SCIENTIFIC ABSTRACT KULIKOV, V.A. - KULIKOV, V.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000927420016-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

I)iri-ot ciia n T'r%~.'v
..ito In
r c~ *'I,r 129-3

K ULl ~; 1 17 f -- . - .
, ~i~ ~ I ;I! i-1 n~, bi-Acket-jib ornnon nt tho Ord zbonikidze Macb1no-Tool
Plant. Biul.tokb-okon.inform, .0o9. nauch .-i..g:-,l. Ing t. nFulch. i tekh,
inforin. 18 no.6.40 ja 165. (MIRA 18j7)

V.A.p kand. m-l. ni:idr-
Evaluation of the concentratLyif, furictic;n of "ho, gati,biliddor In
chronin cholecy3tLtia. Trudy 1-go N"T1
Concentratim, funetlan of the gnllb,.aodr.,r ir p:-jAlc ulcer cf the
atomach anc duoden=, Ibid. .1'94-AA is-,)

XULIKOV, V.D.
In spring harrowing necessary for winter crops in the Maban. Saxlede
lie 6 no.2:-88-89 158. (mm 11o)
1. Glavny7 agranom sellskokhozyaystvennoy Stabelevokoy mashinno-
stroit6linoy stanteii, Krasnodarskogo kraya.
(Xuban--Tillage)

ACC NR: AP7002701 SOURCE CODE: JAI/0424/66/000/006/0144/0147
AUTHOR: Kulikov, V. D. (Leningrad); Fomin, V. L. (Leningrad)
ORG: none
TITLE: On the stress concentration in a plate with a circular opening
SOURCE: Inzhenernyy zhurnal. Mekhanika tverdogo tela, no. 6, 1966, 144-147
TOPIC TAGS: stress concentration, stress analysis, complex stress, tensile St.-ess,
variational method, variational calculus, functional equation
ABSTRACT: The stress concentration in an infinite plate with a circular opening was
examined under bilateral strain. The solution of a simple loading problem was reduced
to a minimization of the nonquadratic functional. The infinite plane with an opening!
was substituted by a circular ring with an adequate external radius; Kachanov's varia--;
tional method was used to calculato this finite area. The statistically permissible
stress-strain fields were determined by -separating the variables in the equilibrium
equations. The calculations were perfomed on a M-20 computer. The results obtained
by other researchers in the past, including a case of pure shear as well at; previous-
ly obtained empirical results, are tabulated. Orig. ai-t. has: 15 formulas, 4 figures.;
SUB CODE: PZO) /.3- SUBM DATE: 22Jun66/ ORIG REF: 006
1/1

137-58-6-1215-r-
Translation from: Referativnyy zhurnal, Metallurgi-ya, 1958, Nr 6, p 140 (USSR)
AUTHORS Ben~akovskiv. M.A., Shadrin, V.A., Kulikov, V.I.,
Uzi~etlko, A.M., Kustobayev, G.G., Kochnev,
Kutuyev, Ya.S.
TITLE- The Interrelation of the Pressure, the Pull. and the Thickness
of a S1 rip Subjected to Cold Rolling (VzaizTiosvyaz' davleniya,
natyazheniya i tolshchinv lenty pri kholodnoy prokatke)
PERIODICAL Byul. nauc.litio-tek)-in. inform. Ural'skiy n.-I. in-t chernykh
rnetallov, 1957, Nr 3, pp 114-123
ABSTRACT- A three - stand rolling mill of the DvIMK was employed during
r(.,,,var(h - oncerned with the effett of rolling (1`~) rate on the
thicknes-, of a strip (S), the establishment of interrelation of
preHsure and pull during cold R, and determination of the sigy-
nificance of longitudinal and transverse thickness variations in
the S. A mathematical relationship is established between the
basi(. parameters of the technological process of cold R of a S.
It is e!-tablished that variations in the tcnsion of the strip mid-
way between the stands of a mill have a decisive effect on the
Card 1/2 formation and magnitude of thickness variations in the S.

.-he Interrelation of the Pressure, the Pull, and the Thickness of aStrip(cont.)
Fluctuations of R rate at the MIAK have practically no effect oil the thickness
of the S. Variations in the pull produce thickness variations in the S equiva-
lent to 0.0 1 -0.02 mm on the averave.
S.N.
3. Rol-1hf
Card 212
"'4 "Vw

T_
AUTHOR: BENYAKOVSKIY,M.A., KULIKOV,V.1., SHRADIN,V.A., PA - 2380
KOLFAKOV,L.P., KUTUYMTE-.3--., KUSTOBAYEV',G.G., KOCHNEV,M.F.,
ESIPOV,I.V., PETROV,B.I.
TITLEt Stress Conditions of Metal Deformation and Strip Rolling Procedure.
(Silovyye usloviya deformataii metalla i. rehimy prokatki lentp
Russian).
PERIODICAL: Stall, 1957, Vol 17, Nr 1, pp 59 - 63 (U.S.S.R.).
Received, 5 / 1957 Reviewedt 5 / 1957
ABSTRACTt On the Continuous cold rolling train-of the Magnitogorsk Combine
the metal pressure brought to bear on the rolls, the stress on the
rolled piece.between the roll stands of the the train, and the speoifi
fic energy consumption when rolling bands of various sorts were in-
vestigated. For measuring the rolling pressure and stress meaauring
pressure cells with wire donors for the resistance were used. These
calls and their mode of operation are described. Pressure and
stress were measured when rolling carbon steels and special steals,
andl, at the same time, the power output was determined after the
roll stands, and rolling velocity and t4ickness were measured after
every roll stand. Calculation of the ap,goific energy consumption in
connection with band rolling was carried out according to the
method developed by E.S.Rokotyan. Technological charts for the
rolling of bands of different types were worked out. By means of
Card 1/2 these charts an optimal utilization of efficiency was made possible.

P4 - 2380
Stress Conditions of Metal Deformation and Strip Rolling
Procedure.
(3 tables, 4 illustrations, and 2 citations from works published
in Slav languages.)
ASSOCIATIONt Ural Institute for Iron Ores and Metallurgical Combine of
Magnitogorsk.
PRESENTED BYs
SUBMITTED:
AVAILkBLE: Library of Congress.
Card 2/2
i1z'

PAVLYUCIIENKO, M.M.; GILEVICH, M.P.; KULIKOV, V.I.
Kinetics and mechanism of thermal decomposition of sodium dithionate.
Dokl. AN BSSR 5 no.12:554-557 D '(I. (MIRA 15:1)
1. Belorusskiy Fosudarstvennyy universitet imeni V.I.Lenina.
(Sodium dithionate) (Thermoct,emistry)

~RL-ii~-OLV..t--Y-I-adimir,Iv-anoyich,,kand. ist. nauk; roZLOVA, L.A.,, St.
nauchrgy sotr., red.; OVSHINIOV, K., red.; KU2VETSOVA.. A.,
tekhn. red.
(Contribution of the residents of Moscow to the reclamation
of virgin lands ,]Vklad moskvichei v osvoenle tse,linnykh zemell.
Floskvap Mosk. rabochii, 1962. 89 p. (MIRA 16: 1)
(Reclamation of land)

