SCIENTIFIC ABSTRACT KULIKOV, A.V. - KULIKOV, D.K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000927420006-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

POPOV, S.A.; KAMINAIT, X.Ye.; RMSMSKIT. 14,L.; HAYMIMAN, M.S.;
SMMIOVA, I.S.; KUSAYELTAN, U.K.; SILITEWROV, V.D. Ldecenned];
JULIKOV.,. A.V ~:_NZSKMOV. A.F., kand.tokhn.nauk, red.; IYANOVA,
N.A.. red.izd-ye; GM1071YA, L.P., telchn.red,
[Dressing grinding wheels with dimmond and diamond-substitute
tools] Pravka chlifovallrykh krugov almaznyni Instrum-entami i
zavoniteliami alm9zov. Pod red. A.F.Ifesnelovs. Koukvs, Gos.
nauchno-tekhn.izd-vo mnahinoatroit.lit-ry, 1960. 101 p.
(MIRA 14:1)
1. Goeudaretvennyy nauchno-issledovatel'skiy institut elmaznogo
instrwionto i proteessov almaznoy obrabotki. 2. Gonudoratvennyy
nauchno-issledovatelickiy inutitut nlmaznogo instrumenta I
protoessov almaznoy obrabotki (for all except Nesmelov, Ivanova,
Gorderva).
(Grinding wheels) (Diamonds, Induatrial)

GARANIH, P.A.; KMKOV, A.V-
Constructions for the regulation of Central Asia rivers.
Put' i put. khoz. no.5:24-26 My 158. (MIRA 13:3)
49achallnik otdola inshenerufth soorushaniy AsWhabadskoy dorogi,
g. Ashkhabad (for Garanin). 2.Starshi:r inzhener otdola inzhonernvkh
sooruzhen17 Ashkhabadskoy dorogis g#Ashkhabad (for Kulikov).
(Soviet Central Aoia-Rivere-Regulation)
(Railroads-Safety measures)

KULIKGVJ A.V.., starshiy inzh,
---gli6r-e protection of Amu-Darya. Put' i put.khoz. 6 no.2:18-19
162. OURA 15:2)
1. Otdol inzhenernykh oooruzhoniy sluzhby puti P3hkhabadskoy
dorogi.
(Amu-Darya-Shore, protection)

POPOV, G.N.; IIIFONTOV, B.I.; LOBANOV., D.P.; RULIKOV, A.V.;
KALYUZIRIAYA$ T.P., red.
[Characterintics of the development of radioactive ore
doponits] 0mobamiosti razrabotld mostorozhdonii radio-
aktivnykh rud. Moskval Atomizdat, 1964. 218 p.
WIRA 17:6)

,.,JL"FOV, A. V.
KIIII-TI'My A. 11. -- "Technicoaconornical !.,-,vest LZation of SinE,-le PI-iasa ~Uni ng
of Thick 3toneply Dipping Deposits 'v.'-;th the 'ored] Cut, .4,jr, Cjf Ore.
~3cow ln~-.t of -Ionferrous -als a%-i lold ijaeiii A. 1. Kalinin-
Sub 12 Jan 52 ~,o, . I
'DisBertatlon for the ')e--rjc of C:tidLlata Ln
SO: Vcc~ernwfa Moakva Jmlln7-7ocembar 1952

POLYAKOV, R. H., XULIKOV, A. V.
Leninogorsk-Yining Enrineering
Work of combined crews at the Leninogorsk combine. Gor zhur. no. 7, 1952-
nt October, 1952
9. Mo hlj List of Russian Accessions, Library of Congress, .19N. Unclassified,

KULMY A.V.; IMPIYXV. V.Ya.; PRITMIX. H.1.; PLAXONOV. V.I.; FILIKONOV, N.I.
Adopting practices of the Zolotukhtno mine Innovators. Gor.zhur. no*2:
15-19 7155. (HLRA 8:7)
(Zolotukhino-Xine managemient)

IONIN, Stanislav leonidovich;Awlagov. Alsksandr Vastl,lyq~jk XULLKOV,
Vladimir Vasillyevich; P
PROKOPIOY3911 YO.P., professor, doktor takhnichaskikh nanki retsensentj
RXVAZOV. A.A., gorn" Inshener, retsensent; RTCHIK. 7.I.. kandidat
tekhatcheskikh nauk. redaktor; PARTSIVSKIT. 7.N., redaktor isdatell-
stva; MIKHATLOVA, T.Y., takhnicheekly redaktor
Llrorcea roof.-cavingj PrinuAitellnoe stashnoe obrushenie. Koskya.
Gos.nauchno-tekhn.1td-vo lit-ry po cheroot i toyetnot ustallurgit,
1957. 34 P. (MLRA 10:7)
(Mining engineering)

SOV/1271-58-12-5/26
AUTTIORS. Azimov, R.Sh., Golomolzin, A.I, and Kulikov, A.V., Mining
Engineers
TITLE: The Selection of Variants of Chamber Systems of Mining With
Breaking of the Ore by Deep Blast !toles 'Vybor variantov
kamernykh sistem razrabotki s otboykoy rudy glubokimi
skvazhinami)
PERIODICAL: Gornyy zhurnal, 1958, Ur 12, pp 19 - 22 (UcJSR)

AB3TRACT: Different variants of chamber-level or sublevel drift sy-
stems could be adapted in mines of the same mining and geo-
logical conditions. At present the system of sublevel drifts
or cross-drifts with ore blasting by fan-like series of
blast holes from sinele or twin sublevel drifts, is most
widely used abroad and in the Soviet Union. The authors
built a table (table 1) in which technical and economic
indicators for different variants of cbamber-level and sub-
level drift systems were given according to Soviet and
foreign data. Special experiments made with all these
variants in a Soviet mine showed the expediency of the sy-
stem of sublevel drifts or cross drifts with ore blasting
Card 112 by fan-like series of blast holes, either from a single or

SOV/127-58-12-5/26
The Selection of Variants of Chamber Systems of I'Aining With Breaking of
the Ore by Deep Blast Holes
twin sublevel drifts. The single sublevel drifts or cross
drifts were used when the ore deposits wera not important
by their thickness and commercial value, and the chambers
were small. The twin sublevel drifts were mainly used
when the ore layers were of a larger magnitude and the
chambers were wider. The level chamber system was used
for the mining of isolated resistant ore-bodies, or on the
sides of the deposit where the strength of the pillars was
not so important. There are 2 tables and 2 graphs,
Card 2/2

30(4)
AUTHORS:
TITIE:
'r"IIODICj'J,:
211"ISTIU,.CT:
Card 1/1
SOV/127-59-4-23/27
Kulikov A V., Kulikov, V.V. and Abramov, V.F.,
'Candida of TecImical Sciences.
M.A. Al'tshuler, The Underground I[inin--- of Large
Deposits of Hard Ores. (Y.A. Al'tshuler, Podzemnaya
razrabotka moshchnvkh zalezhey kropkikh rud.)
Gcrnyy zhurnal, 1959, Nr 4-1 PP 77-78 (USSSIZ)
0
This is the re'view of the above book, published
by the Metallurgizdat in 1958.

