SCIENTIFIC ABSTRACT BRESLAVSKIY, A. S. - BRESLER, P. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000306910005-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BRMLAVSKIY, A.S.; TSVETKOVA, V.V.
Reaction of the insular apparatus of the pancreas to
irradiation
with X rays.
Trudy:Ukr.nauch.-isal.inst.eksper.en4,~k. 18.196-
201 161. (MM 161l)
1, Iz otdela gistofiziologii Ukrainskogo institute.
eksperimen-
tallnoy endokrinologii i kafedry rentgenologii
Kharlkovskogo
meditsinakogo instituta.
(PANCRM) (X RAYS-FMIOLOGICAL EFFECT)

Cyp A.S. kand.med.naulq TIKHONOVA., TeiFop
kand.med.nauk;
kand.med.naik
Possibility of the development of clinical forms of
exophthal-
mos without the participation ot the thyrotropic
hormone. Oft.
zhur. 17 no.7a423429 062. (MMA 1693)
1. Iv otdels. gistofiziologii, klinicheskogo otdela,
Ukrainskogo
instituta eksperimentallnoy endokrinolog:ii i
Ukrainskogo institute.
glaznykh bolezney imeni prof. L.L. Girshmana (dir. -
chlen-
korrespondent MN SSSR rofe I I Merkulov).
(EXOPHTHAIMOS5 (iEUITARY BODY)

Gompara-~i-7e evuatlat-ioi) of sppc-ifi.c and
nonspec-ific pf;'---ct rol,
natural and smthetic estrcqpnq in the body of
ova,,-iov.'.c.,mjzvc'
rats. Fiz.:It)J. '(,,-3.
I. Ux~alnz-.kill, -ins,4tlit oksper~Lmentallnov
andok-iA-*n--~-'ov

BRF,a4!~~TY A.S.
Effect of potassium cation and iodine anion on the
functional activity
of the thyroid gland. Trudy Ukr. nauch.-issl. inst.
elcaper. endok. 19s
199-203 164. (NIRA 18t7)
1. Iz otdela gistofiziologii Ukrainakogo inatituta
eksperimentallnoy
endokrinologii.

e-v3-ulw,rr.ldl, D, A.
d1la
Apparatila for airrr;-ft.-. wutlaorized in the quality c:Z'
aviat!'Loza Ucibnology. -
Immedititfa source Library Congroso arooDsion list.

/3MISLAVSKIr, G., iushe
------
Oak bearings.-Hast.ugle 9 no*12:19 D '60v (KIRA 13:12)
1. Donetskiy nauchno-looledovatel'skiy ugolOw Institat.
(Coal preparation plants-Equipment and supplies)
(Bearings (Mchinery))

BRESLAVSKIY, L.M., inzb.; BRESLAVSKIT, G.M., inzb.
Reduction of the rated loading of beadframes Is
unjuatified.
Ugol' Ukr. Vol.3 no.5:41-42 My 159. (MIRA 12:9)
(Mine boisting)

DRE3LAVSKIY, 1,."4. Y kand. tekhn, nau)q DIVSKIY, G.M.
, irzh.
Readerst response to the article by I.S. Naidenkc,
"Determipation
of static reliability of brakes of dnim-type mine
hoisting machines.
11goll 38 no.11-59 60 N 163. (MM4 17:9)

mmob-AMly- J, L. 144A.
PAIAYT, G.Ya., inzhener.; MS~4VSI~;j,_ itzhener.
Cleaning mine care by vibration. Mekh.trud.rab. 10
no.12!21-22
D '56. (tam 10: 5)
(Vibrators)
(Mine haulage)

BRESLAVSKIY, L.M., inzhener.
~--
Gauses of the rapid destruction of vibrator bearings.
Vest-mash.
37 no.6,.26 Je 157. (HLRA 10-7)
(Bearings (Machinery))

,;-_, BRESLAVSKIY, L.A., jrxh.; BRESLAVSKIT, G.H.i
inzb.
Reduction of the rated loading of headframes is
unjugtified.
Ugol' Ukr. "7ol.3 no.5.141-42 My 159. (MIRA 12:9)
(mine bolsting)

31t~�LAVSKIY, L. M. , inzb.
Use of wedge-sh4ped bralke bars for the buggries
developed by the
Malreyovka Scientific Reasarch Institute for Mine
Safety. Izv.
vyaoucbeb.zav*; gor.zhur. no.6:66,69 '59. 04IIU~,
13:4)
1. Donetakiy industriallWy inatitut imnni
N.S.hhrualichava.
Rokomondavana kafedroy gornny mokhaniki.
(Mina haulage-Equipment md supplies)

BRIDSUVSKIT, L.M., insh.
Maximum acceptable slow down in applying brakes to
man care
in inclined workings. Izv.vys.ucbeb,Sav#j gor.2hure
noe7:
82-86 '59. (MM 13:4)
1. Donetskiy industrialiny7 institut. Rokomendovana
kafedroy
gornoy makhaniki. (Mine hoisting--Brakes)