TIUTCHEVA, FA;j KULIKOVI V.I.0 kand.iat. nauko, red.; MALYSHEV, N.I.0
(Workers of virign 1A-A- in the struggle for an abundance of
farm products; index of recommended literature] Trushenik:L
tselinnykh zemell-v bor.1be sa isobillo sellskokhoslaistvan-
nykh produktov; rekomendatellnyi.ukazatell literatury. Mo-
skva, 1963. 47 p. (K RA 16 18)
1. Moscow. Publichna~a biblioteka.
(Bibliography-Agriculture)

Highly productiTe and safe work. Besop.truda v prom.
4 no-8:3-4 Ag 160. (MM, 13: 8)
1. Glavayy inzbener ahakhty "Abaehevskayao 3/4- kombinats,
Kusbassugoll.
(Kuznetsk Basin--Coal mines and mining-Safety measures)

KULIKOV, V.I.
On the problem of making dovetail joints.
yq 053
Stan. i instr, 24 no.5t32-33
(XLRA 6:6)
(Uchine-shop practios)

1. KULIK(YV I V. I.
2. SSSR (600)
4. Milling Kazhines
7. Cutting the vies jaws on milling machine.
Stan. i instr. 23 No- 10, 1952
9. Monthly List of Russian Accessions, Library of Congress, Februarv -1953. Unclassified.

KULIKOV, V.I.
The VR-2 drawing mechanism for cotton-spinning machines. Biul.
tekh.-ekon.inform. no-8:54-56 159. (MIRA 13:1)
(Spinning macbiner7)

Xmiloy'...voit
SZ Gygnt. for, zvezdy 11 no.6:472-473 MY '57- (MIRA 12:1)
1,Goeudarstyannyy astronomichookiy inotitut imeni Shternberga.
(Stars, Variable)

KULIWV, V.
Observations of supernova in NGG 4496. Astron.tair no.212:2 Je 160.
(MIRA 13: 10)
(Stars, Ilow)

A
KRIKO
-F4P-V~v -
Supernova in RX 41+96. Astron.tsir. no.215:2-4 0.160. (MIRA 14:
1. Gosudarstvennyy astronomicheskiy ins~~'tut im. P.K. Shternbergap
Yuzhanaya stantsiya.
(stars, Vew)

!I . T
iY (I V) 1. .
Variable Staro in ~~jjo gjo*Mjt.j- C.LU,-,lter T" or.7,vl--zdy 13 no,6:
40f-406 161. (7-1, ,.
0
1. Krym.- Yu:,,I-xiaya stantsiva GoLudar-,'M~.,.nogo nstrcnomicl~eAocc
in'UtIlta im. AternIxii-ga.
(Stars.. VariablIc.)

ZAYTSEVA, G.V.; KULIKOV, V.I.
Phot7electric observations of '(Z Cygni. Per.zvezdy 14 no.1.54-56
Ja 62. (MIlk 17:3)
1. Yuzhnaya stantsiya Gosudaretvennogo astronomicheskogo instituta
im, Shtornbergat

BARDYSHEV, I.I.; KOYTANSKAYA, ZI..F.; -110FROVNITSKAYA, G.V.: ELIKOV, V.I.
f 6 3-carene to isolimonene. Zhur. o
Isnmerization o khim- 34
nc.9:3120-3124 S 164. (MI1RA- 17:11)
1. Institut fiziko-organicheskoy khimii All Belorusskoy SSR.

T OUR 'L,
ACC NRI AT6028380 (N S C CODE. uR/oooo/65/000/000/0155/oA
AUVOR: Ali-Zade, A. A.; Akhmedov, G. A.; Kulikov, V. I.
ORG: none
TITLE: Deep-seated structure~/of Azerbaidzhan in the light of geological and geo-
physical data
SOURCE: International Geological Congr ss. 22d., New Delhi , 19 t. Geologicheakiye
rezul1taty prikladnoy geofiziki (Geological results of applied geophysics); doklady
sovetskikh geologov, problems, 2. Moscow, Izd-vo Nedra, 1965, 155-167
TOPIC TAGS 4 tectonics, earth crust, meganticlinoria, w=t;~ gravimetry,
basalt/Azerbaidzhan
ABSTRACT: The.principal geotectonic elements of the upper and the lower layers of
the Earth's crust in Azerbaidzhan are associated with the structure of the Caucasian
meganticlinoria and the intermontane Kura depression. Meso-Cemzoic deposits of
varying lithofacies, up to 16-km thick in foredeeps, form part of these 'elements.
Submontane and mountainous parts are mainly composed of ~bsozoic formations, while
depressions are made of Upper Tertiary and Quaternary deposits up to 6-7-kin thick..
Owing to the abeence of outcrops, the knowledge of the crystalline basement is
rather limited, and the study of its structure is based on the data of geophysical
prospecting-gravity surveying and deep a ei Fimi c-re fraction ohooting. Geophysical
Card 1/2

-d'- --- -- .............
A
~ NR: AT6028380
exploration has also supplied data on 'the depth of the occurrence of the basalt
layer (Conrad's surface). The areas of the greatest downwarping of the Earth's crust
are associated with mountain roots and with sinking of the strata of the Earth's crue
in the central part of the Caspian, where the depth of the Moho discontinuity
(the surface of the mantle) reaches 40 km. The Azerbaidzhan part of tile Ku-I,a
depivssion is a recent intermontane trough having a greatly reduced thickness of
Lower Tertiary and Mesozoic deposits in the area of the Saatly-Kurdamir gravity
maximum, where the crystalline (metamorphosed) basement occurs 5-km deep, while the
zurface of the basalt layer occurs at 8 km (according to the data of deep seismic-
refraction sounding). Therefore, the structure of this part of the Kura depression
may be represented as a buried median mass between the mountain structures of the
Major Caucasus and the Talysh. Geological and geophysical data indicate the presence
of a fault between the southern part of the median mass and the Talysh foredeep.
A fault of great magnitude in the lower strata of the Earth's crust is believed to
be located along the north-eastern edge edge of the mass. The structure of the
Earth's crust in the area confined to the Kura depression is closely related to
the ocean-type structure. According to the data of geophysical prospecting, it is
similar to the Black Sea and Wditerranean Sea median masses. Orig.,art. has:
4 figurea.
SUB CODE: 08/ SUBM DATE: 06Jan65/ ORIG REF: 029

USSR/Petroleum - Prospecting Jun 1947
Prospecting, Seismic
"The Results of Seismological Geophysical Explora-
tions laar the Apsheronskly ?eninsula (Krasnodar),"
V. I. Kulikov (city of Baku), 6 pp
"Neftyanoye Rhozyaystvo" Vol 25, No 6
Sketch showing the tectonic structure In the mari-
time district near Baku, according to recent
seismic prospecting. Includes seismogramB.
PA 9 79
9T92

