SCIENTIFIC ABSTRACT VASILKOV, I. - VASILKOVA, I.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858810017-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

-VAS!7.'KOV, I.
Coal Trade - Europe
Inter-r-,'uropean coal trade. Vnesh.torg. no. 4, 1)52.
Monthly List of I'lussi-an Accessions, Library of Congress, June 1~)52. Unclassified.

CZECHOSLOVAKIA/Cosmochemistry. Geochemistry.
Hydrochemistrk.
Abs Jour : Ref Zhur - Khimiya, No. 81 1957, 26606 K.
Author : Vasilkov, I., Cejtlin, M.
Inst :
Title : Sunstone.
Orig Pub : Z. rus. Praha, Mlda vfronta, 1954, 198 /6/
str., i1., 25t 15 kcs.
Abstract : No abstract.
D
Card 1/1

VASILIKOV _I I A TSRYT LIN, Mark Ukharovich; ABRAMOV, V.I.,
.eapS__,L
.izd
oizd-va; XAHASKOVA, I.R., tekhn.red.
[Biography of a merhine; stories of Soviet coal cutter loaders]
Biograftia odnoi mashiny; neekazy o sovatakikh ugolinykh
1combainakh. Moskva. Ugletekhijdat. 1955. 97 P. (MIRA 11:6)
(Coal mining maebineri)

Vasil'kov, Igori
7~-/5
~85.2
-V3
Ieoheznuvahiy ostrov (Vanishing island) I/oskva, Izd-vo "Molodaye
Ovardiya", 1955.
160 p. illus., map.

VASILIKOV,Igorl
Hunters for the solar rock. Vokrug sveta no.6:2-7 Je '55.
(Coal mines and mining) (NLR& 8:9)

VASZLOKOV,Igorl
Treasures of the Cambrian. Vokrug sveta no.9:2-6 V55. (KLRA 8:12)
(Petroleum geology)

VASIL'KOV, Igor'.
An underground battle. Zuan.0ila 31 no.2:19-23 Y '56. (KLU 9:5)
(Coal mines and mining) (Coal mininc machinery)

VASILIKOV, 1.
Victory over the desert. Tekh.mol. 25 no.10:29-31 0 '57. (KIRA 10:10)
(Golodnaya Stappe--Irrigation) (Bet-Pak-Dala--Irrigation)

VASILIKOV, I. - I
. I 1 .1"11.1 ".
After the Interruption of navigation through the Suez Canal [with
summu7 In Xnglish, p.41J. Vnesh. torg. 27 ns,2:9-12 t57,
(Co=erce) (Suez Canal) (XLRA 10:4)

-YASILIXOT I,- ARMMOL* L.; KUKKAS, S.; KOLOSOVA. Tu.; TIKHOKIROV, V.P.,
otvqfs-tv;-enny7 red.; MIZHOT, M.N., red.; VILMfSKATA, N.V., tekhu.
red.
[Ouba, Haiti, Dominican R~Public, Paerto' Rico, Jamalcal luba, Gaiti,
Dominikanskais, r~qmblikaj, Puerto-Riko, Iamaika. MoskTa, Goa. lzd-
vo geogr. lit-ry, 1958. 23 p. (MM U:8)
(Weet Indies)

V~SILIXOV, I.A.; TSITTLIN, M.Z.; TZRPIGOREV, A.M., akademik, redaktor.
[Stored solar energy] Kludovye solntsa. Pod red. A.M.Terpigoreva. Xosk7a,
Goo.izd-vo tekhniko-teoret.lit-ry, 1952. 63 p. (NLRA 6:7)
(Goal )

C GORTIIISKIY. S.M., red.; IGLI
VASILIKOV, Ivan Semerlovic TSY11, I.L.. red.;
a., tekhn.red.
[Development of electric power engineering in the U.S.S.R. during
the last 40 years] Razvitie elektroenergetiki SSSR za 40 let.
Moskva, Goo. energ. izd-vo, 1957. 79 P. (MIRA 11:3)
(Electrification)

VASILIKO -,--Ii[or-'!--ASEriai3ityev_iceh; BAVDA, V.V., red.; NAZAPOVA, A.S...
- tekbn. red.
[Logic and poetry; science nnd the art of motion pictures)
Logika i poozila; nauka i kinoiskusstvo. lloskva, lzd-vo
"Znanie," 1962. 62 p. (Novoe v zhizni, nauke, telrhnike.
IV Seriia: Literatura i isk-usi3tvo, no.-19-20) (MIRA 15:20)
(Motion pictures in science)

VASILIKOV, Igor' Afan4,82,y-evich; NaLOLIKOVA, T.Ye., red.; GORINA,
T.W.-,-Ti3ft-.red .
(With a motion-picture canera, in the world of insects; scenario]
S kinoapparatoir, v mire nasekor7kh; stsenarii. Moskva., Iskusstvo,
1962. 133 p. (MIRA 15:12)
(Motion pictures in science) (Insects)

