SCIENTIFIC ABSTRACT BAYYER, V.N. - BAZ, L.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000204110003-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BAYYF.R. 7.14; V.A.
L,.)n em!ssian in t,lx) ele.-itrovagnotic arin'llAlation of hearl
particlega,
lAds fiz, 2 na,222WI-M 4- 165. (MIRA 18:8)
1. l%vcelUr.,ikiy gosularstvatinyy urJversitet.

BAYYER, V.N.; FADIN, V.$.
Polarization effects acco2panying the production of
particles in
experiments vith opposing beams. Dokle AN SSSR 161
no.1:74,-77
Mr 165. (HIRA 18:3)
1. Novosibirskiy gonudarstvannyy universitat. Submitted
October
8, 1964.

MYER, V.N.; GALITSKIY, V.M.
Two-photon emi3sion in electron collisicna. Zhur.
eksp. i teor.
fiz. 49 no.2:661-671 Ag 265. (MM 18:9)
1. Novosibirskiy gosudarstvennyy unIve.-sitat.

L 1017"i-& EWT-(m)_ DDAP
ACC N1t: AP502"M SOL= CODII: UP/0386/65/002/006/0259/0262
AUTM: GalltgkiY, V, No
ORG: -_ Novosibirsk State RnIversity (Savosibirskiy
gosudarsWenayy universitef)
TITIZ: Double bremsqnmm in electron collisic%s
SOUXX: Zhirnsl eksperimentalAty I teoreticheakcV fitiki. Pialma
v redaktsiyu.
Prilozheniye., V. 2# no. 6.. 105p 2W-262
70PIC TAGS: breasstrahlung,, elActron collistonp collision cross
section, photon
emission
ABS7RACT.- The authors present the results or a calculation, of
the cross section for
the emission of two photons with arbitrary enera In
electron-electron and alectron-
positron collisions. 2his question is of great interest In
connection with
colUdi beam experimmits. The emission of two soft photons was
treated by them
earlMTze -Lett. Y. 13# 353j, 196k)j. an was the emission of one
soft photon and
one photon of arbitrary energy (ZhZVv. 49, 661., 1,965). Most of
the calculations
are based on the results of'the latter paper. Forwilas are
derived for the double-
bremeartrahlung cross section and for the ratio of the
double-bremstrahlung cross
section in the region of bard pbotons to the cross section for
two-quantum annihila-
tion of an electron-poeltron ". It Is shown that if the photon
detectors bays a
reasonable energy resolution* these cross sections become equal
at energies on the
order of I Bev. Orig. art.. bas: 6 forwilas.
MM CODIs 2D/ MM 1175e. .12Jt65/ MG MWr 001/ OTH RV: 001
f)r I

BAYER, V.N. .. -
Possible testing of the noncowervation of time
parity in
experiments on oppoxing be&=. Pis', v red. Zhur.
eksper. i
tearet. fis. 2 no. 703"33 0 165. (MIRA l8zl2)
1. Navosibirskiy gosudarstvannyy universitet.
Submitted
Aug. 2., 1965.

ze. I- ".C)n c fL r"r c
A c.
R 165 79,-785
tj -

-- -- - - - - - - 11-v- -- --- -- -- -- ---- --- - --
- -- - - -- --
. -e. Ya.
see BAYM, Ye. Ya.

BATTMOVA, Go f Bayerova G* 1;, BAYYER, A. ( Bayert
A. 1; MALINSKIT, 1.
Imalinskyr J.1; ZAPLETAL, B.
Functional significance of the epiphystal pigment
(electron-
optical study). Arkh. anat., gist. I embro 48
no.lr18-2l
Ja 165, (MMA 18111)
1. Katedra gistologii (sav.- dotsent M, Obruchnik),
kafedra
patologicheskoy anatoxii (zav.- dotsent V.Valakh),
neyrokhirurgicheakoye otdoloniye fakulltetakoy
ballnitay
Universitsta luni Palatakogo tzav.- BZapletal), gorod
Olomouts, Chekhoslovaklyn,

PZFTI# I.D.; KOKJXMUV, O.A.; BAYMOV, U.B.
Reduotion of andsmio goiter in the eastern regions 6f the
Cbm
Valley of the Kirghiz S.S.R. during a 12-year peroid. Isv.
AN
Kir. SSR. 89r. f4ol.. nauk 2 no-.6:5-16 160. '(KU 14:6)
(CHU VALLET-4DOITER)

~BALTZAWVP U.B,
Amount of iodine in local food products, water
sources., and soils
of the Chu Ve-Usy in connection with the study of the
etiology pf
endemic gQiter. Izv. AN Kir. SW. Ser. biol. nauk 2
no.W3-41
166* .1 (141RA 14:6) '.
(CHU VALLEY-GOITER) (IODINE)

BAYZAKOV. U.B
Etiology of andwsic goiter in the Chu Valley IST.
An Kir.
SSR. Ser. biol. nauk 5 no-3127-31 163. NIRA 1731)

BAYZAIMVA, S. S.: Motor Mod Sci (dies) -- "Sow
qualitative changes in the
Berum proteins of the blood in patients with silicosis,
silicotuberculoole,
and tuberculosis", Frunze,, 1958. 16 pp (Kirgiz State
mod Inst), 200 copies
(KL., Iqo 5, 1959, 155)

BAYMZALKOVA S -4.-I-ISTAMBEKOVA9 D.N.
Effeativeneos of treating hypertension with
preparation("F-2~.
Say, adrav. Kir. no.3118-21 MY-Je 162. KIRA 15:5)
1. Is kafedry propodevticheakoy (sav. - doteent
M.M.Mirrakhimov)
fakulltatakoy terapii. ($&v. - dotsent R.I.Ibragimova)
Kirgizakogo
gosudaretvannogo meditsinskogo inatituta.
(HYPF.TMSION) (HLUM RUE)

11.);.;
Saviz,Z. ..-5r/,CCO 'Itilowutt houra.
'-sashinostaroitolt - o. 7 661.
li*-2)
(1.1actric woldir-G-Toohnologic&l imow-tions)

