SCIENTIFIC ABSTRACT KOTOV, V.F. - KOTOV, V.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000825410019-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SANKIN, D.I., kand. ekon. nauk;SEHINOY,.&I., kand. ekon. nauk;
BEREZNOY, N.I., kand. ekon. nauk; ZHDUOV, A.I., kand.
ekon. nauk; GORCHAKOV, A.A., inzh.; ZAKHAROV, V.V., inzh.;
YUNOVIGHp I.M., inzh.; RYVKIN, A.S., inzh.; KOVIIUGIN, V.V.,
ekonomist; DIDENKO, S.I., kand. ekon. nauk; SANDaIIIISKIY,
A.T., ekonomist; GONCHARENKO, B.L., kand. ekon. nauk;-KQTUY,
V.F., inzh.; EYDELIMAN, B.I., red.
(Handbook for the economist and planner in an industrial
enterprise] Spravochnik ekonomista i planovika promyshlen-
nogo predpriiatiia. Moskva; Ekonomika, 1964. 698 P.
(VIIRA 17:6)

V F.
SUBJECT: USSR/Mining
127-10-7/24
AUTHOR; Kotov, V.F., Engineer.
TITLE: Calculiting the let Cost of Production at Open Mines (0
Kallkulyataii sebestoimosti produktsii na otkrytykh gornykh
rabotakh)
PERIODICAL: Gornyy Zhurnal, 1957, #10, pp 32-34 (USSR)
ABSTRACTs The author criticizes different approaches to calculations of
net cost employed in open mines of the iron ore industry on the
one side and coal industry on the other side,
Many drawbacks in calculation methods are pointed out, and it
is proposed to introduce a standard system of calculations and
distribution of expenditures among the various articles of the
net cost.
The article contains 2 tables. No references are cited.
ASSOCIATION: 11VUG111, All-Union Coal Institute
PRESENTED BYt
SUBMITTED: No date indicated
AVAILABLE: At the Library of Congress.
Card 1/1
XOTOV, V.F., starshiy nauchnyy sotrudnik.
mining costs while plawnAng coal mines. Ugol' 32 no.l:
.3G-32 J& '57. (HLR& 10:2)
1. Voesoyuznyy nauchno-issledovatal'skly ugollnyy inatitut.
(Coal mines and mining--ristimato and costs)

PSWIN, I.S.; 'K-97M.I.Y., otvietstvenn~7 re'd.; GOLUDY&THIKOVA, G.S,, red.
izd-viL,- OSVALID, II.Ya., red. izd-va; SHnYAR, S.Ya., tekhn. red.
[How to lower the not cost of coal at the mine] Zak anizit I sebs-
stoiMost, uglia na uohaatke 8hakhty. Koakra, 'Uglatekhisdat, 1958-
18 pe (NIU 11:7)
(Moscow Basin-Coal mines and mining)

KOTOV. Va. -
N.W._~S'oma probInns of planning, keeping record of axomnditures. and
finanrial C021 nining operations. U'r-,oll 33 noe 7:40-43 Jl 158.
(MII-U 11:7)
(coal minis ana mining--Accounting)

BACHURIN, A.V.1 MARGOLIN, N-S-; KONDRASHV, D.D.; GORICHEV, N.V.;
ROGOVSKIYY N.I.; YAMPOLISKIY, M.A.; TYU40V, V.S.;
ROTSHTEYN, L.A.; GERASHCHENK0, V.S.; KOTOV, V-F-;
BAZAROVA,, G.V., red.; PORTYANNIKOV, N.S., red.;
GERASIMVAO Ye.S., tekhn. red.
(Commodity and monetary relations during the period of
transition to communiam) Tovarno-denezhnye otnosheeniia v
period perekhoda k kommuni2mu. Moskva, Ekonomizdat, 1963.
386 p. (MIRA 16:5)
(Economics)

BURSHTM, G. Ya. . doktor ekonom. nauk; FIDTOV*_~V FtL~h.
It is necessary to change the planning and financing of expandi-
tures to a simple reproduction of capital assets. Ugoll Ukr. 6
no.10:39-41 0 162. (MIRA 15--10)
(Coal mines and mining-Finance)