BRULAVSKIY, L.M., inzh.
Readers' response to G.L-. Rozenblit's article "Advantage
of using shaft
headirames for multirope hoioting". Shakht. stroi.
no.12:17-18 D '59.
(MIRA 13:3)
(Mine hoisting)

BRISL&VSKIY, L.M., inzh.
Admissible speed for buggies developed by the
Makeyevks, Scientific
Research Institute and equipped with safety catches.
Izv.v3rs.uchetb.
2av.; gor.zhur. no.8:55-62 '59. (MIRA 13:5)
1. Donetskiy ordena Trudovogo Krasnogo Znameni
industrialln77
institut. Rekomendovana kafedroy gornoy mekhaniki.
(Mine haulage--Safety measures)

,~~SLAVSKIY, L.M. j, inzh,
--1.1 ... .- ------ 7~
Special features of brakes with parachutes on
railroad care designed
by the Makeyev~a Research Institute for Mine Safety*
Izvo vys,
ucheb. zav.; gor. zhtw, no, 12,56-63 159. (MM 14:5)
1. Donstokiy ordena Trudovogo Krasnogo Znameni
industrialtnyy
institut. Rekomendovana kafedroy gornoy makhanikie
(Mine railroads-Safety appliances)

BRESLAVSKIT. L.M.
"Standard 4-ne hoisting machinerym by B.V. Polevoi, V.V.
Muzalevskil.
Reviewed bv L.H. Breslavskil. Ugol' 34 no.9:62-63 S 159.
(NIRA 12;12)
(Mine holstlmg)~(B,T, Polevoi) ()kigLj&vmW. y.V.)

BUSLAVSKIY L.M., inzh.
Readers' responst to A.K. Baketov's and H.K.
SWranov's article
"Use of rope guides in vertical mine shafts,"
Shakht.stroi. 4
no.2:13-14 7 160. (MIRA 13:5)
1. Donetskiy industriallny7 institut, -
(Shaft sinking) (Belest0y. k.K.)
(Mmfranoy, N.K.)

BRESIAVSKljp_~A
Mbrating mine tranoportatioxi'michinery foreign praotic A.0.
Spivakovskiip I.F. Goncharevich. Reviewe by L.M. Brea i. (Ior,
sbw. no. 517949 My 160. (MM& 14:3)
40 01
li-Donetskiy industriallWy inatitut g. Stalino.
(Mining webincryj
(4pivakovskiij, A.0.)

BRISLAVSXIY, L.M., insh.
"Yzehanization of man transportation in mines" 'by
Y.F.GrigDrlev.
Reviewed by L.K.Preslavokii. Ugoll Ukr.. no.6:45 is
160.
(MIRA 13:7)
(Mine railroads--Brakes)
(Grigorlev, V.N.)

,AWLAVSKIY. L.M.. inzh.; SHATALOV, X.T.. doktor
tekhn.nauk
"Dynamics of tranoition processes In machines with
many masoos"
by A.N.Golubentsev. RevieweP by L.M.Brealavokii,
X.T.Shatalov.
Vest.maah. 40 no.9:80-82 S 160. NIRA 13:9)
(Machinery, Kinematics of)
(Golubentsev, A.N.)

BRESLAVSKIY, L. M.
Cand Tech Sci - (diss) "Permissible rate of lifting
persons in
trolleys of the Mak Scientific Research Inst under
conditions
of safe operation in the performance of parachutes."
Stalino,
1961. 12 pp; (Ministry of Higher and Secondary Specialist
Educ-
ation RSFSR, Novocherkassk Order of Labor Red Banner
Polytechnic
Inst imeni S. Ordzhonikidze); 150 copies; price not
given; (KL,
7-61 sup, 232)

---B,RESL3..,VSKIY L M J.. kand. tekhn. nauk;
BITSIAVSKIY, G.m., -nzh.
Readers' response to the article by I.S. Naidenko
"Determination
of static reliability of brakes of drimn-type vAne
hoisting machines.
Ugoll 38 no.11:59-60 N 163. (MIRA 17:9)

BRM-LAVSKIY, L.1-11.
Correlation of diameters of coiling mechanisms
rope hoisting equipment. C-,c.-. zhur. no.7s46-,/7

BRESLAVSKIT, H.Te. (Kharlkov).
-"
Vibrations of cylindrical shells. Inzh.sbor. 16:109-118 '53.
(KLRA 7:3)
(Vibrations) (Elastic plates and shells)

ACCESSION NR: AT4039427 S/2879/64/000/'000/0255/0261
AUTHOR: Breslavskiy, V. Ye. (Kharlkov)
iTITLE: The oscillations of liquid-filled cylindrical sheels
SOURCE: Vsesoyuznaya Iconforentsiya po teorii oboloolick 1.
plautin. 4th, Yerevan, 1962.
Tcoriya oboloclick i plastin (Theory of plates and films); trudy*
konferontsit, 1964
255-261
TOPIC TAGS: shell, cylindrical sheel, liquid filled shell, shell
oscillation, reinforced
Shell, rib
BSTILAX"': The author considers the free oscillations of smooth
and ribbed shells,
A
ipartially or completely filled with liquid. The shells may be
acted upon by normal pressure
Iand axial forces. It is assumed that the x-.%xis is directed
along the axis of the cylinder
and coincides with the vertical. The cylinder is presumed to be
filled completely with an
incompressible liquid which oxecutes a potential movement as the
cylinder vibrates. The
oscillations of a shell with freely suspended edges are
considered, in which case the
equations for the oscillations of the shell and the boundary
conditions are satisfied with
displacemeWts of the type
ie-M cos irty cos A; v = N sin ing sm kU,.W'- Kcos tity s1n)E,
_1/5