NIFONTOV.19."is-- XULIKOV, A.V.
I
Uranium mining methods in France. Gor.zhur.,no.2t29-32 F 161,
(France-Uranium mines and mining) (RUM .14:4)
t_;-
1. ~

UhT,AINSKIY) M.A.) st. nauchn. sotr.; 14ASKEVICH, N.M.; LODEYSHCHIKOV,
V.V., kand. tekhn. nauk; SKOBEYEV, I.K., prof., doktor tekhn.
nauk; STAKHEYEV, I.S., kand. tekhn. nauk; KULIKOV, A.V.,
kand. tekhn. nauk; KULIKOVA, S.7a... kand.-g-e-ol.--Tiihtr,;--nauk;
FOKROVSKIY, L.A.; ALEKSANDROVA, N.N.; YELANSKIY, A.11., St.
nauchn. sotr.; TROKSKAYA, Z.I., BMIDENOK, L.I., nauchn. sotr.-,
VERIGO, K.N.; TWIKO, V.P., red.
(Gold mining industry in capitalist countries; technical and
economic survey] Zolotodobyvaiushchaia, promyshlennost' kapita-
li!lticheskikh stran; tekhniko-ekonomicheskii obzor. 11-loskva,
1963. 337 p. (MIRA 17:6)
1. TSentrallnyy nauchno-issledovateltakiy institut inforr-atsii
i tekhniko-okonomicheskikh issledovaniy tsvetnoy metallugii.
2. TSentrallnyy nauchno-issledovatellskiy institut informatsii
i tekhniko-ekonomicheskikh issledovaniy tsvetnoy metallurgii.
(for Ukrainskiy, Yelanskiy, Verigo).

Y, 34,
R11, Um'j-5

HULP 1 1 .-.
1,
~.0.119 results of modeling on infrasonic frequencies In the
i.nductive excitation of the primary f.'eld. Ramved~ geofild
no,5180-89 165, mrRA 18,9)

66188
9(24_
2.L(s
~) ) v-231110 SOV/146-59-2-8/23
1
j
11UTHORS: Korovin, O.P., Kulikov, A.V., and Chernov, N.N.
TITLE: Stabilization and Control of the Maximum Y-Radiation
Energy of 100 meV Synchrotron
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy - priborostroy-
eniye, 1959, Nr 2, pp 47-51 (USSR)
A_BSTRACT: In order to maintain stability of the maximum 1(7radia-
tion energy of a synchrotron, it is necessary that
the discharge of electrons on the target take place
at one and the same value of magnetic field in the
clearance of the accelerator magnet. To this endl
it is sufficient to switch out the high-frequency
resonator tension in each acceleration cycle, at one
and the same value of magnetic field on the equili-
brium orbit. On the synchrotron LFTI, the moment of
switching off is connected with the magnetic field.
In the air clearances of the magnetic circuit (Fig 1)9
when the accelerator feed current passes, a magnetic
field appears, similar, by the time dependence, to
Card 1/3 the field in the accelerator clearance. For this 41

66188
Stabilization and Control of the Maximum
100 meV Synchrotron
lard 2/3
SOV/146-59-2-8/23
r-Radiation Energy of
purpose, the ampereturns are selected so that the
induction in the core have the same value, as in the
accelerator core. Thus, the possibility for chang-
ing the magnetic field "zero" level is created, by
using the small magnetic current of the central core;
this change is noted by a permalloy transducer.
There were two of such magnetic circuits made, by
means of which, connection of the high-frequency
generator switching on and off moments with the ac-
celerator magnetic field was realized. The compo-
nents of the circuit were: Iron Sh-50; set thick-
ness - 15 mm; thickness of each plate - 0.3 mm;
coil L 3+3 turns; coil L 2 - 10,000 turns; leads,
respeclively, S = 20 mm2 and PE - 0.1. Por the mag-
netic-field "zero" transducer, a permalloy tape 0.08
mm thick and 0.5 mm wide was used. Layout of the
auxiliary magnetic circuit is shown in Pig 1; mag-
netic circuit L is fed from the current stabilizer
with a stabiliz3tion coefficient 0.05%. In order to
g
0- �R
N
AN
-O-AI
01 In IR

,)L,abilization and Control of the Maximum
100 meV Synchrotron
66188
SOV/146-59-2-8/23
( Radiation Energy of
increase the stability of maximum energy radiation,
a design for stabilization of tension on the acceler-
ator magnet has been worked out; this permitted a
further increase in the constancy of energy. Re-
search has disclosed that the maximum ',"-radiation
energy of synchrotrons, when one and the same current
passes through the auxiliary magnetic circuit I varies
even over long periods of time (of a monthly order),
not more than by 0.84/. Recommended by the Vtoraya
mezhvuzovskaya konferentsiya po elektronnym uskori-
telyam (2nd Inter-Vuz Conference on Electronic Ac-
celerators). There are 2 graphs, 2 diagrams and 4
references, 3 of which are Soviet and 1 English.
Leningradskiy fiziko-tekhnicheskiy institute AN SSSR
(Leningrad Physico-Technical Institute AS USSR)
').UBMITTED: December 30, 1958
r'
.,Rrd 3/3

KULIKOV, A.V.; ~alglEYEV, G.F.; CHERNOV, R.N.
Ioetter to the editor. Izv.vys.ucheb.zav.; prib. 3 no-3:123-125
160, (MIRA 14,14)
(Betatron)

88567
S/020/61/136/001/014/037
9j, :12J OL19 (.~~ /72,.2 1// -7., 1033) B019/BO56
AUTHORS: Kulikov, A. V., Chizhov, V. P., and Yavor, I. P.
TITLE: A Method of Investigating Complex Nuclear Reactions
PERIODICAL: Doklady Akademii nauk SSSR, 1961, Vol. 136, No. 1, pp. 77-80
TEXT: An apparatus is described, which is intended for the study of
accelerated charged particles. The principle elements of this apparatus,
which is intended to be used in experiments made on the synchrotron of the
Institute of Physics and Technology of the AS USSR, are a cloud chamber, a
scintillation telescope, and an electronic circuit, which connects the
apparatus described with the synchrotron. In Fig. I the cloud chamber, on
which very high demands are made, are shown in form of a scheme. For the
photographing of the tracks in the cloud chamber, two miniature lighting
fixtures are provided. The cloud chamber controls three identical
scintillation counters, each of which consists of two counters in co-
incidence, one NaI(Tl)-crystal, and one photomultiplier. The pulse height
in the first counter is approximately proportional to the specific ioniza-
tion loss of the recorded particle, the pulse height of the second counter
Card 1/4
W-

88567
A Method of Investigating Complex Nuclear S/020/61/136/001/014/037
Reactions B0191BO56
is approximately proportional to the particle energy. In this manner,
energy and mass of the recorded particles are determined. The identifica-
tion of particles has already been described in an earlier paper (Ref. 5).
The question was studied under what conditions the background of light
particles may be reduced to a minimum. A test of this apparatus showed
that it is es ecially suited for investigating reaction modes (~,pn),
(p,dn), (J~,2p5, (p,dp) etc. The authors thank Professor A. P. Komar for
his advice and interest. There are 4 figures and 5 references: 4 Soviet
and I US.
ASSOCIATION: Fiziko-tekhnicheskiy institut Akademii nauk SSSR (Institute
of Physics and Technology of the Academy of Sciences, USSR)
PRESENTED: July 19, 1960, by B. P. Konstantinov, Academician
SUBMITTED: U. uly 5, 1960
Legend to Fig. 1: Cloud chamber: 1) Upper glass window. 2) Lateral glass
wall. 3) Grid. 4) Velvet. 5) Rubber diaphragm. 6) Basis net. 7) Basal
Card 2/4

88567
3/020161/136/001/014/037
B019/~056
plate. 6) Ring. 9) Outlet opening.
Legend to Fig. 2: Block diagram of the device., 1), 2) pli^ier. 3) Mixer.
- 5) Double-beam oscilloscope. 6) Limiter.
4) Paraphase amPlifier
7) Summator. 8) and 9) Discriminators. 10) Coincidence circuit. 11) Mixer.
12) Blocking circuit. 13) Control system of the cloud 9hamber clearing
field, 14) Control system of accelerator intensity. 150rigger. 16) Valve
control. 17) Control for auxiliary devices.
Card 3/4

