SCIENTIFIC ABSTRACT FILIPPOV, S. - FILIPPOV, V.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000413120008-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

3/1~0/60/000/011/011/011
A006/AO01
The Use of Analytical Computers In the Planning and Analysis of Production
Indices in Ferrous Metallurgy
power consumption; 2. to prepare technical and calculational documentation for
the subsequent analysis by computers; 3. to develop an accurate system of
figures required for the perforation of cards and their subsecrient processing;
4. to ensure the sufficient capacity of computing centers which must be equipped
with modern machines.
ASSOCIATION: Gosplan SSSR (Gosplan USSR)
Card 3/3

S/032/61/027/009/018/019
BIOI/B208
AUTHORSs Pilippov, S., Zonov, V.
..TITLEz Plant laboratories coap6ting for the title of a Collective
of Communist Labor. In the central plant laboratory of a,
machine - building factory
PERIODICALt Zavodakaya laboratoriya, v. 27, no. 9, 1961, 1166 - 1170
TEXTs' 5'Dstracterfs notes It is not stated which factory is concerned.
According to the institutions mentioned, it is probably located in the
TJra !a It, ta rioted thau the equipment of the Central Plant Laboratory
(CPL)I.as r-3cently been improved. A W,10 (DFS-10) quantum meter with
e] At-:oni'7 computer, ACT-22 (ISP-22)-and AC~-28 (ISP-28) spectrographs
and a YjlM.-;O (ITZM-10~ u' t_-aaonic devic--'e.,aXe now available. The extent
of the scientific vo-rk planned for 1961!"w'a's doubled as compared with 1958,
and -the budpt-t tripled. k-cording to investigations of the metallographic
'abQratory, ca*~-hardening with solid carburizing agents was replaced by
gas casphard-~riing in 960. Parts of the workpiece that are not to be
'Ir" 'vovored w4~h an anti -cementation paste developed by the
car'd 1/4

S103 61/027/009/018/013
Plant BlOlYB208
1 ab o ra to r~y .Tne apF:A,-,at-Lon of gas casehardening reduced the duration of
the by In cooperation with the Sverdlovskiy proyektno-
4ekhn,7.,'oj' L,~Leskiy institut (Sverdlovsk Design, Pianning, and Technological
institul.i?) caseha-rdpnina was intensified by raising the temperature by
400C bey,,-i!i th:3 temperature prescribed. In this way, the output of
cementatlon furnetces was increased by more than one-third. Making use of
results obtained by several institutes and by the Chelyabinskiy traktornyy
zavad (Chelyabinsk Tra'c+or Plant) and in cooperation with the preservation
workshop,, slushing oils and lubricants were replaced by volatile inhibitors.
20 t of commercial ias;?line are thus saved annually. Together with the
division of the chief technologist, the chemical laboratory introduced
the electrolytic tinning of radiator tubes in a hydrofluosilicic electro-
lyte (instpad of thr, hydrofluoboric acid electrolyte hitherto used), which
means annual savings of 20,000 rubles. In this year they started repairing
casting flaws on surfaces by means of epoxy resins, The chemical
labcratory tests ferrous metals for Mn, Sk, Ni, P, Cu, Ti, and Al on an
4DK-14 (FEK-M) ~colorimetric photometer. Aluminum castings are subjected
to. spectrum analys'AB only. ~~'e physical laboratory introduced physical
tests methods; e.g., the thermal workshop tests of pins with coercimeters,
Card 214

S/032/61/027/0097018/019
Plant laboratories... B101/B208
and gears, shafts, and springs with a magnetic flaw detector of the
Institixt fiziki metallov (Institute of Physics of Metals). Machine parts
made from 30XrC 30KhGS) and 65r (65G) steels may be 'easily distinguished
by meani3 of the ---T~W' (TEDS) "devicep designed by the fizicheskaya
laboratoriy& Uralls7o-go universiteta (Physics Laboratory of the Ural
University)y- High-nickel steels, such as 20X2144A (20Kh2N4A) will be
replaced by idw-nickel steelst such an 25X2rRTK (25MGM). Together
with the Sverdlovsk "plant "Promenergoavtomati-ka.", automatic dosing
devices for.the carburizing agent ,in ceient,ationt furnaces will be intro-
duced during the current year, and an autontat'ic control system for the
carbon potential in'cementation will be developed-in cooperation with the
Vsesoyu::nyy proyektno-tekhnologichiakiy institut-(111-Uhion Design, ,
Planning, and Technological Tnetitute)e The physical and the chemical
laboratory, together with the.kafedra liteynogo proizvodstya. Urallskogo
politekhnicheskogo instituta Kirova (Department' of Foundry
Production of the Ural Polytechnic Institute imeni S. k. kiro'v), deal with
the introduction of automatic rapid tests for molding materials. In
galvanic processes, the quality of-plating is to.be improved by ultra-
sonics. Bronze is-to be partly replaced.-by caprone. Deficiencies%,
Card 3/4

8/032/61/027/009/018/019
Plant laboratories ... B101/B208
1) The laboratories are scattered over a wide area of the town; 2) rooms
do not meet fundamental requiremental-3) control tests of raw materials
for which analyses are already given by the supplierg were doubled in 1960
as compared with 1958; 4) standards for the spectrum analysis of virious
bronzes and aluminum alloys are.vanted. .2he Laborat3riya standartnykh
obraztsov Upravleniya chernykh metallov Sverdlovskogo sovnarkhoza
(Laboratory of Standard Samples of the Administration of-Ferrous Metals
rif the S-verdlovsk sovnarkhoz) do'es not produce them. The CPL competes
for the title of a Collective of C~mmunist Labor.
ASSOCT.1,TIONs TeentralInays, laboratoriya mashinostroitelinogo zavoda
Central Laboratory of a Machine-building Factory)
S. Filippov, Head of the Laboratory)l Otdel glavnogo
~
Xetallurga (Division of the Chief Metallurgist)(V. Zono-#,
Official)
Card 4/4

YELISEYEV, Aleksey Aleksandrovich; SMIETBERG, Yakov Abramovich;
?ILIPPOV, S.M.# -red., SEVRYUKOV,, P.A. tekhn. red.
ROV.Petrov; on the 200th anniversary of his birtb]V.V.Fetrov;
k 200-letiiu so dnia 3,-ozhdeniia. Kursky Kurskoe knizbnoe.izd-
vo.. 1961. 78 p. (KRA 15*8)
1 (Petrov, Vasilii Vladimirovich, 17612-1834)

FILIPPOVI, S.M.
Large-scale increase in the production of iron and steel.
Metallurg 6 no. 1:1-3 A t6l. WU 14: 1)
I
1. Glav6n spetsialiat Goaplam SSSR,
(cast iron) (steel)