ACCESSION NR: AT4039427
where u, v, w are the components of the displacement of a point
of the center surface
along the axis of the shell, in the.direction of the tangent to
the cros s- sectional circum-
ference and alono, the normal, respectively-, M, N, K are values
which depend on time and
function as rreneralizcd coordinates; q) Is an angle determining
the position of the joint
on the cross-sectionz-a circumference of the shell or the
position of a particle of liquid;
m is the number of waves in the shell cross section;R is the
radius of the center surface
of the shell, !,agrange equations are used to determine the
natural frequencies of the
I liquid-filled shell
0, (2)
w (TQ, Qn
wheru T is fhe kinetic energy of shell and liquid-, 11 is the
potential ener a., of the shell; it
is ti-nne. Expressions aria obtained for the kinetic ener n., of
the shell, the total kinetic
ener-y, the 1.,,ottential energy of the shell and, by
substituting displ-cements for strain
and assunaink-, the vibratikii-is to be harmonic, the. above
equation is transformed to
+ N,
2
JLR 2 64 2 dX"
Au +: , T: + W '' "
+ + (3)
4 R
Card

ACCESSION NR: AT4039427
~0 d 1.2 M)
.12
ts d1'
M, A + N
:R 2.R
M4 * 2Xlm2 2'
g; I.+ - PR
12 R + -7T , !
B
M
where d -2 p v).
from Which the author derives
2
tax zz!
Rm
3/5
LCord----

ACCESSION NR: AT4039427
where ations
WO C= fix,+)70 is the frequency of the natural vibr
2
of the shell in a vacuum: k
2R2 to the thickness of the shell). if flie shell to
incompletely filled with the liquid (assuming that the form of
the shell oscillations is
determined by Equ;~tion 1), the kinetic energy of the liqdd
will be
2. h
h
nit x
sin'
R di, dx CIX.
4m
for Cletei
-minincr the frequency of the natural oscillations in the
c,- 1),,.y shell under the influence of norn, al pressure; b)
shell filled
I pros, uro- o) t all lit 1 9
h and under the influence of nori n, 3 Ali IV 11
-imal pressure and axi, force; d) shell ha ng
ii~~ wider the influence of no
J6 a
1/5

I ACCESSION NR: AT4039427
transverse ribs only; e) loaded, ribbed, liqdd-filled shell. *In
order to check out the
derived formulas, an experimental determination was made of the
frequencies of the natural',
oscillations of a cylindrical, steel, water-filled shell. The
shell was set up vertically and
had the follow -*.g para4ieters: L = 97 cm; R = 12. 5; S = 0. 12
cm. Young's moduluas was
taken as, equal to 2 - 106 kg/cm2 and the Poisson coefficient as V
= 0. 3. A table is given
i showing a comparison of experimentally derivqd and calculated
results. Good agreeement
is evident. Orig. an. has: 3 tables and 16 formulas
ASSOCIATION: None
SUBMITTED: 00 DATE ACQ: 14May64' EMCL. 00
SUB CODE: AS NO REF SOV; 007'
OMER: 000

BRE3LAVSKIY-!aMIK0V, V. Ye.
"Natural Oscillations of a Circular Cylindrical Shell
When Un-
der the Action of Hydrostatic Pressure," by V. Ye.
Breslavskly-
KharIkov, Izvestiya Ak-ademii Nauk SSSR, Otdeleniye
Tekhniches-
kikh Nauk, No 12, Dec 56, pp 117-120
The natural oscillations of a circular cylindrical shell
of finite
length when under the action of hydrostatic pressure and
longitudinal
forces are studied on the basis of the equations of A.
Lyav and W. Flugge,
and the simplifications of V. Z. Vlasov. The results of
the calculations
were compared 'with experimentally determined frequencies.
The special equipment and methods used for sustaining air
pressure,
for the excitation of the desired oscillations, and for
the measurement
and the recording of the natural oscillations are
described. The test
results are presented.
Sum IP-39

BRIBLATISIV, D., insh.
Using industrial methods in constructing houses of
few stories.
Zhil.stroi. no.12:1.2-15 159. (MIRA 13:4)
(Architecture, Domestic)

BRESLAVTSEV, D.
Precast reinforced concrete frame building. Na stroi. Ros.
no.5:1-5 MY 161. (MIRA 14:7)
1. Direktor inatituta Giprostandartdom.
(Reinforced concrete construction)
4

KREYMILIN, L.N.; MOROZOV, I.A.; BRNmAvmv, D.K.,
red.; KOLOML-M,
V.Z., takhn.red. --- ---
(Making standard whaow blocks with double-sashes]
Proizvodstvo
tipov.vkh okonnykh blokov so sparannymi
perepletbami. Moakvaq
TSentr.biuro takhn.Informataii Glevetandartdom ,
1959. 23 p.
(MIRA 12:12)
(windows)

