SCIENTIFIC ABSTRACT ANDRIANOV, V.M. - ANDRIANOV, Y. Y.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101420008-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

ANDRIMIOV, V.M.
Problem of selecting the most economical raw materia-1. for
pyrolysis, Khime i tekhe toplo i masel 8 no.7.44,-48 J! 163.
(MM 16-.7)
1. TSentralInyy nauehno-iseledovatellskiy ekonomicheskiy
institut Gosplana. RSFSR.
(pyrolysis) (Gasoline)

I - - 1~ ~a-f~;,,-_~-,-',,W~- , vir-1- - - -- . I . - -
ANDRIANOV, V.M.
Effect of the degree of the yield of light petroleum products
on the level of the optimum capacity of petroleum processing
plants (discussion). Khim. i tekh. topl. i masel 9 no.2:42-48
F 64. (KMA 17:4)

SOV/24-58-5-8/31
AUTHORS: Andrianov, V, N. and Shorin, S. N. (Moscow)
USFAWWWWW'P I W
TITLE: Radiant Heai__i&ch&nge in a Current of Radiating Medium
(Luchistyy te~loobmen. v potoke izluchayushchey sredy)
PERIODICAL: Izvestiya Akademii Nauk SSSR, Otdeleniye Tekhnicheskikh
Nauk, 1958, Nr 5. pp 46-53 (USSR)
ABSTRACT: In high temperature heat exchange devices heat transfer
by radiation plays an important role. In a number of
papers (Refs 1-6) this problem was considered assuming a
uniform distribution of temperatures and velocities over
the cross-section of the current; V. 1. Pukhov (Ref 5)
does assume uniform distribution across the cross-
section of the speed but not of the temperature.
The present paper presents an attempt to solve this
problem taking into account non-uniform distribution
of velocities and temperatures over a cross-section of
a current of a radiating medium in the case of
cylindrical and plane channels. The corresponding
differential equation is solved under the assumptions
that the medium is purely absorbing the scattering
coefficient equals zero, and the r;aiant heat transfer
Card 1/2 between elements of the medium within its volume can be

SOV/24-58-5-8/31
Radiant Heat Exchange in a Current,.;QX Radiating Medium
neglected. The absorption coefficient of the medium is
assumed to be constant. Explicit expressions are derived
for the above two cases and the results are summarised
in five graphs.
There are 7 figures and 8 references, 6 of which are
Soviet, 1 German, I French.
SUBMITTED: February 18, 1958
Card 2/2

AIMRIAMV, V.11., kand.tehhu.nauk; SHORIN, S.K.. doktor telthn.nauk
Investigation of beat exchange in the gas-combustion chamber.
Teploenergetika 6 no.4:62-67 Ap 159. (MIRA 12:3)
1. Inargetichaskiy institilt AN SSSR.
(Combustion research)

AMRIANOV, V.N.
Now data on the Permian stratigraphy of the central part of the
westorn Verkhoyanok Ranges 14at.po geol.i, pol.iskop.lAk.AS3R
no*5&51-57 161o (MM .150)
(VorkhoyanBk Range--Geology,, Stratigraphic)

ACC NRv -T63/000/001/0091/DD91
AP6005028 sawi CODE: UR/6165
AUTHOR: Avvazf~mn. V. G.; Aleksandrov, B. K.; hadrJ=ox*J_4JN,,; Beschinskiy# A. A.;
Budzko, I. A.; Zhim6rinp D. G.; Krasnov, V. S.; Kruzhilin, G. N.; Kulebakin,, V, S,J
Listov, P. N.; Markvardt, Ko G&I Markovich,, I. N.; Popkov, V. I.; Styrikovichs MP Ao
ORG: none
TITLE: Frofessor AndreZ Georgiyevich Zakharin.
SOURCE: Blektrichestvog no, 11 196% 91
TOPIC TAGS: electric power engineering, electric engineering personnel
ABSTFACT: A short biography of subject on the occasion of his 60th birthday in
November 64- A. close disciple of Krzhizhanovskiy, he now heads sector of general
methodological problems and forecasting at ENIN (Institute of Power Engineering
imeni Krzhizhanovski ), and power engineering section within its scientific council*
In 1927-1932, worked in designing and construction of pawer stations and industrial
power installations in the Trans-Caucasus. In 1932# having graduated as electrical
engineer from,Tbilisi. Polytechnical Institute,, he switched to scientific work at
All-Union Institute of Farm Eleotrification, and,at ENIN since 1944, Became
candidate of technical sciences in 19371 dootor,,.in 1948. Subject is credited
with working out the inethods for designing efficient and economical regional and
local power systemsp utiliving local power resources and coordinating them with the
power grids* He participated in studies on electrification, through 1980.0 and on
I Card 1/2 UDG: 621.~I:(Os,75-5)~..

ACC NRs AP600,5028
0v
the application of mathematical methods to solution of problems concerning.fuel-p6wer,
balance. In recent yearsp he has been concerned with linear programming., and long-
term prediction with computer techniques. He authored 'about 80 scientific works#,
including monographs, textbooks and handbooks, and has been editing all MIM publi-
cations. Is active in CEM commissions and_G_0*ELAKSS3R.. devoting special attention
to coordination of scientific research in power engineering. Has been awarded the
Order of the Badge of Merit and other decorations. Crig. art, hasi -1 figure.
SUB CODE: 09 SUBM DATE: none
(00
2/9

-,-ACC-NRt -~-.AP6W~0-01- -7 CODE: UR/010576576MjfW6l6o9l7569l-~-------
S(X M
AUTHORt Aridrianov, Vo_Noj Budzkoo,le A*; Venikovo Ve Aol Damin, A. V*;. Gorodskly,
Do Ael Zakharin, At Go; Krasnov, Ve Sol Levin, He So; Listov, Pe N
Markovich, 1. Met Hallnikov, No A91 Nazarov, Go Itj Razovigj Do Vo; Snirnovo Be Vo;
Stepanov, V, Nei Syroqjatni~ovo Is Ael Fedoseyev, As Met Yakobs, A. Is
ORO: none
TITIE: Doctor of technical sciences, Professor L, Yee Ebin (on the occasion of hii.
60th birtbdiiy
SOURCE: Elektrichestvo, no. 6, 1965, 91
TOPIC TAGS: scientific personnel, electric network, 31ghtning.
ABSTRACTi Professor Lev Yefizovich Ebin, 60, graduated in 1928.from the
Kiyevskiy elektr'otekhnicheskiy I I.na.titut (Kfyev Electrotechnical InstituteY
Between 1929 and 19361, he worked in the Donenergo sy tem and published varioubi-
original papers on lightning protection and groundin:.devices. From 1936
EBIN works at the Vsesoyuznyy nauchno-issledovatelOsUly Institut elektrlflkat-~l
,sit seltakogo khozysystva (All-Union Scientific Research Institute for the
Electrification of Agriculture) where he heads a laboratory. In 1937, tie
-6efended his candidate's dissertation and In 1951 his Ph. D, Thesis dealing
with studies of the nonsymmetrical operating conditions of electrical net-
works and of statfonary,aind nonstationery electro-thermal pro;esses In the
Card 1/2 -621.31

P
I

WW
ACC-NRt -AT6006905- SOURCE CODE*- URIOO00165100010001010310110
AUTHOR: Andrionov, Ve N, S'
ower Inatitutelm, Go M6 Krzbizhanovskiy (Energ
ORO: P etiobeskly
institut)
TITLE: Radiative beat transfer In a flat layer of a moving medium
SOURCE: Teplo- I mossoperenos, t* II: Teplo- I mossoperenos pri
vzeimodeystvil tel a potokemi zhidkostey I gazov (Heat and moss tronsfen
v. 2: Heat end mass transfer in the Interaction of bodies with liquid
and gas flows), Minskj Nsuka I tekbn1ka, 1965, 103-110
TOPIC TAGSi kadiative beat transfer, combustion temperature
ABSTRACT: The article presents an analytical solution said to be
applicable to layer type combustion in an anthracite furnace, The
Initial energy equation has the following formr
dly q4 + d1v q'lc 0.
For the one dimensional, base of a fiat'layer, the above equationocan be
simplified as f6llowst
d6, (2)
dx dx
Card 1 2

--ACC-W7--~-At~
6006905----- 0
The results of a numerAcal oalculation are presented graphically. It isl
evident from the curves that the combustion temperature of the fuel in
the layer drops only slightly from the theoretical combustion tempera-
turo., FoS a change in the temperature of a radiation absorbing surfaoe
from 2003 K to OoKp the temperature of the oombustion layer drops by
only 8%.& Orig, art* bast 23 formulae and 3 figures.
SUB CODEt 20/ SUBM DAM., OgNov6.5/ ORIG REV.- 002/ OTH REFI, 004
card 2/2 nst

