SCIENTIFIC ABSTRACT KULIKOV, V.V. - KULIKOV, YU.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000927420017-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

- .. ...............
10 - D0WM=0 11. G. arxl KU=CV, V. V.
2. USM (600)
4, PIOUS
7. Methods in designing notched subsoil plow bottoms and investigation of their
operation procesal Sellkhozmashina, No. 10, 1952.
9. Monthly List of Russian A-.-cessions, Library of Congress, FeIT= -1953. Unclassified.

1. iII7T-_L,-I,!--,0VI V.V.; Zlk=,-SKIY~ S. K.
2. Tissn (6DO)
L, . Arricultural Machinery
7. Using a drag to lcvel off ridres formed 'by the KIP-3 cultivator, V.V. Fulikov, S.K.
Zalesskiy, ';4ekh. i elek.selltdioz. no. 3, 1953.
t,Pj'-!-L
9. Monthly List of Russian Accessions, Library of Congress, L, 1953. Unclassified.

BILTAKOVA, A.P.; KULIKOV, V.V*
S~pontaneoue uterine rupture in 36-37-week pregnancjr. Akush.1 gin.
35 no. 5t109 S-0 159. (KPL~ 13-.2)
1. Iz rodillnogo doma (zavedu7ushchi7 A,P. Belyakova), Zhigulevsk
15Vb.vehavskoy oblasti.
(UrERUS--RUPT MR)

KULIKOV, Vnevolod Vasillyevich; LEPESHKINA. N.L. red.; MAKHOVA. N.N..
-.- ---- tekhn. red. ' '
[How to make your ova slide rule; a manual for teachers) Kak
izgotovit' samodallnuiu, logarifmicheskuiu lineiku; posobte dlia
uchitolei. Hoskva, Goo, uchebno-padagog. izd-vo H-va proevo
RSFSR. 1958. 37 P- (HIRA 11:7)
(Slide rule)

KULIKOV, Vladirir Vasillyevich; VAKSER, D.B., red.; FREGER, D.F.p
V.A., takhn, red.
P
[Mechanical processing of thermosetting plastics; verbatim
report of a lecture] Mokhanicheakaia obrabotka tennoreaktiv-
rykh plasticheskikh mass; stenograrrna lektsii. Leningrad,
1962. 22 P. (MIRA 15:3)
(Thermoplastics)

KULIKOT, V.V. Q. Omsk)
Calculating the percentages of components of a substance. KhIs.v shkole
9 no.303-114 HY-Je 154, (KM 7:6)
(Chemistry--Problems, exercises, etc.)

I,jrji v ~ - 1, 1 r - 1 i TFVI-) KTJ-,,I?.Oli, V. V.,
- 1. -
F-U27NI~-Ta,%'A, 1% A., SKOROKUTOVA, K. I.
M.-!nIts - T~iseuscs
Trcpatin~ v.astrointcstinal elseases cf youn~x foxes mid minls. Kar. I zver
5, no. 1, 15,52.
Monthly List of RusBiRn itecessions, Library ofCong-ress, December 1952.
Unclassified.

KULIKOV, V. V.
"Comparison of the Pharmeodynamics of Sulfanthrole and Disulfan in
Foxes." Cand Vet Scit ~bsdow Fur and Pelt Inst, ~bscow, 1953. (RZhBiols
No 5., Nov 54)
Survey of Scientific and Technical Dissertations Defended at USSR Higher
Educational Institutions (11)
SO: Sum. No. 521, 2 Jun 55
N-0 _i?

Country USSR
Djsaaz:e!~ of Fini
Iktc,30rY
Caused by
lAbs. Jour Ref 'Zhur-Biol., 170 21; 19~[',j 96968
Autbor Kul tkov,_Y"
T-177TIHstitute o*' Azi-'cLLL--i-7re,
L L U
Inatitut
Title i Treatment of Brucellosis in Cattle -.-vi.th Anti-
Orig Pub. Tr. Altayok. s.-kh.
249-3~e--
Ab8tract t Yo abstract.
in-ta, 1957, vyi.pe r~j
Card:

v -1 j ,ri- PLIKOVIV.V.,
Vihi,,ntin j,q7jK0l', (leg Dcmilln,)v (-
retr,,mvari',.: l`.T:;'bfilOV7 13-i-~ r~'A-
c)jtro" in mine~2,1 3~r"C~E, 3 Fil".1-LL Tla rudnl-kfilc ,f! ~
(mla:,, igp"
f,jDs.kva, fiedra, 2-9~,5. '92 1-,.

mV III I I I ~" i , I ~ I , -;' ; 1 ,, ~11 1 ~, u v i c h
I ~ I
~. I wel consecutive iririJr.;,, of ore dripo3its]
I povtornaia ra7.rhLA-) tkr- nidrjykh mesto-
- Moskva, Nedra, 1965. 291 p. O-iliiA 18:10)

V.V.
"Ibmmunication and Signaling
_, in Electric Power Statioas and Substations".
Gosenerioi-dat, Moscow/Leningrad, 1949, 272 pp, 10 ru')Ies.
so. W-11a5i 11 Oct 1950.
E,

IVANOV, V.11.. tnzh~ ~KO~V V.V., insh
Protective shielding of low-te-.aionoiblon from the dangernus
influence of 110 kv. cablnn. Blek.ata. 29 no.9:40-43 8 158-
(Electric cables) (14IRA 11:11)

6M PIMSE, f DY'K ;-'Y_PL01TATION SOV/3179
Kulikov, Valentin Vasillyevicti
Montazh APP=tury vysokochastotnykh krinalov Po l1rQjam ele Itroperedachi
(Installation of R-F Channel Equi,-mierit on Transmission Lines) Moscowi,
Gosenergoizdat, 1959. 335 P. 7,W) covle8 printed.
Ed.; Ya. L. Bykhovskly; Tech. Ed.: K.r. Voronin,
PURPOSE: This book is a textboc)k for training power system installatton
workers. It may also serie az a manu~il for the operating personnel of
power systems and for persons In design erganizations working on the develop-
ment of projects for high-frequency coer-nimication channels and on the organ-
ization and execution of work.
COVERAGE: The author presents brief irff-)nmation on Soviet high-frequency equip-
ment and describes itr in3tall~nttion ar, electric power stations and installla-
ticnB,. the in3tallation of the -,-~el~arate units of high-frequency chmnels for vaitus
pux-poses and various types of constniotions used for mounting. Tne author

Installation of R-F Channel. (cant.) SOV/3179
states that at present the telemechanization of electric power stations
and substations includes transmission lines of 35 to 220 kv and was re-
cently extended to include Lue 41,ju co 500- kor lines of the Volga GES,
Stalangrad GES and other recent hydroelectr1omwer stations; also included
are XUral electrification networks of G,10,20 hna 55 kv The present book,
which accordingtD the author fills a gap Ln the literature on this subject,
deals in particular with carrier current corxnunication on 35 to 220-ky
transmission lines and offers data frcmi the experience obtained on 400-kv
lines as well as from iw-alnetworkB. The author thanks Ya. L. Bykhovskiy,
Candidate of Technical Sciences, for his help in reviewing and editing +he
book. There are 30 references, all Scviet.
TABLE OF CONTEWS:
Foreword 3
Ch. I. General Information on High-frequency Channels in High-
voltage Electric Transmtssion Lines 5
1. Purpose of high-frequency channels 5
2. Basic components of high-frequency channels 7
3. Basic diagrams of high-frequency chnnnelo 10
Cavq -2/ - _--
9

XULIKOV, Y.Y., inzh.
New ways of installing the equipment of high-frequency
channels at 35 and 110 kv. substations. Aner etikn 8
no,3127-29 Mr 160. IMIRA 13:6)
(Blectric lines)
gz*-_

SOKOLOV, V.B.. kand.takhn.nauk; IVANOV, V.N., in.-h., KULIKUV, V.V.,
inzh. I I... ... 1-1 .-
Protective shielding of lines carrying weaIr currents from
dangernus effects of 110 Idlovolt lines. Blek.sta. 31
no.4:92-93 Ap 160. (M111A 13:7)
(3:lec~ric lines) (Shielding Plectricit7))

