SCIENTIFIC ABSTRACT BASS, F.G. - BASS, M.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000203910020-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

S/185/62/007/004/012/018
Influence of regions... D407/D301
scalar wave equation for a field Y in a medium with fluctuating
permittivity is
AY + k 2 (& (z) + 8 F (XIYIZ)) 0 (2)
where 8e (x,y,z) is the permittivity fluctuation. The problem
is solved by the method of successive approximations, setting
'Y = YO + Y l , (3)
where Avo is the solution of Eq. (2) for 0. The case
is considered of a finite Jump in permittivity. The boundary
condition
ik E (0)
+ Y (8)
2 k2 ~2
Card 2/6

S/185/62/007/004/012/018
Influence of regions... D407/D301
is set up. The solutions for the wave equation are obtained.
The intensity of the scattered radiation is expressed by the
formula CO 00
C
2 k2 1 R1,212 dz 0( 1/2
(C>O) 2p ( oo) = ) W - PZ101 PZ z dPZ
P (Z) P(Z)
0
(10)
where R 192 are reflection coefficients, r - r', and W
is the correlation function for the permittivity fluctuations.
Further, the scattering of electromagnetic waves in the
presence
of a turning point is considered. The boundary conditions are
chosen in such a way that the,field vanishes exponentially for
Z-1, - 00 , and that it passes into a wave which propagates to
the right for z-4 + m . With z----,oo, the solution of the
Card 3/6

Influence of regions...
S/185/62/007/004/012/018
D407/D301
inhomogeneities only. Further, Maxwell's equation for the i-th
component of the electric field E is considered in the
perturbation-theory approximation, viz.:
~ IE 2 26F E
A Ei + Ez + k E Ei k 01
-) xi dz
C
C
(EOV~E
X,
where the subscript 0 denotes the field with 86 0. From
Eq. (18) it is evident that with & = 0 the coefficients, as
well as the right-hand side of the equation, become infinite.
The infinite value of the scattered field is the result of ne-
glecting nonlinear effects and extinction. There are 7
Card 5/6

hilig
S/056/62 043/CO4/045/o6i
B125/ 18~
AUTHCRS: Bass, F. G., Blank-, A. Ya.
TITLE: Theory of transformation and scattering of waves from
fluctuations in a plasma
PERIODICAL: Zhurnal eksperiment4l'noy i teoreticheskoy fiziki,
v- 43,
no. 400), 1962, 1479-1488
TEXT: The scattering and transformation of different types of
waves in a
non-isothermal plasma xesulting from interaction with the thermal
fluctuations are inveali&ated. When T > Ti,.four types of normal
waves
ate possible in a non-*sothermal plasma, which can eiiher be
scattered or
G~
b
F;;transformed into another type. The number of transformations
possible
in this case is limited by the conservation of energy and
momentum. T e
and Ti are the electron and ion temperatures in ev. WO and ~0, or
d!and Z, are the frequency and wave vector of the incident or
outgoing
wave respectively. When a transverse wave is scattered from a
longitudinal waves the scattering equation of the longitudinal
wave reads
Card 1/4

S/056 62~043/004/045/o6i
Theory of transformation and BI X18
as (L3 - 6) )2 2 + s2(~_Z )2 The symbols are defined in the work
of
0 e e 0
jL. 1. Akhiyezer et al. (Zhl-'TP, 33, 750, 1957). Scattering
from a
longitudinal wave transforms a longitudinal wave into a
transverse wave.
Waves cannot be scattered by other waves with the same
dispersion law*
Transverse waves having frequencies below 2 e cannot be
propagated in a
plasma. The transformations discussed here are caused by the
spatial
dispersion; therofore the present problem'is investigated in
kinetic
approximation. The interaction of the waves necessitates the
following
correction to the equilibrium distribution function:
Ft((oo, k')/Op+F.(w. kI)df,(we, ko)/4 (20).
/3 (k, to - ky + I/v
The spectral correlation function is expressed in terms of
correlators
between the distribution function and the field fluctuations.
The final
expression for the spectral intensity of electromagnetic wave
emission when
longitudinal waves are scattered from transverse waves is
Card 2/4
i

S/056/62 43/004/045/c6i
Theory of transformation and ... B125/BIUO
1 61 (kn) (0
' I E~ JIW, I ((o - 0.) 0 ~~ 0 x
V lft~ W2 CI
x (61A nink) ncgno. (6p, - n;n' ) r,,~rt,
+ (33).
k k'
no n= p n' = 1r;
ke
(000 a,) we 14 (400 -.0)s - 4 0,2-OSIO) ef- (4- may + emkO08)]
2 (wso - as cost 0)
A similar formula holds for the scattering of longitudinal and
transverse
-'waves from transverse waves. Effective fluctuations can also be
caused by
Card 3/4

S/05 62~043/004/045/W
The6ry of transformation and ... B125Y.918
turbulence in the plasma.
ASSOCIATION: Institut radiofiziki i elektroniki Akademii nauk
Ukrainskoy SSR (Institute of Radio Physics and Electronics
of the Academy of Sciences of the Ukrainskaya, SSR),
SUBMITTED; May 3, 1962
Card 4/4

BASS, F.G.; Mi.. A.V.
k , -1,111,
Spatial correlation of the fluctuations of waves
propagating
in an infinite turbulent medium. Akust. shur. 9
no.3:283-290
163o (MM 16:8)
L Institut radiofizW i elaktroniki AN UkrSSR,
Mzrlkov.
(sound waves)

BAW, F.G.; BIAM, A.Ya.; KAGANOV, M.I.
Galvanomagnstic phenomena in a variable
electromagnetic field.
Zhur. eksp. I, teor. fiz. 45 no.4:1083,.1086 0 163.
(MIRA 16:11)
1. Institut radiofiziki i elektroniki AN UkrSSR i
Fiziko-tokh-
nicheskiy institut AN UkrSSR.

6Z42- pt-if)/Pi-4 IJP(c)/
L 1 65
ME
(c)/ESD(t)/ESD(,Tn)/c-~SD/PFt',L/.~~SD(a)-r,/AS(r-.p)-2/AFMD(C)/AFETR/
R,~EM(a)
GG
ACCESSION NR-- AP5001)654 6/0181/64/006/012/3577/3684
AUTHOR: Bass, F. G.- Gredeskul S. A.;_N_4gapov M I. t
TITLE: Interaction betiveen charged particles and a piezodielectric
SOURCE: Fizika tverdogo tela, v. 6, no. 12, 1964, 3577-3584
TOPIC 7AGS: piezoelectric crystal, dieleotric crystal, charged
particle interaction,
Cerenkov radiation, acoustic radiation
ABSTYL-kCT: The authors consider the passage of a single particle and
of a compensated
beam through a piezodielectric, which for simplicity is assumed to be
isotropic in its
el:i~tlc ind oloctric proj~ortlvs. From the coupled system of
equations of elasticity
3CVOUnt Of ,,iscosity) and electrostatics they calculate the acoustic
Cerenkov
radiation produced by a particle traveling along the axis of a
piezodielectric, and the
coherent interaction of the compensated beam of charged particles
with a piezodielectric.
Since direct passage of the particles through the piezodielectric is
not realizable, the
Card 1/2

ACCESSION NR.- AP5000654
authors consider the minimum channel that can be out through the
dielectric and for
which the resultant equations are still valid. It is also indicated
in a postscript that
the f esults agree with a recent article by Tsu (J. Appl - Phys - v.
35, 12 5, 1964).
Orig. art. has: 4 figures and 21 formulas.
ASSOUNTION: Institut j adlofiziki I elektroniki AN UkrSSR (Institute
of Radiophysics and
Electronics AN UkrSSR): Khar~kovskiy L--3sudaratYenny*y universitet
(Kh=`kwv State-
UniverR!tjh Fiziko-tekhnicheskiy.inatitut AN UkrSSP, Khar1kov
(physicotechnical
stitLie AN UkrSS
SUBMITTED.. 28May64 ANCU 00
Sug CODE: SS NP NR REj? SOV. 006 OTHER: 60"3
Card P 2/2