USSR/Fain 7--croes.
:,bs Jour: Rof Zhu---D'-ol., N: 201, 1955, 9256o
Author Vasil'kcv, M.
List
Title of FeedinG Yctu,L; Work Horses.
OriG Pub: Kwevodstvo~ 1957, :10 11, 33-37-
,-,botrict: The deL~rce of utilizatim of nutrient subst,?jicea
and their activity aiA need was established for
workimr, horses 3-4 years old in cmibination with
irintor and awmer t~Tcs of feed. Ccemiii diets
are recurmended.
C-- r et 1/1

VASILIKOVI M. S. p Cand kgr Soi - (dies) "Utilization of nutritive Aj--tC-CIL-d 4
rations by young work horses in winter and summer types of feeding.2
Mos, 1958. 16 pp (Min of Agriculture USSR, Hoe Vet Aoad), 140 copies
(KL, 1,=~58, 117)
-58-

VASILIKOV, Nikolay Pavlovich; DOBRIN, K.S., red.; BELTATNT, N.A., takhn.red.
(Monopolistic capital in Italy; af ter the Second World War] Kono-
polistichaskit kapital Italii; posle Vtoroi Mirovoi voiny. Moskva,
Ixd-vo In-ta mezhdunarodnykh otnoshanil, 1959. 185 P- (MIRA 12:5)
(Italy-Economic conditions)

ZDAMIN, V.A., prof.; GLUKHAREV, L.I., kand. ekonom. nauk; PIJGHKOVp A.N.p
dotsent, kand. ekonom. nauk; FAMDSKIY, I.P.; KURAKIN, N.A...
kand. ekonom. nauk; IVANOV, N.N., kand, ekonon, nauk; S,.RQ1GV,
G.V., dotsent, kand. ekonom. nauk; VASILIKOV,_N.P., kand. ekonom.
nauk; --"Bill I HOY onaanauk; LUKIYANUVA, M.I.,
prof., doktor ekonom. nauk; OZI11A, V.Yu., red.; LAZAREVA, L.V.,
tekhn. red.
[CharactorisUca of developing industrial production in
capitalist countries] Osubonnosti razvitiia promyshlennogo pro-
izvodstva v kapitalisticheskikh stranakh. Pod red. V.A.Zhamina.
Moskvi-,, Izd-vo Mosk. univ., 1961. 239 p. (MIRA .15:2)
1. Moscow. Universitet. Ekonomicheakiy fakulltet. Kafedra ekonomiki
zarubezhryk.h stran.
(Industry)

GLUSHKOVy V.P., kand, ekon. navk; POKROVSKIY, A.I.j kand. ekon. nauk; VEBER,
A.B.p kand. istor. nauk~~ ~XOV ~N.P.p kand. ekon. nauk; ARDAM,
G.B., kand. akon. nauk; TIMMEKOVAp O.K.) kwide ekon. nauk; XWL'-
14ITSKAYAp Ye.L., doktor ekon. naukj otv. red.; PANTELEYEV, V.I., red.
izd-val RYLINA, Yu.V., tekhn. -red,
[Government ownership in Western Europe) Gosudarstvemais. sobstvan-
nost' v stranakh Zapehnoi Evropy. Moskva) lzd-vo Aked. nauk SSSR
1961. 463 P. (MIRA 34:3.11
2. -Akademiya nauk SSSR Institut mirovoy ekonomiki i mazbdunarodmykh
otnoshani7. 2. Sektor stran Zapadnoy Tevropy Instituta mirovoy eko-
nomiki i mezhdunarodmykh otnosheniy AN SOR (for all except Panteleyev,
Rylina). (Europe., Western-Government ownership)

KHMELINITSKAYA, Ye.L., doktor ekon. nauk, prof.; LEMICI,M., doktor
ist. nauk; MAKSIWVA, M.M., kand. ekon.,nauk; GONCHAROV, AA,
kand. ekon. nauk; WILIKOV, . kand. ekon. nauk; VALIKOV,
V.V., kand. ekon. nauk; KO AY, V.M., kand. ekon. nauk;
ETINGER, Ya.Ya., kand. ekon. nauk; DALIX, S.A., kand. ekon. nauk;
PUSHKIN, A.A.,, mlad. n4chnyy sotr.;.MOROZOV, V., red.;
MOSKVINA, R., tekhn. red.
(Economic problems of the "Common Market."]Ekonomicheskie prob-
lemy *Obshchego rynka." Moskva, Soteekgiz, 1962. 510 p.
(M:ERA 16:3)
1. Akademiya nauk SSSR. Institut mirovoy ekonomiki i mezhdunarod-
nykh otnosheniy. 2. Institut mirovoy ekonomiki i mezhdunarodny1rh
otnosheniy Akademil nauk SSSR,(for:a:Ll except Morozov, Moskvina).
(European Economic Community)

