SCIENTIFIC ABSTRACT SHESTOPEROV, V.YA. - SHESTUN, O.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549130009-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

1c, Z
BABAYAN, Kh.P.; BOYADZIPIAN, GRIGOPOII N T . ;MUM D'HANYAN, E.A.;
TRET'YAKOVA, Ch.A.- SHESTOPEROV, ~.Y,a.
Study of "young" hlgh-erergy electron--~hoton air showers.
Zhur. eksp. i teor. fiz. 46 no.5:1525-1539 My 164. (MIRA 1'7,6)
1. Institut yadernay lizik-l Moako-,ekogo gosudarstvennogo
universiteta i Inslltut t'izAi Gosudars-wennogo komiteta, po
ispoilzovan-ly-a a?,Om-o)r anergii SSSR, Yerevan.

BA 15A'," Kh.P.; BRIKKER, ,*,.!.; GlUGOIROV, NJI~., POl'G[fii6KAY,",,
~'AVELIYEVA? A.I.; SHE6'ft)PEKC)V, V~Yn.
Production of t en~-:rgfps 0., j;61012 ev.
Zhur. eksp. i teor. fiz. 43 no.1:379-381 J1 t64.
(MIRA 17:9)
1. Institut yadernoy fizz3kd Moske,,vskogo i~osudarstvennoga
-iniversiteta i. Fizichr-skly institut Gosticlarstveniogo komAteta
pr, ispollzovanip., atorrr~,-.v ?erewln.

-4464-66 E-IT(l )/E,';T(m)/FCC/T/E
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ow: Instit verst
Of St
Y~ics
.qtjtUt yariernoy fiziii
i M~_skovskogo goq
udarstvennogo -Q'ji
universiteta)
TI 77,F: Characteristics of flit - ernctlotin ! 1. hat jAve rige t- I;:"(,c lonizatiol, bursts
/Report, All-union Confri-encle Oil
PhYfitc 'a hel I tit AI)ntity 24-31 August.,1964/
SOURCE: Am SSSIt. 17,vflstiya, Seriya fizicheskaya, V. 29, 1). 9, 1965, 1648-1651
TOPIC TAGS:
q_.ray, seconrlary cosmic ray, nuclc~n intrraction, ineladitic
interaction, pion, ionization chambert ionization hodoscope. nuclear emillsion
ABSTRACT., The authors and collaborators have previously in*--tstigated the nuclear in-
teractions that give rise to large ionization bursts (1.:t . AN SSSR Ser. fiz. , 26, 538,
1-962; Zh- eksperim. i teor. fiz., 37, 1147, 1939; ibid.. 46 110, 1964; Ibid. , 47, 379,
1964; International ConFerence on Cosmic Rays, Jaipur, Procf-edings, 5, 51, 1963) and
have found that these interactions are characterized by large inelasticitles and the
transfer of a large fraction of the primary energy to neutral Plons. In the present
paper they report results of a continuation of these investigations. Two experimental
techniques were employed; the ionization calorimeter technique, and the authors' meth-
Dd of controlled nuclear emulsions (described in some of the references cited above).
Card
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semblY was an 0 charged
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OfC)o m above sea level' istritiltec'. the large fluctuatic Twelve igated with the
32 j broadly dhe events- The are interpreted. re invest Otal. 11,31.asticity
Ions was ver: 1012 eV we the t imary energy-
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SUB CODE - NPI SUM D&TE
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L 4465--66
ACC NRt AP5024625 &1/GW/WH
SOURCE CODE: UR/0048/65/029/009/1652/1659~
AUTHOR: Babayan. Kh. P.; Grigorov, N.L.; Mamldzhanyan, E.A.; Sobinyakov. Y.A.;
Shestoperov, V. Ya
ORG: Scientific Research Institute of Nuclear Physics, Moscow State University
im. M.V.Lomqppsov (Nauchno-issle(lovatel'skiy institut yadrenoy fiziki Moskovskogo
gosudarstvcnnogo universiteta); Physics Institute of the State Committeg-on
Atomic Energy, SSSR (Fizicheskiy institut Gosudarstvennogo komiteta po ispollzovaniyu
energii SSSR)
t_jr,_j_es_,_with energies of the order of one
TITLE: Investigation of interactLOnS Ot_poj_
TeV by the ionization calorimeter technique /Report, All-Union
Ray Physics held at Apatity 24-31 August 1964/
. .. .......
SOURCE: AN SSSR. Izvestiya. Seriya fizicheskaya, v. 29, no. 9, 1965, 1652-1655
TOPIC TAGS: p N-/ dary cosmic ray, energy distribution, air shower,
_~jLn~ary cosmic ray, secon
nucleon interaction
ABSTRACT: The authors have employed the 10 m2 ionization calorimeter described in the
preceeding article (Izv. AN SSSR Ser. fiz., 29, 1648, 1965 / see Abstract ACC NR
AP5024624/) to determine the energy spectrum at 3200 meters above sea level of single
nuclear-active particles in the cosmic radiation. A hodoscope consisting of 200 Gei-
ger-Muller counters and several scintillation and Cerenkov counters, located at dig-
Card 1/2

L 4465-66
ACC NRz AP5024625
tances up to 10 meters from the calorimeter, recorded the showers accompanying the
nuclear active particle. Events were selected in which a single nuclear-activc parti-
cle traversed the ionization calorimeter unaccompanied by a shower of more than 103
particles, and 109 such events were observed in which the energy of the nuclear-active
particle exceeded 5 x 1011 eV. The counting rate w1Ss 0.32 particles/m2 sterad hour
and was independent of whether a 60 g/cm2 -graphiterabsorber was present or absent.
'nie exponent in the integral energy spectrum of solitary nuclear-active particles in
the atmosphere was found to be approximately 2.5 for energies between 5 x 1011 and
1013 cV. This exponent is considerably greater than that in the energy spectrum of
the primary cosmic rays at the top of the atmosphere, and it is suggested that the
difference is due to an energy dependence of the interaction mean free path. It is
shown that the data are consistent with an interaction free path of 102 g/CM2 at 1011
eV and 72 g/cM2 at 1013 eV. Orig. art. has: 6 formulas, 2 figures, and I table.
SUB CODE: NP/ SUBM DATE: 00/ ORIG REF: 008/ OTH REF: 001
2/2

L 4475-66
ACC NRt AP5024626 SOURCE CODE: UR/004[i/65/(Y29/009/1656/1663
L_ qqje!?pQrt, I.D.; 8 I.A.; Skuridin G.A.; Shestoperov
AUMOR; Grigorov' N.L.;
__V, Y
0 PC, none
TITLF, Some problems and possibilities relating to investigation of cosmic rays- F/
In the 1011 to 1013 eV range /Report, All-Union Conference on
field at Apatity 24-31 August 1964/
SOURCE: AN SSSR. Izvestiya. Seriya fizicheskaya, v. 29, no. 9, 1965, 1656-1663
TOPIC TAGS: pEAiIEL cosmic ray %'p secondary cosmic ray, energy distribution, nucleon
interaction, artificial earth satellite, high energy particle
ABSTRACT: The authors review the available data on the energy spectrum and absorption
and interaction mean free paths of nuclear-active cosmic ray particles with energies
from 1011 to 1013 eV. The data are discordant, and part of this discordance is traced
to neglect of the fluctuation of the fraction of the primary energy that is transferre
to neutral pions in an elementary interaction event. There is evidence that the ab-
sorption and interaction mean free paths are not energy independent. It would be de-
sirable directly to measure the interaction cross section, but it does not seem prac-
tical to do this. To measure the interaction free path in carbon for nuclear-active
Card 112 ;;;
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L 4475-66
ACC NR: AP5024626
particles with energies above 1013 eV to an accuracy of 10 % by means of a 10 m2
Ionization calorimeter operating at 3200 m above sea level, for example, would re-
quire 60 years of continuous observation. A satellite-borne ionization calorimeter
with a geometric factor of 104 cm2 sterad, however, could accumulate very valuable
data within a few months. Meanwhile, it is anticipated that new installations now
under construction or recently operative will soon clarify the situation with regard
to the energy spectrum of the nuclear-active component and the altitude dependence of
the nucleon component. Orig. art has: 11 formulas, 2 figures, and 5 tables,
SUB CODE: NPI SUBM DATE: 00/ ORIG REF: 018/ OM REF: 004
r-A 2/2