KANISHCHEV, Petr Mikhaylovich, inzh,j FILIPPOV,..Som.p red.
(constructing livestock buildings of soil concrete;
practices of the nRodina Khrushcheva" Collective Farm
near the village of Kalinovkaj Kursk Province] Stroitell-
stvo zhivotnovodcheskikh pomeshchenii iz gruntobetona; iz
opyta kolkhoza "Rodins, Khrushcheva'" S. Kalinovki Kurskoi
oblasti. Kurskx Kurskoe knizhnoe izd-voj 1961. 29 p.
(MIRA 17:6)

9/130/62/000/002/()01/005
A006/A101
AUTFOR:
TITLE: Five metallurgical bases of Communism
PERIODICAL: Metallurg, no. 2, 1962, 2 - 4
TEXT: General information is presented on the development of metallurgy in
the USSR within the coming 20 years. It is intended to produce by 1980 an annual
amount of 250 million tons of steel, that is to say four times more than in 1960.
This increase will be attained by the development of five metallurgical bases:
1) Ukrainian base; the increased production of non-ferrous metals will be brought
about by the organization of 3 large-capacity metallurgical plants in the Kre-
inenchug, Kerch and West-Ukrainian region, and by the development of existing
plants; 2) the Ural base; by 1980 steel production will be raised twice;
Siberian and Far East base; large capacity p3ants will be erected, including the
West-3iberian, Taysheta, Barnaul, Transbaikalian and other plants; 4) the Kazakh-
stan base, with new plants at Karaganda and in the Kustanay region; 5) a base in
the European region of the USSR will be developed in the region of the Kursk Mag-
netic Anomaly; existing plants (Novolipetsk, Cherepovets, Novotullskiy) will be
Card 1/2

Five metallurgical bases of Communism
S/130/62/01)0/002-/001/005
A006/A101
extended and new high-capacity metallurgical enterprises constructed. Raw ma-
terials will be supplied from three basic centers, namely the Kursk Anomaly
producing 60 million tons of processed ore per year, Kazakhstan with about 70 mil-
lion tons, and Siberia supplying about 50 million tons of ore and concentrates.
Steel and rolled metal production will be raised by the development of technolo-
gical processes and equipment. By 1970 it is intended to attain a steelmelting
level exceeding the present production of the USA by 65 million tons.
Card 2/2
41"

FILIPPOV, S.M.--
Vith a firm step. Metal-lurg 7 no.91l-2 S 162. (MIRA 150)
1. Glavnyy spetsialist Gosplana SSSR.
,(Iron industry) (Steel industry)

RYABINIKIY, Bronislav Yakovlovioh; ADARYUKJDVp G.I., inth.,- mtsenzenil.;
BERLYAND, S.S.., inzh., reteenzent; GERASIMENKOX V.A., inzh.1,
reteenzent; GRUDSKIY, V.A., inzh., reteenzent;' 'DASFIVSKIY,
Ye.B., inah., retsenzent; KARPMAN, Ya.I.v in.*b.', retsenzenti
KOROLEV, M.N.,, inzh.,, retsenzent; KORSAKOV, A.A., inzh..,
retsenzent; LISENKO, T.F., inzh., retsenzent; FMILIS, I.B.,
inzh., retBenzen'JI REVYAKIN, A.A.., insheq retaenzent;
ROMANOVICH9 N.D., insh., retsenzent; Xj~ ~V _S.M.~ in2h.p
retsenzent; BRUSHTEYN, A.I., red.izd-va; DOBUZHINSKAYA, L.V.,
tekhn. red.
(Planning and the economics of metallurgical plants] Planirova-
n1a i ekonomika metallurgichookikh zavodov, IzdJ., perer. I
dop. Moskva, MetaUurgizdat, 1963. 754 p. 'MIRA 16W
(Steel industry-Management)

FERTSEV9 KA.1 FILIMV, S.M.
For a continued expansion of ferrouo metanurgy, Meta.U.Urv 8
no.121-3 Ja 163. (Km lz2b
(Iron and".steel plants-Production standards)

FILIPPOV S M.
For a further increase of labor productivity in ferrous metallm-gy.
Metallurg 6 no.991-3 8 t63. (KIRA 16:10)
1. Glavnyy spetsiallst Sovata narodnogo, khoz stva SSSR,
Y'ry
(Iron industry-) (Steel industry

OVSYANNIKOV, Vikolay Nikolayevich, in,zh.j FILIP,T9y,._pM., red.j
SEVRYUKOV, P.A.0 teklm. red.
(Gratin light to advanced welding methods] Progronsivnoi
evarke - shirokuiu dorogu. Kursk, Kurskoe knizhnoe izd-
vo, 3.963. 78 p. (MIRA 17t4)

CRLOVp Vladimir Borisovich,,
[Aid for the Innova to r] V ON LZ "Q~rtl
Kursk, Kurskoe kidz~mue

FIL:L?PIYI"S.M.
F(x a fuller use of industrisLI potentialities. Metallurg 10 no.9:
1-2 S 165. (MIRA 18:9)
1. GliLvnyy spetsialist Soveta narodnogo khozyaystva SSSR.

I , , C, . - - Y~.'Fp %, V.J..
L, K V 6 1; T~; 0 ,,, ~ B.. PA,111POVY S.M.,-
A mirlature i3eml.conductor corivi..-rher f6r
telemetoring -,yatem,). Trudy NIHORP I (..!. .
(MIRA 18--4)

S.P.-, inzhoner; rAZIMOT, A.A., Inzhanar,
COMMMIcations 'bay for tandem stations. Avtom., telam i aviazi
no~3-.22-24 wr "57, iXft 10:4)
(Telecomninication-Apparattte and ounnlies)
'I
(ftilroads-Commicaticm systems
V-

KAZIMOV, A.A. ;,_~ILIPOV, S.P., konstruktor
Voice anowering device# Avtom,j, telem,I Oviaz' 3 n0,7:
8-10 Jl 159. (MIR& 12:12)
1. Vedushchly konstruktor otdola provodnoy zheloznodorozhnoy
avyasi Konstruktorskogo byuro TSentrallnogo upravlaniya
signalizataii. i svyazi Ministerstva putey soobshchonlya (for
Kas imov)
(Telephone)

rmppav, S-,P..
Expenditure of oxygen andthe glyeoly-tlc activity of the brain tissue
in insulin.shock and-following its cooping with glucose and adrenaline.
Probl. endok. i gorm. 10 no.607-101 N-D 164. (MIRA 18:7)
1. Kafedra biokhimii (zav. prof. S.V.Zakharov) Yaroslavskogo maditsin-
skogo instituta.