KMOIf,.-VjF-- IUMUYLOV, K.F. (Magnitogorok)
Studying the elements of vector algebra in secondary schools. Mat. v
shkole no.2:59-4 Mr-Ap 163. (MIRA 16-4)
(Algebra-Study and teaching) (Vector analysis)

ALFIRITBV, M.Ta., profeasor. doktor takhnichankikh nauk: KOTOV, V.P.0
rodaktor,- BIGIOMA, M.N.. tekhnicheakty redaIrtor
[Hydromecbanical Giaromakhanika. Hookva, Izd-vo Hinisteratva
rechnago flota SSSR, 1952. 306 p. Elficrofilml. (WRA 817)
(Fluid mochanice)

SOV/1 24-57 -4- 3867
Translation from: Referativnyy zhurnal, Mekhanika, 1957, Nr 4, p 5 ( USSR
AUTHOR: Kotov, V. F.
TITLE- Fundamentals of the Analytical Mechanics of a System of Variable Mass
(Osnovy analiticheskoy mekhaniki dlya sistem peremennoy massy)
PERIODICAL: Uch. zap. or1kovsk. un-ta, 1955, Nr 28, pp 42-55
ABSTRACT: Having postulated the validity of the principle of compatible dis-
placements for an arbiitrary system of variable mass with ideal. connec-
tions, the author obtains a Lagrange equation
d aL aL __ 0 n dmv
dt a c) q, (T crt- v V
qV 8q V~l
where T is the kinetic energy of the translational rnotion of radia-
Lively emissive masses
L = T +U(F) + U(R)
n. dm,
Card 1/2 where U(R) =Z r
V = I "~[_t u v rV

SOV/124-57 -4-3867
Fundamentals of the Analytical Mechanics of a System of Variable Mass
The equations thus obtained help to deri-,e the canonical equations ot the dyramics
of a variable-mass system. Relative to the case of systems that are subject 5iMUI-
taneously to holonomic and nonholonomic connections the author writes Appell equa-
tions which formally do not differ from the analogous equat;ons writ~er. tor a cor--
start-mass system. He also derives the clifferertidl equations of the motion of it
free body having a constant mass. He indicates how the general theorems of the dy-
namics of a variable-mass body maybe derived from these equations. As a particu-
lar case he obtains the equations of motion of a -va riable -mass body in the vicinity cf
a point at rest. Proceeding from the principle of virtual displacements, the author
provides a derivation of the principle of least %ariation ic. the Ostrogradskiy-Hamil,
tor. formulation. The derivation is repeated in terms of Lagrange equations. Three
illustrative examples are adduced, of which one is de-.oted to the derivation of the
canonical equations from the principle of least variation.
A. 1, Zenkin
Card 212

?t:,- ", " -'. .
Application of helical computations to the addition and. factorir4g
of motions of solid bodies. Uch. zap. Pod. inst. Garts. 125:
207-216 156.' (MM 9:12)
(Screws, Theory of) (Motion)

SOV/124-58--2- 1731
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 2, p 35 (USSR)
A OTH 0 It Kotov. V. F,
TTTLE- Contribution to the Theory of New.-type Rockets (K teorii raket
novogo tipa)
PERIODICAL- Tr. Odessk. un ta, 1956, Vol 1,16, ser. matem. n. , Nr
pp 79 -84
ABSTRACT- Initially the author repeats, in a more simple form. the deri-. d
t~on of the relativistic equation of motion of a photon rocket obtained
by Sanger- The author then derives the classical equation of motion
of a photon rocket under the assumption that its speed has an upper
limit and is always less than the speed of light. He then presents
the theory of the atomic rocket in the classical ipproximatior.,
wherein he takes into account that not only the "defective" mass'.
but dlSO the inert (or "slag") mass, are ejected.
K, P StanyLiko, ich
Card 1/1

124-58-6-6265
Translation from: Referativnyy zhurnal, Mckhanika, 1958, Nr 6, p 2 (USSR).
AUTHORS: Grigorlyan, A. T., Kotov.---V.
~Lz---
TITLE: Aspects of the History of Antique Mechanics (0 nekotorykh
voprosakh istorii antichnoy mekhaniki)
PERIODICAL: V sb. : Istor. -matem. issledovaniya. Nr. 10. Moscow,
Gostekhizdat, 1957, pp671-675
ABSTRACT: Bibliographic entry
Card 1/1 1. Mechanic s--His tory