IJP(c) GW
ACC NR9 AP5024636 SOURCE CODE: Uft/0048/65/029/009/16-----]
~3/1695
AUT11OR: Mymijik,,__!jA. She3toperov, V. Ya. .5
ORG: Institute of Nuclear Physics, Moscow State Universj_ty jLn.,_M,_Y .4
stitute yadernoy fiziki Moskovskogo gosudarstvcnnogo universiteta)
TITLE: Calculntion of some bliarncteristics of extensive air showers In the framework'
X
of a model of a strongly fluctuating elementary interaction event ~~eport, All-Union
Conference on Cosmic Ray Physics held at Apatity 24-31 August 1964/
SOURCE: AN SSSR& Izvestiya. Seriya fizicheskaya, v. 29, no. 9, 1965, 1693-1695
TOPIC TAGS: primary cosmic ray,' secondary cosmic ray, extensive air shower, nucleon
interaction, inelastic interaction, spectral energy distribution
ABSTRACT: The authors, employing the shower development model of N.L.Grigorov and V.
Ya.Shestoperov (Zh. eksperim. I teor. fiz., 34, 1539, 1958), have calculated some char
acteristics of extensive air showers on the assumption that the elementary interaction
events initiating the showers are of tvo kinds: "Pionization" processes, in which pion
are multiply produced with an inelasticity of 0.29, and 'I catastrophic" events, in whic
the pionization process is followed by transfer of 70 % of the primary energy to three
charged or neutral pions. Experimental evidence for the existence of such different
interaction processes has been obtained by N.L.Grigorov, V.Ya.Shestoperov, and colla-
borators (221. eksperim. I teor. fit., 46, 110, 379 (1964)). For the calculation It wa
-ard 1/2

L 4479-66
ACC NRt AP5024636
assumed that the probability for pionization is 0.7, the probability for a catastro-
phic event with production of hard charged pions is 0.2, the probability for a catas-
trophic event with production of hard neutral pions if 0.1, the absorption and inter-
action free paths of nuclear active particles in the atmosphere are 120 and 83 g/cm2,
respectively, and that the exponent in the primary energy spectrum is 1.7. Fluctua-
tions in the location of the catastrophic events were taken into account. It was
found that in 75 % of the showers having 105 particles at sea level, over half the
shower particles are due to catastrophic interactions. Taking account of fluctuations
in the inelasticity and location of the initiating event reduces the estimated value
of the primary proton energy, derived from the number of particles in the shower. It
is concluded that the flux of ultrahigh energy particles obtained by L.G.Dedenko and
G.T.Zatsepin (Tr. Mezhdunarodnoy konferentaii po kosmicheskim lucham, Vol. 11, 222.
Izd. AN SSSR, M., 1960), who did not take account of fluctuations, is greater than the
true flux. It was found that the ratio of the energy flux in the nuclear-active compo
nent to that in the electron-photon component is several times less than it would be
if there were no inelasticity fluctuations. Reliable experimental data on this ratio
would therefore be of great interest. Orig. art. has: 3 figures.
suB com- xpl suBm DATE: o0/ ORIG REF: 005/ OTH REF: 000
(5D(2./

BELYAYEV, Yu.D.; SHESTOPEROVA, Z.A.; ZII;KO'-IA, K.I.; YEVDOKrN'OVA, M.G.
!:se of predrisore -*n the cc:iround trea-~ment cf pn--7-,rncnia in
children durirg the first ycar of lile. Sov.ned. 26 no.2:
138-140 POO. (EIRA 16:6)
1. Iz Gorlkovs':oy detskoy bollnitsy T~o.25 (glavr,-~-y vrach Ye.H.
Smollyanirova)
(PI DR-MIJA) (IlrFAI-.TS--DISrjSES)
(PRLUADIETIETRIOIT)

GRIGOROV, N.L.; TRETYAKOVA, C.A.; 4W,-aT-QF-1ZRQV, VJ.; BARAYAI!, G.F.; BAVIDSYAN,
N.G.; BUJA, Z.j IDSKILWICZ, J.; MA5-SAISKI, J.; OILS, A.
Integral spectrum of ionization pulses caused by nuclear active
particles of cosmic radiation at mountain altitudes. Nukleonika
7 no.2:61-73 162.
1. Institute of Nuclear Ph ics" University of Moscow (for Grigorov,
nr
Tretyakova and Shestopierov - 2. Institute of Nuclear Physicep Armenian
Academy of Sciencesp Erevan (for Babayan and Bayadsyan). 3. Institute
of Nuclear Researchy*Polish Academy of Sciences, Cracow and Department
of Physics IIY Academy of Minin and Metallurgy., Cracow (for Buja.,
Loskiewicz,, Massalski and Oles.~

GRIGIOROV. N.L.; TFZ.ETY!%-KOVA, C.A.; SHESTOPIEROV, V.)'.; BkBA~PJI, C.P.;
BAYADSYA-?I, N.,'J.; BABECKI, J.; LOSKIEWICZF, J.; MASSALSKI, J.;
OLF S $ A.
Investi,-ations of energy particles interactions with atomic
nuclei at the mountain altitudes. Nukleonika 7 no.12:
759-767 162.
1. Institute of Nuclear Physics, University of Moscow, Mo~cow
(for Grigorov, Tretyakova, Shestopierov). 2. Armenian Academy
Sciences, Institute of Nuclear Physics, Erevan (for Babayan
and Bayadsyn). 3. Institute of Nuclear Research, Laboratory of
High Energy Physics, Krakow, Polish Academy of Sciences (for
Babecki,, Loskiewicz, Massalski,, Oles).

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KUCH,&PATOVA, Ye. G. ; ROMAIIOV, I. I. ; TARASOV, Ye.F. ; SHBSTOV, A. I. ;
MAKAROV. N.A., otvetstvennyy redaktor; BOYAR9h-Yr-,f7.,-re`VKtor;
FAVLOVA, M., tek-hnicheskiy redaktor
[The "Urals" pavilion (Sverdlovsk and Molotov Provinces. Udmurt
A.S.S.R., Chelyabinsk and Kurgan provinces); a guidebook] Pavillon
"Ural" (Sverdlovskaia i Molotovskaia oblasti, Udmurtakaia ASSR,
Cheliabinskaia i Kurganskaia oblasti); putevoditell. f4oBkva, Gos.
izd-vo selkhoz. lit-ry, 1956. 27 P. (KLRA 9:8)
1. Moscow. Vaesoyuznaia sellskokhozyaystvennaya vystavka, 1954-
(Ural Mountain region--Agriculture)
(MOBcow--Agricu_Ltural exhibitions)

SHESTOY, P.
USSR/Cheyfrl.,3try
Card :
Authors : Levin, E. S., and ShesLov, A. r.
Title : Polarographic detennination of sulfones
Periodical : Dokl. AN 533RO 96, Ed. 5, 999 - 1002, June 1954
Abstract Polarographic determination of sulfones, originated in connection with
the sulfonation of aromatic hydrocarbons Is discussed. The secondary
products of such sulfonation reaction are :'r - S02 - Arl. In many cases
sulfones are formed but wi.th only one or sev(-ral r'ulfo-9ro"P!' - '03""
.Such substances are wzatctr-soluble jurt as aromatic slilfo-acid3 thus
making their identification and soraration quite difricult. Three
references. Tables, graphs.
Institution The F. E. Voroshilov State Scientific-Rese--arch Institute of OrEanic
rroduct3 and D.vt-!;.
Prest-rited by: M. Frurl-,in, April 13, 1'154