YULIXOV, V.1-
Appiication of geophysical researches in Azerbaijan in the sorc--for petroleu7 wells.
moskva, 1948. 52 p., maps. Biuro tekhnika-ekonomicheskoi Informasteii TSIXT
nefti. Obmen otachostvannym op tom. Geologlia
,y
DS

KULIKOV, V.I.
Ge~l~gml interpretation of gravity anomalieu. Trudy Az!lll D11
no.4:173-185 156. WIRA 14:4)
(Gravity)

KULIKOV, V-AI.
Geological interpretation of seismic prospecting materials.
Trudy AzNII D11 no.4:186-198 156. (MIRA 14:4)
(Seismic prospecting)

KUVAYEV, N.N., kand.tekhn.nauk; KULIKOV, V.I., inzh.
Value of caving angles in deposits of the hrivoy Rog Basin. [Trudyj
VNIMI no.40:159-165 '61. (MIRA 14;12)
(Krivoy Rog Basin--Earth movements)

AWRE'YEV, L.I.; DZWAROV, Kh.D.; KULIKOV, V.I.
I---
Importance of olectric prospecting among geophysical methods in
connection with prospecting problems of Azerbaijan. Azerb.neft.
khoz. 41 no.2:1-3 F 162. MRA 15:8)
(Azerbaijan-Electric prospecting)

ALI-ZWE, A.A.; AYdMDOV, G.A.; KPLIKOV, V.I.; I'IERLSHKO, D.L.; SHAFIROVSKIY, N.I.
Selecting the site for an extradeep hol e for studying the crustal
structure of Azerbaijan, Sov.geol. 6 no.2:3-16 F 163. (MIRA 16:4)
1. Azerbaydzhanskiy nauchno-issledovatellskiy institut po dobyche nefti.
(A-zerbaij an-11pring) (Azerbaijan-Barth-Surface)

ACC NR,
AR6024836
SOURCE CODE: UR/0169/66/000/004/GO03/GO03
AUTHOR: Ali-Zade, A. A.; Akhmedov, G. A.; Kulikov, V. 1.
TITLE: Plutonic formation of Azerbaydzhan according to Geological and geophysical
data
SOURM Ref. zh. Geofizika, Abs. 4G16
REF SOURCE: Sb. Geol. rezulltaty prikl. geofiz. Geofiz. isaled. BLroyeniya zemn.
kory. M., Nedra, 1965, 155-167
TOTIC TAGS: geologic survey, geologic exploration, geophysic data
ABSTRACT: The basic geotectonic zones are defined using gravimetr*ic data; the thick-
ness of the crust and the depth at which the "basalt" layer is embedded are calcu-
lated. The thickness of sedimentary rocks is established in depression zones to which
all the principal gas and petroleum bearing regions are related. Seismic surveys, to-
gether with the results of gravimetric, electrical, and magnetic prospecting, have
made it possible to establish the plutonic structure of Mesocenozoic deposits and to
show a great number of buried anticlinal folds in the petroleum bearing regions. A
similarity in the gravimetric, picture of the Western and Eastern Caucasus leads one
to believe that their plutonic. structures are analogous. (Translation of abstract)
M. Speranskiy
SUB CODE: 08
Card 1/1
UDC: 550.311(472.24)

ACC HRI AT6028360 souna coDF.*.un/oooo/65/ooo/ooo/ol55/oi67
AUMIOR: Ali4adet A. A.; Akhmedov, G. A.; Kulikov,,V. I.
ORG: none
TITLE: Deep-seated structure of Azerbaidzhaa in the light of geological and geo-
'physical data
SOURCE: International geological Congress. 22d, New Delhi, 1964. Geologicheskiye
rezul'taty prikladnoy geofiziki (Geological results of applied geophyBice); doklady
covetakikh geologov, pKoblema 2, Wscow, Izd-vo Nedra, 1965, 155-167
6,COP,Y~I,Yle .C1APD1;r10A1,
TOPIC TAGS, I tectonics, earth cruet, mFanticlinoria, v=k===jx graviretry,
basalt/Azerbaidzhan
ABSTRACT: The principal geotectonic elements of the upper and the lower layers of
the Earth's cruet in Azerbaidzhan are associated with the structure of the Caucasian
reganticlinoria and the intermontane Kura depression. ~bso-Cenozoic deposits of
varying lithofacies, up to 16-km thick in foredeeps, form part of these *elemnts.
Submantane and mountainous parts are mainly composed of Yboozoic formations, while
depressions are made of Upper Tertiary and quaternary deposits up to 6-T-kM thick.
Owing to the absence of outcrops, the knowledge of the crystalline basement is
rather limited, and the study of its structure is based on the data of geophysical
proopecting-gravity surveying and deep seismic-refraction shooting. Geophysical
Card 1 /9' 1

ACC NRt AT602838o
exploration has also supplied data on the depth of the occurrence of the basalt
layer (Conrad's surface). The areas of tile greatest dovnvorping of the Earth's crust
are associated with mountain roots and with sinking of the strata of tile Earth's crUs
in the central part of the Caspian, where the depth of the Who discontinuity
(tile surface of the mantle) reaches 40 km. The Azerbaidzhan part of the Kura
depression is a recent intermontane trough having a greatly reduced thickness of
Lower Tertiary and Iwbsozoic deposits in the area of the Saatly-Kurdamir gravity
maxinn, , where the crystalline (metamorphosed) basement occurs 5-km deep, while the
surface of the basalt layer occurs at 8 km (according to the data of deep seismic-
refraction sounding). Therefore, the structure of this part of the Kura depression
may be represented an a buried median mass between the mountain structures of the
Major Caucasus and the Talysh. Geological and geophysical data indicate the presence
of a fault between the southern part of the rwdian mass and the Talysh foredeep.
A fault of great magnitude in the lower strata of the Earth's crust is believed to
be located along the north-eastern edge edge of the mass. The structure of the
Earth's crust in the area confined to the Kura depression is closely related to
the ocean-type structure, According to the data of geophysical prospecting, it is
similar to the Black Sea and Wditerranean Sea median maseen. Orig.,art. hast.
4 figures.
SUB COM 08/ SUBIR DATE: 06jan65/ ORIG FiErt 029

PHASE I BOOK EXPLOMMON C.;J
Sverdlovsk, Russia. Institut istorit partit
Sotsialiaticheskoye stroitel'stvo na Urale; sbornik statey (socialist Construction
in the Ural Industrial Area; Collection of Articles) (Sverdlovsk] Sverdlovskoye
knizhnoye izd-vo, 1957. 345 P. 5,000 copies printed.
Ed. (front of book): Zuykov, V.N., Candidate of Historical Sciences; Ed.(back of
book): Getling, Yu.; Teach. Ed., Pallmiaa, N.
PURPOSE: This collection of articles is intended for the general reader.
COVERAGE: The collection contains reports on the economic growth of the Ural
Industrial Area, including the development of farming. Particular attention is
given to the role played by this region during the 2nd World 'War. Relatively
little space is devoted to the current Five fear Plan. There are 20 photo-
graphs in the text, some of which show industrial objects.
TABLE OF CONTENTS:
Buzunov, V.Ye. Defeat of the International Intervention and of the Kolchak
Movermnt in the Ural Region 5
Card 1/3

