SCIENTIFIC ABSTRACT SOLOVYEV, V.N. - SOLOVYEV, V.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001652320014-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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;~, ol,(ii I r-"v ml.; CHUMACHENKO, N.V.; SOKOLOVA, E.M.
3t~idy of the nature of the banic bactericidal factors of purulent
nnent!c exudato in wh!te rats. Zhur.mikroblol.p ef,id* I imuin, 42
110,4:11.2-146 Ap 165, (MIRA 18:5)
1. Institut famiakologii i kblniot;--rapii MW S."ZR.

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5()LOVIT,P,V, V.N.
Photoelectric ail
inst. no*30:193-:

.Vj 7, 1 C-11 Sol'ov'YQv' V.;~'. UOV-115-58-3-4/41

TITLE': The Crganization of the 1'etrological 3urvny Unier the Con-
ditions of the Reorginized Industrial Administration (Or-
ganizatsiya izmeritellnogo khozyaystva v usloviyakh pero-
stroyki upravlaijiya promyshlennostlyu.)
1~h Ill ODI C 1, L: Izmeritellrnya tekhrika, 1959, or 3, pp 17 - 19 033R)
ABO' 'ARACT: The author tells of the rork done by the Ivanovskaya IrYL
(Tvnrovo "'KI.) (,'Jtate Control Laboratorj for Yeasuring Be-
vices) nfter its organization by Komitet standartov, mer IL
iznerite'A1n1-,kh priborov (Committee of Standards, !:easure3
and Yeasurine, Devices), the functionq anti right!g of the
G13, and the adviristrative connections of the GEL with the
Ivanovo !,driinintrative The Snvnurkhoz has organized
3 base laboratories in itn region: in the former "Promqnergo"
officq - for ol-(-tric and heat-measuring instruments; at
the plant "lv:-.asjipribor" - for control Inatrunents in -;extile
industry; and at the plant "ZIP" - for instruments for me-
chanical tests of netals. 'A"~.ese laborntories will serve the
industry on a contract basis. The 111'romenergo" laboratory
has rade contracts with 80 enterprises. It has a staff of
Card 112 4C, including 15 ongineers and technicians. In additicn

sov-115-58-3-4/41
The Organization of the I...etrological Survey Under the Conditions of the
Reorganized Industrial Alministration
to the 3 above mentionod laboratories, the rayon has an In-
strument-repair plant. Creation of a base laboratory and
a repair-and-adjustment center for instruments of linear
and angular measurements is being considered. Organization
of an exchange in experience between the workers of the sur-
vey system and training of personnel, belongs in the work
plan.
1. Industry--Standards 2. Measurement--Applications
3. Instrumenta--Development
Card 2/2

3/049/61/000/005/004/013
D218/D306
AUTHORBs Arkhangellskiy, V.T., Xirnos, D.P., POPOV# ISIO#
and SoLqyyAyj_IK.._
TITLBt Preliminary observations of long-period seismic waves
at the Simferopol' station
PERIODICAL: Akademiya nauk SSSR. Izvestiya. Seriya geofiziches-
kaya, no. 5, 1961, 670-675
TEXT: This paper was first read at a seminar on surface waves
which was held in the Department of Seismology and Seismic Service
on October 1 - 5, 1960, at Simferopol'. The authors briefly report
on a prototype vertical seismograph which was designed for detect-
ing seismic waves with periods between 20 and 300 sec. The instru-
ment is a modification of a vertical seismograph designed in 1959
in the Department of Seismology of the Institute of Physics of the
Earth AS USSR. The modification was carried out in accordance with
the recommendations given by the first of the present authors
(Ref. 6: Izv. AN SSSR, ser. geofiz., no. 10, 1960). The pendulum
Card 1/4'.
-Nsuage Pubji__I'"";bjoc'
cation . * The
ead ai3

AUTHORS. Ych Shth-ytian, Ktrnos, D.P.
T I TLI:": t %11'.1plified recordina unit f*or instrumental ob-zervotiont; in
zones of strona eijrtli'ltlilket:
SOUNCI: i"k;idemiya nauk SSA, Inst itut t'i : iki eml i ;Trudy, no. ],I
Moscow, 11A)1 Seysmicheskive pribory, ;-I!
T o authors describe anYAPIWAR) recordin't, unit f'or niaking time re-.,wJjni!s
61 v, ioni seismic processes in the epicentral zones of strong c'lrrh~"Iake; It I -Z
;-1z,uw,tLcaIIy started at the beginning of an earthquake and stops after c-ic, ramitt-
the .-Lvcrai
ge reriod of a local earth,uake. It zonsumes power on-l.v Olen tec.~r(jinc-1
and is always ready for operation. It consists of the following un;t,~ mointed on
a sing.le base: ( 1) three accelerometers, velocity metet%, or of the
same design as those used in the (3P30 (S;(!k1) device developed bv thp IF_ x1i
USA for recordings at Soviet seismic stations; (.~) a special recorder witii a t'il.nt
01, Pilo tori-apli ic rapell; (.)) a starting scismoscope in the forr; ot j vertit-ai j,elidu-
Ium with two de-rees of freedom. Calculation of the chart
Card 1/i

S/1, I - 1/0 1 /L16 1/' 1 'k~ ~ W, 'I
Ni Jill, I i I* Jed recordinq, tin it for
Lzboriztorv tests tit' a %,ork ing titodd of the devikv thowed OW 0! It i ~ st-Al tea
bv all Corth,udke of i, picaeteimined Intensity. It no eaitbi:,tiahe of the rjv-m Ill
tensity rithe-, plaile, the tittit ciln it-riain teadv lot rt!.~Orjines I'Or till L,. i
UtlIfOIN (ifilt, srt'vld of 'wow tc cvlwc I, reakfivA 0.0-i - C 0.
ot, ~ wlsvlt: ua~v, khtiv lumi",I)re laniv 110if, fill %-vu
~,eismic t vk Qi vv~ ~ %A ', 1i olvi !116 L:A vatlo%etl I k, Fek 07 J In,-, llv-otl ., oi, rle 4 Ill! tin L,
to pfioto~_,rikphiktlly tekord varjou% c17en.znt-;. ol' !~ivund umverivilts J,.,l fill! eardlqual,,
with an intelisity at' more than 3 pciw,; (..~) pow-cs il- ~itjpplie,i fv-L 'i u v anJ ti
160-v dry batteiy and is consunted 4.-,nly durine the prime, - (41 toe "414;t
is suffi,:ientiv simple, ichablo and cheap, ind (,tn Hietefore be if r,~ in i If!!.*-
scale soisli4onietri( ob%erwtion- of ,tj(*nz e.1!1)jqi,it.C- Pi.~-Wt;ii,i wtCSM-"AI\0
se o pe. -tvre dev 14, C-s '. i e nit, nt otied a-~ ~ I nip. ic af iJ ao,, I , it - i it i
scisinic observat ions, Tin~rt- arc fjeu.,_-z wid S rct'erences: an i
.1 0
non-.ovjet-Ho~ File three retelences 1.1 Evlcllcsh lat'!Itlazo All
i"o I i ,ow, . N . If , Ile( k i v I i .it!: 11, 1.- r I ~ n If-,