GFMS, Genrikh [Hertz, Heinrich Rudolf]; GRIGORIYAN, A.T.; POLAK, L.S.;
KOTOV, V.F., (translator]; MMIMO-SAMUYW, A.Y. [translator];
ARTOBOLEVSKIY, I.I.. red.; GUROV, K.P., red.izd-va; NOVICHKOVA,
N.D., takhn.red.
(Principles of mechanics. presented in a new form] Printeipy
makhaniki, iz1ozhennye v novoi sviazi. I%d.podgotovili A.T.
Grigorlian, L.S.Polak. Obshchaia red. I.I.Artobolevskogo.
[Translated from the German]. Moskva, Izd-vo Akad.nauk SSSR,
1959. 386 p. (RM 12:4)
Nechanics, Analytic)

~ZQIWV, V.F.
Development of the theory of the multistage rockets in the works of
K.E. TSiolkovskii. Trudy Irwt. ist. est. i tckh. 34:273-286 160.
(IMM 14:2)
(Rockets (Aaronautica))

KOTOV, V. F.
Characteristics of the arrangement of Pascal lines. Izv. vvs.
ucheb. zav.; mat. no.1;65-73 162. (MIRA 15i1)
1. liagnitogorskiy gosudarstvannyy podagagichiskiy institut.
(Geometry, Analytic)
Subject USSR/Engineering AID P 4848
Card 1/1 Pub. 103' 8/26
Author Kotov, V. I.
Title Cotton and paper Polishing disks
Periodical ; Stan. i instr., 2, 23-24, F 1956
Abstract : The author presents some results of his study in the
field of polishing and grinding with abrasives and other
materials, such as felts, cotton and paper. The problem
of the replacement of high-priced materials with more
abundant and cheaper cotton and paper may eventually be
solved by some combination of the above materials. Three
tables and 2 photos.
Institution : None
Submitted : No date

KOTGV V I
Radial stresses and displacement of points of the sectional wheel
center of a crane caused by press fitting of the shaft. Trudy
Ural*politekhAnst. no.104:96-104 161. OMM 14: 6)
(Cranes, derricks, etc.) (Strains and stresses)

S/05
62 032/008/001/015
B104YB102
AUTHORSi Zhuravlev, A. As, Ivanov, I. N.9 Karmasin, M., XntnM*-t" -0:
lVae, E. A., Oboznyyj V. A.j Obukhov, Yu. L., and Petukhov,
V. A, ~
TITLEj Study of the particle motion in a ring synchrotron
PERIODICAL: Zhurnal tekhnicheakoy fiziki, v. 32, no. 81 1962, 905- 913
*TEXTs The perturbed equation of free particle oscillations in a eynohro-
tron (ZhTFj no.,10p 1253, 1961) is derived in the following formt
t-4-(Aot-~~A,IcosNO-~-Atcos2NO) E
(10).
W11 cosN0--i- BF31 cos 2N0) A'
~is the deviation of the,particles from an orbit,
2) q, cos)W] Af(b),
and
c~~(A~-i-.Aj', co~flk-~~Aj, cos 2NO) Az (0),
Card 1/3
Studj of the particle motion.,..
S/057J62/032/008/001/015
B104/B102
characterize the deviations in radial and vertical directiong 6f(9)
de3cribes the deviations from the.ideal field distribution. The general
solution of this equation leads to the equation for the disturbed orbit
and to a study of the distortions that arise when disturbs noes occur in
some sectors of the synchrotron. Sue 'h distortions were determined
experimentally with the aid-of seven special targets built into the
accelerator chamber. Good agreement was obtained,.between experimental
+ -V 2 F, which
and theoretical results. The equation of motion ~ S
h9lds iIf an external force F (electrical field strbngthj) exists#. pro-
ducing a forced osoillati,onp---if
Fa- -Wor Cos( 04-1, b(O-o'),
(uniform field with dZiMathallY localized action), furnishes
4~
Card 2/3