Socialist Construction in tik- Ural (Cont.) 951
11irenburg, Ya.L. Restoration and Consolidation of Soviet Power in the Ural
Rp-gion Following the Defeat of Kolchak (1919-1920) 43
PlotichRin, V.A. The Ural Party Organization in the Struggle to Restore the
National Economy (1921-1925) 79
Kulikov, V.M. The Ural Party Organization in the Struggle for the Socialist Indus-
-tyra-ff-zaTron-Policy (1926-1929) ll 0
Zlkykov, V.N. Contributions to the History of the Creation of Ural Heavy
Industry (1930-1932) 145
Zuykov., V.N. The Ural Party Organizations in the Struggle for the Victory
of Collective Farming (1927-19311) 177
Nestereako, M.S. Heroic Feats of Ural Workers During the Great Patriotic
War 211
Card 2/-,

Socialist Construction in the Ural (cont.) 951
Samatov., V.A. Technological Advances in Ural Industries During the Fourth
Five Year Plan (1946-195o) 244
Yemellyanov, V.P. and Zinochkin, A.G. Organizational and Economic Strength-
ening of Kolkhozes in Sverdlovskaya Oblastlin the Postwar Period (1:946-1955) 269
Minayev, L., and Cherezov, B. The B'truggle for Greater Labor Productivity 314
Savin., A.G. Towards a Steep Rise in Farm Production 329
AVAnABLE: Library of Congress
MM/fai
Card 3/3 1-9-59

'CULIKOV, V.H., podpolkovnik meditsinskoy sluzhby
I-- _
Rupture of the corpora cavernosa penis. Urologita 22 no-3:60
YT-Je 157. (MLRA 10:8)
(PENIS--WOUNDS AND IN JUR IES)

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it m R of a 1"i %and a
to so #11 1 1 4 9
d4a
4 4 0

Name: KIJLIKOV,- V. M.
Dissertation: Use of a phosphatide concentrate in swine breeding
Degree: Cand Agr Sci
A14FTTZOMMAJ: All-Union Sci Res Inst Stockbreeding, Division of Feeding
Stuffs
cqz~~
Reiesw Date, Place: 1956.P Moscov
Source: Knizhnaya Letopiel, NO 51, 1956

I-A

USSR/Farra Animals. Cattle.
Abs Jour: Ref Zhur-Diol., No 17, 1958, 78688.
Author Kulikov, V.M.
Inst
Title How to Faci]Atate Acclimatization of Inported
Cattle.
Orig Pub: Khochagii kishloki Tochikiston, 1957, No 10,
18-21; S. kh. Tadzhildstana, 1957, No 10, 17-20.
Abstract: No abstract.
Card 1/1

KULIKOT, T. N.
Understanding of mathematical relation by young school children.
V9P.-PRikhol. -3 p99:17-107 xr4p. 157. (KLRA 10W
1. Kafedra, polkhologil Ivanovskogo peAagogicheekogo instituta.
(Mathematics--Study and teaching)

XULIKOV, V.N.
Understanding of the character of a literary hero by pupi-Is of the
sixth gradee Vopeptikhol. 7 noo3z111-n6 My-,To 161., (KM& 14-.6)
1. Ivanovskiy pedagogicheskiy institut.
(Comprehension)

_~F~IKOV V.N.;,KZR7 T, V.S.; WIDUS, H.Aj., red.; DEMA, V.M.,
1. A. I T YA. 0
takha.red.; ZUBRILINA, Z.P., tekhn.r'ed.
(cotton is harvested by machinery] Khlopok-ubiraiut maohinami,
Moskva, Goo.iol-vo sellkhoz. lit-r .Y, 1959. 119 P.' (KIRA 12:7)
(Cotton growing) . .

KULIKOV, V.N.
--------- - -1----,
Hypnopedia. Vop. psikhol. 10 no.2t87-97 Mr-Ap 164.
(MIRA 17:9)
1. Pedagogicheskiy institut, Ivanovo.
..s

U&M/Engineering - Machine tools
Card 1/1 Pub. 128 - 16/33
Nuthors I Vayntraub, D. A., and Kulikov, V. N.
Title a The unsuccessful design of a double action prose
Periodical s Vest. mash. 36/1, page 54, Jan 1916
Abs't,ract I The authors comment on failures in design of the double action K-460 draw-
ing press which was initialy constructed by the Odessa plant in 1953# in
accordance with a project of the Central Bureau of Machine Design. The
deficiencies in design as well as in the operation of the above mentioned
press are pointed out and a request is made for their radical improvement
or a total modification of the press.
Institution
Submitted
'I W g
40

SOV/135-59-11-15/26
AUTITOR: Kulikov. V.-N,,, Engincer
TITLE: Distance Regulator of Welding Current
PERIODICAL: Svarochnoye proiz-7odstvo, 1959, Nr 11, jjp 34-35 (USSR)
ABSTRACT% When using the hand arc welding, the welder has often to regulate
the current intensity. This depends on thf. location of the weld,
thiclMess of the welded pipce, electrode diameter, and other fac-
tors. Tile usual hand weldin.rr equipment (toes not permit regulation
of the current directly from the place of work. At the Ship-Repair
Plant imeni F.E. Dzerzhinskiy, the author has developed a distance
regulator of welding current which does not require any additional
leads and permits a quick selection of adequate current from the
place of work. Aji electrical layout of the device is given in Fig
Card 1/1 1; its general viev, in F-g 2. The device is mounted in a 40 x
30 x 13 cm ste,~-l ~;abinet attached to th(~ reactor or transformer.
There are I diagram and I photograph.
ASSOCIATION: Sudoremontuyy zavod imeni F.13.1)7erzhinskogo v gurode Tuapse (Ship-
Repair Plant im--3ni F.E.Dzerzhinskiy in the Cif,y of Tuapse)

KULIKOV, V.N.
Remote controller of welding currents. Mont.i spate.rab.v atroi.
22 no.6:27-29 Je. 160o (HIRA i3:7)
(Electric welding) (Remote control)

SEVERIYANOV, Aleksandr Arkadfyevich-. KULIKM.V.N., red.; POLUKAROVA,
Ye.K., takhn. red.
.[Laboratory course in turning)Laboratornyi praktikum v tokar-
nykh gruppakh,- posobie dlia instruktorov proizvodstvennogo
obucheniin v srednei Bhkole. Moskva, Izd-vo APN RSFSR, 1962.
77 p. (MIRA 16:4)
(Vocational education) (Turning)

AYMANOV, Kenzhaly; SHAKHMAYEV, N.M. red.; _-KI.ILIKOV, V-.,N., red.;
POLUKAROVA, Ye.K., tekhn. ~ed. - I -, - -
[Elements of automation and remote control in a secondary
school physics coutse] Elementy avtomatiki i telemekhaniki
v kurse fiziki arednei shkoly; posobie dlia uchitelei. Mo-
skva, Izd-vo, AFN RSFSR, 1963. 158 p. (MIRA 16:10)
(Physics-Study and teaching)

KURBATOV, N.V.; POLYAKOV, V.A.; HOMANOVSKIY, V.N., kand.tekhn.nauk,
red.; PLIKOV,_ V.N.'j red.; POLUWOVA, Ye.K., tekhn. red.
[Training of students in radio engineering and power engineer-
ing professions] 0 podgotovke shkollnikov po elektroradio-
tekhnicheskim i energeticheskim professiiam. Pod red. V.N.
Romanovskogo. Moskva, Izd-vo Akad. pedagog. nauk RSFSR, 1963.
77 p. (MIRA 17:4)
1. Akader.-iya pedagogicheskikh nauk RSFSR, Moscow. Institut
proizvodstvemogo obucheniya.