BESSONOV, S.A.; YASILIK07, N.~., kand. ekon. nauk; VLASOV, V.A,, kand.
ekon. nauk; GLUKHAREV, L.L., kand.ekon. nauk; DANILEVICH, M,V.,
doictor okon, nauk; ZHAMIN, V.A., doktor ekon. nauk, Prof.;
ZAKHMATOV, M,I,,,, kand. ekon. nauk; KURAKIN, N.A., kand. ekon.
nauk, PANOV, V.P.; SMIRNOV, G.V., kand. okon. nauk, dots.i
TRIFONOV., V.I.p kand. ekon. nauk; TYAGAY,Ya.Ya.~ FAMINSKIY,
I.P,; KHODOV; L,G,; SHMIDT~ G.A., kand. ekon. nauk,, dots.;
SHMIGOLI, N.N., kand. elmn. nauk, dots., MATSUK, R.V,,. red...
GARINA, T,D., tekhn. red.
[The economy of foreign countries; the capitalistic system of
the world economy after the Second World War]Ekonomika zaru-
bezhnykh strand kapitalistichaskaia sistema mirovogo khoziai-
stva posle Vtorol Mirovoi voiny. Pod red. V.A.Zhamina. Mo-
skva, Vysshaia shkola, 1962. 632 p. (MIRA 16:1)
(Economic history)

K24ELINITSKAYA, Ye.L., prof., doktor ekon. nauk; VOLKOV, M.Ya.,
kand. ekon. nauk; 6ELICHUK, A.l., kand. ekon. nauk; IORDINSKAYA,
E.N., ml. nauchn. sotr.; M-Elt"ZHINSK-TY, Ye.A.; FAVLOVA, M.A.,
kand. ekon. nauk; VASILIKOV-, N' P., kand. ekon. nauk; ARDAYEV,
G.B., kand. ekon. ndu tK V.A., kand. ekon. nauk;
TlFIASHKOVA, O.K., kand. ckon. nauk; ANDREYEV, Yu.K.., ml. nauchn.
sotr.; PUSHKIN, A.A., mi. nauclux. sotv.; RAKSDIOVA, M.M.t kand.
ekon. nauk; KIRSANOV, A.V., kand. ekon. nauk; SHEBPIIOV, A.N.,
ml. nauchn. sotr.
[Changes in the economic stTijctlire of the countries of Western
Europe ]Izmenenila v ekonomicheslcoi strukture stran Zapadnoi
Evropy. I-loskva, Naukap 1965. 433 p. (MIRA 18:9)
1. Akademiya nauk SSSR. Institut mirovoy ekonomiki i mezhdu-
narodrqkh otnosheniy.

VASILIKOV, P.7.
erious shortcomings of rail-drilling =achinery. Put' i )ut, ~�oz.
no. 8-.42 Ag 158. (MIRA 11:8)
1. Zaveduyushchiy masterskimi, stantaiya Moe k-vg-f6q4AJk-a*AiWjaiti~qL);pv~.,~
dorogi.
(Railroads--Rails)
(Drilling and boring machinery)

VASILIKOV, P.V., master mekhanichei3kikh masterskikh
Improve the quality of track maintenizce equipment. Put' i
put.khoz. 6 no.12:20-21 162. OM 16: 1)
(Hydraulic jacks)

21M
AUTHORS: Govorkov, B. B., SOV/56-37-1-2/64
Golldanskiy, V. I.
TITLE: The Photoproduction of Neutral x-Mesone on-Hydrogen at Energies
of I-quanta From Threshold to 240 Mev (Potorozhdeniye neytrall-
nykh n-mezonov na vodorode pri energiyakh y-kvantov ot porogs.
do 240 XeV)
PERIODICAL: Zhurnal eksperimentallnoy i, teoreticheskoy fiziki, 1959,
Vol 379 Nr 19 PP 11-22 (USSR)
ABSTRACT: The authors describe investigations of the angular distribu-
tion and the energy dependence of the reaction (1):
y + p --w- no + p for Ey between the threshold of the photo-
production (145 Mev) of the neutral pions and 240 Mev; the
angular distribution at energies near threshold (asymmetric
because of interference between S- and P-wave) is deacribed
by the formula da/W. A + 13coag + Ccoa 29; the coefficients
A, R, and C corx-espond to the contributions of the Bl-p Ml-#
and E2-absorption of I-quanta. The energy dependence of A~ 3,
and C near the thresnold of pion~-photoproduction is investiga-
Card 1/4 ted. Experiments were carried out on the synchrotron of the