- - - -- - --
BATU&NOV. S.D., jushawr (,Lrys'); LYMY.O. V-A-, ir2haner
(Arys')
jq~
Jifficlent utiligation of diesel locomotives-
Zel.dor.trousp.
39 no.4:67-69 Ap '57. 0 (MIaA 10:5)
(Diesel locoAotive4k

Usaftuclear mysics; - Proton Interaction
1/1 : Pub. 146-15/20
PD-
Author : Baz,, A. L., and Smorod1nakly, Ta. A.
Title : Interaction of protons with R3 and excited states of the
alybA-particIt
(Utter to the editor)
Periodical : Zbur. eksp.. i teor. fiz., 27, 382-384, Sep 1954
Abstract : Analysis of the H3 (p, n) Re3 reactions to carried
outp, in particular,
the analysis of the results obtained by H. B. Willard 6t al.
(Phys.
R~Y. 90, 865 (1953). The improbability of the existence of a
stable
R , is indicated. One aforementioned reference.
Institution :
Submitted : April 27, 1954

BAZI, A.I.
Structure of the second excited level of He5 and L15.
Izv.Ajr SSBR.
Ser.fis.19 no.3:360-362 MY-J* 155. (MIRA 9:1)
(Koseaw-Spactrm analyale-Congresses)

MEN
TA SiRn
la oil

BAZ, A. L,
E,q. j.j
"Polarisation of Neutrons, Elastically Scattered by Pb." a
paper presented at the
International Conference on Nuclear Reactions, Amsterdam,
2-7 July 1956.
D55M4

A-9, _Z-
USM/Mmlear ftysics C-5
Abe Jour : Referat Zhur Mike, No 5, 1957, 11218
Author : BazI, A.I.
Inst : Not given
Title : Polarization of Neutrons Scattered by Lead.
Orig Pub ; 2h. eksperim. i teor. Miki, 1956, 31, No 1, 159-161
Abstract The Butiltonian of the interaction of the magaetic mo-
ment of a neutroa vith the electric fie1A of the nucleus
C'
(A-- -1.91, Mp and are the mass, spin operator,
GmA &==tum operator of the neutron respectively, and
9 is the electric field of the nucleus) leads to a
Card 1/3

USSR/Nuclear Physics C-5
Abe Jour : Ref 2hur - Fizika, No 5, 1957, 11218
t~ = 1, 2, 30. At & z- 10, the polarization reaches
a values of 0.8 in the energy interval from three to
five
MOV. The calculations of this vork show that the
polariza-
tion diminishes vith increasing angle more rapidly
than
follows from Schvinger results (Schwinger, J6, rhyse
Rev.,
19W, 73, 407)-
Card 3/3

Oiurn.sksp.i toor.fis,31,faso-5,831-836 (1956) CARD 2 / 2 PA -
1873
the B-state willt with increasing nucleon number n grow more
rapidly than the
number n(n-l)/2 of the bindings between the nucleons.
Therefore groupinp of
four oorrelated nucleons must be energetically the most
favorable.
The existence of such groupings in nuclei is also indicated
with some certain-
ty by experimental data. Thus, there in a sharp difference
between the spectra
of nuclei with A - 4a and A - 4n + 2. Besides, the general
shape of the spec-
trum on the occasion of transition from nucleus to nucleus
changes only little
among nuclei of the same type (A - 4A or A - 4n + 2), and all
spectra are with
respect to the Isotopic spin T periodia with the period to~ T
- 2. The curve
of the dependence of binding energy of a nucleon on the mass
number is saw-
like in nuclei with a minimum surplus of neutrons (with
respect to A), with
staxims, at A a 4n and minima at A - 4n + 1.
The wave functions of the shell model contain a considerable
part of states
which correspond to the existence of one or several groups of
nucleons. These
nucleons are reciprocally in the S-state. In conclusion the
connection be-
tween the classification of states given here with the
classification accord-
ing to the quantum number "seniority" is pointed out in short.
INSTITUTION:

BAZ, A. I. and V-10RODIN'Sm, Ya. A. (Acad. Sci. USSR)
"Polarization Effects in the Light Nuclei Reactions,*
paper submitted at the All-Union Conf. on Nuclear Reactions in
Medium and
Low Energy PlWsiosf Afo~~c#.v .4 4-47 Alvie /f5-7 -

BAZ, A. 1. (Acqd. Sol. USSR)
j(P, P) /Or (Iro (ro is the radius beyond which the specific
nuclear forces are to be neglected). It is assumed that this
condition is satisfied in the following. In chapter I the
general theory of the phenomenon is briefly discussed, and it
is shown that the resonances are located below the threshold
of the reaction X(ab)Y. In the second chapter a detailed in-
vestigation is carried out of the case in which attractive
Coulomb forces act between b and Y. The number of resonances
in this case is found to be infinite, and their density tends
to infinity when the threshold is approached from below.
Finally, the case is investigated in which the particle
denoted
Card 2/3 by Y is unstable and has a finite life-time. The
formula

Resonance Effects in Particle Scattering Near the
SOV156-36-6-21166
Threshold of the Reaction
obtained for S, corresponds to the Breit-Wigner formula, The
author finally tbanks Ya. A. Smorodinskiy for his constant
interest and L. A. Makeimov for editing the manuscript. There
are 4 figures and 7 references, 3 of which are Soviet.
SUBMITTED: December 10, 1958
Card 3/3

S/030/60/000/010/012/018
B021/BO58
AUTHORS: Bazl, A. I and Chuyev, V. I,
...........
TITLE: Nuclear Reactiondlat Low and Medium Energies
PERIODICAL: Vestnik Akademii nwak SSSR, 1960, No 10. pp, 106 -
108
TEXT: The Second All-Union Conference on these reactions was
held
in Moscow from July 21 to 28, 1960. It was attended by 66*0
Soviet
and 50 foreign scientists. The Conference program included
practically
all essential parts of nuclear physics, except a- and
P-radioactivity
and fission. N. A. Vlasov gave a survey of experimental studies
deglinE
with the investigation of low nucleonic systems.. Ya. B.
Zeltdovich.
V. I. Golldanskiy, and Ya. A. Smorodinskiy took part in the
discussion
on the problem of the possible existence of superheavy isotopes
of
the lightest nuclei and the ways for their discovery. A. I- Baz'
reported on the surface structure of light nuclei, The following
lectures were hold next: I. S. Shapiro, on the possibility of
obtaining extensive information about the structure of light
nuclei
Card 1/3