POLYAKOV, Aleksandr Afanaslyevich; KULIKOV, V.11., red.;
NOVOSELOVA, V.V., tekhn. red.
[Training exercises in a machine iihopj manual for teachers
and pupils] Zaniatiia v slesarno-mekhanicheskoi masterskoi;
posobie dlia uchitelei i uchashabikhsia. MoaWa, Izd-vo
Akad. pedagog. nauk RSFSR, 1963. 159 P. (MIRA 17:3)

BOGOYAVLEINSKlY, Vladimir Favlovicht VOLOV, Petr Vasillyevich;
DOEWIAKOVy Anatoliy Vavilly,,,'ch; 3,2RObINA, Tatlyana
Aleksandrom, kande fiz.-mat,,*,t,'nauk; OTRYASIMKOV, Yu.,
kand. tekhn. nauk,, dots*.* retsemint; AZI, II.E., inzh.,
retuenzent; AFANASIYEVA, A.V., retsenzent;
KULIKOV V.N,,, red.
(Laboratory studies on tho physics amjetrics of semi-
conductor devices] Laboratorno-praktichu'Oe raboty po
f izike i metrike poluprovodnikovykh priboi Mosk-va, Pro-
sveshchenie, 1965. 94 p. 18:8)

NIKEROVA, L.I., red.; SI[ApOSIU4IKOVA, A.A.,
red.
(Experience in teaching phyoles in evening (staggered)
and Porrespondence schools] Opyt prepodavaniia fiziki v
vecherney (amennoi) i zaochnol shkole. Moskva, Izd-vo
APNI 1962. 15S P. (IMIRA 18:12)
1. Akademiya pedagogicheskikh nauk RSFSR, Moscow. Lenin-
gradski,v institut vechernikh (smennykh) i zaochnykh sred-
nikh shkol.
P~
~' Nr5~

Dovice for t.ho rFjm-.-)t- control, by a wcIrUng lralla~i,, ')'Tar-.
prolzv. no.303-34 Mr 165. (14111A 18:5)
1. MontazhTiyy unlingtok, rollvirtrM.vonnoy rtivonnoy
elaktroitantsit.

LITVINENKO, H.S., doktor tekhnicheskikh nauk, profqssori IPATAIA , G.K.
inzhenerl KULIKOV, V-O,j inzhener; HARNATSKIT, I.I., inzhener.
Hydrogen sulfide removal from coke-oven gasand the production
of sulfuric acid at the Makeyevka Coke Plant. Koko i khtm. no.2:
48-57 '55. (HLRA 9:3)
1. Ukrainskiy uglekhtmicheekiy Institut (for Litvinenko); 2.
Makeyevokly kokookhimicheekly zavod (for Talalayev); 3. Makeys-
vekiy metallurgicheekly zavod (for Kulikov. Barnatakii).
(Coke-oven gas) (Sulfuric acid)

KULIKOV,V.0., Inshener; BORMATSKIY,I.I., kandidat tekhnicheakikh nauk
Welding on of a now hearth in a heavy-burden Martin furnace with
original arch. Stal' 15 no-7:597-600 Jl '55. (KLRA 8:9)
1. Makeyevskiy metallurgicheskiy zavod.
(Open-hearth furnaces--Welding)

Lee -
11-1 b
(I t Lf d ,f",
't t he t"':
by"-'i -5,;;. inc"~L'cd d ~11)
J,y
tr tl" f! wl
=d lower~'l ftle, -11.ml"Pt !- 12 3", Ig
of waste oei cifl.; 11cre for th, f!"t ~" '?
froril rht! t(q) (jf cliecker5 Wall if I
crael"I badly iq L) Gu(

ALYHROV, K.S., inzhenor; KULIK(W, V.O., innh"er; KOVAL-WA, T.G., inzhener.
- --
Using fluxes to thin the alng in molds in the process of pouring
rimmed steel. Metallurg no.9:22-24 S '56. (Km 9:10)
ldfakayevskiy metallurgicheskiy zavod imeni Kirova.
(Hakeyevlm--Opan-h earth process)

KULIKOV, Y in2h.; MILIKO, M.H., inzh.; PRILXPSKIY, V.M.. inzh.;
ZUBKOV, A.P., lnzh., prinimli uchotlye; KWISHOMY, N.P.,
lnzh.; CHCTMIKOT, T.T&,, inzb.; DUAROV,~T.S.,juzb.;-,VO1KOV,
TMSHOT, V.I.; fffl=4; $&FONOVA, M.Y., telchnft
Using scale in steelmaking by the scrap and ore process.
Stall 20 no.8:708-710 Ag 160. (MIRA 13:7)
(Open-hearth procesa)

R031ILMEMKO, V.I., inzh.; KULIKOV, V.P., lnzh.
11cat treatxwnt of plate steel on the 2800 nill. Mot. i
gornorud. prom. no./+:35-41 Jl-Ag 162. (MIIUI 15:9)
1. 1xorL-unars1dy motallurgicheskiy zavod.
(Rolling mi2la)
(Steel-Heat treatment)

KULIKOVP V.O.; TURKEBAYEV, E.
Accelerating the production of steel In opne-hearth furnaces. Stall
23 no.6s5O9-510 Je 163. (MIRA 16:10)
1. Karagandinskiy metallurgicheskiy zavod.

TURKEBAYEV, Edige Aytzhanovich, kand. tekhn. nauki KULIKOV, V.G.,
otv, red.; BRAYLOVSUYA, M.Ya., red.;
tekhn. red.
(Use of oxygen in metallurgy] Primenenie kisloroda v me-
tallurgii. Alma-Ata, Izd-vo AN Kaz.SSRp 1964. 488 p.
(MIRA 17:3)

Ktl--L-IKOV,, V.O.- PRIKHOMENKO, A.Ye.; NEFEDOV, I.S., (',RYZIOV, Ye.G.;
I
-MYbuti, A.A.
Self-varbmation of natural gaB In a llthJc~" jet, Yetdllurg i
9 no.9:10-11 6 164. (141TIA l7clO) i
1. Metallurgicheakly zavod im. Illicha.