FILIPPCIV, S.P.
Sugar uptake and glycolvtic activity of brain tissue folloving
administration of various preparations during insulin cma,
Probl. endok. i gorm. 11 no.6:87-92 N-D 165. (MIRA 18:12)
I Kafedrs, biokIlimli (mav. prof. S.Y. Zakharov) YarosLavskogo
;;ditsinakogo imtituta.

i.ACC NR, AP6036054----,---------,.r.,,ouRcE-coDE-i--M/0056/66'/05f/004/1:115/LUg
i I
L. A.
1.ALMIORt Gudzenko. L. I 4jippo s. 5
q of Sciences 685H (Fizicheakiy
N, Lebadev, Academ
ORGI
institut Akademii nauk SSSH)
TITLE.- Rapidly recombining plasma jets
SOURCM Zhurnal ekeparimentallnoy i teoreticheskoy fiziki, v, 51, no. 4, 1966, lli5-
1119
TOPIC TAGS: plasmoido ionized plasmap plasma decay$ plasma jet, adiabatic ~procesa,._
ABSTRACT, The authors consider a Dlasm -Jet- containing atoms or ions with several'
discrete levels, the populations of which are much smaller than those given by the
Saha formula for a given free-electron:density and temperature. They show that a
plasma jet of thin kind can be used to obtain a relatively dense gas stream with un-
populated lower levels. This is done by making use of the rapid recombination that
takes place when the plasma is initially highly ionized and the temperature of the
free electrons is abruptly reduced6 In this case the populations in the lower levels
cannot follow the transitions of the electrons to the upper discrete levels and the
resultant nonequilibrim situation (if the free electrons am cooled rapidly enough)
can lead to population inirsrsiong thus making it po;osiblts to use this gas in a laser
1/2

ACC NR: AP6036054
configuration. This calla for cooling the plasma within a time 10-7 10-0 Dec from
5 x 103 to 103 K at a free-electron density 1014 __ 3 x 1015 cm:-3. In the case of an
unmagnetized plasma, analysis shows that, in view of the difficulty of three-
dimensional expansion into vacuum under laboratory conditions, any practical utiliza-
tion of adiabatic cooling for the purpose of producing a large amount of hydrogen witb
a nonequilibrium population inversion in the atomic levels is hardly realizable. In
the case of a magnetized plasmag it is shown that by freezing-in a strong magnetic
field in the plasma it is possible to increase greWnwly the initial plasma pressure an4
thus intensify the cooling accompanying the expansion into vacuum. However, the re-
quired: rapid displacement of a6strong magnetic field still makes such a procedure dif-
ficult. A proposed means of overcoming the difficulty is to produce a device in Vaicb
a high-velocity magnetized jet of fully ionized hydrogen is introduced into a vacuum
with a magnetic field that falls off with distance. Theoretical estimates of the
initial-plasma density required for this purpose anti pos-lible means of accomplishing
a sufficiently rapid decrease of the magnetic field are discussed. The authors thank
N. B. Komellkov, M. 1. Fergamen B. Fikel!Mr, jjL_19_�jTMMtskiy9 and 6. S.
Serevitinov for a discussions _i
Orig, art, bast 5 ormulass
SUB CODE: 20/ 6UBM DATEs .05marW ORIG Wa 005/ MH FEF: 001/ ATD PRESS: 5106
:7 -77'

USSP,[Nuelear Pliywica-- Rim-in-
rk Ll" Pub. 146-26/28
Author
Title Hypothesis of Yang-Fermi (Letter to the editor)
Periodical : Zhur. Eksp. i Teor.-Fiz., 29, No 5, 707-708, 1955
Abstract : Computation is czrried out on initiative of Prof. Ya. P. Terletokiy
Of Vo (depth of potential vell) for va,rious4(rest energy of quanta)
and energy E in Mc2 units on basis of Yang-Fermi assumption that the
pion is a system of nucleon-antinuclecin in bound form. One US and
one USSR references.
Institution Institute of Nuclear Problems, Acad. Sci. USSR
Submitted December 18,, 1954

AUTHORS: Osipenkov, V. T., Filippov, 3. S. 56-1-33/56
TITLE: The Interaction Cross Sections of Pious With Carbon-liuolei
(Secheniya vzaimodeystviya n.-mazonov a yadrami ugleroda)
PERIODICAL: Zhurnal Eksperimentalinoy i Teoreticheskoy Fiziki, 1958,
Vol. 34, Nr 1, pp. 224-226 (USSR)
ABSTRACT: At first short reference is made to papers dealing with the
same subject The present paper uses the data by R. M. Frank
(reference 1~ for the calculation of the integral cross
section of the elastic and inelastic interaction of pions
with oarbon-nuolei for meson-energies of from 0 to 350 MeV.
This calculation was performed in quasiclassical
approximation. For the purpose of estimating the error of
the quasiclassical approximation the cross sections were
also calculated according to the exact quasiclassical
formulae. The results of these calculations are illustrated
by 2 diagrams and compared with the results of other authors.
Besides the cross sections found in various experimental
papers were entered into thooe diagrams. At high energies
the elastic and inelastic cross sections calculated in
Card 1/2 quasiclassical approximation are 2o to 25% larger than the

The Interaction Cross Sections of Fiona With Carbon-Ruc.lei 56-1-33156
cross sections calculated according to the exact quantum-
-mechanical formulae. The energy dependence of the in-
elastic cross section calculated with the exact quantum-
-mechanical formula is in satisfactory agreement with the
existing experimental data. But at meson-energiee of less
than loo MeV the elastic cross sections calculated here are
much smaller than the experimental values. In.this range of
energy the depth of the potential well used in the
calculations is too large. The insufficient amount of
experimental data on the elastic scattering does not-permit
any exact conclusions on the agreement of the calculations
with the experiment. The calculation of the integral cross
sections for anucleus with smeared out edge would be of
interest. There are 3 fi6-ures and 21 references, 6 of which
are _SlAvAc.
ASSOCIATION: Institute for Nuclear Research
(Obtlyedinennyy institut yadiernykh issledovaniy)
SUBMITTED: August 3, 1957
AVAILABLE: Library of Congress
Card 2/2
T

GERTSENSHTEYN, Me.; PUSrOVOYT, V.I.'.;, FIL-IIIP,OVO,
Hypersound amplAfication In piezoolfictric semiconductors. Radl6tekh.
i elektron. 8 ho.9t1607-1614 a 163. 1 (141RA 16:9)
1. Fizicheskiy institut im. P.N.Lebadeva AN SSSR.
(Piezoelectric substaAees)

/nv~ n tI /=_!Z.1 I A A
5 53015
i1c"ESS"ai NR- APS014176
AUMOR. Filipapy,, S. S.
-7,TTLE : Staticru dxis*- f a c6ndticting- gas in external
_/metric - mow o
magmetic fields .,in one-dimensional approicimation
SOUVIU,': "agnititaya gtdmdi m lka', noo; It INS 40
n
evii6lids. number, conducting
d,md
TOPIC TAGS: mapetohy
electric ~Id
1b.
ynamics-i
gas J,.;
ABSTRACT: A s*e-t6f nonlinear -equation 9~ i f7
s derived and examined for the low or
ionized gas of finite conductivity (a) in a coaxial channel of a constant and
Moderately varying cross sections. The set is time-independent and contains terms
With external electric (E) and magnetic (8) fields only. The viscous friction and
heat exchange are neglected. The. iwres tigated reei,)n co,~ers f lows with small
netil- c and large ordinary Reynolds mtm6e me _Parwneeter X = LTKB, where K Is Hall"s
constant, is i1sed to graph. the-:region where real soluftiol-,s for the case of const
E and B exiGt. -the solution -of this- prcbleln yields a leading term -in -che two-
men3ional distribution fot-~~sy!nmiric owst'' Orig. art. has: 12 foraulasi
figure3.
rd 1/2