USSR/Organic Chemisti-y - Synthetic -.-rganic (,hemiE;ti:y, E-2
Abst Journal: Referat Zhur - Khimiya, No -I, _"_~57, 869
Author: 6hestov, A. P.
Institution: None
Title: Suifonic Acids from Sul-fones as BY-Products of Sulfanation, Processes.
I. Fo--mation of Sulfonic Acids from Phenyl Sulfone During the Sul-
fonation of Benzene with Fun-ing Sulfuric Acid
Original
Periodical: Zh. obshch. 1~,imii, 1956, Voi _2b, No 4, 12_L9-i224
Abstract: ~Pien benzene is sulfonated with Diming sulfuric acid to the m-disul-
fonic acid (I), the reaction mixture, in addition to I, contains
-25% 3,3'-phenylsulforiedisulfon:Lc acid (H), calculated on a C6H6
basis. At temperatures of 70-1600 the nLunber of H-atoms on the ben-
zene nucleus substituted with SO-H and S02 groups is equal to 2; abox
1600 the num1ber of substituted e-atoms increases and atj2200 the
number of such atoms substituted with SO-H grouDs alone is 2. The
reaction was carried out with pixrified C ) ~
6H., freezing Point 5 .5c,
Card 1/2

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in] i~q by-produaU in sulpho
e~avo fimillidul 401 diphanyl sulphone during alkaline
fusion of beuzeae-m-dWphoiiio_~qd~A.-E,-Sh ov aad,B-.A-
_.QmpovpL o~snca. RXIM, luab, 267-200'5=7009)-AIM04'~
Inpleto conversion could be attained (yield of resorcinol.
99%) by the method adopted. Attempts were made to excludLI-i
side reactions by (a) use of pure sulphonic acid (obtained from the
sulpbonyl chloride. (b) use 6f -in apparatus containing a nickel
cartridge insetted in a-.quartz tube housed in an electric furnace,
with means for maintainiug an atm. of N2 in the tube. Resorcinol
in the melt was determined by nitrosation and by direct separation.
In the case of alk-aline fusion of diphenylsulphone 3 3-disul hoaic
acidAhenol was identified.-bX bromination. A. ?.B.

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SHESTOV, L..P.; CSIPOVA, N.A.
Sulfonic acids as side products in sulfonation process of sulfones.
Part 4.- Possibilities of polarographic determination of sulfonic
acids of 4,1~l-dimethyl-di-phenylaiilfone, 4,41-dichlorodiphenyl-
sulfone, 2,21-dinaphthyl sulfone. Zhur.ob.khim. 27 no.10:2790-2796
0 '57. (MIRA 11:4)
l.liauchno-isaledovatellskiy institut organicheskikh poluproduktov i
krasiteley im. k.Ye. Voroshilova.
(Sulfone) (Naphtkyl sulfone) (Polarography)

AUTHUSt Sh-?3t., A ID _~3 IT -IV. r 7 r:
3(,
T TTLE Sul Ph ~.n ~~ 2, 'p ~ I, a Yj r r
-La t.- )1q
f :k kak '--:--~myye P.,--
SU D y i~.
V On~ S-.Irie n('!L)ez--'ng -rlhe Aci.4,,j
k h fa k t a brj~' ya-y-) ti,-- -'i ~-.k b. n o t r a z.- 17,~klj.. y p I I f
n
PER'ODICAT,! na, v :-"3 N 2 op AU-zSR'
A B S T R A, i P - Tr `r au j 4 a..
9
rL f
-,f f su -,r-e bul? ph~ ac.-As anz 'N
wh-'ch lead ~hp--"r
Z:t'
benzeue we-F -31tlph~nF-4.pl- Th,? n 7-
p-'sS; lb, e rec- .,-ns -,vh-.. 'Ji llpa.141 -,I r- f -'h
sulph~pe in the sulphon-at-~'~-n -,f h -a -z ~.-:i s
may be d---~--~-.ed Into +!w- -r--~upq- The f-,,-:-st u-o -=a-
t2 -n-
wh - talon p I a r a n th e fr,7,alat-.~, a 1F I- iR
s u phcr Lh
IQ 6,1 9 y y
Vhen-yl sulph.-.-na as inTe:vmsd-iato P-Au-4: - 'nne-ed -jlf.th
s-ql,len-~ s:--2 nn'Drna -,rt The s nd g:.- i o m p, :, 2 z? e --- r - a-
C.aTd et---ds f-iri dre7 - I :M- '-- F- n+
n' e Sll-- -~n 7 a

SO V/7-) 29 , ~ - ':. ~ /7 -
Sulphone Sulpho Ac--.(].E? as By-products in Sulphonation Processes S--me Facto--e
'InfluenrfnE the Format,.on of Sulphone Sulpho Acids
The reactions of the first group may take place only in the oulpho-
nation cf the free carbohydrate; on the other hand, e.g such a step-
wi.se formation of the diphenyl sulphorVe sulpho acid by -way of di-
phenyl gulphone -is impossible in a julphonation of benzene mon-,-
sulpho arid. it was found that dipheny! sulphonic ar~fds may fo-,M
accordfng to the first type of reaction as well as according to the
second one. Thus, it was found that the formation ~J dtphenyl
phone !3u!ph,:, acids in sulphonat-Ion of benzeyaq wJ.th ~Iv= taker,
plague undez the formation. of d.-phenyl sulphone as intermedJake Ore-
dunt as well %s dire,.~tiy frnm benzene m-,n,)sulpho acid., The m,-benzea~
d-'-sulph,~ a,i-d pra-'-~ically is not transformed into dipheny2 sulphone
sulph-; acids under the ab-3-e 7~ondit-ionj of suiphonaf~~c-n. The
ditions whJch lead to a m2.nimum formati.on of dipheny:. sulph:~-ie sulph-.)
acids were f3jand as well as the delaying -Lnfluenre exercised by
sodium sulphate on -~he format".cn of diphery.1 sulph,-%ni~' a,:.jds i-rA ths
suI-ph,--nat--Dn -f benzene vri-th There are 3 tab-es and e ~-sfer-
eja,:es 6 3f whl.cb. are S-D,i--e,~.
CaTJ 21-"

SOV17') 2;:o
SIjlpfv~ A,;IA:~ am 11, ~>Aph,')riatiz Pr-,,.,e:jsF- u V. On S,-,.mo I,'
ln~-,- en.--.nv the )f S-u-ph~-ne A
_u
A'SSOCIATION t N a u ?Lra,. 1~1 s s I e da t r- s k- --Y -.ri z t.- t u, t D r gan -- c: h Pok i-'-h T) -. I u p-- d lik'c
krasiteley ( S-,ent-f.,~ Re3ea.:,.-,h T
lris~itut,?. of Organic
C,T 'BA'TTTED! T -V~p
CU7J _",/.i

SHESIUV, jk.P.; ISIPOVA, N.ji.
InveEtigati)n oil the sulfonation process of aromatic compounds. irg.
poluprod. i kras. no.2:13-45 '61. (MIRA 14:11)
(Aromatic compounds) (Sulfonation)

SHESTOV, A.P..; WIPOVAJ, N.A.; PETUKHOVA, K.K.
Sulfone sulfonic acids as by"products in sulfonation processes.
Part 6: Possibility of using the chromatopolarographic method for the
quantitative determination of sulfonic acids of naphthalene and
dinaphthylsulfone. Zhur.ob.khim. 31 no.6:1780-1787 Je 161.
(MIRA 14:6)
1. Nauchno-issledovateliskiy institut poluproduktov i krasiteley
imeni K.Ye.Vorogh-ilova.
(Sulfone) (blaphthalene) (Sulfonic acids)

L 58861-65 EPA(w)-2/FWT(m)/ZWA(m)-2 P-t77__ Jjp(c).
:ACCESSION HR. ATS007940 S/0000/64/0001000/0591/0594A
AUTHOR: Danilov, V. I.; Yenchevich, I. B.. Zamolodchikov, B'. I.; Karchenko. B. W.1
Polferov, E. A.; Rozanovj Ye. I., Savenkovt A. L.; Safonov, A. N.;
Shestov, A. V.
TITLE: Increasing the internal beam current of the OIYal sAMShMgelotron to 680-
Hev
SOURCE: International Conference on High Energy Accelerators. Dubna, 1963. Trudy.
Moscow, Atomizdat, 1964, 591-594
TOPIC TAGS: synchrocyclotron, high energy accelerator
ABSTRACT: The Laboratory of Nuclear Problems of OIYaI modified the synchrocyclotror
to increase the Intensity of the Internal beams with the work being conducted in
two directions: (a) obtaining a high-frequency program in the synchrocyclatron such
that the current at the terminal radius of the accelerator would be a maximum, and
(b) creating a focusing system that compensates for the defocusing action of the
spatial charge at the center of the accelerator and thus increases the mean current
of accelerated protons. The phase motion in the synchrocyclot-ron Is anslyzed in
Card 1/5