E~~K.Ovy V.O.; BORNATSKIY, I.I.; ZARUBIN, N.G.; DOROFEYEV, G.A.;
nlBZHSKIY, Ye.A.; KAZAKOV, A.A.; KOVAL1, R.F.; KOPY'-VA, "N.K.;
TRFTIYAKOV, Ye.V.; THUNOV, Ye.A.; Prinimali uchastiye: ANDPEYEV, V.L.;
GOIWIYENKO, V.V.; GRINEVICH, I.P.; GUBPRI, V.F.; DOLIMENKO, V.I.;
ZHEPIIOVSKIY, V.S.; ZHIGALOVA, Z.I.; KOMOV, N.G.; KURfil'IN, B.S.;
OLESHKEVICH, T.I.; PRIENOMENKO, Ye.
Mastering the operations of 650- and 900-ton (mega - gram) capacity
open-hearth furnaces at the Illich metallurgical plant. Stall 25
no.8:805-807 S 165. (MIRA 18:9)
1. DONNUCHERM i Zhdanovskiy metallurgicheskiy zavod imeni Illicha.

E cc f i 6)) L
V.S., GPARKOVSKIY, V.I.; PEULC)MA, V.A.; RA11EK, V.L.; FRYADKIN,
,ff PRIJKlICHENKO, A.Ye.; GRYZLOV, Ye.G.
L. L. i _2:ZTL
Investigating heat transfer in very high capacity open-hearth
furnaces. Stall 25 no.12:1081-1085 D 165. (MIRA 18:12)
1. Kiyovokiy politekhnicheskiy institut i Zhdanovskiy motallurgi-
chooki-y zavod Jm. Illicha.

KULIKOV, T, P., inzh.
'Use of forced draft and exlmnot ventilation. Izv. vys. ucheb. zar.;
gor, zhur. no,1:10,_1-105 158. (KIRA 11r5)
1. Sverdlovskly gornyy Institut.
(Mine ventilation)

YAWSEV, V,A., dots.; KULIKOV, V.P., Inzh.
Suction arwl forc "d ventilation of mines. Izv.vyu.ucheb.zav.; go r.
zhur. no.6:60-66 1 58. (MIR& 12:1)
1. Sverdlovakiy rorrqy inetWito
(Mine ventilation)

kIfLIKOV, V.P., inzh.
Aerodynamic resistance In concrete-lined nine wflt~io,,t
bunton or stairways. Izv.vys.ucheb.zav.; por.zhurt no,4:33-36
'59. NIRA 13 0
1. Sverdlovskly gornyy institut Imeni V.V.Vakhrusheva.
Rokomandovana kafedray rudnichnoy ventilynts1i i teldhnil-ti
bezopasnosti.
(Mine ventilation)

KULIKOV, V.P., insh.; YARTSEV. V.A., doteent
Methods of deti;rmining the aerodynamic resistance of air ducts.
Isv*vVa.uchob.z&v*; gor.zhur. no.10:50-55 '59-
I%- (MMA 13:5)
1. Sverdlovskiy gornyy institut.
(Aerodynamic measurements) (Rine ventilation)

KULIKOV, V.P.9 gornyy inzho
Combined'blowing and exhaust ventilation oyBtemo in the Vysokogoraki,7,
Mine# Gorozhur. no*3:64-66 Hr 160, (MIRA 14:5)
1. Sverdlovskiy gornyy inBtitut.
(Nizhniy Tagil region-Mine ventilation)
tic

KULIKOV
'K.; gornyy Inzh.
Comparative efficiency of exhaust and forced ventilation in mines.
Gor.zhur. no.10:7-10 0 160. (MIRA 13:9)
1. Sverdlovskly gornyy institut.
(Mine ventilation)
-4~ Re Jim
'52

KULIKOV, V. P.
Cand Tech Sci - (diss) "i'Study of aerodynamic relations of ventila-
tion levels with the surface in the Vysokogornyy mine." Sverd-
lovsk, 1961. 18 pp; (Ural Affiliate of the Academy of Sciences
USSR); 120 copies; price not given; (KL, 6-61 sup, 219)

BRICHRIN, Aleksandr Vasillyevich; IIIKIFOROV~ Ivan Mikhaylovich;
SKALKIll, B.P., dots#, retoenzent; SLASTMIOV) V.G.; gornyy
inzh.p retsenzent; NUZNETSOV, I.P.) dots*) kand, tekbn*
nauk, retsenzent; YARTSEV, V.A., dots., kand. takhn. nauk,
retsenzent; KULIKOK.-Y-ply assistent, retsenzent; SINITSIN,
I.A., assi;-Te-n-l-,-retsenzent; USOV, V.I., assistent, retsen-
zent; BUBOK, K.G., otv. red.; PARTSEVSKIY, V.N., red.izd-va;
SABITOV2 A.) tekhn. red.
(Safety measures in m-bies] Tekbnika bezopasnosti na radnikalch.
Moskva,, Gos. nauchno-tekhn.izd-va lit-ry po gornomu delu, 1961.
440 P. (MIRA 15:2)
1. Severo-Kavkazskiy gornometallurgicheskiy institut (for
Skalkin, Slastunov). 2. Zaveduyushohiy kafedroy tekbniki
bezopasnosti i rudnichnoy ventilyatsii Sverdlovskogo gornogo
instituta im. V.Makhrusheva (for Kuznetsov). 3, Kafedra tekb-
niki bezopaenosti i rudnichnoy ventilyatsii Sverdlovskogo gor-
nogo instituta im. V.V.Vakhrushova (for Yartsev, Kulikov,
Sinitsin, Usav).
(Mining engineering-Safety measures)

GOLOUSHIMP N.S., kand. tekhn. nauk; CHISTYAKOV, V.I.; KU~~qK~'~~
KISINA, A.M.; LOVETSKIY, L.V.; S141PI1011, Yu.P.J-
SHOLENINOV, V.M.
Use of peat semicoke and coke In metallurgy. Trudy VNIITP
no.18:238-246 161. (WRA 17:1)
1. Leningradskiy politekhnicheskiy institut im. Kal-inina
(for all except Sholeninov. 2. Cherepovetskiy metal-lurgi-
cheskiy zavod (for Sholeninov).