USSR/Engineering - Generators, 'Synchronous Oct ~ 49
~4otore, Wind-Driven
-stability of a Synchronous Generator in a Power
Ittvork When Uperating From a Wind-Driven Motor,"
V. N. Andrianov, Cand Tech Sci, Moscow, 7 PP
"Elektrichestvo" Vo 10
Article was prompted by ctrpearance of wind-driven
motor D-18, constructed --y VIM-GUBMP (awarded a
Stalin prize). At a spe%ed of 42 rpm (wind velocity
of 8 meters/sec~,, the motor generates 28.5 kv power.
Shovs theoretical-.y thaT a synchronous generator
(SO-25/6 or 35/6) can operate stably in a systeni
150T33
USSR/Engineering - Generators, Synchronous Oc-C 49
(Contd)
wben driven by such a motor in regions where average
yearly wind velocity is around 6 meters/sec. Deter-
mined minimim wind velocity at which stabi3lty can
be maintained.
15OT33'
IS

'Wind
I-Dr
-C.
::.,*Parallel Operation of a Wincl-Driven Electr
Station With the Power Network," V.
V, Catd Tech Sci, Moscow Inst for:
zation and Electrification of Agr imeni
)(blotov, D. N. Bystritskiy, Engr, All-Union
,~Iust for Electrification of Agr (VIESXh)
011ektricbestvo" No 5, PP 8-12
Describes expts conducted at exptl vind-elec
%,~jior4er station (VES) of the Zaporozhlye Affiliate
189T17
,,,V8SR/Electricity Power StatIons, XSY 51
Wind-Driven (Coutd)
lei
of VIESKh in Avuchronization and paral
'operation of a wind-elec power station wiit.'the
submitted 13 Nov 50.
n.e~tvork
18W3.7!
24
" N
Co
I =>

USSR/Electricity - Wind-Electric Jun 52
Power Stations
Power- Regulation of a Wind-Electric Power Ste-
cm tion," Cand Tech Sc i V. N. Andrianov, and Engr
A. 1. Pokatayev, Moscow
"Blektrichestvo" No 6, pp 19-24
Cites results of exptl operation in 1951 of wind
power station using wind-powered motor type D-18
at Zaporozh I ye Af f iliate of All-Union Inst f or
Electrification of Agriculture in parallel with
regular power system. Constant power output (ie,
constant torque of vindynill) was successfully man-
tained under increased wind velocities by use of
electromagnetic,, clutch between windmill fan and
synchronous generator, although dissipation of
heat from clutch presents problem. Submitted
28 Jan 52.

- ANDRIANOV, V.N., kandidat takhnicheakikh nauk; 11XKZSTITIV, G.F.. inzhener.
lIffectiveness of the combined operation of a wind power electric plant and
a hydroelectric plants Who i elek,9911khos, no,4;65-70 AP '53-
(KM 6-25)
1. Moskovskiy institut mokhanizatsii i elaktrofikatsii sel'skogo khosyay-
stya tueni V.M. Molotov&. (Wind power) (Hydroelectric power stations)

% I ,
;q
T )% )~ 14 11, -
I
.- - I
I

n 1i -I I J"C 1 i I lYL: V, V - j I -
4MR ZWOVSKIY, G.M., VEYTS, V.I., YEMINOV, M.G. ANIIR -V.j1.'
BUDZKO, I.A., SLZONOV, N.A.
Doctor of Technical Sciences A.G.ZaWhartn. Elektricheatvo x'.,--;:
84 F'55- (MLRA 8: ?':
(Zakharin, Andrei Georgevich, 1904- )

mit wind-pover elsktr~q s
nsuh.-takh. inform. po al
(Illootrio
100 kilowatt capsoity.
no.b42-44 156. '
(KM 10: q )

AMDRIAIJO-!V..J6&uw4oktor tekhnicbeskikh nauk; BYSTRITSKIY, D.F., kandIdat
~~ a MV k1kh nauk.
--taknniches
Wixtiveness of oporating wind power plants in conjunction with
I*-droolectric power stations. Trudy HIM KH 3:78-89 '56.
(Power plants) (NM 10:8)

-Ajja_WqV, V,,L.,. doktor tekhatcheskikh nauk;
t
F
ak michaskikh nauk.
Wind power engineering
87-89 0 '56.
Blektrichestvo no.10:
(Km 9:11)

'r -7 i
112-2-3079
Translation from; Referativnyy Zhurnal, Elektrotekhnika, 1957,
Nr 2, P. 78, (USSR)
AUTHOR: Andrianov, V. N., Bystritskiy, D. N.
TITLE: Jointly Operating Electric Heat and Wind-Motor Power Plants
of Practically the Same Capacity (Sovmestnaya rabota
teplovykh i vetrov kh elektricheakikh stantsiy prakticheski
ravnoy mo6hchnosM
PERIODICAL: Tr. Vses. n.-i. in-ta mekhaniz. 8-kh., 1956, Nr 22,
pp. 146-167
ABSTRACT: A study has been made on theA -18 and 1-a -18 type wind-
motors and a heat power station with a stationary internal
combustion engine. To protect the wind motor from
mechanical overloading, it is necessary to install electro-
magnetic slip-rings or a wind-actuated moment regulator.
It is pointed out that in view of the different.principles
of control, as well as to the different capacity ratios
of the internal:-combustion engine electric power plant and
the wind-motor electric plant, it is necessary to take
Card 1/2 these precautions to protect the wind motor*from mechanical

AMMIANOV, Y.N., prof.-. MOMININA, N.A., assistent; HISHARINA, Ye.A.,
JLO"UYvwkhn.nauk; MIKONOT, L.V., doteent; ERPRINK, B.1.',.prof...
reteensent; GUMOVICH, A.A., kand.takhn.nauk; GILIMAN, Te.A..
red.; VOZNESRNSKIY, A.B., tekha.red.
[Electric machines-, instructions and assi nts for students
specializing in the electrification of agriculture] Blektricheakis
mashiny; metodichaskie ukazanila i kontroltnys sadaniia dlia stu-
dentov apetoiallnosti "olektrifikateita sel'skokhoziastvennogo
proizvodetvo.* Pod red. V.B.Andrionova i A.A.Glebovicha. Kdakva,
Moak. in-t mekhanizataii i elektrifikBtsii sel'.khoa., 1958. 56p.
(MIRA 12:2)
(Electric machinery)

ANDRIA11211JANAwodolftor tekhn.nauk; BMSENRV. Ye.Ye.. inzh.; BYSTRITSKIT,
knnd.takhn.nauk; GRICBENNIKOV, A.F., k!3nd.tekhn.r;auk; G3WSOV,
H.A., kand.takhn.vmk;Z0YW, V.A., kand.tekhn.nauk-, KLIHOV, A.A.,
kand.takhn.nauk; KORGIV, Y.F.. kand.tekhn.nauk; KI]DRYAVTSEV. I.F.,
kand.tokhn.neuk; KUIK. H.Ye., kand.tekhn.nauk; HAZAROV, G.I., kand.
takhn.nauk; OLHYNIK, N.P.. inzh.; OSICTROV. P.A., kand.tekhn.nauk;
PWSOSOV, A.H., inzh.; POPOV. S.T.,1inzh.;PRISHCH3P,L.G., kand.
tekhnenauk; PCHELKIII. Yu.N., inzh.; RUBTSOV, P.A., kand.takhn.nauk;
RUNOV, B.A., kFmd.tekhn,,nauk; SAVINKOV, K.P., kand.tekhn.nauk;
SAZONOV, N.A., prof., doktor tekha.nauk,- SERGRYEV. A.&., iazh.;
SKVCIRTSOV, P.P., kand.tekhn.nauk; SMIRNOV, B.V., kand.tokhn.asuk;
SHIRUOV, V.I., kand.tekhn.nauk; TYHINS 'KIY, Ye.V., inzh.; URVACHEV,
P.Ne, 1--and.tekhn.nauk; SHTRURHAN. B.A., inzh.; SHCHUROV, S.7.,
kand.okon.nauk; RUNOVA, L.M., inzh.; VOLIPOVSKAYA, D.N.. red.-,
NIKITINA, V.M.. red.; BALUM, A.I., tekbn.red.
[manual on the use of electric power in agriculture] Spravochnik po
primeneniiu elektorenergii v sel'skom khoziaistve. Moskva, GOB.
izd-vo sellkhoz. lit-ry, 1958. 606 p. (MIRA 11:5)
(Blectricity In agriculture)

