 969600060*090~

:--*so* 00#00 0410041,000 00 0 0 10190141 00 *0 0 00*0

can be obtained ty comparing measurements t,"ken with and without Pb filters.
I *6
by oombining their own~revults with
those obtained t7 Auger, et &L (Compt. 04
*0 Rendl 208, 1641(1939))i the authors found that the extension of the 90
00 penetrating particles excoods that of the electron component. -This points
' 00
00 of the penetrating component, contrary to the
to 0o atmospberto origin 9 0
00 opinion of several auttore wbo locate their origin In the Fb, (Selvial
I 00
00 RIS.Mp 262(2938); Broadbent and Janossy, JM.
And T"Itaferrit Phvm. 0 0
00 (lamdon) M# 368(1948))..

00
00

00

'
000000000*9069 00 ***.*Go 00006 000 0
,
o
s 0 0 0 0 0 a & 0 9 0 0 Is 0 0 0,41,10 0
w0 0 0 0 0 0 0 0 0 0 00 0 0 0 0 0 0 0 9,01
0 O t
"

KUZNETSOV-- V.D.---;--AISMYNV--- B.N.-,--redaktor---NEGRIMOVSKAYA--R.A.-- ---
0 9 0
C~;Bkiy 2~-",
[Surface energy of solids] Poverkhnostnaia enargiia tvardykh tel.
Moskva, Goa. izd-vo tokbniko-teorets lit-ry, 1954. 218 p.
(Solids) Oorce and energy) . (ML'RA 7:10)

IANDAU, L.D.; 11PSHITS. Ya-M.,- AINISEYEV, D.H., redaktor; TUHAUIKA, N.A..
tekhaichookiy redaktor - -
[Mechanics of continuous media] Xakhanlim spjoBbnykh erad. Isde
2-oa, perer. i dops Moskva, Goes izd-vo takhniko-teorst. lit-ryq
1954F 795 Pp (HIJU 10:3 )
(Alasticity) (Hydrody--amics)

IMAU. Lev Davydevich; SHORODINSKIY, Yaker Abramovich; ALEKSZYNV, D.M.,
redalctor;- GAVRILOY, S.S., tekhnichookiy redaktor.
[Lecturas. on the theory of the atomic nucleus] lektaii pe teorii
atomnego iadra. Moakra, G*s. izd-vo toldmike-teoret. lit-ry, 1955
14o p. (Nuclear physics) (KLRL 9:4)

SAVAPMSKIT. Taygenly Fedorovich; KIMiOS, Dmitriy lletrovich; A By
D.M.. redaktor; MURASHOVA. N.Ta., takhnicbeekiy redaktor. - i
.0powl--
[Blemente of seismolog'r WA leismQmetryl Xementy saismologii i
seismometril.*Izd.2-e. perer. Moskva, Goe.izd-vo tekhnAko-
toorst.lit-ry, 1955. 543 P. (KI.RA 8:9)
(Seismology)

SHMYKIN, V.V.; au "-,M- . redaktor izdatellatva; SHIVCHMO. G.N.,
tekhnicheskly redaktor.
[The theory of ocean waves] Teoriia morskikh voln. Moskva, lzd-vo
Akademii nauk SSSR, 1956. 141 p. (Akademiia nauk SSSR. Norskol
gidrofizicheakii institut. Trudy, vol.9) (MLRL 9:11)
(ocean) (Waves)

VOROBIYBV, Alakeandr Akimovich; ZAVADOVSKATA, Yekaterina Xonstantinovaa;
re ktor; KUZNETSOVA, Ye.B., redaktor; WURASHOVA,
N.Ya., tekhn cheskiy rectaktor .
CXlectric strength of solid dielectrics] Blektricheskaia prochnost'
iverdykh dielektrikov, Moskya, Goo. izd-vo tekhniko-tooret. lit-ry,
1956. 332 P. (KLRA 9:10)
(Dielectrics)

-- - STRELKOV,--Sargey--Pavloviclr;-,ALEKSLTET.9 -D-.M.--l redaktor; NEGRIMVSKATAS ?.A.# - -
takhnichegkiy redaktff---~~-
[General course in physics) Obahcbil kurs fitiki. Moskva, Goa.
izd-vo tekhniko-teorst. lit-ry. Vol.l. [Mechanics] Makhanika.
1956. 456 p. (Mechanics) (MLEA 10:2)