Nuclear Reactions at Low ana 8/030J60/000/010/012/018
Medium Energies B021/BO58
on the basis of investigations of theu-meson capture by nucleil
A. A. Onloblin gavFk a survey of experimental studies and V. G,
Neudachin
of theoretical problems concerning direct nuclear reactions-,
4, P. Klyucharev -reported on studies concerning the elastic
proton,
scattering on nuclei conducted in laboratories of the Ukraine;
V. I. Strizhak, on the results of the experimenta.1 study of
elastic
neutren scatter-Ingon nucleii P. E. Nemirovskiy. on the present
state
of the optical model; I- Kt. Lemberg USSR) gave a survey of
papers
on the Coulomb excitstionj A. S. Kompaneyis reported on
theoretical
problems connected with the conditions of diatomic moleculesi
F. L. Shapiro, on the-olasel-cal theory of the Onabauer effect
and X
experimental atudies conducted in this direction in the USSR~
L~ Ye. Lazarevs. underlined the fact that at present the study
of the
energy Ce~pendence of the absorption cross section of photons by
nuclei
is emphaelzed. Interesting results in this field were achieved
'by a
roup of scientists of the Fizicheskiy institut im. P, N, Lebedeva
stitute of Phy-sictimeni P. . Lebed9v) and the Institut
M
teoreticheskoy ! eksperimentalln,)y fiziki Akademii nauk SSSR
(Institute of Theoretical and Experimental Physics of the
Academy of
I-
card 2/)

Nuclear Reactions at Low
and Medium Energies
S/030/60/000/010/012/018
B021/BO58
-Sciences USSR). A, M., Baldin reported on theoretical problems
of the
interaction of photons with the nucleil L. V. Groshev, on general
regularities of*f-ray speetra, accompanying the thermal neutron
oapture by the nuclei; S. L.. Tsytko. on the study of the
radiative
capture of the protonal V. V. Balne ov and A. B. Davydov iscussed
various models of nuoleil Yu. T. Grini gave a survey on Soviet
studies in this direction. The results of nuclear physics during
the
last years, summarized by the Conference. facilitate the planning
of further research.
Ca-rd 3/3

S/053/60/072 /002/002/005
B006/BO67
AUTHORS: Baz', A. I., Golldanskly, V. I., and Zelldovich,
Ya-B.
TITLE: S~Mq Isotopes of Light Nuclei
11
PERIODICAL: Uspekhi fizicheskikh naak, 1960, Vol, 72, No. 2.
pp. 211 - 234
TEXT: At present about 300 isotopes of light nunlei (ZI-36)
are
knc.wr ;f which ab=dant experimental material has already been
cc;llected~ The present paper g'ves a sur7ey of these data,
After a
sh;rt introduction the neutron'-defic-'ent isotopes (Z> 11)
are dealt
wlth -In chapter 2. Their properties can be predicted by the
fact -
which follows from charge invariance - that the properties of
two
4sot.-pically conjugate nuclei (nucleus A,ZIN I
is the isctopically
conj,,~gate nucleus of nucleus AV if z 4E and N.=Zl)
Z2N2 1, 2 1 -
exastly coincide up to the Coulomb corrections and the
corrections
f.,r the neutron-p-roton mass differences Since these
corrections are
relatively easy to consider, the main properties of the
isotopes can
Card 1/3

Some isotopes of Light, Nuclei S/053/60/072/002/002/005
B006/B067
be determined with Z> N from tho known properties of the
isotopes
with N> Z. Fig. 1 gives a scheme of the differenot, of the
binding
anergy of the Z-th neutrons in the nucleus (A A-Z) and the
binding
energy of the Z-1-h proton in the nucleus (A,,Z). In a sim4lar
scheme
Fig. 3 illustrates the region of tho stable nuclei.. The mcst
promising
mothol of roducing neutron-deficient isotopes of 11ght nuclei
are the
rea,~tlons Trn) and (HO,xn), as wall as reactions by multiply-
charged ion bombardment. New physical phenomena are assumed to
be
observable in neutron-deficient nuclei, proton and two-proton
radio-
activityl these phenomena are dealt with in part 3 of the
paper in
which among others the region where such phenotLena may occur,
is
briefly outlined, and the main properties of two-proton
radioactivity
are described. The reaction welrb.')o14 2 is discussed more
thoroughly.
48 42
M917(18?), Si 21(22?) S 25(24?) , A! 29(2;?5 . Ca 33(34?), Ti
.. Cr .
F944(43?), Ni46(47?) Z,53(54?). Ge59(58?), So 63(62?), X r
67(66?)0
are also counted among the 2p-active nucle,.. In part 4 the
nuclei
Card 2/3

Some Isotopes of Light Nuclei S/053/60/072/002/002/005
B006/BO67
with high neutron excess are dealt with. In this case above
all problems
of neutron binding energy in the nucleus are discussed (Fig,
6 shows
En as a function of Z for a large number of N-values). Also
experimental
results are presented and discussed. The possibilities of an
experimen-
tal determination of the bineutron (reaction (n-2,Q) e.g.
N14-i n2-*B12 +a 1 3.2 Rev, n2-1.2n decay on passage of
n2throu h matter
and measurement of the neutron directional correlation,
F19.75 are
discussed. Furthermore experiments for determining H5 and HeS
are dia-
cussed. In part 5 considerations are made on the stability
limits
and a five-page table containing a survey of various
properties
(N'jL'(KZj0' Ep, En, Epp T1/20 ) of isotopes with neutron
excess as
well as of neutron- deficient electrons for the region
2is=Z1!5=40 is
given which Is hiehly valuable for practical work in this
field.
P. E. Nemirovskiy and A. T. Varfol2p2Zov are mentioned. There
are
8 figures, I t-able, and 25 references: 14 Soviet, 10 US, and
1 Canadian.
Card 3/3

