SCIENTIFIC ABSTRACT MURAVKIN, O.N. - MURAVTSOV, L.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001135620005-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

TUI I A%` K -",.I
0. 17
TnvestiEa Lion of the CorTo,7 ve-Abra S4 ve Deterioration of 'Jauer Eco..C,-
mizers and the Search for I!ewis of Controlii-g it." Cand Tech Scil, Central S,--4-
Res Inst of Technology and Ifachine Building (TJsI.HII-L. lash), ::in 'Hfea~-, :-Iach~ne Fud.ciiid,
J
USSR Moscow (KI, .';o 11, I-Tar 51-')
.1 .1 1955. .1
SO: Sum. 1,:o 6-70) 2~ set 55 - Survey of ScientLfic anc Technicai DisjerLa--'cjns
0 _,.,er Educati iiai Ins, * tul (11.))
Defended at U'LiTt ii_- - b

ME nl;~
-
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77

RTABOSEMY, A.T.. dektor khimicheskikh muk, professor; W" t.2"N - -
k-Andidat takhnicheakikh nauk.
Corrosion-abrasion wear of waste-gas heater water-pipes. [Trudy]
TSNIITXABH me.77:165-182 055. (KM 9:7)
(Pipe, Steel--Corrosion)

MURAVK1N..,.O..N-.;..RYABCFM=, A.T.
Investigating corrosion-abrasive wear of the steel used for water
economizer. baIW 156
(Pipe. Steel-Corrosion) (Mechanical wear) (;;" 9:9)

iA LA 'T%, v
IN

ITABCHBNMV~ A.V., doktor khtm. nauk, prof.; MTJRAVKIM, O.N., kand. takhn.
nauk
Characteristics and prevention of fretting corrosion of metals.
Trudy TSNIITKASH 92:273-331 '59. (MIRA 12:8)
(Fretting corrosion)

F.O., Aonomist; ZHUKHOVTTSU
I-ffJRAVKINA, -.. ~O A.F.p Ifilh.
Role of the 04 economic adviser in a siachinery plants Vest.mashinostr.
43 no.il-.96-4~ ' 4.- 163o' '. (MIRA 17:2) -

CZECE"OSLOVAKIA
J,jURAVJOV, I., Prof.
I--------
Bratislava, Farmiaceuticky obzor, No 4, 1963, pi; 145-152
"On the Coordination of Scientific Research in the Fie.1d
of Pharmacy in the USSR."

1mviam . Y. r.
Petroleum and gas in4ustries In Emybushev Province in 1960. Nsft.
khos. IS no.1:17-21 Ja 160.- (MIRA 13:7)
1. "yshevskiy sovnark~oz-%- - _
M.Ayahev Provinca-4fttroleum industry)
(ftybyshOT Province-Gas, NaturRl)

GAIDNSKIY, P.P.; KOVALFTKO, N.I.; KUVYKIN, S.I.; MINGAREYEV, R.Sh.;
MURAVLENKO,V I.; O&VOSOV, A.D.; SHASHIN, V.D.; SHMAREV, A.T.
OJOWW-9sw
Volga-Ural region is one of the largest petroleum bases of
the country. Neft. khoz. 42 no-9/10:56-64 S-0 164.
(MIRA 17:12)

1. MURAVLENKO, V.U.
2. USSR (600)
4. Geology,, Structural - Novo-Spasakly District
7. Geological structure of the Aleksarwirovsk Uplift In the Navo-Spasekiy and
Mdlahchevo Districts of the U1,yanovsk Province of the R.S.F.S.R.
(abstract) Izv. Glav. upr. geol. fon. no2v 1947
9. Monthly List of Russian Accessions, Library of Congress, March 1953, Unclassified

NARINYANI M.A.; RASSKAZOV, I.D.; MESHCHZRTAKOV, L.I.; RAYEVSKIY, N.A.;
G.A.
Erection of the 4498 setal span structures by the GEPK-130
crane. Tran8p. stroi. 15 n.).9W-16 S 165. (MIM 18:11)
1. Uproylyayushchiy Mostostroyea No. 3(for Narinyan).
2. Glavnyy insh. Moatostroya No. 3 (for Rasakfsov). 3. Glavnyy
tekhnolog Mostostroya No. 3(for Meshcheryakow). 4. Nachallnik
tekhnicheskago otdela Mostostroya No.3 (for Rayevskiy).
5. Starshiy inah. Mostostroya No.3 (for Muravlev).

KURATIM.G.G.
'. " ~ -
IffoctIve utilization of natural sources of water in the central
part of Kustamq Province. Vest.AN Kasakh.SSR 12 no.10:56-65 (1155.
Mat Province-Water supply) (NM 9:1)

f1l" zKURATUT, G.G. ..
Lekes of Karmsu District, Kustaney Province; Kaylb4gar, Shalkar,
Zhanshura. Blye-Soygan, Alabota. Top.geog.]Eas.no.2:133-165 157.
(KLRA 10:7)
(Karasu District--Lakes)

ljtl~l # /f /j Vl- - V~ G- &,,
]rAVBTSKIY. S.P,,; NMVLZF, G.G,,
RegalwItles In bydrological conditions of mo=tain rivers. Trao
Mw. NIGNI no.9t94-101 057. (KIM 11:1 )
(Rivers)

f4jRA.YLEV. G. G.
rmneral characteristics of the lakes in Kustana-, Province-Sary-
Kopa and Zbamn-Akkol'. Trudy Sekt.geog.Ag Kazakh.SSH no-3:42-%
159. (NnU, 12: 7)
(Sary Kopa, Lake) (Zhaman-A~*ol. Lake)

MURAVLEV, G.Cr.
~Salt Trudy Otd. geoe. AN Kazakh. SSR no.8:174-181 161.
(FJU 14:8)
(Pavlodar Province--Lakes)