'~7- - -1 - 't - ":~ ,-- I -P~ ~/!-; ) -;-) -
BRUff, Konstantin Petrovich; ATSO YEV. D.M., red.; DENISOV, I.I., red.;
AKHIAMOV, S.H., tekhn-.-r-6a-.---
[Elastic, thermal and electric pbenomena in ferromagnetic materials]
Uprugie, teplovye i elektrichaskie iavleatis v ferromagnetikakh.
Iod. 2-oe, dop. Moskva, Gos.izd-vo tekbniko-teoret. lit-ry. 1957-
279 P. (HIPA 11:2)
(iferromagnstiam)

KkRKOV, Moisay Aleksandrovich;. AIEKSATIV, DA. red.; DERISOV, I.I., red.;
AKHMATTV# S.H., tekbn.red.
[Hyperons and K-mesons] Giperony i K-mezony. Hookya, Goa. izd-vo
fiziko-matematicheakoi lit-ry, 1958. 343 p. (Bovromennye problerV
fisiki) (NIRA 11:12)
(Particles. Blementary)

BIBERGAW, Anato:Liy Viktorogich; MRGULISp Usher Yakovlsvich; VOROBIYEV,
Yevgeniy Ivanovichj-, AGLINTSEV' K K'# prof.f red.; ~~KSZYFVp D.11.p
red.; LYUDKOVSKAYAl, N.I*# te~L.*red.
[Protection against i;-rayis and ga=a rays] Zashchita ot rentganovskikh
i g mmn-luqhei. Pod red. KX *Aglintseva. lzd.2.# perer. i dop. 14o-
skva, Gos. izd-vo med. 1:1t-ry Medgiz, 1960. 273 p, (MIRAUM
(RADIATION PROTEGTION)

ALEKSWIV, Dmitriy Hikhaylovich; KIMILOT, Anatoliy Petrovich; LYUBI-
--. - ~ IHOVs N.Not prof.$ dektor elconom.nsuk, red.; SHCHETININ, V.D.,
red.; PAVLOV, A.G., red.; ROKANOVA, R.I., tekhn.red.
[Buropean Coal and Steel Comimmity] Evropeiskoe obuedinenia
uglia i stall. Pod red. N.N.Liubimova. Moskva, Izd-vo In-ta
mexhdil-rootnoahenUo 1960. 282 p. (Min 13-6)
(Buropean coal and steel community)

ALIQ~-ZYZIII. -1. 'Ye.
"Novoye v traditsionnykh stilyakh yakut-skogo, muzykallnogo follklora
Idlieretni yryal i Idegeren yryal."
report submitted for 7th Intl Cong, Anthropological & Ethnological Sciences,
Moscow, 3-10 Aug 64.

o
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RtImeard lima bydmcbn" dwen tw up In the
vamb 1w MR 60liaea. F. A. Alckweir Palwodko Nodr.
No. 8, = 194 1) iou, U. Imm.-

0 "in ant, If N41144 and xnwnd water of Ow 11111he

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*11411 t14 41141111-1 whowil that this ilwlhlvl Is a willabir
611"ll. fill (11140116 VAO Iftbill"
fit Or MIAMI M114"I 161111
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40\
PL4
mar l9k7
trat
tbje~ Nature or Cambrian and -Silurian Within the
'kjj~L Mavonia n- layer and Minor Folding ~ ln~ the Sili--
"ict
'44ft and Devonian Layers of the Leningrad. Distr
17.f A. AlskasysT, 7 PP
*SyuU Moskov Obsh Isp Pri, Nova Ser, Otdal Geol"
V61 ~ 3XI , -NO 3
D~slocated Cambrian-Silurian exposures among the
D~vonjan formations, and dislocations of Cambrian,
Silurian azd Devonian layers near Leningrad'con-
sidered tectonic. Boreholes on the Cambrian anA
i3ourlan exposures along Polist and Prousaye Rivers
49T26
,----/G.PologT (Contd) Mar: l9k7
i6aldletortions in the bedding of Devonian, Can-
bisian. and. Silurian strata on the south shore of
z;U= IaIw near Leningra(I proved to be of glacial,.
oiiialu-~.Glacial d1slocations associated with
4- elief and. large tectonic etrib:
forms Of r
~#*s. in the Laningrad'and adja~cont regions tais"'.
~re:tyqlcal of platforms.
AqT26

