SCIENTIFIC ABSTRACT OBUKHOV, V.M. - OBUKHOV-DENISOV, V.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001237720015-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

C ~~TT-wLir- -,- -4- I ,
W-1- J ) . 11.
Cuttinc Machines
0
"Cutting machine." 3tek. i ktr. 9 no. 7, 1952.
9. Monthly List Lf Russian Accessions, Library of Congress, Cetober 195j, Uncl.
2

OF', x H 0 v7.--: K.
61ass'T)roduction
M�~3&sgineering
Pub 104,_ 12/12
t:- ,. ObukhoI
it cu

q omat o'cont rnace f0 emper ngglass
of r t i
A t

~,-Ti6tiodfta t
14,66k i,'.: iker.-Il i 30,4 32v.J
1154
powered equipment or~automatically con-,

D t led~description i a givdn. of f
a ai. . :'
Lro 1iIngIa turnaceI during the- h automatication be--
teripering.of glass., sue
ing considered essential to'the prevention.of losses in glass materials.
'Prawingsj:graph-

v

OEMOV,V.H*
Simplified method of automatic pressure control in glass furnaces.
Stek. I ker. 12 no.?:23-25 Jl '55. (MIRA 8:10)
1. StekolInyy zavod imeni Dzerzhinskogo
(Glass manufacture) (Automatic control)

CBMMOV.V.M.; MAKHNOVSTSKIY,A.S.
".-
Misthod of continuous surface temperature measurement and recording
on ShS-500 conveyers. Stek. J ker. 12 no.9:28-29 S155.
(nn 8:12)
1. Gusevskoy stekollnyy %avod
(Glass manufacture) (Thermometry)

OBUKHOV, T..M.; KAKMOMSJUY, A.S. ~ OUTOP, T.G., nauchnyy redaktor;
..-- ". lrdiiDYSHIVA, S.A., redaktor; LTUDKOVSKAYA, N. I., takhnicheskiy
redaktor
[Automatization and has% control in class production; work practies
of the DzershinskIt glass factory in Gusev] Avtonatizatelia i teplovoi
kontroll v proizvodstva stakla; it opyta,raboty %se"kogo stakolluago
sayodm inent Dzershinskogo. Kosl3m, Goo. izd-vo lit-ry po stroit.
materialan. 1956. 99 p. (KLM 9:12)
(Oupiev-Glass sanufacture) (Automatic control)

ODUKHOV, V.K.
"--
Automatic control of heat processes In a glass furnace. Stsk.i
ker. 13 no-1:30-32 Ja 156. (KLRA 9:3)
1. Machallnik tookha kontrollao-izmaritellnykh priboroy Gusevskogo
stakollnogo savoda isent Dzerchinskogo.
(Glass manufacture) (Automatic control)

- ---- .. &,-V% - .. - -1.
-QBMOV, V.M.
Automatic moisture control of the blast under the gas producers
grate. Stek.i ker. 13 zta.5:26-27 Ky 156. (NLRA 9:8)
(Gus-khrustalny--Glass manufacture)
(Automatic control)

M,
AUTHOR: Obukhov, V.M. 7": -2- 10/?C
TITLE- Temperature Control in the Channels of Machines and in Gla-ss
Melting Kettles (Kontrol' temperatury v mashinrxykh kanalakh i
basseyne pechi).
PMZIODICAL: Steklo i Keramika, 1958, Nr 2, pp. 27-28 (USSR)
ABSTRACT: The temperature in machine channels in the vertical system of glass
stretching should be maintained rrith an accuracY of + 50. In the
mjority of glassworks temperature control is carrie5 out every hour
by means of a transportable optic pyrometer of the type OTrT1 M P -45,
orOTIW-09, and it is difficult to measure temperature fluctuations
of from 5 to 100. At present multipoint-alectron-potentiometers of
the type,371P-09 are being used at the Gusev glassworks imeni
Dzerzhinskiy) in order to increase the sensitivity of the radiation
pyrometer, the existing shunt of 175�~ was removed. The pyrometer is
switched on to the potentiometer. The characteristic of the pyrometer
before and after its improvement may be seen from table 1; by chang.-
ing the scale from 900-18000 to 1000-12500 a measuring accuracy of
2-30 was attained. Fig. 1 shows the building in of the radiation
pyrometer, which is described. The recordings obtained from the firm-
CaW 1/2 1y built-in pyrometers are controlled once a day, and at some points