41 BAZf,,A_t_IAj.2qjjjLANSKIYv V.I.; ZELIDOVICH, Ya,B.
Undiscovered isotopes of light nualai. Usp. fix. nauk 77
no,2:211,..234 0 160, (Isotopes) (MM 16:8)

8102 61/000/008/003/004
D051%113
AUTHORSt Bast, A.I. and Pusikov, L.D. (Moscow)
TITLEs Study of the nucleus
PERIODICAL: Priroda, no. 8, 1961, 59-62
TEXT: A peneral introduction into basic problems and recent
advances in
nuclear physics is given. It:is based on material presented at the
All-
Union Conference on Nuclear Reactions at Low and Mean Energies,
held in
Moscow from July 21-28, 1960 and the International Conference on
the Struc-
ture of Nuclei held in Canada, from August 29 - September 3,1960.
In order
to simplify problems of nuclear research, scientists have been
using Todels
which represent the nucleus or the mechanism of nuclear reactions.
many
properties are explained by the shell model, according to which
the nucleons
move independently along orbits in a self-consistent field. This
model is
based on the assumption that each nucleon has a definite amount of
energy
which is not subject to exchange within the nucleus. In many cases
it helped
to determine the spine and parities in basic and weakly excited
nuclear
states, magnetic and quadrupole moments etc. At the conferences
the suit-
ability of this model was confirmed by reports of two new
achievements.
Card 1/4

8/02 61/000/006/603/004
Study of the nucleus D051YD113
After calculating the energy required for the emission of a
proton from a
bombarded nuclousp it was found that the result was consistent
with that ob-
tained using a shell model. The shell modtl also helped to
explain the huge
resonance in photonuclear reactions, which occur during
bombardment of the
nucleus by g --- a quanta. The use of the shell model,
however, is limited to
the study of static nuclear properties, and cannot be used for
the study of
the so-called residual interaction of nucleons in a
self-consistent field or
for considering nuclear surface phenomena. Towards the nuclear
surface, the
density of the nucleons and the intensity of the
self-consistent field rapid-
ly decrease. This involves inoreaaed nucleon interaction and
the subsequent
formation of nucleon groups, a phenomenon which was confirmed
by recent re-
search. Proper consideration of surface effects, evidently,
will consider-
ably expand the field of application of the shell model. In
contrast to pre-
vious assumptions that all nuclei have a spherical form, more
rec-ent experi-
mental research has established that many nuclei have the
shape of a rotating
ellipsoid. This second hypothesis has permitted many phenomena
such as the
sequence of and difference between weakly excited nuclear
levels to be ex-
plained. However, it was frequently shown that many
experimental data were
inconsistent with this assumption also. The Soviet scientists
Davydov and
Filippov, therefore, proposed a model shaped like a triaxial
ellipsoid.
Card 2/ 4

S/02 61/000/008/003/004
Study of the nucleus D051YVI13
This model helped calculate a number of magnitudes observed
under experiment.
The variety of nuclear shapes has been further increased by
moderr -,searoh.
For example, in 1960 it was revealed that two specific excited
statess which
can be represented as two C12 nuclei, exist in the mg24
nucleus. These nu-
*lei rotate in relation to one another (dumbbell composed of
two C12 nuclei).
The existence of a "dumbbell" state for Xg24 was detected
thanks to a new
experimental technique consisting In using accelerated beams of
heavy ions
as bombarding particles. The results obtained with the
so-called optical
nuclear model coincide with experimentally obtained values for
the character-
istics of 1-20 Nov proton and neutron collisions with nuclei.
It is evident,
however, that this model is Inadequate because it cannot
explain, for in-
stance, the results of experiments in which the polarization of
mean energy
nucleons scattered on various nuclel- was measured. The present
trend is to
improve the model within the approved limits. In connection
with the "di-
rect" type of nuclear reaction, the conferences paid special
attention to
the "method of deformed waves". This method does not only
consider the in-
teraction at the moment of direct particle-nucleus contact,
which leads to
the reaction, but also the nuclear interaction with incident
and scattering
particles. A general trend observed at the conferences was the
attempt to
Card 3/4

Study of the nucleus
I
S/026/61/000/008/003/004 j
D05l/Dll3
synthesize the different models and to combine opinions on the
intermediate
nucleus, direct processes, and optical interaction. There are 4
figures and
2 Soviet referenoes.
Card 4/4

%,JW1, A.I.; STPUTINSKIY, V.M.
---------
jprm tba Utal4o 9f tU aMotga omforonoo = =*Iw structuro.
A.tou.suers. 10 r4o-4sAO9-M AP 161, (XERA U t4)
'("stan,, Canada,.Rwlw pbysloo-CoWesses)

3/056J61/040/002/027/047
io D 0 0/0-P, B102/B201
AUTHORS:. Badalyan, A. M., Bazi, A.. I.
TITLE: Mechanism of photonuclear reaations
PERIODICAL: Zhurnal okeperimentallnoy i tooreticheskoy fiziki,
v- 40, no. 21 !9611 549-552
TEXT: The present paper offers a discussion of the
applicability of the
statistical theory of nuclear reactions to photonuclear
reactions, and,
in this connectiont a comparison of the main results of
experiments and
theory in this field. It may be concluded from the results of
this
study as to whether a great number of levels of the compound
nucleus
participatei.4 in the reaction (the statistical theory is
based upon this
assumption), or only few wide levels - perhaps
single-particle levels
with a width near the one assumed by Weiaskopf. In the former
case the
statistical theory is expected to be well suited to describe
the
experimental results, whereas in the latter it is not.
Experimental
results ooncerning interaction of gamma quanta with nuclei in
the energy
range of 5-15 Mev have been published sporadically; the
following facts
Card 1/ 5

