SCIENTIFIC ABSTRACT SIDOROV, V.A. - SIDOROV, V.G.

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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Kcl-l; -~rl: v v !I,, v .!i . . ir, I MOK 'AA" 'I, N J ,
r- -
T
.Mvestigating Lhe off ect. of s~ril,-` lzerF --n ~h(,- 3?lrg,
I I
comechanizal and lightproof propce--, ,'e9 ~,f rolyz?ml-le fllr,-.
Naunh.-Isfil. trudy V-tIIIFJK nc,14..92-110 ' 64,
(M.M., -Iia;12)

ACCESSION NRI AP4039798 S/0286/64/000/010/0058/0058 i
AUTHOR: Sidorov, V. A*; Trosman, Go No; Rogov, V. Mo.'
TITLEt Method for stabilizing polyamLdes, Class 39, No. 162657
SOURCEs Byul. izobro I tovare snakovg so* 109 1964g 58
.-TOPIC TAGSs polyaulds, polysuLds light stability, stabilizer,
anLILne-phanol-formaldshyde rosin
ABSTRACT: This Author Certificate Introduces-s, me"od for Impartiall
1Lght stability to polyauLdes by adding anIlLue-phemol-formaldehyde
resin to the mixture of sPerting monomerso
ASSOCIATIONs none
SUBMITTEDt- 06JuIG2 DATE ACQe 19Jun64 INCLo 00
SUB - CODE I - OC, NZ NO 197-BOVI 000 OTNNRt 000
.Card

TELEGIN, V.G.; ZILOROV, V.A.; ZHARKOVA, D.R.; BIRYUKOVA, L.M.;
TOKAREYA, A.A.
Obtaining individual vinyl toluenes. Khim. I tekh. topl. i
macel 9 no.4:3-7 Ap 164. (MIRA 17.8)
1. Vsesoyuznyy riaucimc-issledovateliskiy institut neftelhimi-
che.gkikh protsessov.

DITWAUP(J) Pe-J4 W
L
ACCESSION NK: A"005877 -V
8/0001/64/000/023/S058/4050
GOUFLCE: Re f zh. Khimiya Abs., 239347
AUTHOR: qfdqKgv., V-,_A,.; _R -12y Aleksandrov.'k. N
i Aref'yev,
11TIX.- A study of the depe,-kdence of tbe,principal,,pjlysicomech6nicaI ptopettLes
of elastic polyurethan foams n.technological 'factors. Part 1.
CIM SOURM., Nauchro-isaled. tr. Wes. n.-L. in-t plevochn. materialoy i
islrusstv. kozh,i, sb. ti, 1964, 44-52
TOPIC TAGS: polyurethan, foam plastic, elastic foam, polyurethan density,
polyurethan mechanical property, polyurethan foam manufacture, foam plastic
Mixing, toluylene ditsocynuate, foam coefficient, pore'size
TR&NSLkT1011. A study of 0. ze dep4~ndence of-the principal physicomechanical prg-.
pilrtief; of Volyu'rethan fo~no on the-technological-factors which have an effect o6,'
-casting machine
0keir quality was carried rl.ut on the UBT-65 indus-trIal mixing and
And on thrt SIMC-1 Izibora'Lu'rit'lostAliation (3tandard wizIni-c-hailibei), developed by
V111!VTM_, i4hich in aii lrdusf;~J,al'machine in__Miniatlure.~ -the rat-e' ot rotation of
the crona-shap6d blade mlrtnk,W~s 3,000, 4,000 rpia', ;the angle between
Card 1/2

SIDOROV, V.A.; I-10IMM, N.V.; TIIOS!!M;, G.M.; ZAYTSEVA, P.P.; ALEKSPJIDROV9 KOH.
V~~, ~.,. - -- ~ ~- -. .1
Using stabilized polyamide film3 in aeri-culture. Biul. tekho-ekons
inform. Gos. nau~,h.-issl. nauch. i tekh. inform. 17 no.9167-69
S 164 (MIM 18:1)

" .-it, I I I ., F'*'!_"q!'~-.-'tjF.~" A-k.
.'I, V-'..
- 1 :1
I ",.e Cf. W t'
,, , - . I -,-' the . (MIR.-, 1114)
1,1 r, , , y n q 94 3 .. 57 7 Ag 1~4.
Yh'-:I. 111*41M. '0

SiECIRI.,AlyI.I A .-
I . 4..3r,,ntLjng *jj~~ weight of elaStIC
L- .1 !"r deV, v
-30S.1 r. , . ' ~',!'..7 j165.
f~;,3-3. F'96t. r I , (MIPA ISW

.11 n 's or
rcAl Ills f lri
Y- -I-, f (. "'I ( 1-1 A i ~i - 6

L 58974-65 EWT(m)/mT(c)/wp(j) p,-
,h/pr_4 RK
ACCESSION NR'. "5014699 'UR/0191/6-5/000/006/0065/0066
678.676-416:478.048:678.632'32,21
AUTHOR: Sidorov, V.A. i Trooman, G.M.; Rowy. V.M..Aleksandrev K.NV
filmolf. an aniline-phenol-formald-g-hLde-I In -
TITIX: Stabilization of P0132mids
SOURCE: Plasticheskiye massy, no. 6, 1965, 65-66
TOPIC TAGS: polyamide film, polymer lightfastaeas, resol, polymer stability,
phenolformaldehyde resin, poinmer !Ong, polymer crosslinkage
ABSTRACT: The lightfastness of polyamide f a Is-greatly-improved b addin -2%
g
II!,htfas e a
--ifiae-
Ll~ ta fill of 'TK rere
of an anillne-phenol-formaldehyde resin the polyamide resin. Expe dw-
t
ol r aldehyllo%
batches of stabilized polyamide f m P - jWere prepared, after whIch the films were
.z
mide f m
subjected to accelerated aging in a weatheroiffeter. The Introduction of the APF resin
was found to increase the aging resistance of the polyamide film considerably, and to
leave the desirable light trammission properties completely una ected. R to poattdated
that the methyl groups of the APF resin react with the ainide groups of polyamides,
forming water and cross-Unking the polyamide cloin
Card 1/2

L 56974-65
ACCESSION NRt APS014699 Off
0"
04
01~f.
Thus, the stabilizing influence of this resin Is due to the presence of phenol and Jmtd
groups and to Its curing effect during the formation of the polyamide film, Hence,,,
other types of curing resols may also be effective In stabilizing various types of
polymers. Orig. art. has: 2 figures, I formula and 3 tables.
ASSOCIATION: node
ENCL: 00 BUB CODEt MT-
BUBMUT 00
NO REF 8GVt 001 arms 002
Card 2/2

13-11 C [I (-IV 11 A . ; TM~:. ~,, , f~ ~ .1 -' 7; V~', " r , , - - I
; a . y I , , ~~ "t r ~ , t r. 0 .. .
' rigt ~.er-irg t-te s(- rvi r e I ife of thf. fil:!;.
Plast. ma3sy no.8.el,-L. 165. .18:9)

- "IDORciv, V.A.; TFLEGIN, V.G.
lsonerizati,;n rf cyrones on varJc-as cataly--ts. i tek!.. top],
i macel 10 no.2213-19 F 165.
OMIRA 18:8)
1. Vseso.,,ruzly-y nauchna-lualedovatellskly institut neft-6.1ilmic-heskikh
protsc-!joov.

I I I , " ilr ; " i 5~ . F- , , ~ 1 "'OTC! V, A. -
; i 'l, . - . . . P, .~, .
I
o" a reactor with shlelded eloctric i~ the-
Prcxhu.; " ; on of d -41 tolyl P~hnre. Kiiim. prom. 42 no.9,66~-668
- (MIRA 18:9)
0 1o

kbORDIV, V,
!JSSR/fluclear Physics - Tritium
bard 112 Pub. 146 - 2/34
F-Y-2BT
Author : Vlasov) N. A.; Kalinin, S. P.; Ogloblin, A. A.; Samoylov, L. N.;
Sidorov, V. A.; and Chuyev, V. I.
Title : Interaction Df protons with tritium, and the excited state of
helium-4
Periodical : Zhur. eksp. i teor. fiz. 28, 639-65o, Jun 1955
Abstract : Th~ authors desgribe experiments investigating the reactions T(pn)
He-) and T(pj)He in the interval of proton energies up to 7 Mey.
The energy of the protons in the beam from the cyclotron chamber
was varied 13y way of slowing in lead filters. Serving as detec-
ectors of the neutrons were so-called all-wave counter and uranium
chamber; a scintillational counter served as detector of the g
rays, with NaI(T.1). The curve of cross-section, sigma, versus
proton energy, for the first reaction possesses-a maximum at
E~=3 Mev. For Nte' second reaction the cross-section increases
monotonicbJ.ly in the entire energy interval. Also investigated
were the angular distributions of neutrons and gamma rays. The
characteri.,3tics of the excited state of helium-4 are discussed.
The authors thank the associates of the Cyclotron Laboratory, and
1-

Card 212 FD-2337
also Ya. A. Smorodinskly, A. I. Bas', and Yu. M; Popov. Fourteen
references, including 2 USSR (B. V. R~y,-akov, same issue, p. 651;
A. I. Baz' tuld Ya. A. Smorodinskiy, ibid. 27, 382) 1954).
Institution : AcadenW of Sciences USSR
Submitted : March 9, 1955

SUBJECT USSR / PHYS'rC5 CARD 1 / 2 ?A - 106
AUTHOR BOGDANOV,G.---., KURASHOV,A.A., RYBAKOV,B.V., SIDOROV.V.A
TITLE The Measurements of Fast Neutron Spectra by Time-of-Fli;ht
Uethods.
PERIODICAL Atomnaja Energija, 1, fasc. 1, 66-82 (1956)
Issued: 3 / 1956
Whereaa the usual methodij -for measuring fast neutrons can be used up to
2 - 3 MeV at the most, t:ime of flight measurements for slow neutrons do not
go beyond 1 keV. -9
Modern scintillation counters have a resolving power in time of 10 see and
make it possible, by using a pulsating neutron source which furnishes in-
pulses of 5.10-9 see in the case of a period of 112.10-9 see, to measure up to
some 10 MeV.
The scintillation counter was connected with a coincidence device which, besides,
received impulses from the excitation frequency of the cyclotron, which can be
delayed ad.libr, so that every time of flight could be measured.
After some constructional details there follow data concerning the time resolving
capacity which is equal to that of the coincidence device and the duration of
the primary impulse. Calibration was carried out by the bombardment of a T Zr
sample with protons. The calibration curve shows two maxima at the end and at
the beginning of the energy domain; the former originates from radiation
caused by the reaction of protons with Zr, the latter was caused by the reaction