L 58861-65
;ACCE,-,SIUI NR- AT5007940
two principal stages: first, the capture of the particles at the center of the 5yn-
chrocyclotron during the accelerating regime; and second, their phase motion during
the acceleration process up to the terminal radius. The equations of D. Bohm and
L. Foldy (Phys. rev., 72, 649 (11347)) are insufficient for the solution of the prob
lem of the optimum capture of charged particles in the accelerating regime in syn-
chrocyclotrons of several hundred Mev. This is explained by the fact that the
growth In energy per revolution in the first stage for a constant accelerating po-
tential (Uo=const.) depends upon the radius of the orbit. The curve describing the
relative growth of proton energy per revolution as a function of radius was calcu-
i
1lated by means of pictures of the dee potential field which were obtained from' a
'model of the central region of the OIYaI synchrocyclotron in an electrolytic tank.
~Experimental measurements of the current at the radius R--30 cm determined the mag-
nit.ude of ~s ini (growth of the circular frequency in units of radians per second2
that ensures optimum capture conditions. Choice of this radius necessitates exclud-
ing the Influence of variations in the phase conditions during proton acceleration
in the region of the middle and terminal radii. The magnitude of ~ a init varied
over a wide range with variation of the magnetic field strength at the center of
the accelerator. For voltage at the des of UOvl2 kilovolts and for exilsting geom-
Card 2/5

58861-65
ACCESSION NR: AT50079110
etry of the accelerating gap, the dependence of the intensity (capture effectivene"
jupon for the OlYaI synchrocyclotron showed the optimum value to be! 2.25x
init
11010 rad/sec2 (B.I. Zamolodchikov,, et al. Preprint OlYal P-720, Dubna, 1961).
lCorrection of the parameters of the accelerator's resonance system in Januar-j 1961
Iled to a frequency program with the indicated value of ~, it at the beginning of
In
jacceleration, which led in turn to increasing the internal beam from 0.3 to 0.8
imicroamperes at the terminal radius R=274.5 cm. The proton current was measured byl
imeans of the induced activity of an aluminum target, according to the reaction A17.7':
j(p,3pnMa24, obtained at radii R--270 to 280 cm. A target with a lead backing was.
calibrated against a beam of protons, extracted from the synchrocyclotron chamber,
!
by means of a Faraday cylinder. The second stage of the work consisted in creating;
!high-frequency characteristics of the synchrocyclotron W,m.w aM and U(,=U,(w a) such
that they ensure simultaneously the optimum conditions for the capture of the ions
and their subsequent acceleration up to the terminal radius without phase loss.
Daring selection of the frequency program of the synchrocyclotron consideration was!
taken of the-damping of phase oscillations during the process of proton accelerstio~
up to the terminal radius of the accelerator. Use was made of the invariance of ihi I
integral of action J during the adiabatic variations of the mystemis parameters.
-Cad 3/5

L 58861-65
ACCESSION NR: AT5007940
Further Increase In the intensity of the synchrocyclotron was reached by introduc-
tion of additional vertical (axial) focusing of the accelerated ion beam in the
I
Icentral region of the accelerator. Investigations of the focusing systems demon-
strated the advantage of electrostatic, focusing over magnetic focusing at the cen-
ter of the accelerator. The system of focusing electrodes used in the OIYaI syn-
chrocyclotron was constructed with the possibility of regulating the gap between
the doe and supplementary electrodes, Moreover, the configuration of the electric
field can be varied by regulation of the arrangement of the grounded screen placed
between the dee and the potential electrodes. The Hill equation can describe the
motion of the ions in the accelerator's magnetic field and in the electmetatic
field created by the supplementary electrodes. The optimum arrangement of the elec.
trodes of the focusing installation was found by experimental study of the proper- I
ties of the system according to the dependence of the beam current upon V (focusing
f
,voltage in kilovolts) for various distances of the electrodes from the center of th4
accelerator. The internal beam current for the indicated conditions was approxi-,
Imately doubled, &mounting at the present time to 2.2-2.3 m1croampers.ef Orig. art.
,has: 7 figures.
Card 4/5

.L 58861-65
:ACCESSION NR: ATS007940
i
ASSOCIATIONi Obl'yedinermyy institut yedernykh isoledovenly, Dubna
of Nuclear Researc~
l
SUBMITrED, 26H&y64 ENCLt 00 SUB
~KO IMF SOV: 001 OTHERt 002
Card 5/5

L 07919-67 FM T (in) IJP (c)
ACC NRt AP6021991 WURCE CODE: UR/6120/66/000/003/Obig/0022
--~43
AUTHOR: Danilov, V. I.; Yenchevich, 1. B. Ro~nov, ~Ye. ~1.; TomflLna, T. M.;
Shestov, A. V.
_~ORG: -"int-Rucle,=-3-ege-ar-ch_Institute-,. Dubnpi (Ob"yedinennyy institut yadernykh issle-
TITLE: Control of a 680 Mev synchrocyclotron
SOURCE: Pribory i tekhnika eksperimenta, no. 3, 1966, 19-22
TOPIC TAGS: synchrocyclotron, particle acceleration, coincidence circuit
~ABSTRACT: The paper presents a system of control of various synchrocyclotron operat-
ing conditions. A phototransducer, having an optico-mechanical connection with a high
frequency generator furnishes square pulses of positive polarity. These pulses are us-
ed for the regulation of the generator and for synchronizing the operating auxiliary
:apparatus with the accelerator. A flow chart of this operation Is shown. In the con-
:tinuous mode of operation, the capture and acceleration of the particles occum In each
Veriod of modulation. The synchronization pulses, coincident with the front of the
'nhototransducer pulses, are directed into two channels. In the first of these, the ac-
Ituating pulses are formed; these pulses move into the exit tube with or without time
Idelay and then into the operator of the high frequency generator. In the second chan-
UDC: 621.304.611.2
Card-1/_2

O~,122-67 IJP(C,)
ACL R- AT6031503 SOURCE CODE: BU/2503/'66/014/000/0005/0019
AUTHOR: 2anilgY,-Y,-I-Enchevich, 1. B.; Marchenko, B. N.; Polferov, E. A.
Sheatov. A. V.
Safonoy, A. N.
ORG: none
TITLE: Increasing the internal beam current of the Aynchrocyclotron of the Aoint
Institute for Nuclear Research by additional- electrostatic focusing
SOURCE: Bulgarska akademiya na naukite.. Fizicheski inotttut. Izvestiya na
Fizicheskiya institut s ANEB, v. 14, 1966, 5-
TOPIC TAGS: sync hrocyclotron, electrostatic field, electrode, duant, accelerator,
rectifier, proton current
ABSTRACT: A description is given of the effects of an electrostatic field in the
central region in the synchrocyclotron of the Joint Institute of Nuclear Research
upon the accelerated proton current. As'a result of theoretical and experimental
research, the chosen aperture of the focusing electrode is equal to the aperture of
the dee. In view of the need for a stable installation for long periods of work,
30-mm gaps were established between the screens and the electrodes and a 170-mm
2

SHESTOVV B. S.
Fuel Abstracts V 3366. FADIQ%L PRZPAP;,TI0?J OF SrANWO FLASM
COAL- 111OLSTRY. '~VgzreV. A.S.ktrd Shescq~, U.S. o"Cal (ccal), 1955,
May 1954 - )-.Pli-
7- 12 Ming PrCbIU-Z are dlSctlg-sid-,--~~ef'cuiarly those CannuCted 'virit
Natural Solid pIL head buildings, preparaMon plancs and underground 13youts. W.
Nels: I,Inning

"'1031. 'Tim migm N Pff ours W nim., (MIA"ll
"TT OgUff]
USSR i, 1. StUWWI A B., MM" 116M6 aml
Btl v6AO (MMOW OkletOdubit, 19A; i6opmr-mm-musa
(cce. , 11hr, 1955, 48 Expvtonce in prodming type designs car tba
mechanical and struottral Unit@ at a pit bead Is Otmerized. Deal
for cdnes with outputs of 600 to 1500 tow/day we duwlbed and