BABAYEV, 1111.T.,, inzh., red.; KULIKOV, V.V., red.; BORUNOV, N.I., tekhn.
red.
(New high-frequency communication and remote control equipment
using electric power transmission lines as well as principles of
the manufacture of high-frequency channel equipment in the
"Rostovenergo" electrical equipment repair plant; information
-manual] Novaia vynokochastotnaia apparatura sviazi i telemakhani-
ki po liniiam. elektroperedachi i elementy obrabotki vysokochastot-
-rjykh kanalov proizvodstva elektroremontnogo zavoda Rostovenergo;
informatsionnyi sbornik. Moskva, Goo.energ.izd-vo, 1961. 143 p.
(MIRA 1412)
1. Elektroremontnyy zavod "Rostovenergo" (for Bsbayev).
(Telecommunication-Equipment, and supplies)
(Electric power distribution-Communication systems)

BARAYEV, Nikolay Timof eyevich; AltUKO-Y,S41entin --- Vasil-' yAy4~
inzh.; ZVENIGORODSKIY, I.S., red.; LARIONOV, G.Ye.,
tekhn. red.
[Use of radio relay lines and microwave radio communication
in electric power systems) Primenenie radioreleinykh linii
i UKV radiosviazi v onergosistemakh. Moskva, Gosenergoizdat,
1963. 175 p. (Radio relay lines) (MIRA 16;4)
(Electric power distribution)
(Microwave communication systems)

L 430813-65 Ellrr(m)l EPA(w)-~Aid~(mjM2 'a b7:A.0 IJP(c) J~lq~
-SIOU 1.1
R. AT5007919 S/0000/64/000/000/0197/0201
AUTEORt
Gol1.d1n-,-L.J!._j Koshknr~jv_,_A._G,..j.Taraac C
I Ker.-ir. Yo. G. Kulikov, V. V. I Kal shov. I, F,z
-
_S.; Titov.,V. A61
A_tj Popkovich, A. V... Stolov,,.A. H" Stre acw
i
m Ku%.1min,, r
i 13[
V0910") KUZ, J.; Huh hbim
K,,.- ~! ; __Vo

Zhada C H-~ Fila tov. S. G.-. Shirveyev. r. Z.
S. It. jUvaro~~t
X!o-

TITLE: 60-70 Gov Proton, Synchrotrlon 01
SOURdt Intnrnational Conference on flig~
Energy_Accelerators. Dubna. 1963. Trudy.
.
jt~oscow, 9ton idtit, i964, 197-201

TOPIC TAG,13i high energy accolorator, synchrotron
lAbGTRACT: A 60-70 Gov proton synchrotron with strong focusing is being constructe4
,not far. from Serpukhov, as has boon roported earlier (e.g. "Research Institute for
Electro-Phynical Equip-mant, Leningrad," in Proceedings of the International Confer-
;enco on Hirh En(,A,[,.y Accelerators and Instrumntation (CEMI, 1959), p. 373). The ,
1preaent rcport describoa parameter changes and inprovements in precision structural
characteristics of tho accelerator, and the present state of construction in aid-,
!1963. The paranmtera oftho magnot are presented in a table. A small change in
the original plans permitted an increase in the length of a part of the free
Card. 1/4
-p, . Y,
MM
Cie

F
L 430a8-65
iACCESSION fR:. AT5007918
:sections, nomo of which are utilized for input and exit of beare. The super-period
!
design is de3cribed. The lengthened sections were obtained as a consequence of
shortening the focusing and defocusing blocks by 1-12 cm. The focusing properties
of the magnetic channel were dimininhod consequently, but very little-, and the
limiting enorgy was lowered by 2-3 Gov. The construction of the magnet is described
Each of the magnetic blocks Is divided lengthwise into 5 sub-blocks which are
enveloped by the com-non winding. Those sub-blocka consist of laminar two-millimatet
,silicon steel. These steel ohento were stamped out without subsequent mechanical
working, and were subjected to norting and intermixina In order to smooth out their
magnetic characterintics. The nub-blocks are constricted by lateral welded plates
without adhesion. provision was made for windings. on the poles in order to correct
ifor polo nonlinearity and for variations In the drop reading. These windings make
lit possible to introduce artificial quadratic (square) nonlinearity that changes
Itho dependence of the frequency of transverse oar-illationa during a pulse. In
jorder to correct for straying of the residual field, provision has been made for
indin[;3 on the yoke in series with the main winding. The oub-blocks must undo *rgo
calibration on a magnet stand in order to make correcting systems more precise and
to determine the moot convenient disposition of the sub-blocka along the ri.ng. The
~winding of the electromagnet in made of aluminum busbare with hollow cores for
I coolina wator. -,'71ho longth' of tho buabar is so s4locted that there would be no

L 430WI-65
ACCESGION IM ATS007918
:welded joints Inside the coils. The winding consists of 4 sections, two of which
jore dlspo5ed on the upper pole and two,on the lower. The m3t important ch -17
,latic.,; of the electromagnet and power ,.upply system are described In a tab,:70A
idescribed are the vacuum chamber and accelerating field (obtained by 53 paired
resonators with ferrite rings, which operate at the 30-th harmonic of revolution
and.,give accelerating potential of 350 kilovolts). The ring tunnel and the general
arrangem.:nt of the accelerator are shown In figures and doacribed. The building
for the Injector and portions of the ring tunnel from the injector to the experi-
mental room have b,~rn corpleted in the main and are ready for installation of
I
equipmint. This room, in the form of a oingle-airlo building without internal
supports, permits one to work on bearz brouZht into the inner and outer sides. A
go-moter arch covers this room, whose overall length is 150 motors. Provisions
have'been made for a second experimental room at the southwest part of the ring.
OrLS. has 4 figures, 2 tables.
ASSOCIATIONt Institute teoretichaskoy L eksperimentallnoy fiziki GME SSGR
(;notituto of Theoretical and E~~rLnjntql P~ypjqp,, SS hno-
_WE_E_3L- (2) Hauc
iscledovatellakly inatitut,olektrofizichookoy.apparatury imeni D. V. Yeftsmoya
Q= SSGR (Scientific Research Institute of Electrophysical ADDaratua. am SSSRI.

L 430JO-65
CCESSION NRt ATS007918
_L_qitute, of
3) Radiotekhnichookiy institute AN SSSR (Radio Eng~p!!~rlpj n Academmy
~62icncoa SSSR). (4) Gooudatvtvannyy pr*yaktnyy-' institut GKAE GS�r(rt_atG_Plwm-Lnjr-
Institute, WX SSSR).
SUBMITTEDt 26Kay64 ENCLs 00 -SUB CODGi 'Es, KP'l
NO REF SOVi 002 OTHERt 001
[card 4/4

jj:.1,1117 1 T'I lflnveLj~,igatLon oil' t'",3
lo!
a 3yitevis 'N I.-mc b 1-2 `1;, cow T:iF' o'
F
irrous "If-tals arid Gold i:~.onl I -di r- "a.
s t2 r t -a o i ia r i o
0. Technical Scia-fic~j,~j).

nPLUlIOV, Rodion Pavlovich, professor, doktor; PROKOFITIV, Yevgeniy
Petrovich, professor. doktor; STIRIKOV, likolay Antonovich,
professor, doktor; BRICHKIN. Aleksandr Vasillyevich, professor.
doktor; MALAKHOV,G.Ho. profeebor, doktor, reteensent;.STItSHIM0,
A.I., retsensent; NEDIN,V.V., professor, doktor, retsenzent;
MMYNOV,V.Ko. kandidat tekhnicheekikh nauk, retsenzent; ARSBYTI-
YBV,A.'I., kandidat takhnicheskikh usuk, retzOUZeLt;,~OVJJ~,
kandidat tekhnicheskikh nauk, retsenzent; DIMIN,N.S., doii~~-C~6nl-
cheakikh nauk. 3reteensent; TARASOV,L.Ya., redaktor; PARTSEVSKIY.V.N.,
redaktor; BIKKgR,O.G., tekhnicheakiy redaktor
(Underground worklW of ores and deposits] Podzemnaia rasrabotka
rudnykh i rossypnykh mestorozhdenii. Moskva, Gos.nauchno-takhn. izd-
vo lit-fy po chernoi i tsvetnoi metallurgii. 1955. 680 p.
(Mining engineering) (MLRA 9:3)

BORISENKO, S.G.; VMKOV, V.V.
..'j ~~ -~t
Underground mining techniques In foreign countries, Gorahare noe8:
20-24 Ag 155. (Mining enginaering) (Mln 8: 8)