- - - - - - - - - -
~s fro= the
LJ
s---s

or u-4
Abst Journal: Referat Zhur-Fizike, No. 12, 1956, 33990
Author: Bogdanov, G. F., Vlasov, H. A., Knlinin, S. P., Rybakov, B. V.
Sidorov, V. A.
Institution : None
Title: Spectra of Neutrons Bombarded with T and D Deuterons with
Energies of 14 Hev
Original
Preiodical Zh. eksperim. i teor. fiziki, 1956, 30, 1101, 185-187
To check the existing experimental date on the 4e*tence of an
excited state of approximately 2 Mev in the He nu&leus, spectra
were studied of Neutrons produced by the T(d,n) He and D(d. n)
He3 reactions, with the neutrons escaping at an angle of 00
relative to the beam of the deuterons. The beam of the 14 Hev
deuterons was focused with the aid of a magnetic prism at a dis-
tance of 12 m from the cyclotron, where a thin tritium-zirconium or
a gas deuterium target was pleadd. The energy of the neutrons
Card 1/3

USSR/Nuclear Physics - Structure and Properties of Nuclei C-4
Abst Journal Referat Zhur - Fizika, No 12, 1956, 33990
Was measured from the time it took then to cover the distance
from the target to the counter, the latter being a photomulti-
plier with a solid solution of terphenyl in polystyrol acting
as a phosphor. The neutron source was operating under pulse
conditions based on the natural modulation of the cyclotron bean.
The pulses from the counter went to a germanium-diode coincidence
circuit. Pulses, synchronized with the accelerating voltage of
the cyclotron were applied to the second leg of the coincidence
circuit. The time resolution of this spectrometer (widib of
gamma line at half the altitude) amounted to 7 mjo~seconds.
The spectrum of the neutrons from the T(d,n) no 4 and
D(d,n)He3 reactions displaled not only the maxima corresponding
to the formation of the He and Me3 nuclei in their funda-
mental states but also wide groups of slower neutrons with an
average of energy of 8 Nev. For the T + d reaction this energy
corresponds to an excitation energy of finite nucleus of ap-
proximately 22 Nev. However, the similarity of the spectra In
Card 2/3

USSR/Ifucluar Physics -3 t rue 'lure aiid Proper"Ics of ~:",Clei
Abst Journal: Ileferat Zhur-Fizika, No. 12, 1956, 33990
CA
the case of both reactions is indication in favor of the assump-
tion that the second groups of neutrons are formed faster by a
break-up of the deuteron than the ugual reaction with a forma-
tion of a finite nucleus He4 and He-I i n excited state.
Notice is taken of the large value of the arose section for the
formation of the neutrons of the second groups. This amounts
to 300 millibarns/steredian for the case of the T 4-d reaction.,
and 100 millibarns/steradian for the case of the D *d reaction.
Card 3/3

Category : USSR/Nuclear Physics - Nuclear Reactions C-5
Abs Jour : Ref Zhur - Mika, No 2, 1957 No 3252
Author :Bogdanov, G.F., Vlasov, N.A., Kalinin, S.P., Rybakov, B.V., Sidorov, V.A.
Title :Spectra of Neutrons Produced by Bombarding Light Nuclei with 14 Mev
Deuterons.
Orig Pab :Zh. eksperim. i teor. fiziki, 1956, 30, No 5, 961-9B3
Abstract :UsinG the time of flight method, a measurement was made qf tht spectra
of neutr6as produced by bombarding thin targets of H,, HeJ. He (1 13.0
Mev) and T (in zirconium), Li, Be, B, C, Cu (E 14 4 mev) produc:1 by
bombardment with a beam ofdduterons from a cyclotron. The measurements
were made at an angle of 00 to the deuteron beam. The reactions T-~- d
and He3 4-d differ both in the shape of the neutron spectrum, as well
as in the value of the cross section (in the former case the cross
section is almost three times greater). This confirms the txistence of
an excited state with excitation energy of 22 Mev ~n the He nucleus and
indicates the absence of a similar state in the 1. 4 nucleus. Consequen-
tly, the isotopic spin of the excited state of H5 is zero. It is noted
that the neutron spectrum of the reaction HO 4-d does not display the
hypothetical level of the L15 nucleus with an approximate excitation
Card 1/2

Category : USSR/Nuclear Physics - Nuclear Reactions
Abs Jour : Ref Zhur - Fizika, No 2, 1957 No 3252
C-5
energy of 2.5 Mev, corresponding to the spin-orbit splitting. The
cross sections of the formation of neutrons escaping at CP to the
deuteron beam are estimated. This cross section is approximately
50 millibarns/steradian per nucleon for all the light elements in-
vestigated, with the exception of T, i.e., it is approximately propor-
tional to the number of nucleons in the nucleus. The cross section
diminishes for the heavier elements; it is only 200 millibarns/steradian
for Cu.
Card 2/2

of t".0 Yost from (1),z.) Acoctio-tis are
c-clotro- t,*.e
o o
ti-.o 1 litm, Intleroctio.--is utt'.
Ti t,,rrat. ni Co7,f(~, e ol~
r~.

Speetrp Of Neutrons and Protons from (lie d) Reaction and Energy
Lev,_'Is of LP and 10.1f
paper submitted at th#~ All-Union Conf. on Nuclear Reactions in Wdium and
Low EnerU Physics, Moscow, 19-27 November 1957.

.I _'I_.;(j!j.;_.It_,V, KALI'Iiii*~) VLA-LuV, N.A.
I I RIC, - 0, V, V.,
6 ,o
"abe (p.n) Reaction an Lithium and the Ground State of Be .
paper submitted at the All-Union Conf. on Nuclear Reactions in Medium and Low
Encr&r Physics, Moscow, 19-27 November 1957.

VLASOV, N.A.; KALININ, S.P.; OGWBLIN, A.A.; PANKRATOV, Y.M.; RUDAKOV, V.P.;
SERIKOV, I.N.; SIDOROV, V.A.-
. - . ;;M;~
lxc~tation C as of
y854(d, A)OF, W
n (d,n)Go ,
no.2:169-171 F 157.
(Nuelper
follow reactiogg;
W,
and Zn (d,Zu) Ga .
reactions)
me 4(d.0() 16-"2 -
Atomeenerg~2
(MZBA 10:3)

AUTVUR BOGDAIIOVvG.P.,VLASOV~t'l.A.)!:ALI:iII10S.P.,-Z-f3AKOV03.7.0 89-9-9/32
SIDOROVIvok.
T~21,E Yfi-e__L7Ij_,_njYe rea-4ioln and the Funda-mental Structure of t."IC --,Ae6
NU r. I eus 6
(PAdd4lya(pon) 11MI i *W,ATMP mwtmadr Y4&4' ft
I'_"RIODICIL Atomn.-yi !~nerejyt, 1957, Vol 3, fir 9, pp 2o4 - 21o
By means of th- tim9 of flight method the neutron speotr"m emitted.
by the reactionn Li +p and L17+p - 9 Yell is measurod. Further, the
redistrib.ition of neutrons and the reaction cross sections were xea-
sured. The re
ults are
g
1) L16(p,n)Be

C4o - -5,2 + 0,2 '.IeV
a
the natural breadth of the ground state F < 0,3 HeV
c angular 4istribution of neutrons; C09)m0,19+0,23 cos(.P)+
+0,70 cos'( O)ml /.steradian
d) mass defect of Be6 n 2o,3 � 0,2 'YeV
ieaction croas section for the -round state at Ep-9 'U'.eV 605 + J~Vlb
e
i
2 L17(pjn) Be7
a) The neutrons corresponding to the ground state, the.level with
0,43 IIe7 and 4,65 1~e`V were found,
b) The angular distr ution for the nputrons of the ground state and
0
9
the Int level is 1(
) - 6,8+2,4 cos4( flm~/stermdian.
Card 1/2 c) The total reaction cross seotion (formin,-, of around state and 1st

24(7); 21(0) PHASE I BOOK M[PLOITATION SOV/1849
Rybakov, B. V. and V. A. Sidorov
Spektrometriya bystry1rh neytronov (Spectrometry of Fast Neutrons) Moscow,
Atonizdat, 1958. 175 P. (Series: Atcanaya energiya. Priloshenlye,
1958, Nr. 6) 8,050 copies printed.
Ed.: N.A. Vlasov; Tech. Ed.: S.M. Popove, .
PURPOSE: This book Is intended for engineers and technicians working in the field
of experimental nuclear physics. It may also be used by advanced students sa-
Joring in physics. I
COVERAGE: This volume is concerned with the spectrometric study of fast neutrons
with energies ranging from 0-3 to 30 Mev- Main interest is focused on the time-
of-flight metho~,a new approach to this energy range. This book is not only a
review of work done on the time-of-flight method but also an original ecntdbut1onCf
the authors based oa experimental work done at the Institute of Atcadc lhergye A
general review is given of other methods in cu-rr-e-nf-u-se-.-Re-f*rences-iLcecupLny
each chapter.
TABLE OF CONTENTS:
Card 1/4

Spectrometry of Fast Neutrons
Preface by the Editor
Introduction
Bibliography
Ch. I. The Method of Recoil Nuclei
1. Basic relations ,
2. Selection of a radiator
3. The scattering of neutrons on protons
Bibliography
sov/1849
4
5
8
9
10
13
15
17
Ch. II. Proportional and Scintillation Counter Telescopes 19
1. Telescope vith a thin radiator 19
2. Telescope with a thick radiator 40
Bibliography 51
Ch* III. Nuclear Reaction Method 3 53
1. 1 onization spectrmeter vith He 6 55
2. Scintillation sp-actrcmeter vith a Li I(Eu) crystal 58
Bibliography 63
Card 2/4

