SCIENTIFIC ABSTRACT BARSUKOV, K. A. - BARSUKOV, O. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000203720004-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

ACC NRs AP6007068
perpendicular to the conducting plane, but it the direction of motion
of the charged
particle Is neither perpendicular nor parallel to the direction In
which the plane
conducts, the radiation reaction has a nonveniabing component
perpendicular to the
direction of notion of the particle. Orig. art, has: 20 formulas.
SUB CODE: 20 SM DATE: O3M&y65 ORML RRF: 002 OM REY: 003
ard 2/2

L 26057-66 W(I)IEWA(h)
ACC NR: AP5022799 SOURCE CODE: UR/0141/651008/004/0760/0767
AUTHOR: Bar-92
t2v. K. A..;,.Bolotovskiy. B. M.
ORG: Moscow State Pedagogical Institute im. V. 1. Lenin
(Moskovskiy gosu.darst-
vennyy pedagogicheskiy institut)
TITLE: Oscillator radiation in nonhomogeneous and nonstationary
medium
14
SOURCE: IVUZ. Radiofizika, v. 8, no. 4, 1965, 760-767
TOPIC TAGS: oscillator theory, laser radiation, travelling wave p
fT~equency
multiplicationj electromagnetic wavep cha. r1rd pa,-Ucle
ABSTRACT: Studies of nonstationary anA non omogeneous media were
related to
uses of nonstationary media for frequency multiplication and
parametric amplifi-
cation. This initiated interest in a strong electromagnetic wave
(for example,
laser radiation) which in passing through the medium changes its
properties: the
medium becomes periodically nonstationary and nonhomogeneous. The
radiation of
a charged particle moving in nonhomogeneous and vonstationary
medium has been
investigated. The process of radiation in s4ch a medium involves
the energy and
impulse being transferred to the medium. It is interesting to
investigate the'
Card 1/2 UDC: 530.1

L 26057-66
r--- .. ......
ACC NR: AP5022799
radiation of those systems which possess degrees of freedom also
moving in a
nonhomogeneous and nonstationary medium. The radiation of a
point oscillator
moving with a constant velocity in a medium whose properties
were modulated by
the travelling wave law are examined.. As an example, the
radiation of a station-
ary electric oscillator has been considered. A previous study
wss.related to
locating the transverse field of radiation of a moving
oscillator. It is not
difficult to see that the longitudinal field is determined by
the same method.
orig. art. has: 32 formulas.
SUB CODE: SUBN DATE: 06Nov64/ ORIG RM 007/ OTH REF: 000
Card 2/2

L 33415-66
ACC NRi AP3015300 SOUMB CCDH: URIOO~Y16G76j'670057080010805---~
(A P u)
AU-1210a: Barsu%ov,-K. A.; Naryshkina, L. G.
0:23: Moscow State Pcdagogical Institute im V.I.Lenin (Moskovskly
gosudarstvennyy
pedngogicheskiy institut)
TIT'-7':': On the Vnvilov-Corenrcov effect for surface waves
SOUXE: Zhurnal to)dinichcskoy fiziki, v. 36, no. 5, 196G, 800-805
TOP7 C TAGS: Cerenkov effect, Corenkov radiation, surface wave,
dielectric layer,
diclectric constant, isotropic plasma, charged particlo
AWT,V.CT: The authors discuss surface waves induced on the
infinite plane interface
between a dielectric and the vacuum by a charged particle moving
with constant velo-
city parallel to the boundary. Surface waves can propagate on
such a boundary only
if -,he dielectric constant of the dielectric Is negative. When
this is the case
surface waves are excited by the chargad particle regardless of
its velocity. The
case is discussed in detail of the boundary between the vacuum
and a plasma whose
2
dielectric constant is 1 - fWf(f - IF). where f, is the plasma
frequency, f is the
wave frequency, and F is the effective collision frequency.
Formulas are derived for
the energy and spectrun of the induced surface waves. When the
velocity of the
charged particle is very low the frequencies of the induced waves
are concentrated
Card 1/2 UDC: 538-567

L 33415-66
ACC NRi AP6015300
1/2
near the value fc/2 where they are strongly absorbed and cannot
be observed; the
induced waves become observab b2 only when the velocity of the
charged particle is
large compared with 2.4c(F/10 , where c is the velocity of
light. The conclusion
of A.G.Sitoako and V.S.Tkalich (ZhtF, 29, 1074, 1959) that the
charged particle loses
energy by polarization radiation at certain discrete frequencies
is shown to be in-
correct, and the mathematiCal error that led theme authors to
this incorrect conclus-
ion In pointed out. Orig. art. has: 24 formulas.
SUB CCDEt 20/ SUBM DATE: lMtar65/ ORIG NW: 006/ OM RM
Card 2/2

BAILSUT.'OV, K. :. and s,,*D,-..j,ZE,,., 11% 11
) I
11 Locatini- tl'.c' POInt Of DamaCc in Cabless," Ralb. onerf- I-
; I L.
1952 ., ', 1170-7.,

Tc~7ti
7. Detectcr of ri~f ect'; "f C:~ble. 27,
9. Monthly List of Russian Accessions, Library of Congress,
reor,~-,Z-v -1953. Unclassified.

BARSUKO-V, K.U.-
Som.automatic proportioning of h7pochlorite 3olution.
2,um.
prom. 36 no.12:19 D 161. (MIRA 15:1)
1. Kraonchamskaya bumazhnaya fabr.,ka 13pravlaniya
proi-.vodstvo:!i
gosudarstvennykh znakov, monet i ardenov.
(Ilypochlorites)
(Papomaking machinory)

BERGELISON, L.D.; VATER, V.A.; BAP-SUKOV, L.I.;
SM-MIKIII, M.M., akademik
MecYanism and steric cour&e of the 'Wittig reaction
as affected
by external factors.. Dokl. Ali SSSR 143 I'x 162.
(IMIRA 15:2)
1. Institut khimii prirodnykh soyedineniy AN SSSR.
(Wittig reavtion)
(Stereochemistry)

BFRGEL'SON, L.D.; VATER, V.A.; BARSUKOV, L.I.;
SHEMAYIN, M.M.
Stereochemistry and the mechani8m of Wittig reaction.
Izv. AN SSSR.
Otd.kiiim.nauk no.6:1053-1063 Je 163. (MIRA 16-7)
I
1. Institut khimil prirody soyedineniy AN SSSR.
(Stereochemistry) (Wittig reaction)

B-:--.RGvL'SON, L.D.; VAWM, V.A.; BARSUKOV, L.I.;
Sff---MYAKIN, M.M.
Intramolecular acylation of phosphoryl-ides arid a new
way of
synthesizing o( -substituted cyc lope ntanone s. I zv.
AN SSSR.
rjtd.khim.nauk no.6:1134-1136 Je 163. (MIRA 16:7)
1. Institut khirrdi prirodZ~,`- h sovedineniy AN SSSR.
(Cyclopentarione)
(Phosphorus organic compounds)

BERGELISON, L.D.; VAVFR, V.A.; BARSUKOV, L.I.;
SHEMYAKIN, M.M.
...
Unsaturated acids and macrocyclic lactones. Report
No.11: Total
synthesis of cis-8-hexadecenoic, cis-11-hexadecenoic
(paimitvaccenic),
cis-7-octadecanoic, and cis-9-hexacosanoic acids. Izv.AN
SSSR.
Ser.khim. no.8:1417-1421 Ag 163. (KIRA 16:9)
1. Institut khimii prircdnykh noyedineniy AN SSSR.
(Hexadecenoic acid) (Octadecenoic acid) (Hoxaconnnoic
ficid)