10FIN, Stanislav Loonidovich; XULIKOV, Alekmandr Vasillyevich- KULIKOV,
dimir Vasillyevich; POLISHCHUL. Afananty Dmitriyev
easor, doktor tekhnichaskikh nanki retseasentl
RITAZOT# A.A., gornyy inshener, retsensent; RTCHIK. F.T.. kandidat
tekhnicheskikh nauk, radaktor; PARTSBVSKIY, V-V-. redaktor isdatell-
stva; MIKHATloOTA, Y.V.. takhatchashy rodaktor
Lforcea roof,,eavingJ Prinuditellnoo atashnoo obrushente. Kookya,
Goo.nauchno-takhn.izd-vo lit-ry po chernot i tevetnoi astallurgit,
1957. 34 p. (MLRA 10:7)
(Mining engineering)

--l:.:-' UKOY, V-V., gornyy inzhener.;POLISHCHUK, A.D., gornyy inzhener.;BORISMMO,
--- ~M
S. -..-l'ornyy inzhener.;YAUKRIKO, S.G., gornyy iazhener.;SUPRUNINKO,
L.V., gorrqy Inzhener.
OMining systems for thick ore depositag by V. R. Imenitov. Gor.
zhur. no.2:76-78 7 157. (HlaA 10:4)
(Mining engineering)

KULIKOV, V.V.. kand. tokhn. -nank; Z "EI-ITSO Y, kand. teirchn. nault;
RIM,WkSOV, B.A., kund. tokhn. nauk.
"IfinlyC onginooring" by 14,K. Grishin. Roviownd by V.V. Kullkov,
11.14. Zolonskii. B.A. Kuznetoov. Gor. zhur. n0.2:78-80 F 158.
(MIRA 11:3)
1. Dimpropetrovskiy gornyy inatitut.
(Mining ongineoring)
(Grishin, M.K.)

~Im
MIKOV, V*V., kand.takhn.nauk; ZENDZ3, P.S.; POLISIICHUK, A.D.,
insh.
Hoisting and conveyer belt ore haulage (from foreign journals).
Gor.zhur. no.3:71--72 Mr 158. (MMA 11:3)
l.Dnepropetrovskiy gorwy institut (for Zender). 2. Gosplan USSR
(for Polishchuk).
(Mine haulage) (Conveying machinery)

KULIKOV, V.v dotsent
Critical ourvey of reamareb mride on the discbarge of loose
material from openings. I%v.vys.ucheb.zav.; gor.zhur. no.9:8-12
158. (HIRk 12 *- 6)
1. Dnepropetrovskly gornyy Institut.
(Ore bandling)

70(4)
AUTHORS:
THLE:
P7RI ODIC ILL:
A"'ITRACT:
SOV127-50-4-23/27
Kulikov,A.V., 'Julikol-' V.V and Abramov, V.F.,
Candidates of ~echxiical Sciences,
M.A. Al"tshuler, The Underground Minin~-; of Large
Deposits of Hard Ores. Al'tshulcr, Podzemnaya
razrabotka moshchnykh zalezhey krepkikh rud.)
Gorny-y zhurnal, 1959, Nr 41 PP 77-78 (USSR)
This is the review of the above book, published
by the Metallurgizdat in 1958.
Card 1/1

BORISMiKO. Sargey Grigorlyevich; KOPITSA, Fedor Andreyevich. Prinimali
uchastiye:,KMIKOY, T.T.: TAR9M)MO, D.W.. BUNIH. A.L. inzh..
reteenzent; .11. POIXSHCHW A.D., kand.takhn.nauk, retsenzent-,
YERKOIMIKO, R.I., otv.rd.; SIPTAGINA, Z.A., red.izd-va; SABI-
TOY. A.. teklin.red.
(Chamber and pillar system of ore mining] Kamernaia siatema
razrabotki v gornorudnoi promyshlonnosti. Moskva. Goo.nauchno-
tokhn.izd-vo lit-ry po gornomu delu, 1960. 399 p. (UM 13:5)
(Mining engineering)
yv

KULIKOV, V. V., dotsentj KMAKINp V. V.., inzh.; GELIMAN, D. Z., dotsent
;Determining losses and impoverdahment of ore in the Kommanar-
Fobeda Shaft of the F. E. Dzerzhinakii Mine. Izv. vys. ucheb.
zavo; gor, zhur. no*9:70-76 161, (MIRA 15:10)
1. Ahepropetrovskiy ordena Trudovogo Krasnogo Znameni gornyy
institut imeni Artema (for Kulikov, Kalyakin). 2. Institut
gornogo dela AN UkrSSR (for Gellman). Rekomendovana kafedroy
ra2frabotki rudnykh mestorozhdeniy i otkryty1ch rabot Dnepropetrov-
skogo gornogo instituta.
(Krivoy Rog Basin-Iron mines and mining)

'wr
POPOV, Georgiy Nikolayevich; NEKRASOVSKIY, Ya.E., prof.~,' retsenzent;
TARTAKOVSKIY, B.N., kand. tekhn. nauk, retsenzent; ARSEUTIYEV,
A.I., dote., retsenzent; IAVRINENKO, V.F., dots., retsenzent;
KULI~~V ~, kand. tekhn. nauk, otv. red.; PARTSEVSKIY, V.N.,
i~e--d.izd-va; SH'KLYAR, S.Ya., tekhn. red.; MAKSIMOVA, V.V., tekhn.
red.
[Working mineral deposits) Razrabotka mestorozhdenii poleznykh
iekopaemykh. 2., perer. i dop. izd. Moskva,, Goagortekhizdat,
1963. 588 p. (MIRA l6s7)
(Mining engineering)

KULIKOV, V.V., dotsent; DZYUBENKO, M.G., inzh.
Opening deep levels in the Krivoy Rog Basin with the use of
inclined shafts equipped with conveyers. Izv.vys.ucheb.zav.;
gor.zhilr. 6 no.11:7-12 163. (MIRA 17:4)
1. Dnopropetrovskiy ordena Trudovom KrAsiogo Znammi gornyy
institut imni Artema (for KulikoZ 2. Institut Krivbassproyekt
(for Dzyubenko). Rekomendovana ka-fectroy razrsibotki inestorozhdaniy
polesnykh iskopayemykh Dnepropetrovskogo gornogo instituta.

ARSENTIYEV, Aleksandr Ivanovich; VINOGRADOV, Vladimir Sarnoylovich;
DZYUBENKO, likhail Grigorlyevich; YESFCHENKO, Alekney
Androyevich; KALYAKIN, Viktor Vasillyevich; F,0MAZIV,
Vitaliy Ivnnovich; KISELEV, Vyacheslav Mikhaylovich;
KULIKOV Vladimir Vasillpkyich; MELESHKIN, Sorgey Mikhaylovich;
SINA.RENK.01- A,f~k-s-a-nd-r, lv,anovich; KHIVRENKO, Akim Foteyevich;
SHKUTA, Eduard Ivrnovich,- SHOSTAK, Afonasiy Grigorlyevich;
MOSKALIKOV, Yevgeniy Fedorovich, retsenzent; SOSEDOV, Orest
Orestovich, retsenzent; ROSEWIT, Alaksandr Filippovich, otv.
red.; SUROVA, V.A.p red.izd-va; LAVRENTIYEVA, L.G., tekhn. red.
(Overall development of an iron-ore basin) Kompleksnoe razvitie
zholezorudnogo basseina. (By] A.I.Arsontlye* i dr.Moskvap Izd-
vo "Nedra," 1964. 293 p. (MIRA 17:3)

KULIOV, V.V., dotgent
Combining open strip and underground mining at a single mining
area in the Krivoy Rog Basin* Izv,vys,uchob.zav.; gor.z',lar. 7'
no.2:32-38 164, OMIRA 17:3)
.1. DrIopropetrovakiy ordena ikraunogo Z=wni gornyy institut imeni
Arteum. Hokomendovana kafedroy podzemnoy razrabotki mestorozhdoniy
p,)I.eznykh i-.kol)ayemyk-b.

TSIMBALYUK, A.K.; KU-LIKOV, V.V.
Nematodes of land birds on the islands if the Bering Sea.
Nauch. dokl. vyo. obkolyl biol, nauki no.2:14-17 165.
(MIRA 18:5)
1. Rekomendovans, kafedroy soologii Dallnevootoohnogo goau-
daretvennogo universiteta.