Spectrometry of Fast Neutrons sov/1849
Ch. IV. The Time-of-Flight Method 64
1. Spectroineter with two counters 66
2. Spectrometer v:Lth a neutron pulse source 70
Bibliography T3
Ch. V. Neutron Pulse Source 74
1. Besm modulation in an electrostatic accelerator 74-
2. Use of the natural modulation of beam in a cyclotron 83
3. Time "marking" 90
Bibliography 92
Ch. VI . Neutron Detector 94
1. Efficiency of a counter with an organic scintillator 94
2. Resolving time 110
3- Characteristics of certain scintillators and photcaultipliers 125
Bibliography 120
Ch. VII. Time Analyzer 123
1. Single-channel time analyzer .123
2. Chronotron 127
Card 3/4

Spectrometry of Fast Neutrons SOV/1849
3. High-speed oscillograph 130
4. "Time-to-amplitude" conversion 131
5. The "Nonius" principle 136
Bibliography 143
Ch. VI II. Basic Characteristics of the Time-of-Plight Spectrometer 144
1. Resolving power 144
2. Efficiency 149
3. the dynsnic range 154
flibl-iography 162
Appendix. Table for Correlating Time-of-Flight and Energy 163
AVAILABLE.- Library of Congress
T14/&*P
7-14-59
Card 4/4

3JV-120-58-1-2/43
AUTHORS:Kondra-shav, L.F., Kurashov, A.A., Linev, A.F., idorov, V.A.,
301:010V9 14.1. and Khaldin, U.N.
TITLE: A Spectrometer for Past Neutrons (Spektrometr bystrykh
neytronov)
PERIODICAL: Pribory i Teldmika Eksperimenta, 1956, Nr 1, PP 17-21
(USSR)
ABSTRACT: The measurement of the fast neutron spectrum is one of
the most difficult problems of experimental nuclear physics.
The most common method employed in neutron spectroscopy in
the energy re3ion of a few MeV is the method of proton recoil.
The measurement of the neutron spectrum is reduced to the
;~jeasurcmorqt of the spectrum of the recoil protons which are
produced b,7 the neutron beam in a specimen containing hydro-
-'en. There ar,:~ a number of methods of measuring the proton
spectrum. Ono of these is the nuclear emulsion method but
this is very time-consuming and therefore not always conven-
ient. The oth,~r met4ods employ coincidence circuits. Such
a system is asaally called a "telescope". These telescopes
can be used in `.-vto .-,a,7s. In the first method one measures
the ran;.m.,e of protons in s,)ecial absorbers between the
c:)untelz a:_d -'i-- '.-he second method one measures the amplitudes
C f t~_, Irom a scintillatiDn counter which is the last
,cird 113 'D `_`

A
SOV-120-58-1-2/43
coarice-r of a telescope. The first of these was u3ed in tho
,)reo,ent The telescope (FiE.1) consists of 4 rjroportion-
t.1 ---
A polyethylene "radiator" is placed in front"
and two sets of' aluminium absorbers are
f f c :~ -4 ca V
us,.?d L-) measur-I the ra-nSe of recoil protons in aluminium. The
jI-ILr:,-c an-I of absorbers is placed in front and the
. ;jvin sot
tll~iir-d colLn-,,cr and the secDnd set of filters in front of the
Tflo fi-vi3t, sc~cond and third counters are in
and t*t-,,e f:);.irth in ant i-co incidence. Thus one
).-:)tons formed in t-he radiator and whose path
-loll
e ".2 fo-uroh counter. An e3ljim-cte of the proton
tD :,.ade, usinm the curves
J'.-! a-1'1~ Dodder (Ref . 2Tlie figure obotained for
tv-A-z 1-3 -1- 1--sS thaa 51/6 of th-- recoil protons. A photo-
,:L-a:Dh ~..f LaIlesco-,-,e is shoim. in FL!-s.2 and 3. The tele-
s--o-!)c c~:~ b,-~ used in studyin- not only neutrons but also
L)
chaz~L,z~~- -)-.r+-ic1es.jhe spectrometer was used to study the
reaction T(k,-, n) for proton energies between 7 and
12 MeV. Mic neutrons were obtained at a target of a 1.5 m
Card 2/3

SOV-120-58-1-2/43
A SpucLrOMOIL(Ir 101' FWA NOULV011U.
cyclotron. The derived neutron spectrum at zero angle for
the above reaction is shown in Fig.5. The following persons
are thanked for their cooperation: N. A. Vlasov, S. P. Kall-
Inin, A. A. Shubin and L. N. Samoylov. There are 5 figures,
no tables and 6 references, of which 2 are English and'4
Soviet.
SUBMITTED: June 19, 1957.
1. Neutron spectrum analyzers--Equipment 2. Neutron spectrum
analyzers--Performance 3. Neutron spectroscopy
Card 3/3

AUTHORS: Kurashove A. A., Linevs A. F., SOV/89-5-2-6/36
Rybakov, B. V. , Sidoro ---A~-
TITLE: A Multichannel'Time-of-Flight Fast Neutron Spectrometer
(11n)gokanalInyy spektrometr bystrykh neytronov po vremeni proleta)
PMODICAL: Ataways, energiya, 1958, Vol. 5, Nr 2P pp. 135-140 (USSR)
ABSTRACT: The novelty of the neutron spectrometer developed consists in the
i=ediate use of the natural modulation of the cyclotron ray. The
driving pulses which are synchronized by high frequency, are
foiTAed by meanA of a trigger. The trigger works with a pentode
with secondary emission. The duration of the pulse is about 10-9 Boo.
The period of recurrence of a neutron pulse T is equal to the period
of high frequenqy. For the simultaneous investigation of the time
interval 2T, the generator for the driving pulses has to emit one
pulse for two high frequency periods each. This is brought about by
means of a frequency divider the input of which is fed by a sirms-
o1dal voltage. The sinusoidal voltage is collected from the reso-
n&nce lines of one of the cyclotron duants by means of a coil. The
driving pulses with the 2T period pass on to a rapid coincidence
Card 1/3 schome.

A Multichannel Tine-of-Flight Fast Neutron Spectrometer SOV/89-5-2-6/36
The main part of the time analyzer is the "phase" generator which
is driven by the pulses of the scintillation counter. The generator
is a trigger with delayed feedback and consists of a pentode with
secondary emission. 150 m of the cable HK-2 are used as a de-
laying element in the system of delayed feedback. The length of
the cable is chosen in such a manner that the period of the "phase"
generator is equal to 8T- A t, where & t F~-. 1. 10-9 sec. The
"phase" generator is always in action and is brought into phase by
the pulse of the counting tube. (The fact that the counting tube
pulso is used for switching on the generator leads to disturbing
effects). The pulse of the anode of the multiplier FEU-33
reaches the input of the generator via a blocking valve and oper-
ates the input trigger, which emits two pulses. One of the pulses
stopo the generator and the second one releases the generator into
phase again, viz. at the moment at which a neutron is recorded.
The generator remains out of action for about 2,5 /kseconds.
An amplitude selector also belongs to the scheme of the speotro-
meter, the input of which is fed with the pulses of one of the
Card 213 dynodes of the multiplier. The amplitude selector is switched into
A

A Multichannel Time-of-Flight Fast Neutron Spectrometer SOV189-5-2-(136
the cioincidenoo scheme by means of an input trigger. In this my
it it. possible to vary the effective threshold of the saintil-
Ution counter within wide ranges.
The cperation of the time analyzer according to the nonius prin-
o1ple demands a high degree of constancy of the frequency differ-
ences. This is attained by means of a separate frequenc;y stabi-
liz er.
The wiAth of a channel of the spectrometer amounts to about
.9meter consists
I . 10-9 see. The system of recording of the spectr
of 256 channels; each channel is able to work up 211 pulses. There
are 5 figures and 13 references, 6 of which are Soviet.
SUBMITTED3 May U., 1958
Card 3/3

-C. J1 kP Q I)
0-evs_~.iy, A. F., Kovmyskiy, A. Ye.. and
' '
_
_
r=..-
P1etnev
,
'01 2L,~': A Di..-;c for tlte RecUficaLion ""oluim

lc, t 0
u en' i-obroteni
, 1 c) ~ 0, 1 :1 rp 11
y
,
A_) Class 12a
5. 110215 (42113? of ? October 10,49).
,
on the 1uthor's Certificate "'r 117518.
De
~,endin~
.
,
`~u-_-Aai ~ted to the Committee of the Council' of Milditers of the USSR
for tLie Introduction of *kdvancea Tecuniques -,into
..ational 33onoLV. A disc for a rectifyinG
col-zui wit-'a stean-ejection of liquid is modified
in hat the bells are made in the form of 3 coaxial
tum'Dler-~. The outer tumbler has a nozzle for steam
sup-,!y, t,',Ie next one serves for pouring over the
li(:Ai,a, -Uld the inner one, .-Ath a closed top and
no-:zlo_~ for I'licilid supply se-rves for the contacting
01 Ztea.., and 1_,,~-.,id the follo,.-An.- discharr,-e of
I L.) L3
t'.,.e ri-xture in4o t'.Lo rin- zpace.
,,a-2d 1/1

21 (7) SOV/56 -3 6 - 2 - 5 3163
AUTHORS: Bo gdanov, a. F.9 Vlasov, N. A., Kalinin, S. P., Rybakov, B.V.,
samoylov, L. N., Sidorov, V. A.
TITLE: The Reaction T(P,n)11e3 at Proton Energies of 7 t012 Kev
(Reaktsiya T(p,n)He3 pri energii protc1nov 7 - 12 ~'eV)
PERIODICAL: Zhurnal ek.;perimentallnoy i teoreticheskoy fiziki, 1959,
Vol 36, Nr 2, pp 633-630' (USSR)
-3STRACT:
A,
0
The pre,~ent paper deals with the measimement of the or as
section!; and of the angular distributions of the reaction
T(p,n) -'n the interval 7 - 12 Mev of proton energies. ,"ore-
over, the authors tried to measure the polarination of the
noutronn in this reaction. A solid tritium-zirconium target
(thicknoss 20 p) was bombarded by protons accelerated to
12 Mev in a cyclotron. The neutron flux was measured.by a
telescope consisting of 4 proportional counters and also
by a spectrometer. The cross sections are measured with a
precision of 1 V.~. The first diagram shows the results of the
measurement, of the cross section under the angle 0 0 and
previously published results of the measurements in the energy
interval of 1 - 7 1,1ev. The cross section is approximately con-
Card 1/3 stant ~n the investir
,~ ated encrCy interval, and it increases