Temperature Control in the Channels of Machines and 7 2-42 -10/ 20
in Glass Melting Kettles
twice a week by means of an optical control pyrometer. In order to
increase the reliability of the potentiometers, they are switched
on only periodically for some minutes every hour. Some months ago
such a plant was built in according to the same principle for the
purpose of measuring temperatures of furnace basins, and thus it
was possible to measure temperatures Yrith an accuracy of up to 10.
Table 2 shows the characteristic of the pyrometer before and after
reconstruction. The temperature curves before and after the exchange
of scales may be 3een in figs. 2 and 3. Thus, the conditions for
the introduction of an automatic temperature control in glass smelt-
ing furnaces have been created. There are 3 figures and ? tables.
ASSOCIATICh. Gus' - M=ustallwjY Glass Works Ireni Dzer7hinskiy (Ousevskoy
fftekollwy zavod 1meni Dzenhinskogo).
AVAILABLE: Library of Congress
Card 2,/2

AUTHOR: ~b 72-58-5-14/18
TITLE: Signalling Device for Bulk Level (Signalizator urovnya
Sypuchikh materialov)
PERIODICAL: Steklo i Keramika, 1950, Ur 40 (USM)
ABSTRACT: Laborers of the department for control-instruments of the
Gusev imeni Dzerzhinskiy Glass Factory USM developed this
signalling device and also produced it (see figure). It
has on the one side the diaphrajm (1), which is compressed
by two disks (2). Through their center passes a bolt (3)
which pushes against the microcontact. The signalling
device is lowered into the bunker by a rope or a tube so
that the diaphragm is in horizontal position. As soon as the
bulk covers the diaphragm the latter Gives way and the bolt
presses the contact and closes the circuit. When the level of
the bulk goes down the spiral spring (5) pushes back the
diaphragm and the circuit is interrupted. The diaphragm is
limited in its mobility by three thrust bolts. When two
signalling devices are mounted within the bunker (one up
Card 1/2 and one lower) signals are obtained on the level of the bulk.

Signalling Device for Bulk Level
-58 -1
ASSOCIATION: Gusevskoy stekollnyy zavod imeni Dzerzhinskogo (Gus'-Khrustallnyy
Glass Factory imeni Dzerzhinskiy)
AVAILABLE: Library of Congress
1. Glass--Production 2. ConLrol systemB--Instrumentation
Card 2/2

OBUKHOV, T.M. -
. - , ,
Temperature control In machine ports and furnace tanks. Stek. I
ker. 15 no.2:27-28 F 158. (MIRA 11:3)
1. Gusevskly stakollnyy zavod im. Dsorzhinakogo
(GlAss manufacture) (Potentiometer)

1~(~)
U. "i ~011 ii: hubLnin, V.
L V 7 2
rldC'! L~ 0 L a urnace
P--i'l~)I)ICAL. Stoklo j '-~oramika, I- PP ~L-77
I i e Gusevskoy Mm Factw -cuo technical
LI y
plate cjass for oto,.- aprJi,lAicoo, riurrors ?-.nd
Photo;-r;Ir)'I.Ac -,Jl~lte- pl-.rccl on it are very
hi[:hj tr-,--refore .1 attention ic dcvc,---~d -11C) quality in
the mentiuned factory.,.s far as stability of quality and
the utilization coefficicnt ot' the, glass mass aro concerned,
this factory occupiec -- leading position in the plate glass
industry of the Soviet '.rdon. Figures 1 and 2 sliow the glass
melting furnace of' the factory. The temperature curve of the
furnace mai be seen from fi.,7ure 3. Since 1956 the basir, and the
channel walls are made of fire clay beams of a format
and high density. k'igrureo 4, 5 and 6 show the nature of
destruction undorgrono by thoon beamri. The basin .vallq of the
tank furnacc are intensively cooled by blowinp. Aie fuvrjacc
worked for 24 months and 10 days vithout need for repairs,
Card 1/3 which circumstance led to a high efficiency and to saving in
0