S/056/61/040/002/027/047
Mechanism of photonuclear reactions B102/B201
may be inferred from published results: 1) Of almost all elements,
the
aYY and aTy, exbibitt near the threshold of the reaction (y,,n) or
(y,p)
a distinct peak, some millibarns high and with a half-width r of
1-3 Mnv;
medium-heavy nuclei mostly exhibit resonance with respect to the
cross
section in _connection with the (yop) threshold, whereas heavy ones
do
so with the (y,n) threshold. 2 ') Height and width of these peaks
vary
irregularly from one element to another. 3) Resonance is observable
in
the course of the cross section. Data concerning the nuclear
absorption
below the (y,n) threshold are available only for P, S, and Ca. The
predictions of the statistical theory of nuclear reactions, which
are
compared with experimental data, may-be formulated as follows:
1) The cross section should be a smooth function of the atomic
weight.
Fuller and Hayward (Phys. Rev. 101, 692, 1956) have shown that in
the
scattering of y-quanta the nuclei have very individual behaviors,
and the
statistical theory is not applicable, 2) The elastic scattering
crosB
section should have the course shown in the figure, At excitation
energies ;~-' 5 Mev r /r - (Ac.,)3/6 9(lko) " 1% 51 ek,/.r gives
0
Card 2/f)

S/056/61/040/002/02T/04T
Mechanism of photonuolear reactions B102/B201
the level density, and r-eO.q Mev). In the energy range >
5 Mev the
elastic scattering cross section changes like (on the
assumption of dipole absorption, acapt-'Pw ) with a
maximum at - 4 Mev.
The maximum of aYY near the nucleon threshold is not
explicable by the
statistical theory. The sharp drop of the cross section at
energies
corresponding to the photoneutron production threshold is
explained by
the fact that neutron emission is much more probable than
gamma emission.
3) The total inelastic scattering cross section a 0, CT r
1 Z: r
YY' eapt
at large excitation energies (be2ow the nucleon threshold)
should
practically coincide with the capturb cross section, since
and increases with energy. According to the statistical
model, the
maximum of the inelastio scattering cross section should
be practically
at the neutron threshold, or somewhat above the proton
threshold, but
not below. Actually, however, it haa been found in
individual cases that
E < E 89
'Ay thresh (eeg.t at Y , whera Ems. --elo.5 Mev, Ethresh a
11.8 Mev).
Card 3/5

S/056/61/040/002/027/047
Mechanism of photonuclear reactions B102/B201
4) According to the statistical modelt a abs '*4 100a77
should hold at
E ~> 5 9evi experimentallyp the proportionality factor was
not at 100f but
at 2-10. It is thus found that the statistical theory
cannot describe
the experimental data in the range of excitation energies
from 5 to
10 Mev. The discrepancy between theory and experiments is
reduced when
it is assumed for the photoreactions to take place only
via some wide
levels. The intense lines observed near ths (y,n) and
(y,p) thresholds
correspond to "threshold states" exhibiting
single-particle structure
and having a large irradiation width. A paper In this
connection has
been published by Baz, in Adv.Phys. 8, 349, 1959. This
assumption
allows to explain a number of facts, such as the
appearance of peaks of
aTT , Cf,,,, and cabs near the (y,n) and (y,p) thresholds,
the irregular
change of a max and r with the atomic weight, ths ratio P
I/z r,, , and
the absolute value of a 11' The fact that few but intense
levels of the
compound nucleus play the main part in the threshold
regions can be well
explained, as is proved in a detailed discussion, by the
assumption of

S/056/61/040/002/027/047
Mechanism of photonuclear reactions B102/B201
"threshold states,, which are "condensed" near the threshold. In light
nuclei, such levels should be observable in the following regions:
LiT: 6.5-7-5 Mev; B 11- : 11-11.5 Mev; C12 : 18-3-18-9 Mev; 016
18 20
15-16 Mev; 0 : 6-6.4 and 8-8-4 Uev; Ne : 5-5.6 Mev. 0. V.
Bogdankevieh, L. Yo. Lazarevap
and B. N. Kalinkin are mentioned.
There are I figure, 1 table, and 12 references: 6 Soviet-bloc and
6 non-Soviet-bloo.
SUBMITTED: July 18, 1960
---T=&rd_5/5

BAZI.J AOIS
Fcwrgy dependenoe of scattering cToss sections near. the*
I . . 4 '~nst
Vmshd2d of,tbe generation of an able partide.
Utu~. - skep. i teor. fix. 40 no.5:15n-1515 MY III
(KMA 3.4 t7)
(Nuolear rmao%ioma)

-B&Z. A. I. -
"The Solution of the 3-Axly Problem in a
Special Case.w
Paper presented at the International lymposium
on Direct
Interactions and Nuclea- Reaction Pechaniams,
Padua, '1-8 Sep 62
.0

/62/000/000/001/044
S/903
B102/B234
'THORs
L Bazlp At I.
A
TITLEs -Some problems of ihe.theory of light nu-31ai
SURCE:' Yadernyye reaktsii primalykh i-erednikh energiyakh; trudy
Vtoroy Vdesoyuznoy konferenti.11, iyull 1960, g. Ed. by
A.-S. 'Davydov and othars. Moscow, Izd-vo AN SSSR, 19629 13-32.'
TEXTz Those problems of light nuclei (A 412) that are of main
interestj
such-as the deviations- from the*ehell modell the nuolear surface and
the
nuclear substructure are dealt with in great detail;; Special
attention is
paid to experimental data on the nuclear ciargy level structure
indicating
the presence of'nucleon groups.- Also -the problem of nonconservation
of i8o.
topic spin is discussed. Thesis considerations lead to the following
con- ,
clusionst (1) The ahell model is inapplicable for studying the
nuclear sur-
GI Th of-tilik--nuol
ace sincwin this region. residual int*ra 110 eons-pr*dowinatra.
07-819 ons a applies-.- (2) -
j
-:-Nucl;9cn-g -will: form'--on -the -nuoleax -8 nrfac6 and -the-
wave- funotj,on
roups. ---- --
describing the rolative mottQwof the nucleon groups beyond the
surface will
be tailed. (3) Exte'noion ind'amplitude of the tails, and so also the
card- 1/3-