130V / -53/63
3 /5,,-36-2
The Reaction T(j),n)IIe ,~ Proton Energies of 7te, 12 7-ev
vjig'nIlj aL enertQ-, of' 11 11 7'ev. Th,! necon-I Hzi,t-ram ,,,Iven
tile 1111",ulur ~.I iL3'.ribu Lion.; o- tho neutrons at the, onert-
8.8; 12 `;ov. The 'ii:-h forvard-backward anisotropy
indiciAes an intense interference of the ntaton of different
parit,r. The curves -,iven in the fii.-,uren correspond to expres-
Sions of tile type O(Q) - J~ + Bcoso + CCO320 + D cor_13g + E cos4g
in the c.m.s.. 'I'lie coefficients of these expressiono were cal-
culated by the method of least squares and they are ,-,iven in
the following table:
A B C D L, at(mb)
6.8 11.1 11.3 24.4 -51.4 25-3 305
3.9 13.3 1.0 1.3 -20.4 27.3 241
12.0 13.0 7.5 -23.7 -24.9 44.6 176
The -;hird diagraci shows the enerfry del,,endence of the reaction.
The 4nvestigation of the T~olarization of the neutrons produced
in the reaction T(p,n)IIe3_is important for the determination
of Vie characteristics of the excited states of an a-particle.
"he inverse reaction He3(njp)T was investigated according- to
Card 2/3 a method suggested b..,, 11. H. Barshall. Acr~ordinF to this method,

-0V/56-36-2
3
The Reaction T(p,n).-e at Proton Energies of 7 to 12 I-lev
the absolute values of the polarization can be measured with-
out sin ritialy-ner of known polnriZation properties. According
1
which -.~!e chamber filled with He3 (10 atmospheres) was placed
in the neutron beam. By means of a telescope of proportional
counterS, the right-left asymmetry of the flying off of protons
from the reaction 110(n,p)T under tne angle 9 2 was measured.
'-"here are 3 figures, 1 table, and 11 references, 6 of ahich
are Soviet.
to the meanuretionto dincusuea in Lite present pa,,~er, for
Ep ~~ 10 Mev and for the angles satisfying Bar3hall's condition
asymmetry in not higher than 5,'v1, A noticeable aujrmetry was
observed in the case 9 1 - 02 ~ 400, an] this asymmetry indicates
a pola-rization of the neutrons. 9
denotec the an,--le under
SUBMITTED: November 17, 1958
Card 3/3

KTILASHOV, A.A.;LDiLV, A.F.; RYBAKOV, B.V.; SIDOilOV, V.A.
[Multichannel time-delay analyzer of nanosecond range)
Mnogokanallnyi vremennoi analizator nanosekundnogo dia-
pazona. Moskva, In-t atomnoi energii, 1960. 14 p.
(MIRA 17:1)

IiLAJA, li.A.; t.ALII;11;, ItYuAKUY, 1J.V.; :M)Ul(UV, V.A.
[Nautron opectrum of the d + p reaction] Spektry neitronov
reaktsii d t p. Moskva,, In-t atomnoi energii AN SSSR, 1960.
15 p. (MIRA 17:3)

S/056/60/038/006/023/049/Xx
B006/BO70
AUTHORS: Vlasov.-Il-,-A...Kalinin, S.-P., Rybakov, B. V., Sidorov, V. A.
TITLE: Neutron Spectrilof tile dip 1101totion
.t~
PERIODICAL: Zhurnal eksperimentallnoy i tooreticheskoy fiziki. 1960,
Vol. 38, Nc. 6, pp. 1733-1737
TEXT: A report is given of the determination of neutron spectra by the
time-of-flight method, obtained from H(dn)2p reactions at Ed = 18.6 Mev
and D(p.n)2p reactions at Ep = 8.6 Mev, and at an angle of 00. The form
of the spectra obtained corresponds to a nucleon pair interaction in the
final state. The studies were made on the 1.5-m
-!-,.~c ~clotr~op of the Instizut
atomnq~energii AN SSSR fInstitute of Ato - USSR . T e
conta-i-n-ers -(3-5-c-m
f-ar.-et
deep) -were filled with hydrogen or deuterium gas
up to 5 and 2 atm, respectively. The containers had a thin window of
nickel or platinum foil. The neutrons were recorded by a scintillation
counter (stilbene or tolane crystal). The time analyzer worked on the
principle of the vernier. The resolution time of the sp6ctrometer was
Card 115

85681
Neutron Spectra of the dip Reaction S/'056/'0'0/038/006/023/049/"XX
B006/BO70
2.5 mpoec; the clianxiel width of tho t1MO tL11ftlYZOr W,'t.'3 about 0.8 mgsec, The
recording devi(~e had 256 channelu with a capa,~Ity of 2,6 puloon por
charinel. For illuatration, the diatributinn of the neutrons from
H(d,n)2p is given (Fig. 1) as a functicri of their time of flight at an
angle of 00 with the deuteron beam. Ed being !8.6 Mev, Th-~~ target - count(T
distance was 2.8 mm, the counter threshold 3.2 Mev, and the time analyzer
channel width 0.836 mpsec. Figs. 2 and 3 show t-he energy distribution of
neutrons in the laboratory system of the two reactions studied. The path
lengths in the first case were 7m (o) and 2.6m (o). and in the second
case, 5.15 m (o) and 1-58 m (o). The neutrcn. production cross se4~tions at
00 for the rear~tlon H(d,n)2p was (1W'15)mb/nteradian, and for the reac-
tion D(p,n)2p (47*-5) mb/steradian. In the center-of-mass system cf the
three nucleong. the crous sections were (20tomb/steradian and
(11'-!)mb/steradian, respectively, at 00 and 1800 with the deuteron beam.
Figs- 4 and 5 show the neutron spectra of the reactions d+p-0,2p+n at
angles of 0 and 1800. respectively. with the deul-eron beam, and for
E 4.0 Mev and E,=3.5 'Mev, respectively, In addition to a peak on the
esge, the spectrum at 1800 shows a paak a1sc at a neutron energy of
Card 215

NeVit on Spectra of'the d+p Reaction S105616010 381006102 3/04 9I/AX
B006/BO70
o.6 Tiev whose position'corresponds to a zero relative velocity of the
neution.and one of the protons An the final-state. The results show that
nucl4on pairs of low kinetic energy of relative velocity have a large
probdbility of formation in the reaction d+p---p2p+n. Finally, the
explanation of tho opectra by pair interaction between nucleons in the
final state is discussed and compared with the results of other authors.
A. B.' Migdal, V. V. Komarov, and A. M. Popova are meAtioned. There are
'5 fioures and 10 references: 6 Soviet and 4 US.
SUPMfTTED: February 15, 1960
Card'3/5

A Ill t0 RS K t-i v;is It A,A. arii'-Sidorov, V.A,
TIME A ti-i ti,p 4 4, miA tim I F I ~- h--% it is t- in(- ana 15 er
PERTODICA1 petlwry 1, tekhalka no 1 ')6 1 W) 7 3
TEXT, A ~Ii,%gv'mti (it the time arictlyser is sho-Aii in
Fig 1 The cvrcuit tncorporcite~5 two ti,~ixvow-jml-st- yetjerirlt,~rs
one of which prodtices rrferenr-e ptilses (or) iii-ticii are i),x-hrozioL,
wit!~ the lij-h, freciliency accelerating voltage of the --;~-lotron
(134) aild 11~~S CA rclpeti-tion period whiich is e(ItIcil ~G t w1 '~e t he
period ci f 6q The second generator t(~r ~ h.s bmit in delayed
feed -back- ond is pha%ie 21-tifted by thf-t scirt*i1lation counter
p'llses I t s period ("--2 0 tise.~ ) dif f era by approxima r-ely
I M1110312L front the trebled period of, or Pulses from Or and
which are 3 nanosec j.n leugth, are continuously fed into
the fast coincidence ~~ircuit,The number of cycles of operdtion of
~r from the itistant of phase shift ujitil the f:l.rst coincidence
is proportional t) thP tl-Me JILterV,11 bet-en the gene-rator pulses
it ttho t.n-s L6,n Lof 1) ha s o! ,; 111 f" tr h et r a i it o fp u I -ci e s ~crrvsponcling
to thi.~i nittriber of is extra-red hv a et-lf-'~; of gating
Card 1/-J0

A I I ti It I ~! III u I I I - 1) ri :I - I t I Iie ': I I ~A I ; s' u. v S / 120 1/0 0() /o0 () /0 1 ~' /0 1~ I
E07,2/E514
circuits and serves to ericode the thanne!~3 of tl-C rOCOrding ziystem
T1 i e ga t I n kr, c i. t c u i f s a r~ e o p e it e d at the iri.~tant of aperation of the
flip flop input and are closed by the fit-st coincidence circult
I I ti I 's v , An ii;i,Aitude. an,)].,~'ser 1,11A-~ (ELA _") (,I more
VVY"1011 ;)I ELA 1, Per 'i G 11 Mvi IlIkov, 1, 1 Ar temenhov ..-t r I
Yu.1M Gojiibev, PTE, P)W N:.-, 6 j s w4 od , - . I, I t: I- v t t d t tig '3 -111
1 n t h o iiiie onla e t - I r u 1 0 'S c S lt~ 5 21 rl I I e
pot. 1'.Itm it d ta I pt I n t. ow and
perforated systev. is used for- exti o%. t i ti < t 1 it, d a t.'J Me (1.~ ~'.i
at'(3, 9 e.%d off "it o Ile - ha im v I p v r s e c o ri,1 rhe PUTI~Aled 'w a 1) e i :3 u S f~l
for feedin.g tile I-OSUI t~n In L 0 a L_;UI()Z,tC'r f I-) I- e v il t F1 t i 0 11 , rki v
-11) 0 " t r o me v r LTI QI po r ~i t f~ s I ti i ii I I t u d c so I v tot- iihose I ripw t :5
1) U 1 _Z.; e ~ f u III t I -' , ~ I - I ~' i -I I lo d o of I ~ o 1) h i-, i 1 iI i t) I I Tht- ;izapi
t1ide - - . (I 1_~ . ~ r .-' U
t or i Anne throt-ig0i
f I I p f I rlic, ELA 21, -Y .5 m r e ~ o t- u -s tile '~f Lilt-,VU I - 1i
.: C, I it r I IA e it h e t w e (. n t 11 pu L ~ e T) I - 0 Li ti: -~d bi thf.,- amp, i tude i; r
arld the JAII!iQ ))'! fll[) I I 1, 13 Th i ~, I. s ti e a r y -, h
effe~_tive , h , e -sh o I (I o f t h t In r r I. t ?I I ii w t c- t I -.-I i n _-, r d e r
tha t tht, i i, t, 1 ~ i t -.- c, f t h e ha n v i e (I , h -.. 1 1- n: whi --h I
Card 2/j