The-Phot6production of Neutral u-Menons on Hydrogen SOV/56-37-1-2/64
at Energies of y-Quanta From Threshold to 240 mev
FIAN (265 Mev); Figure 1 gives a schematical representation
of the experimental arrangement. The first of the five dis-
cussed possibilities of observing pion-photoproduction
(i.e. recording of the single I-quanta of xO-decay) is
selected. Recording is carried out by means of two telescopes
(90 and 1350 or 45 and 900) consisting of 4 scintillation
counters. Measurements were carried out for seven values of
the maximum energy of bremsetrahlung in the channels: 130,
150, 170, 190, 210, 230, and 250 Mev. The examination results
are shown by diagrams and tables. Figure 2 shows the energy
dependence of the y-quanta originating from nO-decay for the
angles 45P 90, and 1350 in the laboratory system (exponential
increase of the y-yield with increasing energy); figure 3
shows the dependence of the coefficients a, b, a, of formula
(3) N(B.).;- a(eY)A + b(O7)B + c(8,)C upon E,, and in table 1
the values of A, B, C, and Litot are given for E 16o, 180,
200, 220, and 240 Mev. Thus the following was measured for
240 Mev: A = 8.4+0.2, B - O.L*0.2, c . 6.o+o.6
Card 2/4 (jr,,-30cm2/sterad-ian) and atot , (8.1+0.3).TO-29cm2.

The-Photoproduction of Neutral n-Mesons on Hydrogen SOV/56-37-1-2/64
at Energies of y-Quanta From Threshold to 240 Mey
Figure 4 shows Aq B9 and C as functions of Ey. For higher
energies (of UP to 450 Mev) the data were obtained from the
papers of references 3 and 4. A has a maximum at ab:iut 320 Mev,
C is entirely in the negative and has a minimum at the same
place'f B, at about 260 Mev, goes over from the negative to the
positive. Figure 5 shows the energy dependence of the total
cross sections of tne to-mesons on protons (part of the data
was obtained from references 2 and 4); the curve has a maximum
at about325 Mev; figure 6 shows the shape of the angular dis-
tribution of pions for EY between 160 and 450 Mev. In conclu-
sion,:'the results obtained are discussed (comparison of the
data relating to n+- and no-photoproduction near threshold,
phenomenological analysis - table 2 -, ratio B/A - figure 7
ratio C/A - figure 8; comparison of the results with those
obtained by other authors)# in an appendix the authors des-
cribe a kinematic treatment of the method of recording M
according to the results obtained by investigating the indivi-
dual decay proton. The authors finally thank V. V. Pavlovskaya,
Card 3/4 0. A. Karpukhin, A. V. Kutsenko, and 1. A. Yerofeyev for

The'Pho~toproduction of Neutral A-Mesons on Hydrogen SOV/56-37-1-2/64
at Energies of y-Quanta From Threshold to 240 Mev.
their assistance in carrying out experiments as well as for
their advice and discussions. There are 9 figures, 2 tables,
and 22 references, 4 of which are Soviet.
ASSOCIATION: Fizicheakiy institut im. P. N. Lebedeva Akademii nauk SSSR
(Physics Institute imeni P. N. Lebedev of the Academy of
Sciences, USSR)
SUBMITTED: January 23, 1959
Card 4/4

21 'M
AUTHORS: Vasillkov, Govorkov, B. B. SOV/56-37-1-57/64
TITLE: Total Photoproduction Cross Section of 9 0-Mesons on 0Protons
at Low Energies (Polnoye secheniye fotorozhdeniya X -mezonoy
na protonakh pri nizkikh energiyak-h)
PERIODICAL: Zhurnal eksperimentaltnoy i teoreticheakoy fiziki, 1959, Vol 379
fir 1, PP 317 - 318 (USSR)
ABSTRACT: In continuation of two earlier papers, the total photoproduation
cross section of neutral pions of the threshold energy of pri-
mary P-quanta up to 245 Mev were measuredi the experiments took
place at the synchrotron (265 Mev) of the FIAN USSR1 liquid hy-
drogen served as a target. The method was described by refer-
ence 1. The authors used a telescope, which is arranged at an
angle of 900 to the primary photon bean; it simultaneously mea-
sured the yield curve of the decay quanta of the threshold ea-
ergy up to 250 Mev (above 10 Mev). The widening of the maximum
energy of the spectrum of bremestrahlung was + 1 Mevj measure-
ment of the yield curve was carried out with a statistical er-
ror of 2-3%, the background is given as 8-10%. The dependence
of the production cross section of the decay quanta on photon
Card 1/2 energy and on the yield curve was measured by means of the meth-

Total Photoproduction Cross Section of z 0-Mesons on 307/56-37-1-57/64
Protons at Low Energies
od of the "difference of photons" (Ref 3). The experimental
!evalues obtained by the authors are compared with those ob-
tained theoretically by Chew et al. (Ref 4) (drawn-out curve);
agreement is very good. The slight deviations within threshold
range (up to 180 Mev) are indicative of a contribution made by
El-transilions to dt. The course taken by the curve dt(hj)) ob-
tained by the authors also agrees well with that obtained in
reference 3, with the exception that the latter is lower by a-
bout 30%. The authors finally thank I. A. Yerofeyev for his as-
sistance in carrying out measurements and dealing with experim
mental data, and they also thank V. I. Golldanskiy and A. M.
Baldin for their valuable advice. There are 1 figure and 5 ref-
erences, 2 of which are Sovieto
ASSOCIATION: Fizicheskiy institut im. P. N. Lebedeva Akademii nauk SSSR
(Physics Institute imeni P. N. Lebedev of the Academy of
Sciences, USSR)
SUBMITTED: April 17, 1959
Card 2/2