13. _U"'
AND IRUIMM nR WMMI SWI(p 9 A WE im WRMP,
(Ugol'(Coahm. 1 7- ). the stanftd
run WO low abstract th* nm1mr of "Idinp to
dd%j thM of whicho, two at the head of the two shafte and one
IftInIstrative and walas,.blook, occupy grA or the
66110SAMUT6 90 -W*IfW* blook $a SUVAtrated OrA =itd'ln detall.
OMAIIW:dmgft room, shomm, lawft.-mentic iM 4vom6 "trio,
b&t~ alum, r*mstlon treatment room; -GentralL luuug 619WAr 9.1anto
0144tris now wwbom aM ottlowil A throWLmt of 720 to 216D m is
I FMIded for aworcling to the mmt~w -of bap Included In the bulldim

SHk:STOV. B.S., inzhener.
Typical designs of buildings and structures on mine surfaces
and techniTies of servicing the workers of a(Iminietrative and
housing combines. U.-oll 29 no.2:7-12 F '54. (MIaL 7:1)
1. Glavehakhtoproyekt. (Mine buildings)

DROZDOV, P.F., kandidat teklmichaskikh nauk; SHEST(YV, B.S., inzhener
t ' -'
-, "idf
Precast reinforced concrete standard elg-mesn"r-tor Wings and
structures of the coal industry. Bet. i zhel.-bet. no.1:15-20 Ap '55.
(Precast concrete constiniction) (KLRA 13:9)

1-14-57-2-2294
Trarstation from: Referativnyy zhurnal, Mekhanika, 1957, Nr ?-, p 118 (USSR)
AUTHOR: Shestov, B.S.
TITLE: On the Shape, the Static Calculation, and the Graphic Planning
of the Foundations of the Rear Bracing of a Mining Shaft Eleva-
tor (0 forme, staticheskom raschete i graficheskom postroye-
nii fundamentov ukosiny shakhtnogo kopra)
PERIODICAL: V sb. : Prom. i zhil. -grazhd. str-vo. Nr 2. Moscow, Ugletekh-
izdat, 1956, pp 62-96
ABSTRACT: Bibliographic entry
1. Elining engineering 2. Underground structures--Design
_L:--Stabilization
lo i,- 1)
Ca rd 1, 1

SURMILO, G.V., red.; POKROVSKIY, N.M., red.; GORITSKIY, A.V., red.;
SHESTOV B-S., red.; KUSOVSKIY, I.P., red.izdatel'stva; SAVIN, M.M.,
re iz atellstva; ALADOTA, Ye.I., tekhn.red.
[Coal mine construction work in the U.S.S.R.: on the 40th anniversary
of the Great October Socialist Revolution] Stroitel'stvo predpriiatii
ugol'noi promyshlennosti SSSR; k 40 letiiu Velikoi OktiabrIskoi
sotsialisticheskoi revoliutsii. Moskva, Gos. nauchno-tekhn. izd-vo
lit-ry po ugol'noi promyshl., 1957. 478 p. (MIILA 10:12)
(Coal mines and mining)

SHNSTOV, B.S., inzhener.
Use Of Drecast reinforced concrete In mine surface structures.
Shnkht.stroi. no.1:8-13 Ja 157. (MIRA 10:7)
(Precast concrete) (Mine buildings)

SHESTOV, B.S., inrh.
'110 __~I, Z-", -- I
einforced concrete non-ribbed tubings 'or vertical nine shaft
lining. Xropl. gor. vyr. ugoll. sl-~qklit no. 1:52-72 '57. (MMA 11-7)
1. TSentroetproshakhtostroy.
(Shaft sinking)
(Reinforced concrete cotintruction)

SHISTOV, B.S., inzhener.
Using glass fiber for pv~stressed reinforcement of concrete.
Shakht.stroi. no.4:28-30 Ap '57. (MLRA 10:7)
(Prestressed concrete) (GlAss fibers)

AGALINA, M.S., inzii.; AKUTID, T.K., inzli.-, APHXSOV, A.M., inzli.; AHISTUV,
S.S., kand. b~khn. nauk,; BolOSTOTSKIY, 0,B., )nzh.-, BERLIN, A.Y~,,inzh.;
BESSKIY, K.A.. inzh.; BLYUM, A.M., inzh,; BRAUN, I.Y., inzh.; BRODSKIY,
I.A., inzh.; BURHAS, A.I.,inzh.; VAYNMAN, I.Z., inzh.; VARSiiAVSKIY,
I.N.,inzh.; VASIL'YEVA, A.A.,inzh.: VORONIN, S.A.,in2h.- VOYTSEKHOVSKIY.
L,K., inzh.: VRUBLEVSKIY, A.A.,inzh.: GERSHMAN, S.G., inzh.;
GOLUBYATIJIKOV, G.A.,inzh.; GORLIN, M.Yu., i-,7.h.-, GRAWATIKOV, A.H., iazh.;
DASHEVSKIY, A.P.,irizh.;DIDKOVSKIY, I.L., inzh.; DOBROVOLISKIY, N.L.,inzh.;
DROZDOV, P.F..kand. tekhn. muk.; KOZLOVSKIY,A.A.,inzh.; KIRILENKO,
V.G.,inzh.; KOPELYANSKIY, G.D.,kand. tekhn. nauk,; KOR-vTSKIY, M.M.,inzh.;
KUKHARGIM, I.N.,inzh.; KUCHER, M.G.,inzh.; MZ-MYAK, M.T.,inzh.;
MIRONOV. V.V.,inzh.; NOVITSKIY. G.V.,inzh.; PADUN, N.M.,inzh.;
PANKRAT'Yh-V, N.B., inzh.; PAREHOMENKO, V.1.,kand. biol. nauk,; PIVSKIY,
Ye.A.,inzh.; POILUBNYY, S.A., inzh.; PORAZHF~NKO, F.F.,inzh.; PUZANOV,
I.G.,inzh.; REDIN, I.P.in7h.: NEZNIK. I.S.,kcand. takhn. nauk,;
AOGOVbKIY, L.V.,inzh.; RUDERMAN, A.C-.,inzh.; RYBALISKIY. Y.I.,inzh.;
SADOBAUV. I.S~,inzh, SBTaIYABOV, li.li.,kand. tekhn. nauk.; SEIGISHKO,
A.T.,inzh.; SIHKIli. A.Kh., inzh.- SURDUTOVICH, I.N.,inzh.; TROFIMOV,
V.1.,inzh.; FIWLR, M.Y,,inzh., FIALKOVSKIY, A.M.,inzh.; FRlSHKAh,
K.S., inzh.; CHKH SHNEV, V~A., inzh.; SHESTOV B.S. inzh.; SHIFKAN,
- - ==Amz4.%AA-
K.I., inzh.; SHUMYATSKIY, A.F.,inzh.; SHOTERBAKOV. V.1.,inzh.-,
STANCH&EKO, I.K., otv. red.: LISHIN, G.L..inzh.,red.- KRAVTSOV,Ye.P.,
inzh.,red.; GRIGORIYSY. G.V.,red.-, KJAMINSKIY, D.N.,red.; KRiSOVSKIY,
I.P.,red.;.LF,YTMAN. L.Z., red.[daceasedl,; Gb-ILIVICH, K.S.,inzh.,red.;
DANILEVSKIY, A.S.,inzh.,rcd.-, DEMIll, A.M., inzh.,red.; KAGANOV,
S.I.,iazh.,red.; KAUFMAN, B.N.. kand. takhn. npuk, red:.LISTOPADOV,
N.P.,inzh.,red.; MENDhLEVICH, I.H., inzh. rad.fdaceasedj; -
leontinued on next card)

AGALINA, M.S.... (continued) Card 2.
FzZTKOVSKIY, N.I.,inzh.,red.; ROZ-"-MKRG. B.M.,inzh.,red.; SLAVIN,
D.S., inzh.,red.; FFDOROV, M.P.,inzh.,red.; TSYMBa', A.V.,in2h.,red.,
SMIRhOV, L.V., red. izd-va,; PROZOROVSKAYA, Y.L., tekhn. red.
Lkining ; an encyclopedic handbook] Gornoe delo; entsiklopedicheskii
spravochnik. Moskva, Gas. nauclino-tekhn. izd-vo lit-ry po ugo1'noi'
promyshl. Vol. MOrganization of planning; Gonstruction of surface
buildings and structuresJ Organizatsiia proektirovaniia; Stroitel'stvo
zdanii i sooruzhenii na poverklinosti shakht. 1958. 497 p. (1111LA 11:12)
(Mining engineering)
(Building)