T PIKOLAI-AL cwrl-l DU
ACC NRa - AP6017362
SOURCE CODE! tIR/0062/66/000/003/0506/05n
AWMOR: Bergellson, L, D.1 Vaver, V. A.., Barsukov..-L.1.:
Shemyakin, M. M.
ORG: Institute of Chemistry of NaturalCompourds, A -S R (Institut
khimii prirodnyld
soyedineniy AN 553H)
TIM: SterebreguNted synthesis of unsaturated compounds. Report 10.
Stereochemial
of the reactions between aldehydes and phosphonate- and
phosphinoxide-carbanions
SOMCEI AN SSSR. Izvestiya, Seriya khimicheakava'. no. 3,*1966 506-L
TOPIC TAGS: stereochemistry, organic synthetic process, aldehydet
organic
phosphorus compound
ABSTRACT: The reaction between phosphonate- and
phosphinoxide--ca:rbanions with
aromatic and aliphatic aldehydes leads selectively to the
trans-olefins. The
steric trend of the reaction does not depend or the polarity of the
medium. Orig. art
has: 5 figures and 2 tables* CJPRS]
SUB CODE: 07 SUBM DATE 05Nov63 ORIG REF: 008 OTH REF.- 009

iiiiAfoii science kpr 1948
Colloids
"Soil as a Colloidal System," L. N. Barsukov, All-
Union Lnot Fertilizers, Agr Tecb and Agr Boll
Studies imeni Gxedroyts, 11 pp
*Pochvoved" ~~o 4
Colloldal-chemim- z-ye.om of soil studies hati re-
ceived much attention :Ln laet tan years. B*3k
knovn as "The Soil - A Dispersion System" released
some 30 years ago by Vigner was first indication
that soil was a colloidal system. Irplains Idis-
persoldologicall point of view of studying soil.
IM 69noe

%r, C-, r-; t
53,

US 0 Vk
The role of frost in the annus) cvclr (A the &frurfurs:
Condition of the soil I ', , I ,I / ,
! 1,3. - - ~ I I s ~ V 1, A
-f K I r -11 11 "111 1 't-11
Y.d 'N"T, m, .-f fr,
Ifw," l."', .,!h , -.!.,
m.1 01, -w"I 1'.. 1.1-1 1 11-:~
-0 1-.
A I I -t fiv, , w r. I I.. . ... o
11" 11 t"', " -,"I f
flut th, -g1, ff~, -!g u. p t, , hl,h,
I.-Fly l" lh~ -11 .,1. 1 m, 11, 1!,~ "llf
cl

N
BAR-SUi.OV, (Cand Agr Sci)
USSR/Btology - Ultrasonics Sep/Oct 53
"Effects of High-Frequency Oscillations on Gemina-
tion of Seeds and Development of Plants," L. N.
Barsukov, Cand Agr Sci, and K. M. Zabavskaya
Agrobiol, No 5 (83), pp 80-85
Brief exposure (1-3 minutes) of seeds of cultivated
plants to powerful mech oscillations of sonic fre-
quency, has the same effect as exposure to ultra-
sonic oscillations, i.e. it accelerates germination,
facilitates more rapid plant development and hastens
276T2
maturation. High-frequency oscillations are of
particular value in the cultivation of crops whose
seeds are characterized by retarded and imperfect
gemination and development. Illustrated by charts.

Uss"R/Cultivatc-1 Plants - Grains. 1,14-2
Lbs Jour : Ref 71iur - Biol., No 7, 1958, 29659
i*.,uth,:;r : Barsukov, L.N.
Inst The 'Lll-Uniozi Institute for Fertilizers and
Soil Science.
Title Working the Soil for Surrier Crops in the
14on-Chernozem
Soil Zone.
Ori U Fub Ze--LOCeliYa, 1957, No 2, 55-6o.
Abstract At the All-Union Scientific Research
Institute fur Fertili-
zers anc! Soil Science a number of variant soil
working sys-
torr.9 wore studied. The basic nethrx! of soil
preparation
f',:,r surner crops rerninod -the tilling system
composed of
shallow stubble plowing, oarly autumn tillinE, early
spring
harrL'Wilig and pre-sowin(~ cultivation. In
Olifforent concre-
to caces it is practical to use other nethocis too.
Card 1/1
- 12 -

RA,R U.KUV, L.N. , 1M ad. se I I r!:okhozyo~ ', :-%uk.;
;~.- "A, 1-Y. ,
sotrudnik;UANOVA, T.I., L'Otrudaik
Importance of turnin,,- over furrows. Zemledelie '?
no.11:u7-71
N '59 (HLqi, 13-3)
1. Vze5o5,uzrtyy iustitut iidobrenV i
agr07)ochvovedeyiI.ya.
(Plowing)

BARSUKOU m-lP-; YUSLIUNOVA, Ye.V., relaktor;
I3VOb7]CVSELYA, L.G., tekhniche-
-1 "-IIPWA"ftktor
[K.Y.Kriuchokle instruments. devices and methods of
marking]
Instrumenty. prisposobleniia i metody razmetki novators.
K.F.Kriucheka.
[Leningrad] Leningru&akoe gozatno-zhurnallnoo i kn-vo,
1952. 37 P.
[Microfilm] (MLRL 9;8)
(Marking devices)

". ". .
I
"UnlillcrrLl An,.)aratus for I'arl-inr- Pa-ts it '!O,-t.
nash --2, :c,.2, 1~2
.1 ) I

FAVISUCH~XKO, T..Ya.; JARSUKOV,_M,F., red.
[hepresentinf-, the roghn(ss of' part surfaces on
drawings;
manual on the drawing of working sketches in a
course of
mechanical drawing) Oboznachenie na chertezl-4Lkh
shero-
khovatosti poverkhnostei detalei; uchebnoe posobie
k vypol-
nenAiu rabochikh chertezhei detalei v kurso
mashinostr(itell-
nogo cherchenlia. LeninE,,rad, Leningr.
tekhno2o,-icheskii
in-t, 1964. 48 p. (NII.LA 18:7)

BARSIJKOV, M.I., Prof. (14oskva)
Problems in the stndy of the theory and histo-.r of
medicine in
the U.S.S.R. in the light of the decisions of the
21st Congress
of the Gonrrmlst Party of the Soviet Union. Sov.ned.
23 no.7:
3-12 JI '59. (MIRA 12:11)
(MICIIFA)
(HISTORY OF M=ICI1&,)
001-94UNISM)

BARSUKOV, M.I., prof.; ASHUMKOV, Ye.D.
Felix Beng6is. scientist, fighter, friend of the V.S S.R.;
obituary.
Sov. zdrav. 19 noJ-1s89L-90 160. iMikA 13:11)
I.Predsedatell VsesoyuznoCo
nauchnogo.ist3piko-meditsinskogo obahchestva
(for Barsukov). 2. Predsedatell Moskovskogo nauchnogo
istoriko-
meditsinskogo obshchestva (for Ashurkov).
jnmm, FELIX,, 1890-1960)

L Fab-10/
-ACCESSION NR: AP4048556 Pq-4/Pt_10/Pu_1s
S/0286/64/000/019/0032/0032
W41WH
AUTHOR gorod ki I I Bondarev, K. T.; Barsukov, M. I.;
Lazore.ko!~~&=
. V. Mitkevich, G, I.; Parvenkov, G. S.;
Bo ko, G. V.'
TITLE1 Method for manufacturing flat foam pyroc,!rnm
products.
Class 32, No. 165528
SOURCEt Byulleten' izobreteniy i tovarny*kh znaKov,
no. 19, 1964, 32
TOPIC TAG51 An Author Certificate has been issued for
a method of
mAnufacturing flat foam pyroceram (sitall) products
based on glass
made from slag. The glass is heat-treated in two
stages in order to
obtain a porous surface, while maintaijiing 3
nonporous subsurface.
While the subsurface in being cooled. the surface is
heated to
100-150C above the crystallization point to a
viscosity not to ex-
ceed 400-500 poise. and maintained under these
conditions for 10-30
minutes.
ASSOCIATIONi none
Card 114 )

1, Wl
MIA,
ri bill'
n
A T
711. Z
lee
IL
Xftdcf,,mbrOtt~upO~6 changes-on'the strucimm, and proper a
N,
-AN SM" h6eldys materisirt v.. 1. no. 6~ 94-3"946
"raceramic, gUms stmotare gla ob
Mac$ ay"
pyrocs~w I ,I ~ I. . . - _... ~!: ~ I
ASSMCT4 Samples Of wrin I acerammics were
oubjeoWA6 additioid
vnwdrm Wwtho:~
~Wwtlpte,h nd were then ad
-NP
sjttdt)lSl* temperaturle., T6
of tW Oisinid changes
vate
tm: raiurila.
I= chomb by sHowIng. Mr, Ow4tres- sual"14
wu-lmkvrW odwitba.VAS ri. ftructaral dbuges were
-EM4 0106trad P m
lawrosooped H-was Irbund that
ussualli laimm 2-3 days and changing Into recrys4MU
proo,