.;/'i3 t9/0 I-'.A
VO
A simplified recording unit for
of Scism., wQrk by U.S, MS Western U.S. during INII. No,
J4 , 19,-; ;R. Takahasi, rhe SNUO strong motion acce!er~.~eraph and o-hur !ate-r
iris t mr-its for nieasuri-*~g earthqucike~ anI Fuilding vibi,ttlon,%. Pro'- Ol vo~,iJ
Confcreo,e ort Earthquake Engineering, hine 19iti,
Card 3/.>

KIRNOS, D.P.; �91py-YEV, V.N.
Seismograph with optical recording for registering 3trong and destruc-
tive earthquakes. Trudy Inst. fiz. Zem. no.19:25-36 '61.
(MIRA 15:3)
(Seismometers)

3 ) 5 15'
.54-300 600,1727) 0 3 O/Dl 12,
AUTHOR: Solov I yev .V. N
T I T LE: The AUZ-1 autcmati~ device l'or controiline *he c(-.-.rdinq proct- n
seismograph.i
-SOURCE: ,k.,iJeriaya nauk SSSR. Institut fi--lki Zenili. Trudy, no. 19
Moscow, 196I.Seysmicheskiye pr%ory, 40-43
TFAT: The author describes the design and principles of operarion of rheAW-l
(AU-A) autottotic instrument for controlling the re( - ng
40 old ,precess in !-ei-S,~gruphi.
It autouvitically regulates the brilliance of the recording light I)OLnts in c,ccol-c-
ance with the recording amplitude and features optical and acoustical indization
of the start of an earthquake. The principle cf operation of the AU:~-I 1-0as
foilows: ill beam of light from a special iuminaire fitted with ano"WAYCrAP-50
(" Indust a r Lense is focussed on to the mirror of the min ealvanometer ~,f a
seismograph with galvanometric. recording. The reflected light is then dire0cd
on to a screen located between two9~k-AI(FS--DI) photoresis-tors which aif ,.-n-
nected in to the electrical circuit of t e in-trument. %hen the vibration- ,I'
th
the grouLik.' reach it certain limit, the beam of lirlit ftl!L: on to one rJ Ott-
Card 1/'-'

33515
S/fol C)/('~' /ovo/( I ~J/ oc '- /0'
The ~ U-- I ~utotiki t i t: dev I ce for
res i stors and a,I. I tia r c,, r c I a vq wit it I n(, r ca se th-o br i I I i an~-c of t fie o.L I it r - t J ) n,,
s wit( It I ft I o-S st?11% It IV e g_a I vancmtcter,~ pr .,A it,. j qg d rect, r i np- in a -0 t i,- W( '~~ I
scale in the middic of thtp., w~isn re~c-tdin,7 Ptikl with in .~ip %7pti~;ii -iA Aq
indicator,. The Jovike (mrwnt-i 0.- ~, it m';Jvt
recordim-11 of. an oarth%juaLll~ It I- tj't%4 1?
revord in,-,, o f i o,fl,-s, ca r r h, I I j I, t' , I ~ 1 1 . , . 7 e,
qm~~ ke pi Io t c o I t lie - I ',o'j I t - , I t I"
in : !, i.. lo. Thvro stre 4 flzljrc'~.
Card

PHASE I BOOK EXPLOITATION SOV/6029
Arkhange'llskiy, V. T., D. P. Kirnos, A. G. Moskvina, V. N. Solov'yovs,
N. Yo. Fedoasyenkol V. M. Frond, and N. V. Shobalin
Apparatura I motodiks, nablyudeniy na saysmicheskikh stantaiyakh SSSR
(Apparatus and Observation Methods at Seiwdo Stations in the USSR) Moacow,
Izd-vo AN SSSRs 1962. 166 p. Errata printed on inside back cover. 1500 copies
printed.
Sponsoring Agencyt Akademiya nauk SSSR. Sovat po sayamologii.
Reap. Fd.t D. P. Xirnos, Doctor of Physics and Mathematical Ed. of Publishing
House: V. M. Frond; Tech. Eds - t I. A. Makogonova and S. Golub I .
PURPOSEt This book is intended primarily for personnel of Soviet seismic sta-
tidna;
COVERAM The book consists of three sections. Section I# vritten by V. T.
Arkhangellakiy, deals with the elemintary theory of seismographs. A dencrip-
tion of the basic types of seismographs already in use in the Soviet Union Is
Card 1/0 -,-,

Apparatus and Observation Methods (Coni.) SOV/6029
presented in Section ljt which was compiled by D. P. Kirnox and A. 0. Moskvina.
Section III was written by A. G. Moskvinap V. M. Freadp and N. V. Shebalin and
deals with the methods and technique of seismic observation. In addition to
'' hors named above, the following personst all members of the lnstitut
the aut
fialki Zemli im. 0, Tu. Shmidta AN SSSR (Institute of Phision of the Earth,
imeni 0. Yu. Shmidt Academy of Sc*m9s USSR),, took part in the preparation and
discussion of the manusoriptt N. To. Fadossyenko,, V. N. Solovlyov,, Z - 1.
Aronovich, I. L. Nersesov, 1. 1. Popovp and V. A. Kharine There &r, 28 refer-
ences, all Soviet.
TABLE OF CONTENTS:
Foreword 3
Legond
card ;42

ZIZFMXIY, Yefim Illich; SCLOVIYEV,._Y,~,,_kand. tekhn. nauk,
retmenzent; S11CRtb4ihi~XlY, L.S., Inzh., retsenzent;
MALIKOV, I.M., kand.tekhn. nauk, nauchn. red.; LESXOVA,
L.R., red.; CHISTYAKOVA, R.K., takhn.red,,---.- ,
(Reliability of radio and eleepronic apparatus] Nadezh-
nost' radloolektronnol apperatury. Leningrad, Sudpromglz,
1963. 101 P. (MIRA 160)
(Electronic industries--Wality control)

KOLE3141KOVP YU.A. ~ , ~ V I' *Aj, D.N.; 6OLU,~ "iLVV 'V.N.
Apparntlas for rewriting of seisrovrams. Trudy Inst. fiz. Zr~r..
no. 26- IG -24 163. (MIRA 1611l!

souiia: Com~: UR/0089/66/02i/004/0293/0293,
D.
R: 3roder _L.; Dubr vskiy. V. B. LavdanskiyP. Pospelov,Y..-,1jtj,- 2 1
Solov'yev' V. 'N.
ORG: none
TITLE: Shielding'property of heat resistant chromite and magnesite concretes
SOURCE: Atomnayn energiya, v. 21, no. 4, 1966, 293
TOPIC TAGS: nuclear shielding, nuclear reactor shield, neutron shielding, concrete
A11S-111ACT; A comparative experimental study was made of the shielding prop!2rty of
~ordinary concrete and of chromite-and magnesite-base concretes. Experiments were
carried out in a' VVR-Ts reactor of the Kar:)ov P'iysicoche-mlcal Institute. 7he exp*ci-
:mental relaxation distance data for gamna-radintlon showed th'at he'a't'-resistant
~chromite and magnesite concretes, even dehydrated, were good shielding materials
and may be recommended fDr use in ft thern, al shield of the reactors at 65-0-::i-7-0-0-C-.11
Orig. art. has: I table.
,SUB CODE: 11, 18/ SUBM DATE: 12May66/ ORIG REFF: 001/ ATD PRESS: 5101
kql Ala CIO I