SHESTOV, B.S., Inzh.
Universal ribless reinforced concrete tubing for mine shaft lining.
Shakht. strmi. no.7:10-15 15~9. (MIRA 11.-9)
1. Gosstroy SSSR.
(Shaft sinking) (Reinforced concrete construction)

SBESTOV, B.S., inzh.
Improving the procedure for vorking out plans for industrial
construction. Prom.stroi. 39 no.8:40-45 161. (MM 14:9)
(Factories-Designs and plans)

SHESTOV, B.S., irmll.
Burning questions of inprovimg planning in industrial constructicn.
Prom.stroi. 40 no.11:24 162. (MIRA 15:12)
(Construction industry)

DRCZDC)V, Favel Filaretovich, dots., kpnd. tukhn. nauk; SHESTOV B.S.,
nauchn. red.; SERGEYEV, D.D., nauclffi. sotr,, retsenzept;
MKRTUMYAN, A.K., nauchn. sot-r., retsenzent; BOLOTINA, A.V.,
red. izd-va; KASIMOV, D.Ya., tekhn. red.
[Large-panel apartment houses from precast reinforced
concrete] Krupnoelementnye zhilye zdaniia iz sbornogo
zhelezobeto.-;a; konstruktsii i raschet. Moskva, Gosstroi-
izdat, 1963. 177 p. (~nRA 16:7)
1. TSentralInyy nauclLno-issledovatellskiy i proyektno-
eksperLmentallnyy institut. industriaL!Inykq zhilykh i mas-
sovykh kullturno-bytovykh zdaniy Akademii stroitel'stva. i
arkhitektury SSSR (for Sergeyev, ?&,rtumyan).
(Apartment houses)

Sli-E-STOV) D.L;.
Statistical rc-ccz-- o-~" -diseas-s rc- rinG out-oa'ient surr7ical treat.Man",
iiii
Zdrav. -Ros. Feder. 6 no.,:23-25 AP 162, (MI-RA 115:4)
1. Iz k-afedry organizatsii odravookiiraneniya (zav, - prof. SYa.
Freydlin) I Leriin-radskogo meditsinskogo instituta inmeni akademika
0
I.P.Pavlova (dir.. - dotsent A,I,I,.,anov).
(I IOSPI TALS-- -OUTPATI---"NT SERVICES) (OMW1011TS, SURGICAL)

SHESTOV, D.B. (Leningrad)
Some problems in the organization of surrical aid in the home.
Sov.zdrav. 21 no.7:27-29 162. (MIRA 15:8)
1. Iz kafedry organizatsii zdravookhraneniya (zav. - prof. S.Ya.
Freydlin) I Leningradskogo meditsinskogo instituta imeni akademika
Pavlova (rektor - dotsent A.I.Ivanov).
(SURGERY)

ac.-e-

T- "trontium in 7/cakly ',',ineralized t'f'rounl -~tater-- c- t',,e
j
ire-l-ral 1~e -ion (Strontsiy v -.o,lzennykh al-~)omineral.-*.--o-,r:lnn-7',!,.
vork,kh sr4-dno,,--o i~relur~,l'ya)

T,'
Ell jo-

, PP 93-06 (USSR)
s~lmolles from fountains, wells, an,l "'Irill-hola.: viere i n -

ated. The Iry resi(lue -aas analyzecl with the spectro-
iv 17 -
,,.,.-a;)h !SP-"-'. A mixture of fullowin,~, substances in mg,
~
1118-0 50 12.0 T;T
r, 17,1.6 Ca,
i66.o ,ico 43-4 C!
' r 19 - 4
L
~
,
31 r 4
.,r to a total of 757.4 mLrj/l was taken as standard
ali:~ounuin
.
s~m,ple. 1.0; 0.1, 0.01, 0.0011,', Sr 7iere added to this mixture .
Q
'211e blacken-in,, of '6.-,.e lines ~'077-714 ~ and 49'07-331 ~ Was
ca.,.marel visually 'L)v means of a s~~ectrum -projector. aialyses
viere c-,)rrie] out b..- Kr~,~,~)achev. 2, t~-ble cur.-,--ari;.es strati-
4-
'
'r~~Thical horizon, of .ock, mimlber of sampleo, Uotal
,
-
i:iinera?iz~.tion in ana averag tour. conten' in
,e stron _i U -
7er:.ent of the dry residue and in ml-//l water Mble 1 ) . Waters
21
_
eo th 1 . 0- Sr n t',- -
. p3k s and
of 16"-.2 Perm horizons, e..
'
Iry residue 'have 'U,ie MF~Ilest strol'Itillm Content. in t 'tle
C 1 '2
1--rd
ln complete analyses of :7.ireral viaterc from clifferent reol~)

7-~59-1-12/
S'U--or,'ium in 77ealkly -4 -.e-ali,,-I Wa'e-s o-~' t'.e e--r-=--, E i on
cal horizons are --;ven. 'There are 2 tables and A Sovieu
references.
."IY;OCIATION: ' ermskiy -osudarstvennyy universitet im. A. M. ~!or I kogo
(Perril State University imeni A. I.I. Corfk-iy)
SUR1,1ITTED; Decc7iber 11, 1,~157
Card 2/12

ZALKIND I. E., (Perm'); OBORIN, A. A. (Perm'); SHESTOV, I. N. (Perm')
I
Healing springs in the cis-Ural region. Priroda 52 no.1:
117-1-18 163. (MIRA 16:1)
(Cherdyn' District-Mineral waters)

SfESTOVY i.N.; IVANOV, V.N.
Trace elements in the underground waters of Perm ProvInce. Sov.
geol. 7 no.2:3-/,3-146 F 164. (-!IRA 17:3)
1. Kttrq,-kiy f-i-lial Vsesoy-uzno-o nauchno-issledova;el'skogo geologo-
razvedochnogo neftyanogo inst-ituta.

STOV f eli
" --!.) ) Q 7 hr
Prospects for finding native sulfur, or, the Lerrlt~cn c.1 Fel--
Province. Sov. geol. 8 no.2sl38-140 F ;65~
(',,!JRA 18~c 12)
1. K&M3kly filial Vsagoyiiznogo
gE)olacrcrP.zvedn.Juiogo neftyanago inulitiita,,

SHESTOVI, L.F.9 remontirovshchik
Upper plates of shuttle boxes with tightening flanges. Tekst.prom. no.2;
54-55 F 163. (MIHA 16:4)
1. Pervaya tkatskaya fabrika OVozhd' proletariata*., g.Yagorlyevsk.
(Looms-Maintenance and repair)

SHESTOV, P.I.
Results of testing hinged cap sets. Ugol' 32 no.1:11-15 '57.
(Donets Basin--Mine timbering) (MLU 10:2)

SFMTOV, P. I., inzh.
Causes of lose and deformation of metallic supports. Ugol'
Ukr- 3 no-3:20-21 Mr '59. (MIRA 12:5)
(14ine timbering--Maintenance and repair)

ShESTOV2 P.I.J. inzh.
Test results of hydraulic supports. Ugoll Ukr. 6 no.5:16-17 My
162. (MIRA 15:11)
1. Donetskiy nauchno-issledovatel'Bkiy ugolInyy 10stitut.
(Donato Basin--Mine timbering)
(Coal mines and mining--Hydraulic equipment)

SHESTOVt P.I., inzh.
Results of tests of new types of metal supports for stopeB.
Sbor.DonUGI no.26g43-95 162. (NIRA 16:6)
(Mine timbering-Equipment and supplies)

I I . 9

LAPSHIN, A.; SHE�ZQV,-F,
Using hydrocyclones for extracting fats and separating bones in the
pro6ictiorf -of edible fats. MiAind.SSSR 32 no.2:48-~P 161.
i/ (MIU 14:7)
1. Leningradskiy institut kholodillnoy promyahlennosti.
(Oils and fats, Edible) (Separators (Machines))