BARSUKCIV, V v marter -jo ooytt,,,vm rabolan (g.
Berdichev)
-.JQ r o 7. h rw~
~,z,UsiV, the f illing method in elraitlrtenire, tra.-k
laid on
reinforce,d con3rate ties. Pull i nut. kho-z. no.
R-11-12 Ag
(Y,m ll:~)
(Railroals-Track)

SERGIYENKCi. V.V,.; DAK."MOV, M.F.
Maintenance and renair of continuous tracks. ',ut' i
put.khoz.5
no.2:1"-20 F 161. (,vJPJ' 14: 3 )
1. liachalln~k Kazatinskoy distant.-ii puti,
Yugo-Zapadnoy
dorci;-' (for Sergiyenko). 2. Inzhener po opytnym
rabote-m-P
stantsiya Kazatin, Yugo-Ze.:adnoy dorogi (for
Barsvkov).
(Rallroads-Maintenance and repair)

BEZRUKOV A.M.; FRIBUDIKO, N.S.; EARSUKOV, M.M., inzh.
w
OL= methods of maintenance of tracks of the new construction
type. Pat' i put.khoz. 6 no.1l12l-22 162. (MIRA 16sl)
1. Nachallnik Kazatinskoy distantsii Yugo-Zapadnoy dorogi (for
Bezrukov). 2. Zamestitell nachallnika Kaza%inskoy distantsJi
Yugo-Zapadnoy dorogi (for Baroukov).
(Railroads-Maintenance and repair)

BEZRUKOV, A.L,j BFLOV, N.A.; BARSUKOV, M.M., inzh.
Method for restoring the strength of dowels. Put' i
put. khoz.
7 no.11:18 163. (MIRA 16:12)
1. Nachallnik Kazatinskoy distantsii puti
Yugo-.Zapadnoy dorogi
(for Bezrukov). 2. Starshiy inzh. Vsesoyuznogo
naucbno-issle-
dovatellskogo instituta zhe1eznodoro:,hnofo
trarisporta Ministerstva
putey soobshcheniya (for Belov). 3. KnvAtiiiskaya
d1stantsiy-q
puti Yugo-Zapadnoy doregi (for Barsukov).

BF-AL51).6, I.Te., inzh. , red.; BARSUEUV, H.N. ,
rod.; PETROV, S.P.,
takiin.red.
[Matbrials of tile 5th World Power Conference in
Vienna]
Matarialy Piatoi -Arovoi onargetichaskoi
konforentaii v
Vene . Hookva, TSentr.biuro
nauchno-taklm.informataii
tiazjiologo i3ashinostroeniia. Vol.l. [Steam
boilers] Paro-
vya kotly. 1958. 284 p. (MIRA 13:1)
1. World Power Conference. 5th, Vienna. 1956.
(Boilers)

A. I.; R A R-11L IF, OV, M.K. , i n,.-.h. p o opy r,:-,
I) o
Yalntenance of tracks Itild on reinfc)rc-d bincks.
Pu,tt i piit..khoz, 9 no.4:9-12 I ~', 5 . ( m I" bi 1. s
: --, )
11 ilachalinik Kazatinrkoy distantail piti
'I'ugo-Zapadnoy doro.~i
( for Be z r-uk ov) . 2. Kn-,atns'T-,ay-- pitil
Ylif:c-Zapadnoy
dorogi (for Bursukov).

BARSUMV, N.
Onr rocke-n aqpault o-uter P.-)ace. Zrian.ta
pratnia nf).2116-17
F I ~Q. (14IRP, ik~-.Io)
(Rockots (Anronauticq))

BARSUKOV, N.
A continent of science; the antarctic in 1985.
Znan.ta pratsia
no-7:19-20 Jl '59. (MMA 13:2)
(Antarctic reclons)

BARSUKOV, H.,_i.nzh.
On the eve of our jump into space. Znan. ta pratsia
no-5:2-4 My 160.
(MIRA 13:10)
(Astronautics)

BARSIXOV, Nikolay-Aleksandre"ch; PROBATOV, Aleksandr
Nikolayevich;
ALIN, Oleg Dmitriyevich; GRINSHTEYN, I., red.;
NIKOLAYNVA,
T., tekhn.red.
[The Baltic Sea; a geographical essay] Baltiiskoe
mora;
geografich6skii ocherk. Kaliningrad, Kaliningradakoe
knizhnoe izd-vo. 1959. 92 P. (MIRA 12:8)
(Baltic Sea)

BARSIJKOV, N.A., inzh.; TSVYATKO, A.V.,inzh.
Machine for flanging conical bottoms of reservoirs.
Suggested by N.A.
Barsukov, A.V. TSviatko. Aats. i izobr. predl. v stroi.
no.15:24-25
,6o. (MIRA 13:9)
1. Nikolayevskiy zavod metallokonstruktaiy.
(Reservoirs)

BARSTJKOV. ~ N.,L , ~ dot B ent.
Methods for irradiating nninwtIR with ultruviolet
rays. VeterinAriia
34 no.4:(,?-69 Ap 157. (MLRA 10:4)
1. Moskovskaya veterinarrLaya akademiya.
(Ultraviolet rays-Therapeutic use) (Veterinary
medicine)

- -3ARSUKOV, N.A., dotsent
Treatment of wounds with limn tar. Votoritwxiia 36
no.101-45
0 159. (MIR,, 13:1)
1. MoskovBkaya vaterinarmya almdemiya.
(Lima(Tre)--Tharapeutic use)

BARSUYOV. N.A.
Linder tar in treating eczematous processes in
IAGU No.6:41-44 159.
(Linden) (Wood
tar-Therapeutic use)
animals. Uch.zap.
(MIRA 13:12)
(Sczema)

BARSUKOV, N.A.
Prophylactic ultraviolet irradiation of animals.
Uch.zap. IAGU
No.6:45-49 159- (MIRA 13:12)
(Ultraviolet rays-Therapeutic use)

BARSUKOV N.A.
Treating infected wounds with linden tar obtained from
d7 distilla-
tion. Uch.zap. IAGU no.6:51-54 '59 (MMA 13:12)
(Wounds--Treatment) (;Anden)
(Wood tar--Therapgutica use)

BA.ISUKOV, N.A.
Study of concentrations of white streptocide In dog
tissues and
a
blood followinE its adninistration by the
electrophoretic methods.
Farm. i toks. 24 no.5:594-599 S-0 161. (MIU 14-,-10)
1. Yakutskiy Cosudarstvennyy universitat (rektor -
dotsent I.G.Popov).
(SUISOIWIIDES) (ELT--,CT,;iOpIIORES is)

BARSUKOV, N,A-, dotsent
Novocaine electrophoretic treatment of wounds.
Veterinariia 38
m.1:56-57 Ja -'61. (KIRA 15:4)
1. Yakutskiy gosudarstvennyy universitet.
(Wounds-Treatment) (Electrotherupouties)
(1kvocaine-Therapeutic use)

B.RSUKOV, N~A~, dot-rorit
Klthc-ds for the electrophortaig of norsulfuzole.
Veterinarlia 38
no.7:69 .70 J-1 l61. (MIRA 116,8)
1. Yakutsk~y go5udarstvennyy universitet..
(Salfathlazale) (Electrophoresis)

BA;SIJKDV, N.A.
Studies on penicillin concentrations in dog tis:.lues
and blood after
administration with the aid of electrophoresi3.
Antibiotiki 6
no.5:42?-431 14Y 161. (11-M-A 14:7)
1. Yakutskiy gosudarstvarinyy universitet.
(PENICILLIN) (ELFCT--,'.OFH0:, IS)