MMOOTANTSEY, Y.T., kand.takhn.nauk: TURASOY. T.Y., "nd.takhn.nauk;
ALULCR, Sh.M., kand.takhn.nauk-,,,A!gqgAM,,_,,!,Y., doktor tekhn.
nsuk; ASTAFITZT, X.N.j kandetakhn,nauki BUDZKO, LA..~skademik;
BYSTRITSKIY, D.N., kand.tekhn.nauk; TRYALIS, B.S., kand.tekhn.
nauk; GIRSHBIRG,-Y.Y.. inzh.-. GORMMOY. Ye.M., inth.; GRI-
CHSTSKIT, B.Ta.* Inah.; ZAKHARJ1N, A.G., doktor tekhn.nauk;
ZLATKOVSKIT, A.P,j kand.tekhn.nauk; IOSIPTAN, S.G., insh.;
ITSKOYICH, A.M., doteent; KAlaWN, B.H., inzh.; KTITKO, M.N..
insh.; KORSHUNOY, A.P~, inzh.; LEVIN, M.S., )mnd.tokhn.nauk*,
LOBANOT, T.N., doteent; LITTINICNKO, A.F.. inzh.; HERKILOT,
G.F., insh.; PMHATKA. P.Te., kand.tekhn.nauk; PRONNIKOVA,
H.I., kand.takhn.nauk; SKIRNOT, B.Y.. kand.tekhn.nauk; FATYU-
SMMO, S.G., inzh.; KHODNKY, Y.Y., inzh.; SHCHATS, Te.L.,
kand.takhn.nauk; XBIN. L.Te.. doktor tekhn.nauk; ERTIN, I.A.,
kand.tekhn.nauk; SILIN, T.S.. red.; SMYANSKIT, T.A., red.;
BALLOD, A.I., takhn.red.; SMIRNOYA, Te.A., tekhn.red.
[Handbook pertaining to the production and distribution of
electricity in agriculture] Spravochnik po proizvodstvu i
r9spredeldniiu, elektricheskoi energii v sel'skom khoziaistve.
Koskva, Gos.12d-vo selikhoz.lit-ry. 1959. 900 p. (MIRA 13:2)
I.Tsesoyusnaya akademiya seliskokhozyaystvennykh nauk imeni
T.I.Lenina (for Budzko).
(Rural electrification)

8(0) SOV/105-59-3-26/27
AUTHORS: dzko, 1. A., Suzonov, X. A.)
-4~ ~ri~no~~B~U
_
Skvortsov, P. F.
TITLE: Stepan Artemlyevich Burguchev
PERIODICAL: Elektrichestvo, 1959, Nr 3, p 96 (USSR)
ABSTRACT: This article has been written to celebrite the 70-th birthday
of Stepan Artemlyevich Burguchev. He was born in December
1888 and graduated from the Moskovskoye vyssheye tekhniches-
koye uchilishche (Moscow Technical Col-leed) ' as an Elec-
trical Engineer in 1919. While he was still studying, he
took part in the planning of the project and in the con-
struction of the first regional power station "Blektro-
peredachall (at pret~t3nt GRES im. Klassona). After leaving
the -~ dollop ., he supervised the efforts directed towards
the electrification of agriculture in the Moskovskaya oblast',
of textile industry and linen ware
Kombinats in the Vladimirskaya oblast'
and the planning and the constrijetion of the sub-stations
in the Podmoskovskiy ugollnyy bassein (Podmoskovskiy coal
Card 1/3 basin). He collaborated in the establis'llment of the firat

Stepan Artemlyevich Burguchev
SOCV/1()~,-150'-.7-26/27
agricultural Yaropoletskaya elektrostnntsiya im. Lenina
(Yaropolets power station imeni Lenin). Under his super-
vision the elect~.ified section of the first staUe of the
Moscow subway and the Dneprovskiy alyuminiyevyy kombinat
(Dnepr Aluminum Kombinat) were built. During World War Il
he was engaged in work concerned with the dectrificantion
of industries evacuated to the east. He is a member of the
section of electrification of the Nauchno-tekhnicheskiy
sovet Ministerstva sellskogo kho"Vaystva SSSR (Scientific-
Technical Council at the Ministry of Agriculture of the USSR).
Since 1923 he is besides his activities as an engineer also
engaged in scientific and pedagogical work at the Vseso-
yuznyy elektrotekhnichoskiy institut im. Lenina (All-Union
Institute of Electrical Engineering imeni Lenin), at the
Moskovskiy elektromekhanicheakiy institut im. Lomonosova
(Moscow Institute of Electromechanics iizteni Lomonosov),and
at the Moskovskiy institut mekhanizatsii i elektrifikataii
sellakogo khozyaystva (IMoscow Institute for the Mechaniza-
tion and Electrification of Agriculture). He is one of the
founders of the scientific discipline of the "Production
Card 2/3 and distribution of electrical power in a-rioulture". He
U I

Stepan Artemlyevich Burguchev
SOV/105-59-3-26/27
is the author of many publicationB. His book 11 Electrical
power stations and sub-stations in a.-riculture" (1958) is a
systematic work which gives a general aspect of experience
U
gained in many years. 1953 he was awarded the Lenin Order.
There is 1 figure.

ANDRIaOV, V.N., doktor tekhn.ua*; BYSTRITIM, D.N., kand.tekhn.nauk,,
X.F. , inzhe
Dynamic processes In %be operation of wind electric power plants
in an eleotrio systeme Nauche trudy VINSKE 4:207-225 159.
(HERA 13: 11)
1. TSentrallnyy aero-gidrodinamicheakiy institut (for Vashkevich).
.(Wind power)

AIMUIAIW, V.N.;.BYSTRITSKIY. D.N.; KRAUSP, V.R.; FAITIKIII, V.T.;
rZOMLOVSKIY, a.A.; ZAK, I.G.; LEVIU, M.I.
Automation of small mobile electric power plants used as
temporary and reserve power supply sources in agriculture.
Sbor. nauch.-tekh. inform. po elek. sellkhoz. no.6:34-39 159.
(XIRA 1319)
1. Voesoymnyy nauchno-issladovatellsk-iy institut elektrifiloataii
sel'skogo khozvaystva (for Pechkovskiy). 2. Saratovskiy .
mekhanicheskiy zavod (for Zak). 3. TSentralinyy dezinfekt-
sionnyy nauchno-issledovatel'skiy institut (for Ievin).
(Ilectric power plants) (Ilectricity in agriculture)

ANMIANOV, V.X - oktor tolchn.nauk; BYSTRITSKIT, D.N., kand.takhn.
aPANIKIN, V.V., insh,
Automation of mobile diesel electric power stations. Mekh,t
slak.sots.sellkhos. 17' no.5:33 159. (MIRA 12:12)
1. VoesoyuxWy nauchno-iseledovatellekiy institut elektrifi-
kataii sel'skogo khozyaystva.
(Blectric power plants)

ADDRIANOY,.Viktor Nikolayevi.oh, prof.-, BTSTRITSKIT, D.N.; YOROPATEV, Nolo;
DRUZHIMINA, N.A.; HISHARINA, Ta.A.; NIKOKOV, L.V.; HIKITINA, T.K.*
red,-, PROKOFITIVA, L.H., tekhn.red.
(Practical studies of electric machinery in laboratories] Labor&-
torno-praktichookis saniatiis po alaktrichaskim mashinam. Moskva,
Gos.isd-vo sallkhozolit-ry, 1960. 250 p. (MIRA 13:6)
(Blootric machinery-Study and teaching)

PHASE I BOOK EXPLOITATION SOV/5321
,Andrianov, -Viktor Nikolayevich, Dorian Naumovich Bystritskiy, Konstantin
FetrovicE Vashkevich, and Vladimir Rafailovich Sektorov
Vatro-elektricheskiye stantaii (Wind-Motor Electric Power Stations) Moscow,
Gosenergoizdat, 1960- 319 P- 2,000 copies printed.
Ed. (Title page): V.N. Andrianov, Professor; Ed#: V.A. Orlov; Tech. Ed.:. K.P.
L Voronin.
PUPJ'0SE: This book is intended for power engineers of various specialties
for engineers engaged in designing and operation of wind-driven electric
power stations., and for students and agricultural workers in the field of
rural electrification.
COVEIME: The authors describe vind-motor direct-current and altemating-current
electric power stations of various capacities. The following are discussed:
design and utiLization of stations; problems of control-system statics and
dynamics in isolated stations and in those connected in parallel with a system
cara4o

8/105/60/000/05/25/028
B007/BOO8
4RqXA--Yj#, Astakhov# N.V., Gubenko, T.P., Kostenko, M.P.,
AUTHORS: 4njEL
Larionov, A.N., Lopukhina, Ye.M., Petrov, G.N., Somikhina, G.S.,
Yuferovp F.M., Chilikin, M.G.
TITLE: Yu.S. Chechet,(Deceased)
PERIODICAL: Blektrichestvol 1960, No- 51 P- 89
TEXT: lyuriy sergeyevich ChnhieJt Professor at the Moskovskiy energetieheskiy
institut (Moscow Institute of Power Engineering), scientist and pedagogue, and
an expert in the field of electrical micromachines, died on February 26, 1960.
He was born on February 2, 1894- He studied at the makhanicheakiy fakulltet
Kiyevskogo politekhnicheskogo instituta (Department of Mechanics at the
Kiyev Polytechnic Institute) from 1913 to 1919. From 1919 teaching activity in
Odessa and in Moscow. In 1923 he graduated from the elektrotekhnicheskiy
fakulitet Moskovskogo vysshego tekhnicheskogo uohilishoha (Department of
Electrical Engineering at the Moscow Higher Technical School). He published
about 40 scientific studies. From 1931-1942 Director of the kafedra elektriche-
skikh mashin (Chair for Electrical Machines) at the Moskovskiy institut
Card 1/2

