SCIENTIFIC ABSTRACT KULIKOV, F.V. - KULIKOV, G.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000927420008-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Brazing SOV/3720
Ch. I. Physical Bases of Brazing and Brazing Mater1als 5
1. Physical nature*of brazing 5
2. Brazing materials and their requirements 13
3. Fluxes 45
Ch. II . General Questions of the Brazing Process 53
4. Brazing methods and equipident ' 53
5' Cleaning of parts before brazing ill
6' Construction and strength of brazed joints 113
Heat treatment of parts after brazing 119
Consumption of hard solders 120
9: Defects in brazed joints 121
10. Inspection of brazed seams 122
Ch. III. Brazing of Joints in Electrical Equipment 126
11. Purpose 126
12. Torch brazing of short-circuited rotor squirrel cages of
electric motors 126
13. Resistance brazing of stator windings, operating and start-
ing cages in short-circuited rotors, and phase rotors of in-
duction motors 136
Card 2/~

Brazing
SOV/3720
14. Resistance brazing of commutator risers to commutator seg-
ments 150
15. Brazing of armature winding joints to one-piece commutator-
segment risers 153
16, Brazing of magnetic pole-damper windin$s of synchronous
machines 199
1
. Brazing of transformer terminals 1 2
~
1 Brazing of cable lugs M
19: Brazing' of silver-contacts to colYper bus bars 16
20.. Brazing of cermet contacts to current-carrying parts made
of coppe r, bronze, and brass 167
21. Torch brazing of bus bars in arc- and shaft-type induction
. furnaces 169
22. Joining and brazing of te.-minal lugs on aluminum wires, cabl es,
and bus bars 170
Bibliography
AVAILABLE: Library of Congress
Card 3/3
175
VK/pw/jb
7-12-60

BACHURIN, II.I.p inzh.; VOLKOV, inzh.,- GORODETSKIY, S.S., prof.,
doktor tekhn. nauk; GUSEV, S.A., dotsent, kand. tekhn. nauk;
ZIIUY,IiCVITSKIY, B.Ya., dots.,, kand. tekhn. nauk;
IVAIiOV-,%IOIZNSKIY# A.V.,, dots., knnd. toklm. nauk; KBER,
I.I., dots., kand. teklui.nauk; KORYTIII, A.A., starshiy pre-
podawtell; a A
.. dots.; IIIKIJL3]4, II.V., dots., k r
tekhn. nauk; PODMIKOV, A.11., dots.; PHMMITSEV, V.A... prof.,
doktor tekbn. nauk; RUILSIIINSKIY, L.A., dots., ksnd. fiz.-Mat.
nauk; SOBOIEV, V.D., dots., kand. tekhn.nauk; BLAPOVA, H.N.v
inzh.; TIKIIOI!IRGV, P.M., dots., knnd, tekthn. nauk; FEDOROV,
A.A., dots., I=d. tekhn. nauk; CHUNIMIN, A.A., dots., kand.
tekhn. nauk,- CNILIKIN, 14.G.,, prof.p glav. red.; GOLOVAN, A.T.,
Pmf., red.; GRUDINSKIY, P.G., prof., red.; PETROV, G.N., Prof.,
doktor tekhn. nauk, red.; FEDOSEYEV, A.M., prof., red.; ANITIK,
I.Y., inzh., red.; BORMOV, N.I., tekhn. red.
(Electrical engineering handbook]Elektrotekhnichookii spra-
vochnik. ~.j perer. i dop. izd. Pod obshchei red. A.T.
Golovana i dr. Moskvat Gosenergoizdt-t. Vol.-I. 1962. 732 p.
(MIRA 15:10)
1. Moslcovskiy energeticheskiy institut (for Golovan, Grudinskiyj,
Petrov# Fedoseyev, Chilikin, Antik).
(Electric engineering--Handbookup manuals, etc.)

~U~IKQY.jj.., kand.tekhn.nauk; KIZILEVICH-YJUVICII, G.V.. kand.tekh.nauk;
NIKOLAYEV, A.A., inzh.
Effect of tin on the properties of copper solder. 3var. proizv.
no.2:14-16 F 10. (MIR& 16:2)
1. lbakovokiy enurgeticheskiy inatitut. -
(Solder and soldering)

PIKELINER, Solor.on Dori sovich; KULIKOV, G., rod.; LlKHAGIIEVA, L., tekhn.
red. -- --- --- 1---- . -
(The sun] SoIntsee Moskvap Gos.izd-.vo fiziko-matem.lit-x-yp 1961o
82 p, (Popullarnye lektsii po astronomii, no.11) (MMA 15:1)
(Sun)