BAMMOV, N.A., doUent
Studies on the passage of penicillin into the tissue
from
dressings soaked with its solutione Khirurgiia 37
no*4:109-
111 161. (MIRA 14:4)
1. Iz Yakutskogo gosudarstvennogo universiteta.
(rektor - dotsent
I.G. Popov). (maCILL170

BARSUKOV) N. A. (Docent, Yakutsk State University)
"Experimental duterminfation of' the electrcphoretic
meth(A of' tetracyclines
in purulent inflEamation processes"...
Veterinari-ya, vol. 3--?, no. 8, August 1962 pp. 4-)-

BARSUKOV, N.A., dotsent
Treatment of wounds by calcium electrophoresis,
Khirurgiia 38
no.10:41-44 0 162, (MMI 15112)
1. Iz Yakutskogo gosudarstvennogo universiteta.
(CALCIUM) (VOUNDS-TRHAIMT) (ELECTROPHORESIS)

BARSUKOV, N.A., dotsent; ALIPEROVICH, B.B. (Yakutsk)
Treatment of suppurative inflammatory diseases by a
modified
method of sulfanilamide preparation electrophoresis.
Klin.med,
40 no.10:104-108 0 162. (MIRA 15:12)
1. Iz Yakutskogo gosudarstvennogo universiteta
(rektor - dotsent
I.G.Popov) i Yakutskoy gorodskoy bollnitsy (glavnyy
vrach N.N.
Butakova).
(FUCTROITORESIS) (SLU,'ANILAMIDIZ) (SUPPURATION)

BARSUKW -,.A., -~otsent
Experimental study of strcptorqycin electrophoresis
in suppurative
inflamatory diseaFes. Sov.me,'. 26 no.ltl29-133 Ja
163.
(MIRA 16:4)
1. Iz Yakutskogo universiteta (rektor - dotsent
I.G.Popov).
(STREPTOMYCIN) (EUXTROPHORMIS) (SUPPURATION)

BARSUROV, N.A.
Use of norsulfazole solutions in diluted
hydrochloric acid for
electrophoresis. Vop.kur.,, fizioter.i
lech.fiz.kullt. 28
no.ls31-33 163. (MIRA 16W
1. Iz Yakutskogo universiteta,
(ELEGM OPHOPM IS) (SULFATHIAZOLE)

- ~ARSUKQV, ll?.A.
liovoc!aine electrophoresds in tPe treatment of
experimental wounds.
Vop.kur., fiz;oter. i. le(-Ii, fi7.. kullt. 27
no.4:304-307 Jl-Ag'62
(MIRA 16:11)
1. Iz Yakutskogo 7usudarstver-nogo un-~,,rersiteta.
)k

BARSUKOV, Y.A,
Distribution of antibiotics of the tetracycline
g--oup in the
body under varying methods of administration.
Antibiotiki 7
no.7:646-650 J1162. OURA 16:10)
1. Yakutskiy universitat.
(A.I:TIBIOTICS)

BAF-SIC `:C~': !7.
Formation of a "skiln depot cf ions" -dur-4i...-
elr:sD. b.,ol. i med. -.,,4 no.8:~:~-62
7os~,darotvEnnot-o ,~n".,?rsiteta dots n,
i ym .

BARSUKOVY ].,.A., dot:3ert Itybc3jip~.-L-A-~ 25mjv,2)
Methodology of biomlicin electrophoregAs ir. the
treaLmerit of
suppurative infla-,.matory processes; experimental
research.
Ortop. travm. i protez. 24 no.2tIl-54 F163. (1-11,71A
16:10)
1. Iz Yakutskogo univerS4 teta (rektor - dotsent
I.G.Popov)

BARSMKOV, N.A.
FXT;V-1- study r~f C., " : "n; ',It! 1 -;:;15 . ", "
-,, . ". 1- r , ,
~J,~c 16.~.
fi .z1oler. 1 lf.-ch. fiz. ."T nrj.4.126-~,A, T ~
( ",!-r ~~ ,, -1. -, . ) ~
1. lz Yulfutskopo easu~,,imitvennogo

.. * , - F - F", - : ~ ". :.
-.'' . . I . I - I
~ ; , 1'. ... , , - .. ; , . I
. .
: - . . . : . , . ~ . v . I .~
..

'-Z%~",annogo

cu. 2 n:-, t-'1: e!
cf' .-!..,ricultur~,l
itt-
I crcv. t rk D s F ~-r t n t, ic. r'o r h,!
Se-i-no"O
1,~tu)ls', No. 18, 11)56

.~~Iwuuv, N.I., kz)nd.se).'skokhozy5i-stvon.-,vkh nauk;
KI-MTHIN, A.D., doktor
Eml skokhozyayrtvonn3,klh nauk; PW%IKz;VICH, Y.A.,
':bnd.sel'skokhozyay-
stvennylkh nauk; 30MUSOU, i:-ronom; Icand.
sal'r.l:okhozy,-yqtven-nykh rzuk-, G.~_':-!~;L-A, dcktor
biol. naukk;
~,Ur((XHOV. mquk; ~;UBKIli, S.M.,
)ajnd. votorinarny'kh nauk; YW,!TG'Vj,, L.I.,
k~-,,-Id.sel'skol-,I-iozyaystven-
KOCVHXII~~, V.A., agronom;
nyrch nauk; KOTT, S-V-, dol-tom biol. luillk:
U113114, A.:;., dcktor biol.rjuk-; L:-B-I;Ji;V-A, Ye.M. ,
&'z7onom;
ltAUKJi(JVLXlY, A.Ys., doktor sF-I'E-kokhczynystvw-,nyVh
miuk; MAYBORODA,
N.M.1 kand. sel'skokhozyaystvennykh nF-uk; l-!AYDAJIYUK,
1.1;-, zootekhnik;
UV6yL'lNll:0V, G-Ye., ka rid. sel I skokhozyays tvernykh
nbuic; P.,?HUI, ?.A.,
kw,.d.biol.pauk; P0G40*-u;LC)V, P.Y., arronom;
POLK06HNIKOV, M.G., dotsent;
Rt;WilcD, G.K., kand. sel'skokhozybystvennykh ritiuk-,
4U'li(KIN, V.14.,
Prof.; "ifflilli, H.M., ka rid. c-~~l'skckhozyav s tve
nnykh ru-)uk; TOIIOL'~iKIY,
V. Yh. vetvrach; TYL-,~-WL',11YOV,
k,,ri~l.-,el'skokliozyaystvezinykh
wiuk; Milli, I.I., lzqiid.sel~skel-'ioz~,aystv(iriny'Kli
natek-, ir';IDOROV, G.V.,
kand.,,,al'E31-o't:hozyay~itvonny~-h nftuk; CIIHETCV,
J-I-, 7ootokhnik:
T6III(;OVAT(-)V, V.A.. prof.: 6HViOJOVAI
knnd..-,q1'siKokzhozyaystven-
riykh nauk; SHiMX.~G114, A.I.,
kari'~.E~el'skokhozy-riystveinykh nauk;
SMWI&VSKlY. A.A., ved.; GCLU!31N-'iK--sYn. Ye.-~.. red.;
ILXHAY.&`V.~, Ye.G.,
rod.; FAiis6YPKIllh, red.
[Siberian agronomist'-3 re4erence manugll Spritvcchnaia
kniga agronoma
Z;ibiri. M-!;*t-Va, GOS. i7d-VO ~el ~71107. !it--.V,
V01,2. 195?, T39 P.
(Sibaria--At-r~culture .) (Illu 11:3)

th

USSR Cultivated Plants. Fruits, BerrIeB, Nutbearing, M-6
Teas.
Abs Jour : Ref Zhur - Blologlya, No 2, 1959, No. 6413
Author : Barsukov, N.
Inst ; Omsk Agricultural Ins'itute
Title : Longevity of Rennet Or-',`iards In 31beria
Orig Pub : S.-kh. Sibirl, 1958, No 2, 68-'170
Abstract : Stem grafted rennet--a,-ple orchards perish
during their 14th - 15th year in Siberia.
However, seedlings and rooted trees produced
with cuttings or root scions (from rooted
plants), live up to 60 years and are hiShly
productive. This method of propagation,
verified at the Omsk Agricultural Institute,
Is recommended.
Card 1/1
129