!1iGh '."'orking Index Figures of a Glass 'aeltinS S011/72-59-~`-11/19
Furnace
repair costs. The fi;rnace temperatures are very
conscientiously prepared and maintained, thus permitting
standstills to be cut to a minimum. The individual furnace
sections are continuously controlled 1by maaons keeping watch.
Every month the conditions of all furnace parts are checked by
assistants of the chief technician and the results are recorded
(Table 1). The deviation in the composition of the ravt
materials used for a char-le in 1958 may be seen from table 2.
To secure a stable production, only 6 out of 9 machines are
operated at a time. The remaining machine is ready for
operation at any event. The mass level in the furnace is
automatically maintained .;ithin an accuracy of � 0.25 mm and
the furnace pressure within occillations of' a ma~.imun 10.05 mm
of the water column. Thc, furnace temperatures are Controlled by
18 stationary radiation pyrometers, which are cori,,octed to 4
self-recordine electronic potentiometers of the type
(V. M. Obukhov, Ref 1). The radiation pyrometers are controlleu
once for each shift by m~4an2 of an optical pyromcter of the
OPPIR-0,9 type. Table 3 rivo.: the technical and oconomic
Card 213 in4ex figures of furnace ~,erl`ormance in the last yearc.

4:i lids - y
u 1111"~c
In conc Li-ir -;!-)n t~ic- rm 11.,~o
-in
to l';tet~)riez; wmill,
p1-,t:! for the country.
and 1 Soviet reference.
1. T'j- -.~t f! r S tt e Ut
I),, ;-i;xit.-L'uned factory
-Lil additional great :tmount of
!guru are 6 fii-ures, 3 tables,
Cusevskoy stekoltnyy zavod imeni Dzerzhinskogo
(Gusevskoylu'lasq ',actory imeni ~-,Pr-,~.inskiy)
Card 5/3

Oammv, T. M..
Controlling temperature in glass-melting furnaces. Stek.1
ker. 17 no.7.-41-42 Jl 160. (MIRA 13-'7)
(Gaaev--Glass furnaces) (ThermDcouples)

OBUKHOVV V.M.; ZRUNOV, B.V.
Automatic pressure regulation inside a glass-malting furnace.
Stek. i ker. IS no. 3:27-29 Mr 161. (MnA 14:5)
(Glass furnaces)

OBUKHOVII~IL-
Are protective floaters necessary in pot furnaces? Stek. i ker.
19 no.606-41 Je 162. (MIRA 15:7)
(Glass furnaces)

OBUKHOV4 V.M.11 ZHBANOV, B.V.
Induction thickness gauge. Stek. i ker. 10/ no.7:35-37 J1
062o (MIRA 15:7)
(Calipers)

- OBUKHOV, V.M.
Simplified diagram for the reversal of flame direction.
Stek. i ker. 21 no.10:36-38 0 164.
(MIRA 18:11)

C:BljKj
f C-3
,f air
, I - 3"--38
tr,o Illa'sorl"y Q

OBWOVI V.N.
Stomach cancer at a young age. Khirurgiia no.8:65-73 Ag 162.
(MIRA 15:8)
1. Iz kafedry fakulltetsko khirurgii (zav. - zasluzhennyy deyatell
I
nauki prof. UJI. Yelanskiy~ I Moskovskogo ordena Lenina meditsinskogo
instituta imeni I.M. Sechenova.
(STOMACH-CAITER)

OBMOV, V. P.
The introduction of automatic control is an indispensable
condition for the Improvement of tank furnace operations.
Stek. I ker. 14 no.9:13 S 157. (MIRA 10-10)
I.Gusevskoy stekoltnyy zavod im. Dzerrhinskogo.
(Glass furnaces)
(Automatic control)