L 06980-67 EWT (m)/SV P (t )/E'r IJD/.-rl/jG/jR
ACC NR: AP6018356 SOIMCEE CODE: UR/0089/66/020/005/0425/0426
AUTHOR: Dibrovskiy, V. B.; Shreybor, k. K.; Hirunkov, A. F.1 Solo0yev, Vo N,
ORG: nono
T17LE: Rock concrete shield against gwnma radiation
SOURCE: Atomnaya onerglya, V. 20p no. 5, 1966. 423-426
TOPIC TAGS: reactor shielding, concrete, gamma radiation
ABSTRACT: This is an abstract of article no. 80/3549, submitted to the editor
and filod, but not publishod in full. It is proposed that rock concrotep WnIca JLB I
made up of rocks embedded in a lWor of a concrete mixture, has certain economic
and technical advantagos over ordinary concroto. To chock on its proportios
blocks were made of both concrete (specific weight 2250, 3300, and 4600 ;~~A'
and rock concrotog containing limestone and hematite oro rocks# and having a speci-1,
fie weight 2320, 3770 and 4600 k&/63. Tho experimonts were made with gamma rays
from a Co6O source (activity 300 gram equivalent of radium). The_sh c
portios of the rock concrete were calculated under the assumption that it lb
homogeneous mixturo of its chemical element, using the same calculation proc*dure
Card 1/2 UDC: 621-039-538.7

L 06980-67
Acc im: Ap6oi8356 I JI,
as for concrete (based on the Chomioal oomposition). The test results &V4W
with the calculationst and it in concluded that rock concrete shUlds m be do.
Bigned in the same =&nner as ooncrete shields. Orig. art. ham: 1 figuro.
SUB ODDS: 18'- SOM DATE: 18DOCOW, Ono Pir: 006
-A -- --------- LY ------
C&rdW2

RIOiCUT, R.I.p inzhoi SOLOVIM, V.N., inzh.
Study of circulational, reliability of 42x5 m. water walls of the
TGM-94 boiler, Energomashinostroonia 11 no.9sl2-14 S 165.
(MIRA 18:10)

Ina 9
44

derlv,ll'A.-.-,o ur ap
F li,5.
(mlFU, 18:5)
;,r- S. A.~!.Ckrnijk
ft t

3OLOV'M,,-V.0.,- SURUDOv I.I.
Stratigraphic position of the Dostoevskaya Series. Dokl*,Vi SSSR
1-- 3.44 nool:207-208 Vq 162. (ML 150)
1, Inst1tut geologli I geof1zik1 Sibirskogo otdoloniya AN SM.
Predstavleno akademikom D.V.Nalivkinym.
(Maritime Territory--Geology, Stmtigraphic)

SOLCYVIYEV, V.0.
Rate and conditions of formation of a weathering crust, Dokl.
AN SSSR 145 no.5jI116-1117 162. (MIRA 1518)
1. Primorskoye goologichaskoys upravloniye. Predstavleno
akademikom N.M.Strakhovym.
(Maritime Territory-Weatherlr4)

BURDS, A.I.; NEVOLIN, L.A.; qm !k ,v 0.
-%, - i
Daubikhe fault. Sor. gool. 6 no.5:129-133 My 163.
(miu 16t 6)
1, Primorskoys goologichaskoys uprayledys.
(Maritime Territory-Faulte(Geology))

i L

JOIATIL, It*G dol-Aor vvt rmuk ; LtIR In'.. t' .*.'. ,.7. v T, .1-1101k; YG1'(A!1Y;.7Lw' Tri.k.,
v1t:-,',rnch (Zftr;,' '; !fA411OZ24. V.P., vat.vrnch (Vonkre-sen.-I'tAy
rayon, Voskovskoy oblnat I)
U3e of chlorophos In the control of warble fly Infestations of cattloo
Veterintiriia 36 no.2:32-85 F 159. (HMA 12:21)
(Phoaphonic acid) (Warble flies)

1z
ATTRITIC11 DIM! THE JAM go
T '*~ gre.0-PP'IT, 5--)ICMOT~ V.P. (Tort. Frm.- (Few
r
,o,cCw,T-W95'9~%'1r 33. (8). 9-12). Dwing the 1qr4--60 p1= period peat profttiffl.'
In the U.S.S.R. Ydll MCM30 ld& but the incro&so will te walnly in milled poet.
The output of hy*vTeat will decre-ass, Its cost in 2.3 tUws that of
milled peat and the labour re-cruired is three tLmw as midi. A rvvort Is &Ivan
of a OonfercvCO hold in July t9-rj6 cn iaakla4 hydxvToat prc4xrr.1cO wro oaamf*U.

J/192/62/000/006/001/004
D040/DI13
AUTHOLP': Yevlallov, N.C., Solovl),cv, V.P., and Volkov, 5..i.
'I I !L~: Pane), fabricated ky successive sectionwise stwaping
I 1,~, ( 10 D WAL proizvodstvo, no. 6, 1902, 4-~
r: I.Fafer panels of 3 95 (V95) alurdnmji alloy, 1. rrm thick, 837 .zl Ion;,
and 520 wi~el, with 5 -,,mi thick and 22-1.9 nua high ribs, were stamped iii ex-
pcri,~,.cnLs with it i~cw die set on a '1400 t hydraulic press. The wechattical pro-
1~ertie.-, of' oanels exceeded the standard stren-th requirements, and tile metal
fiber orientation followed the outlitic of the ribs. A 13,000 t press would be
required for ;taivi Ij.,US1110 conventional dies which shape the entire panel. si-
Wtiltancously III the experimental die set, the bottom half is the same size as
lcl,e entire panel and moves a step after each stroke of the narrow top half, thus
lor;~iin- 2 i,-Vressions; in this way, panels with 8 impressions in 21 rows were
prodned in 4 strokes. Detailed description of the die design and operation is
Mu5trated and data on the heating temperature and required specific presgure
Card 1/2

i/182/62/000/006/001/0Q4
D040ID113
Panel,; fabricated by successive sectionwise stamping
i-i include6. iuccessive Stampip in available presses can be used for rabri-
catin.- wafer pariel., of over 3 m size; such panels are presently milled from
rolled plates. There are 10 figures.
~;ard 2/2