ACC NRi A~-,6oo6552 M) SOURCE CODE: UR/0335/65/000/005/0006/0007
AUTHOR: Lapshin, A. (Doctor of technical sciences, Professor); -Shestov, R. (Candidate
,of technical sciences)
ORG: Leningrad Technologic Institute for the Refrigeration Industry (Ieningradskiy
tekhnologichoskiy institut kholodillnoy promushlonnosti)
TITLE: Optimum conditions for the hydromechanical dogreasing of bones
SOURCE: Xy~asnaya industriya SSSR, no. 5, 1965, 6-7
TOPIC TAGS: food product machinery, food processing equipment
A3 4-7 T`~ 1he investir-ation was carried out in a semiworks hydromechanical machine
whic",-, a desIgn cai3acity of 600 IT of mixed bones per hour, and a peripheral
-velocity of 40 meters f/sec. The bono feed (-,hose properties are shown in a tablo) was
7round in a ball mill. The construction of the machine is shown in a
dptailiid It was provided with means for changing the number of agitators, to,
vary the degree of ptilverization of the bones and to increase the efficiency of the
:ertrac'.ion. The amount of cold water fed into the machine was controlled by a
rctom'etsr' and the consi~lmption of electric power was measured with a Type UP
Deterninations were made of the following parameterst the degree of
axtrnct1on or grease from the bone3 as i function if the fineness of the grinding;
Card I /Z UDC: 591.471.3;532.677-825.4

S1 14 6/6 1/004/006/0 2.1020
D235//D30'i
A.UTHOR~;-,- Nikitin- Ye. A. and Shestov, S. A~
TITLE A magnetic suspension for float instruments
PER LOD P"A L: VY-38hik-h uchebnykh 2,:---~vedeniy.
4, no, G, 1961, 87-i%
TEXT7 The authors .-%sider the problem of ut-ilizing a 12--pole mag-
net-i- transmitter suspension for float gyroscopes and accele-
.-imeters. The t-,-.3mitter is a combinat,4on o' four 3-pole d~fferen-
I-ial t,un6-'Corme-e. The principle of operation of the transmit-te-- -S
explained and )asic conditions for the parameters are deduced. A
rume-raca', ry-,nple of approximate design of the suspension is gi-,.,en,
-with det -1-,ation of the -igidity Gf the "Latter. There are 6 11,1-
2 ~ C) -L
_i r e :; a references v~et-bloc and I non-Soviet-bloc, The
ref eve- the English-language publication reads as follows-
P~ Gili-r W- Denlhard and R. Frazier, Magnetic support fcr floa-
t 7-, d ~- r i etI lnstru,,~ient5. Published by Instrumentation Labc--atcry_
of Technology, April 1960. This article
Card

A magnetic suspenFion
SI'4 6/6 1 /004 100--'./Cj'- 2/020
D235/D-lzO'
Was recommended by the Kafedra g'roskc-pi,--Iie3kikh priborci (DE~Part-
Tnstrumentz~',
rc. S I
B 14 ITOT E 1) -
ekhii -m.
Te :Iirli il S.Acc~ -m.
j

ODINTSOV, Anatoliy Alekseyevich; PYABOV, B.A.Y prof., retsenzent;
NUKITI11, Ye.A., dots., -etsenzent;_~~~.A,, assist.,
retsenzent; SAYDOV, F.I., prof., red.; KHEOSTALEVA, N.I.,
red. izd-va; MURASHOVA, V.A., tekhn. red.
[Desgin of electrical elements of gyroscopic devices]Pro-
ektirovanie elektroelementov giroskopicheskikh ustroistv.
14oskva, Vysshaia shkola, 1962. 190 p. (MIRA 15:12)
(Gyroscope)

SHESTOV, S.A., prepcdawaell; TI1,OFEYFVA, Z-N.., red.
(Ph-jg1cal. fundaffw-ntaln of inertiall navigation; manual _for
students of the subject "Gyroscopic. instrumonts and
devices"] Fizichekle asnovy inertsiallnoi navigatsii; po-
soble d1la studentov spetsiallnosti "Giroskopicheskie pri-
y ! u5Lraist.vall Perml. PL.I. 1963. 30 p.
bor, (MIRA 17;5)
1. Perm. Politek~ndcheskiy inL;Litut. 'Kafedra giroskopicheskikh
priborov i ustroystv. 2. 1.1,oskovskoye -jyssheye tekhnicheskoye
uchilish--he ".m. baumaria (for Shestov),

SUSTOV, S. M.
Encourage radio as a hobby in schools. Politekh.obuch. no.2:a6-89
F 159. (MIRL 12:3)
1. Pedagogichaskiy inatitut, g. Voronezh.
(Radio clubs)

VA-S 17 ' K,', I' - - T tl A' , ~~ " ~ -, : V T tj ' '~ -, H &-~ , , , V : -, N "
I I. I, ~ N , , , A - - 1,K H I N , Y 1; ~ ~--- , ~: E '-j ~-: It' i -~ i' , I P, I ' ~I- I
l:r;,juq-,--r , .1, ,8.9 ;,nq or -~ ~,o In p M!.nep. -;f
- I L
- - `% ' 7* -U
h e I I Kar ak u be i, -,f a m JMLA n I n g 4 d m: r; I E ~ - a t'- 0 r; , Met. - go-no. d.
crim. no,,3~70t-71 l+/-Te 164. t.K.'RA -'7;10)

SHESTOV, V - -I.-
"Admiral P. S. Nakhimov's Concern About the Military Naval Medicine," Voyenno-
Med. Zhur. P. 79, No. 9, 1955.

SHESTOV, V.I., kandidat maditsinakikh nauk
Admiral P.S.Nakhimov's attention to naval medicine. Voen.-med. zhur.
no-9:79-83 S 155. (MLRA 9:9)
(NAKHIMOV, PAVAL STXPANOVICH, 1802-1855)
(M ICINX, NAVAL-HISTORY)

SHEK011 ,kandidat meditsinakikh nauk.
- - 1~4 - ~'- " .-
Some problems in compiling a history of military and naval medicine.
Voen-med. zbur. no.2:83-87 F '56 (MIRA 10:5)
(WjOICINE, MILITARY AND NAVAL, history,
in Russia) (Rus)

SHESTOV, V.I, (Leningrad)
Military medical museum and its role in the training and improve-
ment of medical personnel. Sov.zdrav. 21 no.12:68-70 162.
(MIRA 15.12)
(WDICAL MUSEU~S) (MEDICAL PEFSONNEQ

SIH-E16TOV) V.P.
Some data on the ~-electivity of trawls as related to scorpion
fishes. Trudy TRTIRO no.47:46-51 162. (MIRA 18:4)

YEFIMOVA, Anna Llvovna; SHESTOVA, L.M., redaktor; IIAUMOV. K.M., tekhni-
cheakiy redaktor. -.- . --- -,
[Workers' movement in France from 1918-1939j Rabochee dvizhenie vo
Frantaii v 1918-1939 godakh. ~,oskva, Vysshaia partiInaia shkola
pri TSK MS. 1957. 59 P. MRA 1o:6)
(France---6abor and laboring classes)

3, v4u I,YIj 6 ".1v . ;0 i k o jjI y D1.1 "L t r i yo v i c h, ; S HF.STuVA. L. M. , ro d. ; N AUMUV, K. M. , takhn. re d.
Ll-abor -~ovemeant in Italy from IE7I to 1915J Rabochee dvizhenie 7
1t3l.'i v IE',71-1915 godakh. Mov;cva, Vy-c-s"-f~ia virt.-Lia-iia Ehkola pri
TsK KPSS. 1-958. '7? P. (MIRA 11:12)
(Italy--Labo-. and laboring classes)

BERSHADSKAYA, 01'ga Isaakovna; ZHMYKHOY, Ivan Nikolayevich; FILIPPOV.
A.K.. i-id.; S QVA,.L.K... red.
[Workers' and national-liberation movement during the years
of the First World War] Rabochee i natBionallno-osvoboditellnoe
dvizhenie v gody pervoi mirovoi voiny. Moskva, Izd-vo VPSh i
AON pri TsK KPSS, 1959. 63 P. (KIRA 12;6)
(labor and laboring classes)