8/089j62/013/006/019/027
B102/B186
1THORS# G. T. and M. R.
A
L
TITIX,' 1(auchnays. konforentelya Moskovskogo Inshenerno-fisichaskogo
institut Conference of the Moscow Engineering
a (Scientific
Physics InstitAte) 1962
PERIODICAW Atounsys, onergiya, v. 13, no. 6, 1962, 603 - 606
1 TEXTs The annual conference took place in May 1962 with more then 400
delegates participating. A review is given of these leatures that are
assmed to be of Interest for the readers of AtouW& energiya. They are
I followingo A. 1. Laypunskiyo futur* of fast reaotoral A. A. Vasillyovp
design of accelerators for superhigh onargies'l 1. r&. Poaeranohuk,
-.analytioityt unitarity, and asymptotic behavior of strong interactions at
igh energioal A. B. Uigdal, ph*nomeno logical thtory-for the many-bo4y
h
probleal Yu.'D. Fiveyoklyj dooeleratIon, of medius-energy antiprotons In
natterl Yu-.-r. 'ilogaU, Ya. A. Iasilevskiy, theory of the Mdesbauer effeatl
V. I'& Ryaxanovo theory of Ionization lasses In nonhosogonsou nediual
Yu. B. Ivanoyp A. At lukhadse, h-f vonduativity of -subaritical plasaal
-Card 1/4*.,

3/089j62/01)/006/019/027
F':rauohn'aya konf*rentelya...
B102/B106
I design of 30-Hey electron linear acceleratorl T*. 6. Pyatnov, 1. A. Olsvk64"'
V. 0. Lopato, A. I. Finogenov, 0. S. Skepakiy, Y. D. Selesnev, experinental
characteriatics of low-energy electron linear accelerators; 0. A. Zeytlonk,"I",
V. M. Levin, S. 1. Piskunov, V. L. Sairnov# V. K. Khokhlov# radiocircuit
parameters of JIY~i(LUQ-type &coelqr&tor&&.0~ A. Tyagunovq 0. A- Valldner
B. M. Gokhberg, S. I. Korshunov~ 'Ye. M. Moro*, acoelerator
V. I.,Xotov
classification and terainologyj _5_-~Olallv, V. B. Varokeld, P.
Zenkevich, theoretical analysis of aagn*tron oporationj A. 0. Tragov,
P. R. Zenkevioho calculation of attenuation in a diaphragaated wavoguidel
Yu. P. Lazarooko, A. V. Ryabtsev, optimum attenuation length for linear
acceleratorl A. A. Zhigartv, R. Yo. Yeliseyev., review on trajeotographal
1. 0. Uoroxova, 0. A. Tyagunov, review an nors, than 5
00 ton sourosel
M. A. Abroyan, Y. L. Xomarav, duoplasnatrqn-tips, sourool T. S. Xuanstsovq
A. I. Solnyshkov, oaloulation
):nd produation of Intense Lou beamal
.:V. M. Rybin (Yo. V' Armeaskir inductive current trausaittere.of high
sensitivityl V. 1. Koro 0. L. Tyaguncy, kinetic dosoription.of linear
acceleration of rolativa:1
I tic siectronsl A. D. Tlasov: phase osojillationa
.11usar aooel*ratoral S.*L. Sur*htsyn, 0. T.-Toskr a anskiy' been field
P
-effects in the waveguldii oifan e1qatrom linearecoslarstorl R. S. Sobovikov,
_Fard 3A.
BALAYEV, Ye.Ye.; BALYUKOV, I.I., takhnolog; ISAYEVA, R A KOTOV V.I.;
TIMOFEYEV, N.G., master; MAYAKIN, N.I., pomo;hchnii: ~ster~a
Is there a need for warp hangers in automatic weaving? Tekst.-
prom. 22 no.9:37-38 3 162. 01IRA 15:9)
1. Zaveduyushchiy proizvodstVOM Pavlovo-Pokrovskoy fabriki
Moskovskogo oblastnogo soveta narodnogo khozyaystva (for Balayev).
2. Tekhnicheskiy otdel Favlovo-PdArovskoy fabriki Moskovskogo
oblastnogo soveta narodnogo khozyavstva (for Balyukov).
3. Starshiy normirovshchik Pavlovo-Pokrovskoy tkatskoy fabriki
Moskovskogo oblastnogo soveta narodnogo khozyaystva (for Isayeva).
4. Nachallnik tsekha Pavlovo-Pokrovskoy tkatskoy fabriki
Moskovskogo oblastnogo soveta narodnogo khozyaystva (for Kotov).
(Weaving) (Automatic control)