ACC NR- A116035684
SOURCE CODE: UR/0413/66/OOU/020/0124/0124
INViNTOR: Badayeva, A. A.; PervA72, A. S,; Tutov, 1. Ye.; Xatonel'son, V. Yu.;
Kuz'mintseve' V. N.; i(olcokov, M. M,; Kulinichg V. P.
ORG: none
IITLE: High speed steel. Class 40, ..No. 187314 (announced by the Central
Scientific Research Institute of Technology and Machine Building (Tsentral'nyy
nauchtiu-iasledovatel'skiy institut tekhnologii i mashinostroyeniya);
'All-Union Scientific Research Tool Institute (Vaesoyuznyy nauchno-lasledovatel'skiy
instu;aental!nyy institut)]
SOURCE: Izobrateniya, promyshlonnyya obraztey, tovarnyye znaki. no. 20, 1966, 124
IOPIC TAGS: high speed steel, chromium tungsten molybdenum steel, vanadium containing
~stccl. titanium containing steel I 9)1JC'r1-1rV 7-,ou6,quC-s_3
ABSTRACT: This Author Certificate introduces a high-speed steel containing silicon,
'6anganesep chromium, tungsten, molybdenump vanaciun and titanium. To improve the
strength, ductility, notch toughness, and oxidation and heat resistance and to
Ireduce carbide heterogeneity, the steel composition is set as follows: 0.75-0.85%
'Carbon, 0.17-0.35% silicon, 0.20-0.40% manganese, 3.5-4.5% chromiumq 2,5-3,0%
tungsten, 2.5-3.0% molybdenum. 1.9-2.2% vanadium, 0.03-0.08Z titanium.
ll/ SUBM DAM O5Jun65/
UDCz 669.14.018.

MITFV~ G.i GAGOVV ll,~ Kul.,!-KO.v 2 V.F, j,tra;ifj7-hlorj
Peroral vaccination of poultry against diseasc using
live apathogenle viruB~Da. Veterinarija 41 rm.llj~-117 N 164.
(M-..RA 18nil)
1. 'j"Sentrallnyy I Sk"'Y' Ins-witut.
Vl,-IOol,:)gil, B,-Igarl-,7a,

AUTHOR:
TITLE:
PERIODTCAL
ABSTRACT:
Card 113
Candidate of Tf~cjjrjjcal SOY/105-58-lo-9/28
Sciences
HiCh-Specd MLjnOtic Amplifier for Telemechanics (Bystrodeyst-
vuyushchiy magnitny., usilitell dlya telemekhaniki)
4
Elektrichestvo, 1,958, Nz- 10, PP 50 - 42 (USSH)
This is a presentation of a simple approxinL.tion
me t'hod of computing a ma,,;-netic amplifier operating
under a considerable indurtive load. This is done
m.,.il:in~- some simplifying- as.,iumptliom~~. The ~,ain features
of th, 01,)t ratinL,- Conditiors ~re: I) The curve describing
iload does not coincide .~,ith the curve of u load*
2) The curve u load a These
particular fleatur,~,s, 'however, do not ?.1ter the mode
of operation of the amplifier anplifying a voltuaEe pulse.
(This is proved in attlachment I). In the attachment II
that case is taken into connideration, where corresponding
to the operational conditions of V'le electrom!ignetic
apparatus (which ron.-Aitutes the load of the amplifier)

HiCh-Speed 11, 1 t i c Axipl if ier for T,-~-' eme-chan-i cu -9128
the pulse duration is chosen to equal half the period
of the feeding, volta (!. In -.ttach~-,erit III the
cul!ition of a ma~,,,nt~tic ,imi)1 i fie r with a minimum ex-
penditure of the princip-il raw rziaterials is investigated.
Formula (5) is deduced. It d'emonstu.---tos tl,,,--.t the enerjy
required "or the of the core is
proportion~:l to the core volume rnd tha t it is in-
dei)endent of the number of turns of the control windin-%
The onergy lossen in the resistance of the sig-nal
source must b,2 tilki!n into account sc-,~arateiy. The
diriensions of the Maj~netic amplifierf; built according
to the circuit diagram developed by the aut,rior with
a high-quality core
(B3 = 1,t4-10- 4 Wb2 , HK = 0,3 A/cm) and incorporating
CM
rectifiero of thn type i-DG-IS ~4 are about those of the
electromagnets. Tie amplification factor does not
exceed 50. In this paper, F K denotes the coercive force
Card 2/3 of the ferror.-iagnetic core materIal, B S denotes the

High-Speed Ma,-I-netic Amplifier for Telemer.-hanics SOV/105-58-lo-9/28
saturation induction in the core. There are 4 figures
and 4 references, 3 of which are Soviet.
ASSOCTATION: KharIkovskiy politokhnicheskiy institut i-7icni Lenina
(Kharlkov Polytechnical Iriotitute, impni Lonin)
SUBA',11TTED: May 29, 1957
Card 3/3

SOV/112-59-23-48000
Translation from; Referativnyy zhurnal Elektrotekhnika, 1959, Nr 23, p 106,
(U33R)
AUTHOR: Kulikov, V R.
TITLE-. Method of Analysis and Calculation of Transient Processes at
Automatic Generator Excitation Control by Means of a Magnetic
Amplifier
PERIODICAL. Tr.,. Kharlkovsk, politekhn, in-ta, 1958, Nr 17, pp 65 - 75
AB3TRACT.- A method.of analysis of transient processes in circuits with
semiconductor rectifiers is proposed. The existing methods of
harmonic analysis dealing with the functioning of magnetic
amplifiers under load do not take into account the peculiarities
of a magnetic amplifier and a semiconductor rectifier working
jointly In a transient process. An Idealization of the circuit
is made under assumption that the resistance in the direction of
direct admittance is equal to zero and in -the directicr. of the
reverse conductance to Infinity. In this case the transient
Card 1/2 process consists of an interval during which the rectif-led current V/

SOV/112-59-23-48000
Method of Analysis and Calculation of Transient Processes at Automatic
Generator Excitation Control by Means of a Magnetic Amplifier
increases and an interval during which the rectified current remains constant.
A description of transient and steady processes is obtained by solving a
linear difference equation with constant coefficients. The studied circuit,
as a part of an automatic control circuit, is represented by a combination of
two directed aperiodic sections. The conclusions obtained were checked
oscillographically.
Seven illustrations, 3 references.
I.YU.I.
Card 2/2

AUTHOR,, Kulikov, V. R. (Kharlkov) 7
TITLE: A Method for Analyzing and Computing Transient Processea
Under Conditions of Automatic Control of Generator-
Excitation by Means of a Maenetic Amplifier (metod analiza
i rascheta perekhodnykh protsessov avtomaticheakogo reguli-
rovaniya vozbuzlideniya generaturov pri pomotilichi magnitno;,o
usilitelya)
PERIODICAL: Avtomatf-ka i telemekhanika, 1958, Vol 19, Nr 6,
pr 561'f - 573 (USS10
ABSTRACT; A method ,as worked out here for analyzing and computiir,-,
transient processes in inductive circuits with rectifiers in
application to automLitic control syste:ns of electric machines
with magnetic amplifiers. Some results of reference 3 are
publio:ied. In the inveati~,.ation of the prccenses in inductive
circuits with valves it proved to be expedient to u3c a certain
inter,ral of volta,-,e accordinC to ti-io, t'.ie oo-czillod volta~,e-
-impulne, as the basic quantity of computation. T'ie nothod of
investiGation waa based on tl;e exact solution of the problem
Card 1/4 on the transient process in conriectin,~ an ideal monophase