6oTO

UM/G~P- 10& Jun 1947
Tectonics
"The Tectonic Structure of the Northwest USSR.," F. A.'
Alekseyev) 4 pp
*Dok Akad Nauk S,SM, Nova Ser" Vol LVIp No 7
Discusses area In seven subdivisions: 1) Baltic ledge'
2) Belorussian-Lithuanian subterranean ledge; 3) lat-
vlan "antIollne"; 4) East-Pruselan-Lithuanian depres:-
sion; 5) TlIzen. depression; 6) Valday terrace; 7) North-
vest ving of Moooov synecliels.
60T23

AIMITEV, F.A., redaktor; PMINA, Yo.G., veduabohiy redaktor; TROFIMOV.
___-4vr* %tekhnio lie sk iy redaktor.
(Geochemistry for field and industryl Polevaia i promyslovala geo-
khimiia. Moskva, Goo. nauchno-tekhn. izd-vo neftianoi i gorno-top-
livnoi lit-ry. No.2. 1953. 52 P. (MM 7:12)
1. Rassia (1923- U.S.S.R.) Glavnoye upravleniye ge0f12icheakoy 1
geokhimicheekoy razvedki.
(Geoohemistry) (Petroleum--Analysis)
I

AIXONW-V 7.Ae. redaktor-,--- IN&$ Te.G., redalctor; TR07IMY. A.S.,
DrAffithfakir redaktor.
[Field and irAustrial geochamistry) Polevais, i promyslovais. &eo-.
khimiia. Moskva, Gos. nauchno-tekhn.izd-vo neftianoi i gorne-top-
livnoi lit-ry. NO-3- 1954. 68 p. (MLRA 8t4)
1. Russia (19Z3- U.s.s.R.)Glavnoye upravlaniye geofizicheskoy i goo-
khimicheskoy razvedki.
(Petroleum geolog7) (Gas, Natural--Geolog7) (Boring)

AID - P-16l
Subject USSR/Engineering
Card
Author Alekseyev, F. A.
Title Improvement of Geophysical Methods in Prospecting or
Oil and Gas Fields
Periodical : Neft. khoz., v. 32, #1, 39-44, Ja 1954
Abstract : The significance of geophysical methods of oil pros-
pecting Is described. The seismographic, aeromagnetic
.and gravimetric methods are evaluated for different
.types of geological conditions.
Institutions: Main Oil-Geophysical and Geological Administration
(Glavneftegeofizika). Scientific Research Inst. of
Geophysical Survey (N.I.I.G.R.). Geophysical Inst. of
the Ac. of Sci., U.S.S.R.
Submitted No date

IfFossibilities for ExLending the Use of iladloactive Radiations in Oil Pros-
pecting and Oil-Field Development".
Rerort apyearing in lst Vc3lume of "Session of The AcadeW of Sciences USSR
~n 1-5 July 1955",
on the Feaceful Use of Atomic I ergy Publishin- House of
Academy of Sciences USSIR, 1955.
SO: Sum 728, 28 Nov 1955.

A G,.-IUi-MK an a - - DZUF-L I DT- Yui--Z-'-O- ---- ----
1,1V 11. 1
"On the Use of Radiometry in Oil Prospecting".
Report apj~earingin 1st Volume of "Session of The Academy of 6ciences
USSR on the Peaceful Use of Atomic Energy, 1-5 July 1955", Publishing
House of Academy of 3ciences USSR, 1955.
SO: Sum 728, 28 Nov 1955.