Q13UKHOV, Me U&Chelyabinsk)
Track alignment after heaving with contiguous bmps. put$ i put.
khoa, 5 no.3:12-13 Mr 161, (11MA 14:3)
(Railroads-Track)

AM AMMY, Alsks&ndr Petrovich; LAZARN. Dmitriy Ifilippovic4;., OBUKHOT,
Tladlair VU -dinlrovich; KOLMOTA. M.P., red.; HBROU.'Ii.T.,
[Collection of important laws concerning labor protection and
9&fety engineering In transportation construction) Sbornik
veshnsishikh materialov po okhrano truda I takhalke besopeonosti
no transportnom stroitellet". Moskva, Goo. transp, thel-dor.
izd-vo. 1958. 1233 P. (KIRA 12:2)
1. Russia (1923- U.S.S.R.) Laws, statutes, etc.
(Railroads--Safety measures) (Railroad law)

OBUKHOW, V.Ya., inzh.
Problem of evaluating the accuracy of the calculation of the
volume of material removed. Izv.vys.uchebazav.; gor.zhur. no.4:
75-80 t6o. (MM 14t4)
1. Movocherkasskiy orden Trudovogo Krasnogo Znamani politekhnicheskiy
institut imeni SXrdzhonikidze. Rekamendovana kafedroy markshey-
derskogo dela.
(Mine surveying)

ZMT# T-M-* doteent, k%nd.tqkhn.A&uk;-OB=OT.
S&MTLTG&, M. 2.
Accuracy of survey control in opew-pit mines. Ugoll Ukr.
4 no.5tlS-20 * 160. OUVA 13: 8)
1. lovocherbasokly politekbulcheskiy institut (for Zubov,
Obukhov). 2. GlavzWy marksheyder tresta Aleksandriyaugoll
(for Swwtugft).
(Strip minlag) (Mine surveying)

OBUKHOVF V.ye.
Input converter for electr-)nic cor.Tut,~,-2 -:s~-ig par-amf-~r-,ns.
Avtom. i prib. no.h32-34 Ja--Mr 165. (MTRA lpjg)

L~ 6,4! 2 34, Z- 5MR 1-4AED-2/EE0-2/PWT (d)
GGE$510N -NR-. AP5016091 UR/0302/65/0001002/0043/0045
6al.376.ZZ3
'.AUTHOR: Obukhov, Vi Ye.; Mikhaylenko, A. F.
TITLE: Moduliator.for a three-cycle pararnetron exciter without a d-c voltage
ource
SOURCE: Avtomatika i priborostroyeniye, no. 2, 1965, 43-45
TOPIC TAGS: parametron, parazynetron exciter, parametron exciter modulator
A i ABSTRACT: A -simple original 1 circuit (Author's Certificate no. 163214) of a
3--qdf~' parametron-excitatioa modulator (see Enclosure 1) is described. The
t tranei4tor bases are excited by three 1200 -shifted negative trigger drops, which
0
results in producing 120 -shifted r-f output pulses at windings W,. Excitation
A by- 1-phase, sinusoidal voltages is also possible but, in this case, the transistor
turri--~offsi~ft, *--ill necdo'sarily be longer than the transiotor turn-on, state,# Orig.
i art. has., 3 figures and 4 formulas.
~13