VASILIKOV, R.G.: GOVORKOV, B.B.; GOLID&NSKIT, V.I.
Photogeneole of It 0riesons on carbon near the throahold. Zhur.
eksp.1 torof.fiz. 37 no.4:1149-1151 0 159.
041RA 13:5)
1. Tizicheekly institut im. P.11.1obadeva Akademil nauk SSSR.
(14simns) (carbon)

82874
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E032/E414
AUTHORSs Vasillkov~ R.G_~ Govorkov, B.B. and Kutsenko, A.V.
TITLEz 7 -7.777~7o-r---S-tudying the Energy Dependence of
Photonuclear Reaction Cross-Section on a Synchrotron)~
PERIODICALsPribory i tekhnika eksperimenta, 1 0, Nr 2,
pp 23-26 (USSR)
ABSTRACTs In synchrotron experiments in which various counters or
pulse ionization chambers are employed, it is necessary,
in order to prevent over-loading, that the accelerator
should work under the so-called "stretched" conditions
under which the radiation pulse is lengthened ("stretched")
-to a few microseconds. Under these conditions, the
gamma-ray spectrum differs appreciably from the Schiff
spectrum and turns out to be altogether indeterminate,
since the intensity distribution depends on the degree of
"stretching". This leads to serious difficulties in
studies of the energy dependence of photonuclear reaction
cross-sections. The problem can be tackled in two ways.
The first of these is based on varying the instant of
time at which the accelerating voltage is cut off. and is
Card 1/7 subject to all the difficulties mentioned above~ The 1~_

82874
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A Method for Studying the Energy Dependence of Photonuclear
Reaction Cross-Sections on a Synchrotron
second approach is based on the use of "stretching"
during that part of the acceleration cycle when the
magnetic field is almost constant. It is then necessary
to vary the magnitude of the maximum magnetic field,
The common disadvantage of these methods is that they
involve an alteration in the accelerator working conditions
during the actual measurements. Moreover, the energy
dependence of the cross-sections is deduced from a large
number of different experiments carried out under different
conditions, and this complicates the interpretation of
the results and reduces their accuracy. The method
described in the present paper can be used to obtain in
a single experiment with "stretched" radiation pulses,
the dependence of the integral reaction yield on the
maximum energy of the gamma-rays from a synchrotron.
It is well-known that the maximum energy of synchrotron
radiation is determined by the quantity Hp, where
H is the magnetic field in the gap of the magnet at the
Card 2/7 instant when the accelerated electrons strike the target,

82874
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A Method for Studying the Energy Dependence of Photonuclear
Reaction Cross-Sections on a Synchrotron
and p is the radial position of the target. If the
electrons are made to strike the target at low magnetic
field, and this is continued until the field reaches its
maximum value., one can obtain a "stretched" radiation
pulse whose energy increases throughout the process.
The radiation pulse obtained in this way can be used to
study the energy dependence of photonuclear reaction
evoss-sections, Pulses from the output of the circuit
recording a given reaction must then be sorted out by a
suitable kicksorter into groups corresponding to
different energies. Each of the channels of the pulse
height analyser should open when the field reaches the
value corresponding to the energy recorded by the given
channel. The method can be used provided the intensity
distribution in the radiation pulse is strictly uniform.
In practice, this condition is not satisfied and the
form of the pulse varies during the experiment. In order
to exclude these changes it is necessary to have an
Card 3/7 intensity monitor whose output can be continuously

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A Method for Studying the Energy Dependence of Photonuclear
Reaction Cross-Sections on a Synchrotron
compared with the counter output with the aid of the
commutator. In this way one can determine the output
of each channel per unit incident intensity, and the
ratio is then independent of the magnitude of the
incident intensity or the form of the pulse, Thus,
the method is based on the unambiguous relation between
the energy of the gamma-rays and the magnetic field in
the gap of the synchrotron magnet, and the continuous
comparison of the kicksorter and monitor pulses as a
function of the magnetic field. The simplest way in
which this method can be realized in practice involves
the use of time analysers. However, this has two
important disadvantages. Firstly, usual time analysers
have a uniform time scale and this means that the
channels cannot be distributed uniformly along the
energy scale, and the energy equivatence 1-9 lost since
the field in the gap of the synchrotron magnet varies
sinusoidally. Secondly, the use of a time scale
Card 4/7 instead of a magnetic field scale pre-supposes an q-