885/60720J61/1 3 6/001/014/03 7
B019/BO56
CUIVZPOX-V#Y
-m=Yflpa&eAouf
dcnomm, mmmwe
ycmpodcn,4a
parwape-vat
Card 4/4

S/12o/62/000/003/015/048
E032/E114
'xUTEORS - Kulikov, A.V., and Volkov, Yu.M.
TITLE: Stabilization of the amplification coefficient of
a scintillation counter
P_'-'R1ODICAL: Pribory i telchnika cksperimenta, no-3, 1962, 73-74
T~=: A description is given of an electronic device for
tabilizing the amplification coefficient by 'sampling the position
of the maximum in the amplitude distribution of pulses from an
auxiliary radioactive source. The main element is a single-channel
kichsorter. The lower discriminator is periodically displaced by
a (riven amount at constant channel width. The count rate to the
left and to the right of the maximum is recorded and then trans-
form.ed so that the output voltage is proportional to the difference-.,
beti..,een the two counting rates. A peak of 50-100 pulses/sec is
sufficient and the stabilization coefficient is not less than 200.
The co.-responding resolution of the scintillation counter is.better
than 20/., at inean output pulse amplitudes between 10 and 70 V-
A similar device has been described by H. de Waard (Nucleonics, 13,
1955, 7).
Card 1/0 /

33994
S/056/62/042/001/008/048
B125/B106
AUT'HORS: Volkov, Yu. M., Kulikov, A. V., Chizhov, V. P.
TITLE. Excitation functions for (y,d) and (-I,p) reactions on B 10
and Be9 nuclei
PERTODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki,. v. 42,
no. 1, 1962, 61 - 64
TEXT: Photodeuterons with more than 15 Mev emitted through 90 0 during
photodisintegration of B 10 and Be9 nuclei are studied with a method
described before (V. P. Chizhov, ZhETF, 38'6809' 1960). The cross section
of the BIO (y,d) reaction, like that of Li (y,d), has a consider,ble
magnitude only for quantum energies >d 1, d1 is the sum of threshold energy
d of the (y,d) reaction and of the binding energy of the loosest nucleon
in the residual nucleus. The cross sections of these reactions increase
on further increase of the y-quantum enerejes to 90 Mev. The excitation
function of B10(y,d) with emission of deuterons of more than 22 Mev hag
a similar form. The croqs section of the B10(y,d) reaction, which is very
Card 1oj~

33994
5/056/62/042/001/008/048
Excitation functions 'for ... B125/BI08
small between (I and di, may also be explained by forbidden transitions
I
of the type El with AT = 0. The character of the L~O(y,d) reaction is
not due to any individual characteristics of the Li nuclear structure.
The (y,d ) cross section is considerable only when the gamma energies are
hipher than the reaction threshold by approximately the binding energy of
the nucleon in the residual nucleus. The excitation T)robabilities of
the BIO(7,p) and Be9(y,p) reactions uniformly increase with the gamma
energy from the threshold and reach a maximum at energies of 20 - 25 1"Ilev
above the threshold. The transitions with formation of highly excited
states of the Be9 nucleus, or the quasideuteron mechanism of ^t-quantur
absorption larrely contribute to the excitation of the B'0(7,p) reaction,
Professor A. P. Komar and G. Shklyarevskiy are thanked for discussicno
and the sWnchrotron team for assisting in the experiments. There are
3 figures and 4 references: 2 Soviet and 2 non-Soviet. The two references
to English-lantruage publications read as follows: IM. Gell-IMann, V.
Telegdi. Phys. Rev., 91, 169, 1953; F. Ajzenberg-Selove, T. Lauritsen.
Nucl. Phys,, 11, 1, 1959.
Card 2//~?

33994
S/056/62/042/001/008/048
Excitation functions for ... B125/BIOB
ASSOCIATION: Lenin-radskiy fiziko-tekhnicheskiy institut Akademii nauk
,j '~Leninp
S
5SR ,rad Physicotechnical Institute of -the Academy
of Sciences USSR)
'IUBLHM~D July 21, 1001
Fig. 2. Reaction cross sections.
Legend: (,a) Cross sections of B"(y,d) and B"(y,p) relevant to one
effective quantum; (t, ) excitation functions of theue reactions for
particles with energies >15 Mov; (1) CM2/q.otcrad.
Fi. 3. As Fig. 2, but for Be9(j,d) and (y,p).

KULIKOV, A.V.; VOLKOV, Yu.M.
Stabilization of the amplification factor of a scintillation counter.
Prib. i tekh. eksp. 7 no.3:73-74 My-Je 162. (MIRA 16:7)
1. Fiziko-tekhnicoaskiy institut AN SSSR.
(Scintillation counters)
"g

S/056/62/043/005/015/058
B102/BIO4
AUTHOR'.;: Komar, A. P., Kulikov, A. V., Chizhov, V. P.9 Ya'vor, I. P.1
Volkov, Yu. M:-- - - - - - -
TITLE: Emission of fast deuterons in the photodisintegration of'O 16
PERIODICAL: Zhurnal eksperimental"noy i teoreticheskoy fiziki,.v. 43,
no- 501), 1962, 1657-1659
TEXT: Chizhov et al. (Nucl. Phya. 34, 562, 1962) have found that the deu- V
6 9 10,11
teron yield from V,d) reactions with Li , Be., B and Cu can be
observed only~when E exceeds the kinematic threshold of the reaction by
about the nucleon binding energy. This result was now verified and it
was determined which particles accompany the photodeuterons. The authors
used a cloud chamber filled with He + 0 2 and scintillation counter
telescopee in their experiments on the photodisintegration of 0 16 induced
by '~`max=90 Mev. Deuterons with Ed/ 11 Mey were recorded by the telescopes
(accuracy of E d measurement: +5%) and the energies of the recoil nuclei
Card 1/3

S/056/62/045/005/015/056
Emission of fast deuterons in the ... B102/B104
wore determined from their tracks. For the N15 nuclei produced in
016 (r"P)N 15 the range - energy curves were determined. Among the
steieophotographs of 27 photodeuterons with E d between 11 and 40 Mev there
was none that could be attributed to an 0 16 V-,d ) N14 reaction. With yields
of 41',4 each, the reactions were of type (~'Idp) and (!"dn) with threaholds
of 20.25 and 31.2 Mev, respectively. The remaining reactions (18%) were
multipronged stars with at least two particles besides the deuteron. If
the Q-,dp) and (/-dn) r;actions are assumed to occur in two stages
(emission of p an~ n after d) the excitation energy of the compound
nucleus N14 can be estimated. When the low probability of 0 16 (~'-'d)N'4is
taken into account, tne first jxcited level of N14 (0+#T.l) is obtained as
2-31 Mev. The emission directions of the deuterons and the accompanying
nucleons aro correlated: in most cases p and n were emitted oppositely to
d. Such a correlation exists only for nucleons with more than 2 Mev.
There are 2 figures and 1 table.
Card 2/5

8/056/62/043/005/015/058
Eminnion )f fast deuterons in the ... B102/BIO4
ASSOCIATION: Fiziko-tekhnicheskiy institut im. A. F. loffe Akademii
nauk SSSR (Phyeiootechnical Institute imeni A. F. loffe
of the Academy of Sciences USSR)
SUBMITTED: June 29, 1962
Card 3/3

