SCIENTIFIC ABSTRACT ZHIGULEV, V.N. - ZHIGUR, YE.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002064810006-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 20, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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TITI-F J- r tie t, 4 1 1 L 1n t, ei C-?, i.' t Iv
PLRTODiCAL: 1 nzh e n e r 171 Y Y ZrIU F r.
TEXT. In contemporary physical aero Ely aa-, -1!- tz, i
arises whether phenomena in which fafst and Filow processen interac,-
can be described by self-contained systems of differential
equations of motion for a particuiar set of characteristic
quantities. This problem AriL;ps acuteiv when 9LudY;,-ig batinaitry
layer flows. The Froblem of oi~tai:iir.4 nY-1rO'N'1iifl IC f- ;L,i(IOnt, ir,
tile casqE! of gas Motion Witri an "s- ''i'lo, , Mil" .1 ~;,% , I '. 1r.
relaxation is considered. It 1K ahown. a I
hydrodynamic equations will r t- P 4n-A, I ~1,1 tie t.t.-.t r-
differential equations. Asa If_.A V-1 .16 ~r.f
phenomena under consideration are governed not only E)y ~i.e
Conventional energy equation k.ut 21 seconcl. Pneri-y eq~ikhtiDn
,,,rhXc:i is derived. The lirs% ar,-, ~(t: r,4
hydrodynamic sytiteia of equftLi r- ~tr-t I-jurid.
Card 1/2

On the equations of physical ... 5/258/63/001/0C
E 19 I./E 1 15
for the first time no limitationa have been imposed on the
difference between the temperature of the translationa; degrees
of freedom and the temperature of' the oAcillatory quanta. Ln a
similar manner, systems of diff*erentiaL OqllatLOnS :an tc- set up
for the motion of a dissociated gas, an ionized g&.� anc ott-,er
conditions.
SUBIMITTLL); December 25, 19b2

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AUT-Hm. Zia-, Epiev V. N.
T=, The probLem of the flow of aon-eqp&
Ub iUU a
-017
cae rj4v or weexiy.,
w. i6iMbrim (B), The structural te= for a
O~k WaM~~ Cd' t
s it- iota li~ eixp~Ui cit form for the rela,,4~tian of o3aLllaatory
desrees of freadom. Further the oscillatory relan.-m-tion in case (3) 111 used as the
exam:~ale for investigatinE the. problem of dj-, -11ing systems of dil"ereuitial eq,,!--tians
L I -
from a system of integrall differential equations when the lenj~LL, of tLe free path
is smill in co=parison with characteftra-tic length. -L'. is foui~~, tiiat t~,e e-tructural
term cam be ootaized in tae form of a smaU with 't.3 t~e or&-fnary
shock wave -,41ilch has a .hLcImess of the of the 3f tr-,-nulatilomll
degrees of fraedr,,%, i. a., is as3u7---d aql"! tc, Lcr.~. i-'Icre is i
ASSOCIATIQU: TsentralInyy aerogidrodJza-micLesidy -Institut im. N. ye.
Z'aukovskogo (Central AenZydrodyaumic institute immi N. Ye. Zhukovskiy
9UZ!,'-r'.=- mareja 6j. 1962
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(2) SOY/91-59-4-1/28
AUTHOR: Zhigulevap N&,M..Engineer
TITLE: The Experience With the Voltage Regulation in Cable
Networks (Opyt iaboty'.po,regulirovaniyu napryazheniya
v kabellno seti)
PFMODICAL: Energetik, 1959P Nr:4P Pp 1 5 (USSR)
ABSTRAM The voltage of electric powernaiworks must not exceed

f
the established upper and lower limits. Fluctuations 0
the voltage are caused: a) by voltage changes at the bus
bars of power,distribution centers; b). by changing
voltage losses in the power network between thebuses of
distributioncenters'and the consumers. Voltage control,
is divided into two,phases: a) the voltages required at
the buses of power-distribution centers are determined
graphically; b) the measures are determined for maintain-
inga.e.onstant voltage level by means of the Voltage
'graphs.at the buses, The permissible voltage limits are
determined by two extreme consumer voltages havingthe
Card 1/2 maximum and minimum' voltage losses. According to the