L 1349 ENT (I )/BVG(k)/EPA(sp)-2/4PA(w).~2/EEC (t)/T/EEC(b)_2/EWA(m)
-2 Po-4/
P1 -4/ P~z Pab-10 I JP (C )145 (0p) -t/ARID(t )/A~`D (a ) -51RA0,11
(a )/ESD (dp)/F-SD(gs )/ESV (t)
AT
ACCESSION NR: AP4047900 S/0056/64/047/004/1322/1341
AUTHOR: Bass, F. G.
TITLE: Kinetic theory of propagation of strong electrw-Aagnetic
,waves in semiconductors and in a plasma_~\
SOURC&:- * Zhurnal ekeperimental Inoy i- teoretichookoy fiziki, 470--
,no. 4, 1964, 1322-1341
TOPIC TAGS; electromagnetic wave propagation, kinetic equation,
dielectric constant, plasma resonance, cyclotron resonance
ABSTRACT: The effect of the heating of electrons in a plasma. and in
semiconductors by an electromagnetic field and of the associated
nonlinearity, on the propagation of the electromagnetic field is
considered with allowance for the influence of an external magnetic
fiel6. The only hitherto published article dealing with this subject
AA. V. Gurevich, Radiotekhn. i elektron. v. 3, 704, 1956) was con-
Lc_and v3

LLU04.~W
:ACCESSION NR: AP4047900
.fined to conditions prQvailing inthe ionosphere, disregarded the
ex-4!..
was based under the assumption that the
ternal magnetic field, and
electron gas'filled a layer with smoothly varying properties. In
the present,.arti-cle the ca=iers- are.assumed to fill a half-space,
7in accord with experimental conditions prevailing for semiconductors
and =-lasma under laboratory conditions. The kinetic equation and
the dielectric tensor are derived, and the character of the field
attenuation in the medium is considered both off-resonance, when the
nonlinearity of the MaxwelVs equations is small, and in the case
of magnetic-plasma and cyclotron resonances, when the nonlinearity
is strong. The dependence of the surface impedance on the amplitude
and frequency of the incident electromagnetic field and on the ex-
ternal constant magnetic field are determined. Comparison shows that
in --the-linear- -theory--thu -field __ attenuates-- with depth-
exponentia1_ly_----------!
and~the, phase.is a.linear function of the coordinate,-so that the
phase velocity is independent of the time. In the nonlinear theory
off resonance, the phase is-likewise linear in the coordinate, but
Cord 2/3

~L 13494-65
ACCESSION NR: AP4047900
the field attenuates in accordance with a power law. In the pre-
sence of resonance in the nonlinear theory, the field attenuates
wit'h increasing coordinate in accordance with a power law, and the
.phase has a complicated logarithmic dependence, making the phase
velocity an exponential function. "The author thanks M. 1. Kaganov
.and M. Ya. Azbel' for discussions." Orig. art. has: 2 figures and
67 formulas.
!ASSOCIATION: Institut radiofiziki i elektroniki Akademii nauk
UkrS&R-Qnstitute of Radigpbysics and Electronics, Academy of
Sciences,UkrSSR)
StMMITTEDs 27Feb64 ENCL: 00

ACMSION NR: Ap5oo6o34 s/ o14i/6-14/oc7/oo6/-u-qF,/ 498
AUMOR: Bass. F.- G. -Khankina. S. 1.
TT'.P.7Y- CvArlbution to nonlinear tbeor-y of qUerq=n-etic
waves ".n semiconduct-
ors and im a plama
SOURCE: Irizz. Radionzika, Y. 7, no. 6, 1964, uq~-i-,98
TOPIC TAGS: elect:,amagnetic waye propagation, nonlinew-
tbeor;, Flmnlconducto*r
wwve pi-opagut ion, i;"=L wwe inte-ra-c-ti-n., caxTler
~enLity,
ABS7WT-1 An earlier stvdy of the propAgu-tion and absorption
of atror~_g electro-
a-rA ir3 a -,!,~,Fm" (R-ass, LtFTF v
k-rA -R:Driance im tne of e-1-It-inc. &Dd hcnle~- wttlh
i r ", -?e i fl n'q Fumen '~ D:- e:a -I
-;7)rvA;;r- c-,r r-ic. riw~-
rur thr~ wnv'~' '%mPlItudt, tbe carrlltr t~-rqpersV-re, wrid
the c&rrie.-
tt!.-o-'eratur~ for tbe thr-.4: cai~---B acnzidere-a abow-
a--,. 1a&
Cwd 1/2

ASSOCIATION: Institut RwA'vofi2ikl i alektraniM AB UkrMP (Inativult
of R&dicz
___Fb-ralcs ead Mectro-mics Al; UkrSBP)
smc= , o&kpr64 MiCLs 00 MB CODE sa, n
M M7 BOV. 003 OMM: 000
!Card 2/2

, 13-h", F G - KIIANUN~ P j. J..
Nonlinear theory of electromagnetic waves in semicona-actors and
in a plasm. Izv. vys. ucheb. zav.; radiofiz. 7 no.6:1-195,-1198
164. 04HU 18:3)
1. Institut radlofiziki- i elektroniki AN UrSSR.

BASSY F.G. __ _
Kinetic theory of the propagation of strong
electromagnetic vavex
in semiconductors and in a plasma, Zhur. eksp. i
teor. fiz. 47 no.
4:1322-1341 0 164. (HIRA 18:1)
1. Institut radiofiziki i elektroniki AN UkrSSR.

AUMR I Base
-emr-rent abaruteristics with4"'
negati" differo&ial condulctivitY, and runavay elev,,troas
MT-PCIR, Zhurr-p-i I teoreticheskM fizLkl. Y. 48, no. 1, 1~ts.
27 5 -289
galvancmagpetle 4"ect, differential conduAlvity. neg-netive reaist-
race, iWixity scattering, phonon scattering
ABSTRACTi The deTeenden-ce of conductivity in semiconductors on the
external elec-
O~L-We'-
r~~! t i Dn-" an'-- of rM.1' qCIr)e7e-
on I. !--iz V-fln F.
Ell
tne rcr'

L
ACC'MSIOV NR. 1 AP50N4-1~
equivUent to s=e dagree to the so-called elemmtary Vxeory, widely
used in the
st'14 of nonlineaf prapa6uti= of clectrcm-nutettc waves im the
Ionosphere. A.,.
",-mtlan le derlvpd fnr I~he offectiv- gnz, 17,
"I f f~
AS,90CIATIOR iInatitut radiofizikl I eIer'roa-IY-I kzad4tm:~!
nauk Ukrm-
f f, 13AI OphCY E' ~LdK Oni ": g , A - f S SR.
SUB
NR IW SOVt 013 OMMu OD3
COF6 2/2

