SCIENTIFIC ABSTRACT G.S. CHUVIKOVSKIY - I.V. CHUVILO

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000309210002-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MAKSIMADZI11, Alaksandr isankovich; NWAKOV, Oleg
SOKOLOV, Lev 3eorgiyevich; MailKIN, Ya.I.y K.1
nauk) retsenzent;CHUYINNSMY, G.'.".., ir.,zh.;
red.
[Low-alloy steel In shipbuilding] Nizkolefullovii?)TIala Ft
v sudostroenii. Leningrad, ,Ldostroeiiie,

Ofill 11 V rhM'il F, Y ~Lm~e
-it, . I -g -
- -,-) Z.71 ll-pa-Aleeq rai~ll ~ f ves-' e !:j T , -. 5 ,!-otnjr
.j
- ~,, 1, f - - ~' 6... 4:,L 1;-5. ;11~2RA ~Sta)
I

MAGIN, Aleksandr Dmitriyevlehl SHABAROV, Vladimir Vasillyevich;
KRUPITSKIY, E.Z., inzh.-,, retsenzent;_QW1KOVSKIY,.G.S.# inzh.
retsenzent; BOCHKOV, B.F., kand. tekhn. nauk, nauchn. red.;
VUSOVA, Z.V.p red.
[Testing the strength and vibrations of ships on underwater
wings] Ispytaniia prochnosti i vibrataii sudov na podvod-
zWkh krylliakh. Leningrad, Sudostroonie, 1965. 23-1 p.
(MIRA 18: 3-1)

V,
SOLCKINKO, N.S.; C-q-TJVIKOVSKIY, V.S.; SMOV, Ya.F., redaktor;
KURDYUMOV, A-.K;-,pftre"s?8f',-rbktor takWcheakikh neuk.
[Structural mechanics of shipsJ Stroitellnaia zekhanika ko-
rablia. Pod obehohei red. IA.I.Sharova. Leningrad, Goo.
nanchno-tekha. izd-vo mashinostroit. I sudontroit. lit-ry.
(Laningradekoe otd-niel i954. 415 p. (MLRA 7:7)
(Naval architecture) (Structures, Theory of)

'govilwyUm'. V- ndidat takhnichookikh nauk.
A valuable book on the vibratlon of a vessel. Nor. I rech. :r--,,t.
14 no.12:p 3-4 of cover D 134. (MLYA 8:1-
(ftips-TibratIon)

I
K V V. F. BEZLqMADOVP C. So CHUVIKOV~KY and SHEVANDIN, E. N.
CmmmvS Y, . 3. ~ .9
"Fatigue of Shipbuilding steels and the Strength of Skip Structures"
a paper presented at International Conference on Fatigue of Metals, London,
Sep 56.
DSI. No. 103

CHWIKOWMT, V.S.,kand.takhn.nauk
Local strength of ship structural components subjected to
vibration stresses. Trudy NTO sud.prom. 7 no.2:283-294
157. (MIRA 12:1)
(Ships-Vibration)

HIZUKIADOV, V.F., kmadidat tekhnicheskikh nank; CHUVIKOVSIIT, G.S., inshonarl
CHUVIIOVS Y- WMAM kandidat takhaicheskikh nauki SHIVANDIN, Te.K.,
--2993ZLT "'tekhmichask1kh nauk.
116;9'
Fatt - of shipbuilding stools and strength of sh1p structures.
ivrooenie 23 no.2:1-8 7 157. (KIaA 10:5)
Sudo
(Steel, 1""tural-Fatt
(Ships, Iron and steelf"

C H L) LIT A U, A T -5
CHUVIKOVSKIr, V.S., kand.tekhn.nauk
Calculating forced vibrations in
23 no.9:16-18 S 157.
(Hulls (Saval architecture))
hull plate overlaps. Sudoetroenie
(MIRA 10:12)
(Vibration (Marine engineering))

CHUVIKOVSKIY, V.S., kand.tekhn.nauk.
Natural vibrations of shell plating considering frame torsion.
Sudostroenie 23 no.12:12-14 D 157. (MIRA 11:2)
(Vibration (Marine engineering))
(Deformations (Mechanics))

SHIMAITSKIT, Tu.A., mkademik, red.; SLIPOV, B.I., red.; WKSHIII, A.Z.,
red.: TAUBIN. G.0.. red.; CHUVIKOVSKIT, G.S.. red.:
V S -red.; LUCHIITIMV. S.T., otv.red.; OSVFXSKATA, A.A., red.;
KONTOROVICH, A.I., tekhn.red.
[Handbook on structural mechanics of ships] Spravochnik po
strottellnot mekhanike korablia. Leningrad. Goo. soiuznoe izd-vo
sudostrolt. prom7shl. Vol.2. 19,38. 528 p. (MIRA 12:1)
(Shipbuilding) (Strains and stresnes)

.QM.IKOVSKIT. V.S., referent; NOVOZHILOV, V.V.. referent; PERNIK. A.D.,
referent; TEGOROV, I.T., referent; TITOV, I.A., referent;
FIRSOV, G.A., referent: BOYTSOV, G.V.. iazh.: BASIN. A.1L. referent
Scientific engineering conference on hydromeebanics and structural
mechanics of ships. Sudostroents 24 no.7:86-87 Jl '58. (MIRA 11:9)'
(Naval architecture--Congresses)

Zia d
zm "i
Ilk

DAYMOT, Vadim TaBillyevich, prof., doktor tokhn.nauk; MATTES, Natallya
Viktorovna. prof., doktor takhn.nauk,-_WWjKOVSXjT, V.S., kand.
takhn.nauk, reteenzent; NOVITSKIT. D.I.. dotoent, red."; VITASR-
KINA, S.A., red.izd-va; TERKAKOVA, T.T., tekhn.red.
[Structural mechanics of a ship. Dynamic stress calculations]
Stroitellnaia mekhanika korablia. Dinamichaskie raschety. '
Koekva, Izd-vo *Rechnoi transport.0 1959. 378 p. (KIRA 13:2)
(Marine engineering) (Ships--Hydrodynamics)

AUTHOR: Chuvikovskiy, V. S. (Leningrad) SOV/179-59-3-11/45
TITLE: Flexural-torsional Vibrations of Non-prismatic Beams,
Allowing for Energy Dissipation and for Deformation by
Shear Forces (Izgibno-krutillnyye kolebaniya
neprizmaticheskikh balok s uchetom deformatsiy sdviga
ot pererezyvayushchikh sil i rasseivaniya energii)
PERIODICAL: Izvestiya Akade,nii nauk SSSR, Otdeleniye tekhnicheskikh
nauk, Mekhanika i mashinostroyeniye, 1959, Nr 3,
pp 72-77 (USSR)
ABSTRACT: The paper is a continuation of earlier work (Ref 12).
The flexural-torsional vibrations of beams (turbine
blades, wing systems, ships' hulls) have been discussed
in several works (Refs 1-3). It is assumed that when
the beam vibrates in a liquid, the system can be dealt
with by adding to the mass of the beam a certain mass
which can be found from linear hydrodynamic relationships
(Refs 4-6). In the present work, the internal resistance
of the material is allowed for by introducing a complex
elasticity modulus E and shear modulus G given by:
Card 1/2 E = E 0(1 + iwa), G = G 0 (l + iw-k) (1.1)

SOV/179-59-3-11/45
Flexural-torsional Vibrations of Non-prismatic Beams, Allowing for
Energy Dissipation and for Deformation by Shear Forces
where E 0 and G 0 are the moduli neglecting internal
resistance and * and )L are resistance coefficients.
To simplify the problem, the beam is regarded as a hinged
system of discrete masses (a Hencky hinged chain). This
implies replacement of the differential equation by a
finite difference equation and formal solutions are
obtained of the difference equations. The paper is
purely mathematical, and there are no numerical examples.
There are 2 figures and 12 references, 8 of which are
Soviet and 4 English.
SUBMITTED: October 17, 1958
Card 2/2

- I
-.24 (6) SOV/179-59-4-29/4o
AUTHOR: Chuvikovskiy, V..S. (Leningrad)
VIM
TITLE: On Forced Vibrations of Supporting Coverings in the Presence of
Energy Scattering
PERIODICAL: Izvestiya Akademii nauk SSSR. Otdeleniye tekhnicheskikh nauk. Me-
khanika i mashinostroyeniye, 1959, Nr 4, pp 165 - 166 (USSR)-
ABSTRACT: N. N. Babayev (Ref 1) considered the influence of internal re-
sistance on the vibrations of the simplest covering consisting
of a large number of e.qual crossbeams and one stringer. This re-
sult is generalized here for a more complicated construction of
a ship's hull. It is-assumed that not only an internal but also
an external resistance are present. The calculation consists
of three parts: calculation of the loaded crossbeams on the
assumption that they are resting Jn the nodal points on firm
supports, and-calculation of the support pressures; calculation
of the covering under stress by the support pressures and the
external exciting forces but without considering the loads on
the crossbeams; the resulting motion of the covering is found
Card 1/2 by adding the results of the above-mentioned calculation. As

On Forced Vibrations of Supporting Coverings in the SOV/179--!59-4-:29/40
Presence of Energy Scattering
the first and third stages of calculation cannot present any
difficulty, only the second stage is investigated here and cal-
culation is pointed out. The physical meaning of the solution
given here lies in the circumstance that the crossbeams are re-
placed by a continuous elastic energy-scattering surface. But
the rigidity and the parameters of the resistance in the elastic
surface are not only different for every stringer but also for
each sound of the free vibrations of the respective stringer.
The solution of N. N. Babayev (Ref 1) is obtained for the special
case of one stringer. Finally, the vibration of a covering rest-
ing in the point (Xovyo) on an elastic support with a certain
rigidity is investigated. Cases with several elastic supports can
be investigated in a similar way. There are 5 Soviet references.
SUBMITTED: October 17, 1958
Card 2/2