BOY/91-59-4-1/28
1ho Experiende With the Voltage Regulation in Cable Networks
established.voltige drop characteristic, a) operational
measures.And b) conatiuational measures are taken. The
.~.Operational measures, consist ofbalancing the loads on
individual eircuitep switching of cable lines, transformorep
capaoitorop etof- ::Constructional measures consist of re-
ducin.g voltage losses In transformers~ replacing trans-
formerspAnstalling-of static capacitors at industrial
installations or voltagecontrol transformers# When
planning power linest expected voltage variations may be
reduced or eliminated by installing the proper equipment.
'One"of the mosteffective measures for eliminating voltage
changes in the low-.voltage network Is the conversion of the
network from 120 to 220 volts. There are two sets of graphs.
Cara,2/2
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S
1=:0 d Excitation of Electromagngtic Oscillations in a Paraboloid of . . . .
M
tic current with a constant amplitude 0 ; such a ring of
~~pasees a magne
magnetic current is equivalent to an electric dipole that has a moment
r115r P02
0
P0 The Alectromagnetic field of the above system can be
c
determined from the Maxwell. equations with these boundary conditions:
(1) the tangential component of the electric field vanishes on the ccnductor's
surface; -(2) the solution is regular at infinity and represente a wave traveling
toward infinity. A possibility of integral representatica of the 2-dimensional
Green function through the one-dimensional Wittaker functions is sased In. the
e
solution. If the paraboloid degenerates into a Berni-infinite coliductor and if th
elementary -dipole source is.placed. very. closely to the conductor's end, then
the following will take place:. (1) at great radial distancea from the conductor,
the field will wane slowl (2) the Reld near the wire at a long distance from
y
the end is described by a propagating compound electromagnetic wave which
Card 2/3
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137-58-6-11692
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 6, p 68 (USSR)
AUTHOR: Zhigulin, V.I~-
TITLE: meltn f Kill d Carbon Steel Without Prior Deoxidation
T e I o e
Fur
in ~thenate (VypIavka spokoynoy uglerodistoy stali bez pred-
~varitellnogo rask~sleniya metalla v pechi)
PERIODICAL: Tr. Nauchno-tekhn. o-va chernoy metallurgii, 1957, Vol
18, pp 450-453
~ABSTRACT: in
An experiment in the. pour' g of killed low-carbon steel
without prior a
deoxid don (P) was'conducted in 250 and 80-t
open-hearth furnaces itthe im. Petrovskiy plant. The furnaces
are operated on the s'crap-and-ore process and are heated by a
mixture, of coke oven and blast-furnace gases. Work on the
pouring of steel withou-t P has been conducted since 1953. Ex-
perimental heais showed'tbat.the tapping of steel without P,in
:the fu'rnace reduces the.heat time by, approximately 516, Elim-
ination of P of mild tube steel makes it possible to reduce de-
oxidizer consumption, providing a saving of Rubles 8.31 per
ton of steel. The quality of the metal poured with and without
Card 1/2 P is virtually identical. Contamination of the metal by

ZHIGULIN, Vj.; KMMOV Iol.., Geroy Sotsialistichookogo Truda, laureat
pr;,Iai
Petrovskii Fl=t.i -il.Uurg 7 no.5:4,.-7 Hy 162.
75 years-old. Not
OGRA 15:5)
rektor,metallurgichaskogo zavoda imeni
Petrovokogo
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KCWIXVv A.Z.; BLINOVO S.TO; IUSIMSO I.Ael KCBUMrAYX70 1,9,; TUJW IM,
A.L*; VASIL17NO *To; CHRUMMI, M#A#; BIWO I I,V.; THLISOVi S#A#;
TMM]ITSKOVI KAO* MOMYBWO Th.A.; SLAMOSHTIM, V.T.-, PAUNTO
_va.; xmocmax,-,z.x,; 7M)A Ov 0 A.X,-, BILIKOVg IC.N.; SABIMffq
M.P.; GARBUZj G*A.;~ PCWCRBTSKIY, A.A.; AUJMOV9 X.Se; NOVOLM)SKIT,
?.I.; MCRCZOT, Aa*; VASILIIW. A.H.; MARAnOMIT, I.Se; KAIAlff,
A.V.; VZMHOTTSW, 3j.; AGAPOV, To7e; VICUR, N.Ae; PASTUKHOT, A*I.;
BORODULINg AOL; VAMMHTBYN9 0.7ho; PIWLIIj_ V.L; DZSHTZN, Ye,l,;
-~gxvm=ir, N.V.;
KLIKAS3XKOj L.S.; KOTIN, A.S.; MOLMZOVS IWOAO;
ZHIMSKIY, -D.P.; HIKHLYLBTS9 1.8o; SL7JKAMIV, PWe; ZAVODCHIMV,
X.G,;'Gumcm YeAss, HAZAROV, P~Xe; SLVOSIXIN, Me.; NIMLYRT.
A.S*
Reports (brief. tatio Y. nul. TSXII= rzo.18/1906-39 157.
anno nz
1 Magnitogorokly metallargicheekly kombinat (for Xorole-s.Bellkov
Agnpov;, Dik6teyn). 2* b2inetsicly iietallurgichookly komb!'.nat (for
Blinov, Usil 'rev, Aast B=64%aiz, ritmasenko), 3. Ghelyatinekiy
met=kcheskiy zarod (for 4. Zarod im.
Zavod "Uporomhotal"I (for
Dzh ogo (for roliurnevor). 5. -
%ribiner.' xmxo+,~ Podgoretokiy', Marakhovskly, Savoslkin).
60 . IkJw;~mskly,*etallurgiche skly caTod (for Vasil Iyev, S. V. ,
Zhicietskly. AlIferov).' 7. Stall roye
Walkov, p kt (for Chernenko,
Zhdanov,, Zavoddhikov)o 8. VNIIT (for Belov). 9. Stalinskly metal.
lurgicheskiy xavod (for Teleocivs MWAdt).
(Continued on next card)
tjaijo, Ip 11 it J~Jljn T