FLEWV, G.N.; ALIKSBYLV, F.A.
[use of radioactive substances in prospecting and developing
oil fields in the U.S.S.R.] Ispol'zovanie radioaktivrqkh
izluchenii pri razvedke i razrabotke neftiarqkh mostorozhdanii
v SSSR;* doklady na IV Mezhdunarodnom neftianom kongresse v Rime.
Moskva, Izd-vo Akademii nauk SSSR, 1955. 46 p. (mLRA 8:lo)
(Radioisotopes--Industrial) (Prospecting--Ganphysical
(Oil well logging) methods)

I:
RM
NREM IN

IRT
ZM
N&M. M
~. Mlle

AID P -27A
Subject USSR/Geology
Card 1/2 Pub. 78 - 13/27
Author Alekseyev, F. A.
Title Radioactive measuring methods in exploring oil wells
and oil deposits must acquire greater importance
Periodical : Neft. khoz. v. 33, #6~, 35-42, Je 1955
Abstract : Because certain problems of exploring oil wells and
oil-bearing deposits cannot be solved by electrical
methods, the use of radioactive measuring methods
in which the radiometric gamma-ray and neutron-gamma-
ray emanations of strata Intersected by the oil-well.
shaft are measured should be Intensified. Another
radioactive measuring method suggesteduses isotopes
added to drilling mud fluids. For those measurements,
new instruments and equipment are necessary and
should be designed.

L
~/ , . 4 - 15-57-7-9952
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 7,
PP 176-177 JUSSR)
AUTHORS: Flerov, G. N., Alekseyey-,-F-.A.
'C_~ -
TITLE: Use of Radioactive Radiation in Exploration and
Exploitation of Petroleum Deposits in the USSR
(Ispollzovaniye radioaktivnykh izluchenly pri razvedke
i razrabotke neftyanykh mestorozhdeniy v SSSR)
PERIODICAL: 4-Y Mezhdunar. neft kongress. Vol 2, Moscow,
Gostoptekhizdat, 19;6 ) pp 24-36
ABSTRACT: The advantages of radioactive electrical logging are
examined by the authors. The use of radiometry for
determining the position of the water-petroleum
contact in strata intersected by a cased well is
described. The problem is solved by methods of neutron
gamma electrical logging and of induced activity. In
Card 1/3 both cases the water-bearing stratiim is distinguished

Use of Radioactive Radiation (Cont.) 15-57-7-9952
from the petroleum-bearing stratum by the different NaCl content of
the strata. The contacts can therefore be distinguished only where
the formation waters are sufficiently mineralized. The water-
bearing parts of the strata are marked by higher values on the curves
of neutron'f-logging. The reason for this phenomenon lies in the
fact that the Cl readily traps the fast neutrons and gives off a
stable Y-radiation in the process . Aa2 , which had a half-life of
15, is the index element for the method of induced activity. The
activation of the Al of rock and cement and of the Mn contained in
the casing pipes make the utilization of the Cl activation im--
possible. The use of radioactive isotopes for study of the state of
wells (quality of cementing, inflows of liquids and movement of the
liquid outside the case) and tor showing permeable zones in the
wells is considered. The radiometric instrument used in this work
is described. The instrument, which has discharge indicators, is
to be replaced by a more perfect one with luminescent indicators.
The results of the first tests in the use of radiometric survey for
Card 2,/,l

TYBORVTKH, Sergey ?edorovichJ-AL1=T TEN
Y.A. redaktor; NIKI KO, A.A..
.~A) - X.Z
vadushchly redaktor; XHIS NIKOVA,73., tekhnicheakiy redaktor
[The use of radioactive Isotopes in petroleum extraction and -
wall drilling] Prizensuis radioaktivkvkh Izotopov v dobyche nefti
i burenit. skvazhin; metod mechenykh atomov. Moskva, Goo.nauchno-
takha. isd-vo neft. i. garno-toplivnoi lit-ry,-1957. 109 P.
Wa lo:6)
(Radioisotopes--Industrial applications)
(Oil wall drilling)

"The Present and Future Possibilities of the Radiometric Survey in Exploring
Oil Reservoirs,"
"Utilization of the Induced Radioactivity Method for the Survey of Petroleum
and Water Bearing Strata, the Determination of the Water-Petroleum Contanct in
Bore-Holes and the Elementary Analysis of Sedimentary RocRs," Utilization of
Radioactive Isotopes, & Emanations in thq Petroleum Lidustry (Symposium), 14in.
Petroleum Industry USSR, 1957.
Results of the Joint Session of the Technical Council of ~[in. of the Petroleum
Industry USSR and Soviet Sci. and Technical Association, Yoscow 14-19 mar 1956.

