SCIENTIFIC ABSTRACT KAMINSKIY, A. - KAMINSKIY, D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000620310013-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

XMINSKly 9 - A 6 D.
Veteran plant. Mement 27 no.5,.n-13 11-0 161o
(IUR& 34112)
1. Direktor Uningradskogo toomentnogo zavoda imeni Vorovskogo.
OAmii.ismd-Zement plants)

- JCAMINSKIYv A.G.
&ports' mistakes in the determination of continuing loss of work
capacity. Vrach, dolo-no.20-15-118 F 161. (MIRA 11,:3)
1e GlavnyY qksport - naohallnik otdela vrachebno-trudov'-oy dcspertizy
Ministerdtva sotsial,lnogo obespecheniya USSR.
: . . (DISABILITY EVALUATION)

KIRICHENKOp P.L.; HAWSKIYp A.G. (Kiyev
F\Irther improvement of vome forms of medical expertise on the
working caraoity and tha raising of the level of physicians'
qualifications in Redical Ebcperts' Commissions on worIkers'
Disability ard Temporary Control Comnissions. Vrac~. delo nool:
122-12!; 30(4 (1,11RA 1723)

KAMINSKIY. Aleks y, OrIgo;1jr ohj HOMENKO, A.G., red.
(Medical expertise ,of the capacity for work in pulmonary
tuberculosis pationts; manual for physicians of thera-
peutic And propbylactic institutionalland of the Medical
'Expert 4unission on Work Abihtyl Viachebna-trudavda
ekspertiza bol'rW)Lh tubarkulazom legkikh,- rukovodst'vo dl!La
vracbei leahebno-jwofilakticheskikh uchrezhdonii i VTEK.
Kiev, Zdorovle, 1964. 298 p. (MIRA 17:11)
1. Direktor Ukrainskogo nauchno-issledovateliskogo insti.-
tuta tuberkuleza. J. gradnoy khirargii, Glavnyy ftiziatr
Ninisterstva zdravookhraneniya Ukr.SSR (for Mamolat).

VEGHR, Anton Markovich., prof.j KAMINSKIY A,G... red.
(Doctor's manaul on problems of expertise of the capacity
for wark; general fundamertals for determining temporary
and peruistant incapacity for work) Spravoohnik vracha po
voprosam okeperitzy trudooposobnosti; obshchie ounovy op-
redeleniie. vremennoi i stoikoi uetrudosposobnouti, Kievj
Zdo,rovlia, 1965. 204 P. (MIRA 19:1)

Z,q
I I.T
.IT' I-.--
BALISSI'Ov V. V.
Ai -T
S"URO)"'Ov JILM4 -01.1 K.A.
"MetIL-Iod of the Light Nuclei L~-vels Calcualatiou,"
paper submitted at the All-Union Conf. on Euclear Reactiens ir Pledium and Low
Energy Physics, MDscow, 19-27 Nov 57.
Moscou State Urivi. and Lebedev Physics Inat. Acad. Sci. USGRI
0

Y M.
ZHrYOPISTEVp F. A., LVIII&Mal, A. K.j, PERELMOVp A. M. and CHIRMOVp .
"Sur le C91cul des Viveaux d'energie des noyaux legers.,
report presented at the Intl. Congress for NuiLlear Interactions (Low Energy) and
Nuclear Structure (Intl. Union Pure and Applied Physics)p Paris,, 7-12 July 1958.