CHUTIKOVSKIY, V.S,..1-001kingrad)
- 4~ ,~ &
-- - -, , 7
.-- Lateral vibrations of rods and plate@ In the presence of reactiTe
tensile stresses. Insh. abor. 25:81-91 '59.
(MIRA 13:2)
(11astic rods and wires--Vibraflow)
(Blastic plates and shells--Vibration)

CHUVIKOVSKIY, V.S., kand. tekhn. nauk
Forces causing localized vibration in bottom structures.
Sudostroenie 25 no.6:13-15 Je 1-1-19. MIRA 12:,~")
(Shipa-Vibration)

S/179/60/000/03/035/039
Eo6i/E44,L
AUTHOR: Chuvikovski . VOS. Leningrad)
---' I - 'TIRWI
TITLE. Non-Linear VibratinnsAf jeam*Constructions
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdeleniye tekhnicheskikh
nauk, Mekhanika i mashinostroyeniyeg 1960, Nr 3.
PP 176-180 (USSR)
ABSTRACT: The paper is a continuation of previous work (Ref 2)~
An algorithm is suggested for calculating the steady
forced lateral vibrations of beams and beam constructions
in which the bending and shear.rigidities of each
section depend on the magnitude of the deformation (the
material does not obey Hooke's law, the effecti-ve moment
of inertia and plane sections of the beam change with
deformation). The construction may be supported on an
elastic foundation and on elastic supports with non-linear
rigidity characteristics. The algorithm is based on
the general method of residues (Ref 1) and involves the
successive introduction of elements of mechanical
systems with inertialess elastic connections. The
recurrence relations of the algorithm are convenient
Card 1/3 for calculations on electronic digital machines.

S/179/60/000/03/035/039
Eo8l/E441
Non-Linear Vibrations of Beam Constructions
A clamped beam (Fig 1) may be represented as a hinged
system with discrete masses to which the equations,
p 176, apply; cj, ej, k j are the rigidities of the
hinges and elastic connections simulating the bending
and shear rigidities, and the rigidity of the elastic
foundation over the section j S M_ is the massv
lmj the moment of inertia of the mass of the section
about the neutral axis, RI and Gri the rigidities of
the beam in bending and shear, xj the coordinate of
the section, yj and Y2 the bending and shear
deflections, k(x, Y1 + Y2) the rigidity of the elastic
foundation. The vibration of the beam is discussed in
section 2 assuming the exciting force varies as sin wt,
and Eq (2.5) derived for the internal shearing force N,
and bending moment Ml (6- and yj are the
deformations of the connec?3*-ons ej and ~~j respectively),
In section 3, the.response of the system is considered
to a driving force containing a component proportional
to sin 3wt, as well as the sin wt component. Section 4
Card 2/3 deals with the modifications required if the resistances /C

S/179/60/000/03/035/039
Eo8l/E441
Non-Linear Vibrations of Beam Constructions
are inelastic and section 5 with the
to a frame construction (Fig 3), each
which is formed by joining two beams.
3 figures and 5 references, 4 of which
1 German.
SUBMITTED: January 14, 1960
generalization
junction of
There are
are Soviet and
Card 3/3

CHUVIKOVSKIY, V.S. (Leningrad)
Combines vibrations of a ship's hull with those of its separate
components. Izv.A1T SSSR.Otd.tekh.nauk.Mekh.i mashinostr. no.4-
93-98 Jl-Ag 160. (MIRA 13.;8)
(Ships -Vi !---a UDO

YAKOVLEV, Yuriy Sergeyevich; F91-11N, P.F.) inzh.-vitse-admiralj,
retsenzent;.PHUVTKOVSIM I V.S., karid, tekhn. naukj retsenzent;
PATRASHEVI A.N., dolctor tekhn. nauk) prof.., zasl. dayatell
nauki i tekhniki RSFSR, nauchnyy red.; FOYIICHEV, A.G., red.;
KOROVENKO, Yu.N., tekbn. red.
(Hydrodynamics of explosions] Gidrodinamika vzryva. Leningrad,
Sudproragiz, 1961. 312 P. (MIRA 15:4)
(Shock waves) (Explosions)

Bonow-ar, P.- V. PHASE I BOOK EXPLOITATION BOV16 206
Konferentelya-po teorii plastin I obolochek. Kazan'* 1960.
Trudy Konforentaii po teorli plastin fobolochik; 24-2~ oktYabrya
1960. (Transadtions of,the Conference.on the Theory of!Plates.
and Shells Hold in Kazan', 24 to 29 October-1960)...Kazan'.. -'I
[Izd-vo Kazanskogo gOBudarstvwmogo uniiersitetal 1961. 426 p.
1000 copies printed.
Sponsoring Age~cy: Akademiya nauk SSSR. Kazanakiy-filial * Kazanskly
gosudarstvannyy universitet.11m. V. 1. Ullyanova-Lenina.
Editorial Boardl Kh. .M. Mushtari, Editor F. S. Ii anba yava, Socretar7;
N. A. Aiumyao, V. V. Bolotln,.A. S. Vollm1k, N~!S.-Ganlyov,
A. L. Golidenvoyzer, N. A. Killchevskly, M., 6.*Kornishin's
A. 1. Luilye, G. N. Sevin, A. V. SackMu*ovi I V, Svirskiy,
R. G. SUrk1n, and A. P. Filippov. Ed.% 'V.,I:,Al
Tech. Ed.-':-. Yu, P. Somenov.
PURPOSE: ;rho collection of artl6les'ls Iiitended!for adientists'and
engineers viho are Interested in the analysis of strength mind
stability of Shells.
Caxt 1/14
r

Transactions of the Conference (Pont.) SOV/6206
COVERAGE: The book is a collection of articles deliver-Od at the
Conferen6e an Plates and Shells held in Kazan' from 24 to 2�
October 1960. The articlea*deal with the mathcm&ti!cal theory
of plates,and shells and lts.applleation to the sd1ution, in
both linear and nonlinear formulations, - of. problems of bending,
static and dynamic stability, aad vibration,of-i&sular'.and,
sandwich plates and shellb 6f Virioue shapes under variour
loadings in -the elastic and plastic regions'. Ar&~41rsls - Is. made
or the behavior of plates and shells in fluldsi,and the effeef
of creep of the material'is considereO. 4 'iaumbeir - of - papers
discussproblems associated.with-the developmbnt of effective
mathematical-mathods tor.-solving problems In-the theory of-shelli.'
Some of the reports propose algorithibs for-the solution of.'problems
with-the aid of'olectronle computers. 'A t'dtal 6f.one hundred,
reports and notes were presented and disounsed during the con-
.ference. The reports are'arranged alphibetically,(Russian) by
the authorts-name.
Card 2/14

TranB&ctions of the Conference (Cont.) SOV/6206
Sel.zov,.I. T. Investigation of the Propagation of
&k.
1c*Waves in Plates-and Shells 347
Slepov, B. I. Dynamic Stability of a Circular Cylindri-
ail Shell Under Wave-~mpact Loading 353
Sochinskiy, S. V., and V,. S._QhmY_1k9YA_k1y. On Nonlinear
Dynamic Deformations of Rectangular Plates and
Cylindrical Shells 358
Surkin,!R. G., and L. A. Kuznetjova. On the Flexural
Problem of a Shallow Square Spherical Panel With a
Nonlineiar Stress-Strain*Relationship 362
Teregulov, I. G. On the Theory of Plates of Medium
Thickness* 367
Tkachuk, G. 1. Integral-Differential Equations of the
Theory of Thin Elastic Shells of Revolution 376
Card 12/14

CHUVIKOVSKIY, V.S. (Leningrad)
Forced vibrations of simply connected chain-type mechanical
system with nonlinear resistances. Izv.AN &'3-SR.Otd.tekh.nauk.
I*kh.i mashinostr. no,2:158-160 Mr-AP 162. OMMA 15:5)
(Chaing-Vibrations)

CHUVIKOv5KIY Vladislav Serge
_yevich; NUMMILCV, V.V., nauchn.
red.; 0.13VENSKAYA, A.A., red.
[Principles of dynamics in the structural mechanics of a
ship] Printsipy dinamiki v stroitellnoi mekhanike korablia.
Leningrad, Izd-vo I'Sudostroeini.e," 19CV.. 191 P.
kMiLh 17:7)

DAVYDOV, Vadim Vasillyevich; MATTES, Natal'ya Viktorovna;
KURDYUMOV, A.A., doktor tekhn. nauk, retsenzent;
QjjU,VIKQVSKIY..,,,,V.S..' doktor tekhn. nauk, ret,,,enzent;
TRYANIN, I.I., kand. tekhn. nauk, dots., red.;
VITASHKINA, S.A.., red.
(Dynamic strength calculations of ship structures] Dina-
micheskie raschety prochnosti sudovykh konstruktsii.
Izd.2., perer. i dop. Moskva, Transport, 1965. 316 p.
(MIRA 18:5)

CMUMM, V.S., doktor tekbr. nouk
P. -
Basic directions of devel:)pment and problems of the stru-,z-arai
mechanAas of a ship. Oudestroenie 30 no.llg6-11 N 164.
(MIMR M3)