~.-MKOV' Ya.
Iron Ores
Nethods of preprine iron ore for smelting, Za ekcn. narit. no. 2* 1953
9. Monthly List of Russian Accessions, Library of Congress, 1953. Unclassified.
-ppi
Or

KULIMV, Ta.P.
Data an the operations of the 1955 *Azovetal" plant and, its tasks for
1956. Retallurg no.4:3-5 Ap 156. (Kuu 9: 9)
l.Direkt*r zaveda OAzovstal'".
(Zhdanov--Hetallurgical plants)

SOROKIN, V.A., doktor tekhn.nauk; KIJLIKOV,- Ya.P. inzh.; BULGAKOV, F.V.,
inzh.; 1VANOV, A.I., inzh.
Sintering of iron ores under positive pressure. Met. i
gornorud. prom. no.2:3-7 Mr-Ap 162. (MIRA 151l1)
(Sintering)

KULIKOV, Ya,P., inzh.; KARDASEVICH, I.N., inzh.; SOROKIN, V.A., dolctor
tekhn.nauk
High temperature heating of a blast furnace below. Met. i
gornorud, promo no,3:6-10 Yq-Je 162. (KRA 15:9)
Blast furnaces)

KULIKOV, YA, P ROKIjf, V. A.p doktor tekhn. nauk;
,,, inzh.; 301
PLISWOVSKIY, S. T., inzh.; GULrGA, D. V.t lnzh.;
KAMINSKIY, G. F.p inzh.; KOZHUKH, V. Ya.p,inah.
Automatic control of thermal conditions in blast furnaces. Met.
14 1 gornorud. prom. no.1:6-10 Ja-F 163. (MIRA 1624)
1
(Blast furnaces)
(Automatic control)

EM
KU1.11KOV Ya,P,
y and the mining Industi-f of the Ukruiniar, 5.5.R. in
Metallurp
1964, in the aixth year of the seven-year plan. Yet. I gornorud.
prom. no.10-5 Je-F 164. (KRA 17-10)
1. Zamestitell predsedatelya, Ukrainakogo govota narodnogo
khozyaystva,
N
4, V

KULIKOV Ya P.
Metallurgy and the mining industry in the Ukrainian 'j.j.jj.
in 1965, the last year of the seven-year plan, Met. I gornorud,
prom. no-10-5 Ja-F 165. (MIRA 180)
1. Zamestitell predsedatelya Ukrainakogo soveta narodnogo
khozyaystva.
4
41~

30V/1 15-59-6-21/33
9(2,3)
AUT11OR- Ku I i kov 7 Yr-. I
TITLEt Measuring the Q-Factor of Hollow-Space Oscillators With Low Atten-
uation
PERIODICAL- lzmeritellnaya telchnika, 1959, Nr 6, pp 55-57 (USSR)
ABSTRACT- Measuring the Q-factor of ro8onators with low attenuation with an
accuracy of not les~j than + 5%v is of considerable 1)ractical inter-
est. Measuring mathods of The Q-ractor by the relsonance curve pro-
duce an accuracy In case of small attentiations which practically
does not exceed +(15*20)%. In the irkAhod &~a~--ribed 'by the author,
the determination or the Q-factor 'is reduced Lt.s A- measurement of
the resonance time of a hollow-spact- resonator after its impact.
excitation. The author considers a hollow-space resonatorg with
which the conductantit) of thei walls, the magnotic inductance and
the specific inductive cnpacitance or the nitdium filling the cav-
ity do not depend on the intensity of' Cht. truipietic field and the
electric field strength. The author presents formulas for deter-
Card 1/3 -mining the Q-factor which he derives from A.G. Gurevich's book

SOV/1 15-59-6-21/33
Measuring the Q-Factor of llollow--Space Oscillators With Low Attentiation
"Polyye rezonatory i volnovody" (11ollow-Space Resonators and Wave-
guides) (Ref.3). These formulas show t'llat the principal error
when measuring the Q-factor of liollow-space resonators is con-
nected with measuring the time T and Vie voltage ratio Ul , since
72
the relative error of frequency titeasarements is less than 0.01%
as a rule. Measuring the aforementioned magnittides oil the screen
of a modern oscillograph with a scale grid and calibrated marks
will produce a total error of + 5%6. The autbor then investigates
the additional errors which are caused by frequency changes of
exciting oscillations. For testing the suggested moasuring method,
the author used an arrangement, of which the blot.-It diagram is shown
in fig.2. A 25-1 oscillograph, a signa %I from the crystal detector
was amplified in a wide-band amplifisjr'-~103-1. Tile oscillograph
worked with slave sweep of 2 microseconds duration. The time meas-
urements, during whioli I-lie amplitud6 changed five 'times, were per-
formed on the upper contour of tbe curve by meatis cf the-calibrat-
ing marks on the oscillograph screen with all acutiracy of + 5%.
Card 2/3 Besides the visual Q-factor Lfit ailthor performed the
_rP

i
SOV/1 13--59--6-21/33
Measuring the Q-Factor of Hollov-Space Oscillators With Low Attenuation
. hotographing of the oscillation attenuation curve in a hollow-
P
space resonator. For this pu-i)u!:,) tho tivthor a frequency of
5 mc from the generator 100-1 and a tvo-ray oscillograph OK-1711.
The frequent:y of 5 me wa3 preliMinurily chovIce-I by the heterodyne
wavemeter 526. The attenuation curve and the frequency of 5 me are
shown in fig.4. The author presonts the measurement results in a
table. The accuracy obtained ir measuring the Q-factor of hollow-
spa-e resonators by visual mothods may be increased several times
compaved to the obtained accuracy wht,-A"using e,tlibrated voltage
dividers and manotron circuits for jjjf~aSUI-111~r. Th;?rp are I block
diagram, I graph2 2 oscillograimi, I table and 5 Soviot rf~farences.
Card 3/3

42672
S/142/62/005/005/008/009
E-192/E382
AUTHOR: Kulikov, Ye.I.
TITLE: Accuracy of the frequency measurement of a fluctuating
signal mixed with white noise
PERIODICAL: Izvestiya vysshikh uchobnykh'zavedeniy,
Radioteklinika, v. 5,.no. 5, 1962,.642 - 644
TEXT: The behaviour of the optimum.receiver for measuring
the frequency of a non-fluctuating signal
u(t'W o(po ) = A 0F(t)cos(w0t + Y0) , mixed with white noise n(t)
of spectral density N 0, is investigated.-for-,the case whenl-the'--~
signal applied to the receiver has a fluc-tuating amplitude: 'A
u1(t'W otpo A0F(t)m(t)cos(w 0 t + (P0
.where A 0 is the maximum value of the non-fluctuating signal,
F(t) is the envelope of the non-fluctuating signal, w 0 is the
measured frequency, (p 0 is the initial phase and m(t) is a
Card 113 .1 1

s/142/62/005/005/oo8/odg
Accuracy of the .... F,192/E382
factor describing the flu~tuationa of the envelope. The factor
m(t) is a stationary random process with a spread equal to unity.
A formula for the average deviation of the measured quantity
from the true value is determined and the equation for the spread
of the frequency deviation is shown to be in the form:
r r
(5)
U.) P (t,),R (t. - tj dl~dt.
where R(t 1 - t2 M(tIWt 2 is the normalized correlation
function of the amplitude fluctuation for F(t) = I , while
Q0 is the doubled ratio of the signal energy to the noise power
per unit bandwidth. Eq. (5) is used to determine O(W) for
the case when the correlation funct
I -at?" isij
Card 2/3 R(t I -t2) = a 1 (8)

Accuracy of the .... S/142/62/005/005/008/009
E-192/E382
where I/a = -ZK I which is the correlation time of the amplitude
fluctuations. The increase in a 2WY due to signal fluctuations
is illustrated in Fig. 1 as a function of 0 = T/1_ K 1 which.-is
the ratio of the observation time to -the coirrelation time. It is.
seen that the spread 02, increases linearly with
There is 1 figure.
ASSOCIATION: Kafedra radiofiziki Voronezhskogo gos. universiteta
(Radiophysics Department of Voronezh State
University)
SUBMITTED: January 20, 1962 (initially)
K_
April 14, 1962 (after revision) 40
Fig. 1: 3,0
20
T
/10
0 2 4 6 a to
Card 3/3

t~li- 06
AUTHOR: Kulikov, Ye.1,
TITLE: Unreliability of evaluation
having random initial phase
ception and normal noise
8/109/62/007/005/018/021
D230/D308
of a radio-signal parameter
in the case of optimum re-
_';~'BRIODICAL: Radiotekhnika i elektronika, v. 7f no. 5, 1962,
904 - 906
TEXT: An optimum receiving system for a given input is represented
by an output signal proportional to an a posteriori distribution
P(l). An expression is given for the envelope of the transient pro-
cess representing a reference signal of the optimum receiver. In
estimating the parameter 1 by the method of maximum maximorum of a
nosteriori distributionp as the level of disturbing noise and the
interval of poBsible L-values of the parameter 1 increase, the proba-
bility increases that the maximum maximorum will be determined by
noise and not by actual signal. The ratio between the two characte-
ristics of noise and signalf for which the unreliability of the 1-
parameter evaluation becomes apparentp is discussed. An existing
Card 1/2