A Method for Analyzini,r and Computing Trannient 103-19-6-5113
Processes Under Conditions of Automatic Control of Generator-Excitation
by Means of a Mai5natic Amplifier
rectifier circuit with 2 inductivities L 1 and L 2 to an a.c.
voltage without a constant component and in t"', '~
..e _eneral case
non-sinusoidal (Reference 3). The inductivity L 1 is connected
at the side of a.c. voltage and L 2- at the cide of rectified
voltage. The idealization of the circuit consists in the
assumption that the effective resistance of the elements of
inductivity and the resistance of the valves in t',e parallel
direction of conductivity is equal to zero, whereas the re-
sistance of the valves in the opposite direction is infinite.
Based on the analysis of commutation conditions and the obser-
vations by the oacillooraph a practically complete coincidence
of the initial moments of the commutation intervals in a
trnnsient and in a stabilized process was determined to exist
in procosses with a volta.;e passage throu,,,;h zero when a oelf-
-induction coil with a self -naturatinE core in present before
the rectifier and a considerable linear inductivit-, at the
d.c. side. In chapter 2 the common operation of tl,.T~ rlaj~llr)tic
Card 2/4 amplifier and the rectifier in tho e.,:citQr cirruit of the clec--

A Mothod for AnalyzinZ; and Computini, Tran:-Jent 10-71-15-6-5/13
Processes Under Conditions of Autc..iatic Control of Gf':"C~r"A Or-Exci tat ion
by 1"Wann of a Ma~;riotic Anplifier
Card 3/4
trical. machine is investiEatcO. The investi~;ated circuit con-
sists of a oelf-mai;netini-6 na.-notic amplifier (MV) with
internal coupling, a monophanse-brj-dCe of semiconductor-recti-
fiers, an active-inductive load and a rource of constant C.M.f.
at the side of the current to be rectified of the brid-c-recti-
fier. In the equivalent circuit the load-paranctere imitate
the exciter winding of the generator exciter, the resistance
of the rectifiers and the operati=il winOir.E; of the MV, where-
ae the constant e.ri.f. at the side of the rectified current
represents the mathematical quantity to be determined in the
linearization of the exciter and the valve characteri3ties. In
the deter-mination of the equivalent active renistance R of
the rectifier circuit two essentially different cases have to
be taken into account. 1) The resistince R I of the alternating-
-current winding of the 1.1V is sinall in comparison to R of the
exciter winding of the exciter. This ic the usual case. 2) The
effective resistance of the a.c. wiriin,~s of the MV and the
valves in the a.c. circuit is according to its amount com-

A Method for Analyzir-,6 and Computing Transient lo3-19-6-5/13
Processes Under Conditiona of Automatic Control of Generator-Excitation
by Means of a Magnetic Amplifier
parable to the effective resInt;Inve of thk: circuit of the rec-
tified current. The basic problem of the p.resent paper consists
in the investil-lation of t,,o transiont and of the sta'bilizod
process in the circuit of in;li~ctiveload of the relf-mairnetizing
MV. For determining the possibility of a linearization of the
investigated exciter circuit the case caused by an abrupt
change of control current was assuned as the basic case of a
transient process in the analysis and in the experiment. The
transient and the stabilined processes in the circuit investi-
Cated here zere qualitatively described in the form of the
solution of a linear difference enuation with con:-,tant factors.
The tiethod in aottinE; up the Oifference equation is analogous
to that in solving the problen of a transient process in an
idealized circuit. Finally it is shown that in the case where
the investit;ated circuit represents part of an automatic control
circuit it can be represented by the totality of two direction-
al aperiodic elements. There are 7 figures and 5 references,
5 of which are Soviet.
SUBMITTED: May 15, 1957
Card 4/4 1. Generators--Coritrol systems

KUTIKOV, V.R.
Transient process and stationary state in an ideal single-phase
bridge rectifying circuit with two inductance5. Trudy KhFI no.l:
151-162 6o. (MIRA 14:9)
(Bridge circuits) (Electric current rectifiers)
0

KULIKOV, V.S., inzh.
An automatic device for ringing-out cable strands. Energetik
1 11 no.1:23-24 Ja '63. (Electric cables--Testing) (MIRA 16:1)

RULIKOV., V.So, starshiy proizvoditall rabot*
Replacement of copper with aluminum current conducting componento
in partition insulators. Energetik 9 no*2:23-25 F 161#
(MIRA 16:7)
(Electric insulators and insulation)
th

KULIKOVP V.3.) J.nzh.
Testing of auxiliary machines using a temporai-y power supply
network. Energetik 11 no.10:27-28 0 163. (MIU 16tll)
~i M1
MNI.

E-JLIKOV, V.S.
Irrigation of cultivated grams and resources of vater and land
in the Susamyr Valley. Trudy Inet.yod.khoz.i energ.AN X1r.SSSR
n0-3:33-47 156. OCOA 9: 11)
(Susamyr Valley-Irrigation)
ilk
M
M

KmIKOV, V.S.
Role of irrigation in creating a feed baue in Susamyr. Trudy Inat.
vod* khoze i enarg, AN Kir. SSR no.4:111-120 157. (MIRA 10:12)
(Busamyr-Irrigation)

KIMIYOV, V. S.: Wslu-er Tech Sci (dirs) -- "Irrigation of hloi-mountain hay
meadows and pastures in order to develop a fodder base for the animal husbandry
of the Kirgiz Scp (The example of tho IF'uraWr Valley)". Frunze, 19-59. 27, pp
(Acad Sci Kirgiz SSB, Inst of Power -E~Irm-lng and Water FconoT"), 140 copies
(KL, No 18, 1959, 125)

KULIKOV, V.S.
Irrigation of alpine hayfields and pastures of Kirghizia as
fend-nupply strengthening measure. Trudy Inst.vod.khoz.i
ennrg. All Kir.SSR no-5-19-31 159. (14IRA 13:5)
(Kirghisictan-Pasturee and meadows)
(Irriotion)

KU LIKOVY_ V.-__S._
Irripation of aaaamal pastures of the Kirg S.S,R. Izv. AN
Kir. SSR. Ser. est. i takh. nauk 4 nosl:95-1(Y7 162.
(MIM 15 3 10)
1. Idboratoriya novykh metodov orosheniya AN Kirgizskoy 3$R
(rukovoditell kand. tekhn. nauk M. M. Kabakcv).
(Kirghizistan-Fastures and meadows-Irrigation)
(Kirghizistanc-Domestic Animale-Watering)

KIIL--KC,V.f V.S.
Protection agairicit. anow drifta, Putl i pult.khoz, 8 ncj.22,921(~-2.1, 164,
O-TTPA :Lg?:i)
1. Zambstitall nachallnika Orrskov distaritsil Inti Yuzhnc.,--Hrallskoy
dor.,)91.

KULIKOV, V.S., inzh. (11-Linsk)
Improved automatic cable wire Identificatirn device.
E,nergetik 14 no.1:31-32 Ja 166. (MIRA 19: 1)