IT.MrMly" DARSO Te.X: OULYAYETA, L.A.,- GIZZIR, Y.G.; GAVRILEMO. Te.S.,
I LAI.
---"XOGA,N,- S. S.
Jrroneous Interpretation of V.A. Sulin's genetic classification of
waters. Geol. nefti 1 no.6-.i66-69 is 157. (14IBA 10: 8 1
(YAter, Undarground-Analysis)
..". I

AUTHORi ALEKBEEV,F.A. PA - 2321
TITIJ~s On the Application of Radioactive Radiations and Isotopes for the
Purpose of Searching and Prospecting for Mineral Oil Deposits.
(Ispollsovaniye radioaktivnykh izluoheniY i izotopov dlya poiskov
i razvedki neftyanykh mestorozhdeniy v SSSR, Russian).
PERIODICALo Atomnaia Energiia, 1957, Vol 2, Nr 3, pp 292 - 293 (U-S-5-R.)
Receiveds 4 / 1957 Reviewed: 5 / 1957
ABSTRAM In the Soviet mineral oil industry radioactive methods are widely
used. The method used for radioactive oarrotage are based upon
tZe measuring of naturalt secondary, and scattered x-radiation.
Furtherv also neutron methods are used. In the Soviet Union some
collectives were occupied with neutron-gamma-carrotage (in short
NGC) as e.go NIIGR, TSNLIL of the "AZNEFTEGEOF 'ISIKk11 trust, and
others. The moat important results.were obtained by the laboratory
of G.N.FLEROV and B.B.LAPUK which worked out a method of NGC and
a bore-hole apparatus suited for wide industrial application. In the
case of the NGC of bore-holes the intensity of the secondary
gamma radiation of geological strata (which occur immediately on the
occasion of the capture of slow neutrons by the nuclei of the
elements of the geological strata) is measured. The shape of the
diagrams of the WGC depends on the different slowing-down and ab-
sorption of the geological strata for neutrons . Also other in-
Card 1/3 fluences are mentioned. The anomalous slowing down of neutrons by

PA - 2321
On the Application of Radioactive Radiations and Isotopes for
the Purpose of Searching and Prospecting for Mineral Oil De-
posits in the USSR.
means of hydrogen makes it possible, in principle, to determine
the content of hydrogen in the respective layer from the diagram
of the NGC. Next, the following methods are briefla discussedi
Gamm -gamma-carottage is based on the scattered gamma-radiation
of a radioactive source lowered into the bore-hole, and by means
of this the porosity of the layers containing mineral oil is de-
termined. Neutron-neutron-carottage is based on the measuring of
the density of the slow neutrons in the medium surrounding the
indicator. The method of reduced activity serves fok the distinction
of the layers containing mineral oil and water in the bore-holes
supported by steel-tubes, and for the determination of the
mineral oil-water-contacts. These methods are already widely in
use in Bashkiria and Tartar..
By means of radioactive isotopes the following problems can be
solved suecessfullyt Determination of the increase of the cement
in the space behind the tube and the qualitative estimation of the
oommentation of the bore-holes, determination of the location
of the flowing in of the water and the existence of a circulation
Card 2/3 behind the tubes, determination of the location of the absorption

PA - 2321
On the Application of Radioactive Radiations and Isotopes for
the Purpose of Searching and Prospecting for Mineral Oil Deposits
in the USSR.
of the boring solution in the bore-holes in case of a lose of
circulation, examination of the technical state of pressure-holes
and determination of the place of absorption of the water sunk
in them, determination of the zones of the hydraulic interruption
of the layer. (No illustrations).
ASSOCIATION: Not given.
PRESENTED BYt
SUBUITTEDt
1VAILABLEt Library of Congress.
Card 3/3

SOKOIOV, V.A.. otv.red.; SAUKOV, A.A., red.; OVCHINNIKOV, I.M., red.;
02NITSOV, S.I., prof., red.; ALEKSHYRY F.A., prof.j redog GICOIWAX.
A.A.. kand. ge ol.-mine ra log. nau]~5-;i-----;,-AMTMSKIY, G.A., kand.
goologo-mineralog.nauk, red.
[Geochemical methods of oil and gas prospecting; studies of the
conference on geochemical methods] Geokhimicheskie metody poiskov
neftian.vkh i gazovykh mestorozhdenii; trudy soveshchaniia po geo-
khimicheskim metodam, Moskva, sprell 1958 g. (MIRA 12:12)
1. Akademiya nauk SSSR. Institut geologii J rezrabotki goryuchikh
iskopayemykh. 2. Chlen-korrespondent IN SSSR (for Saukov).
(Geochemical prospecting) (Oil fields) (Gas, Natural)
~14