L 20081-65 EPR/WP(k)/kVT(m)/EWP(b)/EWA(d)/EWP(t) Pf-4/Pe-4/ IJP(c)/
JD/HW
ACCESSION NR: AP4049119 0/0182/64/000/011/0019/M3
AUTHOR: .801OVIvev. V. P.; Basyuk, S. T.; Kuleshov, M. Ya.
TITLE: Manufacture of seamless, thin-walled E!pes and casings
SOURCE: Kuznechno-shtampovochnoye prolzvods4o' no. 11, 1964, 19-23
TOPIC TAGS: pipe rol1ing, cold milling, seamless pipe manufacture, seamless casings
manufacture, rolling mill design. aluminum rolling
ABSTRACTi - Cold milling of seamless pipel and casings with specially-prepared roller
bearings instead of ordinary rollers decreases the arga more efficiently and permits direct
rolling, rather than reflex or back-and-forthjxdUmio This method Ir distinguished by the
speed of rotation of the pieces, which is a function of the size of the pipe, its relation to the
size of the roller bearings, and the rate of spin of the pipe; the rate of the feed, which is
also a function of the rate of spin and size relationships; the size reduction of the pipewalls,
which for aluminum Is such that the tangential angle of the leading roller edge should be no
more than 20-22*; and the pressure of the metal piece on the roller bearing, which Is a
function of the projected area of surface contact. Analysis of the rotation of the pieces
shows that a rotation speed > 100m/min produces slippage which adversely affects the
Internal surface of the pipe, increases friction loss, W has Po effect on the rate of feW.,
Card 1/5

L 20081-65
ACCESSION NR- AP4049119
The aidal, radial, and tangential components of pressure were determined as functions of
the size reduction of the walls and the feed (see Figs. 1, 2, and 3 of the Enclosure), Orig.
art. has- 4 graphs, 6 drawings, and 14 equations.
ASSOCIATION- none
113UBMTTED 00 ENCL.- 03 BUD CODE: MM,. to
1 NO REF SM 000 OTHEIL- 000

L 20081-65
ACCESSION NR: AP4049119
1
11 ,~-l

L 20081-65
ACCESSION NR: AP4049119
J* v UPOW
Fig. 3. Radial component of pressure of the metal on the roller bearing
an a function of wall reductloh and rate of feed.

SOLOVIYXV, V.P., red.
(Regulations 2-56 governing the State and planned testing of
measures and measuring instruments by the organs of the
Committee of standards, mensures And measuring instruments of
the Soviet of Ministers of the U.S.S.R.1 Pravilm 2-56 provedentle
gonudnratvannykh I kontrollnykh lepytnnit mar i lzmeritellnykh
priborov orjAnnml Komitato standprtoy, mar I ismorltellnykh
priborov pri Sovete Hinintrov SSSR. lzd.ofitsiAllnoo. Moskva. 1957.
11 P. (MIRA 11:1)
1. Russia (1923- U.S.S.R.) Komitat stAndartov, mar I Isverltelliqkh
vrlborov.
(Measuring instruments) (Weights And measures)

SOLOVIYLV~ Vasiliy Rodioncivich; LAPATRIA, Ye.B., kand, geogr. nauk,
- _l___.__._- ra_.;-ROD16KOVi, i.A7.,'red.; BORISKINA, V.I., rea. kartj
KOZLO','SKAYA) Y.D., tekhu. red.
Lawingred , Voskva, Goa. uchabno-pedapg. izd-vo M-va promv.
R:;FSR; 1961. 82 ;j. (Leningrad-Description) (MIRA 1512)

SOLOVIYEVJ V.P., inzh.
Optimum speed of the belts of a potato gimding machine.
Mekh. i elek. sots. sellkhoz. 20 no.3:42-43 162. (MIRA 15:7)
1. Irkutskiy sellskokhozyaystvannyy institut..
(Agricultural machinery)
I/

13
ILI

SOI,O,.,IYFV. V.P., !nzh.
Characteristics of the construction of a roadbed under
~r
condlt3ons encoun*,ered In the north. L ansp. strol. 11,
no.1:40-1.1 Ja 166. (mijftA 1911)

, I
':~-'.-.OZOV, (;eargiy Andreyevich; !ZLOVIYEV, V.P., nauclLrl. red.;
LEVELISHTEYN, V.I., ved. red.
kse of fuels and oils in diesel engines] Prirenenie top-
liv i masel v dizeliakh. Leningrad, Izd-vo "hedra," 19Q..
321) P. (M IRA 17 t 6)

na,

_~OIOV'Tlff, V.P.
TIMM, Kh.Kh.; 5
Iffect of temperature on germination In the ontogenesis of the
cotton plant. Usb,blol.shur. no.6:25-31 '58. 041RA 1211)
1. Tashkentakly sellskokhozyn7styanW Institut.
(Plants. Iffact of temperature on) (Germination)
(Cotton growing)

sol,ov!yl-,V, V.P.
Heterogeneity of cottonseed. Uzb. biol. zhur. no.3sl6-22 160.
(MM 13:7)
3. Institut genetiki i fiziologil rastaniy Akademii nauk UzSSR.
(COITONSEED)

TE-NIU,71;V, Kb.Kh.: SOWYITF.Y, V.P.
c 0 'a" -----~
Studying the auses f ifferent types of germination of
cottonaead. Fiziol.rast. 7 no.1:27-33 160.
(MIRA 13:5)
.1. Department of Plant Physiology. Tashkent Agricultural
Institute.
(Cottonseed) (Germination)

SOLOVIYEVP V.P.
Effect of the moistening degree on the gemination of cottonseed.
Fiziol. rast. 8 no.2:244-246 161. (MIRA, 14:3)
1. Institute of Genetics and'Plant Physiologyp Uzbek S.S.R.g Amiemy of
Sclencest Tachkent.
(Cottonseed) (Gerimination)
.101h .
i

SOMY #Y--V,-V.R..
Controlling and teStIrW, thA knowladpn of gongrachy In '.*,-iA
nobnols for young worktirs. Goog. v shkolo 21 no.-5111-38
S-0 118. (MIRA 1ls1O)
(Goography-Stuly ani teaching)

SOLOVIYEV, V.S.
After the health resort. Zdorovle 5 no.10:31-32 0 159.
(MIRA 13S2)
1. Glavnyy vrach Fauchno-issledovatel'sk"o instituta kurortologii
I fizioterapii Ministerstva sdravookhranenlya RSFSR.
(ErTG 1)

V.,
- SQLOV I YEV I - --- -
Dynamic zero surface in the western part of the Pacific Ocean.
Trudy Inat.okean. 40:152-161 160. (MM 14:8)
(Pacific Ocean-Ocean currents)

3/077/62/007/C06/002/002
D036/DI14
AUTHORS: Odintoov, V.A., and Solov'yev, V.S.
TITLE': The use of a channelled air-shock wave for brightening in
hieh-speed photographic recording
PERIODICAL: Zhurnal nauchnoy i prikladnoy fotografii i kinematografii,
v. 7, no. 6, 19062, 454-455
TEXTt A method is described for obtaining a prolonged stable bright-
ening flash in high-speed photography, using an explosive charge. It con-
sisto in placing the brightening charge inside a tube which lies along the
optical axis of the photographic recorder. Illumination takes place while
the detonation wave passes along the tube. Witb this method a brightenina
flash of 130/-vsec was obtained with a 600-m-long tube and a 9.2-g-charge of
phlegmatized hexogene, and a flash of 250A sec with a 1000-m-long tube and
a 6-5-c-charge of trotyl. There are 3 figurej and 1 table.
ASSOCIATION: 'Moskovskoye vyssheye tekhnicheskoye uchilishche im. I.E. Bau-
mana (Mloscow Higher Technical School im. I.E. Bauman)
SUBMITTEDt September 25, 1961
Card 1/1