3/109/62/007/005/018/021
Unreliability of evaluation of a D230/D308 -
approximate method of unreliability evaluation, used in delay time
measurement of a random-phase signal in white noise is examined. The
unreliability characteristic is found by representing the modulus of
the transient process at the output of an optimum filter by a sum of
noise and signal functions# Two special cases of delay time measure-
ment-I are also considered: (i) Measurement of a triangular pulse,
andp (ii) measurement of a rectangular frequency-modulated pulse in
whit-e noise'and for a given spectral density. There are 2 referen-
ces.
SUBIJITTED: October 6, 1961,
Card 2/2

40915
S/109/62/007/007/003/018
K' C/ zoo D271/D308
AUTHOR: Kulikov, Ye. I.
TITLE: Accuracy of a certain method of measuring a signal
parameter, when th 'e pedestal signal parameter of the
receiver assume.s discrete values
PERIODICAL: Radiotekhnika i elektronika, v'. 7, no. 7, 1962,
1077-1081
TEXT: The author studies the influence of separation of discrete
values of the pedestal signal in an ideal receiver on the diaper-
sion of signal parameter evaluation, in the prepence of-addi-tive
normal noise; conditions-arising when the pedestal signal parame-
ter is continuously variable are compared. In a signal u(1, t4,T)
only the 1 parameter is considered. An equation is formulated,re-
lating the envelope of a random process at the output of an optimal
-linear filter and the pedestal signal provided by the local oscil-
lator of the optimal correlation receiver;'this receiver must in-
--tegrat~ over a period T the total signal received, with a weight-
Card 1/2
5, 1;1404
IM11 11

.S/109/62/007/007/003/018
Accuracy of a certain ... D271/D308
ing factor corresponding to pedestal signal for all possible va-
lues of the required parameter; an amplitude detector must follow
and then a circuit which decides the value of the parameter. The
method of the greatest maximum is most frequently used in the de-
cision circuit. In view of the difficulty of providing continuous
variation of the pedestal signal, it io usually necessary to have
a multicnannel system with discrete values of the 1 parameter,
The maximal accuracy is obtained by weighting output values of all
channels, but in the simplest case which is considered in detail,
parameter evaluation is based on the value obtained from the chan-
nel with the greatest output voltage. The calculation of the eva-
luation dispersion with a multi-channel optimal system, for a gi-
ven,61 interval, is solved assuming that dispersion of the con-
tinuous variation case is known. Quantizing characteristic is re-
presented as a sum of rectangular pulses. A formula is derived
which makes it possible to determine the number of channels nece8-
sary to ensure a given value of evaluation dispersion. There are
5 figures.
-SUBMITTED: October 6, ~961
Card 2/2

33788
S/10 '2/017/002/003/010
D201Yn3O5
AUTHORS: Tikhonov, V.I., and Xulikov, Ye.I., Members of the
Society (see Associat-f-o-nT-
TITLE: The distribution of over-Bhoots and of maxima of
fluctuations
PERIODICAL: Hadiotekhnikag v. 17, no. 2, 19629 15 - 23
TEXT: The authors analyze two problems: 1) To find the distribu-
tion of patterns of noise of fixed duration according to the number
of overshoots (Fig. 1), and 2) To determine the distribution of ma-
xima maximorum on patterns of noise of a given duration. The experi-
mental investigation of problem (1) was carried out using an 8-sta-
ge TRF receiver and an amplitude detector. The amplitude frequency
characteristic of the receiver up to the detector stage had a Gau-
asian shape
K(f) = K(f 0)e-3,68(f-fo)2 (1)
where f0 30 Mc/s resonant central frequency of the pass band.
Card 1/5

33788
S/108/62/017/'002/003/010
The distribution of over-shoots ... D201/D305
The 6 db bandwidth of the receiver was /A f O~92 Mc/s. The noise
correlation coefficient at the amplifier (1) output was given by
R(T) = exp(- I_a2T2) cos w (2)
2 0
where a = 1o65 l/microseco The romose value of normal stationary
noise at the detector input was d = 0.5 V, the noise at the detec-
tor output has the probability density well approximated by
POO = 500~ 1.42 e-1 4. 21?P (4)
where the detector output voltage. The noise of the receiver
was applied from the detector to the CRO type OK-17M and various
duration photographs of this noise were made with the AKC-1 (AKS-1)
camera. The duration of photographed noise patterns was T = 5, 25?
100, 500 and 2000 microseconds, about 500 different photographs be-
ing taken of patterns of each duration. The oscillograms were sta-
tistically processed with the resulting conclusion as follows: 1) At
all T's with the increase of level H both the mean number and the
dispersion of the number of H level crossings decreaseso The ratio
Card 2/5

33788
8/108/62/017/002/003/010
The distribution-of over-shoots ... D201/D305
or./R decreases, however, with decreasing H level and increasing T.
2) While at low H levels the distribution is nearly symmetrical
with respect to Ti and is similar to a normal distributiong with the
increase of H the most probable value shifts towards small n, for
large enough values of H the distribution becoming exponential- 3)
The same photographs of noise were used for obtaining the probabi-
lity-densities of maxima maximorum for patterns of fixed duration.
During proof reading the authors learned that a similar problem has
been investigated in the USA with the help of computers by S. Tha-
ler and S.A. Meltzer (PIRE, v. 49, no. 2, 1961). The value of Em 0f
the maximum of maxima was determined for every pattern and from the
values thus obtained histograms of maxima maximorumq referred to
the r.m.s. value of noise at the input (0~5 V) were drawn. All hi-
stograms are well approximated by the normal curve
Hm ffm 2
P(LM) exp[- --I-- ( _ 7)], (5)
01 -VT- 2 o'
olm 2d~
Card 3/5

331 7 8 8
B/108/62/017/002/003/010
The distribution of over-shoots D201/D305
in which the mean value and are determined from
m = 1.1 + 0.47 lg T, (6)
ly
and O'n = 0.346 exp[- 1-614 (1 + 1g T)2]. (7
7
The obtained graphs of probability density P(Hm/cf) of maxima for
patterns of different duration T show that with increasing T of a
pattern the average value of ffm increases and dispersion decreases,
the probability densities with increasing T becoming 'narrower' and
'higher'. The theoretical solution of the pi-oblem of obtaining the
probability density for Hm is very complicated. An approximate solu-
tion of it is given which under some simplifying assumptions results
in expressions which are in good agreement with experiment. There
are 2 tables, 9 figures and 11 references; 3 Soviet-bloc and 8 non-
Soviet-bloc. The 4 most recent references to the English-language
publications read as follows: C.W. Helstrom, IRE Trans.inform.theo-
ry, IT-39 no. 4, 1957; U.M. White, J.appl.phys., v. 29, no. 4, 1958;
Card 4/5

33788
S/108/62/017/002/003/010
The distribution of over-8hoots D201/D305
S.O. Rice, BSTJ, v. 37, no. 3, 1958; M. Frankfort, PIRE, ve 48, no&
89 1960.
ASSOCIATION: Nauchno-tekhnicheakoye obahche6tvo radiotekhniki i
elektrosvyazi im. A.S. Popova (Scientific and Techni-
cal Society of Radio IMeineering and Electrical Commu-
nications imeni A.B. Popov) (Abstractor's note: Name
of Association taken from first page of journal]
SUBMITTED: December 8, 1960
Fig. 1.
/N
Card 5/5

S/108/62,/017/007/001/008
D288/D308
AUTHOR: ulikov, I., Member of the Society (see
so Y~no-
--~Associa
c~
ja
TITLE: Limits of accuracy in assessing the parameter
of a signal received in the presence of-normal
noise
PE.RIODICAL: Radiotekhnika, v. 17,no. 7, 1962, 3-10
TEXT: A formal, generalized mathematical analysis of the
problem is presented, based on the method of evaluating the
maximum of the maximorum probability function. The investigated
signal is given by s(tq 101 cp0)q the parameter 10 becoming
1rl~ when the probability function L(l) becomes maximum maxi-
moj~um M(l). The procedure is based on the mathematical work of
I. N. Amiantov (Ref. 1: Primeneniye teorii resheniy k zadacham
Card 1/3