XULIYOV, G.
Winter training at lifesaving stations. Voen. znan. 37 no-11:36
14 161. (MIRA 14:11)
1. Nachallnik spasatellnoy sluzhby oblastnogo komiteta Dobrovol'nogo
obshchestva sodeystviya armii, aviatsii i flotu, g. Volgograd.
(Volgograd Province--Lifesaving stations)

SHPAGIN, M- (~bakv&)j-KULIjXff
,.2r,. (14oakva)
Me brighteest projeqtpr. Izobr.i ratfs. n,j.1-1:22-23 N 162. (MIRA 15:12)
(Technological ixulovationa)

'KULIKOT,-Georgly. Aleksandrovich; NOVOSPASSKIY, Y.Y., redaktor; RAKOV, S.I.,
- .' I .. it, Ae .si". j,r"redaktor.
[Through the Crimean State Preserve] Po krymskozu Zapovednika.
Moskva, Izd-vo VTsSPS Profizdat, 1956, 12 p. (XLILA 9:6)
(Crimean State ProserTs)

KULIKOV, G. A.
Compound units for testing and adjusting electric measuring
instruments. Izm. tekh. no.10.45-47 0 162.
(MIRA 15:10)
(Electric meters-Testing)
RN,
P-5

A
ALEKSE'M, Zosim Kirillovich,kand. tekhn.nauk ' dote.; RUZHESTSI'-V, S.P.,
prof.,* retsenzent, ; KULI.KOT-&--G.A.,,knnd. tekhn. W'uk, dote.;
POLTAKOT, V.S.,' kand'A-e'k~nnauk, red.; VAGILIYXVA, V.P., red.izd-va,;
POLISKAYA. R.G.,tekhn. red.
[Manual on the analysis and design of reduction gears] Rukovodstvo
.po raachetu i proaktirovaniiu reduktorov. Hoskva. Gos. nauchno-tekhn.
izd-vo mashinostroit. lit-ry, 1958. 359 P. (MI-RA 11:12)
(Gearing)
I

1ACC NR' A117007081 SOURCE CODEs UR/0048/66/030/010J I-685 ---
/1689
AUT11ORt Vernov, S. N.; Khristianson, G. Be; Abrosimovq A, T.; Atrashkovichl
V. B.; Dalyayava, 1. F.; Vedoneyov, 0. V.; ~1 ~kov, G,,. 8.1 Nochin, Yu. A.;
Solovlye-va-,-V.*''T.#,"Poiiin, Yu. A.; Khronov, B. A.
ORG, none
TITIX; Phenomenological characteristics ot_brt7ed atmospheric showers with
a fixed number of /C-mosons and electrons /Paper presented at the All-Union
Conference on Cosmic Radiation Physics, ~fos'cow, 15-20 Nov 190/
SOURCE: AN SSSR. Izvestlya. Serlya fizichaskaye, ve 30# no. 10, 1966,
1685-1689
TOPIC TAGSs mu mes~o~p_ Cosmic radiation
SUB CODEt 20
ABSTRACT: In an earlier work by Vernov et al (Izvestlyn Akademij Nnuk SSSRI'
__19- 1676, 1965). iesults obtained in a study at an Instal-
Serlya-Fizicheakaya,
lotion of MoscoW State 'InIversity on broad atmospheric showers with zenith
angles of 0-300 were reported, These results included the distribution of showersi
with a fixed number of electrons N0with respect to the number of high-energy
mesons NX and the age parameter S,, distribution of showers with a fixed Ng. with
respect to Na and S*1 and the coefficients of the correlation between S and the
fluxes of electrons and A-mesons. In the work reported in thl 9 Instancet the
same relations were determined for broad atmospheric showers with zenith angles
of 30-450# The fluctuations of 1,4W, St and Ne, observed for an effective stmo.
heric depth of 1240 S/cm 2v were the $am as those for vertical showr* estse
b had In the earlier work* Tq determine the difference@ due to an Incredsojo..;
is
C.1
rd
L

ACC NRI AP7007081
the effective atmospheric' depth of 200 t/CM2, calculationa must be'carried out
:with greater statistical precision. When results of the theoretical calculations,
on characteristics of broad atmospheric showers at 1240 glem become available,.
!the experimental data reported will be wseful tor the determinati.on of the co'WQOO.*
91XIon of primary cosmic radiation In the quperhjRh -a 2~191raff5b",
Oriij, act* hSal 5 Jigureaq 2 fonol" &M I tab 0.
2