/OOO/oOI
3~ 903/62/000 /644
02/b234 -
Some problem's of the -theory BI
structure -and -the width-, of the nuclear suxfaoe,.vury strongly f
rom level to,~,
lev e1 and f rom n Iuoleus to nualtius - When the ' eve]. (Ei) is
positioned near -to
-threshold level_F~JB4,th-) then the range of the tail will be
1 2
W"R 4 Ah itioloa-of -tbefi-th- obanne
/2
th
b+Y--- _ii ',-attri6t iv a -int 9-raot ion L potent ial -U ---is-
Roting at -r >r r -being--the- -
radius of the channel$ then thi-ampliiude of the 4.-th tail will be
oonside r
ably higher than in the.case U,90. Hen. ce in the x*e;ion r> ri the
main-part'.
of the total.vave function will be concentrated; this indicates that
the
nucleus will spend most of the time in the form of pairs of b+Y
particles
moving relatively to each other in the range r> ri. (5) Such a surface
structure leads to the following oonsequencen: a relatively great
number of
levels with anomalous large wielths are observed especially near the
thresholds
,of the two-particle disintegration of the nucleus; the large widths
of the .
i-th channel are to be found near the i-th thr6shold. The energy
dependencea
of the threshold reactions become changed. "Threshold states" of the
nucleus arise which are identical with single-particle states of
large radii.
The isotopic spin becomes ogvsiderably disturbed and especially the
--.-.-__Pard 2/3

Some problems of the theory... 5/903/62/ooo/ooo/ool/044
B 1021B 234
~threahold states" have'-no dofj,nits value. of the inotopi
0spin. The
16 fiAU re a a
-7- res-t - --- --- - r -I
,2t
Card 3/3

LC
AUTHORS:
TIM-:
M3
3 6 62/042/005/017/050
3/05 YB
3102 B104
PZ"ORIODICAL:
Puzikov, L. D., Smorodinskiy, Ya. A.
Reconstruction of the scattering matrix near the threshold
conditions
Zhurnal eksperimentalinoy i teoreticheskoy fizikil v. 42,
no- 5, 1962, 1249-1251
TWI: As a development of work previously reported (A. I. BazI.
ZhETF# 33P
923, 1957) the authors present an analysis of the scattering data for
spinless particles close to the reaction threshold in terms of a
"complete
experiment". The amplitude and cross-section of s.cattering near the
threshold can be reprveented by the first few terms in a series
expansion
of the threshold quantities. The data required for the scattering
matrix
can be derived from measurements of the dependence of the
polarisation
quantities on the energy, in respect of elastic scattering near the
threshold. Vor e.g. scattering of a 1/2-spin particle from a
zero-spin
particle, the elastio-scattering matrix near the reaction threshold
is
given by
Card 1/2

~/056/62/043/001/025/056
B104/B102
ATJTHORS: Vaks, V. G.g Larking A. I.
TITLE: K-meson---hyperon resonances
PERIODICALt Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v.
43,
no. 1(7)9 1962v 166 - 174
TEXT: Experimental data on the cross sections of the reactions
+ p + K and x + p--~J,+ K near the Z + K threshold are
phenomenologically analyzed. A level in the system Z + K with T
1/F2
with a binding energy of about 30 Mev is assumed to exist. In the
cross
section of the reaction % + N--->A + Ki this level leads to a
resonance
below the F-+ X threshold. Possible levels in the systems A- + K,
N + Q,
X + w, and N + K* are discussed. To clarify the interaction
between 'rand
K in states with T - 1/2, the cross sections of the reaotioA x +
N---.*~A- + K
must be studied in the energy range Tit a 810 - 900 Hev, and of
the reac-
tion 'A- + p--jZ + K, near the threshold. The analysis is
conducted by
methods of R. Dalitz and S. Tuan (Ann. Phys., 8, 100, 1959; 10,
307, 1960;
Card 1/2

S/036/62/043/001/025/05*6
K-meson - hyperon resonanoss B104/B102
Phys. Rev. Leti., 2, 425, 19591 Rev- Mod. Phya-P 33t 471.,*1961;
Talk at
lix-on-Provonoo Int. Conf., September, 19619 preprint)i unitarity#
time
reversal, and analycity of the scattering matrix are used for
analyzing
the interaotion at small energies. There are 3 figures.
SUBMITTEDa January 24, 1962
Card 2/2

1 -6a FIA71 /!_7"Z4LA f M 'I
NP: A-P4046423
JA_FWL/JS_QD/MD(v,-0 /(t)
S/005b/64/047/003/1041/1042
AUTHDRS: B&Z', A, I.; Z.OT-MOr, V- P-
&_LaN b s ne shape of the phot)neutron
_9n
spectrum
SOURCE: ZhLlrnal eksperimental'noy i teoreticheskay fiziki, v. 47,
no. 3. 1964, 1041-1042
q'OPIC TAGS; Ph.Dt one,,,, ~. ron, gamma n2utron -reaction, neutron
spectrum,
photoneull.,on speclr~_m, t~ireshold state
ABSTRACT: TIbe presence of threshold states of the compound nucleus
n a-bltrary nucleus which
e a_ or" r~ r~' -1 -
waz theoreticaliy PredjL"ed 'Q_- or t
N~x
reliably for light nuclei
Corci 1/2

L no6l-65
ACCESSION NR: AP4046423 0
the (-Y. n) reac-tion, CMCially the spectra of photoneutrons from the
rea-tior, B; _)B-'~R. under rer-
r-&IZI leasoilal'I e aL S~.I;aption~3 ard the, re-s,,~sI-le ati on
-were
compared with tlhe experimental data of M. V. Savir. et al ',ZhE7TF,
in
res ;_r-1-.,"'A_ritjP,,; in the experimental spectra seeri to
magic or near-mag:.c nucaoi. %jzi
MSOCIATION: None
SUBMITTED: Mpr64 EMCLt 00-
____00277
Card 2/2