LOKTIONOVA, N.A.; RASTVOROVA, N.M.; BMIkVTSEVA, O.P.
Searching for optima heat treating conditions of
A119 alloy
castings. Alium. splavy no.1:99-113 163. (KRA 16:11)

S A v
iq
!JI
.1
PV
ilk I
I? Ilk
v .1 -
vs
ail
I! s
b I 0~ I
I 111 13. 1 im' 0 -Eta
=F-5- ~i:
NO
-- . , - -- I '.
HIM
xk-~JAV'h
.1-Z, H M
og
F.J,
.if
4
, j .
N ff
0
my
UVO u
-0 d:o
-4 Q a Mg A

S/129/62/OoO/Ol0/OO4/Oo6
E073/E335
AUTHORS: Loktionova, N.A., Candidate of Technical Sciences,
Rastvorova, N.M. and Breslavtseva, O.P
.,*, Engineers
TITLE: New heat-treatment regime7fo_r~_A' 19 (AI,19)allo~r
castings
PERIODICAL: Metallovedeniyei termicheskaya obrabotka metallov,
no. io, 1962, 53~- 57
0
TEXT; The mechanical properties were determined at 250 C
of 10-mm r od s produced from 12-MM diameter specimens cast
into earthen moulds. The composition of the melts was as
follows: 4.5 - 5'.3% Cu, 0.6-1% Mn, 0-25-0.4o% Ti,~Z` 0-3% Si,
0-35' Fe. Prior to qqenching the specimens were heated to
540 and 545 OC and held at that templerature for 6, 8, lo, 12,
16
and 20 hours. In addition, the influence of repeated quencLng
was investigated. Ageing was carried out at 150, 175, 200 and
225 OC with holding times of 3l 6, 12, 24 and 30 hours (after
heating to 545 OC prior to quenching and holding at that
tempei-ature for 10-12 hours). The hardenability of massive
..castings was determined from tests with cubes of 100 mm side
Card 1/2

S/129/62/060/010/004/oo6
New heat-treatment .... E073/E335 '
length, cast into earthen moulds. Quenching was in water at
45 and 50 OC and in boiling water. Conclusions: the optimum
heat-treatment is single-stage heating to 545 + 50C, holding at
that temperature for 10 12 hours, quenching, artificial ageing
at 175 + 5 OC for 3-6 hours. Quenching in boiling water reduces
appreci'~bly the deformation caused by quenching, which greatly
helps in eliminating changes in the.geometry and obviating the
necessity of straightening the parts after heat-treatment.
There are 3 figures and 3 tables*
Card 2/2

LOKTIOIA)VAS N.A. kELnd.tek*'nauk; RA"OROVAI N.M.1 inzh&j PW
'IMNA,
O.P. _jn;h*
New conditions for the beat treatment of AIa9 a2loy castings.
MetaUoved. i terms obr'* met. no,10:53-57 0 162 (MIRA 15.16)
(Alluminum alloya-Reat treatmeR

BRESLER, A.
232T56
USSR/Elactriefty Protective Relays Sep 52.
Distance Protection
"The Induction-Type Resistance Relay," M.
Breslery Cand Tech Scil Deceased, Cheboksary
."Kektrichest.1ro" No 9., PP 57-61
Discusses the operating principle and analyzes
the induction-type resistance relay. Gives
methods for designing a resistance relay vith
various characteristics and small errors from
fast-acting mech factors. Submitted,20 Feb 52.
232T56

BRESIER, A.Ye.
Deceased
(Coal) Fuels See ILC

ABRAMSON, I.G.; BRESLER4 B,M.; VASILISHINI I.P.; KIZNER,
A.S.;
MATUSliEVS'=,.~'T.1'.'-'~;~MFCDOVSKIY, V.Ya,
Gamma-control of moisture in clay slurry. TSement 31 no. 6:
. .
17-19 N-D 165. (MIRA 18:12) 1 1
1. Gosudarstvennyy vsesoyui6nyy inotitut po proyektirovadyU
i
nauchno-issledovatel'skim. rabotam tsementnoy
promyshlennosti i
Nikolayevskiy tsementno-gornyy kombinat.

LEKAM, L.G.; KIANTSA. P.A.; RYUKHOV, F.S.: BRESLER, B.S.;
V0LOVODOVSX1Y,
Ye.M.; NUTELIS, M.P.
Hospital oara requirements of the rural population and
methods for
its determination. Sov. zdrav. 16 no.2:30-38 F 157
(MLEA 10:4)
1. 1z kafedry organizataii zdravookhraneniya i istorii
maditainy
(zav.-prof. L.G. Lekarev) Vinnitskogo meditainstogo
instituta (dir.-dotseni S.I. Korkhov)
(RURAL CONDITIONS
dispensary care requirements of rural population in Russia
methods for determ.)
(01ITPATIXNT SERVICES
same)

-.."I~Purjns la
"The te.chnology of shaping by eleotrio aros." p. 60
(Machanik, Vol 25 No 2 Fab 53 Warszawa)
SO: Monthly List of F&st KuroDean Acggsioas, Vol 2 No 9 Library of
Congress Sept 53 Unal

I*
"Prindp~es of the construction of drilling machines
(Mechanik, Vol 25 No 1 Jan 53 Warszawa)
2 No Q T.41--- -' -

BRESLER, I.
"Electric Are Hardening of Tools According to Recent
Soviet Research." p.296
(PRZEGLAD BLIXTROTECHNIGUY Vol. 29, no. 7, J4mlY 1953
Iftrazawa, Poland)
SO: Month List of East Raroman Accessions, LC, Vol. 3, no.
5, May 1954/Uncl.