Yu.S. Chechet (Deceased)
8/105J60/000/05/25/028
B007/B0O8
mekhanizatsii i elektrifikataii sellskogo khozyaystva (Moscow Institute of the
Mechanization and Electrification of Agriculture). From 1942 until his death he
was Professor at the kafedra elektricheskikh mashin Moskovskogo energeticheskogo
institute, (Chair for Electrical Machines at the Moscow Institute of Power
Engineering). At the same time he directed a chair at the Voyeano-inzhenernaya
Krasnoznamennaya akademiya im. Kuybysheva (Military "Red Banner" Engineering
Academy imeni Xuybyshev) for a number of years. He took hie dootorls degree in
1940. He wrote his dissertation on "Theoretical Principles for the Designing of
Universal Mioromotors" ("Toorstioheakiye osnovy proyektirovaniya univeraallnykh
mikrodvigateley.11). He was a Deputy of the Mossovet (Moscow Soviet of Workers'
Deputies) and holder of the Order of Lenin and a number of medals$ as well as
Chairman of the Section Electrioal Machines of the MONITOE. There is-1 figure.
Card 2/2

A
NDRIAN P
ID~IA~NO _Y~H_ doktor takhn. nauk, prof.; SENENYAK, Yu.A.,
inzh.
[Efficient electric drive for cream separators] K voprosu
o ratsionallnom elektroprivode molochnykh separatorov;
nauchnoe soobshchenie. Moskva, Otdel tekhn. informatsii
VIESKha. 1962. 41 p. (MIRA 16:11)
(Cram separators-Electric driving)

ANDRIANOV, V.N.,
; SEMENYAK, Yu.A.,
Use of a calibrated d.c. motor for derivation of mechanical charac-
teristics. Prom. energ. 17 no-3:12-13 Mr '62. (14IRA lz~1:2)
(Electric power distribution) (Electric machinery)

AMRIANOVt V.N., doktor tekhn.nauk; DISTRITSKIY' D.N., kand.tekhn-o-nauk
PulBe otart of asynchronou-s'"shoet.;~aircui't6d,mators. Mekh. i
olok. bots. selikhos. 20 no-ji46m4l 162".1 (MIRA 15:7)
1. Moskovskaya'soliskokhoi~myetvenn'aya akademiya imeni
Timiryazova (for Andrianov), 2. Vaesoyusnyy nauchno-
issledovatejlLk,i~ institut ile.ktrifilmtoii sellskojo khozyaystva
(for Bystrits
0190tric motorso;Induotion)

ANDRIANOV Vo Nqs_dpktor tekhn. nauk; GORIN,, Ye. I,,, inzh.
Cartaizi features of using synchronous electric motors In
agriculture. Mekh. I elek. note. sellkhom, 20 no.6147-50
t62o (MIU 16 s 1)
1. Moskovolm-ya sellakokhozTaystvennaya akademiya in. K. A.
Timiryazeva (for Andrianov). 2. Vaesoyuznyy nauchno-issledo-
*atellskiy inatitut elektrifikataii sellskogo khozyaystva
(for Gorin).
(Electric motors, Synchronous)
(Electricity in agriculture)
'k.

ALUMR, Sh.M.; ATIDRIANOVI VIV.; BUDZKOI I.A.; BURGUGHEV, S.A.; ZAKHARIN,
A.Gs; NAZAROV, G.I.; FRISHCHEF~ L.G.; FOYARKOV, M.F.; RASOVSKIY,
E.I.; RUNOV, B.A.; SKVORTSOV, P.F.; SEYGEYEV, A.V.
P.N.Listov; on his sixtieth birthday and the thirty-fifth
anniversary of his industrial,, theoretical, and educational
work. Elektrichestvo no .11:94 N 162. (MIU 15:11)
(Listov, Petr Nikolaevich, 1902-)

ANDRIMOV, V.N.0 doktor takhnizauki SEMMYAKs, YU,A,p inshe
Choice of electric motors for driving milk centrifuges, vest.
elektroprom 33 no.9:29-33 S 162* (M RA 15:10)
(Cream separators-Electric driving)

ANDRIANOV, V.N.I. doktor tekhn. nauk; BYSTRIISKIY, D.H., kand. tekhn. nauk;
PANIKINJI V.V.I, inzh.
Automatic control networks at mobile diesel electric power
plants with contactless elements. Mekh. i elek. sots. sel'kh02.
21 no.308-43 163. (MIRA 16:8)
1. Moskovskays, sel'skokhozyaystvennaya, akademiya imeni Timiryazeva
(for Andrianov), 2, Vsesoyuznyy nauchno-issledovatellskiy
Institut elektrifikataii sel'skogo khozyaystva (for Bystritakiy,
Panlkin).
(Diesel electric power plants)
(Electricity in agriculture)

ANDRIANOV, V.N., doktor tekhn. nauk; CHERNOPYATUV, N.I., Jnzh.
Expediency of the use of single-phase electric motors in rural
networks. Mekh. i elek. sots. sellkhoz. 21 no.5-.42-44 163.
(MIRA 17:1)
1. Moskovskaya sellskokhozyaystvennaya akademiya im. K.A,
Timiryazeva (for Andrianov). 2. Chelyabinskiy institut
mekhanizatsii i elektrifikatsii sellskogo khozyaystva (for
Chernopyatov).

m
ANDRIANOV, V.N.; BUDZKO, I.A.; BURGUCHEV, S.A.; LISTOV, P.N.; PETROV, I.I.;
--FOYARKOV;-'M.F.; SKVORTSOV, P.F.
G.I.Nazarov; on his 60th birthday. Elektrichestvo no.9192 3
163. (MIRA 16:10)

ANDRIANOV V.N.
I-----------,Jv--,.-'I .,; BTILGAKOVA, M.D.
Middle, Carboniferous age in boundary, layers of the Tiks and
Verkhoyansk series of the Rharnulakh Mountains in the lower
Lena Valley. DokI. AN SSSR 162 n0.12155-1.57 My 165. NIP-A 183 5)
I. Institut geologii Yakutskogo filiala Sibirskogo otdeleniya AN
STIR, Submitted Janu&ry 9, 1965.

KOCHON't, O.D., kand. med. naik; A iLlk-I
KURITSYNII I, S.N.J, kund. med. nauk
Dermatovenereological service in Gorkly Province in conrection
with the publi.c health reorganization. Vest. derm. i ven. 38
no.10:73-75 0 164. (MIF-A 18:7)
.1 -1-vullerologicha'skly
1. Gorlkovskl- kozIllic
. stitut (direktor - hand. mod. nauk O.D. Kochura) I-11nisterstva
ln
,,dravookhraneniya MUSH.

-AX BTSTRITSM~ D.N.,, kand.
_9ArAffqV., V.N.,, doktor teklin.nauk, prof. Noskv&);
te)dui,-i*uk (Moskva)
Start of squirrel-oaRS induotion motors from an autonomous power
supply unit* Elaktrioheetvo no,lOs46-52 0 165, (MM 18tlO)

ANDRIANOV V.P.., inzh.; DMALALOV, G.G., lnzh.; TOLSTOY, V,V.~ inzh.
TransmiBslon of dftta to a railroad computer center. Avtom,, telem.
i.sviazs 9 no.WO-15 Ag 165. (MIRA 18:9)

77-

TULUPOV, L.P.,9 kand.tekhn.nauk; ANDRIANOV. Y,,P-,-!inzh.; BUYANOV, V.A.., inzh.
Organization of remote-controlled transmission of information to the
computing points of railroads. Vest.TSNII MPS 20 no*3.-57-61 161,
(MIRA 14:5)
(Railroads-Eleotronic equipment)

S/12o/62/000/001/047/o6i
E039/E485*
AUTHORS: Danilov, I.B., Andrianov, V.P.
TITLE: An electrical indicator for the tuning and testing of
ifo.rlcing piston engines
PERIODICAL: Pribory i tekhnika eksperimenta, no.1, 1962, 183-185
TEXT: The apparatus ddscribed permits the continuous observation
of the indicator diagram of a working piston engine on the screen
of an oscillograph, without the addition of a probe to the
working volume of the cylinder. Instead of measuring the
pressure in the working volume directly, the distortion of a
part of the engine was measured, by means of a resistance strain
gauge, at a point where the deformation was proportional to the
pressure in the working volume. In this particular case, a.
stainless steel tube which strengthened the cylinder and va ve
case was used. The strain gauge consisted of a grid of
constantan wire, 40 mm long with a 0.5 mm pitch mounted on a
paper base, and had a total resistance of 300 ohms. The gauge
was fixed on to the stainless steel tube by ineans of adhesive
192-T and its sensitivity, measured by applying a static pressure
Card 1/2

An electrical indicator ...
S/120/62/000/001/047/o6i
E039/E485
to the system, was shown to be 0-3fl/kg. The influence of
transverse oscillations of the tube was reduced by using two
strain gauges mounted on opposite sides of the tube. The signal
from the strain gauges was amplified and displayed on an -30-7
(E0-7) oscillograph. As it was necessary to amplify very low
frequencies, the frequency-characteristic of the vertical
amplifier was modified. Taking the amplification coefficient at
3 to 10 c/s as unity, then at 0.3 c/s it was 0.7. The
horizontal time base was taken from a generator mounted on the
crankshaft of the engine. As the engine worked at speeds of
about 300 rpm, the cathode ray tube of the oscilloscope was
changed for one with a long afterglow screen. Photographs of the
indicator diagrams obtained are included in the paper. The
method was found to be reliable and convenient. Acknowledgments
are expressed to P.L.Kapitea for the idea of the electric
indicator and to L.N.Shteyngayz for the construction of the,
generator. There are 4 figures and 1 table.
ASSOCIATION: Institut fizicheskikh problem AN SSSR
(The Institute of Physical Problems AS USSR)
Card 2/2 SUBMITTED: June 1, 1961