L (1236 L- 6~7 047 fl) k) 1,; P
C NR, AP6032005 SOURCE CODE: UR/0115/66/000/009/0026/C,03'0
I/
AUTHOR: LeykLn, A. Ya.; Samoyloviche A. I.; Solovtyev, Ve So
,ORG: none
TITLE: A stable.cw gas laser
1SOURCEi lzmeritel'naya tekhnika, no. 9, 19660 28-30
TOPIC TAGS: cw laser, gas laser /7r-J^Oe&
~ABSTRACT; A stable, single-frequency. dc-excited lie-lie laser has been
developed by the Kharkov Institute of Measures and Measuring Instrumental
tfor una in metrology. Because of the required single-frequency char-
~acterlstic, the amplifying mediura is designed to damp both higher-order
ioncLIlations and extraneous longitudinal modes; emission is confined to
!the TEM type of oscillations. This provides for a minimum of 4-5
i NO
,axial mo es betng generated simultaneously within the Doppler width of
the 3 -2 line. The damping of all the longitudinal modes except
82 P4
those at line center is accomplished by specifying losses which are
,,introduced into the resonator cavity by various elements. The resonator.
Icavity (Fig. 1) contains a small-diameter capillary (1.5 mm) for the
,L-qordl 13
__U D-C _-6 2 L. 3-7-5 . 9-

7- 0 2.16 ~ - (~'? - - - -- - ..
ACC Ni~ 'AP6032005 C)
given cavity configuration which insures losses ten times higher or
Lranoverse than for basic oscillations, The 300-mm discharge gap
Fig. 1. Resonator cavity configuration
Mirrors; 2 - Brewster windows; 3 capillary~
AV
insures emission conditions for only one longitudinal type of oscilla-
tions at the given gain of 12%-13% and a pumping level only slightly
iexceading threshold. The resonator cavity is formed by spherical
Imirrors with dimensions R R - 580 mm. A stable output power of
1 2
Fig. 2. Laser configuration
1 - Discharge tube; 2 - reserve tube;
3 and 4 - cathode and anode tubes;
5 - holders; 6 - 2u&rtz tube; 7 - mirror
holderal 8 - end langeal 9 steel
couplers; 10 springs
-C

ACC NRi A116032005
0.3-0.5 nn in several modes or 01,05-0.1 mn in a single oscilla:ing
mode we'.~ obtained, Study of the laser emission spectrun with a Fabry-
Perot Interferometar with scanning mirrors, and with a 150 min Fabry-
Perot standard revealed that four oscillating modes can be generated
simultaneounly; by lowering the pumping power level, the number of
;modes can be reduced to two. The laaer emission can be bro-ught down
to a single mode by reducing both pumping power and mirror rotation*
Orig. art. has: 3 figures. (JR)
SUB C03ts 91Y1 SUDH DATEt none/ OTH REP: 002
LCArd 3 / 3 Y-.nb

ODINTSOV, V.A.; SOLCYVIYEV, V.S.; FEDOTOV, I.D.
Experimental determination of the exponent of the polytropic
curve for the detonation products of certain liquid explosives.
Izv. vys. ucheb. zav.; fis. no.5:86-88 162. (KMA 15:12)
1. Moskovskoye vyBoheys tokhaicbsokoye uchilishohe imeni
Baumaw.
(Explosj4*)

1 7~ 7

SOIDVIYEV, V.S.
Rasslan scientists were first to study the epidemiology of typhus. Zhur.
mikrobiol.opid. t immun. no.4:83-84 Ap 153. (KLHA 6:6)
(Typhus fever) (1pidexies)

ZIRSEWLAT. Ys.D.: SOLOVOYANY. T.S.
Hormonal therapy of disorders of the menstrual cycle. Akushol gin.
no.2:27-32 Mr-Ap '54. (MM ?:6)
1. Is Instituta okusherstya I ginakologii (direktor - daystvitelln"
chlen Akademii maditsinakikh nauk professor A.P.Nikolayev) Akedsmil
moditninakikh nauk SSSR. (Kenstrustion) (Hormones)

SOLOVIYJIV. V.S.
Trip to a health resort. Zdoroy's ) no.6:28-29 Js '57. (MIRA 10:7)
(HUISH RISaRTS. WATUING PIACBS, STC.)

- - + - , T # -T- - . . I ,
- I , I , a a - I I
lutc-mcbIles - n--:.-,irn tr,,! C nn'.ru,!t!cn
In-;roduction or a standard for the sur.fice finish of tarts at the Yjolotov Auto
Plant in llosccw. Avt. trakt. Irom. No. 0, 1952
9. ~onthjy List of Russian Accessions, Library of Congress, November
-195P Uncl.

SOL071M. V.S.; POPOV, R.N.
qqppMwM- - -
Automatic transmission of the 9-21 "Volga' automobile.
Avt.1 trakt.prom. no.3:1-8 Mr '57. (MLRA 100-5)
1. Gorikovskiy avtosavod iment Holotova.
Witomobilos-Transmission davicv-s. Automatic)

NICVZOROY, Alskenndr Mikhaylovich; '*O~VIYZY, Vladimir Sergeyevich:
BORISOV, R.I., glavnyy inzhone-r-,-Vtvrre*r,-Nwll,.nwo
red.: BRULIKOVSKAYA. R.G., tekhn.red.
['Volgn" automobile; construction and operationj Avtomobill
*Volga"; ustroistvo i ekepluatatolia. Gor'kii, Gorikovskoe
knishnoo izd-ve. 1959. 165 p. (MIRA 12:9)
1. Garikovskiy avtozavod (for Borisov).
(Automobiles)

ZISUN, S.G.; XOZCKHIN, N.G.-, MYUSMMO, 0.1.; SCLOVIYET, T.S.; CHMNO-
KAMMMS", A.I.; TAKUBOVICH. I.Te.; BORISOV. N.1.. red.';
IWAZZY, T.T., red.; MMIKOrMATA, R.G., takhn.red.
(The GAI-69, GAZ-69A. and M-72 high-roadability automobile@;
construction and operation] Aytonobill vysokoi prokhodimosti
GAZ-69, GAZ-69A 1 W-72; ustroletvo I ekepluatatsila. Pod red.
II.I.Borisovs. Gor1kii, Gorlkovskoe Imizhnoe izd-vo. 1959o
363 p. (MIRA 13:5)
1. Glavnyy inshener Gorikovskogo avtosayods (for Borisov)o
(Automobiles)

- AqWVIYLTI V.S.; Fosnwv, B.S.
Automatic transmission of the 'ChaikaO automobile. Avt. prom. nc.2:7-10
F 161. (MMU 14:3)
1. GorIkovskly avtozavod.
(Automobiles-Transmission &wIcesq Automatio)
N