,, O.M., Kard. tekhn. nauk-, CHRTKOVSKIT, V.`~~, doktor, n9u)L
PA71P
J,
Tnfi,~.-nce a' 3tz -uctural and tec'no'cgi-~al f--3tors ar- the strength
I t L! I -
find ef-11--Iency of hull structures. Sudostroen'se 30 nD.1-1;18-
24 N 164. (M'---RA 18.-,3)

ACC NR, AP6021545 (AT SOURCE CODE':
AUTHOR: Pally, 0. M.-(Leiiingrad); Chuvikovskly, V. S. (Leningrad) 4z
ORG: none
TITLE: Elastoplastic axisymmetric bending of a circular C
SOURCE: Prikladnaya mekhanika, v. 2, no. 6, 1966, 49-54
TOPIC TAGS: cylindric shell structure, shell deformation, elastic deformation, plastic
deformation
ABS7ACT: A method is proposed for determining the axisymmetric elastoplastic deforma-
JjaWt6f circular cylindrical shells of constant and variable thickness. All basic calculations
used In the method are given. The method, called the generalized method of initial param-
eters, permits reducing the solution of the boundary-value problem to a Cauchy problem where
the totality of known'and variable quantities of forces and strains play the role of the initial
conditions. The problems of a semi-infinite shell of constant thickness rigidly restrained on
a meinbrane and loaded by a triaxial pressure and deformation of a semi-infinite shell of con-
stant thickness loaded an the free edge by a moment uniformly distributed along the perimeter
are examined an an example. Ito proposed approach to applicable in principle not only to

L 41149-66
ACC NR: AP6021545
cylindrical but also to any other shells of revolution exposed to axisymmetric loads. in this
case the general algorithm of the calculation Is retained and only the expressions for the in-
crement of forces, strains, and displacements are changed. Orig. art. has: 4 figares and
12 formula@.
SUB CODE: 13/ SUBM DATE: 20JuI65/ ORIG REF: 003/
Card 2/2

K ~~ JI)R 1"! ,14 P . 2-ai , inzh.; PESKOV, B.A.,
CIIEI;IJIJ-.'fsv, F.G., invli.; SOVETOV, G.A., in?,h.
TesLing a new boring bit for sinkei- hummers. Gor. zhui-.
no.9:51-52 S 165. 1s:9)
1. Vses').-,tlL~n~r i-Ftltut tv".1-dyll"ll
I Y
splltvLr,r, i"'O'skma.

MAICUSANHYAN, V.G.; ZYAKUN, A.M.; GIIUVILIN, A.V.; VARSHAVSKIY, Ya.M.
Use of the mass spectrometric method for studying the
derivatives of amino acids and smaller peptides. Part 2:
Mass spectrometric analysis of ethyl esters of N-acylpeptides.
Izv. AN Arm.SSR.Khim.nauki 17 no. 2:143-155 164. (AURA 17t6)
1. Institut radiatsionnoy i fizIko-khimichesIoy biologii AN
SSSR.

L 3081-66 -a]T(M)/* (t)/EVP(b) JD
CCESSION NRi APS023997 UR/0020/65/164/002/03'05/0306
A
33
539.374+539.379.4
30,1
N.
AUTHORi_~B var,'A'. A. .(Academician),.Pishenichnovi.,u I uy a Is
TITLE.. :0
n the'growth of deformation tvins
SOURCE,. AN SSSR. Doklady, v. 164, no. 2, 1965, 305-306, and insert: facing p.: ~~6
ITOPIC TAGS: twinning, bismuth, zinc, metal.,5qstal compressive stress
ABSTRACT:. To check.the. ot that the growt of deformation twins occurs' dur- I.
hyp he is h
ing the load-remoVal and reloading, the sample under load was observed directly in
the c entire wMe esst;.,
ourse.of the. riment. A.microscope was attached to a Brinell pr
w
h isted
ich-served to,compress the samples at ivom temperature. ' The savq)les cons
cast macrocrystalline samples of zone-refined 1 (>99.999%), ccximercial Bi
.0~98.5%) P and Zn (>99.990. It was'noted -that ns were formed iu zone-refined Bij
as soon as the',maximum siecified)-compressive load was reached (110 )~g; equivalent- kL,_;
:ito a stress 'of i.2:'.k mm .,~.Wins 4ppeared'in,zone-refined Bi at
loads 1, 5 to 2
times imaller than in' comere-Aal Dij and, their growth rate was fasler. Ceftain
tw a ve
ins. formed at n load did- not show any furthet- growth eithsr.during cyclic

C~IJVILINA, L.

3 Zhit;ach, K.. P., Ltuft, 3. D.,
Qolo3hohnnfjv,%, !. s.,
TITLEt lnvootlC~ntlo-.- of r~nr

PMlIODICALt Kolloidnyy chm,

TZ;'T sTho offoot of
COrl--oFy-rlLtbYl qollkllo;l~. 0 ... fl,l

Tho codiruntation' rlabjji,.y o..- 1,:
j
do~;rccr of polymorinc."i'02., othc-zj~ :14.
suo-pamion. Groater f c
4o uro a o f polymo ri -. a t i G 11; 0--.G ,
in thbinf.,r ooatinc;3. Th-i
'do,-ima o~ polymorizatioll, an"I r. 1~lr 7'
conoontration. Tho nnotl~c V
qualiLy w coatint;a, Lll,,r4l,
Card V.,

Inv6stigation of nquouim
in the suopension, and in reduced by an incrc aoizv- ilocrf-) of
The rc-,intanco of contiri.,-n. +o 0.05
dcc=co of poly-mozin.:-.tio~x,
micro3copio
br~7tcd on the adsc~~i'ljwj of
pn!otiolco, and on tho
I.-Cnt tho ~oinin3 of tho
tainod by atabilir.1 n~, tllu
- doLrco of o," -0 :t,1
70-00 in a oonccutr~,.'l,.J-on oZ
were unad in dcvoloni-.-,~, a
phorotic inaulating co--tir.,,,3 f-,' -c
olootron tubo a. Twu;, tji,.) I-,
and of nitrocollulo.-~c, t,-"n lj:,, z-Aixlj--,,;--
Tho Dn,~ iuh-lan&w3a
1954-

Card 2/1-1

S/056/62/043/003/005/063
B125/B102
AUTHORS: Ivanovskayal I. A., Kuznetsov, Ye. V., Prokesh, A.,
ChiAvilo, 1. V.
TITLE: A.ngular distribution of decay products from J~_-hyperons
produced by 2.8 BeV/c n--mesons acting on xenon nuclei
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, V. 43,
no. 3 (9), 1962, 765-774
TEXT: The asymmet coefficients for the angular distribution of the
decay products of I hyperons were determined from 360 reliably
identified _A-rpartioles and from 70 cases (A or Y.0) imperfectly deter-
mined.' These particles were produced by negative 2.8 BeV/c pions on
xenon nuclei according to n +p -->KO+A. The relation aP 1.. 0.27.t 0.12
holds for the up down asymmetry with respect to the plane of production
of the A-particles at momenta from 400 to 900 Mev/c in the coordinate
system of Fig. 2. a characterizes the degree of parity non-conservation
in the A-paiZticle decay. With
Card 14

S/Q56/62/043/003/005/063
Angular distribution of decay B125/B102
-0-75 +0.15 the value 0.300 18 is deduced for the polarization
-0-50 -0:22
averaged over the production angle. Th? transverse polarization
depends on the momentum of the A-hyperon ift the laboratory system and
perhaps changes its sign at the momenta >900 Mlev/c. Owing*to this low
polarizability, heavy nuclei cannot be used an targets for the produc,tion
of polarized particles. Systematic errors, difficult to control (being
perhapEj of the same order as the effect itself), make it more difficult
to draw exact conclusions as to the amount of aP2. This amount
characterizes the forward-backward asymmetry. For all A-particles
produced according to n +Xe A+K+Xel+nn, perhaps aP 0. The quantity
3 -
aP 3- characterizes the right left asymmetry. Xel denotes the secondary
nucleus and nn are the accompanying pions'O With ~A 4 26 0 the asymmatry
ap3 is non-zero for allA with.any momentum. There are 3 figures and 1
table.
Card 2/1

S/056/62/043/003/005/00'3
Angular distribution of decay ... B125/B102
ASSOCIATION: Institut teoreticheskoy i eksperimentallnoy fiziki
Akademii nauk SSSR (Institute of Theoretical and
Experimental Physics of the Academy of Sciences USSR).
Obl'yedineanyy ixatitut yadernykh issledovaniy (Joint
Institute of Nuclear Research)
SUBMITTED: March 27, 1962
Table; dependence of the asymmetry coefficients on momentum (in Mev/c)
and th~ emission angle of the A-particle in the laboratory system.
Card 3.11

~~ CHUVIIXIN. H.P.
Measures for economizing electric power in pump installations. From.
Inerg. 152. No.?, 7-10. (MLRA 5:7)
(13A 56, no.666,.2574 '53)

1. cliuviuIN, m.p.
2. USSR (600)
4. Heating From Central Stations
7. Selecting screen pumps for large heating installations, Eng. I'.P. Chuviilkin, Elek.
sta. 24 no. 3, 1553.
9. Monthly List of Russian Accessions, Library of Congress, A."HIL .1953. Unclassified.