D-L61"SLM, 1.
Technology of manufacturing motors of fractional o,,)wer.
pt. 1. Technoligy of
manufacturing squirrel-cage rotors. p. 81, Vol. 1~, no. h,
Apr. 1955, WIADOMOSCI
EIECTROTECHNIUKE
33:MONTHLY LI 'IT Or, FAST SWOPEAN ACCESSIONS, LC, Vol. 4,
No. 9,
3ePt. 1955, Uncl.

B'qj'SL-51' 1.
Technology of manufacturing motors of fractional power. Ft.
2. Rotor winding,
manufacturing racks, Assembling. p. 105 , Vol, 15) no. 5,
MAY 1955, WIADOMOSCI
EIECTROTECIINICZNE
SO:Y,ONTHLY LISr OF PAST XUROPKAN ACC&SSIONS, (EEAL), LC,
Vol. 4, No. 9,
Sept. 1955, Uncl.

BRESLER. 1.
Preserving pathological preparations. Mian. ind. SSSR 32
no.5--./-2
161. (I.,,IRA :Llj., ~!11)
1. Kiyevskiy rnyaaokombinat,
(TISSU&S-PMERUTIOW)

1. SHTEEKEIMS, L. BRESIS.R. 1. D., SWAYTS91a, YZE. -37.
2. USSR (600)
4. Bobbins (Textile Machinery)
7. New desips for shuttle bobbins. Tekst. prom. 12, no. 12, 1952.
9. Monthly List of Russian Accessions, Library of Copgress, March
1953. Uncla-sified.

BRESUR, I.I.
Micro-sensitometiie atudy of
photographic materials
Usp.nauch, fot., no. 1. 1951

--,
-7
R2
MliW Mq=4f--MwRl - a .

-
-;.-.

FAVOR8XAMA, T.A.;
,~dration richanism of Y-gl.,.rCoIc. Part
2-t,-ichlorf),-.f!tl.iy'~'Dentanediol-2,5 and the
stu--!~ 0-~ its rnaction
with milfilric anid. Zhiir.ob.khln. 27 nc.6:15()'7-1~00
To 157
-1 - 1; - I -
lo: 8)
F:Onudarstvem:-~v univR-sltet.
(Partanediol) (Gl.,,cols)

38106
S/020/62/144/0021/018/026
B101/B144
AUTHORS: Bresler, L. S.) Dolgoplosk, B. A., Corresponding
Member AS
M. F o i and Krop a oh a v at Ye . 'N.
TITLE: copolymerization of butadiene with isoprene under the'
action of complexes of butyl lithium with triethyl amine or
tetrahydrofi~ran;-.
PERIODICAL: Akademiya nauk SSSR- Doklady, Y. 144, no. 2, 1962,
347-348
TEXT: C14_tagged butadiene was copolymerized with isoprene
using the
anionic complex catalysts Li-n-C 4H9 + N(C 2H5)3 (1) and
Li-n-C4H9 + (CH2)4 0 (11).: The molar ratio between catalyst
and monomer
was 1:300, and that between complexing agent and butyl lithium
was 70:1-
Copolymerization was carried out at 200C in argon. At a low
degree.of
conversion, it was interrupted by cooling to -700C. The
catalyst was
decomposed with ethanol, and the unreacted monomer was
distilled off
together with the solvent. The degree of polymerization was
determined
from t.he weight of the polymer dried in vacuo, and the number
of butadiene;,
Card 1/3

S/020 62/144/002/01.8/028-
Copolymerization of butadiene ... B101 B144
links in the polymer was derived from the C14 activity. The
copolymeriza-~
tion constants were calculated according to M. Fineman and S. D.
Ross
(-T- Poly=- Sci-, 5, 259 (1950)). At yields above 1VA, the initial
=o_-o=er concentration was corrected according to C. G.
Overbergerp D.
Tanner, and E. 11. Pearce (J. Am. Chem. Soc., 60, 4566 (1958)).
Results:
'With catalyst 1, the copolymerization constant was r, a 3.6 for
butadiene,.
and r2 - 0.11 for isoprene; with c&talyst II, r1 - 4-5, and r2 -
003-
r1- 2.8 and r 2 - 0.43 were obtained by using the Fineman-Rose
equation to,
convert data of G. V. Rakova and A. A. Korotkov (DAN, 119, 982
(1950) :for,
butyl lithium dissolved in n-hexane. Thus, the relative activity of
butadiene during copolymerization with isoprene rises as a
function-of the.
solvent: hexane /-triethyl amine. formed the subject of a paper by
7. V.
g~lZrevski y B. X. Samoylov,, E. P. Stepanov, I. I. Lukasbevich,
tmd R. Ai
Manakhov. Yu. -M. jagan delivered his paper "Tovard a Theory for
the fe_Uard
Therral Displacement of the 'Mossbauer Line". Papers "Assymetry of
-radiation
in Certain Nuclei, Polarized in an Alloy with iron" and "Nuclear
B'pecific Beats
LA
Set 2/2p,