S/108/62/017/007/001/008
Limits of accuracy in... D288/D308
obnaruzheniya signalov i vydeleniya signalov iz shumQ-y f-Appli-
cation of theory.of solutions to problems of signal detection
and signal separation from noise2, Izd. VVIA im. prof. N. Ye.
Zhukovskogo, 1958). White noise of given spectral density and
narrow and wide band noise spectra are considered. The tech-
nique consists in expressing dispersion and correlation func-
tions in terms of Bessel functions, expanding them into Taylor
series, and, where possible, neglecting terms of higher order.
iesulting generalized formulas for the dispersion function are
s-.ated in terms of S 1), M(l), noise function N(l), and
signal/noise ratio RM. Aere are 3 figures.
ASSOCIATION: Nauchno_tekh~~_icheskoye obshchestvo radiotekhniki
i elektrosvyazi im. A. S. Popova (Scientific and
Technical Society'of Radio Engineerin and Elec-
trical Communications im. A. S. Fopov~ Z-Abstract-
er's note: Name of Association taken from first
page of journal.2
Card 2/3

Limits of accuracy in...
SUBMITTED:
March 9
July 12:
3/108/62/ol7/007/ool/008
D288/D308
1
961 initially)
1961 rafter revision)
1b
Card 3/3

h0126
S I! C S11 622/0 17/008/00 1/00~,-
D409/D_301
AUTFOR: XuliIcov, Yc.. Member of t-he Scciet-y (see Associa-
Z"-n-
110
TITLE Limiting measutement-accuracy of delay t:'mc
PEPIODIC-AL: Radiotck..hnika, v. 17, no. 8, 1962, 3-9
The irr-asiarremcnt dispersion of ttim.(2 of
T 1 !XT 'A
radio -signal Vith random initial phase is calculatcC. 1--y tiOn tacthoe
t- .1c rc-CCI)t-,on
of the maximum maximorum of the li'clihood fuuCI-40n; t,
talkes place in the T)7_,-CSCT1.Cn of ull-ii-Ic or narrow. --bmlc
The -,haT,.)cs of sifn-As at the output of optimal rcccilvlcil :7LiOTAI.
Assuming that the apricri distribution of tic! Me--ov.-Mc., )~,rcT"ctcr
,ra is ianiEorm. in the interval of ooccrvation 0 T, a
fon,.icd at the output of the optimal rQccivc~r is P:-o_.crt-'cn,,1
to the likelihood function of the paramctcr r t r,~ ~ cc
tion of a bell-shaped signal in the -preocrcc o.-F -acr-m-a-L nclcc
is c,onsidered. The disT)ersio- of thn estiriatc of
is given by the formula
Card 1/4-

Limiting rienturement-accuracy ...
S110y"162101710OUS10111 /0"11.5
DI-C9/D_"-O3_
(V) = - I + 3 3 1 + 3
Qo o To To
ienere Qo = 2EO/DT 0 is the signal-to-noise ratio, the parcnctcr
characterizes the effective frequcucy-band J~E3, and -:--v is t"Ile
ef-r-ective duration of the signal. it is noto~, that tbc
L_ . a2 correop onds to ',.-Toodlward ' so rc Fon-~._,Ia 3 !"Cw S
im.1-ion of
.1ilso that the correction factor 3/Qo yi-cids a considcrabic co-atrii)Li-
C 1- ~'~
on to 0,2 (in the case of not very lar,rc sim I
t L
Further, the case of signal reception in thc. prescnce cf:
band normal noise is considercd. From thc `.`Ormula --For C.-- t- J* Y 1 C,
-2' L:
it is evident that the dispersion dc-)cmI_- not on).,Y o-n t"Ic, _,=. _._ c
Qo and tu, but also on the ratio of'f t'ac )~_`recucn'.cy :x"n'-Is of tI~I_ C".-C*-,--
t;y spectra of signal and noisc, as i-.,cil ass op thc r,~'L-io 0,'-7
frequency mismatch to noise cner-y-ban(I. A 31110-=-
output-signal functions of an optimal. receiver .-For
band ratios, on the assumpt4.on that the cc-.-.!_--al --*rcc:%-.cvtc,..c':; c-
signal and noise spectra coinc-Lclle. l-rom the curvcs it i1r, Qvidcll"L:
C arcl- 2/4

S/1003/62/017/0000/001/005
Limiting measurement-accuracy ... D409/D301
that with decreasing width of the noisc :Crcc-,uc-.1cy banc, res-,)Cct
to that of the signal frequency band, the rate of ch.:rSfc of the Oig-
nal fulictior. in the neighborhoocl of 4t - 0 incrcascn;
to a decrea5e in c-2. 0
L Other curves show that thcrc cxiotr, a
hold.of the sharp decrease in (y2 in signal rcccption -,.7i'L-h nar-.co-,
band noise as compared to white noi.,,e. 1,urtihcr, tlio- roception in
considered of a rectangular signal with linc,,x Im., of c*,,,I-,,.-c Of, t-ac
carrier frequency, in the prcsonce o-f ~-fhite noisc.
gliven which show that the accuracy of measu.-rcment of t--- dclay tire
0- t, 1
t
does not depend on the type of pulse enw-,lope, .11y 0.. C
L
range of modulation of the frequency and on thc si,"fnal-to-noisc
2 in tj~c c,,I~,c O-j
ratio. The dispersion a -Itj on
is compared with the di-spersion in the casc cif 1)7,irc
';L'herc are 5 figures.
SOCIATIO14: 1 Zau c hn o - t e 14: hn i c h e c' c o y eobshchostizo r-*iotc'I,,-*.-n--,-7-,. J-
yazi im. i~.S) - I-lopova ('~c-' c,,-iti-fic ar -
elcktrosw 1P, e C'I
-10
nical Society of Ratio 4:1n-Ir,;P.CCr4n-
imeni A. S. !?opov)
I'LSSociation tak--n from -fi*rst -pa-fc o2f "curn-a',
Card 3/4
k

I
S/108,/62/017/003/001/005
Limiting me asurement -accuracy ... D409/D301
SPUMEITTED: I-Alarch 0., 1961 (il"itially)
July 12, 1961 (aftcr rc-vision)
Card'4/4

L 10249-63 EWr(1)/EEG-2/EED-2/9EO-2/
BDS--AFFrC/A6D/E6D-3--F1-4/Pn-4
ACCESSION NR: AP3001006 S/0109/63/006/006/1066/1069
AUTHOR: Kulikov, Ye. 1.
TITLE: Maxim= accuracy of measuring a parameter of radiosignal with a normal-
noise background when a nonoptimal receiver is used
SOURCE: Radiotekhnika i elektroniLai, v. 8, no. 6, 1963, 1066-1069
TOPIC TAGS: radio reception theory, radio noise elimination
ABSTRACT: An equation describing the parameter with an additive normal noise and
a known correlation function is solved and the results are analyzed. Ma I
maximor= of the output signal is used for evaluatirg the parameter. Orig. art.
has: 2 figures and 30 formulas.
ASSOCIATION: none
SUMaTTED: OlAug62
DATE AGQDt oljul63
ENCL: 00
SUB CODE: 00 NO REF SOV.- 001 OTHER: 000
0
Card

S11081631013100110091011
D201/D308
AUTHOR: Kulikov, .. ~e.I., Member of the Society (see Associa-I
_tTo_n)__
TITLE: Limit accuracy of simultaneous estimation of two
paraneters of a signal in normal noise reception
PERIODICAL: Radiotekhnika, V. 18, no. 1, 1963, 53-60
TEXT: By considering a Woodward type of optimal receiver,
which produces an output proportional to the probability function,
the author determines the maximum of this probability function and
obtains formulas for the dispersion and autocorrelation factor bet-
ween simultaneous estimations of two parameters of a radio signal.
The radio-signal has a random initial phase and appears on the back-
ground of additive autocorrelated white noise. The formulas are
used for deteiTaining the time delay and frequency shift of radio
frequency pulse with a bell-shaped envelope with linear internal
frequency modulation and random initial phase. The formulas show
that the dispersion in the estimation of time delay and of frequency
Card 1/2