CHWILKIN, M.P.
CHUV11KIN, M. F. - "Investigation of Systems and Regimes of Operating
Regional Boiler Rooms and the Outlook for Their Development.11 Pub-
lished, by the Conwhal Economy RSFSR. Academy of the Communal
Economy imeni. K. D, Pamfilov, Moscov, 1955. (Dissertation for the
Degree of Candidate in Techn:Lcal Sciences.)
Soj Knizhaya Letopis' No 3,9 1956

CHLTVILKIN, M.P., kandidat takhnicheskikh nauk.
- -
Improvements in the design of district boiler installations.
Gor. khoz. Mosk. 29 no.4:13-16 Ap '55.
MRA 8:6)
I.Akademiya kommunallnogo khozyaystya imeni K.D.Pamfilova.
(Moscow--Hot-water heating)

GHUVILKI.V, H.P.
0-00~~Us ing district bolleris in the heating system of Noccow. Tor. khor.
Hook. 32 no,2w.21-23 F 158. (MIRA 11!1)
1. SturelAy nauchuy7 notrudnik Akudemii kommanollnogo khozyaystva.
(Moscow-Heatinf, from central stations) (Boilers)

SOV/95 -5 P,11-20/?l
AUTHOR: Candidate of Technical Science
TITLE: In the State Scientific Technical Conuaittee of the
Council of Ministers of the USSR (V Gosudarstvennom
nauchno-telchnicheskom klomitete soveta ministrov SSSR)
PERIODIC..",L: Teplocnergetika, 195,01, Nr 11, p 94 (USSR)
ABSTRACT: The State Committee has set up a commission on
district heating to develop suL~6estions and
recommendations for the development of district
heating and centralised heat-supply, the development
of new types of equipment and district-heating
systems and the reduction of capital and orerating
costs. The Chairman of the Commission will be
S.F.Koplyev, Doctor of Tecianical Science, and it will
include: 2q.X.Gromov, Candidate of TecL-nical Science;
V.J-1.1yuskin, Doctor of Technical Science;
A.N.Kuranov, Engineer; L.A.Melentyev,. Doctor of
Economic Science; _,"i.A.Nikol4yev, Engineer;
V.B.Pakshver, Candidate of TecEnical Science;
Card 1/3 y~.Ya.Sokolov, Doctor of Technical Science;

SOV/96-58-11-20/21
In the State Scientific Technical Committee of the Council of
Ministers of the USSR
AI.P.Chuvilkin, Candidate of Technical Science (Secretary);
Ye.O.Shteyngauz, Candidate of Technical Science;
)b..P.Shubin, Engineer (Assistant Chairman); and
L.K.Yakimov, Doctor of Technical Science.
S.V.Byvshev, Engineer, will take part in the work of
the commission as representative of the State Scientific
Technical Committee. Work of the commission will be
based on already completed research and design work.
J1m important tasY will be to settle disputed questions
in district heating and to make recommendations. The
first tasks to be completed in 1958 are: to seek the
main directions of development and improved
effectiveness of district heating for industrial and
communal requirements; to de-r.-t.-mine the most
economic types of heat- and electric power-stations,
and to determine rational circuits for heating
systems and heat-line construction. The work of
Card 2/3

SOV/96-58-11-20/21
In the State Scientific Technical Committee of the Council of
Ministers of the USSR
the commission will be reported in technical
periodicals. Suggestions are invited.
Card 3/3

8(6), 14(6) SOV/143-59-3-20/20
fir AUTHOR: Chuvilkin, M.P., Candidate of Technical Sciences
-
TITLE: Concerning I.N, Butakov's Paper "The Problem of
Centralized City Heating During the Present Phase
of Power Engineering Development" (Po povodu stat'i
I.N. Butakova "K voprosu o teplofikatsii gorodov na
sovremennom etape razvitiya energetiki")
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy - Energetika,
1959, Nr 3, pp 154-156 (USSR)
ABSTRACT: The author presents a critical review of Professor I.
N. Butakov's paper "The Problem of Centralized City
Heating During the Present Phase of Power Engineering
Development", published in "Izvestiya vysshikh ucheb-
nykh zavedeniy -Energetika", 1958, Nr 1. He states
that Professor I.N. Butakov did not consider the
amount,of electric power generated by a TETs, which
is of great importance in evaluating the economical
efficiency of the latter. Further, I.N. Butakov did
not consider the significance of increasing the ini-
Card 1/3 tial steam parameters and reducing the steam extrac-

BOV/143-59-3-20/20
Woncerning I.N. Butakov's Paper "The Problem of Centralized City
*Heating During the Present Phase of Power Engineering Development"
tion pressure at turbines. The author states that
the decrease of the economical efficiency of central-
ized district heating plants is caused at the present
time by the lag in introducing new and more efficient
equipment at these installations, compared to power
plants of large distribution systems, where new equip-
ment has been installed during the past years. Such
a comparison leads to a negative evaluation of the
economical efficiency of a TETs concerning fuel con-
sumptiong capital investments and number of operating
personnel. The author states that the primary task
of a TETs is the steam supply for district heating
and the generation of power is used only for obtaining
a considerable fuel economy. According to the invest-
igations of TEP and Giprokommunenergo MKKh RSFSR, it
was established that the great majority of USSR towns
will be connected to power distribution systems in
the near future. Therefore, turbines without conden-
Card 2/3 sers, but having multiple steam extraction Pmd vacuum

SOV/143-59-3-20/20
Concerning I.N. Butakov's Paper "The Problem of Centralized City
Heating During the Present Phase of Power Engineering Development"
back pressure must be used in the future. Their capa-
cities should be within the limits of 1.5 to 25 mega-
watts. The investigations of I.N. Butakov lead to
the conclusion that condenser turbines should not be
used any longer at TETs. There is 1 graph.
ASSOCIATION: Voesoyuznyy zaochnyy politekhnicheskiy institut (All-
Union Correspondence Polytechnic Institute)
SUBMITTED: February 7, 1959
Card 3/3

CHUVILKINI, M.P.,, kand.tekhn.nauk, dotsent
principal type of steam turbines for future thermal electric power
plants. Izv.vys.ucheb.sav.; energ. 4 no.5s4&56 Yq 161.
(KM 14:6)
lo VaeooyuzW saoobWy politekhnicheskiy institut, Predstavlena
kaf,ech-oy teploenergeticheal-ilrh ustanovok elektricheskikh stantsiy.
(Steam turbines) (Steam power plants)

0 M.P., kand.tekhn.nauk
_CHU3aLKIff
Optimum parameters and number of bleeders in multiple-bleeder
turbines vith vacuum back pressure. Elek. sta, 33 no.7;33-38
Jl 162. (MIRA 15:8)
(Steam turbines)

MJ7,IE'LSOV.t V.De; CIMMKO9 O.D. '-'- --'- `
Lone-cUstwm Uunapart of o2eatric powar. "Ion t.lfo&ac.un.Ser.5s
G&W, 20 no,4%80-84 JI-Aa 965,
NIRA 1823.2)

SHAPOTALENKO, B.I.; SVISTUNOTA, N.M.; CHUVIID. B.V.
Anticorrosion technique in the production of synthetic
odorous substances, NaBl,-zhireprom* 26 no.4:37-41
Ap 160. (MRA 13: 6)
1. Kaluzhokiy kombinat sintaticheakikh dushistykh veahchestv.
(Ealuga--Odorous substances)
(Gorrosion and anticorrosiveB)

UM/Nuolear Physics - Cosmic PhUation Aug 48'
i.Nuclear Physics - Counters, Electronic
"Investigation. of Heavy Particles in dosmic PAYS
by Means of a Proportional Counter," A. N.
Gorbunov, I. V. Chuvilo' Phis Inst imeni P. N.
Ubedev, Acad, Soi USSR, 4 pp
"Dok Ak Nauk SSSR" Vol IXI, No 6
Describes special counter, with diagram. Gives re-
sults obtained vith use of this counter at heights
of 3,860 and 4,700 meters.(two measurements) in
table shoving number of double concurrences per
hour. Graphs show absorption of particles generat-
ing nuclear fissions, dependence of the effective
35/49TT7
USSR/Nuclear Physics - Cosmic Radia- Aug 48
*tion. (Contd)
cross section of the absorption of'generating
Particles upon atomic veight, and number of double
an& fivefold coincidences per hour. Submitted by
Acad S. I. Vavilov, 21 -Tuu 48.