AUTHOR% Ss-Aov, A. A. SOV/7-58-6-14/16
TITLE: Chx-oniole - h.11 P:~.f',on Ccnf,;x-enaa on Geozhemioal.and
Radiometzin He""belu af Saa:7oh a--,.1 Fr3speating for
Isim and Na'~ural Gas Dsposits (Khroxnika - Vaesoyuznoye
sove&~-.c,har-d,ye po i rad-tomstriehaskim metoflam
pviak~,-r i raivedki naftyam7k1lb- i gazo-rykh meatoroshdenii) I
PERIODICALs Geakb-iwlys., 1958, Nr 5; pp 610 - 611 (USSR)
ABSTRACT& The.rion-farenze tzak~plaaa ir- Moscow from April 21 to April
26, or.. a prapnsf.', of tho. Gz-stekhn~.ka -to the AS USSR.
68 a=ganizat-ioua xerg represented. by. about 240- members of
the.AVUSBR., its.branches. the Academies of the Republics
of the Xa-ion, of a vamber of high sohools., of single instit-
i A,
ates. and.. production-organ 7.a'~ons of. the Ministerstvo
(Kinist:ry of Geologyand Protection
of 'Naturr.1 Reriouxafis) p of the Gosplar. SSSR and RSFSR,. of
mauchnotskhniaheakiy komitat -Soveta
Ministrov SSSR Soian-tif ic att! Teohnical C-ommittee
of t-1hq. Gov-=il of.-Miniaters of the USSR), of. Councils of
National.E-.onomy and other -rganizations. other active
Card 1/4 partivipants were acientist-9 from the German Democratic

Chronicle - All Unioz ljonf-sren~e on and SOT/7-58-6-14/16
Radiometrio Methods of See-tah and P-ospeat-ing fcl,
Mineral Oil and Gas Dizp*eits. I
Reputli,~, Czathcs-love&~;_-, Poland, Rv,,x-zzn:La wad Yugoslavia.
D. T. Shchax-b0zo,F ', Vsmbez Aaademy of S"*Iierzes~ USSR,
Aoadertizian Sso:'-sLary of the O'delemi.T9 geologo-
geograf4 -ches~cikh P-arR. (Depay-bment of Gr-~~graphioal Sciences)
0-0')nad 1-'he coxfarer,_-a. 20 main rspo.-1~ts were given. . 65
Soviet expazta and 7 Rcr-,iga saien7~_Jsts contributed with
:1.aform,ation, a.,ad T-11-ey may be divided into 3
group,iz sa,,.-al. -'b-:ox-Ur;aI (6 reports);
I. G (I
2. _Va:~hodii_ i-.nrl e?.ui-Dmf,.Lt for the search. and
Of arU nat-aral gas deposits (7
z0pC!r-'W; app!`~-,ation- of the methods and
analyaj.s of tb._~- rajnl`~-Is I.-j. jear~.h and prospecting of
iaineral o~! &jai gas deposits 0 reports).
A. 1. SFukav- spoks a7ricut migrat-4.)n of chemical elements,
V. A.. Sokolov ebo,,v", `e'he soientifin. baaes of geoohemioal
p:,~ospao,'.-Ing met.acda. S. 1. K'aznfjts~:7 dealt in his report
with miorobiclogir.-al prcnip,,~,zting methods, F. A. Alekseyev
discus~qed ths scaien-t-Ific ba;jis of -,,-he zadiomet-rTF-P-r-0-spe-dIr-
Card 2/4 ing method (re-Auced gamma .-Intensity field). A. 1. Silin-