ACCESSION NR: AP4031193 ..S/0056/64/046/004/1488/1490
AUIHOR:' Danisov, V. P.; Kulikov, A. V.; Kullchitakiyo L. A.
7ITLE: Cross section of the reaction C-13 (G=mj p) B-12
SOURCE: Zh. eksper. i teor. fiz., v. 46, no. 4, 1964, 1488-1490
TOPIC TAGS: gxnna proton reaction, integral cmss section, differential cross
section, emission spectrun, carbon, borcn
ABSTRAM The yield of the reaction C13(y, p)B12 was determined from the Y acti-
vity of the residual nucleus B12; this activity was registered in the intervals
between pulses of the synchrotron y-quantum bean. The target and detector used
were stilbene crystals. The integral and differential cross sections were obtain-
ed by processing the yield curve by the Penfold and Leiss method. The differen-
tial cross section curve differs greatly from the similar curve obtained by B.
C. Cook (Phys. Rev. v. 106, 300, 190). How-ever, a great similarity eyists be-
tween the present result and thq difterential cross SettiCn for the reaCtiCn C,2
(Y p)B"- obtained frm the spectrum of the protons fr-cm the disintegration of
Caby Dod~e and Barber (Phys. Fav. v. 127, 1746, 1962). The peaks of the (Y% p)
reaction on C3 occur at appracimately the same energies as those of the CU, but
Card 1/4

ACCESSION NR: AP4031183
with a shift of appradmtely 1 MeV towards the higher energies. A comparison of
the results with the theoretical calculations shows that the values of the ener&-
:Les Of the main transitions are in good agreement with the peak energies obtained
in the present mcperimant. Orig. art. has: 2 figums.
ASSOC=OX: Fiziko-tekhnicheskiy institut im. A. F. loffe Akademii nauk SSSR
(Physicotechnical Institute Academy of Scienoes SSSR)
SUBMITTED: 230at63 DATE ACQ: 07MAyG4 ENCL: 02
SUB COrE: NP NR REF SOV: 001 OTHER: 003
Card 2/4

ACCESSION NR: AP4031183
a, pflfm
d[ .
7
ar
s
4
i
- . z
I 1 .4
Card 3A
". I
I
I
ZNCLOSURE:ol
I
. mev

ACCESSION NR: AP4031M3 ENCLOSURE: 02

.19 IV
mev
Card 4/4

ACCESSION NR: AP4031188 S/0056/64/046/004/1497/1499
AUTHORS: Bazhanov, Ye. B.; Komar, A. P.; Xulikov, A.'V.
TITLE: Photoneutrons from Li-6 and Co-59
SOURCE: Zh. eksper. i teor. fiz., v. 46, no..4, 1964, 1497-1499
TOPIC TAGS: lithilam-6, cobalt-59, photondutron, photoneutron reac-
tion cross section, integral cross section, giant Fesonance splitting,
hydrodynamic theory
ABSTRACT: The cross section of the photoneutron reactions on Li6
and Co 59 were investigated in the synchrotron of FTI im. A. S. Ioffe
AN SSSR, using a technique where slowed down neutrons wera registered
by BF counters. The data obtained confirm the presence of a broad
3
resonance in'the energy range 7-17 MeV, a considerable dip at 17--19
MeV, and a rise above 19 MeV. The data indicate the presence of two
Cord 1/4
`4

ACCESSIO14 NR: AP4031188
additional maxima.,At 20-24 and 26-30 MeVj w1iich were not indicated
in the recent investigation by Costa et al. (Phys. Lett. v. 4, 308,
1963Y. The result's indicate thai~the Li6 iias 'high polarizability
and ~he theoretica~fcaiculatidns of j. S. Levinger (Phys. Rev. v.
59
107,1554, 1957') dq'~ot apply ~o fight nuclgi.*,, In the case of Co
the 4esults are i4:good agreement.with the,predictions of the hydro-
dynamic modol of 01camoto and Danqs. Orig.,art. has: 2 figures.
ASSOCIATION: Fiziko-tekhnicheskiy institut im. A. F. loffe Akademii
nauk SSSR (Physicotechnical Institute, Academy of Sciences SSSR)
SUBMITTED; 21Nov63 DATE ACQ: 07May64 ENCL: 02
SUB CODE: NP URREV SOVt 001 OTHERt 003
Card /4
2
-T
-
R

ENCLOSURE: 01
ACCESSION NR: AP4031166
mb
ell
zo-
4o r. L
50 60
0
E MOV
Dependence of the cross section of P otoneutron reactions
on the energy-of the y quanta for Lig. The errors indicated
are statistical.
Card 3/4

ACCESSION NR: AP~4P31188 ENCLOSURE:02
A
r;
Dependence,of' th'e Gross section 6f.~hotoneutron reactions on
tho onergy'of y quantai f oi, COO The irrors indioated &re
statistical. Light circles - cross seetion prior to correction
for multiplicity of the neutrons.
card 4/4
R
KR

NIFONTOV, B.I.; PROTOPOPOV, D.D.; SITNIKOV, I.Ye.; K~_~IKOV, A.V.;
n~LINIKOVA, A.I.., red.
(Underground nuclear explosions; problems affecting in-
dustrial nuclear explosions] Podzemnye indernye vzryvy;
problemy pron7sh:Lennykh iadernykh vzr~vov. Moskva, Atom-
izdat, 1965. 159 P- 18: 6)
'CR W"DID
N

L 3132 OWT(m)/M(h)
AM502=4 BOOK EXPLOITATION UH/
ntov, B. 1. Pro v D V.
Ni fo
Underground nuclear explosions. problems concerning ind!jstrial app2jS 0 f
gtigb
------(Podzemny-ye yadernyye vzryvy; probleaV proqrshleanykh
nuclear blasts
yadernykh vzryvov) Moscow, Atomizdat, 1965. 157 P. illus.. biblio. 2600
copies printed.
TOPIC TAGS: underground explosion, atomic energy, nuclear blast effect, nuclear
debris, industrial nuclear application, nonmilitary nuclear application
PURPOSE AND COVERAGE- This book is intended for a wide circle of engineering
and technical workers. The authors compile and classify data on experimental
underground nuclear explosions in the USA, in the period 1951-1962. Infor-
mation on projects for the application of Lmderground explosions for indus-
trial purposes is also given. The authors express their gratitude to Corre-
oponding Member of the Acsdeu7 of Sciences USSRH:A~.S ~v. for valuable
advice given them at the time the book was written. The authors are grateful
also to Z. I-Yefimova, who helped in the preparation of the manuscript.
Card 1/3

L 3-132-66
tY,50201o4
TABLE OF CONTENTS: [Abridged)
Foreword --- 3
Introduction
Ch. I. Conditions of carrying on experimental underground nuclear explosions 8
Ca. II. Nuclear explosions in surface operations -- 19
Ch. III. Nuclear explosions in underground operations
Ch. IV. 49
Seismic and air-shock effect of underground nuclear explosions
Ch. V. Radiation effect of underground nuclear explosions -- 72
Ch. VI. Use of nuclear explosions in the mining of deposits of solid minerals
Ch. VII. U30 of nuclear explosions in large civilian construction projects.- 105
C,ard 2/3__

L 3:132--66
Ch. VIII. Use of nuclear explosions in crude-oil extraction 119
Ch. IX. Use of nuclear explosions for energy production 123
Ch. X. Use of nuclear explosions for scientific purposes 133
Ch. XI. Experimental explosions under program "Plowshare" 136
Bibliography 156
SUB CODE: NP SUMUTTED: limar65 HO REF SOV: 003
OTHER: 089