M8R/l,"uilear Thysics - Cosmic rjayh
iibsorption,
Ca-bon
I aug 49
"Altitude Dependence and Curves of Absorption in Carbon for Particles Generating Pulses in
an Ionization Chamber at Altitudes of 3,860 and 4,700 Meters," G. Guro, V. Nikolayev, L.
Razorenov, I. Chuvilo, Phys Inst imeni P. N. lebedev, Acad Sci USSR, 4 PP
NDok Ak Nauk SSSR" Vol UVII, No 4
Used a 24-cm diameter spherical ionization chamber filled with argon to a pressure of 4 ats
in experiments. Registered pulses of fast-acting counters arrangc-d to register 4- and 7-
remated coincidences. Air layer between the two altitudes was compensated for by a layer
of graphite equipalent In mass. Tables show number of pulses Ak an unshielded chamber and.
in the chamber vhen shielded by graphite layers with thicknesses of 64, 128, and 192 g/sg
cm. Submitted by Acad D. V. Skobelltsyn 20 1-11ay 49.
PA 3/50T79

W - qF - W - - - - - *9
I U, U W. Is )0 10 1) 1) 0 D xIIF a -jow-4, --v-i;
A t
00 P PBOCIS"t AWO P40POMIS wait
00 A 1994. Investigation of %be lRolatio"hip Between Mean Particles and
00 a "SpecIal" Showro Ila Ckalmdo RaWs. A. N. Gorbunoy and 1. V. Chuvilo.
.00 Daklady Akad khj2p 333-5(1949) (in Rusel-anT-
so-called *special* showerst produced to matter by cosmic rays and
containing blo-emera "nucloo-4otive" pe -ticles that produce nuclear -00
so 8
*0 of disintegrations, won studied with a double proportional counter .06
(aluninuim cylinder divided In two by an Al longitudinal partition) P 90 0,
mW throe s*lf-qmmhl" cowtors arranged In various wayst all zoo
four counters together wMer FbInthe proportional counter separated froit a**
0: a
the outors by a lyaor of Pb of varying thicknesel all four counters zoo
together under. ft, the tbicknese of the Al partition varyIng. T~e
analysis of the pulos coincides r*oorded by the Instrudent showed see
that the pulses Im.,tho proportional counter were producodi (1) In woo
75% of all cases. b7 heavy particle@ and by nuclear disintegrations
generated In the oomter's wells JW penetrating partilces; 12) in 5
to 20% of cases, by heavy particles generated In the counter I a wall a b F am 0
*nuol*o-actives particles of the "Ispecial" showerat and (3) in
15 to 20% of cases, by dones, showers of 25 and more particles per hoe
boo
zt 100 _=2
S L A-ETALLLIPGK-L U11RATURE CL4S%WKAVWV
STIONJ 419 0" Uat
-4'-V
U N AT g' t, ft 4, 1 11A
Cog 0411" Pon; i-4-2 T77 9
0
0400000 9096 'a moo 0 'a0 0 0 0 0 0 0 0 0 0 0 & 4
*go* 0 0 0 0 0 0 0 0 0 0 0 * 0 9 4

,/Eilective cross smiin for.&-esbm12fiaA-p of maima
ova
-Tht eL; -1, J lb~
of.,., ~err S 7,,X )i, ~iii]L:,2,
I
i,, U and , h, r-p. at 1"i O~ If! g-1
agr'k7~uent ,itb litemtun, chit:, llaxbN al
44. 1 ~iZ
25. illlll~ Ch~al,iijtu. 4a;_ A

M,
y =0*61 UU AND TROPLIUM
7MOMEM. Y. A, Moroftra.
P. A. Cherenkov, aM 1. V. ChuyUo (labodev lbeil. of
J11 MISIOB). Doubw2gid~7MUMMM 104,
'-Fob. I LVA raul&W
Energy "otra o1 mjqursl,mdxI:w= 0; u
ANIST were bVult
A differ-
Wta~iohsiiber Mod wj& A was used
for 44p4lul~j the I "'Orglon. snd 6bserAnZ the pmossox
of -nal%p. 11D elbolronw vompubul of lonlzutlo ranmenix
ProducN 0
y photallaelon traochts in the vmrking arc* of ~M
Lbt, cb4*pjr wAp used loT flab rboordir4. The monDMI vmrc
IntoosIA04 Oy a propDrtlopaj %;Bnalflor and was recorded am
the RIM by al oscillograpb. Ue radluteolmlcA part of
similar to the faclilleb whlcb Md ben used
Ln prvvlq" stadle!i for me.Acur1rZ ellcalve pholollsslon
cross SLOtlo". ~rhe pr.Aalozzl Eulentive scheme rooorded
vnly the energiea ivilob ccrurred at lho monivial of ybtara.
me
J~~ization ca r
trode *as WIsHadlulront of ~ho valhTt Ing oleetrode of thu
chamber. 71a tlvcao~~s (d screvning by the
wim-gauz'e e!egfodle-wu Mmut 96%. The. rfusults of expert-
inents with U u~.J Th pl-40stilon nre qu%nIIuWvvIy anzilv-
In of "witron flaqlon~

USSR/Nuclear Physics - Nuclear Reaction C-5
Abs Jour : Ref Zhur - Fizika, No 1. 1958, 491
Author : Chuvilo, I.V., Shevchenko, V.G.
Inst : Physics Institute, Academy of Sciences, USSR
Title Angular and Energy Distributions of Protons Formed by
Photofission of B~9 and C12.
Orig Pub Zh. eksperim i teor. fiziki, 1957, 32, No 6, 1335-1339
Abstract Results are given on the measurement of angular and energy
distributions of protons, formed upon photofission of Be9
C12. The source of gamma-quanta is a synchrotron with
r- 265 Mev. The protons vere recorded on photographic
P%atxes. Analyzing the results obtained, the authors rea-
ched the conclusion that in the gamma-quanta energy range
of 60 -- 80 Mev, the interection betveen the gamma-quanta
takes essentially vith separate structures, produced with
the given nuclei.
Card 1/1 1

AUTHORS: Chuvilo, I. V., Shevchenko, V. G. SMI 56-34 -3~9155
TITLE: The Photo-Disintegration of Be9 and 03-4 by a v- Bremsstrahlung
With a Maximum Energy- of 44 MeV (Fotorasshchepleniye BO i C14
tormoznym 81- izlucheniyem s, maksimaltnoy energiyey do 44 MeV)
PMIODICAL'* Zhurnal Eksperimentallno.T i Teoreticheskoy Fiziki) 1958,
Vol- 34s Nr 3. pp. 593~698 (USSR)
ABSTRACT: This work investigates the angular distributions and the energy
distributions of the protons which form in the phatodisintegra-
tion of Be9 bzy aff- br6msstrahlung with the maximum energy
Epax - 44 MeV and in the photodisintegration of C3-'M by a r- brems-
strahlung with the maximum energies 3o and 44 MeV. The method of
these measurements was described already in a previous work
(reference 1). As target served a graphite plate with a thickness
of 17 mg/cm* and a beryllium plate with a thickness of 15 mg/cmA-
The protons.were regist-,red in IJIIT:~ . Ya-2--emulsions with 4oo.
and 5ooCA thickness. First the results obtained for beryllium are
illustrated in a diagram. The analysis of the angular- distribu=
Card l/It tiow of the groups of photoprotons with different energies speaks

The:Photo-Disintegration of Be9 and C14 by a SOV/56-34 -3-9155
r- ime!nsstrahlung With a Maximum Energy of 44 Mev
for the fact that not all the here obtained results can be
explained from the Isnect of the triechard-Sm of the photoreac-
tions in this interval of photo onorglos. The an(!,ular distribun
tion of the proton group with the energies 4 - 6 KeV, which was
computed according to the modeLl. of the direct interaction of 'the
quanta with the single nucleonsin the nucleus, disagrees with
A
-e-experimentally obtained angular distribution. Therefore the
authors computed the angular distribution of the pbotoprotons in
the trans-itions. of various kinds, according to the mode3- of the
re"nance theory of the intermediary nuclam, A table gives: the
results of these computatiomfor the transitions into the ground
't and into the first excited state~3+ of the forming nucleus;
state 2
Li~. In the experimentally ascertained angular distribut-tons the
maximum is at an angle of 5oc, i. e. the angular distributions
have a high symmetry with regard to the direction 9o0 with Predomi-
nant forward flying off of the pbotoprotons in the direction of
motionof the g'-quanta. The here obtained results. speak for the
existence of a two~nucleon mechanism of the absorption of the
C-quanta in Be-9 ugto a proton energy of 6 - 9 MeV. Also the
energy spectrumlof the photoprotons which originate-from Be is;
illustrated in a diagram. The analysis of the part of this spec=
Card 2/4 trum. corresponding to the high energies, also speaks in favourr

The photo-Disintegration of Be9 and C14 by a SOVI 56--34-3-9/55
Bremsstrablung With a Maxim=- Energy of 44 MeV
of the quasideuteron model. The angular distributions, of the
protons, which are obtained from the photodisintegration of C'*
by a bremsstrahlung with Eymax - 30 MeV and Etmax - 44 Mev, agree
with each other. Further results are given and discussed. The ana-
lysis of the results on the photodisintegration of C18 does not
makepossible a unique choice as:yet. But the totality of the
experimental.data on the photodisintegration of the nuclei B~P
and C3-4 spealia in favour of the assertion that the photodisinte-
grat~on of the light nuclei by-the absorption of Y-quants, in the.
domai'n1of the-extremely high resonance takes place with the forma-
tion of an intermediary nucleus. In the decay-of the intermediary
nucleus. In the-decay 6f the intermediary nucleus the.final nucleus
mainly remains in the -ground state. Already at energies. of the mag=
nitude. 8o MeV thd-two-nucleon mechanism of the absorption offquanta
by thenualei is-predominant.
Card 3/4 There are 7 figLu-ew, 1 table, and-4 references, 2 of which are Soviet.