_V.00346-66 - EWT At
UR/00
ACCESSION _.WR I AP50=h9 56/65/049/001/0329/0334
t
AUTHOR;,, Bass j F. 0 EpLV* Do
TITM: Qu"Ilinear tbeory:of.a weekly turbMjtat plasma vith ace wt of
correlationt
- : .
of the electric fields
v. h9 no.: 1 1965'.
S(XMCE I Mrarnal eksperimentaillney I teoreticheakoy fisiki$
329'33h
TOPIC TAGS x turbulent plasmas plasmabeaminteractlon, plasma
electron oscillaticne.:'!
"me electron temperature, plasma stability
ABSTRACT% Inasmuch as:the eideting quasilinear theory is based on,
the. premise that'd:.
the correlation time is Infiniteg the authors derive the equations,
for a tu~ulent
plasma with account of the influence of the finite time of
correlation of-tbe elee-
'tric microfields. This approach is shown to. be valid for a plasma
placed in an ex-~
ternal electric field whose phase and amplitude vary at randome-7he
model assumed
for the plasma Is that prolposed.by To He Stix (MATT-239 . Preprint
j 1964)# wherein .
the plasma consists of alternating regions in each of which the.
phus is fixed 9 but
the phasi* change- 8 from region to: region are random* The
particulae case considered:
is. that of a circularly polarized electromagnetic wave propagating
in the: direction
Card 1/2

L 58402-65
Acassiow KR: Ap5ol6ogg UR/0053/-65/086/.002/0189/02.30
538.3
OR: Laos, V. G.1 Yakovenko, V. M.
th
--Of- arge passing cally- irh
sion-or-A ph rough -an electH
mogeneous
medium
SOURCE., Uspekhi fizicheakikh nauk, v. 86 no. 2. 1965, 189-230
TOPIC TAGS: transition radi
Lation~linhcmogeneous m(!dium, charged particle, phase
velocity
ABSTRACT: The prresent comprehensive review paper (teals with radiation emitted
by
a charged particle passing through a dielectrically inhamogeneouB medium.
Althoug)
transition radiation was discovered by V. L. Ginsburg and I. M. Frank in 1946,
ac-
cording to the authors of the present paper this reviev is the first 3ystemat'Ac
ex-
positioD of the subject. The major topics covered in the p6per are as follows:
1) transition radiation of a charge passing through a bbundary betveeis two
media,
2) radiation of a charged particle passing throigh a moving boundtxy, 3)
transitioni
1
no-& res an dei
ult or-&-eb ct On a undarii
raikiation vith spatial dispersion of the dielectric constant taken into
account-;
15) radiation of a point Aarge-passing through a plate, 6) radiation of a
particle
112
bard--

L 58402-65
!ACCESSION NR: AP5'Ol6oq0
moving in a medium vith periodically yaryinnroperties, 7) radiation
of a partlele;'
Ifin a medium with fluctuating dielectric constant, and 8) radiation
of a particle in'.
~the Dresence of obstacles. The review is based an 131 papers, all
but 10 of vhich
were publAshed by Soviet scientists. (The actuall number of papers
listed in the
1,bibliography is 145; hovever, 14 of these deal vith propegation of
a charged particle
,parallel to a plane boundary-a variety of Cerenkov radiation-and
with emis.sidn of-
.a charged particle in a waveguide and are referred to but not
discussed in the re-
view.) Of the 10 Western papers, three American articles deal with
electromagnetic
radiation from thin films attributed to radiation of plasma
oscillations and plasmori
which according to the present authors Is well explained by the tran-
~sition radiation theory. Orig. art. has: 141 formulas.
ASSOCIATION: none
.SUBMITTED: 00 ENCL- '001. SUB CODE - Ntp
NO REF SOV: 133 01M.. 011 A19) PRESS: 404Z
i Cord 2/2"

__L -1-228o-66 _E_nfn(1)jT/EWA(h) IJF(c) -W/GG/AT-
ACC NRs AP5024713 SOURCE CODE: UR/0056/65/049/003/091)~/p 4
AUTHORS: Bass,-F. G Levinson. I. Bs
6 6
ORO: Institute of [Adi2bhxsjcs aw Elect f - nAq C.
my
UkrSSR.(Institut radiufiz1ki--i elektroniki Akademii na k UkrSSR)
U
_MsTlftute of Physics-'and' Mathematics.. Academy ot Sciences
Lithuanian'
SSR (Institut fiziki i matematiki Akademil nauk Litovakoy SSR)
g11 q41 S 15
ITITLEs- Cyclotron-phonon resonance~in semiconductors
SOURCE: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v.'49,-no.
3,0 1965, 914-924
TOPIC-TAGS: cyclotron resonance, magnetic resonance, absorption co-
efficient, phonon scattering, electron collision
AlEISTRAOT.- Cyclotroll-p-b2nop resonance is defined as resonance in
which
the transfer of electrons between different energy levels-is the result
of the simultaneous action of both nyolotronand magnetopbonon~resonance
so that the aboorption:of a*quantum of the high-frequency field is ac-
companied by simultaneous emission or absorption of a phonon. It is
assumed that the frequency is high, the magnetic field is strong and
tion
quantizing, and the phonon frequency is monochromatic if interae
takes place with long.-wave optical phonons. The absorption coefficient
Card 112.

Pn - "FIr 'P
6 4055-6 5 -4
=4 S S, .4
ACCESSION NR: AP501333 5 26--
_UR_hQ1Q9J6_5_/01010D5/-08 910 7,
621. 371. 165., 621. 396.96
P,
AUTHOR: Bass, F. G.; B11okh, P. V.; Fuks, 1. M. (b
TITLE: Statistical characteristics of a signal scattered by randomly
moving
Yeradiators located on a plane interface
SOURCE: Radietekhnika i elektronika, v. 10, no. 5. 1965, 859-867
TOPIC TAGS: millimeter wave, radiowave scatter
ABSTRACT: The scattering of radiowaves by vacillating reradiators
randomly
arranged in a flat high-absorption interface is theoretically
considered. At
variance with W. H. Peake's work (IBX- Nat. Conv. Rec. , 1959, 7, 1,
27), all
reradiators are approximated by plane perfect-conductance plates whose
characteristic dimensions considerably exceed the radiation
wavelength. The
.scattering capability of the interface is characterized by the
so-called "specific
differential effective scattering cross-section" which is a ratio of
the power
Czrd 112,

L 63,055-65
!ACCESSION NR:
AP5013339
scattered into a unit solid angle by a unit area of the interface to
the density of the
eaergy flux falling onto the interface. Formulas for calculating the
coherent
component of the scattered radiation are derived. 'rhe effect of the
anisotropy of
the reradiator conductance upon the mean-field polarization is
inveStigate(4.
Formulas for the dispersion index are developed for various
polarizatior28 of t~ic
transmitting and receiving antennas. The time correlation functions
and the
spectra of the incoherent component of scattered radiation, for
various modee,
are determinee. Orig. art. has: 5 figures and 48 formulas.
ASSOCIATION: none
SUBMITTED: 12Mar64
NO PLEF SOV; 0 0 3
ENCL: 00
OTHER. 004
SUB CODE: EC, DC
r-4 7 /7

-66 in (I)IZPA, P)
V
LIR/0.10.15POdf/di "760 30
AUTHOM
Bang F G, GrjdeWmLA,-&,.; 4&M
-Theoretical basis,for-the
TI TLEt use of 'a beam of charged particles tb amp
JLi;Z3~a In
SOURCE:' I no. 109 1965, 3090-3098
ITOPIC TAGS. _piezoelectric crystal,~ultrasonic.amplification.
disversion equat
authors -Aftdy.,,~de"abv-,ioun rid
d- iatibn from a uniformly charged:Ala-
in- i -,as in -a - 'ie
i0electric crystal. The'mechanism of ultrasonic am-..,
g n
lot stal ~ P~` a
lifi ion by the cry Ined 'and formulas are derived for the co~fflci~nt
p cat
tio
ultrasonic amplifica n by unf6cused'plasma beam moving in a slot in a
piezo-:,~-.~
electric crystal and in a flat waveguide'filled*with a piezoelectric
medium.',.Elimi-
j ion of the requirement for.a focused-beam,simplifies the
experimental condition
and brings, about some interesting effects Crystals ~ in the T~ class
are examined-6'
the assumption that they are-sotropic with respect:to. e Th
lastic properties. a'.
IMU
d may be used for calcUlating.radiation fr
lasiderive -om a cluster of charged pirtt
clesif the dimensions of'the cluster are c siderably.Aess'thana wave
Thee
length..,--
-Card-: IIZ--.