I.IUHAVLEVL m,
Brief characteristics of the Shaganak and Shaglytongiz lakes in
northern Kazakhstan. Trudy Otd. geog. AN gazakh. SSR no.8:182-187
'61. 1 (MM 14:8)
(Shaganak Lake) (Shaglytengit Lake)

14UEVLE -DA
54 W kand.geograf. nauk
Some patteins of the distribution of lakes in Kazakhstan.
Vest* AN Kaza"SSR 20 no.11:18-24 N 164,
(miRA irs:2)

KHUSAINOVA, N.Z.; G.G.; "ITECT''i'll,
, . , . F .
Conference on the maLter and er,,-,---y ;~-- in lakes. lz,,7. .~;':
- 'I - ' '
Kazakh. SSR. Ser. biol. nauk 3 no.1:111-11-- Ja-F 165.
OITRA 1P:5)

112.."A, /-,; tI- I- L,// ) ~,
KMVUV. K., starshina, 2 statli; GORMEMKO, S., starshinst 2 stat1t;
-w-"-Owq#ftIIOV, V., starshina 2 stat I i; KA190111. A., matros;
XURTAMM. ff., satros.
Ve are guarding our beloved sea. Sov.mor. 17 no.18:12 5 157.
(MIRA 10:11)
1. Uchastnik Vaeameyokogo soveshchantys otlichnikov (for Kuravlev)
(.Russia--Navy)

MURAVLEV O.P. inzh - SANNIKOV,, D.I., inzh.; STRELIBITSKIY, E.K.,
to .0
Itekhn. Mi6k
Concerning the use of a theoretical probability method for
studying the reliability of electric machinery. Vest. elektroprom,
34 no.3:52-53 Mr 163. (KEPA 16:8)
(Electric machinery)

DE_'YATKW~
SWIRO, I I
[E_-.ablls~ment o"I f'.-i
p-ieue and sinall series praduiAl,~n ccnditicrs] Ukrumerm(~u
P.,)rmlrovanla stant_:crunyk~ ralx-j!. v
prizv..ds'va, Musk-va VA~hJ_nt,3trc),~nie
Ell V (I., -. ~ ,, ,

_L 4b145-66 Ev'i T (M /8"t P ( J ) /1 JJP(C) MIRM
Arc NRs AP6026738 A) SOURCE CODE: UR/0183/66/000/003/0042/0043
AUTHOR: Serkov. A. T.; Budnitskiv. G. A. Chivilikhina, M. P ; Veretennikova. T. P.;
Shishkina, . Ns *-P. ; lGi;i~ashova 1. A. ; Mura Ordina, V. I.
ORG: MIN
TITLE: Improving the quAlity of viscose"cord
SOURCE: Xhimicheakiye voickna, no. 3, 1966, 42-43
TOPIC TAGS: cellulose, synthetic material, cellulose plastic, synthetic fiber
ABSTRACT: The details of a modified procedure for manufacturing high tensile strength,
viscose cords are described. In essence, the procedure consists of accelerated pro-
cesses of coagulation, filtration, and cord forming. It also requires the use of high
purity reagents: sulfuric acid (GOST 2184-59), and ethylene oxide- and aliphatic
amine derivatives as modifiers. The modified.procediwe does not require any new ma-
chines, only a minor adjustment of the cord spinning procedure. It is claimed that
the modified procedure is capable of yielding viscose cords with tensile strength by
50-60%.greator than that sanufacturvd elsewhere in the world. Orig. art. hast 2
figures.
SUB ODDE: W/ SUBN DATE: 28r*b66/ ORIG REF: 004
i=t 6677.453
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on wavea: baing cut by explilt)1op tubeq at the oubstation or the
nearest Me support, it is neeassary to limit. tlia. role of the
Wbe to the protection of ffie lim) Isolator and oU circuit-
breakcr when a linc., is discornected from the substation and
not to 's operatlaw bdrGre that of the auto-valve -type
pprmit It
rrentor In all other caqe% It Its also destrable that the latter
Mold typdrmv wh,~n oblique waves of atnall arnplittLde are
hoppcd by 66expulidim tuba,, "I'llio lo of1deted by IncreaOing
sotilllf-0: a! th!~' extdrnal ja"J3 of iho OYPIftion 1004 by n
spdcific Liount To proven, IffshinW
gnurijes tron- &Rttlog tip
o uls,
bujIjars, 01134inp
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rpaist. 0,3irja tubm; at'6o Jar end of I.
'hoitid bo rodv-ed to 5-ob - e m6ai4aroj cannot
Ins, All tli~b
safely cxclw e dnnger-~tis Suryeg. lvt-wdan ticutral-point III)
combillat"On of n'

: M-RAVUcVA E. V., Cand Tacli Sci -- (diss) "Study of stor-
H
I
protection systems for rotary :-iac.,Jnes operatlii;, o,-I %,)V(-,r-
head lines. 11 Mos, 1917'8. 17 PP (!'in of Highor zduL;-,J,*. ;,-,
USSR. Mos Order of Lenin Power ErWineering Inst), 1-0
copi(~~s (KL, 41-58, 121)
_ 20 -

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Protection of distribution equipment., s/196/61/ooo/oll/019/042
E194/E155
wave whose amplitude is determined at the point of intersection of
the curve of the dangerous wave with the volt-second characttris-
tics of the line insulator, then the necessary length of approach
is 1500 m. If the initial wave has an amplitude equal to the
minimum impulse voltage of the tubular arrester at the start of
the approach, the necessary length is 1200 m. For distances from
arrester to transformer of 100 and 140 m the lengths should be
respectively 1800-1400 and 2000-1600 m. Selection of approach
length according to an amplitude corresponding to mintmum line
insulation voltage at the start of the approach permits the
approach length to be cut down or permits of a greater distance
between the arrester and protected insulation. It is considered
that the new recommendations should employ a protective circuit
without tubular arresters for sub-stations. At a 110 kV sub-
station with lines on wooden poles, with the approaches protected
by earth wires, the wave amplitudes may reach 1000-1100 kV and
at 35 kV sub-stations 500-530 kV, arrester currents not exDeeding
5 kA. The new recommendations should include protection of sub-
stations other than terminal- and through-types. Whatever the
Card 3/4