7J
-L'58376-65---,_.__.,
R:
ACCESSION N
'M
ENMt 00 stm corrs
OTIERt 00Q

ACC NRs AP7003252 SOURCE CODE: Ui~/o2OV66/000/006/0058/0062
AUTHOR: Sanochkinj, Yu. V.;.Filippor S. S. (Moscow) A
ORG: none
TITLE; Nonisothermal flow of a plasma in a plane magnetohydrodynamic channel
SOURCE: Zhurnal prikladnoy mEkhanW i tekhnicheskoy fiziki, no. 6) 1966) 58-62
TOPIC TAGS: laminar flowy mhd flo-oij,plasma flown transport property, temperature
dependence) boundary value problem, heat transfer
ABSTRACT: The authors calculate 2juninar stationary flow of a conducting medium in
a plane channel in the presence of a transverse magnetic field, under the assumption
that there is no longitudinal heat flow and that all the transport coefficients
depend on the temperature. Account is also taken of the viscous energy dissipation.
The transverse velocity and temperature distributions are obtained for channel walls
maintained at a constant temperature. It is shawn that the problem can be formulate
in the form of a nonlinear boundary value problem with six dimensionless parameters,
which can be solved only by numerical means. The possible boundary conditions for
the flow are listed and principal attention is paid to the short-circuited mhd-
generator and no-load mhd-generator modes. Temperature and velocity distributions
are obtained for several conditions, and account is taken of the influence of the
nonisothermal flow on the coefficients of surface friction and heat transfer at the
wall. The authors thank M. V. Maslennikov andYu. S. Sigov for valuable advice when
Cord 1/2

ACC NRs AP7003252
choosing the numerical method of solUtion, Orig art. has:
formulas.
SUB CODE: 20/ SM DATE: i8A pr66/ oRiG iw: oo2/
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r.0 0
see
.so
Its*
ve*

00 ::~
04 so
of U
0 k I
Al ILL! t
jA7
04 A`
PIOCISMS MOD F1001,4111% ~Gdl
weatub-b Ow"Tals of ;k--twes Mauna
$"vmM r0ale. D. P. Smichenka, 11. S.
X lUWB-G.CAibwwvAfi.
:"NM. ift, S. OrdtAtmikedw 0. &r. Khim. s2-w,%
940).~ ate kmu in satd. Wn. of N&CI wW Im-cowd.
go am not In tkc(rdysis d tht chtm;dcs.
tim curva (or diochav of Cl- on unooth wW
duo Pt bave JO& a al IgAccum of wbkb the upper me
1% dtw I* the km 44'arOw"Ll tq Wber, u"o. 4 14
go
tPullng the tkvtfwy* at N,4*X lb.
00 of *)~.. 04 tw Aaoft 1"64 dw e1wrom of wvvfsj in'
6wtim pants w dw awdc pdAd_jjm mm sboWd Ime Palo*
WAicadve of Ow fOrmthm Of sKcDdu7 Pvdwu *1 tloc
dtPnWs GO
trdyslm. Tbe polenjW of discham of Cl ro 0
ti, ,w,. 01 So, . Mewhe dwins ek,"MY* 01
09 N,,So, du. sma addiss. of SACS coo
00 &no& polen1w. Durbig thm clettl
"its thin wvfe cam all hyst-da the
00' Suddi"dir nlvfwd. Poe
Coo
see
so*
be
000
.IKW -a- woo
I L A kttkUlw'~KAL
M040
'ik ;W,
It
U Tt AV to OrK Itif mv KUM
6io 0 * 0 0 0 * * to #1 sole go** so
0 &&SOO 000 * SS : : -41 0 0010 ***-*off so 0

z 1 4 1 4 p 1 9 is it 111161"If fix t' 'it so Is A V A x Jbit un MOIL 11 IN to 48 's a lms~ce
A 1 2 4
MJLJX im-m -t- I -A- 11-1 L-J. A l.'*
Itin -Love 14% '-f.
09 -Go
*0 The modmalm at the dir"larUing; actitia of supersonic -Of
waves. 1. G. PoW411 and T, S~t~pvy. J. lien.
.1 in Itustliatil. I'JW-
CAM, ms SR is 00
trade potentiath of PIW the ek-Ortilytir e-volulk"t t-I Ch,
O~. and Its, from 1.25 V UCI (or Us X %aC11.0-4 N-Va,-
.4)4 And 1.0 V 110;(N. Mt,.. Were alvisSlift(I ill a KI.Ill 4-VII -00
with a rubi'm lisittisto tiallumiltills uWamlaic "A%il ill -00
04 z the 010COOLVI[it MW CIC%ttlldit; it* CAkWilUttlWARY OvW.
Intensity 01 the waves Commewponsdet! it) an albuipl6til .4 .00
36.3 w. per 35 mt. of electrolyte soln. At this imenuity.
'anodic Cj# elmohilion In 3.2.5 N IICI as !N)* and 'AV. %as
00 depolarlud by KAI arpl Mt mv.; ill LO X -NACI. lav ; 10 1 zoo
*00 stud 481 MV., at it CA. of 2A tnilfimup-,~J. cm.; ammilt,
00.3 02 at *)* slid 50". vias delsoLvisted I)y *41 Atut tki stiv. 4t
e.2. 2,5. awl bY Wood W mv. at c.d. 1.25; vmhmhe Us. 0
00V at 20' and 50". by 4:20 and 2130 at CA. 1.25; by;LOl anti too
200 at c,d. 2.A; tvitramfuribitity The eiT.,t ik
explalum by the covilalins mirs" of a 00
this wzu continued by thrd.IKAuitat". aluelltal its thr
Nuile S". when ravilatim was brought "Imml I'Y sulwir.
heated istemin. Tht depoluitatiotis lit (his mw wcrr
OW4tWb&t "' 111811 in The sapatiVOIC field, e.g. for Ch
In JICI at 21' &Oil 10". W OW Ul MY. At CA. 2.6. fair
moo
Its fit 111W.. At W", 310 awl 2741 At C.d. 1.1.1 ,Hit L.5.
The nature '11 Ilse rovirl is lityritheir2s tim-illfs I it) be
the -AUtt Ili 1001 %WWls. Z"I'lutil
A-SLA -91AWPOICAL UTILRAIWE CILMINFICAVICk tie 40
14-6 A T -Qi-. -Vi -
-1 a 'W i-V
In
it
so 000 0 0
0 eels** see so *so 0 e 6 to 60,06 0 0 * 0 0 00660 009 *so** 0