hM-66
ACCESSION NR,: APS025391
'-7. 'dispersion equation for a. beaafi of.,charged particles
moving',in a-slot-in.6
piezoelec;.
tric crystal depends owthe dielectric c6nstafit of the.,crystal due
to the fact that
the dielectric plasma wave'is'a s cen-
urface,wave.' The energy of the-wave is con
it-ra.
ted close tothe plasma tal'.interfar., therefore the dispersion
equation'
-crys 6 a
ill always dep nd on the cr-rstal"characteri d wave is
e stics~ The amplified soun
ropagated in a direction opposite~to thel'otidn' of the beam,
Orig'.;~art'.- has, 6
Igures, 37 formulas. 14)-
SOCIATION: Institut radiofiziki. I:: eleit;~8ntkt AN VkrSSRi
]Kharlko4 (Institute of,
._UkrSSR),-Khar_1
sidio Engineering and:Electron1c'6`.AN k~4skly -jokidarstve-nnyy -
univers 1' !
hayl lrr%u _rtnta 11"iVa"C24+10k Vh_,"f1ee%u
~.o
77'
:7
7~o,, Wt

F.G.,- GFUEDESKUL, S.A.; KAGANOV, M.1.
Theory of sound amplification In piezoelectric
subsLances by
a beam of chargod particles.' Piz. bver. tela 7
no.101,3090-
3098 0 165. (MIRA 18:11)
1. Institut radioftziki. i elektroniki AN 1haGSR,
Khar1kov,
Kharlkovokiy gosudarstvenny univprsiteti, Piz
lko-tekbn icheskiy
Institut AN UkrSSR, Khar1kov.

WC-CNR- AP6031445 SOURCE CODE: UR/0056/66/0511002/0536/0555
AUTHOR- Rasa. F. G-L., G-urevich. Yu. G.
"'A -
ORG: Institute of Radioplivaics- and Electronics- Acgdemy. of
SeienCes Mrainjan.-
S~R (Institut radiofiziki. t elektroniki Akademit nauk Ukrainskoy
SSR)
TTI-T~E: Nonlinear theory of wave propagation in semiconductors
SOURCE: Zhur eksper i teor fiz, v. 51, no. 2, 1966, 536-555
WiPIC TAGS: nonlinear theory, wave propagation, electron
temperature,
electromagnetic wave, electron gas, skin effect
ABSTRACT: The propagation of electromagnetic waves in a
semiconductor is
investigated in consideration of nonlinear effects due t neating up
of the e ectrons
bythefteld. Nonlinear anomalous and normal skin effects are
analyzed. The-
nature of field attenuation and the dependence of effective
electron temperatures on
-the frequency of the incident field and its amplitude are studied
for resonance and
nonresonance. It is shown that the effective temperature with
resonance exceeds
that with nonresonance. It is found that the attenuation depth of
the electron temper
ature in the anomalous case is greater and in the normal case is of
the same order
Card 112

A C NRt AP6031445
of magnitude as that of the attenuation depth of the field. The
dependence of the
surface impedance on the amplitude and frequency of the Incident
electromagnetic
field and the stationary magnetic field is found. The specific
interaction of electro-
magnetic waves due to heating of the electron gas is analyzed. It
is shown that the
propagation of small-amplitude waves may considerably change in
the presence of a
large amplitude wave. Orig. art. has: 83 formulas. [Based on
authors, abstract]
SUB CODE: 20/ SUBM DATE: 15Feb66/ ORIG REF:0081 OTH REF: 002/
Card 2/2

L22125-66 EwT(l) lip(c) ''Go.
926.' SOURCE COM uR/0056/66/050/001/0102/0111
Ace im: Ap6oo4
IV
AUTHOft: Bass F. G. hw*im s. I.; Yakovenkof V. M.
ow: institute of R%diopbyslas and jjggjrWSs., Acadew Of ScieW28#1MU
gag
(Institut radioflzikl e elektronUd Akademll nauk Ukraiuxkqy~ SSE)
TITLE: The low-frequency properties of a semiconductor plasm situated
in a con-;:
stant electric field
SOURCE: Murnal eksperlmentalluay I teorsticbeskay fizikip Ve 50) Doe
10 19"P
102-111
plasms, plasm conductivityp plasma beat ~di Sion
TOPIC TAGS: Semiconductor' Ing., sper
equation, electron collision., kinetic equation., electron
distributions '-distribution
function plasma wave, LF propagation, constant magnetic field,
electric field,
electro etic wave
ABSTRAM. In view of the fact that nonlinear effects begin to manifest
themselves
in semiconductors even in relatively week fieldas and lead to
phenomena of 'pract-i-
cal interest such as negative conductivity., interaction between
electranagnetic f
waves of different frequencies., and otherej, the authors ezudne
certain properties.-_
of low-frequency electLaqgDdic **a Prowtion associated with the
appearance
of electron beating as a result of negative dJLH=-*ntial
conductivity. on in.
LCurd .1/2

L 24104-66 &1T(1)/T.;_ Jip_(G)__,___GG/AT
_.ACC NR: AP6014610
BOURCE.CODE: uB/oW/66/003/009/035~/o361.~,..',,-,-
AUTHOR: Basal F. G.
ORrj:. - Institute of RadigWics and Electronics.. AcaderW of Sciences
SOB (Institut radiofiziki i' elektroniki Akademli nauk Ukrainakoy SSR)
zETLE-i A new.resonance connected vitb mutual dragging of electrons
and phonons
SOURCE: Zhurnal eksperimentallnoy~i teoreticbeskoy fiziki. Pis'ma v
redaktgiyu.
Prilozbehiyep Y. 3p no. 9,p 2Wj 357-361,
TOPIC TAGS: electron interactionv.pbonon interaction,, kinetic
equationp distribu- j
tion function, uhf vave propagation, cyclotron-resonancep
semiconductor carrier
ZI!
ABS7RACT: The author analyzea,the mutual gggg of Alentrgna and
#feet of
74 vhonons on the propagation of electftmagnetic vayes in semimetals
and dege-ne-r-a-te
semiconductors situated in an external magnetic field. The field is
assumed weak,
and spatial.dispersion is neglected.. A set of kinetle equations is
derived for-
the electron distribution functions by means of procedure used by Lo
E. Gurevicb 1
-856.
and L Ya. Kormt1it (Fn Y -.6.. 196k)., assuming the
eiectron~-phonon'scattering
to be e1witic. From an analysis of the expression for the current
obtained from
these distribution-functions-it foLlaws that at sufficiently high
frequencies the
i Card
V2

ACC NRi AM030979
SOMCS CONS 6&/dc6jdo9/2?0
AUTAHOM Bassp F. G.; Yakovonko,, V. 1-4
CRG3 Instituto of Radi2physiqs and Eloctronioss M__UkrS5R,
Xh~rkov (Institut radio-
fitiki i eloktroniki X~ UkrSSh-)-
T =11 Rdsonanco amplification of associatod oloctromannatio and
sound waves bV
ZECT-5-cm __UK_rS__
electron ch-ift in gomiconduct ors Imo
SOURCEI Fizika tvordogo tol&#.V, 8v no. 9,1966# 2793-2795
TOPIC TAGS1 electromagnetic wavep sound waveg electron
ABSMICT: In the presence of _ojogtro drift-v arising in
semiconductors and somi-
motals in a constant aloctrie.field, a resonance amplification
of associated waves
(Whichare produced by the interaction of woak37 damped
eloctromagnoticoscinations
is possible, The physics. of this phenomenon is describod. The
following dispersion
relation is deriveds
in kv (iv =t- oil)] (.2 - kl,;)X
P
k3l
,2, :P .kv $'V 4-
Solution of W by successivi approximations yields two
independent equations