KMV, V.I., insh.
Aluminotharmic proceas refractory. Ognsupory 18 ne.6:280-281
j6 '53. (Refractory materials) (Aluminotheray) (KIRA 11:10)

KC.TCj' V. 1.
'/v
t b
d
t l
t
t
i
urne
nate cemen
ow
urel.
. 1.
Stilhalum
s
empera
K(nov. Tsemient. 19 161 12-14 (1953).~:-Raw materials for-MT1.
-ME Wale ccuicut (finic iind local clay, that wa5 truted with
60% 1-1,4M or pctrolcunii pitch of the same concentration) were
burned III 4(X]'C. for 2 hr. Three typei of cement "te made.
(a) Clay otiment. A inNture of sulfated clay and 43% by wit'~ht
Journal of the AnerAcan of Ca(OH lj umn imide Into briquettes, fired at 700* for-2 lit., and

Cerattlic Society ground with 1.5% CaO. -(b) Bclite cement: Sulfated clay and
150% by weight of Cn(011): were made into briquettes, fired at
Vol. 37 Not 5 1000* for 4 lit., cocilcil rapidly to stnbilize dicalcium; silicate. and
May l
1954 ground. (r) AlIte cement: Sulfated cliky and CaCIj (1: 1) in an
'
t for 2 hr.. with steam pas-
Iron tubc ivere kcpt lit n fornace at MA
Cementelt Lillms, and~Plasterv sing through the tubv continuously. The crushing strength of
sficcitnens wni I M lig./cuO for a after 140 days lit water, 500
kc./cin.1 for A, tifter 28 days in water, and 170 kg./cm.1 for c after
14 days III Wit(Cf. B.Z.K.

KOTOV, V., inshener; ALKMLUV-, G.
!--
Aging and frost resistance of bricks. Stroi.mat.. izdel.i konstr.
1 no.6:17-20 Je 155. (MLRA 9:1)
1.NAchallnik Leningradskoy oblastnoy laboratorii strottellnvkh
materialov (for Alekseyev).
(Bricks)

AUTHOR, KotoV3 V. 1. 72-2-2/10
TITLE- Effect of a Gas I-bdium on the Firing of Articles of Carbonaceous
Clay (Vliyaniye gazovoy aredy na obzhig izdeliy iz karbonatrqkh
glin)
FERIODICALi Steklo, i Meramika, 1957, Vol. 14, No. 2) pp. 8--ll (U.S.S.R.)
ABSTRACT: Conclusions are drawn as follows from the experimnts described
in the article-. It is advantageous to do the firing of ceramic
articles of carbonaceous clay in an oxidizing gas meditm spread
equally over the entire cross section of the furnace shaft. The
presence in the furnace of a reducing radium at a temperature of
1125-11550 will lead to the formation of black iron spc;lvs and even
to the nelting of the articles. The clays researched -.;how poor
caking tendency and small interval of caking. In an oxidizing
medigm, the caking interval eq=ls 7500; the beginning of the caking,
1100 ; maximum shrinking,, 6% at 11650. In a reducing medium, the
Card 1/2

1"UTHOP: 0-1-41,14
/,otcv
V.I,
SOV180-5
.
1
,
E:
~julfoaluz~;nate Cements From ~Irolju~;..,; of 'C C~,
Solid State (.,;Ill
aktsiy "r tvdrdom SoSto,-:L-I4Li)

7'
T
7!, u r, I a a ~ i .,, ch i r ~1. i i
r 1, 26-31t (USSR)

F" A C T The author iuvest-ij-il-ed *hE! 1;o,-, -_~ilit of ol)taiiiini!
a hydr:--ulic bindi?,,- naterial 1-2ssIr heat consunptici,.,
o.,.:;ed on the sLudy of the activit,y o~' thc. calcirated
from '.hc. The ra-,%, m_-terial for investi-
,:;ation was a cr:tck clay mainly montmorillonitc,
minera1z, Experiments ca-rried out repeatedly to find out
optimum temperature for alay calcination ha-ie showr. thant V,,~
most active bindinc material 12 ob-*.-_:inCd when tlh,~ clay i-,
calcinated at a teriperature oC GOO to 6,500C. The calcinatio~.
at a higher temper:~turp lowers the activity of the clay
cement ("glinit") obtained. The Luthor studied the 7Liro-
perties of this `glinit"-ce,,,.2nt and a_-rived at the follow,
ing conclusions-. 1. it is characterized bl. a very slo-A, -zntf,.
mhe normal iritial is
of hardening I
only in a humid medium; a water medium cun be used for
,
hardening only on the 8th da., after humid hardenin
,; an
,
.
air medium stops the process of hardening; 2. The i~roperti,~.,
of the binding -material cr-n. be _Jm,rxoved by a comround of
lar~~ 1/2 the hydrosulfoaluminate with the calcium silicate which is