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A Method for Studying the Energy Dependence of Photonuclear
Reaction Cross-Sections on a Synchrotron
unambiguous relation between them. However, this
relation can be upset by instabilities in the working
conditions of the accelerator. These and similar
disadvantages were excluded in the present work by using
a magnetic field scale, i.e. with tile aid of commutating
elements controlled by pulses which are directly related
to given values of the magnetic field in the gap of the
accelerator magnet. In the set-up described in the
present paper, the disadvantages of the time analysers
were, in fact, only partially removed. The particular
apparatus employed makes use of a combination of a time
scale and a magnetic field scale, namely, the commutating
devices are controlled by pulses from the timing circuit,
while the position of these pulses is made to depend on
the field. A block diagram of the circuit is shown in
Fig 1. The apparatus consists of a gamma-ray telescope,
a differential monitor and a 10-channel time analyser.
The time analyser incorporates a time scale pulse
Card 5/7 generator, which produces pulses at a variable distance P-r

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A Method for Studying the Energy Dependence ot' Photonuclear
Reaction Cross-Sections on a Synchrotron
from each other, two synchronized electronic commutators
and two 10-channel recording devices. The channels
are distributed along the energy scale by a special
coupling circuit which produces a pulse when the field
in the gap of the accelerator magnet passes through a
pre-determined value. The apparatus can be used to
obtain energy calibrations to an accuracy of + 2%,
the main error being in -the measurement of th7e field.
The method requires the monitoring of the intensity in
the expanded gamma-ray pulse and this was carried out
with the aid of a scintillation counter incorporating a
stilbene crystal. The method was checked by
measurements on the gamma-ray yield due to the
disintegration of ITO-mesons from hydrogen and carbon
targets, at 900 to the primary photon beam. The
results obtained are in good agreement with those
r-6ported by Koester and Mills (Ref 5).0 Fig 5 shows the
dependence of the gamma-ray yield at 90 for hydrogen on
Card 6/7 the maximum energy in the gamma-ray spectrum. The points

82874
S/12o/60/000/02/005/052
E032/E414
A Method for Studying the Energy Dependence of Photonuclear
Reaction Cross-Sections on a Synchrotron
represent the results of present measurements, and the
crosses the results taken from Ref 5. There are
5 figures and 5 references, 4 of which are Soviet and
I English.
ASSOCIATIONt Fizicheskly institut AN SSSR
(Physics Institute AS USSR) V411*'
SUBMITTED: February 20, 1959
Card 7/7

VASILIKOV, S., inzh.
I
Production of lightweight aggregates for concrete in sintering
units. Stroi-mat. 3 no-7:15-17 -Tl 157. (MIRA 10:10)
(Lightweight concrete)

L
__YAaIL!XAV72A3-vG. Cand Tech 801 -- (dies) ra -oll artificial
porous fillers from clayey raw material on agglomerated grids."
M0891958. 20 pp. (Acad of Constraction and Architecture USSR.
Sci Res Inst of New Building Materials, and
Equi]~~ of Buildings. Lab of Slags and Agglomerates). 160 copies.
(KL, 8-58, 105)
-22-

ELINZON, M.F.,kand.tekhn.nauk; VASILIKOV, S.G.,kamd.tekhn.nauk
Uoing agglomeration In producing lightweight aggre tome Stroi*
mat. 5 no.2:11-14 7 159. rKrU 12 t 2)
(Lightweight concrete)

-F, L I Ml-N, M., kand.takhn.nauk; VASIVIOV, S., Imnd.tekhn.nauk
Agloporite, a lightweight concrete aggregate. Strottell no.7:26
Jl '59- (Lightweight concrete) (,iIRA 12:10)

ELINZON, ~LP.., kand.tekhn.naukj_V*ILIKGVt S.G., kandetekhn.nauk
Metjiod of testing rav material for the production of agloporite.
Stroievat. 7 no.8:3~-35 Ag 161* (KIPLk 14: 8)
(Aggregateo (Building materialo)-Testing)

ELINZON, M.P.; VASILIKOV, S.G.; POPOV, L.N.; ITIKOLAYEVA0 red.
izd-va; SHERSTNEVA-,-W-.T., tekhn. red.
[Principles of the production of agloporitel Osnovy proizvodstva
agloporita. Moskva, Gosstroiizdat, 1962. 136 p. (KLU 15:.6)
(Aggrogates (Building materials))
(Lightweight concrete)

GAX, B.N., kand.tekhn. nauk; GERVIDS, I.A., kand. tekhn. nauk; G(ACHAR,
P.D., inzh.; kand. tekhn. nauk; YEVNEVIGH, A.V.,
kand. tekhn.nauk; KIPTENKO, L K., inzh.,- LUNDINA, M.G., kand.
tekhn.nauk; NAUMCV, M.M., kand. tekhn. nauk; PATRIX, S.A., lnzh.;
POPOVP L.N., kand. tekhn. nank; WGOVOY, M.I.9 inzh.; SEDOV, V.G.,
inzh.,- SOKOLOV, Yu.B., inzh.; FRANGHUK, K.O., inzh.; KHAYKIN,
V.Ya., inzh., nauchnyy red.; CHIBUNOVSKIY, N.G., inzh., nauchnyy
red.; NOKHRATYAN, K.A., red. [deceased]; GUZMAN, M.A., red.;
OURVICH, E.A., red.; BOPWRIEV, N.K., tekhn. red.
(Handbook on the production of structural ceramics]Spravochnik
po proizvodstvu stroitellnoi keramiki. Moskva, Gosstroilzdat.
Vol.3.(Wall and roofing cerwaics]Stenovaia i krovellneia kera-
mikd. Pod red. M.!-!.Naumova i K.A,Nokhratiana. 1962. 699 p.
(MIRA 16:1)
(Ceramics) (Building materials industry)