!!=OY ~0- - mladshiy zxauchny7 sotrudnik.
Qa&ntitatiTe determination of porosit7 on the basis of
the neutron-
gamma-ray method. Trudjv ME no.15:196-213 '55. (XLRL
9:8)
(Porogity) (Oil well logging, Radiation)

15-5-7-1-994
Translation fron: Referativnvy zh,-mal, GeoloFiya, 1957,
Nr 1,
p 157
AUTHORS: Kholin, A. I., Kantor, 3. A., Larionov, V. V.,
Farsukov, 0. A.
TITLE: The Influence of the Size of Probe on the Results of
Measurements by the 1~eutron Ga=na Mlethod (K voprosu
o vliyanii razmera indikatora na rezul'taty izmereniy
neytronnym gamm-rietodom)
PFRIODICAL: Tr. Mosk. neft. in-ta, 1955, Nr 1b, pp 236-246.
APS"RAC"': In association with the ultimate size of a
Drobe for
gamrzia radiation during radiometric investigation of
drill ftole3, the intensity of secondary gamma radiation
ir~c is distinguished from the theoretical I
re~,
ca culated on the assumntion that the indica?or
accurate, in the follOWIng, relation-,
1 2 sh(
Card 1/2 rec Io rec ,,, '~ta/2),

15-57-1-994
The Influence of the Size of Probe on the Results (Cont. )
whereJ-t is a coefficient depending on the hydrogen content
of the
rr
medium, a is the leni-th of the probe, and sh is the
hyperbolic sine.
To deter-mine quantitatively the Dorosit,r ',,y intensity of
secondary
E:amrrA radiation, it is exDediant to use a probe of minimum
length
or to introduce a correction to the value of the recorded
intensity
for the length of the -)robe. Curves are supplied to show the
relationship I)etaeen the correction factor and the value of
1Aa
produced. The ultimate len th of the probe leads to a
distorted
actual length of the sol~de ~lact ) by the neutron gamma
method,
calculated from t'L,-,e computation~5f 1 between t-he source
and the
L
middle of the ind' cator To obtain an approximate
calculation of
the actual lenjth of the sonde, the following formula is
reco.-mmended:
lact. = pq/q - p lol-, q/r,, viliere p and _q are the
distances from the
source of neutrons to the first and second ends of the
indicator
(counter).
Card 2/2 N. A. P.

JWSOK eV,
J
AID F - 3058
Subject USSR/Geology
Card 1/2 Pub. 78 - 12/20
Authors Dakhnov, V. N. , k. I. Ydiolin and 0. A. Bnrsukov
Title Segregation of beds according to thoir oil-water
saturation in cased oil-wells, by the neutron-
gamma method
Periodical Neft. khoz., v. 33, no. 8, 50-56, Ag 1955
Abstract In order to determine the line of demarcation In an
cased oil well between the oil and i,:ater beds, the
radioactivity logging method is suggested, whereby
the natural radioactive emanations coming from the
various beds around the dr".1.1 hole are measured.
Different types of beds have different types of
radiation. Two types of radioactivity are measured,
gamma and neutron. Different formations yield gamma
rays in different'. degrees, whereas the neutron curve
Is primarily a measurement of the amount of fluid,
gas or water, the neutrons reacting to the hydrogen

AID P - 3058
Neft. khoz., v. 33, no. 8, 50-56, Ag 1955
Card 2/2 Pub. 28 - 12/20
and chlorine content of the fluids. The hydrogen
content of oil and water is approximately the same.
However the chlorine content in the underground
water is higher, and therefore the radioactivity In
water sections of the drill hole Is higher and their
penetrating effect greater. The authors do not
describe the radioactivity logging instrument used.
With this method several cased oil wells have been
logged and the results are shown in charts and tables.
Institution : None
Submitted ; No date

15-57-8-11545D
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 8,
pp 209-210 (USSR)
AUTHOR: Parsukov, 0. A.
TITLE: oi~ eu ~Investigational Methods for Distinguish-
Use
ing Petroleum-Pouring Strata From Water-Bearing Strata
(Primeneniye neytronnykh metodov issledovaniya dlya
razdeleniya neftenosylch plastov ot vodonosnykh) Author's
abstract of his dissertation for the degree of Candidate
of Physical and Mathematical Sciences, presented to
the Mosk. inzh.-fiz. in-t (Moscow Institute of
Engineering and Physics), 1956.
AFSTRI~CT: The use of radioactivity logging to distinguis'n
water-
bearing and petroleum-bearing strata in eased wells is
based on the differing content of chlorine in such
strata. Chlorine is carried in solution by the for-
mational water below the petroleum. Since chlorine has
a large section of entrapment for fast neutrons, it is
Card 1/3 possible, in principle, to solve the posed problem by

15-57-6-11545D
Use of N'eutron Invostig-atiollal Methods for DistinruishinY
(C rit.
measurinC the density of fast neutrons in the drill hole
(metl-,Od of
neutron loCCinr, designated as the NIK method) or by
measuring of the
Y-radiation caused by bombardment by the neutrons (method of
neutron
, designated as the 111K method).
~Fi rf- The i)resence of
gamma log N"T
various disturl-tinces often excludes the possibility of
obtaining
appreciable differences in m, asured values for the
Detroleam-be&ring
and water-hearing parts of the stratum. Hence the author
Used the
revised methods of radioactivity logging to Insure optimum
conditions
for tLe distinguishing of the petroleum from the water. The
revised
methods were checked under laboratory find field conditions.
It was
established thit the indications given by the INK met~iod
were weaker
at the water-bearing part of the stratum than at the
petroleum-
bearing part; the greatest difference in the indications of
t~ie NK
method with respect to water and petroleum is obtained by
use of an
N'K prohing device 20 cm to 50 cm in size and the largest
possible drill
with an aluminum allo1v case. With the NGK metnod, the
indications
with relation to the petroleum-bea-ring part are less
pronounced than
with relation to the water-b8Lring part. This is associated
with the
-oredominant effect produced by e-radiation which.
originates from
Cbrd 2/3

15-57-e-1 1`4 5D
Use of Neutron Investigbtional Yethods for Distinguishing
(Cont.
entrapment of the fast neutrons by -toms of chlorine. When
the "GK
!',lethod' is used in a 25 cm hole cased by a 15 cm casing,
a sharp
decrease in the difference of the indications for petroleum
and water
is observed, and even a change to the opposite sign of tne
effect may
be noted. The latter fact is associated with the effect of
the
casing and is eliminated by isolating the appuratus by a
screen of
'boron compounds. The use of an NGK probing device 20 to 30
cm long,
as well as the use of an aluminum-boron alloy casing,
considerably
reduce the effect of the well casing and of the iithologic
compo-
sitlon of the rock on the readini-s, so that the
water-bear'ng strata
-.-;ill stand out very well on the charts. The nossibilitv
o- dis-
tinguishing petroleum from water increases sharply with the
use of
the ~r-spectroscope method. Here the best results are
obtained by
use -)4-' b pro-Ing device of small dimensions and by
intercepting the
-rndiation with energy of less than 4 or 5 Mev.
N. A. Per1kov
ASS OC I I'ITI ON: ~,Iosk. inzh.-fiz. in-t (Moscow Institute
of Engineering
L,nd Physics
CLril 31/3

v D. A.
F'rir,-i.T)le3 of the Usc- of l7clitrcT. the of
Petroleum a-c! ',,'atL-r Bearirg -Formatio,.s,"
Utili2atic,:, cf :~adlioactive Iso-to-,cs L
ir. "I'le F.~'Lrolciir, In2ustry 77-77,, 1'~-trcllcum
Inlustr.-
4-
r-f the Join~ cession of the rD--,chi.ict~l M,1,:-cj-' ~-f
!.'In ~-f
~-)cl . rund Teclimc-i-cal