ACCESSION NR AP3005216
structure of the bisr=tb type of lattice and the nature of the
transition from
"good" metals to dielectrics under deformation. R. G. Arkhipov
derived a
-criterion for the occurrence of metals vith small electron
concentrations. M. i.
Kaganov and.V. G. PeschanskiX analyzed various mechanisms for the
absox~ption o f
~it'rai6und i7n' metals. V. P. bobrego and S. M. Ryvkin studied
conlucti-vity in
germanium all9yed with Group V or III impurities and having carrier
concentrations
Of 1015 - 1010 cm-3, in the presence of compensating impuritic.s. S.
7'. Ryvkin,
V. P. Dobrego, B. M. Konovalenko, and I. D. Yaroshetskiy have
observed the appear-
XMVMium
ance of the so-called induced impurity breakdown in ge samples of the
same
degree of purity,, but fully compensated. M. 1. FxjRanov
proposLIM/that attempts be
made to observe additional exciton waves in a cj;ystal due to the
presence of
space dispersion, using the deceleration of fast particles in a
dielectric.
L. S. Kukushkin spoke on his theory of non-radiative transition
processes in
molecular crystals. A pkDer by A. R. Kessell ana u. Kh. Konvillem
presenteaa
calculation of the sensitivity of a quantum -ohonon counter which
utilizes atoms
in the grcund state rather than in an excited state, so as to reduce
the noise
level. A paper was also presented by A. A. Kapl-yansk*y on the
influence of
uniaxial deformations upon the optical spectra of crystals of the
type of Ca F2.
Li F
etc.., containing various Impurities, as vell*as upon the exciton
spectrUT-
S t2/2, Card 4/5

L 18173-63
ACCESSION MR: Ap3oo5216
of C=tAdn Elements Alloyed with iron" -,here delivered by A. V.
)Wgan, V.
D.
Kull1covp L. P. Nikitin~, N. M. F M. F. Stel-malthp and M.
Zh&t~~_. t5ERRIC
PCTIEF-Izafi-onof Protons in lanthignum-Y le- itel'_,vas reported
by
AM%sjW J?oub Yj&x,
V 1. Lusbehikov. A. A. . ALi2e_nk_c_v_,_&3 Yu. V. DI-an. A larGe
~Z~ier of err,
cone-WEReTwil the lavestisaircy-of he properties of ferro-.and
&ntiferro-
map wbie substance3 were preieNted at the conference. A spe6ial
session
devialed to te0niques.for the'iroduction of low temperatures and
to methods for
mak:Lig various low temperature measuavments. A number of papers
dealt with pr&.
bl
em concerning the mechanical properties and optics of crystals at
low tempera-
ture;3t 'and concerning teabniques for producing high preasures
and strong pulsed
magntitic fields for-low teiperatgre research. On the last.day of
the conference.,.V
I si xries of the papers presented at the various sectional
sessions were presented:
by t1heir respective chairmen* As the conference chairman,_Y. E.
Alekseyefskiy,_
re=.ked in conclusitm, only the practice of ccmbinir4; plenary
sessions vith con.!
curri-nt sesstons of Individual sections can, in the opinion of UP
Scientific
Counc:il for tbe Prollems, make it poiisible to "boil down" to
reasonable dimensions'
the itnnually increacing flood ct papers on low temer~ture physics.
ASSOCIATIONt NONE
SUEMMEW: 0.0 DAT.S A(;,Q' 1g, Aug 6A. ..EMLs 00
ZUB GOD11s. PH OTMt OW
W, 80V I ow
tr Cqmplete-se Soil' 'Bresler
2/go Card 54
nee RbY_ak&jL_

L 5154,9,'~q
S 10 N Nrl, 'k F-, c.
ALMOR: EresieT, Parfen~R~V.; S.
TI"A-WI COnCerning the effect, of the electron spin on the
Sbubmikav-deF.-mas o,-
lations in n-1n5b 91 scil-
SWRM, Fizika tyerdogo tela, V. 7, 'no. 4, 1965, 1266-12(-F
TOP-TC TAGSi Shubnikov de-Haas effect, mWetoresistance,
elec+--,- -n4r,
antim-nide, single crystal
ABSTRACT: The authors investigated experimentally the
transyerrsr, &n~,
ms.gnetloresi~tance of single- cryst&1 1n8b (1. 5 x 2 x 17 mm)
T - 1.4!~, in order to check against +,n- tt:~-
cm
Yich and A. L. Nfros (ZhETF Y. 43, 561, 1962) dealing i.'dth the
The rem-,1+5 h-ave sbcnm that the spin splittirw- o, tnt, F,
t wh' --h I ri ex-pect ed -from i h e t It -~,j ry
t e F ~ "'L FLne e ELDd I a 1 e 8 6 n' r) noli-T-0 C- J
masneUxmb istsmoe aiwye. The mmerical Talmes obt
allied f the
ing magnetic field differ from the theoretical mredictionn but
i1. 1; ~ibov--
:Card V2