,VASI~,'K~OV ~ kand.tekhn.nauk; ELINZON, M.P., kand.tekhn.nauk
The problem of the method of testing and choosing raw material
for the production of agloporite. Sbor.trud.VNIIMM no.6:5-17
162. (MIRA 15:12)
1. Vsesoyuznyy nauchno-isaledovatellskiy institut novykh
stroitelInykh materialov Akademii stroitel'stva I arkhitektury
SSSR.
(Aggregates (Building materials))

ELINZON., M.P., kand.tekhn.nauk; VASILIKOV S G., kand.tekhn.nauk;
SHTEYN, U.S., kand.tekhnL.--W--J-
Industrial mastering of the production of agloporite in
Electrostall. Sbor.trud.VNIINSM no.6:110-135 162. (MIRA 15:12)
1. Vsesoyuznyy nauchno-issledovatellskiy institut novykh
stroitellnykh materialov Akademli stroitel'stva i arkhitektury
SSSR.
(Electrostall-Aggregates (Building materials))
(Lightweight concrete)

t~ `--M, ri. nauk
ma"-. 11. no.1i
roducing aglapor!"e from boller slags.
31-32 Ja 10". (MIP-A. 1836)
y g -,Lianst-veran3-f nuunhno-lssledoval-ellsklly ins"t-L'
noyuzny, cs
st;-z~teltnykh vatprialn- i konetinakts"y.
I

BOGUSLAVSKIY, Ya.M.; VASIIDVj_..~-,Ij dots.
(Bibliographic br-mdbcok on I=Inescent arnalysis in
and biology)Bibliogreficheskii spravocbnik literatury po
liurinestsentnomu analizu v reditsine i biologii; s 1947 g.
po iiun' 1961 g. Chita, Chitinskii gos. zed. in-t, 1961. 66 p.
(MIRA 15:10)
(Bibliograpby-Lumineseence)

V AS I LOV )S.I.;_,LOBGVIKCVp G.K.; PUDOV, V.P.
Lamp of s~ortuwave ultravicist, --a-;s I'S'd 'Lrc--- a batZl=rj.
OT:.
kur, fizioter. i lech. fiz. k-ullt.. 28 no-3:26/, ',lY-tT)c '-~3.
('Ilil-~ 17- 5)
1. Iz k&fedry fizikL (7,av.-d-)tq6nl. :;.L. Vitsilov) (7,hiU.nslkoj-o
meditsinakogo Instituta 7u.D. II zlikov).
ly

VASILIKOV, V., lnzh.
Drum-type washing machine. Avt. tranap. 43 no.10;27-29 0 165.
'MIRA 18tlO)

GOVOROY, Hikolay Alekseyevich; PONOURIV. N.A., kandidat takhnichaskikh
nank. redaktor; GBLIMAI. D.Ta., redektor; JWLIKOV, V.A., glavnyy
redaktor izdatell stva; GOLUBKOVA , L.A., tekhni'M"ef"daktor
(Mechanization of labor-consuming processes of seeking iu mills and
groats plants) Kakhanizatelia trudoeskikh rabot v vyboinykh otdele-
nitakh mallnits L kruposoyodov. Pod red, N.A.Ponowreva. Moskva,
Izd-vo tekhn. i ekone lit-ry po voprosax makosollno-krupiaaoi.
kombikormovoi promyshle t alevatorno-okladskogo khostaletya Khlebo-
izdat. 1956. 91 p. (KLRA 10:2)
OPlour mills-IquIpment and supplies)

- VASIL tKOVy -V. - G.- - - - - - -
"Improve Methods of Operating Radioi Station Equipment," Vest. Svyazi, No.6, pp 24-26,
1953-
Translation M-630y 13 Jul 55

VABILIKOV, V.G.
,
Important date in the history of Soviet radio engineering, Vast.
svlazl 18 noo6:29-30 Je 158. (min U:6)
l.Naohallnik radloteentra 500-kilovatnoy radioetantsii imeni lomin-
terna.
(Radio stations)