Protection of distribution equipment_ s/196/6i/()oo/oii/oi9/o42
E194/E155
number of permanently-connected lines at a sub-station, valve-type
dischargers are necessary because at individual points in the
sub-station the voltage way exceed 2
line n
(where n is the number of lines connetted). The new
recommendations should ease the requirements in respect of
protection of approaches to rotating machines. For machines of
medium output, earth-wire protection of the approach should be
permitted, for generators of low output and motors there is no
need to protect the approach against direct lightning sti,ckq~&.
At stations with cables having a total length of about 20 km there
is no need to instal valve-type arresters. It is recommended to
protect ma5h!nes by protective capacitances of about 0.5 mi,:ra
farads per phast.
5 lilterature r9fereni'.e3.
I-AbatTactor,s raotes Complete translation
Card 4/4

BURGSDMF, V.V.; MURAVLEVA, N.V,,
More about the protection of power generators from over-voltages
causad by lightning. Prom.energ. 26 W-10:51-53 0 161.
(MIRA 14:10)
1. Vaesoyumn nauchm-Loaledovateliskiy Lnstitut elektroenergetiki.
(Electric protection) (Electric power distribution)

BURGSDMF., V.V., doktor tekhn, nauk; IffMVLE-VA, N.V., kand tekhn. nauk;
RAMVIG, D.V., kwA. tekhn. naa'- -
Concerning F.A, Likhachev's article OProtection of electric
substations connected to electric power transmission limes with
an elevated lightning grounding line from overvoltages caused by
lightnizg strikes.ft Elek. sta. 32 no.1:89-90 Ja t6l.
(MIRA 16W)
(Lilrbaehava, F.A.) (Lightning protection)
(Mectric substations) (k2ectric lines-Overhead)

LINDORF, L.S.; PUFUR334p P.N.; ULITSKIYp M.S.; USTINOV, P.I.;
ZEILIDW11, Ye.D.; MININ, G.P.; ICOTS, A.Ya.; KRAVD, N.Z.;
MURAVMA ]N.V.; LIHOUN9 A.Ta.; BARANOV, B.H.;Z=IGOFDDSKIY,
I.&; IVMOV., V.S.; IOFFE,, F.Te.; BURIAKOV,, B.M.; MIRENBURG,
L.A.; FAYEMW, A.L.,, red.; BORUNOV,, tekhn. red.
[Study mani-I on the tecbnical operation of electric networks
and power plants; electrical section of electric power plants
and electric power distribution networke]Posobie dlia izuebe-
miia pravil tekhnicheskoi eksplue-tataii elektricheskikh stantsii
i setei.; elektricheskaia ebast' elektrostantsii i elektricheskie
seti. Moskva, Gosenergoizdato 1962. 558 Pe (MRA 15: 8)
(Electric power plants-Handbooks, mammlop etc.)
(Electric power distributilon-Handbooks,, manuals,, etc.)

MURAVIEVA, N.V.-, kand.tekhn.nauk; FOMVI S.M., Inzh.
Keasureaent of-the grounding resistance of power line poles
without disconnecting the guard wire. Elsk.dta. 33 no.1168-
72 N 162. (KMA 15 t12)
(Electric lines-Overhead)

LINDORF, L.A.; FUFURIki, N.F.; ULITSKIY, M.S.; Ub*rD~01,1, P.I.;
ZEYLIDZOII,Ye.D.; MUIL, G.F.; KOTS, A.Ya.; KHAVII, N.Z.;
nEAVI!P%,--,N.V.; LIEERMAN, A.Ya.; BARANOV, B.M.;
ZVENIGORODSKIY, I.S.; IVANOV, V.S.; IOFFE, F.Ye.
[deceased]; 13UHLAKOV, B.M.; MlRDBURG, L.A. [deceased];
FAYERMAN, A.L., red.
[Aid for studying engineering regulations governing the
operation of electric power plants and networks] Posobie
d1la izueheniia pravil tekbnicheskoi ekspluatatsii e1ek-tri-
cheskikh stantsii i setei. Izd.2.9 peresmotrennoe. Mo-
skva, Energiia, 1965. 551 P. (MIRA 18:6)
1. Russia (1923- U.S.S.J.) Gosudarstvennyy proizvodstven-
nyy komitet po energetike i elektrifikatsii.

BOROYSICH, Vladimir Mikhaylovich; ABLAKOV. Inver Bekovich; NOMMIXOT.
Koustantin Takovlovlch; 10-4 W_MXJUGW~
BIMSI*OV* A.L. oty.red,.; ANMTYSKIT. T.T., red.; SH"Cwz,
?,I,, red.; ROROXINA. Z.P.. takha.red.
k
[Ancient Syr-Darya Delta and the northern Xyzyl4Cuu; possibi-
lities of soil improvement and problems of land reclamation]
Drevniala del'ta Syr-Derli i 56verup 1yzyl-Kwiy; pechvenno-
mlioratlvW usloviia I problem sallskokhosiaNtvannage
oevoonlia. Alma-Ata, Ixd-vo Akad.nauk Kazakhsk*l MR. Vol.2.
1959. 418 p. (KIRA 12:8)
1. Masn-korrespondent Akademil nauk Kazakhakey SSR (for Bessonav).
(Syr-Darya Delta--SoilO (KYS71-EMOL--sails)