Ned ad tk o"dots products of tho eittarolysia of
sodhas ddor* with a mawy cathode on Of paleatials of
WsrMy,eWkv4 anuiLmirls. N~ N. Droxin and T. S.
PAr' . Rhim. (). Applied Chem.) 21.-
0 low. 4 N&CI. 3W g-JI., the change of
The polswiliall 9 of a drutains-A-ttatalsam el-frode
I-, "bytimpro , P Wop to In the
donnoteseved(lAY24.1 theeffertol 41locresisswitli
decreasing No coatent of the. amalgattl (0.1".02%hl
fit a short-circuited Na-anuiewin/NaCl "n./C (graphite)
MI. or In tlectrullyge with an external immmr. the InItiAl
curr,ent Intemilty atpquil v of the anmisatis 14 stealer in the
presence of Cis or of Na0a in tlw ."d invi"LWS with
the content of dcpalariner; an The other hand. q of tbe-
amallm falls lowwds the end more strongly the higher b,
The content of depolarlarr. The Atpolatfullimi a9 (dif-
rerence of V of (be smalgam without awl with drimUt-irtf I
hirtma," altsaVy with derre"Ing culcrtit ititraikv; the f
depolarising activity iticreas" Ito the octirr Ol. %A,K*I.
N&MI + C16. The ellects of the drpWarbe" ms the i~
tent 61 oft he gnphite efulmle show the same twhavkg. and
AV is approx. theimuntordct. The electruchem. %An. of-
coned. amalgato In tie short-circuited cvU is litstiled hy
proce"es taking p1we on the graphite rkvtrode. The
rate of the elvetrocitem. soln. In the prewnre 4 Cit or
C16 + NaOCJ is strongly inaeased by stiffing; with %a-
OCI sad alkWi stirring is without effect N. Thoo
Ick,,,e

Wed *( imispufftlea In the *Wutkm asad in the maressay on
11w olodrobvii; of udium chlorMe wkb a mercury cathode
and an 60 Wall Of owl wwl~g~ O"Imu-stmalpm-gra-
di g. and 14. N~ D1011n. Aup. J'Ytk]aJ.
V20-:1u. PAP! A8, -) 21, 630-01M1. cl. Isremling
Ols-Ir-curreilt lismists, its the clectrolysihs of a XACJ wits,
*Itb all Onmicaut Cdt,lkklc. In the pn!jmscr 14 Cl, NAI W1,
or Or + NAWI In the "n.. are dite to dirtudaristo t 6ui .4 1 lie
cathode. Losion dipt to premener of Pe or Os its the lit.
attributable to m1cpseJetisents. do not excerd The
fall of the current intensity of the abort-cimited cell %ith
time Is detd. by the sum of the rates of chests. and ekctfo-
Christ. stol". of the limmlom, N. Tivin

nLTPPOV, T. S.
Filippov, T. S. "The vork of the Electrochemical 'Laboratoryo (The group for chlorine
andcarbon electrodes)", Trudy Vaesoyuz. in-ta, sodovoy, prom-sti, Vol V, 1949, -pe 3&389
SO: U-4-631, 16 Sept. 53s (Letovis 'rnY-kh StateY, No- 24, 1949)-

7PI
O.V, T.3,
ni.,me and eth3ibealMe.
chem. U.S.3 R.
wait It tn~~
llTt I%j ul mntc. tile samr,14!, III
mtviltd ft, detc- the
ff,O in
ij gik-tn ILT thc tc-np. ranrc 17 7'
1

Category: USSR B-12
Abs Jrur: R Zh--Kh, No 3, 1957, 766o
Author : Yakovleva, Ye. I., Rozental, K. I., and Filippov, T. S.
Inst : Not given
Title On the Mechanism of the Electrochemical Formation of Oxygen Com-
pounds with Chlorine at a Smooth Pt Electrode. 1. Investigation of
the Kinetics of the Electrochemical Oxidation of Cl- and C103- Ions
by Anode Polarography
Orig Pub: Zh. Fiz. Khimii, 1956, Vol 30, No 4, 937-944
Abstract: The polarographic curves for the anodic oxydation of Cl- M, cio-
(11), C102 (III) ana C'10 (IV) have been recorded with a rotating
Pt electrode for the purpAse of investigating the mechanism of the
electrochemical formation, of compounds of oxygen with chlorine by
a previously described method (RZhKhim, 1954, 35690). Sharp waves
were obtained for I on a background of O-9N Na2S04 -~_ 0"" H2S0411
for II and III on a background of 111 NaCl, and for IV on a backgroun
of 6!1 NaClOj- The half-wave potential E_ under these conditions is
Volt2
equal to 1.95, o.41, 1.07, and 1.72 S. respectively. The limiting
Card 1/3 -12-

Category: USSR B-12
Abs Jour: R Zh--Kh~ No 3P 19571 7680
current (i d) is proportional to the concentrations of I-IV over the
conce4tration range -1 10-2 - lo-3N, in the case of I and Wand 10-2
- 10' N in the case of II and III. For I, id Increases by about
20 percent when the rate of change of the potential tP is raised from
4 to 32 mv/sec; id de-oends on the condition of the Pt surface and on
the pH (for H concent~.~ations under 0.2N). In that range of acidity
the pH influences the E-~~ of I; the slope of the line ~ E., log (*d-i)/51
increases with increasing pH and becomes constant (160mv) at H concen-
trations of over 0.2N. In the case of IV a strong dependence of Ej
and id on the pH and -on the concentration of background ions is ob-
served; id is indepenlent of the condition of the surface of the Pt
electrode and of the rate of change ofO . The slope of the line
~ E, 109 (id-Wi_7 is equal to 60-70 mV. The possibility of the polaro-
graphic determination of I-IV when present together is shown. It is
assumed that in sufficiently concentrated HC1 solutions (1-10-1 N);
Card 2/3 -13-

Category: USSR B-12
Abs Jour: R Zh--Kh, No 3, 195T, 768o
I is oxidized to C12.; in dilute HC1 solutions (10-2-10-3 N), I is
oxidized to IV, and the reaction involves the active oxygen adsorbed
at the Pt surface (R?bKhim, 1954, 35690); it is assumed that the rate
of the overall process is determined by the rate of the step in which
the Cl- ions are oxidized by the oxygen adsorbed at the Pt electrode.
It is also assumed that the anodic oxidation of IV to C10 4 proceeds
by way of the formation of C10 3 radicals which are subsequently oxi-
dized by the surface oxygen to C104
Card 3/3 -14-

F?4 IPP6 V~
USSOR/Physical Chemistry - Electrochemistry. B-12
Abs Jour : Referat Zhur - Khimiya, No 61 25 March 1957, 18722
Author : Elina, L.M., Borisova, T.I., and Filippov) T.St
Inst : RZhfcaim, 1957, 768o
Title : On the Mechanism of Electrochemical Fonnation of Oxygen
Compounds of Chlorine Upon a Smooth Platinum Electrode.
II. Investigation of the Process of Oxidation of Chlori-
ne-ion by the Method of Alternating Currents.
Orig Pub : Zh. fiz. khiviii) 19561 30, No 6, 1282-1290
Abstract : The authors examined the mechanism of anode oxidation of
Cl- ion in acid solutions, upon smooth Pt-electrode, by
the methods of meaeuring capacitance (C) and resistance
in alternating current of different frequency (10-2coo
hc), and by taking polarization curves. The presence of
a sharp maximum in the region of potentials (E) (-1.4)
(-*]-.5) v. (n.v.e.) upon the curve (C,E) measured in an
acidified solution Of Na2S04 containing 0.1 n. HC1,
Card 1/2 - 320