' -- - :. ~ 1 7 ";~ "
ACC NRz AP6030184 SOURCE CODE: UR/0020/66/167/006/1263/1265~
AUTHOR: Bazhanov, Ye. B.; Kociar. A. P. (Academician An UkrSSR); Kulikov, A. V.;
Ogurtsov, V. 1.
ORG: P~ysjcotechnical Institute im. A. F. Ioffe, AN SSSR (Fiziko-tekhnicheskiy
-AN-SSSR)
institut
TITLE: Cross section of Ca sup 40 photoneutron reactions
SOURCE: AN SSSR. Doklady, v. 167, no. 6, 1966, D-63-71-275-
TOPIC TAGS: photoneutron, neutron reaction, radiation spectrum, neutron cross section
ABSTRACT: Experiments were performed on the synchrotron of the Daysics-mEnLInearing
Institute imeni A. F. Ioff USSR Academy o Sciences, regarding the summary cross
--- it
nucleus from the threshold ofyn reactions
section of photoneutron reactions on the CaEO
(15.62 Mev) to 50 Mevo The authors meastred the yield of photoneutrons vs. maximal
Y -radiation retardation spectrum energy EYmax with a recording Interval of 1 Mev.
The results are presente graphically. The curve of the photoneutron reaction
cross sections in the Ca4O nucleus has, in addition to a gigantic resonance at
slightly below 22 Mev, maximums in the energy level areas of 22-5-24.0 Mev and
26-28 Mov. There may be also a wide max at around 33 Mev. Both the 22-5-24.0
and 26-28 Mev peaks are above the (*Ypn) reaction threshold and may possibly correspold
to this reaction'. The 26-28 Mev max has not been noted earlier in studies of the Yn
reaction. The results of other experimental and theoretical works in the area are
mentioned briefly. Orig. art. has: 1 figure and I table. 1JPRS: 36,3641
SUB CODE: 20 SUBM DATE: 15Dec65 / ORIG REF: 005 / OT11 RU : 015
UDC: 539---r2-
'Niffi
-15

ACC N:Zt UOURGE CODEI I
1'6029899 '/V) U11/0413/66/000/0'~/6062/0062-
1,,'VMVO:1S.- Alelnipynv, A. It.; Bezrukt 1. A.; Bulanov, 11. A.;* Shchukin, So No; Kl chkin
A&VSnKLnL
Molikadzo, S. Ye.; Chinarova, 0. It.; Ycmollynnov, A., 14.;
`vnCirova,. q. S.; Rozin, Go I. M.; Boltalin, A. P.; Zlatkovich, L..A.; lova -Go 14.;
Sokolova, E. Do
0.4G: none
TITLE: Gcoclcctric proopectint;,devico. Claso 21, No. 184361 Za"inounced by All-Union
Scicntific Research Inatituto of GoophyaLcal Proopocting Methods (Voesoyuznyy nauchno-
iosledovatellakiy inatitut goofizicheakikh metodov razvedki27
SOnCE: Izobrot prom obraz tov zn, no. 15, 1966, 62
TOPIC TAGSs prospecting, geologic instrument
,USTRACT: This Author Certificate presents a geoclectrio prospecting device contain-
inC a dc generator, a maoter oscillator, a thyratron bridge commutator, a reference
phase synchropulao ehapor unitp a radio atationo and a measuring laboratory. The
laboratory contains an electromagnetic field roooivor, a calibration unit, 0, selective
amplifier, a radio station, a synchropulao chapor unit, an eleotrorxic oooillograph, a
recorder, a time setting unitp and a detector voltmeter. For generalized utilization
of t~e devici in the VP, )APP9 and MAZ methods, to increase the accuracy of ne"uring
the phase angles in the infrasonic frequency range, and to increase the noise
-Card__ _1/
_2
.4, W.
P
7- ffigg-Ai
OF,- , M-'t~ 1.
M

T, 10306-67
i-ACC NRI_ AP6029899
protection when measuring pulsed signals, a phase marker in the form of a diode
re.-onerative comparator is placed in the measuring laboratory. The comparator is
connected to the output of the selective amplifior, An input signal divider conneoted
to the input of the selective amplifier is used in the calibration unit. A do
amplifier operating in the eleotrometric mode is connected between the regiatez and
recorder (Bee Fig. 1).
Fig. 1. 1 - phase marker; 2
selective amplifier; 3 - Cali-
bration unit; 4 - register; 5
recorder; 6 - do amplifier
10rig. art. hasi 1 diagram.
SUB CODE t SUBM DATEs 3OJun64
~Sqrd 2/2

KULIKOV, A-V.
C-9termining the optimal strength of concrete prepared of karamzit grave'll
rX the Yuma3aknkiy Plant. Sbor.niLuch.trud.TashITI-13 no.5EIdl-1115 363.
(MIRA m.,I)

xUldKov, A.Yo.; V.A.; PoKiff4iff,"NEOP 111.111.
Nomogram for calculating hydraul i cally en~j jAcking.
Mash. i neft. obor. no.6:38-39 165. (Ml-'-LA 1P:7)
1. Bashkirskiy nauchno-issledovatellskiy ~ntititt;t po I,ererabotko
nefti, Ufa.

SUiMORUKOV, B.I.; FINKELISHTEYN, A I:; ZILIBER4AN Ye.N.;
11MLIKOV, A.Ye.,- GANINA, V:1 (Dzerzhinsk~
Spectroscopic study of the molecular structure of amide
hydrochloridea. Zhur. fiz. khime 35 no.7:1600-1605 J1 161.
(MIRA 14:7)
(Amides-Spectra)

MIKOV, A.Ye., podpolkovnik med.aluzhby
-!- Meidiic variant of a Dieterich splints' Voen.-medozhur; no*8:86-87
Ag '56 (SPLINTS (SURGM~ . (KTRA 12:1)

F~ 11: L I i"113"I I :-;, - f"11-
i4l. I
PWTKIN, M., Inzhoner; KULIXOV, B.; inshener.
k~,
Safety measures in cutting electric wires. Pooh.delo 3 56.6:22
Js '57. (MLRA 10:7)
(Electric wiring--Safety measures)

PAVWV, P.P.: ANTONDV, N.M.: KULIKOV, B.A.; PWTKIN, M.Z.; KMVAI)DVA, A.M.;
SICLITTA, V. G.
Using fine water spray for extinguishing petroleum product fires.
Izv.vys.ucheb.zav.; neft' i gaz I no.9:85-88 1 58.
(ICRA 11:12)
1. Azerbaydzhan6kiy industriallny7 institut imeni M. Azitbekova
i TSentralIny7 nauchno-iusledovateliskiy inztitut protivopozliarnoy,
oborony.
(Petroleum industr7--Firos and fire prevention)

_90-r18-10-119
V I
AUTHORS: Pavlov, P.P., Kulikov. B,,A., I?uvimskiy, V.A., Vollpe, C.M.
TITLE: The Determination of the Permissible Current Lond of a Single
Strand of KTO-4 Logging Cable (Opredeleniye dopustimoy to-
kovoy nagruzki odinarnoy zh'Lly karotazhnogo kabelya KTO-4)
PERIODICAL: Energeticheskiy byulleten', 1958, INr 10, pp 1 - 3 WOSR)
ABSTRACT: The authors state that at the present time, old KTO-4 cable,
unsuitable for logging, is being used in the oil industry
for the illumination of borings. The Baku laboratory of
Ts11IIP0 and the All-Union Scientific Research Institute for
Safety Mleasures in the Oil Industry (VNIITB) have carried
out an experiment to find the permissible current load of
a single strand of KTO-4 logging cable, under a surroundine-
temperature of 350 C, and the maximum permissible tempera-
ture for the heat-resistant rubber insulation of the strand,
according to the catalogue 65 0 C. The experiment was carried
out on a section of an insulated strand 1.5 meters long,
0
Placed in a thermostat where the temperature was 35 . The
current was fed to the strand from the lower side of a
220/12 volt transformer with a capacity of 300 watts, which
Card 1/2 was supplied from a 220 volt network, lith the temperature