11MOROV, Aloknandr Mikhicylovich- SO"
I i -----_g
M.'YAZEV, V.V.; red.; YUNI~&A, tokhn. red.
[The "Volga" autonobile]Avtomobill "Volga." 2., perer. i dop.
izd. GorIkii, GorIkovskoe knizhnoe izd-vc,. 1962. 326 p.
(MIRA 15:8)
(Automobiles)

BORISOV, V.I.; WR, A.I.; NLTW-,IOV, A.M.; HYBINSM, D.A.; 201A)Y-'M-,.--
V.S.j-EVART) G.V.; PROSVIIINIII, A.D... red*j VASIL'YE7A-,I,A,.,
UVAROVA, A.F.,, tekbn. red.
(The M-21 "Volgaff automobile; construction and maintenance]
Avtomobill M-21 "Irblou; konstruktaiia i tekhnichankoe ob-
sluzhivanie. [1br) V.I.Borisov i dr. Pod red. A.D.Proovirr4-
na. Moskva, Mashgiz,, 1962. 447 p. (YURA 1513)
1. Glavnyy konotruktor Gor1kovskogo aytorobillnogo zavoda (for
Prosvirnin).
(Automob:Ues)

ACZ NR; A AT
-A 0 UR C E C C DURA /~"A-k'(Wll
-'-4-CV''YUv' V. S. ("-',osCOV1); LetyaGln, V. A. (,xoacow'
a-tenuation in liquid explosive rrilxtures of ~C-ra-
--nd ethyl Iodide
UO
Gor,~nlya i vzryva, no. .3, lg~"' 31-35
iodide, liquid explosive, rocket
.detonation, detonation stability
-41
A 1~6 T.-, ~A Tf lamme ph5toographic study has been made of the detonation
on in liquid explosive mixtures of tetranitromethane and C-141.1y!
occurs on a sharp change in the directlon o" propa~;ation
od-L .L v4
of the det-cination front. Flat plaxiglass vessels (Pic;. 1) with a '-; mm
dee*,~ ractan~;ular recessed channel and a front and back wall thickness
used. The charge was I'lat and of constant depth; only the
c ,a nn e Iwidt*- (unspecified) was varied. Initiation was accompl.'s.1-ted
elac~ria detonators. The number of detonators was selected
deoen---Unir', upon t41-4c channel width so as to ensure a flat detonation
front. at th.-to onset. The 'Cetranitromiethane 4*hyl Jcdlde (oxidizer/fuel)
/e V
volume rat.Alo was varied from 27/73 to 30/70. At nomponent ratios above
Card UDC: 534.222.2
4L- .1

:-- '?7CC)-63-
ACC NR A '0 ~)
abnormal pheno-wena were observed in the development of the
z`atonal-on, except for 'he very fact of detonat-lon at such high fuel
% V ..L L, . . k, & -
concentrat-lons. Deviations from normal detonation development occurred~
only at c,.-r,-;,nonent ratios below 30/70. The following experimental facts;
were obsez-ved; 1) detonation wave attenuation in the narrow channel
to c.-:it into the wide vessel (at component ratio 27P3); '--) det-
on-,zlon wavo attenuation on exit from the narrow channel in t o the wide
detonation wave attenuation on exit from the narrow
inzo the wide vessel, subsequent amplification and development
3.1 the dat.onation after reflection of thc detonation wave from, the
U~::>ar adze of the vessel (29/71); 4) slight attenuation of the detona-
z1on fr3m tne sides on exit into the wide vessel and suasequent nov-.-.al
%Aeve- oi' the de-onat, on In the analysis of the resuLts,
.Z I o,-j, V -
~uoce---.-ive Posit0ions of th.e front, boundary of the detonation ~,aere
plottad fc~-,, cases Cases 2 and 3, which are of greatest interest,~
are snown in 21:;. 2 and are discussed in the original article. Ba se, d
on t"-.e 'Ln,,.,est-!Zat4&.on , the following conclusions were reached: 1) liq-
u'-d %-Ietrar~l,;ro.-,-,e-~hane-ethy1 iodide explosive mixtures exhibit a velry
at high fuel concentrations (over 70%) on initlat-'on
a 111'th o.4 0 of explosive in simall-diameter caarges;
-,D7; observed 1"or ot.1--ler mix1c;ures of tetranitromethane. 2 ) JI-t
detonation in charges of the 61ven
over 70%,
unata.-j-1e and, under certain conditlons) Is attenuated. J

ACC %Ri A,17u,
ve
Fig, 1. -~xperizzentlal vessol
with recessed channel
fel.
Fig. 2. Successive positions of
the detomation wave front for
casos 2 ard 3 (tima betwoon
front positions,1,775 microsoo)
Card 3A

ACC NR4 A?"IUUI~UJ9
rTAI---- -=,at marked attenuation occurs on exit oo the detonation Irom
& 41
the narrow channel into the wide vessel. 4) in t-he absence of attenua-
0- ~'
6'he flat detonation front retains its parameters on propagation
In the wide vessel and spreads gradually. 5?. Detonation attenuation
sets in after transverse perturbatiorz"erode' the flat detonation front.
6) Once detonation attenuation has set in, it can be counteracted by
creatimc- conditions which will increase the shook wave parameters, e.9
by reflect-ing the decaying front from a rigid barrier. Orig. art. has:
7 figures. (W. A. 68]
S Iva
SUB CODE: 19, 21/ SUBM DATE: 22:,,*,ar66/ ORIG REP: 003
I-Card L* /1.

MANDELITSVEIG, V.B.; SOWV,7"p V.V.
Effect of the mass difibmwe of e-mesons on the ratios for the
exi4ting probabilities of KJK3-decay. Zbur. eipp.,i tear. fig
41 no.5:1606-1608 11 161. (MIRA U122i
(Mesons-Decay)

SOLOVYEV, V. V. and MUKERMIN, I. S.
"Me Formation of Charged Bector Boson (X - Meson) by Leptons in
Nuclei Coulomb Field"
report presented at the Intl. Conference on High Energy Physics, Oeneva,
4-11 July 1962
Institute of Theoretical and Experimental Physics, Moscow, USSR (SOLOVYEVI
Scientific-TL-chnical Information Institute, Moscow, USSR (TSUKERW)

Accasum W AMOVAIS
901ACBS FSk- Mbkb=Un# Abe, 13"
AUTHOR: SGUw1YMV9 T. V...
TrMS: of oselUsUaw for the IntawLtIcatLas or combustim P19009846
CITED SO=: Tr. 1-y T"i. nmuchno-tekhn6 kouffierentsil po, problo vibratelono I
pul'satsion. gor*nLya. M., 19629 77-& 1 . 0
TOPIC TAGS: combustion, vibratioml combustion
TRANSIATION: The problem related to the intensification of combustion processes
during vibrational combustion in combustion chambers of boilers and ovens has been
investigated.
Experiments vere carried out in 3-0 n1ong ceramic tubes 150 mm in diameter
and in 1.0 m long quartz tubes 20 mm in diameter. Natural gas served as fuel.
The author determined by visual observation that at the onset of vibrational
combustion the visible som of combustion shortens suddenly, vh1le the h"t currents
vithift the vans of the chanter become such stronger. He observed volume heat lib-
erations up to 40*10b kcal/n3-h and some ozone production vh1ch is usually not found
CQfJ 1/3