S/108/63/018/001/009/011
Limit accuracy of simultaneous D201/41308
shift is independent of the range of maximum frequency deviation;
it depends only on the shape of the pulse envelope. Dispersion in 14
the estimation of frequency shift varies as the "paramtter" of the
pulse-frequency modulation Afm tP* There are 3 figures.
ASSOCIATION: Nauchno-tekhnicheskoye obshchestvo radiotekhniki i
elektrosvyazi im. A.S. Popova (Scientific and Tech-~
and Electrical
nical Society of Radio Engineerin~_,
Communications imeni A.9. Popov) Abstracter's
note:,Name of Association taken from first page of
journa12
SUIVITTED: June 27, 1961
L-c-ard 2/2

ACCESSION NRt AP4024497 S/0142/64/007/002/0217/0221
AUTHOR: XUlikoV. Ye I.
TITLEt Accuracy of measurement of radi .o signal parameters by
determtnina the Instant when the output'signal of an optimal re-
ceiver crosses a spherical level
SOURCE: XVUZ. Radiotokhnika, v. 7, no. '10 1964, 117-121
TOPIC TAGS: optimal receiver, absolute maximum method. threshold
level method, variance ratio. stationary normal noise, Gaussian
pulse, 'white noise, narrow band normal noise, qpeotral density
ABSTRACT: It is shown by mathematical analysis that the threshold
method of signal detection against stationary normal noise, (whore
the true value of the signal is assumed to be the receiver output
Maon a certain threshold level is crossed). which is used in pre-
ference to the method in which the absolute maximum of the receiver
output is determined, (owing to greater ease in physical realization),
gives rise to appreciable errors. A factor k, equal to the ratio of '
the variances of tho estimates obtained by the two methods, is intro-,
duced an0_ servos to evaluate the threshold method against the ab-
soluto maximum method. The value of k is determined in general form
and also for several partiQular casosq such as the measurement of
Card

ACCESSION XR: AP4024497 J
the delay time of a Gaussian radio pulse in white noise, measurement
of the delay time of a Gaussian pulse when received against the
background of hiarrow-band normal noise with a given correlation
function, and measurement of the frequency shift of a Gaussian radio
pulse in white noise with a specified spectral density. Examination
,of the general expressions and of the particular examples shows that
1an estimate of signal parameters based on the instants when the out-
..Put signal of an optimal correlation receiver crosses a specified
threshold level gives rise to larger errors than an estimate based
.on the absolut maximum method. Orig. art. hast 9 formulas and
1 figure,
ASSOCIAITON: None
SUMITTEDs 28Deo62 DATE AC,4s 13Apr64 RX6Lt 01
SUB CODRs GH NO REP SOVt 003 OTHRRI 000
Crd 2/3

lvlra~mum accutrac-, o-If
pl, :,41n,
4i
;mp.- N~ N

gV.1

,","'LIK017, ye.j.
Accuracy of the of, t~,
Overshoots and
165,
IE:3)

I__ . _,_ ;-- ~, F_ --, ... . - IM131111 III
..,:-MIKOV, YG.V.; CHATa, M.P.
Using Interference techniques for measuring low amplitudes of mechan-
ical vibrations. PrIb.i tekh.eksp.no.2tl3l-l33 8-0 '56. NLR& lo:2)
1. LeningTadskiy goeuderstyennyy universitet im. A.L.Zhdanova.
Onterferometry) (Vibration--Measurement)

~~ . % , !-!~. I, ~~ r.~: I ',T,;--iiii
I , I
kJONERCIV , A. Ya 0 Y, MARKOV, Yu. V. s SKIIORISOV, S. f.. ; ::3! i Z, ~-. , 17, - 1.
YU~1~011 - SRY.OPNTIY~j7, 7.7.; -1141 F ~
SGROKRI, Yu.P., I %-- I .
A.A.; TATAMIKOV, V.P.-, SIDORFIKO, V.A.
Some wayo of developing water-mcd6rated water-tco'ted reactc-o.
Atom. energ, 17 no.6:42.1 D 164 (MIPA 18sol)

6c,
j L2307b-65 EWT(M)/ZPF(c)/EP?(n)-2/EM Pr4j/Po4j/Pu4s
ACCESSION NR: AP500126-1 S/0089/641017/006/042710439
AUTHOR: KrdYnbrov, A. Ya.; Markov, Yu. V.; Skvortsov, S. A.; Denisoy,V. P.;
Ye. V.; $orokin, Yu. P.; St kollnikov. V. V Kh )Sblachey.
Killikov X-L 0
Tatarnikov,_ V._.P., Sidorenko, V. A.
TITLE: Some trends in the development of the second Voronezh power reactor
SOURCE:Atomnayacnerglya, v. 17, no. 6, 1964, 427-439
TOPIC TAGS: power reactor, water cooled. reactorpwate r moderated reactor,
reactor economy., second Voronezh power reactor
ABSTRACT: The paper is a summary of the SSSR 0304 report at the Third Inter-
- national Conference an Peaceful Uses of Atomic Energy in Geneva, f-96-4. _'he_
first Voronezh reactor.'of 216 Mw (elect. ), was described earlier (S.A. Skvozteov,
Transactions of the Second International Conf. , 1950). This reactor is now being
readied for exploitation. The second Voronezh reactor, of 365 Mw(elect. ) is
under construction. The water pressure will be 120 atm. Water Is used as mod-
Cordl/2

L 2307h-65
ACCE�SION NR.- AP5001264
erator and for the heat transfer. During the operation of about 2 years, fuel'
consumption is about 30, 000 Mw- day/ tons of uranium. The second reactor in a
modernization of the first reactor. Details are given of the construction, and the
effects of various characteriatias on the exploitation cost are estimated. Orig.
art. has: 7 figures
ASSOCIATION: None
SUBMITTED: 00 ENCL: 00 SUB CODE: NP
NR REF SOV: 005 OTHER: 003
ccwd 2/ 2

POFO~T,A~, pc,!k,-vnj-k; Kul'i1q)v
, Yu.~ OIV~17
-1 ------ i irr)ycrny-- 1(--t`Mk kla~,-a
la!~tical scheme of an in $-
1) 1 i'34 ~t-f':7ePt 'On, I Kosm. 47 nco22'--62--65
NTRA 18.-1)

GRIITBAUX, F.T., professor, nauchW rukovoditel'; KRUTSEV, Y.N., zamentitall
glavnogo vracha; MINMV, A.M., glavnyy vrach; GORKIN, Ye.Y., dotsent,
&_Lu.A., aturshiy nauchnyy sotrudnik.
zaveduyuohcbiy; Zjg~j&Q
Decision of the joint conference of the Gor'kiy branch of the All-Union
Mechnikov Society of Microbiologists, Epidemiologists and Specialists in
Infectious Diseases and of epidemiologists and bacteriologists of the
Gorlkiy Province, Municipal and District Sanitation and Epidemiological
Stations of May 15, 1952. Zhur.mikrobiol.apid.i immun. no.3.*96-99 Mr 153.
(KLRL 6:6)
~1. Gorlkovskiy institut epidemiologii i mikrobiologii (for Grinbaum and
Kulikov). 2. Gorikovskaya oblastnaya. saniturno-epidemiologicheakaya Btan-
talya (for Krutsev). 3. Gorlkovskaya gorodckaya, sanitarno-epidemiolo-
gicheakaya stantsiya (for Mineyev). 4. Klinika detskikh infektaly Gorl-
kovskogo moditainakogo institute. (for Gorkin). (Typhus fever)

M"INOV, M.S. p, CHERTOK, Ya.B.; YEVENKO, V.I.,, kand.
tekhn. n-auk, retaenzent; UVAROVA, A.F., tekhn. red.
[Cooling systems of diesel locomotives]Okhlazhdaiushchie
ustroistva teplovozov. Moskva, Mashgiz, 1962. 256 p.
(MIRA 16:1)
(Diesel locomotives-Cooling)

KuLijcoy YU A
--
[Xrythroe7tic a"cle of the PMhogen of tertlan malarial Iritrotai-
tarny' tgikl vozbuditelia trekhdnevnoi maliarli. Golikii
11# P. 1954.
("'ARIA) (ARTTHRO(;YTzs) ~KLRA 917)

A-STARROV, V.A.; PODKOVKIN, M.F.; KULIXOV, Yu.A,
Characteristics of the automatio fluid outlet of gathering and distribu-
tion containers of low-temperature separators having a diethylene
glycol inlet. Gaz. delo no.7:15-19 165. (MIRA 18:9)
1. Vaesoyuznyy nauchno-issledovatellskiy institut prirodnogo gaza.

w
"Ir
r
.1
-it I :Lvi ~y of' gamonts of Plasmo0i u,-r, V I VrIY: T,O C-
P, prm t -o s ch 17 c) trop i c 1.) r op P- ra. on 8 .ric.A. p: r~~%I h.A.
'44 no.6;661.,666 1-1-D 165. A!12)
I. i.)tdol me-dit-Anskoy protwoologai
,i-1 t trapAohc??oy Y.P-d.1 ti~
I-.razitoloF Iny lm~ --irt-Inovskogn
Minist.p~~nutvrt -;.drvvt)akhran(,naya Jcakva. 6ijl.,ni t itici ~ccrnalAr
29, V4 3.