4) PHASE I BOOK EXFLOTA',,ON 30V/2124
Pl.thrugovakoye goveahchanlye p0 vopm3o~o
r0voY tek-"I" v
"rtyanoy promyon2ennaatl. Mo.cow,
Pax,eda,a I razr,.bDt)1,.'.1ef- xlykh I
f.zc,~Y-h -;-or m3-1y;
y $- Dh~ tomb I th-."-CJ1 11~11 ;Q;--
a
bat"Oll r-
orIto; ~Onr
*.a. $01, 10' "s.
.11n rQ
C", Oo8tQpt.khIzdwt, 19 1 P. Lr 4.% iP
M"rtd,
1,500 oopl.6 printed. IN
Sdo.t 1. M. Fmf::oor, Sc-enc&-.
an
*raftI'.%, ccie- ; k4i ,Board K F. ;~nl 9,
c , P -It
(Rep. Ed.), 1. M. Pro TI kh'-I ro
Cxndidate of Economlc2l' ScIenc to. V. 7,
or.Eca oe,icai sciences. x,cmh P
"or..." yt. M.
Du 4YO X-r' hem-~h~ r,f
~f 50 Al ChIll, 0. Pon.
X.v% rofar, y 'r '_~
th.nk ?rofoosor,V D.~.h,o
to .I " )i =~Xn, 'Loc or
dor
0. lor 1 an PUI 'I'.1 3c%I_4
.R or
CA ml, 1 3c 1. en-_,9, M_ A. Alm'_-,
voc;rit, V. X. VInogradov,
on
T.Ck'nical ?Id.t. of
d _n;
Mecutivi Ed.1 N. P. Dobr nina; ech. AM k~.
-:11,abo 0~(IInt.-,I~d for nrln- 'ro ."I .
1, t f c per-
FUR;= Z ' 'I
pet-jeun 1~0'rtryu'811 -~t jzeI.:I
1-0 e 5t V.bw. for od~arc,d .1. 1 'n t' of
lollel-Y
vtuzos.
-
C'VLRA'E:BcThe 'o okncontalno articles
wrlt!,en b~.st:frwemborayor
a Ur ~ o~
the pq~ 0., Oroz yy, ~d tv at Kuy 't"
c
nd 1.11r.,
Ax.rb d7l,,.n (Ur' r
r~h I -t
Reo
1t...%rch lnft%_4tv.e of Oil or
".' '! I'3
P.trol.- Inot.'e, -.he 1~.'
.~tThse p-,rl . d ;. -"';,
r'. *-n' "ez "ty
" "_ " l ..
scI-tIr,_cr , Itn _ .t_' 14'n t
C_
P -rot %I~c. 1";'~ ilat.
I*= lodu3try In rodi-ed n 5 8
to the Importance of, rrI --t drIl;'rj.
9-;,4y6!cft. Prooptcting.
or~ I naof011 andFa.d, ;,:a,to,-j -r~ u~ '.
"r le. 3-11"a
XPlOYtd In 01- nd K~q -e ~,2 references;
44 SovItndefx'g.' Ish.
L. K. V.
, )j. ao_h.r~v
~XQst?v~ Petroleum Inotitu...].
Potrolle-_J~*, 1'1':;~"F
The ""re at.t. tt't P't"~
td
'eg uset
tr I t;7,-
-t on rot - t~'-t z t
output The --I of
Iftry ~~ricl:n t ror ap--ng rc, In
a.. prer Ity
ed 'u e' wn-re tne
T'd br th'plodutiv. It"'r"t t
I1J.Mats." w4y pp~
d
ell I-do .1.,, ,o,, u, r
~~th low
P
t'Y-
So r* 'z In d'llling
d'd der cuxpl-
co",rt'r
In drilling deep and

Ryabink-9n, L. A. [Moscow n2t-".utf- 1.
R-!Alvn of -he
M' Selsic-Mithod hnd the Gro.pIng
P.IftoAs 159
-IT.: out "'
recent,~,,'drv~lnpel at
a, I
th Inshtl'ut a Be. a. bostof .1) th, Id
- ~VNII
(AII-Uni~ Research Institute) ~f
3-pAysles and passed on to
th:,pttrol.- Industry lie =On'!zr.8 the
results cb*al~td In
ft d and labor& to ry testing wn!le
using a basic modifleat.tcn
of the RNP method.
6bdullaxey.- A. -A. [Azerbaydzhan
Ind~strlall Institute). Precise
and Approx.Last:vM for Interprwtatllon
of Trave-TIme Curves
of Rt f,d:thods 17~
h.l:.ctt.'0rWrecorda several
approxI-mate and pr~clpe anslytl~a:
.3 traph.1. methods for deter-can-'rr
effective speeds with the
us, 0r tree ol -time curves or waves.
I.h, A. A. (KINP - Design Cff'~, for
Petroleum Ins-rum-t
Te. "%Y-I- , ',o
Iof *,t-ltc- "p, "c3 P"'d rot
The nut or at '. c. C.Oprled with
th.~d.-
Ign of~. e: ote!hthMe4e;&,rUN? sff 11-
ln'tr- G~
'bor 'Fttr~.-I ~'.). -1.a
f
tG*oPhy3ic sn~ !he Mytlshcn!-_'y
In manufacturing the larr.st gr~-* of
new Indu5tr!al grop~;y-
sical eq%apment In the Petro Ie_-
-_~-Itry*Baca-s~ of' U- -g,
4. 11 ary,the vo.~~ ---oduc -f:
&and by the 1 du t. ed by -no rJWr .: t
Inadequate and proclacti-crn at in 9~7.
The UN?
wa: &M0
h. xporlmental plant, a m~!e: ship, and
laboratories.
Dakhnov V. X and Arh.ll~ 't'-1'". On
f?R, Idual Oil S4-.ura-
at
t
a"R.0a,moIr Car;..,, 0..-~""
pt1'.Ja
Q'
0
Th . tor sta - ch at the -,.-zI;:t_-.n
or the type or
li;ui. h4.t9Urt-hg th e 1. orm .~F on
~. r"!r -cavod In the well'
to we of the ..J~r prob-'-, for A~~-lng
the teCn11~:.Fy
P70:7rol- exploration. Cons,-:. '.
ot vation of the move-rits
an oil
co w"Is se`tl&!'
crn and
the -&a:tl cw&ter devnt~&~;--' en
531:nIT55
d rhdi= el el.
LAboratory Wr I of the PNI (X.03C~
Petrole,-nstl-..te), .'Ich
bolP:,d*-*rrUne, the *.rp. or 1114.1~
OXI the purpose.
P-tml-- :nz'-'t~tel. So- 7r-r,tlca_'
Prom Water-bs_1-_ ~' Method- for
ng
u
'he a to tt'. c~'d'cted at th. PNI -j
other orX&rjza.otj: to the 'nt
t
h
od: too, sar:tal -ater-b~,rlnr_
he do& r!~u~ ev,r pr. tnat tk, PI.T,
d~r-
boutmn ~y
.at ho4s and Presents ptrt.'nent
avaluating cal-
auls-1-2.
C114-yy I1x.3co:..fe-rc!eu= zrst_t~--].
One of the nt-q-.rft.'
zqu.t on 'T -on _."ory &-' ~~=e 3v
lo P' ~
The author &!ve. a detailed
n.
of an or the r,_*.r.-._-~11 Lhelry.
B.1a.h, F. x [K'-o- C..' Eq,,-l ... used
for Det mi Y..-dl _46
The u L"or at, T the airrer-I!,l
eqjAt.-~
of tllt'st!~' .11 the -4.,tIon, .:'
?~Fkb:ch-v' 0 p 10roztiyy Yetr,ol.-
1'r.5 or. of ;n L'-totarlhg F-at'lon
X--n,
rat lo h
Th
f.;.:.-ho, r,~I- filtration In mxt! anj
lave 2~7
t
ions ool submits quAtIo'n3.
Md1a;Jaro.. S. rh. -he Role, -d
sits cance or A Hrdraulle 3 a In L-,-
It tlo. or oil I>epo.
?be author - o pose~j to the exp!c..
v w1.
.ol . g : p of new deposit
~h
dim v d. in P troloom procjct- ~,jer
prevaq
nlQjcs durln~ the .1ing tech-
an d Initial P~rlo% P-1---t-larly when
11. Is in-
t do to correct the conditlon y eth.da.
-'hl.
sy.t:. has b-h MNP-n-.tl, f,r,d
le*-ng.~j-y old pctr.leun~
d P it a I
e 0 (Baku, Clmznyy, jr~xs o;.r, etc