ACCESSION M AP5010758
'Y'Lew of the uncertainty relation better accurmm camat be unde-
perimeDtaA conditlons. "We th&nk S. T. PsyloIN, Tu. A. Firsc7, A.
A X. LA 3 N lnstiTvt poluprovodnIkay AR SSSR, LerAngrad (Trn~t I
duCtors AN MR)
SIJB-;G= 27.Ncvb-~ ENCLS 00 5-U--B CUDvo s
RR REY SOVi 004 OTM 1 001
Card 2/P.

1 7
L- !~2 71 E W I /E V1 T P(t)/1-twG(c)AV*P1- (b) PZ -6'/P9 -4 TJPIC
T AMMION NRI Ap5ol(r-,26 AT V R / 0 0 5 6 / 6 5.!8-0 c-', 12- 1.
2123 1
AUMR I ahalyt. S. S.; F-wen'T", R. Y. I Bresler, M. S.
T= t Qv=tun oscMatiorta of the tbarmwaectric paver iu ri-type
InSb 11-1
-;--7
SOURU3 Zbvamal ekaperizental'wa i tevreticbeskoy fimiki, -T. i~8'
no. 4, 1965,
1212-1214
TOM TAGS: quantum opeillatiou, thermoelectric pover,
mWnetorealstance, g&1v-A-no-
rwetic effect, spin splitting
ABSTRACM The authors found that at heliva tmiperatures the
tbe-moelec-tric pvvei-
of Inn it a tr&nEverse magmetic, fleld exhibits the P'Ame
the -A-g"etorenirte-ne~. lhf- F-tudy was rwade on
of I asb X L-C, =) vritb ea-r-rier density n(H - a' .`2 T
wb - i C~* am~ .;V-sec ilat T - 1j.2K). It is deduced tw-
the pha m&x'-La of trio oscil-latlons of bath qu"tlt',-~
re~rv:t, &re determine-d
de-.,T-,ee 'bv the ri--tatinnR o" the r,;2L'teri robe. ~ %
A na p b-Ity
app-R&T in the thegr-r - -4. --
C.= rmax-rexing, and are
Cand 1/2

L 529714:5
ACCWBION NE: AP5010526
tae on2y to oscillations of the entropy. As in an earUer study by
the autbors
(m Y. 7, 1276, 1965), there is appreciable broadening of the
',n-ndaiz Iev e.' 'a
it Is fftM Lnpoiisible to eati-r-ate the g-factor vith acceptable
,:,f the uie oT' ztrong,er fi-el-da 1122--30 kOe) in vhicch the
ss~,,- t
e C " e r-:- -* -~v -~;e ~,.-e gratef~,f.. to A~ L. Urva and Yu.
IN,
theorel! C-Q rob1cm., Orrig libs 1 2 fig-urel Lnd ro-a;,-
ASSOCIAMONt inutltvt Poluurcimpd~ Akademii SSSE Slactituta Qf
dwtors,, AcademW or Sciewen OBSE)
SUDaYM t 2U&zO XNCLs 00 MM COM I as
IR Ra soy t 006 OMS 001
LL
Card -2/2

t 12050-�� IJP(c) JD/qG/AT
-ACC-Wt AF6062655.
MME com uB/o386/65/002/012/0538/0
qq S~S TA IG
AUTHOR: Breslers M. S.; Led!ko, W.
S. 8
.ORD,: institute of Semiconductors, Academy of Sciences SSSRA
Leningrad-jInstitut
poluprovodnikov Akademli nauk SSSR)
21, 441 1; V--- a
-TITLE: Quantum oscilUtions of the thermoelectric power in n-InAs
SOURCE: Zhurnal eksperimentallnoy I teoreticheskay fiziki. P1s1ma v
redaktsiyu.
Prilozheniye, Y. 2, no. 12, 1965, 538-541
'TOPIC TAGS: indium compoundj, Hall effe t, thermoelectric power,
magnetoresistance,
c
quantum oscillation, impurity scattering
This is a continuation of a study of the oscillatory fjej:d
dependence of*
,,the magnetoresistance and ofthe Hall coefficient of n-InAs (FIT v.
4, 1233, 1962).
:In this,paper the authors show that quantization of the electron
energy spectrum of'
Aegenerate indivm 4raenide placedin a strong magnetic field in
manifest at low tem-
peratures In an oscillatory dependence of the thermoelectric power on
the magnetic
'field intensity H. They also explain some additional details.of the
quantur-A oscil-
lations of the Hall effecto wbich'take place at the same time. so far
n-InSb Is,
the only semieonauctor exhibiting quantum oscillation of the
thermoelectric power.
Comparison of-the magnetoresistance.and the thermDelectric-power
curves (Fig. 1)
Calld