Chronicle All UnIon. Conferanoe on Geochemical and SOV/7-58-6.14/16
Methods..-of.-Searoh.and Prospecting.for
and Natural Gas Deposits. I
Bekoburin spoke about.tbe movement of.deep subterran-
eous,.:vaters. A. B. Ronov reported oa investigation
reaul,tsodealing with the.distribution of organic.carbon
in: the.'sedimentary.. rooks of.. the Russian. Platf orm.. Methods
and-..-39LChnIque., were-the. -subj eat. of.. the -following. reports S
G. 4... Mpgil*v..a)ciy -The. present stage. of the problem of
anomaly at- gaubaoterin and a suitable.method for its
solutioL; Ye. A. Bars ...hydvoohemical.inveBtigations
in prospecting fo" and natural-gas; V..A.~Kovda
and.P..S. Slavin - soil gooohemioal-features for,the yield
of and.-natural gas to be expected;
V. N. FiorovskVa - a. AD-thod
for.the -investigation-and prospeoting.of.natural-gas.and
Ispositel V.-A. Sokoloy - gasanalytical
mathad.and.aquIpment-and ways to complete tliez4_and others.
The use ~.of -gsoohemioal-methodg in, various regions. of the
USSR~was also treatedt Timano-Peoh-srsk&ya gazoneftanasnaya
proTintiiiya,(A.'N.-Krozs,-G..G. Grigor'yev, A. S. MedTodev),
Card 3/4 Saratovzkoye PoTolzh'ye (Ye. M. Geller), Stavropol'ye

- -
Chronicle - All Union Conferenoe on Geoohowical aud SOY/7-58-6-14/16
Radiametric Methods of Searoh and FrospeotIng for
Pryc'r-le.,ml, Lud Natural Gas Depositm. i
(V.--N. Xortsonahteyn), Kola Peninsuia (I. A. Petervil's)
and others.
Card 4/4

AUTHOR: Sokolov, V. A., Professor 30-58-7-36/49
TITLE: Geochemical and Radiometrical Methods of Search and Prospecting
for Deposits (Gookhimichoskiye i radiometricheskiyo motody
poiskov i razvedki mestorozhdcniy) Transactions of the Conference
in the Department of Geoloeical and Geographical Sciences
(Soveshchaniye v otdelenii geologo-geograficheskikh nauk)
PERIODICAL: Vestnik Akademii nauk SSSR, 1958, Nr 7, PP- 125 - 126 (USSR)
ABSTRACT: This conference took place April 21st to April 26th. Apart
from the members of the academic and scientific branch research
institutes representatives of the geological research institutes,
of the economic councils of the Gosplan, of the State Committee
of New Technology (Gosudarstvennyy komitet po novoy tekhnike),
of the Ministry of Geology and Protection of Mineral Resources
(Ministerstvo geologii i okhrany nedr) participated as well as
scientists from the countries of the people's democracies. The
Member, Academy of Sciences, USSR, D.I.Shcherbakov opened the
conference. Further reports were delivered by: 1) A.A.Saukov,
CorrespondinC blember of the AS USSR investi.-ated -/-eocheraical
Card 1/4 pro--I)ecting-mothods. 2)V.A.Sokolov analysed the scientific

Geochemical and Radioinctrical Jjetilodu of Search and 30-50-7-36/49
Prospecting for Deposits. Transactions of the Conference in the Department
of Geological and Geographical Sciences
foundations of Geochemical prospecting methods and of the
prospecting for gas and mineral oils.
3) S.I.Kuznetsov spoke about microbiological prospecting methods
of deposits of mineral oil and Cas.
4) F.A.Alekseyev reported on the radiometrical prospecting methods
of dep-o-si-ra-af-m-tneral oil and Cas.
5) A.I.Silin-Bekehurin spoke about the movements of deep ground
waters and
6) A.B.Ronov about organic carbon in sedimentary rocks of the
Russian Plain (Russkaya, platforma)
7) G.A.Mogilevskiy outlined the presQnt state of the problem
concerning the baateriological anomalies of gas.
8) Ye.A.Bars reported on results of hydrochemical research work
obtained in the course of prospecting for mineral oil.
9) V.A.Kovda and P.S.Slavin reported on geochenical soil data
concerning the mineral oil and gas content.
lo)V.N.Florovskaya spoke about the luminescence method for the
purpose of investigation and prospecting for deposits of mineral
oil and gas.
Card 2/4 11)11.S.Gurevich gave a report on the importance of the geochemical