31519
3/62-1 60,002//000/001./027
D299 D304
AUTHORS: Vernov, 3. N., KhrJotirinuen, G.D., AbroBimov, A. T.,
Goryunov, It. 11. Dmitriyev, V A
0 k c 10 v , 3 . p : ( ~ . -Lft v e ~d) , 0 ^0 ~1~
~,. ~.i - . cc ovIyeva,
V. I., SolovIyov, K. I., 2tru,,~ululkiy, Z. S., and
Khrenov, B. A.
TITLE: General dencriptirn of the cletup w3ud for studying ex-
tenoivo %ir ohowert, and the provi.,i.lotvAll rC'JL11tJ ob-
tained Z-f
30u.(OF,; Intern,tti( ~al (XnfPri,~w:t3 r;n Cotmic Ploucow,
1,j51). Trudy. -;. 2. 1 kriu-7
kadryye
o"-tup w:L,-- ;,t -!'Lite
coll~11:11,!P.E (-,f ,.1 1 3 -1 C; I a
t
:ii
T) o o a: up 0
cuiln a

S ~)/002 '000/001/'027
1 /62 c,-)
General deocriptiun of the netup... D2(111930'1
chambera and a large diffu,?ion The ~vl.up In for a
coriprehen!3ive and "imultanuoutj of all the 1. ~.blc comj)o-
nen'to (clectrona and photong, nurle-jr-activa picticlos and
of extensive air uhower,; ot sea level. The uctup wao desJ;,,ned in 2
different confi6uratiozir,: the firot kit the eA of lj'%7, and 'Chvl Oc-
nond at the beginning of 1'j59. Below, only the rewiltv obtriired by
V P I t,.%t-A in
means of the first setup uve Pcniidcred. The Lietu %,~t0
a apcnial buildIng and :Ln 10 mobile laborntoriev. The were
reglatered by the system of hodoucoped counter!j. P:iz,t of tne coun-
ter3 ware shielded (thoaa for detc,;ting the nuclerkrz1ftive P,-,rticles
and theu-ve8ona) and the othar counters were no'. 32hicIded. Tne io-
nization chambers servod to determine the latoral diftribution af
the clectron-photon component and of the nucl(,,aractivc co=p(-nent.
The n1crontruature of the electron cotaponent wau atudiud by me-inn
of the diffusion chamber. Special mcauaren were to ezijurL
continuous and prolonged operation of the setup. The main unita of
the setup were automatically controlled, in particul r the Ou~Ply
units and the photograVhy system. The operation of the netup as a
whole) was controlled (triggered) by a selection Byatem; ir parti-
Card 2/7

31519
S/617/60/002/000/001/027
General description of the setup ... D299/D304
cular, the showers were selected in accordance with the density of
the electron flow and of thep-mesons. The setup was in operation
for about 2500 hours, yielding a large amount of experimental data
which are ntill being processed The prcoability theory (Bayels
theorem) was used for determinist; the (x,y)-axezi and the number of
particles N of the shower; in addition "lie di'stributicn function
f(r) as well as other distributloh functions were determined (r de-
noting distance). The values of x,,y and N were found by means of
a 3peuial electronic simulator. The density distribution of elec-
trons and mesons was determined.by means of fori'zala
M,
W(P) Li- exp(- P(Y] oxp[- pa,(n,- m,)]
where m. is the number of counters wlii,;h operate over an area a,,
and ni .. the overall number or Buch counters. The energy E of tTie
electron-photon component was determined by means of ionization
Card 3/7 -

3/62-'A;0/009/000/001/027
Gonerul dezeription of the uetup ... D2)9/1)'04
-hamb-ire, shielded with lead (up to 6 cm thi~;k). A vury comprehen-
uive picture of the particles and energico wis obtained for ahowers
whose axeP fall. within the system of 123 cubic detection chazibers.
Th~ setup permits observing the cetitral par-, of an uumoupheric
~Ihow-3r, whereby its several layers are uInultativautily observed;
Thij corresponds to the individual observation of the electron-
plno-.on, nuclearactive and p-mason components. Tha pro,~esued mate-
riaL,already yielded a fairly detailed picturc of the structure of
extenoive air showers at sea level. Thus, the lateral distribution
of particle flow in the individual showers was ascertained. It was
found that the lateral distribution varies O.n the I V) 25 m range)
from shower to shower; the average distribution is, in the range of
5 cm to 100 M, as follows%
KiN
Kja 3,3-10-3, 0,05