A.P., doktor tekhn. nauk, prof.; TULUPOV,-I,.P., kand. tekhn.
nauk; KRYUKOV', N.D., kand. tekhn.nauk; GUNDOBIN, V.N., inzh.;
VASILIYEV, G.S., kand. takhn. nauk; GRISHIN, M.S., kand.
tekhn. nauk; MOROZOVA, K.N., inzh.; ROZE, V.A., inzh.; LEVSHIN,
G.L., insh.; BERNGARD, K.A., doktor takhn. nauk.. Prof.;
BIKCHENTAY, M.A., inzh.; BUYANOV, V.A., inah.; ILOVAYSKIY,
N.D., inzh.; MUKHAMEDOV. G.A., kand. tekhn.nauk; MIROSHNICHENKO,
A.P., inzh..--ANDRIANOV. V.P., inzh.; BUTS, V.D., inzh.; KAZIMY,
A.A., inzb.f HTNETEV, U.r., inzh.; DYUFUR, S.L., kand. tekhm
nauk; USTINSKIY, A.A., kand. tekhn. nauk; MIKHAYLOV, S.M., Inzh.;
NESTEROVj, Ye.P., kand. tekhn. nauk,, retsensent; LIVSHITS, V.H.,
inzh., retsenzent; PREDE, V.Yu., inzh.,-red.; VOROTNIKOVA, L F.,
tekhn. red.
(Control of transportation processes using electronic digital
computers) Upravlenie perevozochnym protsesaom 9 primeneniem
elektronnykh tsifrovykh vychislitelInykh mashin. Pod obshebei
red. A.P.Petrova. Moskva, Transzheldorizdat, 1963. 207 p.
(MIRA 16:8)
1. Chlen-korrespondent AN SSSR (for Petrov).
(Railroads--Management) (Electronic digital computers)

ANDRIANOV# V. P. " insh.
----6O'-Mp&-r'j:nj-the methods for increaoing the fidelity of informa-
tion transmission, Vesta TSNII M 22 no.3:54-59 163.
(MIFLA 16: 7)
(Railroads-4ommication systems)

ANDRIANOV, V.P., insh.
Coordinated chamoteristics of channels for data transmission.
Vast..TSNII MPS 2.4 no.208-62 165. (MIRA JSt5)

DIBROV, V.Te.; HIRONOV, I.K.: KHCLI, F.I.; ANDRIANOV, V.T.; LEBEIEV. A.P.,
doktor geologo-mineral.nauk, otv.redt; INSHM SUY, A.I., red.
isd-va; RYLINA. Yu.Y., takhn.red.
COeology and diamond potential of the southwestern Siberian
Platform] Geologicheekoe stroenle i almazonoanost' iugo-zapadnoi
chasti Sibirskoi platformy. Moskva, Izd-vo Akad.nau,k SSSR, 1960.
96 p. (MIRA 13:4)
(Siberian Platform--Diamonds)

ANDRIANOV. V.V.
Conference of medical workers of the Mari A.S.S.R. Zdrav. Ros.Yeder.
2 no.1:47-48 Ja 158, (MIRA 11:2)
(HARI A.S.S.R.-PUBLIC HgALTH)

ANDRIANOV, V.V.
Changes in the nervous system in the cerebral form of vibration sick-
ness, Uch. zap. Mosk.nauch.-isal.inst.san. i gig. no.7:52-56 160.
(14IRA 15:2)
(VIBATIOP-MSIOLOGIG'AL EFFECT) (NERVOUS SYSTEM)

ANDRIANOV, Vasiliy Vasillyevich;
red.
Naab
[our Cuba
otnoshenii, 1963. 102
AFaUKRUK, P.L., red.; YEPKK.*VA,
drug Kuba, Hoskva., In-t mezhdunar.
p. (MIRA, 17:2)

ANDRIANOV, V.V.; KONYUKHOV, V.V.; NIKOLOTOVA, A.S.; TREYY,.AN, V.V., prof.
Some data on medical service and the incidence of diEease
with temporary disability of workers and emplo~rees of the
Ryazan Combine of Artificial Fibers. Nauch.trudy Riaz.med.
inst. 2308-44 163. (MIRA 18:12)
1. Wedra organizataii zdravookhraneniya i istorii meditsiny
(zav. kafedroy - prof. V.V.Treyman) Ryazanskogo meditsinskogo
institute. imeni akademika I.P.Pavlova.

ACCESSION !'-M: AP4000400 S/6294/63/001/001/0050/0055
AUTHORS: Sy*chev, V. V.; Andrianov, V. V.
TITLE: Effect of gravithtional factors on specific heat measurements
cv near the. critical point
SOU!kCEE: Teplofizika vy.*sokikh temperatur, v. 1, no'. 1,. 1963;.50-55
TOPIC TAGS: gravitation,. specific heat, beat capacity; critical
point, physical property, thermodynamic property
ABSTRACT: In view of the lack of either txperimental- -or theoretical
-published data on this subject, the author considers a hypothetical
calorimetric vessel placed in a thermostat in Vnidh critical tempera-
ture i~" maintained. Although 11--he pressure variation along.the.height
of the vessel is very slight, near the critical point this variation
causeg a noticeable variation in density of matteri so*that the
cri~Cical state of matter is attained at some.section of the vessel
Ccrd 1/2

.ACCESSION NR: AP4000400
i,n such a-way that the position of the cross section in which the-
criti~al state is realized varies from the uppei point of the ves-
sel to a point on its boltto-m in accordance with the'different values
of the specific volume of the matter averaged over the' vessel'. The
effects due to agravity are calculated on the basis of this model,
and it is suggested that a precision experimental study of these
Dhenomena would be'of great interest. Original article has: 7 for-
mulas and 5 figures.
ASSOCIATION: Nauchno-is-sledovatellskiy institut vysokikh temperatur
Temperature Research Institute)
SbMITITED: - 27Apr63 DATE ACQ: 13Dec63 EkLi 00
SOB CODE: AS NO -REF SOV: 003 OTHER:- 001
Card 2/2

1, 1_429~-a_65_ EEC (b)-2/EPF(c).IEPF(n)-2/Ej?R/ErdP(J)/EWT
U-A(d) Pc_4/Pr_4/PB_4/Pu-4 RAE-14(C)/IJP(c) GG/R1,i/ir,i/J:)/J1G
ACCESSION NR: AP4049130 S/0020/(14/159/001/0060/0062
AUTHORi Sy*chev, V. V.; Z;inkevich, V. B.; Andrian(i, V. V.; Al'tov, V. A.
TITLE,. Discontinuity of the critical a-c current value in passing
through the lambda-point of a s ergoq ucting soleaoid
9 UP_- _ _4__ - .-
SOURCE: AN SSSR. Doklady*, v. 159, no. 1, 1964, 60-62
TOPIC TAGS: superconductivity, lambda point, sul!rdonductive solenoid,
AC superconductivity, critical current discontintAty, helium immersed
solenoid
ABSTRACT: The factors determining the critical :urTent value in
superconducting solenoids were studied experimer dally by establishing
the behavior of the critical current value as 0 t temperature was
reduced. Network power at a frequency of 50 cp6 was used in, measure-
men Ls . The coils were made of 65 BT (a multi-, mponent Nb- -TS-based
alloy developed by the Central Scientific Reaaa7 --h Institute of Forrous
Metallurgy) superconducting wire 0.25 mm in that -ter, "vinifle-)O'
,_;boated !-o a diameter of 0.30 mm. The experiment t1 arrangement per-
mitted lowering the temperatures in the cryostat to 2K by reducing
the helium vapor pressure in the chamber. Thret types of solenoids
Card 1/3.

were investigated, Type I bad 6200 turns with inside and outside
diameters of 16 and 45 mm respectively, and a coil height of 35 mm
The value of the critical current density remained constant in thi
solenoid. down to a temperature of about 2.17K where a sharp upwar
jump occurred Th solenoids of types 11 and III were wound on a
polyfluoroeth;len form of 55 mm high and having an axial hole of
6 mm in diameter. Solenoid 11 had 5000 turns, its inside and outs
diameters were 16 and 39 mm, and it was 35 mm high. Solenoid III
2700 turns, inside and outside diameters of 1b and 29 mm, and a
height of 35 mm. The measuretEents revealed that the value of crit
current density rises sharply with smaller solenoids. The results
obtained point to a strong dependence of he critical current valu
-helkuv,-Ajhto the inner zone of the
an the penetration of the liquid
winding. Helium vapors In that zone apparently do not prevent the
inflow of the liquid. In any case, the results obtained cannot be
satisfactorily explaiLied solely by changes in heat conduction from
surface of the solenoid during the transition through the lambda p
Orig. art. hast 3 figures*