Acamica BRi ARW14418
in ordinary jet fuel combusticaj, and this, in turn, Intensified the coaftotIon
process*
The theoretical estimate of the possible relative velocities between partioles
from various fractions and the Sassous current am alw given, and the results of
the analysis are compared with the experimental revulU.
The experimental determination of the relative velocities of partIclos from
various fractions was carried out in a 4 a long tube with ow and closed whose diam-
eter vas 500 ma and the maximus observed prossiare amplitude read 1 sta. During the
experiments the particle moved in a flow which we subjected to superposod oscilla-
tions of the standing we" tM.
The solution of the system, of equations, carried out using the method of finite
differences, showed under the given condItloos that particles larSer then I me were.,
not carried slonS by the oscillating flov. Vith the decrease in particle dismaters
oce may aspect a decrease In the ampitads of relatIve velocities-and a Issidn of
the oscillations of the velocity relative to the veloaMW of the flow.
The author concludes that during the vibratIonal combustion the bast, tra"fer
vithln tubes does not Isorosse preportloaally to the Unremai of the YOU= space
SeneratIon. sequfttly~ the 0IMPle-Atessifteatun of the eambustift process does
not reduce significantly Un also of th* beat.-pro&w-bing u&Lt. For that purpose am
=ust try to Imaresse also al"tameously the intensity of Un best trwfero There
Cwd 2/3

S/05yo- 2 /04 2/005/018/050
B102 31C4
0 S coloviyev, 7. V., Taukerman, 1. S.
Generation of a aharged vectorial boson (X-meson) by leptons
in the nuclear Coulomb field
A L Zhll.-nal ekaperimentallnoy i teoreticheskoy fiziki, V- 42,
no- 5, 1962, 1252-1259
T-'-' r2he authors calculate the lowest approximation of the cross-sectiong
of the reactions y + v --;oX* + g- and y + A+ ---~,X+ + ~. In the case of
vner-Jes notably exceedini; the threshold the mass of the particle assumed
24S2
to UE. ereatt:r than that of the V.-=eson is represented by x and the
follovin,: a3yrptotic formula then applies: a7+v . ~2f ~(g-2)21n (82/x2)
1 2 2 2 2
7 212 + 8(j3 -I )], for the
and a -/+V (3 2a Y+;L (a' ) with x 4 a'
2
7+,1 reaction; G is the Fer7-i interaction cons*ant, a . e /4n- The results
zo obtained are used to calculate the total cross-sections for reactiona
Card 1/3

S/056/62/042/CO5/018/050
Ciuneratior. of a charged B102/B104
IPA A + A A +
1. --- + X + and + + I., _10P 2 + X +
z ;" M,
6enerating X-meoons V + z z z
by the method (7,hrL-:, 41 , 1339, 1961 Formulas
3
(g - 2)3 10+ (g - 2)1 2.1 (g -- 1) 110
if 2 P -4- 1
2E.Khe, In t ',~, I. + 0 (in and IJA
UP, J(g 2)2 1 n3 11 +(g - 2)2 + 24 (g - 1)] 1 n2 n +
R (q) Wn -Inn (g - 2)2 132 (g - 1) + ~3-1 +
VIA 2 3
3
2)l + 12 (g - 1) + -11 + -I[- -I(g-2)- +4.(g - 1)] -
t? 4 5~1,
(g - 2)2 + 240 (g - )) +2w ] + ' 1-3(g-2)-; - 32 (g - 1) +41+
L8 V iq
3-'il 2E K.
18 (g - 2)1 - 16 (g - 1)- 30] + ' ,n =
a.-O 010tZ614-110d, Where X - -(12/R, R is the rms nuclear radius and
Card

S/05""012/043/001/037/056
B1027B108
AUTHORS: Zhizhin, Ye. D.# Solov'yev, V. V.
'~7'*L`: Now possibilities of investigating electromagnetic
properties of electron and muon
PERIODICAL; Zhurnal eksperimentallnoy i teoreticheekoy fiziki, v. 43,
no. 1(7), 1962, 268-276
TEXT: Electrons and muons should interact differently with other
particles owing to their different masses. Still, such a difference has
no'. been found as yet. Therefore, the authors studieo the short-range
electrom'agnetic properties of e and p. For this investigation the
conve.-sion decays of 11 trongly interacting vector mesons w0 (m a 767 Hev,
I - O),1qo (550 Mev, 0) and q (750 Mev, 1) as well as of the hypothetical
paeudoscalar cro-mesons are used: V -:), 1+ + I-, V 0 + 1+ + 1-0
0 + - 0 0 0
a - -1 + 1 + 1 1 1 . e or p , V a W or Q . Results of probability
calculation are:
Card 1/4

S/05 62/043/001/037/056
New possibilities of investigating B102Y3108
W (w8, - e' + e') ;z: W (w0 - p* + 14-) - 0,043 WV, It
W (tie - e* + e-) W (Te - p* + p-) . 0,011 MeV,
W (po - e' + c-) W (pe - p* + p-) - 0,025 MeV.
W W 3A) ~- W (we -* a + T) -- 0.5 mev,
W (q, R, + r) - 0.2 m6y
Card 214

Now possibilities of investigating ...
W (w0 - n0 + e* + e-) 2,6 10-2 MeV.
If/ ((,i* -. n* + 14" + p-) 1,4 10-4 MeV,
W n0 + e' + e-) 6 - 10-1 MeV,
W n' + p' + p-) 1.3. 10-6 mev,
W (P + e" + e-) - 10-3 MeV.
W (P + P* + p-) - 5,6 - 10-6 MeV.
S/056/62/043/001/037/056
B102/BIOS
e-)1W (0 T + P+ + P-)
Card 3/4

l$qV)7lYV AKINOV, Yu.I.- ORLOY, L.L.; YUFLISOV,, V.S.
11 - I
Dingno,sin of trIcunpid stenosis. Kardlologiia 5 no.,205-43
'63 (KIRA 17:2)
1. 1z gooldtallnor terappvtIchienkoy kliniki ( d1r, - chlm-
korriopondent A.121 SSSR prof, P.Ye. Wkomskly) 11 1-tookovskogo
rnoAltsinskogo insUbata imeni N.I.Pirogova.