L 06262-67
ACC NRi --D663-0-9-79'
Oct
kv -4- Ot
(2)
:t ks.
The first is a dispersion 'equation for.olectromagnotic wavest the
second a disporsion~
equation for sound. In a resonance into ractions the frequencies and
wave vector's of
both waves coincide; the corresponding branches of the oscillations and
resonance
points are shown in Fig. I As an exa!Vle, the interaction of the
electromagnetic
wave (1) W = kV -(4 k2c2/Zt with the sonic branch o = ks is considered.
The case
Vnere the frequency of the sound wave does not coincide with the
frequency of the
electromagnetic wave (nonresonanpe, case) is also discussed. Authors
thank S. A. Kaner
for discussing the-results"and for his coments. Orig. art. has 1 .1
figure -4~Ai- 7
formwlas.
.14
2/-3

ACC NAt ~?603*79
Fig. 1. D3pendonco of t~o fro-
quency on tho wavo vector'for sow-&,
wd elootromagnatio wavos in tho
presence-of electron drift*v>a.
.SUB C012i 20/ SUBK DAIM' 02Apr661~'_ MM RZF% 002/ Orif RM 004
Cftrd 'Ah -24V
as

BASSy Ges kand.teldm,nauk
1%
Water,disoharge in the flushing of rapid filters. MLU*4=.
khoa. 11 no.7:24-25 JI 161. (MM 14:7)
(Water-Purification),

69481
S/055/59/000/05/014/020
AUTHORSs Bass G. ., Koutyuchenko, A. 0.
Y' Ko
Gj
TITLE: 'On the Prinef-pple of the Limit Amplitude
PERIODICAL: Vestnik Moskovskogo universiteta. Seriya matematiki,
mekhaniki, astronomii, fiziki, khimmi, 1959, No. 5,
pp. 153-164
TEXT: Let the-Cauchy Problem
(2) V + L (.:L a V f (x) 8
I C40
w(mi) . 0
(3) V(x, 0) = J~ -t
be considered, where x - (X x L(-Lt a positive operator
n %X
(L(s) k 0 for real s), f(x I finite and sufficiently smooth
functionj
let LGS) be a homogeneous polynomial of degree 2m.
Theorem 1; Let n >2m. Then in every finite domain there exists uni-
formly with respect to x the boundary value
_'wt
lim V*(x,t)e U(x),
Card 1/2

69481
S/0554/59/000/05/014/020
On the Principle'of the Limit Amplitude
where u(x) is the solution of the equation,
Lu - w2u . -f(x).
(1~iinciple of the limit amplitude).
Another possibility of determining the solution of (1) shows the
principle of the limit absorption (see (Ref-1,3)). For this
purpose
the authors consider the equation Lu -)~u = -f(x), where w + ie,
Im w = 0, and prove that lim R),exists, where R is the unique
resolvent. %-4. 0
J. G. tetrovskiy is mentioned in the paper.
There are 7 Soviet references.
SUBMITTED: JulY 3, 1958
Card 2/2

BASS. G. M., Nngineer
"Determination of the Intensity of Rated Rainfall in Designing
Storm
Sever Pipes. 0 Sub 13 Deo 47, Moscow Order of the Labor Red
Banner Construction
Ingineering Inst Imeni V. V. Kuybyshev
Dissertations presented for degrees in science and engineering
in Moscow
in 1947
SO: Sum No. 457, 18 Apr 55

BASS. G.14.. dotoerit, kandidat tekhnichoskikh ntAik.
(Industrial sewer systems) Nanalizatsionnaia set'
prorwablenufth predpriia-
W. Koskva, Goo.izd-vo lit-rv po stroitel'styu. i
arkhitektare, 1953. 139 P.
(MUU 6:8)
(Sewerage)

___ -BASS -9-G.-M.-Odes a&)-- - - ---
"WOMMMI r6
On the water Impermeability of sewage pipes placed below the
ground water love;, Yod, I M, takb- no-70-3i Jl 156.
(MMA 9: 10)
(sewer pipe)

BASS, Grigoriy Mandelevich, kand. tekho. nauk..- R27 ICAMO.
I..red..
ZILMOVA, To., t ekha. red.
LConstruction of water-supply and newer systems; organization and
operational Soorushsnis Yodoproyodnykh i kanalizatsionnykh astai;
organizataila i proisvodetye ra'bot. liev, Gee. izd-vo lit-ry pa
stroit. i arkhit. USSR. 1958. 19? p. (KIRA 11:12)
(Vater-supply onlineering)
(sewerage

AA '
BASS. _~,,!~!nd.takhn.nauk
W"4WAM"M 1- -
Kethods of protecting sower systems from pollution witb gases.
Zbil.-kom. kbos. 8 no. M5-16 158. (MIRA 11:8)
(Sewage--Purification)
(Gases-Aspbyziating ani. poisonous)

BASS. G.M. (Odessa)
..............
Use of mdcrostrainers in water works of Zngland.
Vod.1 san.
takh. no.9:34-36 S 159. (MIRA 12:12)
(Great Britain-Vater-Ilurification)
(7iltere and filtration)

BASS,_.Ij. ; IIIKOIAYBY, N.V. (Odessa)
Reducing the cost of purification vorks in
vater-suppl3r systems.
Vod. i san. tekh. no.11:22-24 X 159. 1 . (MITJA IJ:3)
(Piltere and filtration)

ZHIU) V-P-j, k"o- tokhn. nauk, Prin'sopli uchastiye: BAW, -G.S.,
inzh.;
YOROBITEV., 1.1.3, kand. tokbn. nsuki TELISAVITSKIY, A.G., inzh.j
PAVWVA, M.A., at. in9h.j.SM=B=p S.Asp doktor tekbn. usuk;
LUKIYANOV3, A.K... red.; VINTOROVA, Z.N.p tekbu. nauk
(Units and mechanisms of machine tools; survey of foreign design]
Uz3y i mekbani2xV metalloresbusbabAb staukov) obaor zarubesbmykb
konstruktaiio Moskva., TSentre in-t =obno-tekbno Wormatoii,
1961. 53 P* (min 34: n)
(Maebine tools-Design and construction)

ITIBERG~, N.Ta.; YELISAVEETSKIY, A.G.; BASS, G.S.
Diak-type friction clutches with remote control. Stani in3tro.
33 no.9:30-38 S 162. (MIRA 15:9)
(clutches (machinery))

BASS# I.A.- ILITASKWO, B.N.
-L=:U-z
Reproduction of pbage In calls of penicillin-treated
Ischericibla, coll,
Mikrobiologiia 28 no.5t?30-735 S-0 159. (KMA '13:2)
1, Iustitut bIofIsIkI AN SSSR i Institut epidemiologii t
mikrobiologii
In. N.Y. Gamleya ANN SSSR.
(ISHC M ICHIA COLI pharzacol.)
(PMCILLIN pbarmool.)
(BACMIOPHAGA)

17 (2)

AUTHORS:
Bass, 1. A., Broker, T. I., Golldfarb, D. M.,
SOV/20-129-6-61/69
-
Ill
orTWORM
k
N
M
h
B

.
G
M.
en
yas
op
.,
.9
i

Nankina, V. P., Khesin, R. B.
TITLE:
Infectious Properties of Injured
Phages
PERIODICAL:
Doklady Akademii nauk SSSRI 1959, Vol 129, Nr 61 PP
1421 - 1423