33146
A nanoBecond intiltichanne) titne analysor 5/120/6i/ooo/oo6/m/o4i
E032/E514
I
operated on the vernier principle. should be i%, tile stability of
I_ 1 and :~,' must be better than 0.001%. Since this requ irement is
difficult to satisfy in practice. the circuit incorporates~~a betl.~
frequency stabiliser. Measurements have shown that the resolution
of the spectrometer is better than 3 nanosec with a channel width
of about I nanosec and that chnn6el widths remainconstant to
better than 0.10%. Acknowledgments are expressed to N.V.Kartashov
and V.D. Krupochkin for assistance in this work. There are
3 figures and 6 references: 4 Soviet-bloc and 2 non-Soviet-bloc.
The English-language references read as follows: Ref.2:H.W.Lefevre,
J.T.Pussel, Trans.Nucl.Sci., 1958, No-3, 146; Ref-3: H.W.Lefevre,
J.T.R!issell, Rev.Scient.Instruni., 1959. 30. No-3, 959.
ASSOCI%TION: Institut atomnoy energii AN SSSR (Institute of Atomic
Energy AS USSIR)
SUWaT'.'ED: February 8, 1961.
Legene. to rig.l. I phase shifter. 2 reference pulse generatorf"
3 beat frequency stabiliser. 4 - fast coinci-
dence circuit. 5 - phase shifting generator
Card 3/1 6 - series gate, 7 - recording system F.LA-2

-1) ~
A4, V. A.
Dissertation defended for the degree of Candidate of Physicumathematical Sciences
at the Joint 6cieriLiflc Council on PIWsicomatu.,.ematical and Technical 6ciences;
Siberian Branch
"Evaporative ;;pectra of Protons and Neutronz;."
Vestnik Akad. iiauk, klio. 4, 1963, pp 119-145

5/903j62/000/000/002/044
8102/8234
VI HORS: Rybakov, 11. V., SidorQv. A., Vlasoyt So A*
TITLE: Dduteron disintegration on H, D, Ed and He 4 nuclei
SOU~qCZ3 Yadornyye reaktaii pri malfth i arednikh energiyakhj trudy
Vtoroy Vsiysoyuznoy konferentsii, iyull 1960 go Ed* by, A-:,
A. S. Davydov and others. Uoscow, Izd-vo AN SSSR, 1962#33-37~
TEM; To investigate the mechanism whereby fast deuterons interact with
light nuclei the spectrum of the neutrona produced in these interactions was
investigated with the help of a time-of-flight spectrometer. The measure-
ments were made at the 1-5-m cyclotron of the IAE AN SSSR; gas targets with-
Ni win6n-~-.; were used and all spectra were measured of neutrons emitted at
Cc, or 1~,"u-, with respect to the incident deuteron beams The center-of-mase
rpactr= ~r(E) of p+d reactl.ons at 00 angles increases almost linearly up
to -2.3 yiev and then tiuddenly drops with a small tail toward 3 Nev; the
spectrum of the neutrons emitted at 11000 with respect to the deuteron
momentum has a maximum at about 0.6 Mev (corresponding to p+n reaction) and'
another at 2.2 Mev (p+p). The neutron spectra of the reaction d+d (00) hash
3
a broa4 maximum at j3 Ifev (range 0-6 Uev), that of He +d (00) one atJ4 Mey!
Card 1/2 -

M~~
Deuteron disintegratior. on...
(range 0-7 MOV), that cf a+d (00) one at-7 Xev, corresponding to Li7 for=&-
tion (range 2-9 Mev) ar.d that of a+d (1800) a peak at.-j2 Mov, corresponding
to He5 formation and a hardly remarkable hill corresponding to L15 formation.
.Ln several reactions, ouch as d+d.#d+p+n or a+doa+p+n, the p+n pair formation
in the singlet S-atate is forbidden by selection rules with respect to iso-
topic 3pin. This is the reason why there are no maxima observed whose p Bi__
tion would correspond top+.n pair formation, with the ezoeption of the Hsnd~~
reaction where no forbiddenness existal in the latter case a max is only
somewhat shifted from the p+n position to higher energies by reason of the
necessity for spin rotation of one of the nucleons of the deuteron, a fact
which reduces the probability of the prooesh. In thecase of d+d the
neutron sDoctrum corresponds to and 10 mixture of the states 1 1.0, 12.1,
i1-1 2-1, and H03+d to I1.12.1, mhere 1 1 is the relative orbital angular
momentum of proton and target nucleus in the final state and 1 2 that of
neutron and center of riass of the first two particles. There are 6 figures,
and 1 table.
A S LS 0 C 1 .',T 10 N :7-natitut ftomnoy energii im. I. V. Kurchatova AN SSSR (Institute
of Atomic Energy ime.-Ii I. V. Kurchatov AS USSR)
Card 2/2

00a
AUTHORS:
37793
S/120/62/000/002/017/047
E140/E163
Glukliov, Yu.A., Kurashov, A.A., Mellnikov, G.P.,
and Sidarovs V.A.
W_
TITLE: Application of the STA teletype apparatus for
information output from a multichannel analyser
PSIZIODICAL: Pribory i telchnika eksperimenta, no.2, 1962, 70-75
TEXT! The article describes the use of a teletype
apparatus for the output of information directly from the
internal (es) memory of a multichannel fast-neutron spectrometer.
Output is in the form of a printed sheet and a five-row punched
tape. The latter is used for input to a computer. The stored
information was originally in binary form, but due to
difficulties in binary-decimal conversion at the output, it was
decided to rocord in the (cs) memorSe-airoctly in decimal.
To prevent loss of capacity, the number of bits per channel was
increased from 16 to 20 on the crt, which Lras found possible
while retaining 256 channels as before. The decimal code used
is the one in which the digits from 0 to 7 are in straight
Card 1/2

Application of the STA teletype ... S/120/62/000/002/017/047,
Ei4o/El63
binary form, 8 corresponds to binary 1110, and 9 to 1111.
A dash is used to separate the data printed for each channel.~,
It is stated that the substitution of ton type slugs on the
teletype machine as required by the application takes one working
day of a workman of "average qualification". The output rate is
one channel per minute. The output system has been in use since
May 1960 in the authors' laboratory, and has demonstrated
reliable operation. It has reduced the time required for the
processing of each spectrum from two working days to two
minutes.
There are 3 figures.
ASSOCIATION: Institut atomnoy energii AN SSSR
(Institute of Atomic Energy, AS USSR)
SUBMITTED: May 6, 1961
Card 2/2

;L 13614-63 -.-..EWF(qVE~~(vj)/BD:~_ APTTC./ASD.*-.,.JD-
ACCESSION NR: AP3003106 8/0056/63/0"/006/1829/1831
AUTHOR: Gulyamov, X.; Ry*bakov, ~D. V.; Sidarov, V. A.
TIM: Ground state of the Be sup 6 nucleus
SOURCE: Zhurnal eksper. I teor, fizi)d, v. no. .6, 1963, 1829-1831
TOPIC TAGS: Be sup 6 nucleus, ground state width, reaction energy, Coulomb energy!
difference rkLtio, Li sup 6, He sup 6
ABSTRACT: The spectrum of the neutrons from the reaction Li sup 6 (p, n) Be sup 61~
was investigated by the time-of-flight method using a Multichannel fast-neutron
spectrometer, at a proton energy of 9.96 mev. The investigation was aimed at
i obtalning more precise values of the energy and width of the ground state of Be
sup 6. The spectrometer van based on the use of natural modulation of the
cyclotron beam and had a resolution time better then 3 nanoseconds, with the vidthi
of the channel of the time analyzer beii2g about 0.85 nanosecond. A 256-channel
unit was used with capacity 2 sup 16 pulses per channel. Readout was with a
telegraph-type printer, The more precise value for the reaction energy obtalned
Is .5.08 plusor minus 0.04 MeV and the width of the ground state of Be sup 6 is
0.14 plus or minus 0.04 MeV. The ratio of the differences,in the Coulomb energies,
Card

L 1361h-63
ACCESSION IM: AP3003106
of Be sup 6, Li sup 6*., srA Ile sup 6, respectively, is found to be 1.86 plus or
minus 0.05, which Is acme-what higher than calculated an the basis of several
~sauqtions, and suggests a somewhat h1gher corTelation between thalwo Jut,
brotons in the Be sup 4 nucleus. "The authors e're grateful to O.'D. BrUl, V. V,
,Paramoncry, and to the entire cyclotron crew for collaborating in the work." Orig.
d'art. has: I figure and 1 table.
ASSOCIATION: none
MMMITZEDt 1SJan63 DATE ACQ1 23jul63 ENCLi 01
SUB.CODE: 00 NO FJW SOV: 005 07MM-. 00i
Cc rd 2/1

q
w) -21gwA On) -2 Pab-10 rjPk'c) rm
ACCESGI04 NI: AT5007321 S/0000/64/000/000/0274/0297
AUTHOR : 11,31yEr V. it.; Blinov,_G. A.- BandarenkQ_L~j(_; Yero"IlmAkilt- A- G-EI&I
Mivonov,'Ye *
n
a
i k H-gy.-A-A~. Onuiti-n-A-L.-Los Pan-a-ar*L
V i Sidorov V A - S111ve lr~ r. I.; Skrjnjkjy,~N.-
'6 ' - - L Altm i
Kinel
Khal).-0,hparb?v, A G.; Ausb~r!d!17r,~Y;_ a. A. V. ; Kushn ;-VMKO-L ~Ye&.L_
Liv'Jilts, A. A. Rod15Sqv SypAkk~ V. S. - Yudia.-L.1,4 AbranTany. To. A*
jVarzerma B. ; Vachqq~ojqXYt V. PaE~d PTvtCj2
JA., Bud~
TITLE: Colliding electron-nloctron, poeitron-olectron, and proton-proton boa=
SOURCE: International Conference on High Energy Acceleratorp. Dubna, 1263.
-Trudy. ?"cov, Atomizdat, 1964, 274-287
'TOPIC TAGS: higj).jep hi&h_jnpXjX lip cc, par-
.qjrgX.krkteraction _k_ _%#, particle phyef
.ticle beam, charged particle beam
-ABSTRACT: In the Institute of Nuclear Physics, Siberian Department, Academy of
~Sciances SSSR, program on li.igh-ensM particle physics an mainly concerned with
Work on colliding charged particle bases. The Institute considers It - altallole
I Card 1/5