USSR/Physical Mlemistry - Electrochemistry. B-12
Abs Jour -Referat Zhur - Khimiya, No 6, 25 March 1957, 18722
shows that In this region (E) a reaction of oxidation
of 01" to C12 is going on, At lewer concentrations of
Cl- in this region (E) the same reaction is going on,
but in this case there is n slowed down diffusion of Cl-
toward the auade which is ra-aved by the absence of a
sharp raximum.on the curv-9 (C,E) at frequencies of 200
he and up. The maximum (-n the cWcitnnce curve a-.,. E
(41-7)-(+1-9) V. is connected, in accordance with the
opinion of the Authors, with the formation of C104 .
Interdependence of the degree of Pt oxidation and of
the progress of Cl- exiAstion is investigated, It is
shown that the proseace of Cl- puts the brake on the
oxi.latiun of PV and that Cr oxidation is connected
with the higher surface oxides of Pt which perticipate
in this reaztipa. Correaprzding reactions are schema-
tica-l'.y given.
communicati-n-1--- sAe-yubnom, 1957) 7680.
Card 2/2 321
01,
01':31- OMER Wao,

A ~
sm PHASE I BOOK EXPLOITATION SOVA216
Sovashchanlya p0 clektrokhtmil. 4th. Moscow, 2956. T17
Trudy... i tabornlkl (Transactions of the Fourth Conference an Elect-
"
%.
rochomistry; Collection or Articles) Moscow, 12d-TO AN 2-3-Sr..
1959. 866 p. Errata slip inserted. 2,500 copies prIntod
;
klkh
Sponsoring Agencyt Akademiya nauk 553R. Ot4olonlys kh1.X-_cbe
nauk.

Yost,
19dltor1A1 Board: A.R. Prumkin (Rasp. Rd. ) Acadealclas., O.A. n'
Professors 3.1. Zhdpnov (Rasp. Secretary) . B.N. Kabanow. Pro
fessor. 3.1. Zhdan0v (Rasp. Secretary)l B.N. Kabanov. ft-ofesa;r%
Ya. M. Xolotyrkln. Doctor of Chemical Sciences; V.7. Losev. ?.D.
Professor-
Lukovtsov, Professorl Z.A. Solov*yeval V.V. Stander.
'
and O.M. FlortanovIchl Ed. of PublishIng Housel N.C. Yogorov;
Tech. Ed.: T.A. Prusakova.
MRPOSE: This book Is Intended for choolcal and electrical. angl-
nears,
phys leis to, metallurgists and researchers Interested In
a
-tau asoectS of electrochemistry.
OVERAag: The book contains 227 of the 138 reports Pras*nted at
the Fourth Conference on Electrochemistry sponsored by ttm Deport-
"At Of Ch*mlc&l ScfOnces and the Institute of phsIcXl Chem,
Itry
Academy or Sciences
USSR
T
.
.
he cQ1lOCtIOn Pertains to different
branches Of ftIcetrOChtnIc&I kineti
s
d
c
ouble layer theories art
,
d
galvanic processes In Metal QleCtrodo~l~^!! --d
i
oct-
i~wiidgsc d1sousalons, are Xi;&O_ it the and of a
GlOn. The majority of m Ach dLvi-
ports not Included here have b*,an
itarature. x Person&

0
PublIshed In parlodIcal I t of he ft tl mention"
he and or a rtIc*1 'a
References are given at t .0 t
-yanalovskiv. V i. (FI91ko-khimichackly imtltut imni
-
Karvam
1- Physicochemical Institute
Lmeni L. 'is. Xarpa.l.
Mechanlfit. of Electrochemical Moctrolyttel Oxldat-*on 241
Institute Of Electrochandstry. Academy of
Sc1*nc*s,ttS3H). Machaniza or oxygen ZvoLution at OxIde
Rise trades
252
and Study of the Reeft-Wom
"electrochemi
l F
i
O
ca
o
"r
xygen Compourwo of
Chlorine b
the Anod
P
l
l
M
a
o
&r
zation
y
ethod 2,-7

and Im
re -q5hafArlk_
Influsnuo ur Cations all vvervoltago
263

Transactions of the Fourth Conference (Cont.
greall 'I-a*hchikov, A.I. (Gosudarstvannyy Inatltut azotnoy
promyshloinn-osti - State Institute or the Nitrogen Xodaxtry).
Zloctrochamical Reactions Or Oxygen 272
Q*rbovlehs M.A, (weceased). and 'R.r. XaganovSch (X~scow Ztato
Univers ItYJ- Study or the Mechanism of Some Amode Process*@
by Combining Electrochemical and Tagged-Atom, Kethods 277
Shlygin, A.Z., and O.A. Bogdano~akly (Moscow State Un!".-s-Ity)
Pgocluinism of tho-Electroonamical Oxidation of Some Covpoun~s
an Platinum 282
"v,...V,G.. X.O. Bikhchinarmytelyan, and A.1. TO-Ilov
_010T.Oakovskly khImIko-takhnoloilehalkly InatItut 1=on'
D. 1. Mende loyeva -Moscow Institute of Chemical Tachmolow
Imenl D.I. Mendeleyov). Mechanism of the Zl00tr*17`1c
Oxidation of Acetone In Alkallne Solutlons 287
pomu~ov' X. Yo. (Moscow Institute of Chemical Technology imeal
Nachantom of Some Irreversible IU*cx-
Card 1264

TTRSIR. S.M., gornyy inzb; FILIPPOV, T.Te., gornyy insh,
Drainage operations at the Sokolovka ore deposit. Gor.zhur.
no.11:21-24 N 148. (MRA 11:11)
1. Sokolovsko--Sarbayokly gorno-obogatitellnyy kombinat.
(Sokolovka(Kustanay Phvince)-Mine drainage)

FILIPPOV, T.Yu. (Kiyev)
Theoretical and practical aspects of a young science;
"Kibernetika," no.l. Reviewed tV T.IU. Filippov. Priroda
54 no*3tl22-123 Mr 165. (MIRA l8s4)

FILIFFOV V, (g. Balkhash)
OBeshbarmak" served in'the wrong way. Sov. profsoiuvy 18
no.18:34-35 S 162. (MIRA 15:9)
0zhezkanan-Nonferrous metal industries)