L 1 16 S. 01 - 6 -2 E -:1 1) ( tFt- ST,
A CC --- SS I ON N' PAP 7'r'rCjr- 3 46 S1/0056/C-4/W/(-1()5 //I
P74/1 9_76
AUTHOR: Baz', A. 1.
TLE: EnergV LICY)en(i(MCC Off thC Ii fet hne Df quas i st,
sobRCE: Zhurnal eksperimental'noy i teoretiches'koy flziki, v. 47,
ao. 5, 1964, 1874-18.16
TOPIC T.NGS: particle scattering, resonance scattering, line shape,
..alf ii.fe, poteritial scattering
A G T R;,. (7,r It is shown that to determine the lifetime at the
quasi-
Stationary state of sonle particle whose scattering by some system
,~xhir),! t~ are5onance of known width located at a knovn) energv can
De determined as a function of the energy of the scattered- particle
by r,4o a'pproaches, one based on the work of E. Wigner (Pilys. Rev.
.". :~8, i45, 1955), yielding a lifetime plot with a Lorentz shape,
and the other based on a model consisting of a potential with a
Cord 1/2

L 16503-65
ACCESSION Nil: AP5000346
barrier, inEiide which a magnetic fteld is produced. The
same re-
sult is obtained in both apprcJ~ches. "I thank Ya. D.
Ze-I'dovich
for numerous di.%cussionB." Orig. art. has: 13 formulas.
ASSOCIATION: None
SUBMITTED: 14May64 ENCL: 00
SUB CODE: NP NR REP SOV: 000 O'A HER: 001
Card 2/2

I
BAZIP A.I.t ZOMMY VOPS
Effect of threshold 2eve2s on the shape of a pbotoneutron
"atr=.
Zhur. eksp. i teor. fix. 47 no.311041-1042 S 164. (MIR& 17:11)

n a
.;p rd In

i~e

tj

Ln-tar-WuCtory ren"arrics. 2. Ihe dineutrcn
. 3.
Ti-c
ciipratcn. 4.
TTW nt~-
n euta-_-T, rP -_,s Lx, ,-)f t_~ie leve 1
t or
S The
:-)f the alpha
Z)LIvta.Cj__. 0. L~a~_s in which V~
cmespr or
isotorpi-C spun

.,-olied. 7.

ss

SLID= 00
Z-,CL,-
00
SUB COX: UP
"R
MITHER
G54

ACC N& AP7011836
SOURCE COM UR/0367/66/004/006/1131/1133
AUTHORs Bast, Aal,-* -- Bast A, I*; Demin, V. Fe; Wstmin, 1. lo
ORGt none
TITIZz Exact calculation of deuteron elastic scattering and the
stripping reaction as a specific case of the three-body problem
SOURM Yadernays fisika. v. 4t, no. 6v 1966g 1131-1133
TOPIC TAGSs three body problem, elastic scattering, deuteron
scattering
SUB CODE: 20
ABSTRACT: The elastic scattering of a deuteron and the stripping
reaction in a rectangular field with one bound state (the ls-
level) have been calculated using the exact solution for a
specific case of the three-body problem. The deuteron kinetic
energy was chosen equal to 2.2 MeV, The obtained results are
compared with those of approximation methods., The authors thank
We P. Orevkov for his continuous interest In carrying out the
numerical
computationso Orig. art* has 211941ass I fonwis and 2 tables.
EBased
on authors@ Eng, Abstg jgPFS: 4094W

BAZIP Be# inshe
Tables for making waaulations for centrany
and flexible slamentso Ikidematei koustre .,4
(ftsoast concrete)
compressed elements
no.6s4043 " 162.
(KM 15M)

BAZI. Borip DmilzIgesIch; VOLOSHC-IMKOO Z.N.0 red.;
KALISHEVSKAYA,
I.K., red,
(Normative pressure on a natural foundation; calculation
tables] Normativnoe davlenie na estestvennoe osnovanie;
tab.Litsy dlia rascheta. Kiev, Budivelfrkyk, 1965. 188 p.
(MIRA 18:7)

ACC NR'Am6ol8987 Monograph UR
Hilenin, Vladimir Girgorlyevich; -Baz' Grigofty Averkovich;
Bulybenkoj
Viktor YUrlyevich; Muromtaevi Vladimir
Pavlovich; flainkinj Aleksandr Nikolayevichj Tregubs Iosif
Konstantino4ich
Principles of,pul8e techniques (Osnovy impul'snoy tekhniki)
Moscow$
Voyenizdat M-va obore ssm$ 1966. 389 pa illu8s, biblio, 45,000
.copies printed.
.TOPIC TAGS: pulse coding,, pulse counter,, pulse generator,
pulse
shaper, logic circuit, tunnel diode
PURPOSE AND COVEIRAOEs This Is a textbook on pulse toohnology
for,
students attending military schools of higher education.
Circuits
and methods employed in numerous fields of radio electronics
are
described and analyzed. In addition to the usual problems of
pulse
technology, comparatively novel problemarelated to computer
technol
and the use of semiconductor devices are covered.-Emphasis Is
plac
on the physical aspect of the phenomena.
TABLES OF CONTENTS:
Introduction -- 3

ACC NR'Am60l8987
Section I. Pulse Shaping
Ch. I. Pulse Shaping by Means of Linear Electrical Circuits -- 5
1. Electric pulses and their characteristics ~_ 5
2. Brief information on linear electrical circuits -- 10
3,' Differentiating circuits -- 15
4, Integrating circuits -- 31
5. Shaping lines --'35
6. Stages with an impact excitation circuit -- 52
Ch. 1I. Pulse Shaping by Means of Nonlinear Electrical Circuits
61
1. Nonlinear circuits'and their characteristics -- 61
2. General information on amplitude limiters - 63
3. Diode limiters -- 67
4. Limiters-amplifers -- 72
5. Effect of separation-capacitor voltage on limiting level
(quiescent point creep) - 79'
Section II,
Ch. III. Multivibratorb -- 84
Card
Pulse Generation