SOV-100-58-10-1/9
The Determination of the Permissible Current Load of a Single Strand of
KTO-4 Logging Cable
in the thermostat at 35 0, the current flowing through the
cable was found to be 25.5 amDs when the temperature in the
steel strand of the cable was 5 0 . Separate insulated strands
of KTO-4 logging cable can therefore be used for lighting
purposes providing the current load does not exceed 25 amps
and the voltage is not over 220 v. The authorsthen givc
a formula for calculating the maximum length of strand which
can be used. Besides the conclusions given above, the authors
finally give '.-he following- 1) the safety devices on the
line should not be set higher than 25 amps; 2) KTO-4 cable
cannot be used for feeding lighting or power loads either
as a complete cable or in separate strands; 3) when the
strands are used in external wiring they should be fastened
to porcelain insulators; 4) the strands can only be used in
lighting systems if the colored layer of rubberized linen
is left on the rubber insulation. There is one diagram.
1. Electric cables--Electrical properties 2. Electric cables
--Insulation
Card 2/2

NAVAZIASITVILI, B.S., inzh.; PLYUSHCH, B.M., dotsent, kand. takhn. mauk;
SARKISYAN, V.O., doteent, kand. takhn. nauk; KULIKOV, B.A., inzh.
Servo s7stem with a photoelectric converter. Izv. vyse uchabs zavo;
anerg. 2 no.10:34-39 0 159. (MIRA 13:3)
l.Azerbaydzhanakly ordana Trudovogo Krasnogo Znameni institut
nefti i khimii imeni M. Azizbekova. Predstavlena kafedroy elektro-
privoda, alektrichaskikh mashin i elektrooborudovaniya prompredpriyatiy.
(Servomechanisme)

69 19 7
4, 0/000/01/017/01 9
16,
E073/El35
AUTHORS; Nanziashvili_, B,S,, A~-.!!~.tarit; Plyu
-C-a-RTIUE_~'~-of Ne~~nical Sciences, Docent; Sarkisyan,,V.O..
Candidate of Technical Sciences, Docent; and
_Kulikov, B. .7 Lecturer
-Sensor wi h Photoelectric Equipment for Isodrome
Regulation
_L: Izvestiya vysshikh uchebnykh zavedeniy,
Elektromekhanika7 196o, Nr 11 PP 139-142 (USSR)
Introduction of an isodrome into a system of astatic
regulation gives the system stability and reduces the
duration of the transient processes. (Note: an
isodrome re ulator is defined elsewhere as a variant of
an indirectkautomatin contrg with a feedback which
maintains a given regime with a very low degree of
residual nonuniformity or entirely without such a
nonuniformity.) At 'the Chair for Electric Drives,
iIizerbaydzhan InstituGe of Oil and Chemistry imeni
Azizbekov (Kafedra elo't"Aroprivoda, Azerbaydzhanskiy
tnstitut nefti i khimii imeni Azizbekova) a photoelectr-ic

69197
3/1.)-P+/60/000/01/017/019
E,073/E13 5
Sensor with Photoelectric E~vjipment fur Isodrome Regulation
integrator was developed which permits obtaining in a
simple manner isodrome regulation and to vary as desired
the intensity of the regulating effect in proportion to
an unbalance signal. In this arrangement there is no
flexible feedback and the system remains a single
circuit one. The hotoelectric integrator has a
directional effect Me Fig la); it integrates the
unbalance signal, which is fed in in the form of a light
flux, much more accurately and over a longer period than
RC circuits; it does not require amplification of the
output voltaget and permits obtaining isodrome regulation
in a very simple manner. The principle of this photo-
electric integrator was utilised for building a photo-
electric pressure sensor consisting of a hydrostatic
pressure gauge, which is illuminated by an incandescent
lamp (Fig 2); the amount of light hitting each of two
photocells depends on the mercury level in the branches
of the U-shaped glass tube. This photoelectric pressure
Qu, r d sensor unifies the differential motoring devices and a
2/3 proportional transducer, which, in the case of low input
signals) has a limited output signal which is then

LWYE13 5
Sensor with Photoelectric Equipment for Isodrome Regulation
accurately summed. Fig lb shows the circuit of a
transducer of a.c. current, into light signals of variable
brightness; although the dependence of the light flux on
the magnitude of the input voltage is not linear this
transducer can be used in servosystems which contain
external feedback. The here described integrator can be
used in automatic control systems as well as in simulation
systems with comparatively long time constants.
There are 2 figures) 1 table and 2 Soviet references.
0:~; -Y" 1. llk;r 10 N *0 Kafedra elektroprivoda, elektricheskikh mashin i
elektrooborudovaniya promyshlennykh predpriyatiy,
Azerbaydzhanskiy J-ndustriallnyy institut
(Chair for Electric Drives, Electrical Machinery and
Electrical Equipment of Industrial Undertakings,
Azerbaydzhan Industrial Institute)
May 9, 1959

XULIKOV, B.F.
Tind of tetrahedrite in sulfide-magnetite oree of the Xachar
deposito Zaps Vaes. min. ob-va 88 no.6:723-724 159-
(MM 13:8)
1. Xafedra mineralogii Leningradekogo gornogo instituta.
(Lachar region-Tetrahadrite)

~,--!RLIKOV, B..-F.-
Internal structure of pyrite grains of the Xachar iron ore
deposit. Ity. vye. ucheb. sav.; gool. i razv. 3 no-7:59-68
J1 160. (MIRA 13:9)
1. Loningradokly gorW Inatitut.
(Kachar region (Kazakhetun)--Pyrite crystals)

,XULIKOV, B.F.; MOKIYz7SKIT, V.A.
r,leaved pyrite cr7stala in ores 6f the Xachar magnetite deposit in
KustanA7 Province. Zap. Voss. min. ob-va 89 no-3:328-332 160.
(MMA 13:8)
(lustanay Province-Pyrite crystals)
Ar

KULIKOV, B. F.
Cand Geol-Min Sci - (diss) "Sulfide mineralization of the Kach-
arskiy Iron Ore Deposits in Kustanayskaya Oblast." Leningrad,
1961. 16 pp; (Leningrad Order of Lenin State Univ imeni A. A.
Zhdanov); 180 copies; price not given; (KL, 7-61 sup, 225)

L.L. p inzh.; KULIKuY, j,.!i.
SHAPOMOV,
Design of a new type of dressingplant for dressing magnetites.
Prom. stroi. 41 no.10:10-14 0 163. (VJRA 16:11)
1. Loningradskiy goquilaraLvennyy ImAltut po proyektirovanipu
promyshlennogo stroitellstva.
AM.
Q-
Mff
RA

DOBUTSOV, V.N.i arkhitektor; KULIKOV, B.N., arklittektor
Installing machinery units in open yards. Prom. stroi. 37
no.7:22-26 J1 '59. (MIRA 12ilO)
1.1eni adekiy Promstro;rpro7ekt.
Themical induatries-Equipment and supplies)
(Petroleum industry-Equipment and supplies)

IVANUVV YA.A.;
Reaotion of different yarieties and subvarieties of wheat and barley
to irradiation.vith Cow. TSitologiia 2 no.6:73.6-739 N-D 160.
. (MIRk 13112)
1. Otdol selektaii Kirgizakogo nauchno-iosledcivatellskogo instituta
zemledeliyap Frunze.
(PIANTS, EFFECT OF GAMA RAYS ON) (CHRCHOSOMES)