21(1) SOV/56-36-3-35/71
AUTHORS: Xamins~~A..Lo Shirokov, Yu. M.
TITLE: On the Electromagnetic Radii of tho Lightest Nuclei in the
Ground., and in tho LowentNodUtion Statos (Ob eloktromagnitnykh
radiusakh legohayshikh yader v oanoviiykh i nizahikh vozbiuzli-
dennykh sostoyaniyakh)
PERIODICAL: Zhurnal eksporimentallnoy i teoreticheskoy fiziki, 1959,
Vol 36, Nr 3:1 PP 874 - 878 (USSR)
ABSTRACT: 'In the present paper the authors calculate the radii of nuclei
ivith mass numbers 5 - 8 for the ground- and the first excited
states on the basis of experimental data on isotopic multiplets
and scattering of high energy electrons on nuclei, and they
especially investigate the dependence of the radius on the
excited stato. In a figure, 4 diagrams show the do endence
of r on exc:Ltation energy; Figure a) for He5 - M,
0 6 6 6 6
of Li
Li
Be (in dependence on E
b) for He
ex"
a
8
of Bee) and
Be (in dependence on E
Be
c) for Li
exe
5
7
7
d) for Li Be It was found that the nuclear radius of He
Card 1/2 and L15j as an exception, shows no monotonous increase with

SOV/56-1'36-3-35/71
On the Electroria,,.-nntic Radii of the Lightest Nuclei in the Ground-*. and in
the Lowest Exal'tektiop-AUItAis
onergy. For the 2. excited level with E - 16.69 14ev the nuclear
radius is smaller than for the firpt and also smaller than
for the ground state. For L1.7 - Bel the n 1 d' . -
creases rapidly with energy, for Li7 'Bele.ear rasiuev'in
there i a eak
dependence, and the same is the case for the nuclear radius
with AaO In general it may be said that, with the'exception
of the Ho~_U5 doublet, the nuclear radii for all nuclei in-
crease monotonously with energy. It was found that agreement
between experimental data from the scattering of fast neutrons
on nuclei and those calculated from the Coulomb (Kulon) energy
difference can be improved by esuming a different value for
*0 for s- and,&shells. For 0 1 foi example, one gbtaine
*a = 2-42-10- cm and r P - 1.32.10- 3cm and for Li Ir a -
. 2.65.10-130M. and r P - 1.07-10-1 3cm is obtained. There are
I figure and 13 references, 3 of which are Soviet.
ASSOCIATION: Aloskovskiy gosudarstvennyy universitet (Moscow State University)
SUBMITTED: September 16) 1958
Card 2/2

ACCESSION NR: AP4033632 5/0188/641000/002/0032/0042
UTHOR: Kaminskiyj A. K.; Lonskiy, E. S.
:A
,TITLE: Computation of the sennitivity of thick-*alled ionization chambers
SOURCE: Moscow. Universitet'. Vestnibk.. Seriya III. Fizika, astronomiya,
:no. 2, 1964, 32-42
1 0 1
;TOPIC TAGS: ionization chamber. gam~i radiation, electron, electron path,
-nuclear physics
i
':*ABSTRACT: A general discussion of various types of ionization chambers and their
,principle of operation'is followed by presentation of a method for computing the
isensitivity of thick-walied ionization chambers for measurement of the iutensity
'o
f gamma radiation with an energy 0< W 2mc2 may be
calculated from (2). The authors attempted to establish the appearance of
monoenorgetio positrona in the decav of Eul5n. Fig. 1 shows the decay
scheme Eu152 ~SM.152. The transition energy leading to the excitation of
1531-kev level of Sm152 is nearly 330 kev. Therefore, the authors looked
for those moncenergetic positrons which axe emitted on the capture of the
electron of the pair in the X-shell and whose energy must be 434 kev
according to equation (1). The radioactive source was europium oxide in
the natural. isotropic proportion and irradiated by thermal neutrons.
Fig. 2 shows the positron spectrum of rul52,154 decay; Fig. 3 shows the
spectral region in which the line of monoenergeticpositrons must lie.
No well. defined effect could be established, However, an estimate of the
upper limit of the intensity may be made from the experimental data.
Card 2/'2

,S4 3';~PI'4
The Problem of t';Ae Formation c,.*: S/056 60/0--?/004/012/048
Monoonergetio in thu Devaj Q-L' Yn
P0041 D070
A comparison of the intensity I p of the inner, conversion positrons with
the intensity I. of the monoonergetio positrons gives the value
Ip/Im - 30008 (3). From the known inner conversion coefficient,
w- < 1-3-10 was obtained for the monoenergetic positro:,s. Thence,