(USSR)
ABSTRACT:
D. Fraser and co-workers (Ref 12) concluded
from their investiga-

tions that the infectious activity of the
destroyed preparations

of phage T2 is related to the desoxyribonucleic
acid (DNA) which

was liberated from the protein covers of the phage
particles by

the effect of urea. The results obtained by the authors,
how-

everp were rather divergent. Therefore, they thoroughly
investi-~,

gated the preparations formed from bacteriophages by
treatment

with urea. The following dysentery phages were used; T4rt DN

(isolated from the soil by T. H. Broker), and N-2 (obtained by

F. 1.
Yershov, 2-y Moskovskiy gosudaretvennyy meditainakiy

institut, Second
Moscow State Medical Institute), The offeot of

the phages was tested
on protoplasts (bacteria without cell

walls)# The authors obtained
them from cells of the following
Card 1/4
bacterial strains by means of
lysozyme according to R. Repaske

Infectious Properties of Injured Phages
SOV/20-129-6-61/69
Ref 13); E- coli B (sensitive to phage T4r and DM); E. coli 600
resistant to all three phagee mentioned); and Sh. dys. New-
~
castle (obtained by F. 1. Yershov, sensitive to N-2). Suspen-
sions of phagesp concentrated'to 10 12 particles in 1 ml, were
treated with an 8 X urea solution. Thereafterf the action of
phages on intact cells was completely eliminated. They showed
an activity of 0.00001 to 0.001~ on protoplasts. This effect
concerns bacteria strains sensitive to phages as well as those.-
resistant to phages. Thus, this remaining activity cannot be
due to the preservation of a few phage particles. Further ex--
periments showed that the above residual infectivity is not re-
lated to the free DNA which has left the virne particles. Thust
It could be assumed that only the part of the DITA is active
which is protected against the used desoxyribonuclease by other
components of the phage (probably by proteins). In order to
check this assumption, the proteins were separated from the pre-
parations by phenol or chlorqform. The preparations were com-
pletely inactivated in spite of the proved extensive separation
Card 2/4 of the proteins from the DNA. This proved again thatl
after

Infectious Properties of Injured Phages SOV/20-129-6-61/69
treatment with ureal infectious activity is not due to free
DNA. On the other hand, it has-been known that the protein com-
ponent isolated from the phage cannot cause phage reproduction
in the bacteria. The only assumption is that one complex of the
DNA with the protein has infectious activity. It was serologi-
cally proved that the proteins of the active complexes mention-
ed are similar to the antigenee of normal phage particles. The
transition of 80-90A of activity into the precipitate could be
achieved by centrifugation of virus preparations treated with
urea as well as by suspensions of intact phages. The electron
microscope showed that the above complex has corpuscular struc-
ture and that it is of about the same size as the intact phage.
Figures 1 and 2 show thatl apparentlyp urea destroys only the
distal parts of the processes. Thual the phage, particles become
incapable of depositing on normal bacteria. The inner part of
the process axis which consists of protein is uncovered by the
urea effect. Further experiments with trypsin, which destroyed
the uncovered part, brought about complete suppression of ac-
tivity. Thus, the protein in the axis of the phage particle is
necessary for the occurrence of the infectious activity of the
Card 3A preparationsmentioned. There are I figure and 13
references.

Infectious Properties of Injured Phagee SOV/20-129-6-61/69
ASSOCIATION: Institut biofitiki Akademii nauk SSSR (Institute of
Biophysics
of the Academy of Sciences, USSR). Institut epidemiologii i
mikrobiologii im. N, P. Gamaleya Akademii meditsinskikh
nauk SSSR (Institute of Epidemiology and Microbiology imeni
K. F. Gamaley of the Academy of Medical Sciences, USSR)
PRESENTED: June 10., 1959, by 1. L. Knunyants, Academician v
B'DWITTED: May 29, 1959
Card 4/4

BASS I.A.- BROKER T.N.,- GOLIDFARB.. D.M.,- GORLENKO..
Zh.M.-, n'YASHENKO,,
B.N.;. NANKINA, V.P.;. JqMSIM, R.B.
Signifimince of proteins for the-Anfeetivity of
beLoteriophages treated
with ure4.,.Bidkh4mJia 25 no.2060-367 Mr-Ap 160.' (MMA
1415)
1. Institut bioflaild Akademii nauk MR i Institut,
spidemiologii
i mikrobiologii im. N.F.Gamaloya Akidemli moditsinskikh
nauk SSSRI
Miskva.
(BACTERIOPHAGE) (UREL) (PROTEINS)

0DINTSOVA, H.S. Prinimali uchast1yes H&IJWVA# M.GO;
KOSAREVAi, Ye.A*
LA. translator]; BMMIAP R.M. (translator]; CNOZDBV#
V.A.
ans omdmjp GOP* Etranalatorl; GMUEVSKAYAs N.A.
-translator IWJMA0, Ye.B. Ltrauslator]; MILIMAN, L.S.
translator HIEWIDVAI, U.S. r I HMIDVAp IsMs
:* I ranalator]; SALIKOVA# Ye.P.
trans PIRMI Te.A t
trans SAXARDA# 0 P. [translator]; CHERTSGV# Yu.S.
trans to VETR(YVAj, I.B.j, red.izd-val DOROXHIRL;
ION.,, takhn.red.
-it
(Funottonal biochemistry of cell structureel symposium
21
Funktaionaltnaia biokbimiia kletochrWkh struktur;
simposium IL
1962. 324 p. (MIRA 16:1)
1. biternational Con&-ess of Biochemistry. 5thp
Hoscovp 1961.
(BIOCHMSM-40NGRESSESI

KHESIN, R.B.; GORLENKO, Zh.M.; SHRfMIN, M.F.1 A.A.
Relation between protein syntheais and the regulation
of the
formation of messender WA in the cells of Eschriohia
coli, B
during the development of T2-phage. Biokhimiia 28
no.6:10,70-1086
N;.-D 163 (MIRA 17:1)
1. Thstitute of Atomic &ergy, Moscow.

o1-7-1100
39233
S/218/62/027/003/005/005
1018/1218
AUTHOR: Shmerling, Zh. G. and Bass, 1. A.
TITLE: Amino acid activaai enzymes and transfer-rna in
Escharichia coli
PERIODICAL: Biokhimiya, v. 27, no. 3, 1962, 502-511
TEXT: The problem is whether E. cofi cells *infected with
T2phage retain their amino acid activating cn-
zymes and the transfer-RNA or whether the s-RNA formed prior
to phage infection is capable of binding
the activated amino acids. In the experiments, lysatcs of E.
coli sphcroplasts were used. Amino acid activation
was ascertained by the hydroxamate formed. s-RNA activity was
determined by the use of labelled amino
acid and isolation of S-RNA-amino acid complex. It was shown
that during phage infection, the enzymes
which catalyze the formation of amino acyl-adenylates are
fully active, i.e. they are not affected by phage
infection. The activity of enzymes catalyzing the transfer of
activated amino acids to s-RNA as well as the
activity of s-RNA (the capacity to bind arnino acids) are not
affected by infection with T2 phage. The
authors conclude that in the synthesis of phage protein
participate amino acid activating enzymes and s-RNA
of E. coli formed prior to phage infection. There are 3 tables
and 2 figures,
ASSOCIATION: Institut atomoni c'nergii im. 1. V. Kurchatova
Akademii nauk SSSR, Moscow (Institute
SUBMITTED: of Atomic Energy im. 1. V. Kurchatov. Academy of
Sciences USSR)
December 7, 1961
Card 1/1

BPLSSJ9 I. A., PROZOROV, A. A., KHESIN; R. V., S104YMN, M. F.,
and GOMMKO, G. K;.q
"Synthesis of specific RNA on Different Sites of the Phage T2
Chromosome in vivo
and in vitro."
report submitted for the 11th Intl. Congress of Genetics, The
Hague, Netherlands,
2-10 sep 63