Cj-
KHMAKOVSKIT#.V.V.; YZFD(OTp T.AO, kand, tekhn, nauk, starshiy nauchn"
raotn1k; KOSMXO#,P.U kud tekhzi, nauk; KAZAKNICH# SoSf;
LAPITSKIT,'Vvlo; prd.#:,doktor tAJm. n~uk; FILIPITST, O&T.;'
1.q'1mzid;'Aekhn. =k dote.; DXKIDOVICH, A.V.
STRWANOV, A 0:
33ORNATSKITO.I.I.i.kand ~t
ekhn.,nauk;.KOZH1BOZHSK1T, X,Ta' doto,;
JCOCHO, V*S*,, prof.j doktor takhme' nauk; RYNIXOV"T.1.1 LCWIN,,
L*K,, mUdohiy nauphW sotrudulk; KOUW* Ms,, dote.; ILYUMON,
A 4-F P'. IPLYUSHO -Yo*'A.; Uw4mffs Ye.A. j k"d, tekhn. nauk, dots,;
KOBAZA* Lle~,'=do~"itikhn, nauk, nauohM7 sotrwbik; SHIROKOV9
~URRMIN, F.V., prof;, doktor takhn, Aauk; IMMVA, 1,10; Am"10-1
V&X.; MCROKOT' P.X.- NIKOV, A*Ye., prof.. doktor takhn. nauk,
wavarshiV nauchny7 ootrudnik; T~UMSOV# W.Sd, A
NIKCTAYBVl, '.G.
DismMsions. Miul, TSNIIOBM zLo;18/19:40-66 157. (MIM.11W
StarshiyAnz6ner G3A-vspetOAa-U Kinisterstva chernoy metalltw-
gUSSSR (for.K6dakovskly)* 2. Institut gaza (for Yefimov). 3. D1-
rektbr Dae~iodzerxhihskogo.metalliireehooko~o instituta (for,
Kbaenko).'.46 -Nachallzdk laboratorli Leningradskogo instituta ogne-
uporoy (for Mazelievich). 50 Z&vedWwhchiy kafedroy metallurgii
stali Daepropetrovskago metallurgIcheskogo instituta (for lspita]dy).
6. lachdlnik laboratorit Giprostall (for.7111 $rev). 70 Welyabin-
skiy politekhnicheskly Institut (for Stroga='. B. NachallrAk
teplotekhnichaskoy,2aboratorii Saverskogo metallurgiche*ogo sayoda
Jfor Damidovich)o 94, Zamestitall nwhalinika Mutrallnoy zawdskov
laboratorii Nakeye*okogo metallurgiahaskogo savoda (for Bornatskiy)'
(CoutinAwd on next card)