ACCESSION NRt A?4049130
ASSOCIATIONi Nsuchno-Iseledovatellskiy institut vysokikh temperatur
Moskovskogo energaticheakogo inatituta (Scientific Research Institute
of High Temperatures, Moscow Power Engineerl-n-g-Inatitute)
SUBMITTEDs ISJunb3 ENCLt 00 SUB CODEt EC
NO REP SOV: 000 OTHERt 004 ATD PRESS: 1,136
Card 3 3'

-AFDUZ7638
lip ke
V -6/
A 165/001/007376
AUTHOR: Sychey. V. V Zenke.vic V. B.; Andrlw2v, V. V.
0 ~-r ' ") T7 M,
ORG: OcIentific-Reaearch Institute High TeTReratures (Nauchno-issledovatel'sidy Institut
vysokikh tomperatur)
TITLE: Inductance of a superconducting solenoid
SOURCE: AN SSSR, Doklady, v. 165t no. 1, 1965, 73-76
TOPIC TAGS: superconductiv#y, superconducting alloy, magnetic
induction, solenoid
ABSTRACT: Earlier determinations of the Inductance of superconducting solenoids led to
contradictory results and transient processes In superconductive magnetic systems could not
be explained by the existing ideas concerning the inductance of superconducting solenoids. The
present authors carried out experiments using a test solenoid with 11 0 2 tttr f Nb 33%Zr
wire 0. 2 min In diameter. The wire Is Insulated by vinffleN K=.s M'.Wiie
coatings. The Inner diameter of the windings Is 16 mm, the ourer 51.5 mm, and the height of
the solenoid is 37. 5 mm. The coefficient of filling of Vie windings by the superconductive
material Is 0. 525. The critical solenoid current is 11. 6 acorresponding to a maximum field
at the center of Vie solenoid of 32 k0. The first series of tests dealt with the solenoid carrying
a weak AG current component (I ma, 80 cps) superimposed on a DC current component. In the
second set of tests, the solenoid carrying a prescribed DC current was disconnected from ths
Card 1/3 UDC: 537.312.8 + 538.532

Acc NRi
power supply by vacuum connectors and t-hen connected across a discharge resistance (I ohm)
The results are shown In 'Fig. 1. Computer calculations of the energy of the magnetic field
I L I
41
V 9 10 Is kOe
Fig. 1. Results of the measurement of the Inductance of the superconducting solenoid..
Curves 1 and 2 correspond to the first and second series of tests, respectively.
within an appropriate magnetic field and the measured value of the total solenoid Inductance at
liquid nitrogen temperatures yield a value of 0. 97111 for the external Inductance of the para-
magnetic solenoid. This Is !.n good agreement with the experimental results. The article con-
cludes with a discussion *of the possible reasons for the differences between curves 1 and 2.
I Card 2/3

10245-a
ACC N% AP5027838
The paper was presented by Academician V.A. KIrHlIn, 9 June 66. The authors thank V A,
Anqv and V* 0.1 Manuylov (who prepared the computer program) for their help during tfiTe
investigation F. F.-Ternovskly for discussing the results. Orig. art. has; 3 formulas
Ire
and 1figure. 1081
SUB COD M DATE,. 08Jun65 OTH REV: 002 ATD PRESS
~`M
qe
Card 3/3

SYCHFV, V.V. (Moskva); ZENKEVICH, V,B. (MoSkVa);_jjgKjTtjt4()1,1 V V
(Moskva) I I -, , .
Investigation of the transition processes of a superconducting
solenoid with inductive protection going normal. Izv. AN SSSR.
Energ. i transp. no.1:100-106 Ja-F 165. (MIRA 18-4)

L .5~922_65_
ACCESSION MR: AP5012436 UR/0281/65/000/002/0117/0122
A
TIJOR. Sychev, V- V- (bbscow); Zenkevich, V. 13. Noscow); Andrianov, V. 43
p_
t Mofs cow, V.
TIILL: ne influence of the protective loop resistance on the transition of a
superconducting solenoid to the normal state
SOURCE: AN SSSR. Izvestiya. Energetika i transport, no. 2, )965, 117-122
TOPIC TAGS: semiconductor solenoid transition, impedance protected coil, super-
conducting coil, coil voltage surge, superconducting system resistance
ABST ACT: In an earlier paper (Izv. AN SSSR, Energetika i transport, 1965, no. 1)"
the authors presented the results of an experimental study of the transition of a
superconducting solenoid to its normal state for a constant value of the resis-
tance within the protective loop. The theoretical study of such a process was
carried out earlier by M. W. Dowley (Cryogenics, 1964, v. 4, no. 3, p. 153) and
P. F. Smith (Rev. Sci. Instr., 1963, v. 34, V. 368). The present paper reports
results using the same inductively protected solenoid but for various values of
the resistance of the secondary loop . This auxiliary copper coil, whose circuit
is closed through the external resistor, reduces the beat liberation and surge of
voltage within the superconducting moterial during the transient proces6. Ra-
,Card 1/2

L 55922- 55
ACCESSION KR: AP5012436
sults in the form of graphs cover 1) the time dependence of the current within
the primary loop of the superconducting solenoid, 2) the time dependence of the
voltage surge along the normal section of the solenoid accompanying the transi-
tion from the superconducting state for various values of the secondary loop re-
sistance, 3) the changes in current within the secondary solenoid loop, 4) the
dependence of the primary resistance on'the addittonal resistance in the second-;
ary at the-instant of time the current within the superconductiag windings drops
to 3ne half of its initial value, 5) the maximum voltage surge as a function of
th2 resistance of the secondary, 6) the portion of the magnetic field energy
consumed by the secondary, 7) changes (in time) in the heat liberation power
within various elements of the system, and 8) the maximum values of heat libera-
tion within various elements of the syGtom as a function of thE! added resistance.'
Orig. art. has: 10 formulas and 8 iigures.
ASSOCIATION,. None
SUBMTTED: 200ct64 ENCL., 00 SUB CODE: EE
NO REF SOV, 001 anTER! 002
cje~-
_7t

L~V 47, 1/-F4-vk io 1 j A,- ji),rity-RM
1 ACC
UR 6-2
-'NR: _70569105~i___
SOURCE CODE:
AUTHOR: Sychev, V. V.; Zenkevich, V. B.; Andrianov, V. V.
ORG: Scientific Research Institute of High TMperatures (Naiichno-isaledovatellskiy
institut vysokikh temperatur)
rITLE: Intrinsic magnetic flux in a superconducting solenoid v~
SOURCE: AN SSSR. Doklady, v. 169, no. 3, 1966, 569-572 ,e
TOPIC TAGS: solenoid, superconductivity
ABSTRACT: A new method is proposed for studying the magnetic properties of a supercon
ducting solenoid in view of the incomplete and contradictory picture of the behavior
of a solenoid in a self-field. The magnetic history of the solenoid may be described
by using the concept of the total magnetic flux (magnetic linkage) of the solenoid T.
This quantity is the sum of the intrinsic 11. and extrinsic 4' fluxes of the solenoid.
11 e
In an infinite solenoid the extrinsic flux is independent of the intensity of magneti-
zation in the coil and is linearly dependent on the current I flowing in the coil,
Te=Le1, where Leis a proportionality factor which may be called the extrinsic induc-
tance of the solenoid. It is found that the factor Le for a solenoid of finite length
Card .112 UDC: 537.312.62

lip(c) 'TGA";'/jr'
L ~'V!436-66 W (m) /:-;4P(k)/9,.T(e)/7.1P(t) /ET I
ACC NRs AP60M389 SOURCE CODE.. UR 1-66~5-/ "Ti-69 /002 /03 16 /0 319
r)
AUTHOR: AndrianoK,_Y~*_4.; Zenkevich, V. B.; Sokolov, V. I.; Sychey
Ve Ve TUVEa, V. A.; Fedotovo L. N. 4
ORO: Scientific Research Institute for -High Temperatures (Nauchno-
issledovatellskiy institut vysokikh temperatur); Central Scientific
Research Institute for Ferrous Metallurgy im. I. P. Bardin (TeentraIT-Z
nyy nauchno-iscledovatePokiy institut chernoy metall-urrIki-L)
TITLE: A superconducting solenoid from a three-component alloy
generating fields of over T5j 000 Oe
SOURCEi AN SSSR, Doklady, v. 169, no. 2, 1966, 316-319
TOPIC TAGSt superconductivity, strong magnetic field, niobium alloys
ti"tanium alloy, zirconium containing alloy j -50AX-VOID
ABSTRACT: A superconducting magnet has been constructed which gen-
erates magnetic fields of more t4n 75,000 oe using.v"e made from an
alloy of niobium-4(65%), titaniumig15%), and zirconlu-n-l(about 9%)p the
remainder being lAther co-m-p-o-n-e-n-G selected for their metallurgical
properties, The critical temperature of the material is 9.8-10K,
Because of its relatively low brittleness, the 0.25-mm oods copper-
plated wire could be drawn by standard methods into four-kg coils
Card 1/2
f
Cqrj !2Lj_,
UDCs 537.312.62

Fvel Abstracts Vr,~~3,790.' RMISTAMM OF COOLIND WMR SPMT DEVICM. am
to
MaY 1954 ev, C.9. * (Clekr.; Sta. jPWS4;, soQ, Oat. 1993;Va. -j7;,A
Results are presented of "et and " tests ot'various types at sproalar,
Steam Raiiing owrisd out on an expwimental ocaling tmw In order to sMploo*m existing -
and*SteaM 84ineo Info-vation on the re?!BULMO of air novezient Jn apray devion. B.E.A-

KArL&N, R.i4.. inzhener; UZIPIN, P.I., inzhenera.--~=-A.U..
Testing VOS-2 rotating casing and chain pnmps. Sellkhozmashina
no.10:7-10 0 '56. (MLRA 9:12)
(Pumping machinery)

Following the example of IU.M.Vecherova; competition 4or the
highest operating effiriency of equipment and labor productivity
at the Glukhovo Cotton Combine named after Lenin. Tekst.prom.
22 no.4!4-5 AP 962 UUM 15-.6)
1* Sotrudnik redaktaii gazety "Znamya kommunizmall.
(Noginsk(Moscow Province)--Cotton manufactwg)
(Efft';,,.erc:;., Inau-tria!)