ACCESSION NV: AT5007921
Ifor its purT4".e to Install huge accelerators whose construction requires large
,"!sources mtlaid and long time. ror work on colliding electron-electron, posi-
itron-cl,!ctrr.n, -And proton-proton beams, three Installations am being built, which
J~j,ro~,in varicur, nitages of readineca. Work on colliding electron beams was con-
jct -it t~(.- instltut,~Jtbcn a laboratory of the Ins tj tute_cf-Atomic -Ener" an
ed , jr
. Yurchz.tov) In the rau nf 1956, after Kerst's report on accelerators with
Ijj' g" beams of the FrAG type. By that time Soviet scientists Had al-
_rj n pr
I r, ar
_"dy acquii--d rome experience in obtaining large electron currents; in pirticul
the rvtntiencd laboratory had in-ttalled and then abandoned a device for the spiral
~r;torak;e of klectrons (G. 1. Budker and A. A. Haumov, CERN Symposium, 1, 76 (1956)).
!by which, stbsequently, circulating currents of the order of 100 amperes %hers ob-
tairied. In 1957 two VdrIants of this device were considered at the saw time. The
firat one c(niisted of tmo accelerators with spiral storage and subsequent transi-
I
tion of the particles to synchrotron state in comparatively narrow paths. The
isecand one Vad storage rings with constant magnetic field and frequent external Is-
jection beczu3e of the damping of the oscillations under the action of radiation.
IThe fir-it viriant was more cumbersome; the second variant contained an element wt
Ideveloped al that time, namely a 100-kilavolt commutator of 10 kilo-amperes with
osecodd Print. At the and of 1957* the first positive results wage obtalmd
~C.,d 215

L 0304-65 'T
ACCESSION NF: AT5007921 0
with a packing discharger of 100 kilovolts, and work stopped on the variant with
storage rinFs. Originally it was proposed to set up two devices- VEP-1 of 2M 130
Mov energy, and VEP-2 of 2x 500 Hev energy. The VEP-1 was considered as an actual
model of an accelerator and as a device for conducting initial experiments at low
energies. hfter the Panofsky report in 1958 on his work with colliding.electron
beams conducted in his laboratory at Stanford, construction ceased on 500-Hev
storage paths and work was continued on the 2 x 130-1-lev Installation. Instead of
,work on colLiding electron beams with enereies of 500 Mev, work at the end of 1956
was conduct#!d with colliding positron-electron beams and the planning of the VEPP-2
device was begun, whose main elements am, a strong-current electron accelerator-and
a high-vacutim storage path of 700 Hev energy. At the present time the VE:P_ I and
VEPP-2 are installed in Novosibirsk. The VEP-1 is In a state of neglect, but at
the end of 19611 experiments will be begun with It. Installation of the VEPP-2 has
been completed. To obtain a marked effect from the application of c~,Iliding protom I
beatio, an a-.celerator Is needed with an energy of at least 10 Gov. Since the ordl~.-,
.1 accelerator at.ouch one'rgies In a ver
nan -y bulky uschine, it was decided to c6a"
bine the idea of colliding proton beams with the creation of an Iron-lose isipulse,
:accelerator with very large fields end a neutralized central busbar. This letter
work of creating such a machine was reported by the authmm.at a Nacow cmftrsam
Card 3/5

473dt-65
ACCESSION HR: ATS007921
~held in 19!6. The presence of a field with two directions in an fron-less accelere-
~tor with central busbar permits the acceleration of protons toward opposite sides
tin one mactiine, which makes possible the collision of protons In case of a suitable
:race-track- At the present time- the Institute is developing a proton device with
,a magnetic field of about 200 kilogau3s and radius of 7 meters for a particle eneM
of 12 Gev in the beam (equivalent energy Is around 30OGev). Tests are being con-
'ducted on Tkodels, and an effective method of Injection by overcharging of negative
Jnns is under rtudy. Also under development are an Impulse electric power supply
;system of 100 million joules capacity and an hf power supply. Since 1959 the
'Inrtituto 4as been conducting theo",tical Investigationa on the limits of applicabi-
yer, ZhVTr, 37, 1490 (1959), and UM, 746
lity of qtantum electrodynamica,CV. N. Bays
1619 (1962',] for the calculation of the radiational corrections to the electit"4"'s
imic crIoss-sections EV. N. Bayyer and S. A. Kheyfets, ZhETF 40, 613-715 (1961) and
Nuclear Physics (in print)], and on other problems of high-energy pasticlo physics
I
ithat are connected with the preparation of experiments on colUding beamn EV.' W.
iBayyer, 1. D. Khriplovich. V. V. Sokolov, and V. S. Syn&%hg In UTIr, 19613. i1be
p\esent r--port takes up under the mentioned three main headIPP the following perti-
Inent topics; the accelerator-injection, storage paths, 6189tria-MUMa diammea,
Card 4/S

h73014-65
'ACCESSION NR: ATS007921
!input and output system, experiments on storage, proposed vaft, 93"riftwal eet~
;up, physical layout of magnets, power supply, etea OrIS. art. hm: I f1svM.
~ASSOCIATION: Inatitut yadermoy fiziki SO AN SSSR (IngtLtUte of WIM rMIM,
~SO AN SSSR)
StMMIMDt 26Hay64 ENCL: 00 Awami now
~rNO REr SM C12 OTHERt 003
Card 5/5

L 1847-66 EWT(m)/-7PF(c)/EWP(t)/EWP(b)/EWA(h)- IJP(c)- - JDIJG
ACCESSION NR: AT5022290 UR/3136/65/000/835/0001/0010
AUTHOR: -Gulygm-0y, M.; EybLdc~ov B. V. Sidorov, V. A.
TITIE: The reaction He super 4 (He super 3, n)Be super 6
SOURCE: Moscow. Iftstitut atomnoy energii. Doklady, IAE-835, 1965. Reaktsiya
He4(He3, n)Beb, 1-16--
TOPIC TAGS: helium bEjrjjL~nq nuclear reaction, neutron, nuclear cross section
ABSTRACT: The paper is devoted to a study of the states of the Be6 nucleus in
the reaction He4(He31 n)lle6. The work was carried out with the 1.5-m cyclotron
i im. I. V. Kurchatova (Institute of Atomic Energy).i
at the Institut atomnoy energi I
A fast-neutron multichannel spectrometer was used to analyze the neutron spectrum'
of the reaction on the basis of the time of flight at an energy of He3 ions of
29.8 4 0.3 MEV. The data were processed with a TsEK-2 computer. Groups of i-)<
neutrons corresponding to the ground state and first excited state of the Be6
nucleus were observed. The energies of the excited state of Be6 (E* = 1.73
_t 0.3 MEV) were determined. DifferentLall
0.1 MEV) and its energy width (r= 1.7
cross sections of formation of both groups of neutrons at angles of 0, 7.5, 15.0,':
22.59 30.0, and 45,00 to the incident beam of He3 ions were measured, Orig. art.,i
has: 3 figures.
Card 1/2

L 25792-66 E4T(m-) IJP(c)
ACC NA, AM16376 SOURCE CODE: UR/0089/65/01
AUTHOR: Budker, G. I.; Kushnirenkod N. A.; Nat~movjL A. A1_; Onuc A,.- F. A 0
Popovi_ S. j Sidorovp V. ; Skrine!~ij&_A. N.; Ttulaygn, G. M.
ORG: none
TITLE: Status report on the VEP-1 electron storage ring
SOURCE: Atomaya energiya, v. 19, no. 6, 1965, 498-502
TOPIC TAGS: electron scatterinK. synchrotron. electron energy/B-25 synchrotron
ABSTRACT: This paper uodnten the report given at the Intirnational
Conference on Accelerators held In Dubna In 1963 and de4cribes the
work carried out since that time. In the last two years the follow-
Ing work has been accomplishedi accumulation of electrons simul-
taneously on two paths, study of'oertain Interaction effects between
two beams, and measurement of the luminance of the machine from the
electron-electron scattering In the-range of angles from 45 to 90 deg*
The VEP-1 storage ring, designed to operate at electron-?electron
B h__qt=./as shown
energy of 2 X 130 Mev, Is connected to chr 11
!~! In dia and the
In a schematic diagram. The magnetic paths are 4j a
aperture to ) x 4 as. All experiments were made at electron energies,
of 43 Nev and resonator voltage of-5 kv. The average Injection -
;current puls'e did not exceed,10 on, although more than 100 ma were
available. Injection made stability left'such to.be desired.. Re-
sult f the experImentq are shown.1n *@.or aphs, Furth
a npigw Jkt electron raise v a UrIg's iirt 0' - had t 8 TrFWe
nt- DITM J
JF
rw 0M
vrEW FRS1