TSAPKIN, Nikolay Tarlaamovich; SELESTOYA, L.M., red.
[German Democratic Republic] Germanskaia Demokraticheakeia
Respublika. Moskva, Izd-vo VPSh i AOII Dri TsK KP;SS, 1959,
103 P. (MIRA 13:Z)
(Germany, BaBt--Politics and government)
(Germany, East--Economic conditions)

SHEVERDA, Udiya Andreyevna; SHESTOVA,.L.M.-,.red.
[The labor movement in the German Federal Hepublic) Rabochee dvi-
zhenie v Federativnoi Respublike Germanii. Moskva, Izd-vo VPSh i
AON pri TsK KPSS, 1961. 85 P. (YIRA 14:7)
(Germany, West-Strikes and lockouts)
(Germany, West-Commmist Party)

LEZII;, '11'.V., prof.; I'll'AYn", EULULIKOV, I).A.; OSIIEI~FOVA,
- i
ed.; VAHTYNOVA-, t,;khri. red.
["Corur,3n Market" and worker~3 of capitalist countries]
"Obshchii rynok" i trudiashchiesia kapitali.-ticheskikh
stran. Moskva, Izd-vo VPSh i AON pri TsK KFSS, 1963. 289 p.
(MELA 17:2)
1. Moscow. Akademiya obshchestvennykh nauk.

L.Yc.; 61:E.I~TGVA, I-ed.
[Tt.e '.'rrth opens up -i--- fr(~,.. t.he hi-stor-I of the
industrial devD~ojxnent of the Soviet Fa~r Northil Sever
raski~vvact bogatstw; iz i.,t,orii promyshlennogo razvitdia
Ocwetskogo Kra'nego Se-vev;,.. Izd-vo "I.-yol"If ]!g,!
U-.
108 P. (1-1 I.-U. i'7 -. 6)

V
-,n. an
L men, f niv, e-,,-k.~go
i)vsk-'y

S/262/62/(XJ0i(X)2.i0l ll,'01-1
1008/1208
A UTHOR . Aronov, D., Koltypin, S and Shestukhm, V
TITLE Effect on engine performance upon removal of scum from the cooll L) SNsten)
PERIODICAL. Ret*erativnyy zhurnal, otdel'nyy vypusk 42. Silovvye ustanovki. no 2, 1962. 56. abstraci
42 2.318. "Avtomob. transport". no. 4. 1961. 14-16
TEXT: Test have sho%%n that the removal of scum from the cooling system ot an engine by flushing it with
acids improves. due to an increase in the packing factor and a decrease in detonation. the mechanical and
economic efficiencies by 4'/'.'. Thecomposition of a scum-removing solution of hydrochloric acid and a method
of flushing the cooling system are given. There are 4 figures.
[Abstiacter's note7 Complete translation.]
Card I i I

SKEESTUKH111, V.I., inzh.
Investigating the operation of the D-38 diesel engine during
the acceler-atioi of tractor-driven machinery. Trudy MIMSSKH
1-2 - 34 3-339 160. (MIRA 13:9)
(Diesel en-ines)

FOPIIN, AN., kand. tekhn. nauk; MJMSADZHYANTS, 0.1., inzh.;
SHESTUKHIV, V.I., inzh.; SHCHMBAKOV, N.N.., inzh.;
BAR)UTOV, A.Ya., red.; BODANOVA, A.P., tekhn. red.
(Operational characteristics of motor vehicle diesel
engines] Ekspluatatsionrye kachestva avtomobillnykh dizell-
nykh dvigatelei. Moskva, Avtotransizdat. No.2. 1963. 42 p.
(PIERA 17: 1)

W 1 tM.S, IAaltriy Alokseyovich; SHESTUKM,--..VaaIIIy- IvanavIc.L;-
SHLEILOVA, Ye.M., red.; RAD-b%i, N.V., tekhn. red.
[Y.ethods for deTermining the technical cordition of the cylinder-
piston unit of motor-vehicle carburetor engines]Fetody opredeleniia
tekhnicheskogo sostoianiia tsilindro-porshnevoi gruppy avtomibilInfth
kar'biuratorrykh dvigatelei. Moskva,Avtotransizdat. No.2.[Investigat-
ing the method for deterrining the technical condition of the cylinder-
piston unit of a motor-vehicle carburetor engine by cutting off
cylinders] Issledovanie metoda opredeleniia sostoianiia tsilindro-
porshnevoi gruppy avtorribillnogo karbiuratornogo dvigatelia putem vy-
k'liucheniia tsilindrov iz raboty. 1961. 22 p. (MIRA 15:1)
(Motor vehicles-EnCines-Cylinders)

SHESTUKHIN, V.I., inzh.
Increasing dynamic and economic indices of tractor engines under
unsteady load. Trakt. i sellkhozmash. 31 no-7:9-11 J1 161.
(MIRA 14:6)
1. Moskovskiy institut mehanizatsii i elektrifikatsii sel'skogo
khozyaystva.
(Tractors--Engines)

Vasiliy Ivanovich; ;HCFERBAKOV, Mk,,~-Iav 11.1kolave-,ich-
- I
D-VU!'CV, A.Ya., red.
[Opertition of the IPT~' engLnesj Ekspluata~;-Ilh. dvigatele-i
IAI,',Z. Vosk-va, Translort, 19&1,. 72 1). (1,11;~A 16:3)

KJOWIMM, ji.D.,; Ytj,S~; GAIA1611, A.IL
lata~yLic oxidation of propylene to acrolein in the pre:Ierice
of selenium. Kin.i kat. 3 no.2:2.1+7-251 Mr-Ap 162. (%URA 15:11)
1. Novokuybyshevskiy filial I'lauchno-issledovatellskogo instituta
sinteticheskago spirta.
(Propene) (Acrolein) (Catalysts)

USSR/~Phyeics - Secondary Zlectrons Aug 52
"Knocking Out of Electrons and Reflection of Potassium
Ions From Tungsten and Tantalum," M. A. Yeremeyev,
V. V. Shestukhina
"Zhur Tekh Fiz" Val 22.0 No 8, pp 1262-1267
Subject was studied by shooting potassium ions of
engeries of 2 - 6 kev against targets of tungsten
and tantalum. Electron emission was studied in a
temp range of targets of 293 - 1,2000K.and reflec-
tion of ions at a temp of 293 to 200 - 2,500P K.
226T89.
Analysis confirmed assumption that electron emission
depends on the &&sorptive layer of the target.
Received 28 Apr 52.
226T89

USSR/Physics - Secondary Electrons Aug 52
"Knocking out of Electrons and Reflection of
Lithium Ions from Tungsten and Tantalum" M. A.
Yeremeyev, V. V. Shestukhina
"Zhur Tekh Fiz" Vol 22, No 8, pp 1268-1270
Continus:tion of the preceding article fs-ee 226TS27
in order to investigate whether the lave found
hold.for ions of other elements. Measurements
were performed with lithium ions of engery vary-
ing from 2 to 6 kev. States that at high temp of
226Tgo
target, the emission of secondary electrons under
impact of lithium ions exceeds that produced by
potassium ions, probably due to higher adsorption
of lithium atoms by the target. Received 28 Apr
51.
226m
t
"I
10

SIGALOV, D.L. (Syhalov, D.L.), dotsent; SHESTUN, L.I.
Role of hormonal treatment in tho general compound treatment of
pneumonia in children minly of the nursing age. Fed., akush. i
gj-u. 23 no.5:7-10 161. (MIRA 14:12)
1. Kafedra pediatrii No.1 (zav. - dotsent D.L.Sigalov) LKiivslkogo
inatitut'u udaskonalannya. likariv (rektor - dotsent 1-4N.Umovist) i
spetializovana dityacha likarnya (golovniy Iikar - T.P.Novikova).
(HOM-461TE THERAPY) (PNEUMONIA)
(INFANTS (NJ,'vFj0hN)-DISFAS.:S)

--- SHESTUN, 0., inzh. (deceased]
Large prestressed elements tor the rc;ofs of industrial buildings.
Bud. mat. i konstr. 4 no,3:1-6 1-.~-Je 162. f KIPA 15 - 5)
(Roofing, Concrete)
I