ANDRIANOVP Ye.Aj KUGELO, Soo Insh,
Information. Tekst. prom..23 no.600-99 Jo 163.
(MIRA 3.6t7)
1. Sotrudnik redaktaii Noginskoy gorodskoy gazety 'ZhaaWa
kowunisma" (for Andrianov).
(Textile inftotry)

VOLOSHIN, A.I.; BOGOYAVLENSKIY, K.A.; AKNTYRCHENKO, A.M.; TURIK., I.A.;
ZHIDKOJ A.S.; LYALYUK, V.S;; GABAY, L.I.; ONOPRIYENKO, V.P.;
STARSHINOV., B.N.; BABIY, A.A.j SAVELOV, N.I.,- Prinimali --
uchastiye: TORYANIK, E.I.; VASILOYEV, Yu*'S.; SILDELI., T.I.;
SENYUTA$ V.I.; BONDARENK02 I.P.;*AMSTISIAVSKIY, D.M.;
ANDRIANOV G. N. I UMAKHOVSKIY j M'
"; SERGUEV A
MUMOWN, M.0.1 IVONINt V.K.; TSDML, G.I.; SENIKO, Gale.;
KONAREVA, N.V.; SOLODKIY, Yu.L.; LUKASHOV, G.G.; TARASOV, D.A.1
GORBANEV, Ya.S.; SUPRUN, I.Ye.; TIKHOMIROV, Ye I.; KONONMQ., P.A.;
PROKOPOV, V.N.; GULYGA, D.V-.; PLISKANOVSKIY, S:T.; PONOMMA, K.Ye.
Effect of the length of coking on coke quality and the performance
of blast furnaces. Koko i khim. no.121-26-32 161.
(14IRA l~:2)
1. Ukrainskiy uglakhimichoskiy institut (for Voloshin.,
Bogoyavlenskiy, Akhtyrehenko,,.Turik,, Zhidkop Lyalyuk, Toryanik,
Vasillyev, Shemell). 2. Zhdanovskiy koksokkilitheskiy zavod
(for Ghbay, Senyut6:., Bondarenko,, Amotiolavskiy, AY~FlAnov.,
Sergeyevp Zamakhovskiy, Lyukimson, Ivonin, TSinb&1J. 3. Ural'skiy
nauchno-ionledovateliskiy institut chernykh mstAllov (for
Onopriye~ko, Starshinov., Babiy'. Senliko, Konarevia, Soloakiy).
4. Zavod "Azovatalln (for Savelov, Lukashov, Tarasovp Gorbanev,9
Suprun., Tikhomirov.. Kononenko, Prokopov,, Gulyga, Pliskanovskiy,,
Ponomareva).
Coke)
.ast furnaces)
M

ANDRIAROV, Ye.j., inzh.;YARIZOV, A.D., inzh.
Slectric rmltimotor drive of the 3-2005 excnvator. Stroi. i dor.
mashinontr. 4 no.lltl3-15 N '59 (MM 13:3)
(Xxcavating machinor7--Blectric driving)

A14DRIAIIO Inab.
Manufacturing electric mquipment for excavators intentod for
use under butaid tropical conditions. Stroi.i dor.maahinostr.
no.7:32 Jl 159. (141RA. 12:11)
(Bxcavating MIC111nery)

IV
UM N -
JA 9
d Zt
uv
Fg I
T. rl
I t
IA I A I
J2

5 i s I I

YAMNSKAYA, D.A.,, inzh.j BAZILEVSKIYY V.G.-, -Jnzh.;--KOSOVTSEV, I.S.--j- 91zh.;
-ANDUMOTI.-lal.
Irqproved electric drive of the M005 excavator. Stroi, i dora
mash. 6 no*3; 9-13 Mr '61. (MIRA 14;4)
(Ebcoavattng machinery-Eleatric driving)

VEZELKIN, V.F.; ANDRIANOV, Ye.I.; DUDOV, L.V.
Over-all MOChaniV~tion of the shop for initial wool
processing. Biu'.tekh.- ekon. inform. Goa. nauch.-issl.
Inst. nauch. I tekh. inform. 17 no.306-58 164.
(MIRA 17:9)

1qAJ,~D)II-111-1 NUV
109-9-8/15
ATITMRS:Rzhevking K.S'. and AndrianoTt.. Ye
TITLE: Compensation of Transistor Amplifiers (Korrekt8iya
usiliteley na poluprovodnikovykh triodakh)
74iRIODICALr Radiotekhnika i Elektronikat 1957, Vol',*P Nr 91
pp.1157 - 1169 (TJSSR)
ABSTRAM. A rounded emitter amplifier stage is considered (see
Fig~.21-- It is assumed that the internal resistances r
-rk and r~ of the transistor are independent of frequXe;
but it is possible to take the frequency effects into accout,
by shunting the ooAllector resistance rk by a capacitance
Ck and by assumirg that the current amplification factor
is approximately given:
C9 OLO (2)
+ j
where o)kp is the out-off frequency for m . The load
impedance of the amplifier consists of a resistance % and
Card 1A a parallel capacitance C11 -. In order to simplify the

109-9-8/15
Compensation of Transistor Amplifiers.
rl + r rK WKp
r t "H
rK
where r r. + r6- It is shown that the frequency ben&
of the amplAier can be extended by : (1) employing a
nertive feedback in the emitter of the transistor (see Fig'.4),
(2 connecting a number of transistors in parallel' or (3)
oonnectizg an inductance in series with the load r6istance.
An expression for the gain of a feedback compensated ampli-
f ier is derived (see Eq'. (15 )) and the condition for the max-
im) flatness response is found. Expressions for the gain
of an inductance compensated amplifier are derived for both
the above cases (see Eqs'. (30) and (36)) and the conditions
A of the maximum flatness response are determined. An experi-
mental investigation of the compensating methods was carried
Card 3A out on a SovietnlA transistor which has f., of 190 ke/sect

TROITSKIY, N.A.;ANDRIANOV, YiI.A.
Resnirntor7 disorders in bronchial asthmn. Terap. Arkh. 30 no.4:3-11
Ap 158. (MIRA 11:4)
1. Is gosy)itallnoy terapevticheakoy kliniki (dir.-mrof. N.A.
,o inatitutn imeni I.P. Pavlova.
Troitskiy) RyazRnskogo meditsinskor
(ASTHMA, -nhysiology,
rasp. (RUB)

ANDRIANOV, Yu.A.; DANDUROV, M.I., prof., red.; BICIIIKASFIIILI, T.,
red, iz&-va; DZOT3211DZE, Sh.,, tekhn. red.
[Problems of the mechanization of quarrying operations in rail-
road transportation) voprosy razvitiia mekhanizatsii karlerov
zheleznodorozImogo transporta, Tbilisi$ Goo. izd-vo "Sabehota
Sakartyelo," 1960. 153 P. (MIRA 15:6)
1. Chlen-korrespondent Akademii stroitelstva i arkhitektury &SSR
(for Dandurov).
(Quarries and quarrying-Equipment and mipplies)
(Railroads--Construction)

Qjp~~~ur:IE_!j!e~kEsandrovich; TSAGUH1YA, Alekf3andr Viktorovich
........ 1'1~.
[Mechanization of construction and road operations] [Fekha-
nizatsiia stroitellnykh i dorozhnykh rabot. Tbilisi, TSod-
na] 1964. 258 p. [In Georgian] (MIRA 18:7)