L 25793-66 , EWT(T) IJP(c)
SGURCE CODE: UR/0-08- 6_5/bb
ACC NR, AP6016377
97 /OM10-50i/0505
AUTHOR: Auslenderm V. L..' Blino G- A.; Budkerv G. I.; Karliner, M.'M.;
A. V.; Livshits A. A.; Mis"y, _narJAy, __
-I - ---te-17" C _ _~I_J,.; Naumov,.A,, Panasyuk.-V.-5.; P0stov,_,rUM&g
doiov, V. A.; Sil vestrov, G. I.; Skrinski;y.- A..N.; Khabakhnashevo A. G.;
Mrkhtfivh.- ToA. r-4 I
CHGs ID
TITLES Status report on the VEPP-2 P09113!0"leotron storage ring
SOURCES Atomnaya energlya, v. 19, no- 6P 1965, 502-505
TOPIC TAGSs electron positron pair# electron Interaitionp synchrotron,, electreg
scattering, luminfacencep betatrorV16-3K synchrotron
AW)TRACT: The VEPP-2 was designed for electron-positror interaction exp'eriments at
energies of 2 X 700 Mev. as reported in the "Proceedings of the International
Conference on Accelerators"t Dubna, 1963. Work accomplished in the two years
following that conference includes the following: start-up of the synchrotron
injector, accumulation of large electron currents in the storage ring, study of _J
instability related to the interaction of the beam with the resonator, and the
accumulation of positrons. At present the VEPP-2 is being used to study the
interaction of. two beams and to measure the luminescence from the awn-angle
positron-electron scattering. An over-all schematic diagram of the VEPP-2 is shown,
including its connection to a B-3M synchrotron. The latter operates in light-duty
mode at 200 Mev, and its 100 ma output pulse is shorter than 20 naec. Its energy
scattering is less than 21 and pulse repetition frequency is about 3 cycles. The
storage ring is a weakly focussing racetrack with four identical rectilinear seg-
ments 60 cm long. The ectlilibrium orbit radius in 150 cm mid the aperture is

L 25793-56
_AeC_Nk_-__
8 X 14 cm. One segment of the ring is the experimental working section; the oppo-
site section is a resonator; the remaining two are used to inject electrons and
positrons. The experiments made and the operation of the equipment are described
in detail. It is noted with Interest that when betatron oscillations are excited
by individual inflector prilaeo, most of the initial oscillation amplitude decays
in a time interval much shorter than the natural radiation decay tims . Orig. art.
hast 4 figures. [JM1
SUB CODEt 20 / SUNK DATEs nam ORIG FAWt W6 / OTH Wt 001

-A tc.' -R -R.. - -4 P 7 0 00' 4 6 110URCE CODE: uqlo3671661601~16c~ildb9j-16-056-
f
GULYAH011 H - RY1lAK0Vt__#. .11. 5100ROV, V, A.
4
Reaction lie lie
Moscow, Yadernayn Flzikat July, 1966; pp 93-96
AiISTRINCT: The neutron spectron for the reaction Ile 4 (He3, n) Be6 is Investi-
gated for the TO Ion energy of 29-8:kU MeV, using a fast neutron multichannel
!;pectrcircter, acc-,rding to the tIme of flight. Neutron group were detected,
corresponding to the ground and first excited state of the Bg9 nucle-us. The
energy (El - B ed
1.73:E0A MnV) and width (r- L7=1:0.3 MeV) of the e . excit state
were de-tennined. The differential cross-sections'for the production of both
0 0 0 0 0
neutron groups were measured for the angles 0 , 7.5 , 15 22.5 , 30 and
0 3
45 , with respect to the incident lie Ion beam. Orig. art, hasi figures,
3
'7asod on authors? Eng. abat.7 fJPRS-' 37,33OT
aqG! none
TOPIC TAGS: neutron spectrum, neutron cross section
Sn CODE: 20 / SU13M DATEt 23Mar65 / ORIG REF: 004 OTH REF: 004
I Card 111p!-,

L 05821-67 "_ E'dT-(-m) TJP(C)- OD
AT6631466 SOURCE: CODE.- UR/0000/65/000/000/0001/0012
AUTHOR: Auslender, V. L.; Blinov, G. A.; Budker, G. I.; Karliner. M. M.;
Kiselev. A. V.; Eivshits, A. A.; Mishnev. S.-I.; Naumo;.--A. A.; PaqMk, V. S.
Peat6.4, Yu. .; Sidorov. Ir IM A,; Sillventrov, G. L; Skrinskiy, A. N.; Xhabakh-
pashev, A. G.; SheRniman, ~Ll 4
ORG: none 10 ~- /
TITLE: Present state of research on the VEPP-2 electron-positron ring
SOURCE: AN SSSR. Sibirskoye otdeleniye. Inotibityadernoy fisiki. Doklady. 1045.
Sostoyaniye rabot na pozitron-elektronnom nakopitele VEPP-2, 1-12
TOPIC TAGS: electron, positron, electron positron storage ring, electron beam
/B-3M synchrotron, VEPP-2 electron-positron, steradian
..,UPP-2 electron-positron storage ring was designed for
ABSTRACT: The
experiments on thp/interaction of positrons and electrons with a%jpnergy of up to
2 x 700 Mev. JWs basically a special type of B-3M synchEgtegalfand to equipped
with an exterior injector, a high-vacuum storage track, a single thread system to
extract the electron beam from the accelerator and insert -it. isft the storage rfto

L 05821-67
ACC NR' AT6031468
It has electron-optic channels and a converter to transform an electron beam iso
a positron beam. It now works at an energy of 200 Mev. Basic studies of the
process of insertion into the storage ring were made at an energy of 100 M-ey, A
detailed description to given of the installation and storage of electrons and
positrons. A system of spark chambers, comprising a 2 x 0. 7 solid angle
steradian close to the vertical direction, was prepared for experiments on the
interaction of positrons and electrons. Efforts are now being made to increase
the accumulation speed of positrons. Orig. art. has: 4 figures.
SUB CODE: 20/ SUBM DATE: none/ ORIG REF: 006/ OTH RZFt 001/
kh
CWd 213

MY
1% 09822667 FWT(m) TIT (n
FACC
AT6031467
SOURCE CODE: UR/0000/65/000/000/0001/0014
AUTHOR- Budker, G. L; Kushnirenko, Ye. A.; Skrinakty. A. N.; Naumov, A. A.
Onuchin, - --T rov, V. A.; Tumaykiii
A. P. - Popov, S. G. - It G. M.
MMMMMGM~ 6- 0
ORG: none I
TITLE: Present state of research on the VEP-I electronic storage ring
SOURCE: AN SSSR. Sibirskoye o
Sostoyantye rabot na elektronnom
Doklady. -INS.
TOPIC TAGS: synchrotron, electron scattering, electron beam/VEP-1 electronic
storage ring, B-2C electronic synchrotron
ABSTRACT: The VEP-1 electronic storage ring consists basicallyof two paired
high-vacuum magnetic trackm, 43 cm lp radius, with a 3 x 4 cm2 aperture a
special B-2C electronic mynchrotron/lin electronic- -optic channel, and a single
thread system to extract the electron beam from the accelerator and insert It into
the storage ring. Ibis storage ring was designed for experiments in electmn
scattering with electrons of an energy of 2 x 130 Nov. It is now being used in
Cwd 1/2

OWN
L 05822-67
ACC MR, , AT6031467
experiments with electron scattering in a 45-90 degr
ee angle. Descriptions are
given of the installation, the process of electron storage, and radiance messv"-
Tnents. The result@ of the first experiments on electron scattering show that
divergences from the reference curve of the Moller electron scattering do not
exceed the statistical error. Orig. art. has: 11 figuresi
SUB CODE: 09, 20/ SUBM DATIC: none/ ORIG RZF: 0061
kh
I cerd 2/2

SIWROV, V.A., Inshener.
Unsoldered terminal board of min power and lighting lines. Inergetik I
no.4:24-26 S 153. (NLRA 6:8)
(IlectrIc switchgear

SIDOROV, V.A., inshener.
Apparatus for soldering fuses with con er. Jhergetik 1 no.6:Z2-23 N 153.
(MIAA 6:10)
(Solder and soldering) (Ilectric fuses)

, M
TINII.M" 4,- . I . , S I ~ , ~ * . A . *En v .
.Aect ric 7 - r - s
11!011.jll~ tl-fJW' CT~ U!' Sul,stati-m of 6-10 kilovolt car-acity. Rah. enera. 3 I-o. 2, 1953.
1
9. Monthly List of Russian Accessions. Library of Congress, June -1953. Unclassified.

4. A,--ctric G,hles
7. -rl-t~tall inr. c-i'-ie jruris -n 7,pec- ~'aTAIS. `al~ . ene-g. 3 Ile). 2, 1~,53.
9. Monthly List of Russian Accessions, Library of Congress, June 1953. Unclassified.

1. :JlWlfOV, V.A.
2. U:;3R (6cC)
4. Craries, Derricks, Etc.
7. Tower crane ("creeping") UBK-15- Eng. V.A. Sidorov, Rab.energ- 3 no. 4, 1953.
9. Monthl List of Russiem Accessions, Library of Congress, APRIL 1953, Uncl.