ACC NRI A!46018987
1. General information on relaxation oscillation generators -- 84
2. Multivibrator characteristics -- 87
3. Physical processes in multivibrators .- 88
4. Dependence of pulse shapes and multivibrator oscillation
periods
on circuit parameters -- 93 %
5. Frequency stability of multivibrator oscillations and methods
of
improving it -- 99
Ch.. IV. Blocking Oscillators -- 10
I.- General information -- 103
2. Basic equations of a blocking osicllator -- 105
3. Dynamlo characteristics of blocing oscillator-currents 107
4. Conditions for self-excitation of blocking oscillators 110
5. Physical processes in a blocking oscillator
6. Blocking osci-Ilator pulse parameters -- 120
7. Practical circuits of blocking oscillators -- 125
8. Special features of blocking oscillator operation during the
generation of nanosecond pulses -- 132
Ch. V* Trigger Cit!cults 135
1. General inforimation 135
2. RC trigger circuit with cathode coupling 135

ACC NR, AM6018987
To Sawtooth voltage generators -- 262
Section III, Pulse Control
Ch. VIII. Pulse Frequency Dividers -- 278
1. General information and principles of operation 278
2. Stability conditions for frequency division operation 281
3. Frequency dividers using relaxation oscillation generators with
external triggering -- 204
4. Step-by~-step frequency divider,,-- 288
Ch. IX. Pulse Counters -- 293
le General Information-on pulse counters -- 293
2. Number systems -- 294
3. Pulse counters using trigger cells __ 296
4. Pulse counters using ferrites 303
5. Substracting and reversible counters - 314
6. Counters with through carry - 316
7. Pulse abunters using.decatron; - 318
8. Pulse repetition frequency meters -- 323-
Ch. X. 'Digital Computer Circuits - 326
Card 5/6

ACC NR, AM6018987
1. Logical circuits ~26
2* Dynamic triggers 3z'.-5
3. Circuits using tran8fluxors 354
4, Circuits using tunnel diodes 360
Ch. XI. Pulse Time Delay 364
1. ' Genera~ information 364
2. Pulse dolay by meant of lines 367
3. Delay by means of electronic circuits 378
Bibliography - 386
SUB CODE: 09/ SUBM DATE-.-2lJan66/ ORIG REFt'042/ OTH REP: 002/
cord 6/6

BAZ', Grigorly Averkovich; XUROUTM. demwdly Petrovich;
RAIN=.
Ump 1081f lonstantinovich; TSIKUNOrt
Kirill Andreyeviche IiIalwAl ucbmatiye.IMYXMOP T.YU'.
NILMM, T Go, doteenit kan4.tekhn.rAukq red*; P40DG=To
Role*
red,-. XURNCRA, AX, tekbn.red.
[Calculation of page systess] Rasobet iwpullsnykh Ohan.
Pad
red, T.O.Nilenina, Moskva, Toen.isd-vo N-ve obor.SM,
1960o
237 p. (XW 13:5)

BAZI Grigorly Averkovich; 14UROMTSEV, Gennadiy
Petrovich; RAINKIN,
ile5aandr Vikolayevich; TREGUB, Iooif
Konstantinovichj
TSIKUNOV, Kirill Amdroyevich; Prinimal uchaotiye
BULYMMKO.,
V.Yu.,- HILENIN, V.G.,, doto.,, kand. tekbn.
maukq red.;
PODGTJZOV, M.I.,, red.; MMIIKOVI, A.N.9 tekbn.
red,
[Design of pulse networks] Raschat impul'&TWkh
skhem. (By]
G.A.Bal I. dr. Izd.2., doo. i perer. Hoskvas,
Voen. izd-va
M-va obor. SSSR, 1962. 267 Po (MBA 15:3)
(Pulse oircuitB)

fod", i-5.
BkZ'.q I.S. Iatochniki voennogo mogushchestva Savetskogo
Soiusa. Moakva,, Voen. izd-vO.
1947. 3.15 P.
DWt D742.R8B3
SOt L.C., Soviet Geograpby,, Pwt Is 1951,, Uncl*

BAlf, I.$.. polkovnilc
Soviet milit&27 science on the nature of modern warfare,
Voene vast@
38 no. 6:19-29 Je t59. WRA 11:7)
(war)
(Military art and science)

SKIMV, Kikholl Vasillyevich; US', I.S.: ZLMXDV, I.L.
nauchnyy red.
(on Soviet Allitary solenoel 0 sovetakoi voennoi
nauke. Noskya.
Toon.isd-yo, 1960, 333 P. JKIPA 13811)
(Kilitary art and scienos)

S/
AN4037183 BOOK EXPLOITATION.
Kozlove Svyatoslav Nikolayevich;*Smirnov, Mikhail. Vasil'yovichl,
Base.
Ivan Stapan*vLchl SLdorove Petr.AleksandrovLch W.,
J~d Soviet military science (0 sovetskoy voyantioy nauke)p 2d rev.
and sale
ad, Moscow, Voyanizdat M-vo obor. SSSR,-1964. 403 p. bibllo*
15#000 copies printed,
TOPIC TAGSt Soviit military sciences Soviet military theory, nuclear
weapons$ modern vaitare
PURPOSE AND-COVERAGEt The book is intended for officsis of the Soviet
Army and Navy, and for civilian'readere Interested In military
'service*'!
*The development of military theory and the principles of modern
warf.-I
V
fare ore presented and the decisive Importance of racketa;snA
nuclear,"
was ono to explained. The effect of the decisions of the 22od ' P arty
p
Congress and the Party..Program on the Soviet theory of war Is also
discussed* No personalities are mentioned* There are no reference
TAILIC OT CONT19ITS t
carcr 4~4&

UZ 1, L.G.
Biology and morphology of representatives of the genus
Microtendipes,
Inhabiting the water-supply canal of Ucha Reservoir. Trudy
Gldrobiol.
ob-va 9:74-84 159* (Km 12tg)
L-lafears. zoologl~ beeposvonocbnykh Moskovskoge,
g6sudarstrennoge
,;;iversitets.
(Ucha Reservoir-ChIronomidas)