KULIKOVY B.iil
Fffect of irradiation by C60 as dependent on thn growing conditions
and storage time of seeds and the influence of radiation on the
productivity of the offspring. Radiobiologiia 1 no.6:9 3-965 16L
~~UiiA 151-2)
1. Kirgizskiy nauchnno.j.ssledovatel2skiy institut zemledeliya,
Frwize.
(I'LAIITS, -1.1FACT OF X RAYS QN)
L

Improve the training of cadres for the nev types of traction. Blek.
tepl. tiaga no.6:36 Je '57. (MMA lOt8)
1. Nachallnik otdelenya tekhnicheskoy shkoly mashinistay lokomotivov.
atantelya Chelyabinsk, Tuzhno-Urallekaya doroga.
(Locomotives) (Technical education)

KULIEDV. B.P.
Regeneration serves to economize electric power, Blek, i tepl.
tiaga 4 no.5t2&27 W 160. (MM 13M
1. Wachallnik dinamometricheakogo -tragona, Yuzbno-Ural'skoy
dorogij Chelyabinsk.
(Bleotric locomotives)

KUIJKGV, Boris Stepanovich; SHAVARINA, N., red.; YURGANOVA, M., tekhn. red.
.[Ilew construction projects of Chita Province) Novostrolki Chitin-
skoi oblasti. Chita, Chitinskoe knizhnoe izd-voy 1960. 73 P.
(MM 1417)
(Chita Province-Construction industry)
(Chita Province-Industries)

HILITKOV, B'S.
Matax-lals on the influence of some climatic characteristics of
Transbalkalia on the industries of Chita. Uchaap.Chit.gos.ped.inst.
no.8:49-56 163. (MIRA 17;4)
M= I,-"
ML 'I

"Theoretical and oC Paper-
in, jt3 Pr(,-.303 XW t"Q~
Feed
16 ja I .171st.
o 1, rh or 13
Wn il'or the Dot-r-! of In Ioc~l:,.~Cal 3c: a.
u
,3 fo lipcherriva ~',oskwi, 19 52

KULIKOT. Do
Radiators for cattle barns. Pozh.delo 8 no,3:12-13 Ih- 162.
(HIRA 154)
1, Nachallnik Upravleniya pozharnoy okhrany, Krasnoyarsk.
(Krasnoyarsk Territory-Baps-Ifeating and ventilation)
(Farm bu*ldings-Fires-i6d fire prevention)
Tj

- KULIKOV, D.
Milk products section. Sov. torg. 35 no.51l2-14 Yq '62.
(MIRA 150)
1. Zamestitell nachallnika Upravleniya prodovollstvennymi
tovarami.
(Dairy industry)

KULIKOV, D.; YFM4AKCV, V.
Use Ot tanks in fire extinction* Pozh*delo 9 no.10:18-19 0 163.
(141RA 16:12)
~N- A,

JUZ, R.: 110,ULUOV, A.; UVSYANItIKvV, j%-: YR. ; KIWKOV. D.;
MILIGLIKOV, V. ; PAidt, V.
Chief goods manaFer of a trading entt!:,1,risa. Sov.torg. no.6:
50-53 Je '57. OIILRA 10:,q)
1.Glavnn, tovaroved torE.-- Lon,-7alanter,!7a. 1,1ningract (for Gus).
tovnroved Hookhlebtor:-a, Hosk-m- (fnr ~'orrnk'hov).
3.Glavn7y tnvaroved Gorlkovskoro, prroIjs!,opo Tel-. til
F shvey tor,-a,
e. Go-IPAy (for vvsypannikov). 4.Uprav1ya,,rushchi.,., Lstviysl!ov kontorwj
Rii.a (for -inchnIlnika
Unravlodys. tor,-.ovli orndovol'stminjuA tuwwo~-!, (for
toilikov). 6.lfachal'nilc planirrvol--o ot-inla
-:o
ru,,Ii' V). 7. to,
od o. os~:ovs :-,o 0 hc
._0g0 pr vol'stvanno,
-iniz;grad (for Calik).

KULIKOV, D. ; KMAMOV. V.
Carbolite and its properties. Pozh.delo 6:8 Mr 160. 1
(MIRA 13:6)
1. Nachallnik Upravleni7a P02harnoy okhranr Krannoyarokogo kray-
ispolkoma (for Kulikov). 2. Rachallnik Novosibirskoy pozharno-
ispytatelinoy stanteii (for Komarkov).
(Phenol condensation products)

PLIKOT, D. I.
Increasing the density of warp beaming. Tekst. prom. 20
no. 12:73-74 D 160. (MIRA 13:12)
1. Sachallaik teekha opytnykh rabot pri fabrike OKrasnaya
Talka* i Ivatovskiy nauchno-iseledovateltakiy tekstillayy
institut.
weaving)
-R

Miuy.u. D. -- K.
Stars - Obeervations
'New method for the treatment of observations of Zinger star pairs. Biul. Inst. teor.
astron. 4 no. 2 (55) (1947).
9. Monthly List of Russian Accessions, Library of I August, 1952
Congress, fW. Unclassified. I

KULIKOV, D. K.
Tabulating Machines
Use of analytical calculating machines in multiplying trigonometric series.
Biul. Inst. teor. astron. 4 No. 6, 1949. 1
Monthl List of Russian Accessions, Library of Congress. August 1952.
Unclassified.

KULII--IOV$ D. K.
Satellites - Jupiter
Calculation method of celestial mechanics as applied to the study of the
motion of Jupiter's eighth satellite. Biul. Inst. teor. astron. 4 no. 7
(60), 1950.
Monthly List of Russian Accessions, Library of Congress, August, 1952.
Unclassif ied.

XULIA"OVt D. -K.
Science
Unger's theory of ephemerides of pairs, and a catalog of 500 pairs of
stars of the FK3 system for 1950. 0 and 1970. 0. Moskva., Izd-vo Adademil
nauk SSSR' 1951.
q. Monthl List of Russian Accessions, Library of Congress, September 1954/ Uncl.
52
j

vt V, cad D. 10 KPI11mv
Dst
Arg*zag2n of the Itnd Orbit of The Comat 1925
AaadmV of SoL of timi USSRp IrAt. of Thoore4teg Ag
Dmingrad - ' -
Vol. 4p No- 9# 1951., pp. 4A461
Fror-'a KonVily Ilist of Ru331im Acec3#1=s
"accaborr IMP Vol* 4p No& 9p ps. 22

P.K. xulu&v
Farvallao and trabIsa for Q3 diIf;w-.nIIOInI correuilbw of the Lxrztb?~#..orbits
tcads or Wo of the MUM% Inat. cr Thooratleal Astr-ca. LcaLnMd
4o 9,j 1951s 457-483
%euhly LIst of Rusz1an Accrinionn, D,-,-o. 1951.- Vol* 4. Hoe 9# pt 22

~WE
gn
~r~j;k,

I - "'ITT.r.P1. .-). K.-
2. U3~;'~i. (6oc))
4. 3ateilitsq - ju..)Iter
7. Ephemeris OT satellite Jupiter VIII. Astron. tsir. -10. 130, 1952
~_ 2_ ~
9. Mmon1hly List f Russian Accessions, Library of Congress, :4ay 1953.:Unclassifted.