The Photo-JIDisintegrationi of Be9 and C:L;k by a SOV/56-34,-3-9/55
'u-Bremsstrah-lung With,a Maximum Energy of 44 MeV
ASSOC IATION:Fiz icbeskiy,, institut, im. P.. N. LebedevaAkademii nauk 535R (Physical
Institute imeni P. N. Lebedev of the AS USSR)
SUBMITTED: October 5, 1957.
Card 4/4

SOV/5 6 - 5 4 - 57 - 2 41
AUTHOR:-), Grish3n., V, G,~ L :j-, Chuv~lv, 1. v.-
TITLE. The Ilse of the Optical Model for the Analysis of n-p-, and
p-p-Souttering at High Mergies (Primenendye opticheskoy
modeli dlyaBnaliza rr-p~, i p-p-rasaeyaniya pri bol'shikh
energiyakb)
PER I CID] V A L ZhUrnal eksperimentul,noy i tooreticheskoy fizi.ki, 1.958,
V01. 34, Nr 5, PP- 1221-1229 (USSR)
ABSTR ACT The autuors analyse 'tne -.il-p and p-p scattering at energies
above 1 BeV in the I.aboratury system on the basi-s of a
nuoleon model a0col-ding
: to which tile nucleon Is considered
as an optically hemogenerus sphere with sharp boundaries and
,p I.e4
:.OM
VV j 1. ~,. -1 -'eX *raction index. it is usaumed tliat, tile in-
coherent. elastic scattering may be neglected. The a-,riiilab3p
exper.l.mental data, that concern the cross section-,j ot scatters
intr for high (including tile total cro-Rs se-otiow, :1
the Gro~~% sel-tion-i 0 and 61 of th~, i?ls.,stiz ani ineiastic
e-,ross f-lection of lo-v and n-~ interactions) are compiled in
a table. The parameters of ths~ optical nucleon model whj,~h
C;ird 1/4 -qrt- to be determined from the exper-iircntq1 data, arp'the radius

SOV/56-34-5-241/6!
The Use of the Opti,~al Model for the Analysis of n-p- and p-p-Sn-attering
at High Energies
K of the homogeneous sphere and their optical chara,7terist.'L1.1.q
K and k.. r denotes the absorution coefficient of the medium
and k, the change of the real part of the wave vector of
the nAutron. The nvai.lable experimental data on n-p and D-p
sca-~t;ring in -~he BeV energy range can be satisfactoril-v'd"?-.
scribed by the opti4al nucleon model if the range of inter-
action is represented as a homogeneous sphere with sharp
boundaries and with a comDlex refraction index. It is very
probable that the radiu% R of this sphere has f-he value
(-1,08 + 0,07).j()-13 cm which is independent of the type
of the interacting particles and also c~ the energy of these
particles. The valuea of the absorption'coefficient K and the
oontribv,tiona of' the real T)art of the acattering amplitude
for A values of R are COMDiled. If the energy increasesthe
contribution of the real part of the soattering amrlltude
to the oross neotion of the Plastio interaction is diminished.
k I therefore, diminiehes and approaches the limit value zero,
I** this case the homogeneous sphere became a totally absorb-
i;,g sphere. For pion Pnergieq of 1,37 BeV and protonenergies
Card ;1/4 above BaV the covitrO)ution from the real purt of the scatter-

SOV/ 56- 34 -5-24/61
The Use of the Optical Model for the Analysis of Yk-p- and p-p-11.icattering
at High Energies
ing amplitude is small and for the higher energies the scat-
tering can be analysed on the bcsis of the general scatter-
ing theory (without taking into account the rpin charRcter-
istics of the interaction) or else on the baois of a rure-
ly absorbing sphere. At high energies of the coilidinfr
particles the total cro~;s sections of the elastic and in-
elastic interactioriv of nions and nucleons. have equal values;.
At last the authors thank 'U. A. Ioayeva and L. A. Shustrova
'who carried out some numerical computations for this paper.
There are -1 figures, 4 tables, and 15 referencee, 4 of which
are Soviet.
ASSOCIATION: Ob"yedinennyy institut yadernykh issledovaniy
(United Instituieof Nuclear Research)
SUBMITTED: December 6, 1957
Card 3/4

SOV156-34-5-24,161
The Use of the Outical Model for the AnalyF-i- of n-p- and P-D-Scattering
at High Energies
1. Model nublei--Applications 2. Particles--Scattering
3. Partiolea-Energy factors 4. Mathematics--APPliactions
Card 4.14 -

21(10)
AUTHOR:
TITLE:
SOV/89-7-3-23/29
Lebedenko, M.
Sixth Session of the Scientific Council of the Joint Institute
of Nuclear Research
PERIODICAL: Atomnaya energiya, 1959, Vol 7, Nr 3, p 285 (USSR)
ABSTRACT., The sixth session of the Institute mentioned in the title
took place at Dubna from May 27 to June 2, 1959- It was at-
tended by the leading scientists of 12 Socialist countries
The following were the heads of the delegations present:
Fetrik Filik (Albania), Georgiy Nadzhakov (Bulpria), Allbert
Konya (Hungary)j Le Van Tkhivem (North Vietnam), Heinz
Barwich (German Democratic Republic), Tszan' San' Tszyan
(Chinese People's Republic), Kim Khen Bon (South Vietnam)p
Sodnom Namarayn (Mongolian People's Republic)q Andrey Soltan
Poland)q Horia Hulubei (Romania); 6estmir 48imane
Czechoslovakia), V. I. Veksler, N. N. Bogolyubov, and V. P.
~
Dzhelepov (USSR). Director D. I. Blokhintsevs, Vice-,director
Van Gan-Chan and E. Dzhakov alternated in the chair.
Blokhintsev reported on the scientific work performedg the
results of which were partly published in Geneva and partly
Card 1/2 in Kiyev.Weng Kaug--c:W%9 gave a report on the development of

SOV/89-7-3-23/29
Sixth Session of the Scientific Council of the Joint Institute of Nuclear
Research
international relations. The following of the lectures deliver-
ed deserve anenial mention: Activation ofthe proton-,synchro-
tron -Wang _V_,_QuXilo. New decay phenomena
of the 7r'j-particle (Laboratoriya yadernykh problem -- Laboratory
for Nuclear Problems). At the meeting, the introduction of
day-and-night operation of the proton-,synchrotron was especial-
ly welcomed. Also the construction of the new accelerator
with spatial variation of the magnetic field was stressed~
There is 1 Soviet reference.
Card 2/2

CHUVIM., Ivan V.
Ofton Total Crone Sections on ProtonO
wHyperon Production by 3-Bev Negative Pionn'
0
90a the Deasy Properties of the K2 Menon"
paperspresented at the Intl Conference on High Energy Physics,, Rochester, N, Ye
and/or Berkly California, 25 Avg - 16 Sep 1960.
Joint Inst. for Nuclear Reserch, Dubna, USSR

69068
S/120/60/000/01/003/051
20A~0314nd Chuvilo, I.V.
AUTHORS: Pantuyev, V.5 , Khachaturyan,
TITLE: A Chgrenkov Spectrometer for the Measurement of Gamma-ray
Energies 11f
PERIODICAL: Pribory i tekhnika eksperimenta, 1960, Nr 1,
pp 19 - 22 (USSR)
ABSTRACT: A description is given of the construction and the
principle of a Cherenkov gamma spectrometer. The
spectrometer is designed for gamma-ray energy measure-
ments in-the energy interval between 100 MeV and a few
GeV. The spectrc..-,zter is based on the following principle.
The incident gamma quanta form electron-photon showers
in a lead-glass Itradiator". A considerable fraction of
the energy of the shower is absorbed in the latter. The
Cherenkov radiation emitted by the charged component of
the shower is taken as a measure of the initial energy
of the gamma quantum. The spectrometer has been
calibrated using.mono-energetic electrons in the energy
interval between 100 and 130 MeV. Energy resolution of
the spectrometer at 200 MeV is +:40%. The spectrometer
Cardl/2 has a 100% efficiency and is li7near. Figure 4 shows a LK

69068
S/12o/6o/ooO/01/003/051
A Cherenkov Spectrometer for the Measurelu?/Eollhamma-ray Energies
typical distribution curve obtained with the spectrometer
at 200 MeV. This curve represents the number of pulses
per channel as a function of the amplitude of the pulses
(both in arbitrary units). Figure 5 shows the amplitude
of the Cherenkov pulses (In arbitrary units) in the
maximum of the abovo distribution a4 a function of the
energy of electrons in the calibration experiments. The
energy (in MeV) is plotted along the horizontal axis. As
can be seen, the relation is linear. There are 5 figures
and 8 references, 1 of which is Italian, 1 Soviet, 1
Japanese and 5 are English.
ASSOCIATION: Oblyedinennyy InBtitut yadernykh issledovaniy
(Joint Institute for Nuclear Studies)
SUBMITTED: December 29, 1958
Ir
Card 2/2