ACUSSION, NR:APr1016091 9 LOSURE
Sqli"e 120 -shif ted OW waves
pulsqs 1~

----------

rp
W,

4.
Modulator for a 3-cycle
parmetron exciter

Card
3r3
,

I Card 2/3

I
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-.- -., -I-,- ''
.- I -.
L-
i -
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. 1 1- ~.
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L 3179-66 ETC(Q) KN
'ACCESSION MR.- AP5015353 UR/0286/63/wo/oo9/oo96/oo99
681.14
AUTHOR: Qtaka;q~(.AL-1-, Xu1xar-.,1-G Krmik turosbalchako.-Al-K-.; 4
-F 0 , ozv
M. Ye. , eyfets, say. A.
S-Mirnov -A. 'Wrg
IgL
Mo;-Dubro, G. B!'Alilpov, A. N.""
,TITLE: Electronic instrument for measuring velocity, distance traversed, and tim.;
Class 42. No. lT07i6 m
SOURCE: Byulleten' izobreteniy I tovarnykh znakov, no. 9, 1965, 98-99
TOPIC TAGS: tellurometer, radio rangefinder. geodetic instrument
I j "Vi. 5 ~
ABSTRACT; An Author Certificate, issued for a device vhich measures velocity,
distance traversed, and time, combines a high-precision tellurometer, a phase
recorder equipped vith,a unit for converting sinuvoidal signals to pulsed signals,
and a unit for measuring phase differences. Readings spz* made vlsiall*. Tho
circuit connections of the OvIce, tonsisiting of a siries of computee-type modules.
are described In detail. (8P)
ASSOCIATIONs none
cfftd 112

'17
L 3179-66
ACCESSION XR.' AP5015-35-3-
summm OhKu63 ENCL: 00 SM Cola: M, EC
NO RE? GOVI 000 oml 000 ATD PFM- 4025
ell,
cw4 2/2

-It C, TOV, ; ; fj,(17, 5. yc". , band. tok I in. nauk; fli~li:,~f; " -" * i
0 . ) . J',
of atripirif., or, thn otat,O Mid IP )III!UT-0 -X lh(' i'"'Fillkl'Urldil
bods. Vost. A.11 Fazakh. SSR 20 no.12:5~.-60 D li-4
(! , .~,, 1 1.-, :-, )
I'$ I - o 1-rov, t 2.311 (fur Slkt-in~ v)e
: ~;" (.,,t -I 1-wirldolit Al'; Kaz

'2j, 2-1
AUTHORS: Kotov, V. I., Obukhov, Yu. L. and Pushtarik, V.A.

TITLE: On the Theory of a Cy clic Phasotron with Radial Sectors
PERIODICAL: Pribory i tekhnika eksperimenta, 1959, Nr 5, pp 19-22
(USSR)
ABSTRACT: An analysis is given of the free oscillations in a cyclic
phasotron with radial sectors in the ideal case. The
analysis is an extens ion and a generalization of the
theory given by Cole, Hoxby et al. (Ref 4) and Symon,
Kerst et al. (Ref 6). Formulae are derived which may be
used to calculate the geometric parameters of an
accelerator (angular apertures of the sectors, frequencies
of free oscillations etc.) and also to determine the
permissible range of values for the mean field exponent k.
The magnetic field in a cyclic phasetron is determined by
the function given by Eq (1) which is taken from the
paper by Symon et al. (Ref 6). The equations of free
oscillations in such a field are of the form given by
Eq (3) which are take n from the pappr by Kotov et al.
(Ref 7). Eqs (3) are solved assuming that ti,e instantaneous
orbit consists of a c ircular orbit of radius e, in the
,
Cardl/2 .
11'

663,49
SOV/120-59-5-2/46
On the Theory of a Cyclic Phasotron with Radial Sectors
positive and P2 in the negative sectors, while in the
interval between them it is a straight line (Fig 1), It
is also assumed in the solutions of Eq (3) that the local
field exponent on the orbit remains constant within each
sector and is equal to the mean value of the exponent
(along the orbit) for the given sector. Under these
assumptions the equations of motion are of the form given
by Eq (13). It is shown that a change in the mean field
exponent has a much stronger influence on the frequency
of radial oscillations than on the frequency of vertical
oscillations.
There are I figure and 9 references, 3 of which are Soviet,
I German and 5 English.
ASSOCIATIONt Ob"yedinennyy institut yadernykh issledovaniy
(Joint Institute for Nuclear Studies) Lkl-'
SUBMITTED: September 2, 1958
Card2/2