VVILIPPOV, 1,. Fmar.. Ktior
1-41 R~- !~IX A F"

r r _.v,__v_
AID P 1561
Subject USSR/Aeronaiatics
Card 1/1 Pub. 135 - 14/18
Author Fili V V~., Enginner Lt. Col.
Title Forces acting on blades of helicopter rotors
Periodical Vest. vozd..flota, 2, 74-82, F 1955
Abstract I The author explains briefly the mechanism of the
attachment of the blades. He analyses forces acting on
the rotor in two different conditions of operation:
namely, in an axial flow and in oblique flow. He ex-
plains briefly the special features of rotor design due
to the acticn of dynamic and aerodynamic forces.
Diagrams, graphs, photos, formulae
Institution: None
Submitted No date

FILIPPOV, V., general-mayor inzhonerno.-tekhnicheakoy aluzliby
Air tranoportation ckf the futures Avoi kosme nos2s60-64
.162. (KM& 15 s3)
(Amironautios, C rcial)

~!' 74'. , Ea4-'.r.
Electric Powur P-1ants
ResuIts of thil vork of public power plan in 1952 and the 7-~11.
--kom- I;,-.hoz- 3, No. 1, 1953.
9. Monthly List of Russian Accessions, Library.of Con6ress, av -1953. Unclassified.

7ILIPPOV,..V., ",
Prepare electrio power plante for fall and wintertime operation.
Zhil.-kom.khos. 4 no.6:5..6 154. (MLBA 7:10)
(Ilectrio power distribution)

FILIPPOV. V.
...... mm"m'
[Cost analysis of Induotrial products] Amalis sebentoimosti
.promyshlennoi produktaft. Moskva, Gosfinizaat, 1955. 130 P.
(Kamdactures-Coets) (MLRA 8:12)

FILIPPOV, V.
From the work practice of the central. accountiAg office of a regional
economic council. Dukhg.uchst. 14 Li.e.161 n0.9:7-13 '57. (MIRA 10'.10)
-(Hoscow Prov ince- Indust ri'~s--Acc ounting)
I

PILIPPOV, V., inshener.
Strict sconoMW in management of immicipal electric networks. Thil.-kox.
khos.' 3 no.516-8 My 153. (KLB& 6;7-)
(Electric power distribution)

SHOR, L.- FILIPPOV V
Leningrad saientists help Kaliningrad physicians. Zdrav. Roo. Feder.
4 no.8t27-28 Ag 160., (MIRA 13:9)
1. 1z Kaliningradskogo ob:Lzdravotdola.
(Y,ALINGRAfX,MEDICINP,-ZTUDr AND TEACHING)

FILIPPOV V.
Stereophonia radio-phonograph system, Radio no,6:26-28 Ja 163,
(Stereophonic sound systems)

2. USSR (600)
4. Automobi:Le Drivers
7. Beginning of the road. Klub 2. no. 2, 1953.
9. ''Monthly List of Russian Accessions, Library of Congress, May -1953. Unclassified.
R

Centralized haulage in Baku. Avt.transp. 33 no.6:12-13 Je 153.
(MLRA 8:10)
(Baka--Transportation, Automotive)
5T~

FILIPPOV, T.
I,
Nora attention to the INLintenance of automobiles. Avt.t_rmpp. 35
no-3:3-4 Mr '57. (KLBA'10:5)
(Autonobiles-Kaintenance)

,. FILIPPOV, V.
~W~~rga~&2~ radio communications in automotive transportation.
Avt. transp. 36 no.8:10-12 Ag 158, (MIRA 11:9)
(Radio in ailtomotive tranaportation)

FILIPPOV, V.
In the Technical Counall of the Hinistr7, Avt.tranOP- 38 no.1:51
Ja 160. (HIRA 13:5)
(Trangportation. Automotive)
.P,

W ;Y ~4'~~ r_~N-I
L 23877-66 EWT (j )1EVrr (m)/EPF (n)..2/r/ETC (m)-6 MI/W/WE
ACC NR1 AP6009922 SOURCE CODE: UR/0413/66/000/004/0117/0117
AUTHOR: Bakharev.- A. L.,; TIF!anova, A. S. ; Lial s Rodnikov, V. A.; Pozharov.,
M. A.; Rez Kry
Mchkov-, V. Ye.; I ijjD
- ...n_
V. ; K ller,_U., U. ~Lqlov A! Mo
Zwionskiy, S. M.; Fedosey!yj.j~j*, Lavrov, L.
ORG: none
TITLE: A sectional high pressunt fuel_Pump. Class 46, No. 179 124
SOURCE: Izobreteniya, prw7shlennyye obraztsy, tovarnyye znaki, no. 4, 1966, 117
TOPIC TAGS: engine fuel pump, internal combustion engine, high pressure pump
ABSTRACT: This Author's Certificate introduces: L' A sectional high-pressure fuel
pun ternal combus
IAV.for in tion engines. The pumping elements and camshaft am located
in the pump housing. . The unit also contains a, general-purpose regulator with weights
mounted on a hub which is fitted loosely onto the camshaft. These weights operate a
clutch which is connected to the fuel pump rod by a lever mechanism. The hub with th,
weights is connected to the camshaft by a helical spring element for stable operation
of the pump under given conditions. 2. A modification of this pump in which the lev.-
or mechanism is made to of two leviers mounted on a common axis. One of these levers
UDCt 621.43.031*

ACC NR, AP6009922
is connected to the pump r43d drawbar and the other is connected to the regulator
spring. The lever fastened to 'the drawbar is also coupled with another spring which*
1--housing; 2--pumping.element; 3--camshaft; 4--
general-purpose regulator; 5--weights; 6--hub; 7--
regulator clutch; 8--rod; 9--helical spring element
..k 10--common axis; U and 12--control levers; 13--
drawbars; 14--regulator spring; 15--extra spring;
16--stem; 17--clutch cavity; 18--control lever
moves this lever*to increase fuel feed during itart
ing of the engine. 3. A modification of this fuel
pump in. which the regulator clutch is mounted on th
_j stem of the camshaft and prevented from rotating by
.7 lugs on one of the levers which fit into grooves on
the clutch. The clutch cavity bounded by the end o
the shaft is filled with oil for damping. 4. A mod
fication of this PUMP in which the additional sprin
coupled.with the lever mechanism has its other end
connected to the motor control JAver so that the spring Is out of operation When the
control lever is moved io the minimum idlin'g speed position after the motor in start-
ed. 5.. A modification of this pump In which the lever is connected to the pump rod
2/3

Z 7
r7i_
L 2J877-66
ACC Nfts AP6009922
0
drawbar by an eccentric to change the cyclic feed of the Pump during regidation I(Ith-
out. changing the. speed conditions of the regulator,
SUB CODEt 13/ Stmm DATE: 13AI)r62/ CRIG'REF: ODO/ OTH mr: ODO
L-Cord
MW