0 9 2- P*ArV~r,-~W o-4/'Pt-10
ACCESSION NR., AT5004085 9/0000/62/000/000/0035/0044
AUTHOM
TITLE: one of the mechanisms for-the excitation of combustion oscillations
FibratVion- I
SOURCE; 'Voesoyuznaya nauchno-tokhniche skay'a konferentsiya p0 problowe 'Y
0 1 pul'satsionnogo Sorenlya. let, 196ko Trudy, Hosc p Sektor nsuchne-te
n
og
-inform. GIAP, 196Z, 35-44
combustion# p ul.t d- combustion combustion oscillation, combustion coq1J:--'
TOPIC TAGSs
wave
-ponent mixing,-combustion burner. oacillatt n ex itation, standt
tLng combunt n a served in various industrtel and
ABSTRAM The process of vlbra to
experimental devices occurs mainly in combustion chambers which may be considared
as pipes open at one end and closed at the other. Consequently$ the authers etud.;
ied oscillation excitation in a device consisting of a combustion chambeTtl &,follow
oup chamber which produced,,the above-menttoned acouatically-oopett end,, at the exit
of the combustion chnmborj a cooling chamber, and dn air warmer, Tbey Investigate
various Wrnara and utudiad the ignition process of various wixturts by means of an
ionization 8auge# Experimental results showed that the optimm "excitation ma,y be
Card 1/2

L 30092-65
ACCESSION NR: AT5004085

obtained with a combustion mixt ure after preliminary mixing of a near-stolchtcast -~
ric composition of components. The excitation mechanism aceme to be due to crea
tion of Vilirls at the edges of the burners; the process of component mixing even;
to play an important role# The resulting Oscillations are closely connected ulth
the generation of acoustic4l st aniftna waves. OrIZ'. art, hasl~ Iformula And 11
f igures.

ASSOCUTION, Mono
d

GuMnTTEV t 29Doc6l
va-CODS1
kwat 0 FT

w REF sm 000 OTHER, -000

.4,

Cord

!

L 3008~_65 EPA/S,4P(f )/EPP paa-4/pe-4 ds
-ACCESSION.M. AT5004P90 S10000/62/000/000/0077/0084
'AUTHOR: Ek
Novlm V.V.
'TITLE: Uso of oscillations for intensification of combustion chamber processes
iSOURCE: 'Knesoyuznaya nauchno
-tekhnicheakaya konferentsiva vo vrobleme vibratsionnolp-
atsion) 1961. Trudy. Moscow, Bektor nauchno_E~-. I
I pulls iogo gorenip. let., rm.
GL
AP, 10620 77-84
TOPIC TAM: combustion, pulsed combustion, combustion Intensification, combustion heat
i transfer, combustion power
ABSTRACT: The development of Soviet power engineerIng aims at Increasing the power
of the power-producing units. Ile reduction in size of powerful boiler aggregates hI1W3
i on an Incrreaim In the heat generated per unit volume and the Intensification of the transfer
of the generated beat to the working substance. One of the possible approaches consists of
utilizing vibrating combustion in the creation of heat exchange within an oscillating medium.
Only limited results were obtained during tests at the VT1 in 1956 due to the inability of the
workers at That time to maintain coatinuous oscillation-bC. Tater tests on special equipment
and larger chambers yielded results which are discussed In considerable length In con-
junction wiVi the results of other authors. Ile article covers the modes of osculation
Cwd 112

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production, various vibratlon mechanisms, mid the Influence of vibrations on combustion
and heat transfer. On the basis of his discussion and the formulas derived In the article,
the author wncludeo that one could utilize vibrating combustion and pulsatile tube flows
for the design of small-alze boiler aggregates. Orig. art. has: 10 formulm and I f1gu
ABWC1ATl0Ns none
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DOLM, A. L1. ; CK';N I , J-D. , j'V*'RA%HUK, I Ya. ; SCLOV I YF.V V.V.
~
-"nvtrrw-.%ip,nntir dilffer-~nz;cs of baryon masses, and the SU syrAlk"try.
W. fiz. 1 nc,.41730-732 Ap 165. &IRA 1W)
1. Institiit touratictioskoy i eksperimontalinoy fiziki Gosudarstven-
nogo kontteta po ispolIzovaniyu atomnoy anergii SSSR,.

L 6o9ho-65 EWT(M)/T/0dA(m)-2
ACCESSION NR: AP5014320 UR/0,367/65/ooi/oo5/d86o/o866.;
AUTHORS: Dolgov,-A. D.: Soloy'
Al
TITLE: Intermediate meson production by colliding beams
~SOURCE: Yadernaya fizika, v. 1, no, 5$ 1965) 860-866
TOPIC TAGS: colliding beam, meson production, high energy elactr(:n
collision, Intermediate boson production, weak interaction
ABSTRACT: The authors consider the '-semi weak' interaction of W
mesons with leptons in the process e + + e- --* W+ + W-, In view of the
.possibility of realization of such a reaction in presently-planned
colliding beam experiments. It is shown that in this reaction both
the W mesons and the charged leptons resulting froin the W decay have
an asymmetrical angular distribution about the direction of the e+e-
collision. This makes it possible to observe the effect of the Itemi
'weak' interaction of the W meson in this process and to determine the
form factor of this interaotion. The differential and oross sections
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L 6og4o-65
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of the reaction are calculated, and the asymmetrien of the angular dis.
tributiorts are evaluated. When the velocity of the electron Is no~
too small. ( 0.1 of the speed of light) the asymmetry may be several-
per cent and thus observable experimentally. The study shows that them
weak interaction is a fairly large participant in the production o'
intermediate bosona by colliding beams, and if W mesons exist this
boson production could be observed experimentally. 'The authors thl.Lnk
L. B. Okunt for suggesting this research and for continuous Intere:3t.f.
-Orig. art. has,*., 4 figures and 14 formulas
'ASSOCIATION: Institut teoreticheskoy i eksperimentallno fiziki GKAE
of Theoretical and Experimental Physics, GKAE~
SUIBMITTED: 1.3Nov64 ENCL: 00 SUB CODE: NP
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L 21!,k&6 EWT(m) DIAAP.
ACCESSION KRt AP5024342 UR/0367/65/002/002/0277/0286
AUTHORs Solov'Yev V. V.
TITLEs Dremestrahl Id monance lifetimes
soURCE: Yadermaya fizi]m, Y. 2, no. 2,, 1965, 277-286
JOPIC TAGSs radioactive decay,, bremostrahlungg particle physics, quantum resonance,
:phenomenon, differential cross section
ABSTRACT: The author considers bromestrahlung which arises in a reaction with pro-!
duction and subsequent decay of come resonance X of the form
I + (A) + X JA) + (B),
whers (A) Is the set of particles produced together with the rtsonancel and (D) is
,the set of particles produced by the resonance decay (see fig. I of the Enclosurs)ej
A formula is derived for the cross section of the bremestrahlung which accompanies . -
,this reaction. It is shown that the differential cross section for the brtmestrah-,!
I
.lung is resonant at
V 0 no),

L 275546
ACCESSIONWRi APS024342
:where r is the width of resonance X, a is the direction of the radiation. and
'0 a v/o, where v Is the speed of resonance X produced in the reaction
I + 2 -* X + (A)
,The author discusses the possibility of using the results to measure the v1dth Of
the no-asson. "The author is sincerely grateful to L. 9. Okunljor pt"Osibg the
problem and for constant interest in the work, and to It Yao Pomeranchuk, 1. Yu-
Xob-za-re-v and Ye. D. Zhishin for,useful consultation." g. art, has 1 3 ifg`~M-s
-36 formulas.
ASSOCIATIONt Institut tooratichaskoy I eksperimentallacy fitiki GKIAE (Institute
.of Theoretical and Experimental Physics, GKIAE)
SUBMITTEDt O6Mar6S ENCLt 01 SUB CDDCI'.NP

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