Knif'ov, D.
Geodesy, Computational Techniques (4360)
Byull. 1nst. Teoreticheskoy Astronomli A14 &55H, vol 5s tb. 8) 1953x pp 512-545
Kulikov, D. K.
Kechanization of Astronomical (;6mputations
States that all computational work of tie Academy of Sciences USSR is performed
on electronic computers. Briefly describes the types of computers: perforator,,
tabulator, filing machine, reproducer) and multiplier. (Lives two examples of
astronomical computations on computers.
So: Moscow, "eferativnyy, Zhurnal -- Astronomiya i Geodeziya No. 7,, 1954 W-31059
(ILS. - V\j - -bloqf, -16 Noll 4-if

KULIKOV, D.
Presentation of observations of the eighth satellite of Jupiter. Astron.tsL-.
no-137:2 Ap '53. MU 6:8)
1. Institut Teorsticheskoy Astronomii. (Satellites-4upiter)

- - . I
k-.UL I KOV, D. EK).
lphem"ric of Jupiter's satellite VIII. Astron.tair. no.144:3-4 D 133.
(MLRA 7:6)
1. Institut teoretichaskoy astronomii AN SSSF.
(Satellites--Jupiter)

DIYAKOROV, V.P.; KULIKOV, D.K., redaktor; VOLCHOK. K.H., tekhnichoakiy
radaktor
[Dsterminiu~ ship's position by the sun; with an investigation
of accuracyj Opredelenie mesta sudna po solnteu; 9 isoledovantem
tochnosti, Leningrad, Goo. lzd-vo vodnogo transporta, Leningrad-
skoo otd-nie, 1954. 173 P. (MM 7:10)
(Navigation)

. -,j ~_ e I . - -
- ~t~!~,,MW.~,~-,2, ; EM
KULIKOV, D.K.
Ephomerid of Jupiter's Satellite VIII for 1954-55, Astron.
tair. no.154,.2 9 154., (MLRA 8:6)
1. Institut tweticheakoy astronomil AN SM
(Satellites-4upiter)

KUIXCV, D.K.
Subtabulation of tables on analytic computers. Biul. Inst. teor.
astron. 6 no.3:192-201 '55. (MIRA 13:3)
(Astronomy-Tables, ate.)

T V,
"Autcuuti,~s in Observer end Computer Technlqtics," a rejx,--,rt --'resellted at the
03nCernce of (c,=Assion on Astronomical instruments, Constr-ictien Df Vne
Astronomical AIS USFIR, Feb, 'l-6.
1.
'Aun. No. L",'-47, 31 Au:~ 56
IM
~'A

13
30)
AUTHORt SOV/33-36-2-18/27
TITLE: On Accounting for the Aberration of Planets
PERIODICALt Astronomicheskiy zhurnal 1959,vol 36,Nr 2,pp 340-347 (USSR)
ABSTRACTs The usual methods of computing the apparent positions of pla-
nets do not provide the ecensary precision of the ephemerides
of the outer planets (0 001 in -~. and 0.1,' 01 in 9). The
author presents a system of formulas and rules which permits
to calculate the aberration of planets with an exactness of
0.1001 - 0."002.
There are 1 figure, 2 tables and 10 references, 3 of which are
Soviet, 3 American, 2 English, I German, and 1 Polish.
ASSOCIATIONs Institut teoreticheskoy astronomii Akademii nauk SSSR
(Institute of Theoretical Astronomy of the AS USSR)
SUBMITTED: April 25, 1958
Card 1/1

ZHCNGMYICH, I.D.; AHZIN, V.M.; KULIKOV. D.K., starshiy nauchnyy
sotrudnik, otv.red.; BARKOVSKIT. I.T.. red.izd-va; BUTKH,
SJu., tekhn.red,
(Tablen and nomograms for processing observations of artificial
earth satellites] Sbornik tablits i nomogramm dlia obrabotki
nabliudenii iskusstvennykh sputnikov Zemli. Moskva, Izd-vo Akad.
nauk SSSR, 1960. 188 p. (HMA 13:6)
(Artificial satellitea--Tracking)

F11% L" V, 2111
PHASE I BOOK EXPLOITATION SOV/5461
Akademiya nauk SSSR. Institut teoreticheskoy astronomii.
Astronomicheskiy yezhegodnik SSSR na 1962 g. (Astronomical Yearbook of the
USSR for 1962) Moscow, Izd-vo Akademii nauk SSSR, 1960. 647 p. Errata
slip inserted. 2, 000 copies printed.
Sponsoring Agency: Institut teoreticheskoy astronomii Akademit nauk SSSR.
Resp. Ed. : M. F. Subbotin, Director of the Institute of Theoretical Astronomy
of the Academy of Sciences USSR, Corresponding Member, Academy of
Sciences USSR.
PURPOSE: This book is intended for astronomers and geophysicists.
COVERAGE: The Astronomical Yearbook of the USSR for 1962 has been com-
piled in accordance with changes proposed by the International Astronomical
Union to member organizations at its meeting in 1958. In addition to usual
Card=W46

Astronomical Yearbook (Cont. )
SOV/5461
information on the Sun, Moon, Earth, and planets, the Yearbook contains
the ephemerides of the lunar crater Moesting A, which until 1960 were
published by the Berliner Astronomisches Jahrbuch, [Berlin Astronomical
Yearbook), and whose regular publication has now been undertaken by the
Institute of Theoretical Astronomy of the USSR at the request of the Union's
Committee on Ephemerides. The solar, lunar, and planetary coordinates
in the Yearbook are based on data supplied by the British Nautical Almanac
as stipulated by the Astronomical Union. The material in the Yearbook was
compiled and prepared by thefollowing scientists: computation of ephemerides
of the lunar crater Moesting A on high-speed computer BEMS at the Vychisli-
tellnyy tsentr AN SSSR (Computer Center AS USSR) - D. K. Kulikov; reduction
of solar and lunar ephemerides - A. G. Mal'kova and 6.77Y-ta-zing; computa-
tion of nutation on high-speed computer BEMS - D. V. Zagrebin, 0. M. Gromov
and A. Ya. Faletova; computation of reduction values of visible positions of
ten-day and near-polar stars - M. B. Zheleznyak. and M. A. Fursenko; prep-
aration of original data on visible positions of ten-day and near-polar stars
Cal7t~

Astronomical Yearbook (Cont. )
SOV/5461
E. A. Mitrofanova. (in charge), 0. M. Gromova, G. A. Mazing, T. 1. Mashin-
skaya, G. M. Poznyak, K. G. Shumikhina, and P. A. Gutkina; heliocentric
coordinates of the large planets - 0. M. Gromova, A. G. MaIlkova; reduction
values (trigonometric system) - E. A. Mitrofanova, and K. G. Shumikhina;
mean positions of stars - E. A. Mitrofanova, M. B. Zheleznyak, 0. M.
Gromova, K. G. Shumikhina, M. A. Fursenko; solar and lunar eclipses -
E. A. Mitrofanova, M. A. Fursenko; planetary configurations - E. A. Mitro-
fanova, 0. M. Gromova; ephemerides for physical solar observations - P. A.
Gutkina, T. 1. Mashinskaya; ephemerides for physical lunar observations -
G. A. Mazing, P. A. Gutkina, K. G. Shumikhina; ephemerides of the illumina-
tion of the discs of Mercury and Venus - T. I. Mashinskaya, G. M. Poznyak;
ephemerides for physical observations of Mars - G. M. Mazing, T. 1. Mashin-
skaya; ephemerides for physical observations of Jupiter - T. L Mashinskaya,
E. A. Mitrofanova; Saturn's rings - G. A. Mazing, T. I. Mashinskaya; sunrise
and sunset - A. I. Frolova; rising and setting of the moon - P.A. Gutkinr and
K. G. Shumikhina; altitudes and azimuths of the Polar Star - A. G. Mal'kova
Cartd~3~