3/0 01009/006/007/011
DI ~ .12
Al Up 0
kvrVOBS' Pttkha,, 1. k., Gabso.t., I., Zhurselstv, A. A.. UEM in M,
Qbkhov, I.. I.,
T:!r:k: T Bond&, F., pukatka. T.,
1ITLI. ?be stdol of the ring proton synchrotron
PIRIODICkLe &tosmaja wnerglys., v. 9. ac. 6, 1960, 491-495
TZU& Us rind proton synchrotron hich to a poserful focusing
accelerator elth a magnetic field acnatant with respect to time, how been
suggested In 1953 by A. A. Colazonekly, V. I. Potakhov, and U.3.Rablazvich
and. independently of than, 1. 1955 by Sloan a8, If$.' (1955
the now device a..- to be able to produce very lat.n.L- a ... 1.r.tod-
particle beams. k model of this ring synchrotron (with radial sectors)
CLAS been a Ir4o I;d.In Cb tastitut yadtraykh La.ldov,niy
.:dlawamyy
(Join iltuts a u Rrch). The cocmtste of
eight slonants arranged periodically, each of which has a direct And an
Iaverse seaterl it also has two straight sections. The Aalouthal
card 1/3
22447
3/089/60/009/006/007/01
The model of the ri.d... B10213212
Alm."lon of thhdir..t sioot.r, htch focuses the boso, La radial
direatiam, in 2 2)0', god q.t of the inverse seator, ohich brLags about
the vertical focusing. is 7 501. The inverse sector. cause the orbital
perimeter *C lh:'ruiag m,7mcbratroa to be btgSer than that of a azandard
'r. Ugly f...I cools rotor. Th. ratio of the xzzizum radius of ;he
*rbit to the &into= radius of curvatur. 1. appzrozl~ately equal to . Th.
:all: go :,rt,1.4, 1ho field are arranged such that the :g..tl. field I.-
re *6 1th.r&di- of the rbit a .... dlla to H (ILIB.)4, I...,
or:*&*, from 41.0* 1. 54Qt*:.m1j2 P59. he ssXz.%
1.1, tthe hA ran rist~ sp hot, to oI In
the J'an.L
proport ion to he gap r&Ai= . Tb.reforo vertical d of the
I I also change f am 2a 4 ca. The J..r me. of
sor= area wt I rt a .11
ia&l dimensions of the a ator. &ad the c..Stancy ~f the f old
14 Index of ths'nodol to equal to 4) bring shoutia
(its.fI.
dy"ala aiatlari%y of the orblta. and the frequency of the free o.ailla-
tons :illoalso b: coaa!.m%r.aThP,auabr
vad I .. a t nd
IW b ,,ri, STh a t h
2.5 %a a the I II ad. 6 . 1. 4. for
card 1/5
4/009/60/009/006/007/01 1
the model of th. rind--- 31021B212
%lestroo.n..larsti.al the injection (of 20-40 k. v may
1, ly or In a Pm2s&d =er.vaft .. 11 ..! "'
0N."a"to ca 20 , Pa. .- lots..
t ,It 0
ataaa .1dbe 1.6 - Ir
"A a trq ... 47 of 450-500 Pa. Th. fir.% to*& result. obtained f~.. this
wait showed t hetI 'Ll"Ory a ."I11'. ith red." to the accuracy of
salleallask 4.4 th. llityff th r%A.Ap:l.zog
. . :.p
Thor* are 2 figures .4 1 r r a5 3 al t-
The Iss refer-Dows t .Zodl J:b
It. 2720a. Vby*.As- 2_A, 1152 (1955), Ohl,---.
Soo (1950).
OMMITTUs my 26, 1960
caft J/3

ZHURAVLEV, A.A.; IVAVOV, I.U.; KAJIMASID, M.; KOTOV, V.I.; WAE, E.A.;
OBOZNYY, V.A. ; OBUKHOV, Yu.L.; PKUKROV, V.A.
Notion of particles in an annular oynchro-cyclotron] Issledovanie
dvizheniia chastits v kolltse-,om fazotrone. Dubna, Ob"edinennyi in-t
iadernykh issl., 1961. 24 P. (MIRA 14:12)
(Synchrotron)