SIDOROV. V.A.. inzhoner.
Stand for cutting latseit'* slabs. Znergetik 2 no.1:19-20 Ja 154.
(XIaA 7:1)
(Cutting machines)

AID P - 1164
Subject USSR/Ele,tricity
Card 1/1 Pub. 29 - 17/31
Author Sidorov, V. A., Eng.
Title Vol ta'ge-, ind ica tor
Periodical Energetik, 11, 25p N 1954
Abstract The author describes a simple low voltage indicator
designed by a foreman. One drawing.
Institution None
Submitted No date

SIDOROY, V.A., inzhener; TINYAKOV, N.I., takhnik.
0 DWM-6~_W
Granite and ceramic facing of building facades in winter using
electric heating; construction experience on the Koscow State
University buildings. Gor.khos.Mosk. 28 no.1:35-37 Ja 154.
(KLRA 7:2)
(Bricklaying--Cold weather conditions)

:;Oro 6~ /-Y
Subject USSR/Electricity AID P - 1956
Card 1/1 Pub. 29 - 5/125
Author Sidorov, V. A., Eng.
Title Automatic switches
Periodical Energeti1c, 4, 14-17, Ap 1955
Abstract The author describes automatic overload breakers
produced by the Khar1kov Electromechanical Plant and
used in Moscow State University instead of knife-
switches and fuses. The devices are enclosed in tight
plastic -iemperature-resisting casings. The release
mechanisms used in these breakers are thermal, electro-
magnetic, and mixed. The author gives a detailed des-
cription of the device of the A-3100 type and of its
operating characteristics. Four drawings, I table.
Institution: None
Submitted : No date

AID F - 3086
Subject USSR/Electrielty
Card 1A Pub. 29 - 20/29
Author : Sidorov, V. A., Eng.
Title : Stand for testing installation automate
Periodical z Energetikj 7) 27-28, Jl 1955
Abstract : In the now buildings of the Moscow State University, there are over
70,000 installation automata Imoduced by the Khar1kov Blectro-
mechanical Plant. Chief foreman Krivolapov developed a universal
stand for tooting, repairing and calibrating these automata. The
author describes details of the arrangement. Two drawings.
Institution : None
Submitted : No date

SIDOWT, V.A.. inshandr; BAHA APOV, V.K., izzhemer.
", 1 11 111-W
Use of fluorescent lighting. Svotetekhailm 2 ao,2:11-14 Mr 156*
(KLU 9:7)
IoNeekovskly gesuAwetveamry usiversitat.
(Plueroscout lighting)

SIDOROV. V.A., inshener; SHMUEM, G.A., inzhener.
Autmatle photoelectric apparatus for controlling outdoor lighting.
Naerget1k 4 ao.9:34-36 3 156. (mm 9:10)
(Ilectr1c lighting) (Photoelectric cells)

SHMUKLIR, G. 1.
___p
A~tentlc reedl I 'hot-water heating system. Tod. I man.
takh. no.10., 33-N Oll 156. (MLRA 10:2)
(Hot-water heating)

SIDOROV, V.A.. inzho-ner: SHMIJKLER, G.S.. inzhener.
-", . e-N, ,4- ~-,-
Automatic feeder for bnt-water heating systems. Gor. khoz.
I
Mosk. 30 no.7:31-32 Jl '56. (KLRA 9:10)
(Hot-water beating)

SIDOROV, V.A.; SHHUXLER, G.N.
Device for -winding resistance coils. Priberestreoule a9,2:24-25 F 157.
(Roistance-call) (KUU 10:4)

IMMAYNT, A.T.; SIDOROV, V.A.
Bligatrodymmic *Ibrographs. Insh.-fis.zhur. no.4:67-71 Ap 138.
(MIRA 11:7)
1,Goeudarst"aW unlyereltot In@ NoTo l*mouo'j"&q gsKoskvao
(Tibration-Reswourement) (Blectric instruments)

!on c,,,"

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SOV-28-58-4-17/35
Vorcbl:tev, Yu. A. an Engineers
Determ:'nation of Tolerances on Dimensions of Non-Ferrous
Allcy Gasts (Ustanovleniye dopuskov na razmery otlivok iz
tsvetn;rkh splavov)
Standa::tizatsiya, 1958, Nr 4, pp 56 - 58
The setting up of a tolerance system for non-ferrous casts
was preceded by expanded investigations, Obtained results
were s-lbjected to statistical analyses and full values of
tolerances were calculated. As a result, a standardiza-
tion project was elaborated determining tolerances for di-
mensions of casts from non-ferrous metals and alloys pro-
duced by different means. Series of precision tolerances
for different cast dimensions are given in tables. There
are 3 tables, I diagram and 2 Soviet references.
1. Casiings-Standards

18(5)9 25(5) SOV/128-59-8-7/29
AUTHOR: Vorobl yev, Yu.kn, and Sidorov, V.D., Engineers
TITLE: Standardization of Tolerances_~n Size of Ron-Yerrous
Castings
11BRIODICAL: Liteync,ye proizvodstvo, 1959, Nr 8, Pp 15 - 17 (USSR)
ABSTRACT: There are no standard norms (GOST) in USSR for pro-
cessing non-ferrOUB metals. In the NVTU imeni Bau-
mana (PIVTU imeni Bauman) together with the VII (Scien-
tific Research Institute) 30,000 measurements of 500
different components cast from non-ferrous metals
were carried out and the size tolerances were deter-
mined statistically. As the basis for the system of
tolerances the following formulas are en: For com-
AT
O-03 N+2 );
ponents smaller than 500mm - 1-- 0.1
and for parts larger than 500 mm - 1 0.004 N + 1.9
The allowance is to be found from A i . a, where
I tolerance unit in mk, N = normal dimension in mm,
6 size of tolerance I a = quantity of tolerance
units equal to the consecutive series from 1 to 9:64
- 100 - 160 - 250 - 400 - 640 - 1000 - 1600 and 2500
respectively. There are 9 tables, 1 graph, and 6 So-
card 1 /1 viet references.

~UUITJKYAN, A.A.; allSHKOV, V.P.; SIMDI:CVA, V.M.- SVIRIDOVA, Z.P.; CHNBOTA-
REVA, Ye.A.: SHUMILD4. V.I.; PUD114A, K.V.; BRA-:;II;A. N.H.; LUT.9KAYA,
Ye.ye.; KODACIUMKO, A.S.; ECSOVA, V.A.-. HClMYAAlM:IY, B.I.; GIUCHIKINN,
A.A.; KnIKOV, N.I.; RYDVANOV, N.F.; B:M'CiM, A.I.; VIBTSM, Tu.I.;
ROZENTALI, Ye.l.: BELMS, T.Ya.; SIDOAQV., L.P.;
~. _YX,-..VMANOV.A,
AUMSANDROVSLAILI, L.I.; KOVALI, V.V.; MWINS011, Ya.S.. glavnyy red.;
SOKOLOV, I.A., uam.glevnogo red.; AIM-,SAY-llV, A.M., red.; ARZUKANYAN,
A.A., red.; BBLUKOV. A.S.. red.; BECHIN, A.I., red.-, VARGA, Ye.S.,
red.; LEMIN, I.H., red.; LY-MIMOVA, V.V., red.; SKOROV, G.Ye., red.
V rednktirovanif. uchristvovall: SiLAPIR0, A.I., red.; TATISHG-.I,,V. S.I..
KOVIIIGINA, Ye., tekhn.red.
[Economic conditions of capitnlintic countries: review of buainess
conditions for ',958 and the beginning of 19591 Ekonomicheskoe polo-
*;ticlie,kikli strnn; kotn'"lunkturnyi obzor za 1958 g.
zhanie kapitalil
i nachalo 1959 ip. Monkvn, Izd-vo "Pravda," 1959. 127 P. (Prilo-
zhenie k zhurnalu "Mirov!iia ekonomika i mezhduwrodnyo otnosheniia,g
no.8, avgust 19'59 g.) (MIRA 12:9)
1. Akidemiya naiik SSSR. Institut mirovoy ekonomiki i mezhdunarodnykh
otnoshaniy. 2. Kollaktiv sotrudnikov kon.,n,,nktnrnogo sektora Insti-
tuta mirovoy ekonomiki i mezhdunarodnykll otnoulieniy AN SSSR (for
GluFtikov, Shvedlcova, Svirldova. Chebotareva, Shunilin. Pudina. Bragina,
Lutakaya. Kodachanko, Kosova. Moklyarskiy, Grechikhin, Kulikov, Rydva-
nov, Bellchuk, 'lintserp Rozentall, Belous, Sidorov, Zhdanovag Alek-
sandrovskaya, Kovall). (Economic conditions)

MANUKYAN, A.A.; RYDVANOV, N.F.; BUOUS, T.Ya.; SVIRIDOVA, Z.P.; CREBOTAREVA,
Ye.A., SHIRIII"Ill, V.I.; PUDINA, K.V.; LUTSKAYA, YeJe.; BRAGINA,
N.M. ; SANDAKOV, V.A. ; 14USSOP S. ; ZABLOTSKAYA, A. I. ; VDCVICHENKO,
D.I.; VIRKINA, I.Z.; MORENO, I.;tSIDOROV, V.F.; VCKLYARSKIY, B.I.;
GRECHIKHIN, A.A.; KOSOVA, V.A.; ZHDANOVA, L.P.;
ROZENTALI, Ye.E.; PETRANOVICH, I.M.
[Economic conditions of capitalist countries; survey of ecpnomic
trends in 1%1 and the begiraiing of 1962] Ekonomicheskoe Olo-
zhenie kapital.tstichaskikh stran; konliunkturnyi obzor za. 1961 g.
i nachalo 1962. g. Moskva, Izd-vo "Pravda," 1962. 157 p.
(MIRA 16:9)
1. Sotrudniki kon"yunkturnogo sektora Inatituta mirovoy eko-
nomiki i mezhd-inarodnykh otnosheniy AN SSSR .
(Economic history)

GRIZER, M.S., inzh.; MAIIISOVA, 0.1., insh.; SIDOROV, V.F., inzh.
Analyzing the fc-rmation of the stocking welt on the YSV-2 "Tekstima"
Cotton machine. Izv.vyo.ucheb.zav.; tekh,log.prome no*6:116-123
,6o. (MIRA 14:1)
1. Leningradskaya trikota2hno-chulochnava fabrikIL 41rasnoys Znamvam
(for Genser). 2. Ioningradskiy t*kstillnyy institut iseni S.N.Kirova
(for Marisova & Sidorov)o Rokomendovana kafedroy tokhnologii
trikotazhnogo proinodstVa Laningradskogo tekstillnogo Inotituta
imeni Kirova. (Hosiery) ~ 1 9 mchines)
Mittin

V Yll 0 ','~2 L; 1, z~! 1, A
naljr;iji. re-q.; '.'l-MXA, il-b., red.
[Experierice in 1.,le autci~.ati,.,r, of thi-o -~:---tro i
engines] )Irit -,o.,tcma,.izntsii upravier.I!,a
r. z E, am, Lmir.grari, Swiostrueni*-, 1~165. 1 p.
(1-~I',A 18-3)

ALYAVDIN, N.I.., doktor takhn.nauk.. prof.; SIDOROV, V.G.I_ ipzh.
Use :)f the factorial. method for investigating the possibilities
of Ferspiration absorption by silica gel in airtight rubber
footwear* Izve, vys, ucheb. zav.; tekh. leg. prom. no. 1:116-
123 160, (MIRA 14:5)
1. floskovskiy tekhnologicheskiy institut legkoy promyshlennosti.
(Boots and shoeal Rubber-Testing) (Silica)