NR_--A&u0U_J.~U_f 4
AUTHOR: Shemyakins M. F.; Bass, 1. _A.; Kamzolovap S. 0.,; aorlenkop
Zh. M,; Astaurovap 0. B.; Xffies-iii.,'R. B.
ORG: Order of Lenin Atomic Energy Institute im. 1. V, Kurchatov,
Imoscoll (Ordena Lenina institut.atomnoy energii)
TITLE: Specificity of RNA synthesis in phage infection
SOURCE: Biokhiniiyas V, 31$ no. 5, 1966, 910-917
TOPIC TAGS: RNA, RNA synthesis, infective disease, bacteriophage,
jbiochemistry, biosynthesis, A. W16-.6, polymerase,
ABSTRACT The specificity of RNA synthesis in different phases of
:T2 bacteriophage infectious of H. Coli B and in an in vitro
RNA polymerase system va*s investigated using labled RNA.
In early and late infectious stages, mRHA in synthesized
largely on different regions of the T2 phage chromosome.
Results of in vitro experiments shov that RNA polymerase
synthesizeaRNA on the same regions of purified T2 phage
vhich are active in intact calls during early states of in-
fection. Orige art. has: Ifig. and 1 hble [LP)
(WA-50; CBS No. 141
SUB CODE: 06/ Sum DATE: 15Nov65/ ORIG-REF-0-004/ OTH REF: 014
Card 1/1 1547-963-3

8(0)
SOV/112-59-5-9501
Translation from: Referativnyy zhxrnal,. Elektrotekhaika,
1959, Nr 5, p 149 (USSR)
AUTHOR: Bass, I Z
TITLE: ical Primary Element for Size Control
PERIODICAL: Vestn. tekhn. inform. Tsentr. byuro tekhn. inform.
trakr. i s.-kh.
mashinoctr., .1957, Nr 6, pp Z3-26
ABSTRACT: Disadvantages of electric contact heads manufactured
by the "Kalibr,
ZIL, and other plants are noted. Electric primary elements are
suggested
that have this distinctive feature: -when the item being
machined reaches a
certain size, the primary element instantaneously breaks the
contacts; this
feature eliminates electronic measuring schemes and
intermediate relays.
Such a primary element can watch a number of limit sizes
simultaneously.
The contacts that have operated on one limit size are blocked
until the contacts
of another limit size will operate. The electric primary
detector can realiie
the control in three ways. by visual signaling, by an
indicator, or by an auto-
matic action, that is by removing a cutting tool when a
specified size has been
reached. Its error is 1-2 microns.
Card 1 / I P. V. N.

BASS, IA., Inshener.
11~- I .
IkolutIon of the actual role of counterveighte of
cranksbafts of
ZIS-120 &rA ZIS-123 *Dense. Vest.zmh. 34
no.6:27-33 Je 154.
(Cranks and cranksbafts) (KM 7:7)

BASS, I. Z.
Naketyvanie rez8by i novaia goometriia nakatnogo instruments.
Mookvap
Hashgiz, 1949. 167 p.
Thread rolling and the new geometry of the knurling tool.
SO. Manufacturing and Mechanical Engineering in the Soviet
Union, Library of
Congress, 1953.

BASS, 1. Z.
No. 37342--Rez'bonakatnye plashki novoy geccetrii. Stanki I
nistrurent., 1949
No.12, a. 15-17.
So: Letopial Zhurnellnykk Statey, Vol. 7, 1949.

BASS, I., Z. Cand Tech Sci - (ddas) "Examination of the
process
of'knurling screw threads and of a new geometry for a
knurling
instrument.2" Moscowl 1960j, 15 pp, 120 cap. .(Moscow
Automechanical
Institute) (KL., "-Ws 130)

BASS, J.
BASS, J. The pressure of rocks and tunneling. p. 340
Vol 4. no. ?, July 1956, INZENYRSKE STAVBY
(Ministerstvo stavebnictvi)
Praha, Czechoslovakia
SOURCE: EAST EURDPFAN AcCWSIONS LIST (EEAT) VOL 6 NO
4 APRIL 1957

BASS t J.
Protective methods in adit driving. P. 377.
(Inzenyrske Stavby. Vol. 5, no. 6, June 1957. Praha,,
Czechoslovakia)
SO: Monthly List of East Haropean Accessions (EM) LC, Vol* 6. no.
10, October 1957- Uncl.

BASSp Kh. F.
"Data on the Study of the Biosynthesio of Protein and Vitamins FRom the
Carbohydrates of Plant Raw Materials." Cand Biol Soil Inst of Experimental
Medicine, Acad Sc.i Latvian SSR, Riga.. 1953. (RZhBiol,, No 81 Doe 54)
Survey of Scientific and Technical Dissertations Defended at USSR Higher
Educational Institutiona (12)
SO: Sum. No. 556, 24 Jun 55

1Gcountry USSR
catosory I.Viaroblology. Physiology and Blachomiatry.
libs. Jour lef Zhur-Riol., No 23, 1958, No 103650
Author : t zi sum A. 1.
Inst itUt. :Aaadezy of Scien;G Latselt
Titlo '.The Assiallation..of Cobalt by Toasts. Sooond Report.
Distribution ot the Traae Zlemont Cobalt in Yeasts,
SaoohRromyces oarevisiae.
Orig Laty. PSR zinatnu Almd. Vastis, lay. AIN LatvSSR, 1956, 8,
i0q.114
Ab8tract 'It was showh that f rom 40 to 63% of the Co
assirmillated b
t;ssstv (RZhBiol, IQW, 62037) is bound to protein
rubstaveae. Thereby, it was shown that one part of the
Co (up to 30%) is hound to the proteins in a relatively
labile sanner and is liberated during autolysis and
poptelysis of the yeasts. The qthor ptrtlju~'to 32.5%)
forms a stable conpound with pratsins.-Y. 1. kuJryavt8&v1
Card: 1/1
F-11

BASS, L.It
Cases of extrauter-ine, pregnancy. Aknah. i gin. 39
no.3tl26-327
My-1063 (MIRA 17t2)
1. Is khirurgieheskogo otdoloniya Novo-Kubanskoy
uehaetkovoy
W Initay (glavnyy vrach T.G. Dolgopolova)
Mortandinskogo
rayms. TSelinograftkoy oblasti.

L 05050-67
'~XW ~7116027920 SOURCE CODE: UR/0000/66/000/000/0057/0066
;:AUTHOR: Germogent;va, T. A.- Suvorov A. P.i Utkin, V. A.i Bass. L.
P
IORG: None
TITLE: Neutron transfer n normultiplying systems with spherical
symmetry
SOURCE: Voprosy fiziki zashchity reaktorov (Problems in physics of
KS!~~
iing); abornik statey, no. 2. Moscow, Atomizdat, 1966, 57-66 ~1
TOPI TAGS: neutron radiation, radiation source, scattering cross
section
ABSTRACT: The literature on methods for solution of radiation
transfer problems is
briefly reviewed and the problem of an isotropic point source is
considered. Since
the problem of an isotropic point source in an infinite medium has
been studied in
more detail in transfer theory than the case of a bounded medium,
the solutions for
these problems are compared on the basis of the one-velocity model
with isotropic
scattering for spheres with finite and infinite radii. A comparison
of formulas de-
scribing the asymptotic behavior of the density of a finite sphere
with a large radius
shows that the results of calculations of the density of scattered
radiation from a
point source in an infinite homogeneous medium may be directly used
for determining
the density only when absorption is less than I everywhere except in
the region ad-
jacent to the boundary z--R. Orig. art. has: 6 figures, 9 formulas.
SUB CODE: 20, 18/ SUBM DATE: 12jan66/ ORIG REF: OOT/ OTH REF: 002
Card 1/1