VINBERG, G.G.; MIRAV1211A, Yo.P.; FINIENTKO, 7.Z.
Some data on the chlorophyll content in planktcm and the vrfma.-z
production of the Black Sea. Trudy SRS, 27:212-220 !64.
( 1,LTRA I E -. 6:

HURATLYANSKIT, V.
Operating experience of the
storage combine. Khol,takh.
dry ice plant of the Leningrad cold
30 no.4:66 O-D '53. (KLHA 70)
1. Nachallnik savoda sukhogo, 11da. TAnkhladokombinata.
(Refrigeration and refrigerating machinery) (Valves)

...........
---- ------
don,
-Asto JIM I
vitu-
ol
Mouti,_
In-mul lanw-eqpIptnol

WJRAVLrANSXIT, V., Inshemar.
BOX for the mm acture of dry Ice briquets. lhol.tokh. 33 a**2:
64-65 APJJo '56. (KULA 9: 9)
(Lesisaad__Dry Ice)

Mt-'hfl-'5 f,;T fl-F:11"'.
timle lt~

14(l) SOV/66-59-2-16/31
AUTHORi Muravlyanskiy, V., Engineer
TITLE: The Utilization of a Dry Ice Unit with Two Reserve Intermediate
Recipients (Eksplu&tatsiya sukholednogo agregata a dvumya rezervnymi
promezhutochnymi sosudami)
PERIODICALs Kholodillnaya tekhnika, 1959, Nr 2, PP 56-57 (USSR)
ABSTRACT: A dry ice installation should be designed in such a way as to lose
the minimum o f time on the preventive cleaning of apparatus, The
schematic diagram shows the lay-out of a system with 2 reserve
recipients doubling intermediate recipients Nr 1 and Nr 2- An in-
stallation of this kind in the dry ice shop of the Leningrad Refrige-
ration Plant has reduced the previous loss of 6 hours to half-an-hour.
There is 1 schematic diagram.
Card 1/1

BEWSTOTSKIY, Isaak Abramovich; MURAVNIK,, Fging �~y evn#; SILINA,
- _ . _!al!y _
Alevtina Vasillyevna; MANAW, V.I., red,
(Multiple-unit TS-1 trolleybus] Sachlenr7i trolleibus TS-1.
Moskva,, Stroiizdatp 1965. 171 p. (MIRA 18:8)

KURAIQI,-Ll,,,,
- W.Smmmmmmm~
Relation between the functional state of nerve centers and the
restorative action of active relaxation. Yiziol.zhur. (Ukr.) I no.l:
83-90 Ja-F 155. (WJU 9:9)
1. Kiivolkiy madichniy institut imeni almdemika O.O.Bogomolltsys,
Kafedra gigiyeai pratei.
(ROT) (NERVOUS SYSTICK) (INHIBITION)

KmVOT, 1. T.
Restorative effects of active rest in various st8ges of exboustion.
ristoleshur, [Ukr.] 2 no.6:51-55 N-D 156, (KLRA 10:2)
1. Itivalkly sedichnly institut tmen', akedemiks O.O.BoaDmolltS74,
kafedre normallnol fistologil.
(US?) (FATIGUI)

,'JURIVOV, I. V. Doe ,;and Med Sci -- (diss) " Processes of fatil;ue
and recovery in the physiological mechanism of active rest."
Kiev, 1957. 20 pp 20 cm. (Kiev Order of Labor Red Danner Medical
Inst im A.A. Bogomolets), 200 copies
(KL, 21-57, 106)
-111-

KUMTOT, I,V-; SMACRXV, U.S.; ROMAIM&O. D.I.
Argographic tachniqus3. Fizibl.snar. 43 no.12:1202-1204 D 157.
(MIRA 11:3)
1. KafrArs normallnoy fiziologii Keditainskogo instituta, Ityev.
(MMM. obysiology,
orgography, technic & appor. (Rue))

LWIMELISM, G.I., prof.; MMVOV, -,I-.V.. kand.med.nauk
Critical evaluation of idealistic views on the unorma.10 phy3ical
development of man. Nek.filosevop.med.i cat. no.2:395-406 160.
(10-RA 15:7)
1. Kafedra fisichookogo vospitaniya i lechabnoy fisicheakay
kul'tury Kiyevskago meditsimskogo inatituta.
(MM-CONSTITUTION) (GROWTH)

md:LtOzo#kh nauk
Probl~ or emro4o thmpy pt the Mavdnim RepubUe Conform=
i pkor A*raff. Top. kmr-l' fislotsr
on Nedloal Con" ~ an - L
(KERA 13t9)
isch. fig. ka2.'t..25 i2o.231;rIOR44AP 1609
(XMZBZ TMWAVY)

i
FROLIKISO V.V.; GOLOVCHENW, S.F.; DUKROVICIPYYP S.M.; KYWOV, I.V,-;
TANIN, S.A.
Change In working capacity.. energy expenditure, bloW circula-
tion and respiration during the aging of the organism. Vrach.
delo no.3s54-59 Nr 163. (KRA 16:4)
1. Laboratorlya fiziologil (zav. - VS-Frolikis) Instituta
gerantologil i eksperimental, noy patolpgii ANN SWR.
(AGING)

KACHOROVSKAYA, Ollga Vladimlrovna, kand. med. nauk; PETRENKO,
Marina FeGfilovna, MUAVOV, I.V., red.
~~ _-'
[Physical education as a means of preventing pre-
mature age-.connected changes] Fizicheaka-La kullwra
kak sredstvo preduprezhdoniia prezhdevreTennykh voz-
raatr7kh izmenenil. Kiev, Zdorovlial 1964. 4" p.
(MIRA 1813)

MURAVOV, , ~.V.
Muscular activity, active ro*t and regulation of blood circulation,
respiration and energy metabolism i-In young and elderly persons.
Vop. geron. i geriat. 4:40-53 165. (MIRA 18:5)
1. Inatitut gerontologii AMN SSSR, Kiyev.