I.HMAKOVSCITO T.V.- (cont.imwd) Card 2.
10' Sibirskly motallurgichankI7 Irmt1tut (for Kefthiboabsk1y),
ll~,-Zaveduyushohly.kafedroy metallurgii stali riyovskogo pollt
cheskogo Instituta (for Kocho). 12:Iqpolnyayuhahiy obyaza=ostj
glaimogo,luzhenera Beloretskogo metallurgichookogo kombinata, (for
Rynlkov).' 13. Veesoymzny~,nauebuo-iseledovatellskiy institut metal-
lurgichookor toplotakhniki (for LomWdu). 14. Urallekly politekhni-
cheskiy., institut (for XDkarev). 15. Zamestitel. 11 nachal InIka teplo-
teMmicheskoy laboratorii Nishne-Tagillskogo metallurgioheekogo
kombluata (for Mvuaherov)., 16. &ohallnik teplotakhnicheskoy labo-
ratoril Uentralln6y savodi3koy.laboratoril zavoda Im. Voroshilora
(for Fl~ushcheigw) 0 17. Zhdanovskiv metallurgicheakiy institut
-(forAmpustin). 180 InstitiA metallurgii Im. lkqkova AN SSSR (for
Ubeza). 1~. liachallnlk laboratorii martenovelcikh peche7 Vnesoyu-
nogo umdhno-issledovatellskogo institrute. metallurgicheskoy tople-
tekhniki (for Shirokov), 2 . Zaveftushohiy kafedroy metallurgii
0
stall Urallskogo politeldinicheakogo instituta (for Umrikhiu)*,
210,Yachalinik.metallurgichookoy laboratorii TSentralluoy xavodskoV
lab.oratoril Zakavkasftgo-metallurgiahaskogo'savoda (for lez6va,).
221. Zamestitell glaynogo inzhenera zavoda im, Patrovokogo (for
Zhigdiin). 2,3. Nachallnik martenovskogo teekha r=uetskogo meta-
lurgicheskogo kombluata, (for Karokov). 2.4f rustitut metallurgu in.
Raftova AN SSSR.(for.Mlebnikor), 25, Glavnyy in2hener Petrovsk-
Zabaykal'skogo metall=gicheskogo tayods, (for TaraBoy). 26. &ehait.-
nik tsekha Kagnitogorskogo metallu=icheakogo, kombinats (for
Nikolayev).
ften-hearth,
process)

0- --- - - -

III

s/1q3/62/ooo/bo4/bo1/ooV
Steel production in oxygen converters Aoc4/nol.
steel at the beginning of the process,aocelerateu the transfer of lime into.the
slag solution, makes the slag sufficiently ba3ioduring the first 5 minutes of
blowing and eliminates the necessity of draining intermediate slag. The service
life of the lining increased from 135 heats in 1959 to 200 in 1960 and 1961.
The refraotory.consumption was cut from 16-18 to 10-12 kg/Lon ingot. After the
oxygen blowing the steel is reduced and alloyed in the ladle. The new converter
process ensures an output of 88% quality ingots and makes it possible to smelt
steel of many grades. The author Presents tables showing comparative data of
the chemical and mechanical properties of various converter and open-hearth
steel grades, notch toughness of specimens depending on the temperature and
after agingo and the gas content of the different steel grades. It can. be seen
from the tables that, in regard to Mechanical properties and chemical composition':
,from/ open-hearth steel and meets all
the new converter~steel does-not differ ;k
requirements of , rOCT (GOST) 380-60, whild its notch tougimess in considerably
greater than that,of open.-hearth'steel. As from 1961, GOST 9543-60 in being
applied to ordinary converter carbon steel, while all demands made by GOST 380-60
on the open-hearth steel grades of groups A,and B(V) *have also been extended to
e convertersteel are 4 tables.
the sam groups., There
ard-2/