1006/Boll
AUTS023. T-r.b~yqj_r. I.,
11,ill.y. A. D., Ita I;ht p, 1.1.k.,. B, ~
Matuleako *Yu. A. U.14, 1. A , sslr.gh, 3t".91_
Co., a V.
Mis I far Antio-to.4% th a M."atQ. of 2.0 1.1/4
PXR10VtCAL; tburn&l oksperizental4noy I t.oretichoskoy fisiki, 190t
lot. 38. la. 2. pp. 445-448
TXXT: The outhar. of the p ... ont ;~por 4..cr1bv a thannal built for the
lnvs.tt4%%&om Of the interaction of woAtprGton. 1. a clout ct-bor. Anti-
proton. more prodUood by 9-36T protons in a target. rig. I 'is .
roprossAlation of the chammal do.cribd in the following. The satjprow~
are identified from sh.sr-r.locity, (p - 0.95) by means at %%r..
Cherenkov counters, ..eh of which was Provided with two pbotacultipliers
of th--67"-Ov-3~ (Mr331_.hG#- ~.frici.not.0 _. p..ift.d to T.blel.
?be otficiameiss attained *jib different calssaideno* *oabi"%Loaa are
Ideas is Table. 2 met ).Fig. 2 ho.s m blo.k of %be
Cha~Z:l 9" iL%1prO%otA M.4.4tum of 3,10:
2.6 1 /a 300 Oil
eyes-, and T**P-Gtt'O dot. Are sappll.3 In Tibia 4. The ffici"*' *f
'the Nhdas 4s.criboS with respect to satiprotoom to round t* b. 60-404-
so" tests "a briefly do.cribed best. By the diou ... 3 22.rs' %to
auth ro 409mized %he ratio of Uio number or P with onneate, of (2.a~.*)
SOT/: $4 the number a., .11 P.yts.l.. f.bich or.
from the beryllium larees pier the a-dles 0 end 7 . aa4 from
sa.rg.t (~150 on ) under 7 with j-pect So the ;rjo,~y proton
- 5'9 Ia,). At " Wine Ily of 10 p Of the Lazar be-, A.
.2way,so of I j a.. recorded within four minutes.
LR&I* Wg.1 proUs be" 'W%Icl. ==- rol.SLI* number of -it-
Ims"atly bar In the pro%one IA the beis
absnawl
0o -- 9, W9 1000 -4
_0
as 169 -700 -4
a 9
Cal to TOO.
Th. number of particles recorded in the chancel &gross with 4ato Doncorm-
card 2/5
C, or Latlpr.toms Xith a W.otwut.m of 3/o56j6o/o'1ML?/'2o/o6i
B:!/. '006/3011
j".9-3 .. proton Int.r.ett... IA xul.iaAs (Rif. 4); Th* lot "o. "I %h.
rat %Lee number Of satt;r.t.a. in the tv-.Itlo. fr . 0 to 73 In li.
laber:tory ys%on great with predictions note an the tr.ngth of the
,tall tical theory. By considering plan aboorpt Ian (a, ~ 30 b) "I "It-
proton boarpSion (~I,-60 1ab) as all we the 4.3t..us%ion fl: she to.. or
pz- %"7 pras.no (0,. - 30 ab), the ratio of the differential ;rodo~tl.n
cr.4. #action. of j and Wh 2.4 a-r/o under Co in the lAbar4turz,
to 'to b . ~~O;
'Mdp d-1dP
There r. 2 flg~.s, 5 t.btos, and 4 3ort.t, I It.ll=,
d I international (CERM).
ASSOCUTION: 0b:y on, 1,1,1 .d.rn,kh im.1.4n,imir
Z.pt -b-r 3, 957
Card 5/5

VIRYASOVY R.M.; VOVENKn, A.S.; VOROBIYEV, G.G.; KIRILLOV, A.D.; KIM KHI IN;
KULAKOV., B.A.; LiUBMVI A-L.; MATIJLENKO, Yu.A.; SAVIN, I.A.; SHIRKOV,
Ye.V,; STRUNOV., L.N.; CHUTHOI I.V.
Cbannel for 2.8 Bev/c momentum antiprotons. Zhur.ekspA teor.fiz.
38 no62:445-448 F 160. (MIRA 14:5)
le Ollyedinannyy.institut yadernykh isaledovaniy.
(Particle accelerators) (Protons)

CHUY
Possible properties of If-mosons. Zhur.skspA teor.fiz- 38
no-3:1002-1003 Mr 160. (KBA 13:7)
1. WyedinenrWy inatitut yaderzWku Issladovanly.
(mesons)

310616010391011051029
DW/."70
MHORS, T..
j..hk." V.-7
lie.,
TXTLS, A P.301blo Case of the Vilint.Cr.tio. of 11-tral C.ac.j.
V..O~
?ENTODIULi Zhurnal eksporlm-tallmoy 1 %9orv-iehc&lc*'T fi.iki, 19W.
Vol. 59, In. 1 (7). pp. 44-46
TEXT, During the Irradlatlon of a two Itter X.... bobble chemb., Itb
n-49-tilo Pion- 3 S.,/4) 1. the ITE? Al SM ( o.tit.t. of
take.. 1. their 11, 11 *f..Ad, r in ?I#-, I
:hlll~* d =A%. DO
h za . . z to
t Cr
Pie; 2 h..s the geometrical echm. of thia d.ce., -%ot. The ct-ber
nor ad altho fiction of th partI.It. new
6 on ut - 6 t"10 121;.11:111! 1# at t
M
A4 ly .0cordi:191. .11 ult F1 a te;lne. The r:,su t:r.
,norement are Compiled 19 a table. In the dimerae, %he path
91- by lvtter:. be Ir-k.) ... d..nrtb*d
In *mot, ease by t .1 r. P 1. '~.T pri..ry plan be". Th.
card 1/3
dire tions of action of the partle2ow or* d:,* 1*1 1, -tot
rttcl* *Vc*,vbIch to mtQFPvd In the chsab lus. we
be (49C~090) W-1, which -gz--s -ltlo the ---a of the I le... itill. th.
t:,t&,stLcaIh:rror..limLt6. Th vomt "a' or the -ed rti.
we I
2X1_2
d.o.y. Further coceld*ratloca Phowed that the track -b.' - -.d*
a 1* 0.00 a6: y ("4 zot a).
-11111. t"O tux 1111_1121 Me'/- -VA
In a 'ion 0, a
!I athe track ands with a nuclear 4101nt*gmatlon,
b.- 10 zoo.1d.-d to b. . pion. F0-0 Oth:r :,-
ibiliti.0 of 4.4.r node. "~ dlol-0.4. I tr
b :.-Pie. ro4n - I.%. on er"and.
h r. they InAT. very exall prvUbiliti.s. -.be only
probsb1s, interpretation of %be o"ur-d 4etay
- e-~, a with 10 1 50 lt,v.
rtsaits the node Do
Th ..... of D to taken 1. be (6601'q !.; ;.d %b..
Card 213 and of Fr., uction it 'St"Od to 16V
31 ...on lot:lr..dy k.o.o. it .jr be ....zed tt~t. D*-,
in' t
4.10 an0h 411 d.-1 accord "-*3' "
Thd.r. 2 figure.. I t1tel., oA 7 W.r.n ... 1 1 thI.:.w,'
and i
ASSOCILTIO14 Ob:ladi. Y L--t!%U=kh (;Ont
I I t:"l
3Vpjgj7TtP, F.br~.ry 15. 1960
Card 3/3

TITLIs Th. ?)Veto. of 1,11111dArx
Pniobicn, UsPokki fisitheekikh took, 1960. Vol 70. Or 2. pp 561-374
(U .
S's)
ADITIACTI The author. at.. a report .0 the
sz.Zhx&ILG bola as IiYvv it' July 1259-
blohhlotbov and 1. TO. Tue. Two of the seven holders
of the Nobel ?rise repressated were Autilull 1. TO. tam
and f,_L._jkIIRLkU, Apart from the sur,eying loctures
steinvr~ "to hold.in bieb the following Russian I-Saxore
D7ojkol 1. To. T." boon -!I er it eah ique .. 71.14 Theory*.
J~ Irsp-nko on t =1611, an'd Cravilation
Theory". T. P. Dsholopov an Collisions,, and
1. 1. ...W. a . 'Bubble Unamberv. The plenary sessions
sales o& ju&y cu. In the first j.evj*,k 3orna,dini (CIRO)
spoke. His scientifts secretaries sere A. Baldla and A. Solousav
(Wastes). The report an the leatu" mentions the data o"ain.
I- '. .. 3~wed... AN 85311
-at P. 1. Lb.fiev As 02521 " U. -?*I"-
liability of Protons in (Vp)-ColIisIwxs-. A I I*
oft%") . letter., blue I. site. ... A
ft
tail, on -ties BeetteriRs by 11telooss eat productiom of $1 117
Plans In and Plam-gual.n.
limit. spoke about 4_-

OZIIDANIY, L.; PANTUYEV, V.S.; KHACHATUBYAN, III.N.; CHUVILO, 1.V.
The total cross section for interaction of neutrons with protons
at the energy of 8.3 BeV. Dubna, Ob"edinennyi in-t iadernykh is-
sledovanii,-1961. 5 P. (MIRA 14: 11)
(No* subject heading)

CHUYESHKU., K.Ye.
Generalized experimental relationshipa for calculating doubled diract-
acting steam pumps. Trudy MET no-139.271-272 161. (IdIRA 16:4)
1. Nikolayevskiy korablestroitelinyy institut.
(Pumping machinery)
;.Aw.

IVANOVSKAYAP I.A.; XUZNLTSOV, Ye.V.; PROUS11, A.e CHUVIID, I.V.
0
Cross polarization of 4hyperone generated by Te--mesons
-4ith a pulse of 2,8 Bev/c on xen,.)n nuclei. Zhur. eksp.
i teor. fiz. 40 no;2:708-709 F 1,61. (MIRA 24:7)
1. Ob"yedinemyy institut yadernykh issledovaniy i Institut
teoratichaskoy i eksperiraentallnoy fiziki AN SSSR.
(Mesons)

CHUVlW,,:I.V., kand.fiz.-mat.nauk (Moskva)
... Bubble chambers. Friroda 50 no. 3:88-90 Mr 161* (MIRA 14:2)
(Ionization chambers)

MUKHIN, A.; SOLOVIIEV, Mq_CHUVILO, I.
Tenth Intemational Confereme on the-Physics of High-energy
Particles Usp. fix. nauk 73 no.4;.775-790 Ap t61. (MIPA 14:4)
iPartioles (Nuclear physics)-congresses)

1. m., rvmvvs,~MA, I~ A., MJMT~X, T., '~~T-17:7., A.
L. b-., pl-'o;an, 5, S., L. A. -c"'VIR-Oli, V.
"Neutrn.1 Strange Particleu Productiou on Xenon Nuclei In the C) C~.vlc
M--son 11c=',
report presented at the Intl. Conrerence on High Enc-rU Phyalco,
-11 July 191,12
Joint Inatitute for Nuclear Pbsearch
Laboratory of High Energies