W-s -m. A.
1674 . BASS M. A. Clinical aspects of primary (infective)
polyradioulonsivitis
Neuropathology and Psychiatry, Moscow 19,49., 18/3 (61-64)
A survey of the frequency of symptoms. The author saw the
syndrome in
various degrees; sometimes with a fatal outcome. It is not
rational to
differentiate between a curable and a fatal type of
polyradiculonsurLtis,
both of them occurring after the same infection, the only
difference being
the passing over of the second class of cases into a paralybis
of the type
of Landry. He recognizes only a more or less generalized
polyradiculonsuritis.
The disease may occur in a pasudomyopathic form and be diagnosed
as a myopatby.
If this were generally known, probably the diagnosis would be
more frequent.
Boorman - Chasm
SO. NEMWLOGY & PSYCHIATRY Section VIII Vol. 3 Jan-Jun 1950
Excepta Modica

LYMMUDROV, V.Ye.; USS, M.A.; SKOCHELYAS, A.R.
Early progressive and late anthraoooio. Khim. med. 38
no.5t65-72
My 160, (LUNGS--DUST DISEASES) (MIA 13:12)

MURZEIJKO, D.I.; BASS, M.A.
Clinicorcentgenological characteristics of
anthracosis in per-
sons working in soft coal mines. Vast. rent. i rad.
38 no.5:
31-33 S-0163 (MMA 16 s12)
1, Iz kafedry ren.tgenologii i meditsinskoy
radiologii. (zav. -
dotsent I.A. Kunin) Donetskogo meditsinskogo
inatitua, i Donets-
kogo institute, fiziologii trude, (dir. - dotsent
L.B.Zhislin).

CURNOMORDIX, A.B.; BASS, T.M.; BASS, M.A.; KOVALENKO,
F.N.; ZAVADSKAYA, TS.Ye.
Neomycin-resistant forms of colienterites in children and
their
treatment. AntiLiotiki 10 no.9:859-861 S 165.
(MIRA 18:9)
1. Otdel antiblotikov Kiyevskogo instituta epidemiologil i
m1krobiologii.

BASSO M. G.
Stroitell stvo doro i mo to v Awkve v 194&1950 gg. fRoad and
Bridge construction in
Moscow in 1946-50 3. (9:rodskoe khoz-vo Moskvy, 1946, no.
9-20). DIZ: HW,&n.M6M
SO: Soviet Transportatio and Commuideationg & BibIlographyp
Librar7 of Congress,
Raference Departmentp Washington, 19520 Unclassified.,

1, BASSO M. G.
2. usm 6m
4. Moscow - Streets
7~ Directions of the great leader enrich our daily creative
experiencep Gor.
khoz. Mo3kp 23, No. 12, 1949*
9. Monthl List of Russian Accessionsp Library of Congress,
A2ril -1953, Uncl.

I .
12, 7. S s, -.C'.
"Furt' or levelopmrmt of highway and bridge
con.-truction ii i..'oscow.11
Gor. khoz.-osk., 26, no. 3, 1952

BASS. M.G., insheiter.
7or lower street and bridge construction costs. Gor.khoz.Hosk. 27
no.8:23-
26 Ag 153. Off-WA 6:8)
(Moscow--Road construction) (Road constmetion--Moscow)
(Bridges--Construction)

BASS., N.G.LInshener.
Nora*attention to engineering problems In the
reconstruction of Moscow,
Gor.khos.Monk. 28 no.3:17-19 My 1.54. (MM 7:6)
(Moscow--City planning) (City planning-Koncov)

BIM. M.G., in2hener.
Roads on the grounds and approaches to the All-Union Agricul-
tural lxhibition. Gor.khoz.Hosk. 28 no.8:16-18 Ag '54.(NLRA, ?:9)
(Moscow-Agricultural exhibitions) (Agricultural exhibitions--
Moscow) (Moscov--Roads) (Roads--Moscov)

BM , M.G.$ inshener.
Mechanization and industrial methodA of road and
embankment
construction. Gor. thoz. Moak. 29 no.4:16-19 Ap
155.
(MLRA 8:6)
(Moscow--Road construction) (Moscow--Imbankmnts)

BAS S, M. G. - - - -
~. ~ -~ 4
The Lenin Central Stadium in Moscow, Gor. kbos. Moak. 30
no.9:9-13 S 156. (MERA 9:12)
1. GlavWy Inshaner Upr&vleniya strottel'stva, stadiona.
(Moscow-Stadium)

BASS V LCHANOV, Tu.A., inzhener;
_.G.. Inshener; KATIAGODIN, T.L., Inshener: NO
KALITSKIT. S.I., Inzhener; UUZMY, T.Ye., Inzhener;
USR"M, T.S.,
Inzhener.
Collector with driven in sheet-piled walls.
Gor.khoz.Mosk. 31
no.9:38-40 S 157. (KIRA 10:9)
(moseew--sewers. Concrete)

- - __ - 7 ,'r ---- - - -
BASS, M.G.; AISSLIROD, L.S.
I OWPOW61
Building concrete roads in Moscow. Gor.khos.Kook. 31
no.12:ig-26
D '57. (MIRA 10:12)
(Moscow-Roads, Concrete)

,R&SS, 14, inzh. - . . I
Apartment bounes on pile foundations. Na
stroi.Mosk. 1 no.9:
18-21 S 158. (HIm 11:12)
(Foundations) (Piling (Civil engineering))

BASSp Moisey Grigorlyevich, 1VANOVj Nikolaq
Nikolayevieb; KAIABUKMVp
Fedor Vasillyev 04~ROVp Voevolod Tikhonoviob;
NIKOLISM9
I*S.p red,j ZUBKOVA, M.S.f red, izd-vsfj DONUUAf
G,D,t tekbn,
red.
[Eleventh International Road Congreesp Rio de
Janeirop 1959]
n Hezbdu=odrqi dorozbnyi kongkessq Rio-do-Zhaneiros
1959 g.
Moskvaj Naucbno-tekbn. iad-vo H-va-avtomobil'zogo
transp. i
shosseirqkh dorog RSFSRI, 196LO 163 pe (KM 34:9)
(Road construction-Congresses)

BASS, M.G.
Precut elements of engineering structures& Gor.khoz.Hosk. 35
12004s29-312 Ap 161* (KMA 240)
1. Glavnn A-zbener Upravloniya dorozbno-mwtovogo
stroitelletva
Glaymovatroya.
-,(Precast concrete construction) (Monoow-Kmicipal
angineiring)

Biss-
,0 M. M. Major
scase of Partial Guantimso mdramiyas, No.5,, 1948
ClUdc og %Ud Surgery

BASS* M. M.
Me rmb]Am of Local Tismatic Catalopys* Mdrmvirs NO-31 1949
- --- - 1-1 - T -
- . - ~- - I I i . :~-- il-- -- I.;- - . .

BASS, N.M.
.---Mwmm~
Data on alloplasty in surgery, Vast khir., Noskya 73
no-l;3lw34 Jan-
Yeb 1953. (CIML 24:3)
1. Docent. 2. Of the Department of Children's Surgery (Read
- Prof.
A. Ta. Sheftell), Kiev Order of the Red Banner of Isbor
Xedical Institute
imeni Academician A. A. Bogomolets (Director - Docent T.
U,,Xaliuioheu-
ko).

BASS, h. h.
Traumatic Diaphratmatic Her-das.
VOMINO-UTSINSKlY ~.HUW" (IfILITARY K&DICAL JOMNAL), lio 12,
1954. P.N.