PHASE I BOOK EXPLOITATION 749
11,1'na V~,borny-h
O'er, Aleksanli-
V71-P; Gruiln, Yuri.2, Dakllrlov, Vladimir
y
`kolayevlch; Larionov, Vyac1,o..-,!av Vasillyevic`: Kholin.
Arkadly
Ivanovich
RF,-,iJ-3,5k'.L%rrkyye metody Issledovaniva neftyanylkh
io,,-:zovykh skvazilin
f;J.1.riik-active mvthods for Explo,:-irg all itnd Ga~~
":(?113) Moscow,
L,otoptek-hizdat, 1958- 314 1,-). 5,000 eopit~s prir-ted.
R,:! v 1. e w e- rs :Tarlftov, A.G., Doctor of Physical and
Mathematical Sciences,
Pr,-,.fessor, Department of Ore Geophysics of the Sverdlovsk
Mining
Lnstitute imeri V.V. Vakhrusheva; Executive Ed.: Shorokhova,
L.I.;
Ed. -. Polosina, A.S.
FURPOSE, Thc7 book was au0,,,)Y-iz--,d a.,i a by tl:e Mtnistry
of
llc,'h~-r EducaTIon for students of geo-1cgir--all V
and geophy~3ical Sections
p,?tro -leum vuze3. It is also i-.,,tended as a handbook for
geologists
C~
and geophysicists deallng witb the theory and ~~,-h!,iques of
modern
-iods of oil ,-!ell explerw-lon.
udioactiv~-~ metl
Card 1/10

,~ I ')
Radic,active P-lethods for Exploring (Cor)'~. )
COVERAGE: Th.-:- authors stress the physical
of* a%d ~,,a3 de3cr-1t)e the operaL
JE.,~~T;t,'j and measurIng procedures ', a,.-.d interpi-et
1..1n., Dbtafned data.
1~-., 19'53, the authors working al- Hadioaktivnykh
aniya Skvazh1n ;i.-idiaictive Oil We"!
Iedov.
-VEI
Logglngr) ol' the Mo5co;~. Petroleum .,J(,!-e th,-~ "ll-'t.
"o Sj-
~~,ne of the most important prob--ems, A.e., tne -,~se ol'
radloa,,Aive
determiine ~-he ocat on --,f oiifle" J ,-;ater in eased we17
s.
al,~h.-ws developed the radloautive, iz3otoie wet.Y.-od and
the
sr-ecial modif'12ations of neutron Tner!:~-Is fo- survuying
which
lia%,~ been used extensively by indi;stry since 954 in the
explora
of i)-~troleum resources. A method using sodium activation to
the location of ollfield wa~,er was developed in 1954 at
~111ko Petroleum Institute of' the USSR 111,~ademky of
Suiences.
Bij-nov -,~irote chapter !; V.N. Dakhrlov, *,.he introduction
and
ch;ap,,ei,s II, V, and VII; A.I. Kholir, chapter 111; 0.1-1.
Arutinov,
Rai
0. rsukov, Ya. Ya. Gorskly, and V.V. Lari,,~nov, chapter IV;
V. V. Larlonov and A.l. lCholin, chapter V1, Y,--.A. Gulin and
I . I. Felldman, chapter VII; O.A. Barsuk,~v and K.A.
--Parsu1,-,:Dv,
.,Alapt.er VIII; O.A. Barsukov.. cnap~.er IX; O.A~ Barsulkov
and
chapter X,,. and S.F. Vybcrnykh,. -'iapter XI. There are
~)6 i-eferennes scattered throug'-1 ~he bcok, of lqhl-h a,,,e
Soviet,
an'JA T,-,e rest English. The boolk ,~oni-.alns 21 tabli?s
and 146) drawings.
Cai,d 2/ ", - 0

,'.71cl I c) a ptLvt- Mtthods !-(1]- 74,?
L-'-,- 0 F C 0 IN" T F, N T 3
Tn~;rodu(, tion
Ch. 1. rhysi,~dl ri'lliciploo, ot
1 R%dioactivity and the 'La~,.., ol'
`IoLctive radlatiwi -id thei,~,
A
I~l,---C cizta on the structui-e of the at.,mic
oi.-,tillielal transformation ot' an,,.i nucl~-al-
.~-,&actioll~; 2'3
5 ,!f~,utrcn ~,ouzrces 27
c- Interaction of particles witl-- mattui, 0
I T Characturistic:'.
47
a4 rac.
lloactivity 11
',:t-,jtr-)n characterlstics of rock,~~ 59
Induced radioactivity of 6) 6
C a rd 0

I I I
Ariadloactive 14t2thod3 for Explorin~; (C..-,'~

Ch. 1
TI.
Metb&ds of Nlell Radiornctry

f
'--erai data and classification ()f o 11
U

rad i ome t ry
69
I I
h. r o~ natura'I radio-activitV of
rock.-s
71

~:ethod (-)i' i h
7 3
1'~ .
;%'-- thod of scattered
gammiiL
78
i1i .
"eutron-neutron method
79

-c,n ethuj
-utui . -j,' mma Tn

81
16.
j%'ethod of induced activity
83
17.
Spectrometry of
garima radiation in
85
T
',.T. Radlometric Instruments
88
lc-
data and specification-3 to b,: met by radio-

!Petri~
i-struments
88
19.
Gaipina-ray indicatur:~
89
'20 .
First
radiometric 'v;eli
95

I c-ne-channel instruments -,i,-ation
on a

cable
9 6

"'e;o-chinn-cl tnstruments mc)&~l) 1~

oil
100

j.nstruT,,1.ePt:, .'tnd .1) "CII, radiometric

o,!t e- 1.11-0 1, 11 od s r o i ,xp 1 o 1- 1 n g ( C o n 1-
. )749
instouments fur the ab:3ence of the interrelation
of c,h~-innels and for linearity ill
Frocedure. of measurements In wells 113
C. Selection of conditions of measurement 115
2~7 'duality control of measurement 119
Piodels of radlome,~-ric instruments 120
Ci,. V. Theoretical Principles of the Gamma method of lvlell
Su ~-veyj ng 137
V1. Intr-rPri,tation of Results of I'lea.3urements by the
Natural
- Radioa,,~tivity Method tortions 151 1
J. of fluctuation dis 151
DIstortions of gamma-method diagrams cc)nnected with
!-,~-asu_rement procedures and operation of the instruments
15 (6
.L, _, gamra-method readings to uniform well conditions
;~cjap~inr 158
32. E3zab-_Ishing the boundaries and determining the thick-
ries3 of Layers according to intensity curves of natural
r&dIation 16~)
C a rd ~.,)/j 0

Radlc)_~ctive Method2 for Exploring (Cont.. 74~
a r-c at on
or relative int(,.rlL;lty of' g~i=
-Ilia
evaluation of radlo,~ictlvlty of mine ral 176
C-,-j,c-ja~jon c)f i.,,ell profiles accordIng to intensity
0
ol, natu'..'11 garuiia radiaticn
L! thological di,;Integratlon of well pi,ofiles
37. Use of gamma-method data in studying collector
:haracteristics of rocks 1
Ch. VITI. intepretation of Diagr~ams of the Scattered Gamm,

-adiation Method
ib--,
'18.
PrIncIples of the theory of the
scattered gamma-

i~~adiation method
183

ElIrr-Irtation of the
Influence of changes in the density

11-11c, ,Ivill,ng
solution
191
10.