Geochemical and Radiometrical Methods of Search and boV,,!30-58-7-36/49
Prospecting for Deposits. Transactions of the Conference in the Department
of Geological and Geographical Sciences
zones of ground water for mineral oil prospecting.
12)V.A.Sokolov, N.M.Turkelitaub and A.A.Zhukhovitskiy spoke
about Casanalytical methods and apparatus for geochemical research.
13)B.P.YaBenev and Yu.M.Yurovskiy reported on gas surveying work
in the northern Caucasus (Severnyy Kavkaz).
14)A.Ya.Xrems, G.G.Grigorlyev and A.S.Medvedev spoke about the
experimental application of geochemical methods of prospecting
on the territory of the province of Timano-Peohm-sk whichis A& in
mineral oil and natural gas.
15)I.A.Petersillye reported on work dealing with -as-containing
intrusive massives of the Kola peninsula (Kollskiy poluostrov).
16)Ye.M.Geller investigated some problems of the geochemical
finding of gas and mineral-oil-containing deposits in the rock.
17)V.N.Kortsenshteyn spoke about the mechanism of gas deposit
formation in the region o-f Stavropol'.
18)A.L.Geodekyan and G.A*IAogilevskiy gave a survey on research
Ca,rd 3/4 work in the field of geochemical methods carried out abroad.

Geochemical and Radiometrical Methods of Search and '30-58-7-36/49
Prospecting for Deposits. Transactions of the Conference in the Department
of Geological and Geographical Sciences
Furthermore, reports by foreign participants from the German
Democratic Republic, Roumania (Rumyniya), Poland (Pol'sha),
Czechoslovakia (Chekhoslovaki-ya) and Hungary (Vengriya.) were
heard. The conference found th:lt the theoretical work is carried
out on an insufficiently wide scope and that a number of problems
is still little investigated. The methods of investigation are
practically still insufficiently used. The decisions of the
members contain advice for the future.
Card 4/4
........ . .
ULT V R,

'00/7-58-7-4/13
AUTHORS: Alekseyev, F. A., Yermakov, V. I., Filonov, V. A.
TITLE: Uoncerning tlie Content of Radioactive -,-,lements Found in Waters
of Oil Field Deposits (K voprosu o soderzhanii radioelementov
v vodakh neftyanvkh mestorozhdeniy)
PERIODICAL: Geokhimiya, 19~_8, Nr 7, pp 642-6,49 (USSR)
ABSTRACT: The content of radium and uraniam found in waters of oil field
deposits was examined: radium was determined radio-chemically
(Ref 3); the o-ontent of radon was measured by means of the
electromete2- Gto INJ the amounc of uranium ascertained by
.Luminescence. *i'ne research was conducted at the Laboratoriya
yadernoy geofiziki i geologii Instituta nefti AN b5SR (Lab-
oratory for Nuclear Geophysics of the Petroleum Institute AS
USSR). ',;aters frow. wells as ,.ell as s~irface water from oil
fields of 't'o'est Turkmenia (Tables 1-3) were examined. ~jamples
were taken from the petrol and mineral gas province of EAa
(Kazakhstan) (Tables 4,5) and from oil fields in the Cl
Uralian region (Tablk~s 6-8). Independent of the type of 'e-
posit, the radium content ranges from 10-10 g/l, eldom nder
~

Card 112
10-ii g'i. The uranium content seldom surmounts 1.0 .
1
7 g/l.

SOV/7-jB-7-4-, t3
Concerning the Content of Radioactive ~,lements Found in '11"'aters of Oil -'ield
Deposits
The largezst quantities of radium are to be found in -.-.,ate-.,s of
the calcium -,hloride type. Uranium is concentrated in waters
oftlie sodium bicarbonate type. Radium is found in largest
amounts in the marginal zones oi the oil field deposits. There
are 8 tables and 12 references, 11 of which are Soviet.
AiSOCIATION: Institut nefti AN S',~ABR, Moskva (.Petroleum Institute of the
Academy of Sciences, USSR, Moscow)
SUBM1TTED: JuIY 7, 1958
Card 2/2

AIMISIM. Y.1.; SOYM, V.N.; FILONOV. V.A.; FEMLISHTOW, Ta.B.
-------
Using tritium, the isotope of hydrogen, in oil field development. Geol.
nefti 2 no.12:47-52 D 158- ~(MIU 12-.2)
1. Inatitut geologii i razrabotki goryuchikh iskopayemykh AN SS31.
(Hydrogen-Isotopes) (Oil field flooding)