Cementc From the in "olid State
Lamed in ir colizi stati,; thi3 compou en,;urf,,,,
W!,'1217 ".W COM!ilionc- laimiu, aoriat
an'd in ,a,,mcr. It is !,";--t Sul -`O.:.luminat,-~ came~,t,.
m-cy turn. o,,,' lo bo valuable lv.,ir~-ulic bindir.~- L-. a t e r 11 s
L .ere I-,. re 5 ph L111(i ~7 I-,C,- -
2-:ccs , of wl~ich, ar;~ I and ` En!-Iiuh.
2 T T D ,,,'P-rch 22, 1957
Card 2/2

KOTOV I - V. I-.,
Gr7stallization of plaster of Paris in a calcium chloride solution.
Zhur. prikl. khim. 33 no.12:2643-2651 D t6o. (MIRA 14il)
(Plaster of Paris)

KOTOVP V.I.; SMENYUSHKIN, I.N.
Opposite beams of elementary particles,, Priroda 51 no.6:45-0
Je f62. OMIM L5:6)
1. Oblyedinennyy institut yadernykh issledovaniy, Dubna.
(Particles (Nuclear physics))
01

L 3776-46
ACCES91011 Nit. ATS007947
Joint Institute.of Nuclear Reseat~cW to -Clarify' thO ~(!XpOdlk'!ICY Of 817~t I fIC141 I 1y flx.
citin the resona 2 f or [Ill
?. I fig
lice Oft, I ~the ate 't tile
target and f-or:extrac tb~i ~pi~ton 6!amt frorit Ahe accelerator's chamber. The re-.
onance. conditions Wre created by of variation in an ldentl~al manne
s way. r of the
alue of n
field index n In two nelphborinig quadrants such that the me-an vt In the
ac r
celerator cor esponded to the condition. of revotiance. The resonance force. here
is determined by the magnitude of. them first harmonic of tile excitation (A., As Kolb;..
menskiy, A.N. Lebedev, Teorzyd-taiklfcheiikikh uskoriteley (Theory of Cyclical A6-',
celerators), Hoscow~ Fizmatg1z,-l962.). -Under 'real conditions the exciting fi eld
rranged Inside -the accelerator's vacuum--
vas created with the help of windings,:a
-1 din
chamber, The inductance of the'.w n d to about.3 mega-henries,.which
gs arrange
limited the'rate of growth- -of, the excitation.. Numerical calculations carried.out
an an: electronic computer on tbil-elczict ~e4uatiohs 0 mot ton of the particles - In
the magnetic field showed-that. lor Obtaining- the resonance conditions, It 19'neces-.`-
at it of the- Ma et x n n
e conflaur ' .1c field such that the Inde . i
sary to create th lo gn
the excited qObdrants reach ialties close to.0-.9 for a dtirdtioll of 300 micro3econ&
(about 400 revolutions).~,the-toliowink.,topl6 am discaussed'. the dependence of'..:
the field Indek 4oh.the taditti ,-f -or t~rient~ of 34G amperea and none in thi ex.
dard 2/3

ACCESSION NR; AP4031622 S/0053/64/082/004/0707/0748
AUTHORS: Vagin, V. A.; Kotov, V. 1.1 Semenyushkin, 1. N*
TITLE: Methods of'high-energy particle separition
SOURCE: Uspekhi fizicheskikh nauk, v. 82, no. 4, 1964, 707-748
TOPIC TAGS: particle acceleration, particle spectroscopy, particle
spectrum, separation, relativistic particle, high energy particle
ABSTRACT: The existing and proposed methods for the separation of
high-energy particles are systematized and described. Some of the
problems involved in separation of low-yield high-energy particles
and their importance to researth are discussed. The presently de-
veloped electrostatic separatorm are shown to be inadequate for
hi"er energies p;psently available and p~wu~ed to be produced with
future accelerators. Electrodynamic separators, which have a higher
energy range are qescribed. It.is indicated.that when it comes to
Card,. 1/6