Acc nR; AF6w2655
APA

made for tbepurposeof disclosing their
'

phase relations shows that the
Maxima of

'PO
both curves occur at the same field val-

N-2
ues, with a periodicity
A(I/H) 3 -8

k 10-5 oe-1) which'agrees.well with the

-5
theoretical estimate A(l/H) 7, x 10,

H, kOe
oe". 7he dragging effect is
manifest
42
-
in the value of the thermoelectric power

-without
the*field-. in the case of iso-

tropiescattering by
ionized-inpurities,
Ac&

the thermoelectric-power coefficient of

the
Investigated sample should Mve been-
-

ao, 23. jAv/deg, as against; tb6
experri- ~
6
1;
tFig -1 Magnetoresistance (bp and
9~

aI4 obtained a0 $
yv/dego ~.Accord-

~ Va.
magnetothermoelectric power (
L 'MO)

ing to theory and experimental datap the-
the transverse magnet
lintensity of ic ... ....

activA of the dragging effect should be.
afield for polycrystalline n-InAs (2.0,-x

f ield A
come stronger with increasing
-
-X -6 - ceritration 3.4 x
2.8 50 mm) with I on

-large
osallation..of. the, Hall coefficient
'101e:cg-3 and Mobility 2 X 3D4
CM2/V-sec

of n- _1nSb was obBerved.near the zero max-

IMUM of the
trano"ree wgnetoresivtance~

2/3

L 29623-66 EWT(l
ACC NP: AP6018539
AT
SOURCE CODE: UR/0181/661008/006/1776/1786
AUTHOR: ;Bresler, M. S., Parfenlyev, R. V.;.Shalyt, S. S.
%_
ORG: natitute oZ Spmiennductora. AN SESR. L2gingrad (Ilistitut
poluprovadnikov
AN SSSR)
TITLE: Qu ntum osYllation of the,thermal emf in n-InSb
SOURCE: Fizika tverdogo tela, v. 8, no. 6, 1966, 1776-1786
TOPIC TAGS: semiconductor research, semiconductor alloy, indium
compound,
oscillation, thermoelectric property, magnetic effect
ABSTRACT: Quantum oscillations of the transverse and longitudinal
magneto-thermal
emf were experimentally investigated in n-type InSb at helium
temperatures. The
dependence of various kinetic coefficients on the intensity of the
magnetic field
was carefully studied. Spin-dependent splitting of the Landau
energ spectrum was
detected in samples with an electron concentration of 3.1 x 1016
cm- . The g-factor
was calculated from the value obtained for the spin. It was found
that spin-
splitting is larger in the longitudinal fibld than in the
transverse field, and that
the effective g-factor in the longitudinal field has a value close
to the expected
(50). The phase shift of oscillating coefficients of the
longitudinal and trans-
verse magneto-thermal emf and the rules governing the increase of
these coefficients
in the region of the quantum limit were also determined. A
comparison of experi-

L 29623-66
ACC NR3 AP6018539
mental data of the transverse magneto-thermal emf with the theory
suggests that.an
important part is played by the effect of electron drag by
phonons. Orig. art. has:
8 figures and 8 formulas. [ZLI
SUB CODE: 20/ SUBM DATE: :03Nov65/ ORIG REF:. 013/ OTH REF: 0141
ATD PRESS

L 11392-6-1 (1) (M) /M0. M /M IJP(c) AT
ACC NR: AP7000394 SOURCE CODE: uR/0386/66/004/009/0348/0352
AU711OR: Bresler, M. S.; Parfen'yev, R. V.; Red'ko, N. A.;
Sha2,vt, S. S.
ORG: inst-it-11to of B)cmiconductors, Academy of Sciences SSSR,
Leningrad (Institut polu-
TITLE: Wernst effect in n-InSb in a qua~tizing- magnetic field
SOURCE: Zhurnal eksperimen~allnoy i teoreticheskoy fiziki. Pis'ma
v rodaktsiyu.
Prilo2heniye, v. 4, no. 9, 1966, 348-352
TOPIC ViGS: Nernst effect, indium compound., antimonide,
magne~oresistance, galvano-
magnetic effect, low temperature research
U
ABSMICT: Mis is a continuation of earlier experiments (FTT V. 8,
1776, 1966) 'where
i-u was shown that quantization of the energy spectrum of the
electrons of indium
anti,nonide placed in a strong magnetic field becomes manifest at
low temperatures in
an oscillatin.- field dependence of a number of kinetic
coefficients. Since some of
these results cannot be explained by the existing theory and call
for further study,
the authors have investigated the thermomagnetic Nernsteffect in
n-InSb. The experi-
nerrtal conditionz (temperature, carrier density, range of
magnetic fields) were such
that they observed for the first time oscillations of the Nernst
effect in a semicon-
ductor, and were also able to follow continuously the sharp
decrease or the Nernst
coefficient in the classical region of strong fields (uH/c >> 1),
its transition in
the region of quantum oscillations (j ;~ h >> kT), and the
subsequent transition to the,
Card IZ2 1 -

11392-0571
ACC NR:--- AP',1000394
0
region of Lhe quantum limit (M