MURAVOV, I.V.. SHCHEGOLEVA, I.V.; DERKAGH, N.V.
~"P
Blood pressure in persons 80 years of age and older; based on
materials of a mass medical screening. Vop. geron. i geriat.
4:72-60 165. (MIRA 18:5)
1. Institut gercntologii A?QJ SSSR, Kiyev.

MURAVOV, j,! " .,TKAk"FE"I"Y F.T. [Tkachov, F.T.]
PhY010logic analysis Of the effect oc previous mizi;~ular ef*r(,r!,:i
on the working capaciLy of nonfat~guad miscles. Fiziol. zhUr.
[IJkr.] 10 no.2:163-169 Mr-Ap 164. (mi-i'A
-L. Laboratoriyu dvigateitnogo rezh~-,na -Inst-~,.;ta
gerontologi-L i eksperimontallnoy patologii AMN SS,"I., Kiyev.

DUDNIK, M.1,; MURAVOVA, L.P
-k~-;Aw
Determination o.' ILe aptilger.3 %ri, j
~ (D', M. N, A., B, 0 'n of
storing preve,-i,-d b2ocd. Trudy Ktev. nauch.-i~:sl. !nst. perell. xr-vi .1
neotlozh. khlr. 3,1515-158 161. (M-RA 17~10)
1. Viyevskdy --',P~3titut perellvantya krclri.

-1
- x

I
IMMATSKAYA, N. (Dr)j E,. 1-Ulling (Dr) and Dorttold, S. (LO
.; z -,~- ~ - ~-- - ~
"Treatment of the Aftereffects of Polio.Velitio"
Medilgirzk1ir Rabotnik,, 28 Oct 1955
Currelat Digeat of the SovLet Pregs, Vol 7, No 45, p24, Uncl

TSYGANKOV, P.S.; HMVSKAYA, O.G.
-
Heating-*~`36TZ; of beer
24 no.3:10-11 '58.
rectification apparatuses. Spirt. prom.
(KIRA 11:6)
(Distillation apparatus)

SWHMV. T.R.; KURAVSKATA, O.G.
Hydrodymmic o6aditions of bubbling in tray contacting apparatus.
IxT*vyv.uchsb,z&v,; pishch.takh. no.5:108--116 '59. (KIM 13:4)
1. Klyevskly tekhnologicheakiy institut pishchevoy promyshlennosti.
Wedra protmessov I apparatov.
(Plate towers)

MRAVESKAYA, O.G., inzkj.
Work of overflow systems in rectification columns. Pishch.
prom. no.2:165-176 165. (MMI 18:11)
1. Kiyevskiy tekhnologicheskiy institut pishchevoy promysh-
lennosti.

KMVSNArAq To.
Trade relations of Riga vith Folotakp Vitebsk, and Smoleask in the
13tb-24th centuries. Vestle laty ak no.201-42 261.
(zUl losq)
(iatvia-Bletory)

SUPRUNOV, A.T.; MURAVSKAYA., Z.A.
Method of assaying vitamin B12 in seawater. Trudv SES 16:
463-466 163. (MIRA 17:6)

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ESMAN, H.S.-, VSKIYj B.S.
Current oscillations arising in silicon at high pulse voltages,
Piz. twer. tela 3 no.8.,25Q4,2506 Ag 161. (MIU 14:8
1. Imingradoldy gosudarstwemnyy pedagogichaskiy institut im.
A.I, Gertsem.
(Si3 icon)

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-64

S/120/62/000/001/025/o6i
E140/E463
AUTHOR: Muravskiy, B.S.
TITLE: High-voltage pulse amplifier final stage
PERIODICAL: Pribory i tekhnika eksperimenta, no.1, 1962, 109-110
TEXT: This note describes a cascaded power tetrode stage for
generation of high-voltage pulses for studying strong fields in
semiconductors. Depending on the polarity of the input pulse,
the circuit operates as a grounded cathode or as a cathode
follower stage, with one tube acting as the amplifier, the other
as its load. The circuit has high distortion for pulses shorter
than 50 ]is. There is 1 figure.
ASSOCIATION: Leningradskiy gosudarstvennyy pedagogicheskiy institut
(Leningrad State Pedagogical Institute)
SUBMITTED: June 28, 1961
Card 1A

q -7-jrD
Id
AUTHORs
TITLE:
PERIODICAL:
S/181/62/004/009/022/045
B104/13106
-Muravskiy, B. S.
Investigation of the anomalous characteristics of point
contacts on the aurface of germanium and silicon
Fizika tverdogo te,la' V. 4, no. 99 1962, 2485-2489
TEXT: When a metal point contacts a Ge or Si surface, Its volt-ampere
characterictics can show anomalies% At certain positions of the point
intense current oscillations will arise. The aim of this investigation
was to find a correlation between these positions and such surfdoe defects
that are produced when the surface is crossed by edge dislocations. n-
and p-type Ge and Si,8inale crystals of 2-25 ohm-cm were ground, polisbed
and etched on their t100- faces. After rinsing with distilled water, a
tungsten electrode was applied onto the etched surface and a brass electrode
to the opposite surface. The inverse volt-ampere characteristics with
pulsed volta6e were measured. The characteristics showed great differences
as the point contact was shifted across the surface. The probability of
Card 1/2

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962 44fte 411 Y) 4TO&I 042 net, t4t
04-rd -2/12 J" revision) Ing ti t4te

MURAVSKIYp B.S.
High-voltage output pulse cascade. Prib.i tekh.sksp. 7 no.1:109-
ILIO Ja-F 162. (YIRA 150)
1. Leningradskly Fosudarstvannyy podagogichaskly Institut.
(Pulse techniques(ElectrMics))