C4
Z/o3 61/000/OG4/005/005
11,3100 1D f. D2 36YD '105
AUTHORSs Petukhov, V.A., 11abanec, J., Zhuravlav, A.A.. Karmaoin, M.,
Kotov, V.J., Myao, E.A., Obukhov, J.L., Sochor, V., Cirbk,
.-7 - _71-
T. lionda, F., Dobilig, J , &YeT, , FukkYD, T., Svetov,L.
V.
TITLE3 A modtil of an annular cyclotron
FiRIDDICAL, Jndern& energie, no. 4, ig6i, 136 - 137
TEXTs This Is a tranalation of an Rus3lan article entitled
kol'toevoco fazotrona" (111odel of an Annular Cyclotron) oriCinallj pablirh~d
in the Soviet puriodionl "Atomnaya onorgiya"_q, (1960), no. 12, pp 491-493-
1t deals with the model of an annular cyclotron which is a fixed-field, al-
teriLating-Uadient accelerator, built by Soviet and Czechoolovadc phyaiciato
at the United Inatituto of Nuclear Research In Dubna. The proposal for an
annular cyclotron was oade for the first time in 1953 by A.A. Kolomenskiy,
V.A. Petukhov and M.S. 11abinovich (Ref Is Nekotoryye voprosy tooriyi taikli-
chookikh uskoriteley(Some Problems of the Theory of Cyclic Accelerators), AN
SSSR, 19551 Fribovy I technika experiment& (1956), no. 2. p. 26). The elec-
Card 1/ 2

268%
Z/038/61/000/004/()05/005
A model of an nnnular '!Y'qotron D2.58/D505
tromagnot of tho c,nnlato of eight similar, alternatply rea,!ryed
parts , each of wit J At b-i two a,,ctorn ith opposite orientation of thl~ marnat-
ic field, and twtw stritight n-tiono. The accelerator is urea for c-Loctron
acceleration. Moclr( nii with ~lnerrltia of 20-40 key can be injected either
continuously or in piln-tn. UnIng ft combiliation of eddy and radio-fropiency
fields, a bonm 011,11-gy 111) to MeN can be obtained with this model. Prolimina-
ry reaultn olitliinst-l (birITqT tent rxxnn hnvo nhown the high accuracy of the ma-
chino anti tho gr4tat stability of Its principal marnetio charaoteria tier. Al-
Bo, in agrenment with Lho thenry, a number of various resonances wan obaer-
ved which have a oubrititntinI influonoo on the Intenaity of the acoel~rated
beam. There arn 2 (linireis and 7 references% 4 Uovit-t--bloc and 3 non-lloviat-
bloc. The refnroncon to the Engliah-language publications read as followas
it. Symon, Phyn. [toy. 90 (1952), 1152; T. Okhawa, Rev. Scient. InAtrum. 29,
(1956), 106-
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AUTHURSt Benda, F., Gabanats, I., Dobiaah, I., ZhuXAxlAx+-A--A.,
Karmasin, It., Kotov, V. I., Varok, M., MyFte, Z. A., Obukhc7
Yu. L., Petukhov, V. A., Svetov# L. V., Sakhar, V., +.T-a~t..
-T'.,and Tairak, Yu.
TITLEt Annular proton synchrotron with radial sectors
PERIODICALs Zhurnal tekhnicheskoy fiziki, v. 31, no. 10, 1961, 1253-1261
TEM This article describes the model of an annular proton aynchrotron
with radial sectorap built and put into operation at the ObVyedinannyy
institut yadernykh issladcvaniy (Joint Institute of Nuclear Research).
Technical datas
Number of periodicity elements 8
Azimuthal dimensions of a direct sector 22050t
Azimuthal dimensions of an inverse sector 70301
Azimuthal dimensions of the gap 70501
amplification factor 'v 3
Initial radius 35 cm
v~
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