r. 34-551-65 W(mi)lw(w)li~F(n)-21OIA(d)ITIW~t)IUP(k)IW
- MR bIWI40 , .
c
ACCESSION NR. AP5006851 B/OL33/65/000/002/0160/0162
AUTHORtj, D2brusidna, Sh jjAffj_0. T.; Zadoroz aya. U K. 1
Iflis. A. Ye
TITLE: Low-altoy mank2no a steel with niobiumilsmelted in an oMen
SOURCE: Otall, no. 2, 1965,- 160-162
TOPIC TAGS: steel smelling, oxygen converter. low alloy ate man ese steel.
nioblur'n steel.' sted rolling /steel mechanical prop tFUG=Oeal, 0902a al,
MSt. 3 spol
ABSTRACT; Alloying of K10G2B steel, containing 0. 0". 06% Nb, raises its strength
characteristics: as compared to.0902 steel by 10-12 kg/mm2 (98-117 Mnlm~, or 20-25%,'
permitting an appreciable reduction In the weight of the structures. Roiled products
mado'of 213 steel are characterized -by high tensile strength, plasticity and
air tion resistance
rAjnxG~'thor important advantageof the now sted Is a higher vibra
joints then that of other low-alloy sleds or even Mgt. 1 3 steel. The making of
loW-affoy Manguese sleds In oxygen converters is very effective, since their deoxidation
aW SUo*g thus requires smaller, quantities of expensive forroalloys Containing Mangan-
thin in the 0"~ of OUM gtGdMsjjdq processeue., 110.1. Lifohlts, P. Ya. Rythkor,
card i/2
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~AWHORS Ferdinandp Ya. M.; Redechkina,.Z. P.; Vozzhayeva, A. P.1 Vetlugina, K, F.;
Vevyvr,~ N.,A.; Zhigullskaya, I. F.,Borodzdenko, T. F.,
ORG:, Rostov-na Donu Scientific Research Institute of Epidemioloiyo microbiology.
and Hygiene.,(Rostovskiy-.~na-Donu nauchno-issledovatellskiy institut epidemiologiip
microbiologiii gigiyeny); Department of Infectious Diseases, Astrakhan Medical
'Instituta.(kafedra infektsionnykh boleznCy Astrakhanskogo meditainakogo Instituta);
nt of Infectious Diseases, Saratov Medical Institute (kafedra infektsionny
Departme kh,
bolezneyGaratovskogo meditsinskogo inatituta); Hospital No. 10, Volgograd (bollaitas,

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ACCESSION ITR: AR 00012- 1 310W,11' -, Poo,'; I W6106T 1 /0671
J;
SOURCE: RM. Khiaiya, Aba. -61V21
AUILHOR: %deyev, P. Id.;
T=2: S)mthetic resin base waterpmof coatings
C. TTM =='E, Lakokrasochn~o materialy I Irch primenerdye, no.
iynthetid -resini.c6itugs
Topic vba.
ZRAIMI-A-TION: Waterproof coating ccmpositiona are described, which dr7
at 2e an&have for-their -basla FG (PS) and epoxy resins EDF-1
and EDF-3 OR). Toluene solixtiaiw or resins ver.e used. Cemenz, aarble
-,'lour and marshalit were used as fillers. In the making of light coat-
inga the 3est results were obtained on using titanium d~cxlda as filler
Dr ;,ibment. It was found that ~'ixre PS w~d EP bas-~ coat'aq;s, nctvith-
standing 5ome good character Is-, Ica, lirl"le. Al,"t' --f
Card 1/2

ACCESSION UR: AR3000211
men increases elasticity of the coatings, but lowers their frost resist-
ance and thermal stability. Componitiona zontain.r)-g bltuav-r --ed
for in'_arior waterp-oefing. 118 ;h:v-
16i/ay,6 3 E11CL. 00
card 2/2

i~W4 lulAW:
~i~~Atnazl ~L. T,- 5,;0,
res Idue were taken over a wide range of Tempe rat-urezi
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AUTHOR: Zhigul-Iskayal M. SOTI/29-58-9-12/3o
'ANA
TITLE:

, in Pr at';
Crawlin 0 (Krolem v moroz)

FERIODICAL: Takhnika,,mol6dezhi, 1958,~hxr 9, pp 20 21 (USSR)
ABSTRACT: pool was built in Moscow
A year agola new
swimming.
.
,
on the Kropotinsk~ya-quai. This pool is.much frequented
even In winter. The. water is mixed, filtered, and
chlorAted in big storage tanks. It is
continuously led
,
into the pool andalways has the eame temperature regard-
less of the weather. The rising steam forms a so-called
air,cushion and thus-protects the swimmers from the cold.
The shower baths are connected with the pool by a tiled
~gangway filled with water which is protected from the
exterior temperature by special blocks. The tiles are
heated. The walls of thepool are fitted with floodlights. The'
orders by a loudspeaker. The establish-
is opened from early.in the morning~till late in
the night. There are 3 figures.
Card 1/2

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ZHIONOI& -M.; OAVINOV,--O~,S.,- Insho-9 red&; MMI 301.6; rAjW-va:
GTIRTS, V,L,, takhn rod,
[using WTIoeive enirgyju the manufacture of machinery;
:~Ibliogrpphlcal-lndex of literature] 'PrImenanii energit,
-vsryva v mashinostrottellnom proizvodetvlr blIbl-tograficheskil
u.kaxatell Uteraturyo Pod red. G.Segaviltova. LeningreA. 1961.
pe (MIRA 14tl2)

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