4 5C )3?
8/109/63/008/001/022/025
D295/D308
AUTHOR; -Muravskiy, B, .'s
TITLE: Surface breakdown of p-n junctions in silicon
PERIODICAL: Radiotekhnika i elektronika, v.8, no.1, 1963, 162-170
TEXT: Surface breakdown has been studied in A- 2,DI(D-209) alloyed
silicon diodes and in point-contact nonformed diodes consisting
of a p-type silicon slab (of 20 - 25,fl.cm resistivity) and a plane
and a point electrode on either side. The rectification factor was
measured up to and beyond breakdown, and-reverse current-voltage
characteristics were obtained under const;~nt and pulsed voltage._
Surface breakdown is observed in about one-third of the units in V~
vestigated, accompanied by intense stable relaxation oscillations
of diode current, having a period of microseconds. Neither thr.
surface breakdown voltage nor the parameters of the oscillatf.ons
are affected by surface treatment or by the dielectric constant
of the surrounding medium. The phenomenon is interpreted as con-
-nected with a depleted layer which arises on account of 'fast'
Card 1/3

S11 09/63/008/001/022/025
Su.~,face breakdown of-... D295/D308
surface states in good electrical contact with the body but not
I?
with adsorbed chemical substances. The concentration of such states
in silicon is one order of magnitude larger than in germanium,
The corresponding current-Voltage characteristics in semi-logarith-
mic coordinates exhibit thtee successive sections, the slope being
constant over each section and increasing from one section to an-
other. The first section is interpreted as due to filling of the
surface 'fast' states for an increasing inverse Yoltage. Then the
field in the depleted layer reaches a value sufficient to start
an avalanche process with carrier multiplication and more rapid
current increase (the second section). The further increase of in-
verse voltage enhances multiplication and gives rise to breakdown
(the third section). (With shorter voltage pulses (UP to 5)u) the
corresponding charactpriatics have only two sections.) The ava-
lanche processes involved ',shunt' Cae p-n junction and do not lead
to irreversible c-hanges in its properties . (The rectification fac-
tor before and afte*r breakdown is practically the same.) The re-
laxation oscillations observed are of a different nature from
-those predicted by Burgess,(J. Electronics, v. 1, no. 3, 1955,297)
Card 2/3

6/109/63/'008/001/022/025
Surface breakdown of D295/D308
and are interpreted as due to the difference of the time constants
of bulk conductivity and p-n junction conductivity, which leads to
periodical variations of the differential conductivity. A diode
with such variable conductivity can trans'form, at a suitable low
temperature, a d.c. voltage into sustained relaxation oscillations.
The conversion efficiency can be very hi!~h. -There are 6 figures.
SUBMITTED: January 29, 1962
Card 3/3

IVRAVSKIY B.S
Electrical; T~
excitation of "fast" states as a method of studying
their,parameters. Fiz. tver. tela 7 no.1:334-336 ja 165.
(14MA 18:3)
*~-Irisfiodarskiy goeudarstvenn-vv Dedagogicheskiy institut imeni
~l5~---Uti)*,VSeSoyuznogo Len.nskogo komministicheskogo soyuza molo-
dezlii.

I'A
-1:11011W
w0

M M VSKIYO G.B., aspirant
I -
------------ ----
TIw effect of a movable load on an infinite beam lying oa an
elastic foundation. Trudy HUT no.134; WSA+ 161. (MIRA 15:5)
(Beano ard girders)

371142
5/179/62/000/001/C12/027
/C e 1490 E114/EI81
AUTHOR: Muravskiy, G.B. (Noscow)
TITLE: Non-steady state oscillations of an elastically
supported beam subjected to a live load
PERIODICAL: Akademiya nauk SSSR. Izvestiya. Otdeleniye
tel-chnicheskikh nauk. Mekhanika i mashinostroyeniye,
no.1, 1962, 91-97
TEXT: A solution for a force impulse acting on a beam at a
point is utilised to consider the case of an infinite beam
supported elastically and subjected to a live load varying in
accordance with any given function. Since the fourth order
differential equation with constant coefficients expressing the
bonding of the beam is linear, its solution can be expressed in
torms of the function of distance and time due to a -single
concentrated impulse acting on the beam at the initial instant
in the origin of the coordinate frame. A force is assumed to
travel along the beam with constant speed, the force changing as
a function of time, and this is assumed to be equivalent to a
series of impulses acting in sequence at points along the beam.
Card 1/4

Non-steady state oscillations of ... 5/179/62/000/001/012/027
E114/Llbl
Laplace transformation is applied, being easier to compute.
Since it can be proved that the even terms vanish, only odd
coefficients are needed, and these are calculated by the author
and given in the table up to n = 65. Since the even coefficients
are zero, the function is equally valid for positive and negative
values of the non-dimensional coefficients derived from the
original equation for bending of the beam. The Laplace
transformation is utilised to find the solution for a force
travelling along the bearzi with a certain velocity and changing
as a known function. Graphs are plotted for the deflection of
the beam and the bending moment when the firce travels along the
beam with various velocities and, for comparison, a curve for a
static force is included. A simplifi,---' case of a constant
applied force is considered and simplified equations for the
deflection and the bending morrent are solved by integration and
utilising previously given coefficients. Graphs are drawn for
the two functions correspond.Lng to various values of the non-
dimensional constant. deriv(;d, and it is shown that if this
value is equal to the squa-e root of 2, the velocity with which
Card 2/4

Non-steady state oscillations of ... S/179/62/000/001/012/027
E114/E181
the force travels along the beam becomes critical, leading to
sustained oscillations and limitloss growth of the defluction at
the point of application of the force. If a niass travelling
along the beam with constant velocity is subjected to a variable
force, it is not possible to apply the Laplace transforr.,,ation,
while the introduction of moving coordinate systems leads to an
equation which is too complicated for practical purposes.
Therefore, the author first considers the deflection of the beam
tinder a steady load, then sets up the equation for moving the
load along the beam and, combining the two, obtains a formula for
an equivalent force which allows calculation of the deflection
and the bending moments, as previously, for a travelling force.
This solution only holds good provided the load and the beam
always remain in contact. otherwise the equation is applicable
only for the fraction of time while the load is actually in
contact with the beam. For the rest of the time it is necessary
to consider separately free oscillations of the beam and free
movement of the load under the action of a force, followed by the
load suddenly hitting the beam. But, unlike the usual case, the
Card 11/4