PA-fUYr-,V, V. 3. j MACHATURYU, H. N.;~- CHUMO, 1. V.
"Cross Sections of the LnUtraction of Houtron,; with Protons
and Nuclei In the EnorMr Interval 2,0.'- 8,3-:cv
Report kesontod at the Intl. Conference on HICh Enorgy
rhyaicB, Geneva, 4-11 Julv 1962
Joint Inat. for Nuclear Research, Lab of High Ynargtoa

5/05 62/042/002/014/055
B1 02YB1 38
AUTHORS: Ozhdyani, L., Pantuyev, V. So, Khaohaturyan~ M. N.~
Chuvilop I. V.
TITLE: Total neutron-proton interaction cross section at 6.3 Bev
PERIODICAL: Zhurnal eksperimentalinoy i teoretiche8koy fiziki, v. 42,
no. 2, 1962, 392-394
+
TEXT: The neutron-proton interaction cross sections at E n(lab) - 8.3 -1-3 Ber
have been measured in good geometry (0/2 . 0.2280). The neutral beam was
produced in a 10--cm thick Be-target inside the vacuum chamber of the
01YaI proton synchrotron. The beam had to pass through the 5-cm opening
of a 250 cm long steel collimator (divergency .4 0-070). The gamma
quanta contained in the neutral beam due to no decays were eliminated by
two lead filters, the charged particles by a field of 18,000 oe (F,;g-
Apart from these impurities the beam contained only neutrons and a
negligible amount of K? mesons. The neutron detector consisted of an
anticoincidence acintillation counter, a 10-cm Al converter, three
coincidence scintillation counters and a lead glass CherenkDy spectrometer.
Card 1

S/056/62/042/002/014/055
Total neutron-proton interaction ... B102/B138
The counting efficiency of the detector was ^j1%. The monitor was a
telescope of three scintillation counters and an Al conxerter~ The steel
collimator was 18~5 m., and the lead collimator 17.0 m, from the
accelerator target. The p-n interaction was measured in polyethylene
48-53? 23.66 g/CM2) and carbon (41.56 and 20-32 g/cm2) targetsi the total
p-n interaction oross section was 41.2 + 2.6 mb. This value exceeds that
obtained for En - 4-5 Bev. Academicia~_V. I. Veksler is thanked for
interest and discussions, B. A. Kulakov .. Yu. A. Matulenko. M. F.
Likhachev, I. A. Savin, V. S. Stavinskiy~ M. D. Shafranov, N. V. 1jeonov-
Vo Ia Ivanovq Vo Fo Kuranov and La P, Zinov$yev and the accelerator team
for assistance. There are 2 figures and 6 non-Soviet references. The
four most recent references to English-language publications read as
follows: M. E. Low et al. Nucl. Phys. 1, 600~ 1959; A. P. Batson elk, al,
Proc. Roy. Soc. A2L19 2332 1959; V. Ferez-Mendez et al. Bull. Amer. Phys.
Soc. A, 253, 195c0l A. Ashmore et al~ Phys. Rev. Lett~, 5, 567, iq6o.
ASSOCIATION: Ob"yedinennyy institut yadernykh issledovaniy (Joint. Tnatil.
tute of Nuclear Research)
SUBMITTED: August 28, 1961
Card 2

IVANUVSKAYA,'I.A.; KUZNLTSOV, Ye.V.; PROKESH, A.; CHUVILU, LV.
Angular distribution of the decay producta of.Aphyperons-produced
by 2a8 Bev./cl%zesons on xenon nuclei. Zhur. eksp. i.tear. fiz.
43 no.3:765w-774-162. (KMA 15:10)--
11 Institut teoreticheskoy i ekaperirwntallnoy fiziki AN SSSR i Obv-
yedinennyy inatitut yvAarnykh ippledovaniy.
(Hyperons-Domq) (*tons) (Xenon)

S/053/62/076/002/004/004
B117/B104
AUTHOR: Chuvilo, I.- V.
TITLE: Resonance interaction of n-mesons with strange particles
(experimental data)
PERIODICAL: Uspekhi fizicheskikh nauk, v. 76, no. 2, 1962, 329 - 350
TEXT- This is a survey on pro9ress achieved in the field of resonance
interaction of nZ-hyperons, nA -hyperons as well as of n and K-mesons.
An attempt has been undertaken to systematize experimental data and to
gain a better insight into some properties of the afore-mentioned 0inter-
actions. The experimental data collected refer to the mass of nA
resonance interaction; resonances in TZ-interactions; some properties of
the generation of Y*X-particles; spin and parity of Y"f-particles;
1 1
nK-resonance interaction. It is pointed out that the experimental data
available are indicative of the resonance character of interactions taking
place at relative energies of the interacting particles of the order of
magnitude 100 - 300 Mev. On the basis of the half-widths of the mass
Card 1/3

S/053/62/076/002/004/004
Resonance interaction of... B117/B104
distribution of these varticles their lifetime is estimated to be of the
order of magnitude of 4-10-23 sec. This is still within the duration of
processes caused by strong interactions and means that in studying the
properties of Y9 and K)4-particles, the interaction of their decay
products with other particles involved in the generation of Y" and
K"*-Darticles mustXnot be neglected. The following isotopic spins have
been found: For Y 1-particles 1, for neutral n.Y resonance interactions 0
and for K)(-Darticles 1/2. Further experimental data must be collected
and analysed as to the decay of free Y4 and K X-particles, before final
1
conclusions can be drawn. Up to now experimental data on spin and parity
of urresonance interactions are not available. The spin of the
Vc-particle can either be 0 or 1. Although the studies of the newly
observed Dhenomena are not yet concluded and final conclusions on the
properties of resonance states with participation of strange particles
cannot yet be drawn, the very fact of their discovery is of utmost
importance for the understanding of the properties of elementary particles,
their interactions and general laws of nature. There are 15 figures,
2 tables, and 19 references: 5 Soviet and 14 non-Soviet. The three most
Card 2/5

S/053/62/076/002/004/004
Resonance interaction of ... B117/BI04
recent references to English-language publications read as follovs: R. H.
Dalitz and D. H. Miller, Phys. Rev. Lett. 6, 562 (1961); M. Alston et
al., Phys. Rev. Lett. 6, 300 (1961); M. Ta"Eer-Zader et al., Bull. Amer.
Phys. Soc- R', 510 (196-1).
Card 3/3

KARZHAVIN, Yu.A.; CHUVILQ,,.-I.V.; KIRILCYV, S.S.; INKIN, V.D.; GOLUTVIN, I.A.;
NEUSTROYEV .4 V.D.; STEPANOV, V.D.; TULAYEV, B.P.; KOLESOV, I.V.;
ALMAZOV, V.Ya.; Pt?OKOFIYE-V, Yu.P.; SHINAGL, I.
Device for automatic measurement of the coordinates of charged
particle tracks recorded on bubble chmber photographs. Prib.
i tekh. eksp. 8 no.5:54-6o s-o 163. (MIRA 16:12)
1. Ob"yedinennyy institut yadernykh isslodovaniy.

10296-63 EFF(c)/EWP(q)/EW?(m)/EDS-~TC/fiM-Pr-~-M
.AC ON UR: AP3DOD034 q/oo56/63/o44/oo5/i456/14620
UMOH: Ivanovskaya- I. A,,*,Kuznetso*3 Yeo V.; Prokeah, A.; Chuvilo.9 I.
A V.
~TITLE: Production of strange particles by 2.8 BeV/C negeLtive pions on
nuclei _Mnon
WURCE; Zhurnal ekspero i teoret, fiziki;*v'* 44, no. 1961 1456-1462
TOPICTAGS: Strange particles,, production cross sections, negative pions,
LAMBDA hyperons., neutral Kaons,- xenon and freon,
ABSTRACT., The relative and.absolute 4oss sections were measured for the
different channels of production of' strange parti-iles, mainly IAMBDA hyperons
and neutral Kaons, by 2.8-BeV negative Ipions:in a xenon bubble chamber. TEhe
angular and momentum distributions-of these particles are also presented. Both
direct particle production and production via short-lived intermediate particles
are included. The experiment was described in detail in a separate article by
the authors (Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v01. 43, 765,
196.2). .-The cross section measurement results are tabulated (Enclc~.-Are 1). it
Card

L 1028"3
ACCESMON M&: Ap3oooo~4
is-concluded that reactions differing onlywith regard to the charge of strange
particles,occur with identical intensity. The experimental cross section ratios
are in good agreement vith ftrmi-model calculations for sone cases, and 1.5
The bulk of the LAMMA hyperone are emitted backward
time amaller.in others
vithin a i54-i8o* cone in the pion-nucleon center of mass system. The angular
distributions depend only slightly on the strange-particle charge. About 30% of
,the 1AMA hyperons are scattered in the parent nucleus. Comparison of the data
on the neutral'Kaon-Antikaon pairs produced In freon and xenon indicates that the
neutral Kaons are scattered considerably less frequently in the nucleus. There
are 3 figures, 5 formu2as, and one table.
ASSOCIATION: Institute of theoretical and experimental physics (Institut
teoreticheskoy -'L eksperimentallnoy fiziki): joint Institute of Nucleex Research
(ob"jedenennyy institut.yadernykh issledovanly).
wmaTTED: 17Kov62 DATE AcQ: 12jun63 ENCL: 01
SM CODE: PH NR BEF SOV: 007 OTHER: 007
Card 2/X21_