ACC NR, AN6034952 SOURCE CODE: UR/9008/66/000/265/0003/0003
AUTH-OR: Filippov, V. (Lie.utenant general; Chairman of sports committee)
ORG: Rinistry of Defense, SSSR (Ministerstvo oborony SSSR)
TITLE: Grow rugged, powerful soldiers [New regulation on physical
training issued]
SOURCE: Krasn,aya zvezda, no. 265, 15 Nov 66, p. 3, cols 5-7
TOPIC TAGS: military training, military policy, military personnel
ABSTRACT: The Soviet armed Forces have introduced a new regulation
governing physical training. The regulation prescribes exercises for
rocket, land, aviation, naval and air-defense forces, and provides for
training troops to vithstanil special conditions, i.e. long-duration
trips on all types of transportation, including airplanes, helicopters,
veGsels, and prolonged tourn of duty at equipment and instruments. To
study the new regulation, the Sport Committee of the Ministry of De-
fense held a meeting,of exports in physical training from all of 'the
military services.
SUB CODE: 15/ SUBM DATE: none'
ir" 4-

FILIPPOV, V., inzhener-kapitan
A good beginning is a running start for the matter. Ko=n,
Vooruzh. Sil 46 no-4:71-76 F 165. (141RA 18:5)
1. Zamestitell nachallnika otdela komoomollskoy raboty Glavnogo
politicheskogo upravleniya Sovetskoy Armii i Voyenno-Morskogo
Flota.

KUZNETSOV, Nikola7 Sergevevich; ANISIMDV, Nikolay, Nikitovich;
FILIPPOV9 V2A. kand, ped..nauk, red#j OSELEDETS, Z.H.,
jl~
red izd-va; SHEFOrMA, N.V., takhn. red.; KOROBKOVA, N.I.,
'i;
t
e m. red.
[Drawing and mechanical drawing)Cherchenie i risovanie. Moakva,
Goestroiizdat,, 196:2. 314 p. (MIRA 16:1)
(Machanical draving)
amp"

FILIPPOV., V. A.
"Investigation of the. Peculiarities of Commuting !md Certain
Problems of Its Organization and Planning." Cand Tech Sci, Voscow
Automobile and Road Inst imeni Molotov, Min Higher Flucation USSRO
Mloscow, 1954. (KL, No. 4, Jan 55)
Survey of Scisntific and Technical Dissertation3 DrCend~d at USSR
Riah-E--r Educational Instituttons (12.)
z
SO: Sum. No. 556, 2/, Jun 55

Investigation of now characteristics of motorbuses operated on
city and suburban rou"s, Trudy MADI no.19-.68-79 156.
(MIRA 10:1)
(Motor.bumes)

SMANTS, Vasiliy GedrgiyBvich;,)rZUT.OV.,:.,V IN
;jO
Vssiliy Aleksandrovich; DUBROVIN, G.A., red.; RACMSKAYA, R.I.,
re A zd-va -, LBLYLTO Wo A.A,, takhn.red,
[Traffic organization, signaling, and block systems] Organi-
zatelis dvizheniia, signalizataiia i blokirovks. Moskva, Izd-vo
X-va kom-m=.khoz.RSFSFL, 1960. 213 p. (MIRA 13:11)
(Rapid transit) (Traffic engineering)
(Street railways-Signaling-Blook systems)

FILIPPOV, V..A.,Ll inzh.
Intensification of the drying proceia of coallflotation concentrates
in drum-type gas cb-iers. Obog. i brik.ugl. no.28sl5-30 162.
(MIRA 17:4)

FILIPP~~ V.A.
Absolute age of the granitolds of the central Kalba Ranje Veat.
AN Kazakh,SSR 21 lao.2359-62 F 165. iMIRA 18t3)

*I' d,
Mo pr
vlt.~,)ra tf on ct
tire D-?,isbirig Vg,)"v 39

FILIPPOV) V.A.. - I ~
Age of rwre-metal mineralization of the Kalba Range.
Sov,gsol, 8 no*11128-33 N 165. (MIRA 19tl)
1. AltaysIdy otdel Instituta geologicheskikh nauk imeni
K.I.Satpayeva AN Kazakhskoy SSR.

ROZINI V.V. I polkovilik meditainskoy slu2hby.. kand.med.ina-WC; FILIPPOV, V.A.,
inzh.-podpo:Lkovnikg kand.tekhn,~auk; AWLINA, A,V.
Some current problems in radiotherapy. Voeno-imed, zhur. no,6:40-42
.Te 161. (MM 14:8)
(RADIOMRAPY)

DANIWP A.A.; KR'MKIY, G.F.;'F~L.IPPOV.V.L.
Results of studying the quantity rdff in the differential
spedtrum, of R'-mesonproduction. Trudy JAFAN SSSR. Ser.
fiz. no.4:41,48 162. (Cosmic rays) (MIRA 15:12)
(Mesons--speotra)
12

CHIRKOVO N.P.; ,'ELIPFCV V.A.; SHAFER, G.V.
Elevenwyear variations on cosmic rav intensity. Trud
UFAIR',SSSR.. Ser. fis. no.4:122;-131 162. (MIRA 15:7
(Cosmic rays)
(sun spots)

FIVai"Cil', Y.A. 6 1...
. j
Struc:tural and genetic obareateristics of and geochemical Criterla
for rare metal pepatites. Izv. AN Kazakh. SS M. Ser. geol. 21
-no.5a.34,44 S--O 164. (NIRA 1815)

%JF"-/T I 'r !c" ^31
11 ,-"" i LJI I L;
7 00i 11007-0
v V A S h a f e r , 0 . v
T
or. no i c ha te ri s t I es c, f Torbu-1-- 4 re! P'R T.
'a MUMCE. A-V MR.-
i ~Ipliofizfcheskiye effekty v kogmfc'ieskfkh lu-Oiikh i n,-,Ivqrn-vkh
effect, i- :I,,-
i~,-uka, 1964, 11-20
7 co,~zni : rav, Forbush decrease, cosmiz:7 rvy va r i ~!t ior, C~`~T! nezitron
comooierl
ABSTRACT: A study has been made of the mean latitude depvvidence of- Forbush de-
')-a -P rhp cogmic rav neutron couponent f r r 37 stations In th~ -world
ard Me-ir lmrlit-i- 't. rTl-.- -W'-'
F 1 1 0 f 17, E I
F-rb,;s~. d~-c r,Lases or i
wi,h 1~ir ud e ~ -if, T,

T 30r~71'
ACCESSION NR: AV006962
50'Z. 'if a c;tudv [s made of the dependence of ampl.itvd- cr the ci;roff erer~"y, the
--ialeau Ln the latitude effect curve can be rel,ted ,c. i
pr~-CiM~t-ajV I BpV. 'rhp npC,qq- rv inr-m-til;.; fer (,,erermininj7
rh!n 3p,
FcrDusn (~eclea'qes d-e lltv~- :~t
spectrum ol variaLions of primary parLicles in Lh, r4gloi, af ene~gle'~ ll Bev
~:ib-lect-d to the effect at the !!me -F mi, nt- r f- -P-c Pnr(GPnt-
;7: where i =i
C to,
a e. ).
if e 14,
e. r e -