D.,aluation of the density of rocks

41 1.
E%,aluation of the
porosity of rocks
195
4 , 21
more precise the litholo,--ical
characte.ristics

C-,, the 7.1ell P1.0file
196

Depth of'
prospecting method of scattered gamma radiation

t'i_.
co-11ar Influence
199

it.-tt rminatlon of cement elevation
200

Radioactive Methods for Exploring (Cont.) 749
Ch. VIII. Principles of the Theory of Neutron-Neutron and
Neutron-

Gamma Methods
in Well Surveying
203
45.
Distribution of
neutrons
emitted by the point source of

thermal neutrons
in an infinite
homogeneous medium
203
46.
Distribution of
thermal neutrons in
rocks of varying

water cc-.itent in
the case of a fast neutron
source
207
47.
Distribution of
neutron-gamma radiation in a
homogeneous

medium

222
48.
Distribution of
neutrons In media of
varying neutron

properties

225
Ch. IX. interpretation of Diagrams of Neutron-Neutron and
Neutron-Gamma Methods 239
49. Evaluation of diameter influence, types of well filling
and bracing 239
50. Dotermination of' correction, taking Into account the
indicator length ~,_47
Card 7/10

Radioactive Methods for Exploring (Cont.) 7119
51. Lithological breaking-up of rocks and the correlation
of well profiles according to neutron-surveying methods 21--0
52. Method of determining porosity 21::4
Ch. X.
Use of Neutron Methods for Breaking-Up Oil and 'Water

Saturation Collectors
ID,
00
53.
Physical principles of breaking-up oil-bearing and

water-bearing layers by neutron methods)

- 01
~14.
Analytical evaluation of the difference in the
intensity

of neutron-gamma radiation in water- and
oil-bearing

layers
262
55.
Measurement procedures
266
56.
Interpretation of measurement data
269
57.
Breaking-up of
oil-and water saturation collectors by

the spectrometric
method

58.
Breaking-up of oil-and water saturation collectors
by

the neutron-neutron method
273
Card 8/10

Radioactive Methods for Exploring (Cont.) 749
Ch. XI. Procedure and Diagram Interpretation by the Tagged
Atom

Method
276
59.
Selection of radioactive Isotopes and technique
in

preparing activated liquid
276
60.
Some general directions on
conducting well surveys by

the tagged atom method
279
61.
Determination of absorptive layers and piping between

layers
in working and pressurized wells
281
62.
Determination of
damaged spots in the column and zone

losses in clay solution
circulation In the drilled well
290
63.
Determination of' the
height of cement elevation in back

of tile column and of the
thickness of the cement ring
2101
054.
Testing the hydraulic
break of the layers
95
65.
Making more precise the depths in
perforating the eased

columns
301
Card 9/1o

Radioactive Methods for Exploring (Cont.) 749
66. Basic trends in the future development of the Isotope
method 302
Ch. XII. Use of Radioactive Methods in Exploring and Surveying
Other Natural Resources
AVAILABLE: Library of Congress
Card 10/10 IS/Jmr
11-26-5B

BAPSUKOVI O.,~.; AVZYANOV, V.S.
Space-energy distribution of neutrons in a borehole -
stratum system.
Atom.energ. 10 no.5:478-486 My 161. (KM 14:5)
(Neutrons)

BARSUXC(V,, O.A.1 AVZYANOV, V.S.
Metml - water shit~lding for point. no,,~ijtron
nourcea. Atom. energ, 16
J& 164. , ~(WRA 17-2)
.1 ~ a

L o6451-67 E7Ar JP/JR
ACC NRi Ap6o24539 SOURCE CODE: UR/0089/66/021/001/0027/0035'
Baraukov, 0. A.; Avzy&nov, V. S.; Ivanov, V. N.
ORG; none
!TITLE: Study of spectra and doses produced in an iron-water
shield by a monoenergetic
;neutron source
1SOURCE: Atomnaya energiya, v. 21, no. 1, 1966, 27-35
i
~TOPIC TAGS: reactor shielding, reactor neutron flux, radiation
dosimetry
I
!ABSTRACT: Results are presented of many-group calculations of
the passage of neutrons
emitted by m6noenergetic sources through water (62 cm), iron (62
cm), and 10 cm of
iron surrounded by 52 cm of water. The spectrum of the neutrons
after passing through
these shields is calculated in the 20-group diffusion-transport
approximation, using
~
a difference factorization method modified by the authors earlier
(Atomnaya energiya
I
;V. 10, 478, 1961). The data on the various neutron parameters
and the energy depen-
Idence of the microscopic cross sections were taken from various
published sources. A
de'
tailed investigation was made of the high-energy region of the
spectrum, and re-
iveAled certain signulariti6s in the migration and slowing-down
of the neutrons in the
,shields. Dose curves are platted for neutrons with different
energies on the basis of
I I -
ithe.computation data. 7be results also make it possible to
determine the neutron dis-
Itributions for sources with arbitrary spectra. It is concluded
that the use of iron
!is nort justified at all at energies below 1 Mev and that at
energies near 10 Mev the
2 uDc: 621.039-58: 539-125.5

L 06451-67
ACC NRt Ap6o24539
addition of iron reduces the neutron dose by one-half order of
magnitude. Orig. art.
has: 8 figures and 1 formula.
SUB CODE: 18/ Sam DATE: 16sept65/ ORIG REF: OOV 07H RiF: 002
Card 2/2

BARSUEDV -0 O.H,
Measurement errors of an elliptically polarized
electromagnetic
field. Izv. AN SSSR Ser.geofiz.uo.2:226-231 155.
(MMA 9:7)
I.Akademiya nauk SSSR, Geofizicheekly Institut.
(Y.94~nettem, Terrestia6l)

J,H~Bs Ll av, 9 c, r\-1

USSrfthysics
of the Earth - Geophysical
Prospecting, 0-5
Abst Journal:
Referat Zhur - Mika, No 12 1956,
3646,,
Author;
Barsukcv. 0. M.
Institution:
None
Titlet
Method of
Calibrating Electric Prospecting Measuring Instruments
Original

Periodical:
Izv. AN SSSR, ser geofiz., 1956, No 11 109-111
Abstract:
Under 'Pield conditions. the calibmtion of irstruments having a

suffic-fently high input resistance can be accomplished by al-

ternately connecting known resistances kl, k2, k3, ..., ke, in

parallel with the input of the instrument. The depenOence of

the
readings n of the instrument on the voltage R is generally

expressed by a polynomial, E = ko t kln + k2n- + . + kmnmj

where
the k's are the unknown constant coefficients. From Ohm's

law we
obtain an equation of the type R/Ri-t- z = kc-t kln:L +
'

e reading of the instru-
k2ni2 + - + kmnm + Ej, where ni is th

ment when ;be resistance is
connected., and e~ is the deviation
Card 1/21
- - ------------------ ------- --- ---------------------------- -
- -- --- - -------------- - ---------------------- ---

BARSUKOV, O.H.
A means of combined excitation of nn alternAting
electrommgnatic
field. Izv.AN SSSR Ser.geofIz.no.l2:l4&9-14q4 '56.
(MIRA 10:10)
1. AN SSSR, Geofizicheskiy institut.
(Itlectric fields)

AUTHOR: Barsukov, 0. M.
49-3-13/16
TITLE: On the relaticon between the chanEes in amplitude and
phase
of the electric field and the elements of a magnetic
polarisation ellipse. (0 svya--i izmeneniya amplitudy i
fazy elektricheskogo polya s elementami maCnitnogo ellipsa
polyarizatsii).
PE'RIODICAL:"Izvesti,ya A!,-.ademii Nauk,
Seriya_Geofizicheskaya"
(Bulletin of the Ac.Sc., Geophysics Series), 1957, No.3,
pp.404-4(Y6 (U.S.S.R.)
ABSTRACT: Iii electric prospectinG for ore deposits a.c.
currents
are used for various purposes, includinL the szudy of the
amplitude and the phase characteristics of the electro-
ma6netic field. The effecLive.-ess of inCiividual methods of
:.ieasurement depends on the Eenera,! structure of the field,
the comuosition of the rocz'~-s aLd of the ore substance,
interference, method of excitation etc. Compensation methods
of measurement elimin&t~e some of the meterinL-- difficulties
since they permit the measurement relatively simply and
accurately of the ratios and phase differences of any two
components of the field in one or ti,.,o points. However,
transition from these values to absolute ones involves
Mrd 1/3 numerical inte6raLion tk,..-d cozi~;ider~-ble cruors
which outwei')l
tde accuracy obtained in the measurements. Therefore, in