KULIKOV., Yuriy Anatollyevich
Academic degree of Doctor of Medical Sciences, based on his defense,
14 January 1955, in the Council of the Gorlkiy Medical Inst imeni
Kirov, of his dissertation entitled: "Erythrocytic cycle of the
pathogenic organism of three-day malaria."
Academic degree and/or title: Doctor of Sciences
SO: Decisions of VAK, List no. 18, 10 Sep 55, Byullatent MVO SSR, No. 17,
Sep 56, Moscow, pp 9-16, Unal. JPRS/NY-435

PAIRMIOVY IMI., dotsent, kand. t,3khn- Malik; G01,1VIO11, V.K., arnir-arit.;
,. 4'
BROVCHFINKO R,A., atudentj 1911,TKOV, Yij.I.P 1)')YF
I , JIEN, Yu.1L,
student
Fixed faetening of a unit in a plane under directicnaIly var.11abl-le
loading. Sbor. trud. Khab. avt.-(Ior, inst. no.1:12-15 162.
(141RA 18:1)

VIMOGRADOV, V.A.; IVJLIKOV, Yu.K,p inzhener-konBtruktor I-y katerogil
Self-lubricating plastic bearings. TekBt.prom. no.2:77-79 F 163.
(MIRA 16W
1, N4challnik.otdola maBhinostroitelinykh materia-lov Nauchno-
i0sledovatel'skogo ekoperimentallno-konstruktorokogo instituta
pryadill"o oborudovaniya (NIEKIPmash) (for Vinogradov~.
2. Nauchno-isaledovateliskiy eksperimentalino-konstruktorokii~,
institut pryadilinogo oborudovaniya (NIEKIPmash) (for Kulikov
(Plastic bearings)

KULIKOV, Yu*M,, staraldy nauchnyy sotrudnik
Method for determining tho efficiency of mixing cotton f1bers.
Teket.prom. 25 no,11:21-22 N 165.
(MIRA 18tl2)
1. Kalininskiy nauchno-issiedovatellskiy institut tekstillnoy
promyshlennosti.

S/66 61/000/003/001/008
D234YD302
AUTHORS: Stepanov, G.P., and Kulikov, Yu.N.
TITLE: Investigating dynamical characteristics of tempera-
ture transmitter for a checked air stream
SOURCEt Avtomaticheskoye regulirovaniye aviadvigately; abornik
statey. no, 3, Moscow, 1961, 5 - 32
TEXTz The authors consider an analytical method of deter-
mining dynamical errors of temperature transmitters (intended for ac-
curate measurements of the temperature of the air stream at the inlet
of a gas turbine motor). In formulating the requirements for tempera-
ture transmitters it is necessary to know the time constant which
they should possess for given absolute errors of measurements. The
authors deduce an expression for the constant and give a graph of its
dependence on temperature difference and the rate of variation of tem-
pprature. The installation used for experimental determination of the
time constant, and methods of data processing are described. Theor~.ti-
Card (9

S/682/61/000/003/001/008
Investigating dynamical ... D234/D302
cal expressions for the time constants of sensitive elements for tem-
perature of a checked air stream (having the form of a tube or a rod
,whose length varies with temperature) are obtained. The mercury vapor
transmitter, the thermal cartridge nT -9 (PT-9), the dilatometric
temperature transmitter with a hydraulic converter and resistance ther-
mometere are described ardtheir experimental and theoretical charac-
teristics compared. It is established that the variation of the time
constant with the velocity of air flow and the specific weight of air
obeys a hyperbolic law. Inertialtty of response of the transmitters
increases considerably with the length of the air supply pipe. Trans-
mitters with sensitive elements in the form of aluminum tubes#ribbons#
steel wire are found to have the smalle9t inertiality of response.
Four examples of rumerical computations of characteristics are given.
There are 23 figures, 5 tables and 12 references, 9 Soviet-bloc and
3 non-Soviet-bloo. The references to the English-language publications
read as followst W.H. McAdams, Heat Transmission, V.Y., McGraw-Hill,
1954; F.H. Carey. The development of the spill flow burner and its con-
trol system for gas turbine engine. J. Royal Aeron. Soc. 1954, vol-58,
no. 527.
Card 2/2

~,q~~KQV,-,,Yux. ,
-1-
Cretaceous sediments in the. southwestern part of the North
Siberian Lowland. Uch. zap. NIIGA. Reg. geol. no.2:48-r,?
'64. OVIIPJI 19; 1)

L 07345r67 EWT(d)/EVIP(,V)/EWP(k)/EWP(h)/E'dP(l)..
~ACC NRi AP6012156 SOURCE COM UR/0413/66/000/007/0073/0073
iAUTHORSs Kulikovo Yu. Voi Popovich, B. A.
'ORGs none
iTITLEs. Holding devim, Class V.# NO* 160390
jBOURCEI Izobreteniya# orooWshlennyye obraztoyp tovarnyye znWdg no, 7P 19661 73
ITOPIC TAM gas pressuret beat effect# holding device
ABSMM This Author Certificate presents a holding device containing an elastic
i!element (see-Fig. 1). Slastio.element
Fig*, I
fTo provide a poeitivehold on objects working at high temperatures (about 2000C)
~without cooling the holding devicef the elastic element is made in the form of a
:box of refractory material (ouch as tantalum). The box is filled with gas (say,
t
:Dxgon). As the temperature rises to 2000C, the gaa expands, causing the compree-
aion of the object being hold. Orig. art. hawl figure,
i card,I/Ve.SUD COM SUBM DAT9'--.O3APr64---...--- UDC# 62-229.312.2-271

L 2482-M Em
ACCESSION NR: AP5007040 8/0120/65/000/001/0120/0123
40~ 1 .
AUMOR: Karzhavins-Yu. A.; Kulikov 14alashkevi
-Yu V. Rakitskiy. Da V.
Ramzhin, V. N.- A
TITLE: Stabilized Iiigh-voltage power source of �250 kv
SOURCE: Pribory i tekhnika eksperimenta, no. 1, 1965, 120-123
MPIC V~GS: high voltage generator, separator, k meson beam, antiproton beam, I
proton synchrotron
ABSTRACT:' A �250-kv power source is described for use in conjunction with a
separator to produce pure k-meson and artiproton beam on the Joint Nuclear Re-
sealgh Inati&utels prqj~~chrotr~pA. OThe stability of the source is 1O.-1%;its
power output is 6 kv. High voltage is produced in two stages. The arst stage
is a standard ultrasonic generator with a slightly modified circuit, which, to-
gether with a series resonant circuit, assurez an effective output voltage of
70 kv. The second stage consists of two cascade-connected generators which produc6
+250 kv and -250 kv, respectively. The source is relatively simple in construction
and usi~s stand6rd components. With a slightly modified ultrasonic generator,
voltages 5-15 times higher can be obtained with a load power oi several kv. Orig?.
art. has:. __5Lj:i%,ur"- IJR] I ,:
1/2
Z,
anik

L 2482-66
ACCESSION NR: AP5007040
ASSOCIATION: Ob yedinennyy institut yadernykh issledovaaniy (Joint Nuclear Fte-
search Instituie)
SUBMTTED: 19jan 64 ENCL: 00 SUB CODE: EE.,vf
NO REP SOV: .000
OTMR: 000' ATD PRms: 3246

IER-SHVARTS, G.V.; KULIKOV, Yu.V.
Contribution to the theory of tolerances in electron-optical
devices. Radiotekh. i elektron. 7 no.12:2067-2071 D 162.
(MIRA 15: 11)
(Electron optics-Equipment and supplies)