111 - 5 6 - 6 - 2r,-` ~2 57
AUTIJOR: Vasillkov, V.G., Chief of the Radio Center
TITLE: An Important Date in the History of Soviet Radio Engine-
ering ~~,namenatellnaya datn v istorii sovetskoy radio-
tekhniki) On the 25th Anniversary of the Putting Into C-peratior of
the 500 kw Radio Station imeni Komintern (K 25-letiYu so
dnya puska 500-kilovattnoy radiostantsii imeni KorninterriA)
PERIODICAL: Vestnik Svyazi, 'Ir 6, 1958, pp 29-3C (USSR)
ABSTRACT: The above anniversary took place on May lst, 1958. The
broadcasting station imeni Komintern was constructed durinC
the first 5-year plan according to the project of the follow-
ing group of Soviet engineers: G.A. Zeytlenok; V.D. Seli-
vokhin; Z..I. Modell; N.I. Oganov; S.I. Itin; V.A, Sharsha-
vin; and supervi3ed by the A.L. 14ints, who is now Corre-
sponding Member of Akademiya nauk SSSR (The USSR Academy
of Sciences). All these engineers were rewarded with orders
and diplomas by the "TsIK SSSR". When the feedback coupl-
ing system wa3 introduced into this station, the work was
under the supervision of Engineer V.N. Aksenrv. New high-
Card 112 stability oscillators were introduced and the power supply

.1 11 - :', E6, - 2 '1, 2
I
An Important Date in the History of Soviet Radio Engineeringo On tha 25th
Anniversary of the Putting Into Operation of the 500 kw Radio Station imeni
Nominters
equipment partly replaced. It is now planned to adapt modern
power tubes with activated cathodes, in order to utilize a
new modulation circuit highly increase the commercial ef-
ficiency fadtor and iu,,)rove the quality charactPristics until
they meet modern requirements. It is also planned to aLito-
mate the system of switching over to the reserve units, the
starting and maintaining of operation conditions.
Card 2/2 1. Communications - TJSSR 2. Radio engineerinf:

VASUP KOV - V P
Method of preparation of plastmass from MM-7 in repair of defects of
the exterior part of the nose. Test. otot-inolar., Moak-ya 15 no-3:72-
73 Mw-June 1953. (C1NL 2531)
1. Of the Clinic for Diseases of the lar. Throat, and Nose imeni Prof.
V. I. Voyachek, Leningrad.

VASILIKOT, V.P.
'JbIversal dismountable cast for making 7-t;rpo laryngostogic rabber
prostheses-dilators, Test* oto-rino 16 no,4:77-78 Jl-Ag 054. (MMA 7:8)
1. Iz oto-laringologichookoy kliniki isteni T.I.Voyachaka (Leningrad)
(LARYNX, stenosis,
*caustic, casts for prop. of V-type of resin dilatators)
(OTCRHINaURYNGOLOGY, apparatus and instruments,
*casts for prep. of F-type of resin dilataters of larynx
in stanosis)

29622
S/142/6i/oo4/003/003/016
9,4)~ _'Z0 014 E192/E382
AUTHOR: -Van 111 kov-, V Y_e,_
TITLE: Use of reflex klystrons for the detection and
measurement of power
PERIODICAL: Izvestiya vysshikh uchebnylch zavedeniy,
Radiotekhnika, v. 4, no- 3, 1961, pp. 262 - 269
TEXT: The use of reflex klystrons as high-frequency
detectors has been known for a long time (Ref. 1 -
Grekhova, M.T., Averkov, S.I., Grigorash, D.I. and Anikin, V.I.
- Izv. AN SSSR, 1947, 11, no. 2, 183) but, in recent years,
this method of detection has become important (Ref. 2 -
S.A. Kornilov, O.N. Kazbekova, Radiotekhnika i elektronika,
1959, 4, no. 3, 475; Ref. 3 - Kostienho, A.I., Devyatkov, M.N.
and Lebed', A.A. - Radiotekhnika i elektronika, 1959, 4, no. 3,
482; Ref. 4 - Dr. Koryn Ishii - Electronic Industries, 1959,
November, No. 11, 77). In tho following, atterlti~n in paid
to the possibility of employing the klystrons for measuring
the high-frequency power by employing tneir detection
characteristics. In order to employ a klystron as a detector,
Card 11~q

29622
S/142/6i/oo4/003/003/016
Use of reflex klystrons .... E192/9382
it is necessary to determine the DC component of the reflector
current or voltage across the load as a function of the high-
frequency power applied to the resonator. For the purpose of
calculating the characteristics, the following assumptions are
made: 1) the initial thermal velocities of the electrons are
zero; 2) the electrons in the bunching space move along
straight lines, perpendicularly to the reflector surface;
3) the influence of the space charge is neglected and
4) the resonator is tuned to the frequency of the received
signal. Under the above conditions the expression for the
maximum distance from the resonator which the velocity-
modulated electrons can traverse is given by (Ref. 5 -
S.D. Gvozdover - Theory of electronic devices for ultrahigh
frequencies, GITTL 1956) U
- L
xm = d 1 + M m sin Wt 0
0 U0 0 2
Card 2/~~

29622
S/1112/61/oo4/003/003/016
Use of reflex klystrons E192/E382
which is valid for U m