.185 9) 1
S/081/62/000/010/079/065
B166/Bl,4
if
AUTHORS: Andriano v,-)N._F., Burova, I. K., Budnevskaya, S. Ye.
TITL---': Rubber compounds based on chlorosulfonated polyethylene
PERIODICAL: Referativnyy zhurnal. Khiniyat no. lo, 1962, 656, abstract
1OP399 (Vestn. tekhn. i ekon. inform. N.-i in-t tekhn.-ekon.
issled. Cos. Eom-ta Sov. Min. SSSR po khimii , no. 5, 1961
31-34)
TEEM To protect rubberized textiles from natural and ozone ageing they
are faced with chlorosulfonated polyethylene (I) which is -,.,10 times
better in this respect than nairite or butyl rubber. I is characterized
by hiah resistance to crack growth, good wear resistance and endurance under
multiple bending and satisfactory oil resistance. Sufficiently plastic
compounds are 4; ot by using 10-15 parts by weight plasticizers or 5 parts
by weight HK (NK) + 5 parts by weight plasticizer.- The vulcanizing-
group (in parts by weight) is; S 0.25, captax 2, diphenyl guanidine 0-3-
To prevent scorching I is treated on cold rolls (40-5000and is cooled
immediately after blending. Fillers (particularly white carbon black)
Card 1 //2

S/OSY062/000/010/079/C85
Rubb.~r compounds based on ... B166 B144
improve the technolo~-ical properties of the compounds and the heat
resistance of the vulcanization products but they affect the wear
res.stance adversely. The optimum amount of filler is 30-50 parts by
weight. A coating 0.2 to 0.3 mm thick vulcanizes well onto a nairite
rubberizinj compound. Operational tests have confirmed the.high resistance
of I coatings to ageing and wear. [Abstracter's note: Complete transla-
tion.]
Card 2/r-

- It
ANDRIANOV, Yu.F.; BUROVA, I.E.; BUDLEVSKAYA) S.Ye.
Preparation of chlorosulfLonylated polyethylene rubber mixtures
which are near resistant and not susceptible to the aging in
light and ozone. Kauch. i rez. 20 no.8:9-11 Ag 161 . (MIILA 14.8)
(Rubber,, Synthetic) (Polyethylene)

ANDRIANOV, Yu.F.; BUROVA, 1.14; GURIYEVA, L.S.
Self-vulcani zing S-112- rubber adnesive for the gluing of rubberized
materials made from butadiene-nitrile rubber. Kench. i rez. 23
no. 3:49-52 Mr 164. (MIRA 17:5)

L 9082-65, Off 6a)/VF(c)/M/)WP(J) P044/Pr-h/Pa-h AFM RM/WW
S/0138/64/OOD/OD3/0D49/OD5V
ACCEMION NRs APhO26369
i
AMOTGe Andrianov, Tu Fe I ~VAS ~I.K. J~ Owl yera" L - 8.
%,U-vo1*ad1diWrubbWq&-*i W-C-&hi amehtlM robber akrA'?ub
watgriaU vW9 -f roiC- butsdions AlTr rubbers
-49-52
6WWRt K4nehuk L revinai not 3P 1964~
TOPIO TAGSt. rubber, butWWw--a"- v
-i4bet, SH 40, resin,, rosin M42't Mira-
naL-its channel-earban. blaeks, sino oxidep athylacetate, rubber cenert
ABMR=i Cemant 0-12 was developed to ~~te the vulcanization step, t~"
avoiding tha defects C(marated during vulcanizatJon. It ig coaq),ounded of a SKH-40
rubber fr-action (containing chlorinated nairit, chanrwl carbon black, zinc oxide,
a softener and a hardaner) and of UO of rosin FH-12 fraction. The mixture is
dissolved in ethylacetate to form a 20-22% solution. This liquid cment Ohould be
used witlAn 16-18 wurs. Samples of fabrica coated with vulcanizod. butadieno-
nitrile vere glued with this oemmt either to each ottiw or to eteel or duralumino
and the adheadve strength was determined by several techniques. It was found that
the adhesive atranFth inarewed with time and that after one day of aging the
vulcanized rubber broke, while the ament Layer hold, The cenent proved to be
Card V2

L %082-65
AGOWSION NRt R
4026369
stable at tmpsrattwas of 70D ard -hW lm"raion for 1-10 dVv of 0.12 emenW
b-e..-AInna-rdtriIo-=*baI vpm4-me-o in hu-91 T-1, gesolirm-bansene, wA the Sasol3ne
brar-A u-4M in the mamiferture of galo-ghe-9 pr"vpxi Vin cam nt to be b-table) and the
%rihosive ertrongth un&ffmtod. Orig. art. tLari 6, t,4&dw,
ASSOCIATIM none
K7r, L I X~
SUB CODE I W NO REF WV- 000 OTIM 1 000
Cord 2/2

L' -
.AH4038590
I
.Safronovs
Lfrared
BOOK EXPLOITATION
0 1 Iyevlev.. D. S.
TUe P9; ~i!n7t
(Infrakrasnaya
tekhnika v
11
technolog7 in space
19639 133 P. inue-S, biblios 8,000 copies printed*
koemose), Hoscovj,
S/
TOPIC TAGSt infraredp infrared communication, infrared missile detection, infrared
ground reconnnlsance~ infrared anti missile missile, quantum mechanical generator
PURPOSE AND COVERAGE: On 4 October, 1957, the Soviet people, with the launching of
ithe first earth satellite, opened a new epoch in the history of human progress -.
~the epoch of the storming of limitless cosmic space* In a short time our country
!,achieved great successes in the interests of all peoples of our planet* 7here is
:reason to say that in thefuture the investigation of space will proceed at ac-
Icelerating tempos. Mankind can enter the attack on space only by concentrating all
!knowledge and experience of the preceding development of society at a high level,
lAmong other new types of technology in conquering space., an important role goes to
'infrared technology which, along with radio and radar engineering, can be used for
:;observation and communication in space. Also, as considered abroad, it can be used
0 solve a number of military tasks for examples for early detection of baII4 tio
tr.pe ts , In the for the destruction of militaryabjects,
a,P.,,,~ for guidance,, and
1

AM4038590
i i
The description of the use of infrared technology in space was written from the dati.
.of the domestic and foreign operk presa, The book is intended for the officer awf
,of our armed forces.
:TABLE OF CONTENTS (abridgedli
~Introduction - 3
'Ch. I, General uae of infrared*technology in space - 7
Ch. II. Specifically military use of infrared technology in space - 93
iSUB CODEs DC., GMj NG SUBMITTEM 29Kay63 HR REP SOVs 020
',OTHERs 025 DATE ACQI OW(aA
2/2

SAFRONOV, Yu.P.; !ERIANO , Yu.G.
Experimntal study of the scattering indicatrices of water
fogs in the short-wave infrared part of the opectrum, Izv,
AN SSSR. Ser. geofiz. no.22:1866-1868 D 163.
(MIRA 17Q.)

L 39323o-65 9-IT(d) / EWT(M) / EWPW IN41'(c) / DJAW / 9-IP(v)
ACCE'SSTON HR: A.P5007680 -NP(b)/:-UP(1 VEWA(e) Pf-4
JD/IU/EM
AUTIM~S: Andrianov, Yu. Ye.; Lebedev, D. V.; Oveyannikov, B. 11.
~V -- %, \ ~ (6-
TITLE: A method for strain testing small specimens at a temperature up to 1600C in
a vacuum
SOURCE: Zavodskaya laboratoriyal v. 31, no. 3, 1965, 367-369
i~
TOPIC TAGS: vacuum chamber, material, material gtrer.Eft , metal deformation, vacuum,
-plastic deformatl'oylastio deformation/ MM 0. 2 machine
ABSTRACTi A te--cinique -of -strain- testing -miciospecimens under vacuum (or
it inert
gas) at temperatures up to 160DO 16 deserib2d. The method employs the IRM--
EH_0-2 I-
D material testing device described by V. P. Konoplenko and D. K. Vinogradov
(Y3`-v3R-skaya !A-tboratoriyat No. 1, 1959). The basic machine parameters are: maxirmlm
load oapac.,ty ICYX kS, d1rect loading; scale dirisions I)-2(Y,), 0-400, D-600, 0-800,
and 0-1000 kg; maximum temperature 1600C; vacuum pre3sure I x 10-4 mm Hj; defoima-
tion rates I and 2 =/mi-nute; automatic diaf.-am recording; deformation scale 45:1:
required potential at maximu test temperatire ' kilovolts. The machine permits
measuri,-W, several strese~$arameters. Figuri! I on the ~Inclosure gives the definition
of the variables describing the size of a teat specimen. The optimal size of a test
specimen was considered to be that size whLoh allows the closest approximation of
Card 1/3

L 39323-65
ACCESSION NP9 AP5oo768O
the test to atandard conditions and allows the use of the recording devices for
dpscription of mechanical properties. Tests were performed to find the optima'.
spoc,.m,-n dimensions, and concrete recommendations nidp for specifirat-,on of
contro', Pjid measurement during Uie testin,:,. "esu,~,L; 1nd-.ca1.(- that, Lhe
prescribed methods sa-,, in complete accord with the stand&rq testing routi-nes pre-
S=,.bed in GOST 149-1-61. Orig. art. has; 3 figures.
ASSOCIATION: TsentrallrWy nauchao-issledovatel'skiy institut chernoy metallurpi
in. 1. P. Bardina (Central ScAemtific Research Institute of Ferrous Metallurgy)
SUBMIMIM: 00 ENCL: 01 SUB -,"ODz;: W
NO REF SOVt 002 OTHMs 000
~'Card 2/3