ACCESSION NR: AP4031622
production of pui6 beams of ultzarelativigtic particles, it will
becdme necessary ~'to separate "the particles on the basis of other
attributes than are presently used, for example the differences in
such characteristics of theit nuclear interactions as total cross
sections, kinematilps, and angulak distribdtions. High-frequency
.separators now under construdtion in severalclaboratories,lincluding
the:SSSR Joint Institute of Nuclear Resea#ch, are described. The
section headings are: 1. Introduction. II. Separation by using the
distinguishing features of the interaction between particles and
their decay properties (1. The absorber method. 2. Muon beams.
3. Neutrino beams.~). III. Electrostatic separators (1. Principle
of electrostatic separation. '2..Schematic diagram of electrostatic
separator. 3. iq!~7optical syate;m of separator. 4. Example of exist-
ing separator. 5. ' Region of,opp;ication of the method of electro-
static separation.). IV. Electrodynamic separators (1. Pri ciplese
2. motion of cha;ged particle in high-frequency fields. 3t High-
frequency separator for Stan~qrd,.two-mile,linear electron accelerator.
Card 2/6

ACCESSION UR: AP4031622
4. OlYal electrodynamic particle separator. S. CERN high-frequency
separator. 6. Region of application and prospects of development
of high-frequency separators.). Conclusion. Orig. art. hass 22
figures, 93 formulas, and 4 tables.
ASSOCIATION: None
SUBMITTED: 00 DATE ACQ: 07May64 ENCL: 03
SUB. CODE: NP NR REP SOV: 012,- OTHER: 059
Card.: 3/6

ACCESSION NR; AP4031622 ENCLOSURE: 01
b14ram of Oi'YaI electrodynamic particle
separator: 1 - resonator, 2 - multiple
acceleration system, 3 - collimator, 4
deflecting system, 5 - generator, 6 -
hydrogen chamber,tjA - magnetic lens,
M electromagnet
A 1 and 2 -,"mag. lens IM -17
2
_'mag. lens uA -16
4
6
CAM
U
f V ffAf
C,,d 4/6
ACCESSION NR: AP4031622 E~CLOSURF.; 02
a b
ri d
/. le ~f
e f ep4anzo
Block diagram of multiple-acceleration system used in OIYaI electro-
dynamic separator; 1 - accelerating frequency of OIYal proton syn-
chrotron, 2 - pulse to turn off IV-he accelerating voltage.
a - frequency comparison circuit, b - modulator, a - hf power
amplifier, d 15 Mc resonator, e standard generator, f phase
shifter
~Cad 5/6

PETUXHOV, Valentin Leninskoy p.-r-smil-4
KDTOV, 112adlon lvqnovl~b
(Modern particle accelerators] S3-vvemennyo uskoviteli
chantAts. Moskvaq Naukap 19~6. 37 p. (Ymu't 18.s,)

!14~2-66 EPF WG 0t
W-21EYA(h)AWt(OATCOVE :Jj0(
ACC NRt Ap6011389
SOURCE CODEt UR/0057/66/036/003/0453/0459
AUTHORs B Y
rodskill YU Ya XiffialliA""'Kat
ORG: nono
TITLE: Asymmetric waves itt plasma- waveammides
SOURCE: Zhurnal,tekhnichoskoy-fiziki, v. 36j no*3, 1966, 453-459
TOPIC TAGS: plasma waveguide, digpersion equation, wave propagation, electromagnetic
wave
ABSTRACT: By asymmetric waves the authors understand waves that do not possess full
axial symnetry. The electric and magnetic-fields of the waves discussed in this paper
have the form F(r) exp Li(ft -,kz + no)] In cylindrical coordinates r, 0,i, where
I is the frequency, k is a, propagation constant, and n is an integer not less than 1.-.
-The propagation-of these waves is discussed in three types of plasma waveguide:
1) the region r ~a is filled with an isotropic plasmA+
with dielectric constant (f fo~ )/f" where f is the plasma frequency; 2) the
region r-..cz a is empty, the region'a