Non-steady state oscillations of ... S/179/62/OGO/bol/612/627
E114/EI61
point of application of this impact will travel along the beam.
Solutions for a point load moving along the beam with a force
acting on the load in accordance with a certain known function
can be reduced to a dynamic pressure exerted by the load on the
beam. Several other cases are capable of solution by reduction
to a force travelling along the beam, thus enabling numerical
values to be obtained taking into consideration the non-
uniformity of the beam, the effect of suspension and springs,
etc. An example is given of two masses joined elasticaliy and
travelling along the beam. This method is applicable to the
solution of problems involving several loads travelling along one
bear;-,, but this considerably increases practical difficulties of
calculation, as it is then required to solve a set of
particularly complicated Voltaire's equations of the first kind.
There are 2 figures and 1 table.
SUB.'~,IITTED: October 1, 1960
Card 4/4

MURAVSKU, G.B. (bbskva)
Calculation of an Infinite-longth bean laying on a flexible support
for the act-ion of a mommtary,concentrated impalse. Isv.AN SSSR.Otd.
takk.~".16khA mahinostr. no.6:168-169 N-D 162. OURA 15:12)
(Beam and girders)

MURANSKIrr G.B. (Moskva)
Unsteady vibrations of an infinite plate lying an an elastic
foundation. Izv. 0 SSSR Otd. tekh. nauk. Nekh. i mashimostr.
no.2287-92 Xr-Ap 163. (MM 16:6)
(Elastic plates and shells-Vibration)

MURAVSKIY, G,B,, kand. tekhti. nauk
Action of a moving evenly distributed mass load on a hinged
single-span beam. Trudy 141IT no.164tl25-132 163.
(141RA 18:3)

WRAVSKIY, G.B. (Moskva)
---
Nonsteady vibra*ions of a load lying on an infinite plate supported
by an elastic basis. Izv. AN SSSR. 1,1,ekh. no.1:124-12? ja-F 1615.
WIRA 18:5)

KJRAVSKIY. G. 13.
Calculation of forced vertical vibrations of a circular
stamp resting on an elastic foundation. Oan., fund. i n*kh.
grun. 8 no.1:7-8 166. (MIRA 19:1)

RWHCHIN, V.P.; GALY-OUN, L.N. . starshiy nauchny-y sotrudnik;-L~! ~VSKI~Y, ~.Ye.
Corn enoilage with the dry biclogical "SKh* preparation. Zhivotnovodstvo
24~no,9:50-52 5 162. MRA 15:12)
1. Nb1davskiy nauchno-Xssledovatel-skiy institut shivotmovadstva
voterinarli (for Roahchin, Galyamin)o 2. Olavnyy inspektor po
takhnologii i ispolizovaniyu komov 14Wsterstva proizvodstva i
zagotovok seltakokhozyzystvennykh produktov Moldavskoy SSR (for
Hwavoki,y).
(Corn (Maize)) (Biological products) (Ensilage)

MURAVSKIY
[Chromatographic analysis of bydrocarbons; bibliographic index of
Soviet and foreign book and periodical literature for 1955-1960
(I-XI)l Khrmatograficheskii analiz uglevodorodov; bibliografiche-
skil ukazatell otechestvennoi i Inostrannol kniWmoy i zImirmallnoi
literaturY za 1955-1960 g. (1-XI). Kolichostvo nazv. - 711. Sost.
V.A.Muravskii. Moskva,, 1961. 145 P. (MIR& 15:6)
1. Maacw. TSentral'naya nauchno-tekhnicheskaya biblioteka neftyanoy
promyshlonnosti.
(Bibliograpby-Chro to hic, analysis)
(Hydrocarboqs

-L..05Z 71 --67 Fvrf ( I)D
ACC NRi AT6022276 SOURCE CODE: UR/0000/66/000/0()0/0057/0062
AUTHOR: Volfman, V. I.; Muravtsov, A. D.
'C'
ORG-. none ~'- /
TITLE: Calculation of the ferrite-and-dielectric-loadedv aveguide Y-circulator
SOURCE: Vsesoyuznaya nauchnaya sessiya, posyvashchennaya Dnyu radio. 22d,__j966.
Sektsiy~--kv-antovoy elektroniki. Doklady. Moscow, 1966, 57-62
TOPIC TAGS: wagaide circulator, waveguide element
ABSTRACT: Circulation equations for a Y-circulator with a ferrite cylinder inside
a qielectric bushing are set upi assumptions: (a) the amplitude of the first azimuth
harmonic of-the electric field on the bushing surface substantially exceeds the
amplitudes of all other harmonics; (b) one of the nodes of the standing wave formed
on the bushing surface is located along the axis of the arm being isolated. The
equations contain 7 independent parameters; 5 of them must be specified, and 2 can
be found from the solution. The parameter selection is limited by the requirement
that the isolation between the circqlator arms should be 20 db or more. A calculation
procedure and auxiliary curves are supplied. An experimental verification is
claimed which revealed errors of 6-" between theoretical and experimental valueB*
Orig. art. has: 4 figures and 5 formulas. (031
SUB CODE: 09 / SUBM DATE: I 1Apr66 / ORIG REF: 00 1 / ATD PRESS:

L 0997c)-67
ACZ--N'W, -AT6022279 SOURCE CODE: UR/0000/66/000/000/0079/0082
AUTHOR: Vol'man, V. I.; Muravtsov, A. D.
ORG, none
TITIZ: Methods of parameter control in ferrite cylinders used in wavegulde Y-circu-
lators
SOLRICE: Vsesoyuznaya nauchnaya sessiya, posvyashchennaya Dnyuradia. 22d. 1966.
Sektsiya kvantovoy elektroniki. Doklady. Moscow, 1966, 79-82
TOPIC TAGS: waveguide, waveguide propagation, waveguide design, ferrite
ABSTRACT: A method for testing ferrite cylinders prior to their installatiol, in cir-
culators is reported. The method consists of placing ferrite cylinders into a special-
ly designed resonant cavity and measuring the resonant frequency of this system. This
approach helps to increase ferrite component yield in mass production. Rather than
measure the absolute values of resonance, the deviation from a standard reference val-
ue is determined. For a cylindrical resonant cavity with a coaxial internal magnetiz-
ed ferrite cylinder, electromagnetic waves can be sustained if the following relation
is satisfied:
2
Y. Y.2 (Yr, Y. (Xors)
1. (1A P "Aril Y. (%ori)
Card 1/2

L 09970-67
ACC NR: AT6022279
where R is the radius of the cavity, r, is the radius of the ferrite cylinder. If
the resonator dimensions are selected such that
Yj (xoR) - 0. (2)
then, according to (1) for n z *1 at resonant frequency the expression (3) must be
true.
710 Nr'
t k I ]=It ' , (3)
I Yj (itprj
The numerical computation shows that for Jk/uj 0.5 to 0.6 the half sum of the reso-
nant frequencies approximately coincides with the roots of the equation
(-Or,)
- - (4)
(x,r,) Yj (VI)
It is known that this expression is nearly the same as the one for the operation of a
Y-circulator equipped with a ferrite cylinder having optimum properties. Consequent- 1:
ly, the ferrite cylinders can be selected for optimum performance on the basis of the
indirect measurement of their electrical parameters, using the resonance method. The
experimental evaluation of 40 ferrites has shown this test to be highly accurate and
useful. Orig. art. has. 5 figures.
SUB CODE: 09,17/ SUBM DATE: UApr66/ ORIG REr: 001
r-A 2/26N

22062
'gill a 1)" 1/003/0114/025/030
B1021B209
AUTHORSt JAuravtsovt L. P. and Smirrov, B. 1.
TITLEs X-Ray diffraction study of pucking faultP In deformed
tantalum
PERIODICALs Fizika tvardogo tela, Y. 3, no. 4, 1961, 1272-1276
TEM It has earlier been shown that packing faults in the 12111 planee of
cubic body-centered metallic crystals must exert an influence upon X-ray
diffraction. Such investigations have been made for special cases, e. g.,
for If-brasst molybdenum, iron,~ tungsten, and tantalum; however, only two
lines of the latter have been examined. The present study was made with
tantalum speeimens which had been triquetted from powder oontaining 0.63% C'f
niobium) by means of cellulose-nitrate varnish. A tablet pressed from powder
and heated in vacuo for three hours at 1050 OC aerved as a standard. The an-
nealed specimen~4iad an interplanar spacing of d - 2.3 A and exhibited only
very weak reflection. The X-ray diffraction studies were made with a
YPC-50 W(URS-50I) apparatus with a scintillation counter. The reflection
lines 110, 200, 211, 220, 400, and 422 were examined. Filtered Cu. radiation
Card 1/3

22062
X-Ray hffraction ...
S/1B 611003100410251010
B102X209
was used for all lines except for 422 where filtered Mo KX radiation was
It has earlier been shown that packing faults in body-centered cubdc latticr.-:
lead to a blurring of the lines. The effective block dimensions D have
determined from the dependence of the dispersion coeffiCient AP -n the
distance L. The following was obtained: D 110 - 210 A, D 20o 120 A,
D211 " 130 A, i. e., D 110 t D 200 1 D211 ~ 1.8 s 1.0 1 1,1. The "true" h11I)(-,k
dimensions D p (regions of coherent scattering) and the probability of pa,~king
faultimay be calculated from the effective block dimensions, The relation
I/D -P' I/D + 1/D holds, where D is teruied the "fictitious" blQ;k
p F F dimenaonq
DF - k/(1 .5 aL +A) -Resultst Line (1 .5 o6 + A) - 10 D, A
110-200 13.7 350
200-211 4.1 15r,
!10-211 28 126C
A comparison of the relativ,~~ D values taken from o1her publications 5hows
that only W and Ho blocks are isotropic, i. e., that an effect of pae.,king

22062
X-Ray diffraction ...
S/181/61/003/004/028/030
B102/B209
faults has not been deteated. The block dimensions were anisotropic in
these cases. In order to check their own values, the authors calculated the
fault probability and Di also for ~-brass and iron according to data of
other authors. The results agree qualitatively. The D P values of A-brass
had a negative siga for the 110-211 pairs, i. e.i these blocks must lead to
a contraction and not to a broadening of the lines. This result is very
surprising, and the authors attempt to explain it by Mathematical and physic-
al considerations. HoweVer~, it has been found that further studies of the
paok*ng fAults are required for a final explanation. B. M. Rovinskiy id
mentioned. There are 1 figure, 3 tables, and 13 referencess 3 Soviet-bloc
and 11 non-Boviet-bloo. The two most"recent references to English-language
publications read as followes 0. J. Guentert, B. E. Warren, J. Appl. Phys.
29t 40, 1958; B. E. Varian, Progr. in Met. Phys. 8, 147, 1959.
ASSOCIATIONt Piziko-tekhnicheakiy institut imeni Akad. A. F. Ioffe AN SSSR
Leningrad (Institute of Physics and Technology imeni Academic-
ian A. F. loffe AS USSR, Leningrad)
SUBMITTEN October 1, 1960
Card 3A