SCIENTIFIC ABSTRACT POLYAKOV, A.L. - POLYAKOV, A.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001341930001-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 15, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L- 34977-65'---
-APSOO 363'
ACCESSION-W
62
ENCLOISURE:

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idge:arms
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ing'of- .
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-
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--i

; 8' ce themo
coppei~.rod -
ivacuum
14 1 's top co,; ks 15',~ 16 20
am ules---viith ;Iidsorb
p en*~;21
If -f
urmu
ce 22 circulating
pump

ta~d 4/4 L

ZHURAVLEV, L.7.; KISELEV, A.V.; WIDINA, V.P.; _I~Q4YAKOV, A.L.
Deternination of surface and internal "structural water" of a silica gel
by th!! deuterium exchange nethod with mass spectrometric control. Zhur.
fiz,khim. .117 no.10:2258-2205 0 '63. (AURA 17:2)
1. Institut fizicheskoy khj.mii AN SSSR i Moskovskiy gosudarstvennyy uni-
versitet, khimichaskiy fakulltet.

FOLYAKOV A.L.. inzh,,; YELIZAROV, karid.teklui.nauk; VOLKOV, S.V., irizh.
1 .9
- - - - - - - - - - -11
Streaves arising in the heating o-f a atemapipee from austenitic steel-
Teplomergetika 10-no.2:65,.73 F 163. (MIILA 16:2
1. TSentral2nyy nauchno-dissledovatel'-skiy institut tekhnologii i
mashinostroyeniya i 1-bokovfk-,4 energeticheskiy institut.
, 8 Leel)
(StaaMI)4 peo) (pipe ~

MELIKHOV, V.L., inzh,,; POLYAKOV, A.L., iazh.
Electropneumatic brake of the N60P electric locomotive.
Elek. i tepl. tiaga 6 no.10:8-9 0 162. (MIRA 15:11)
1. Novocherkasskiy elektrovozostroitellnyy zavod.
(Railroads-Brakes) (Electric locomotives)

~ II ~z
s/oq6/63/ooo/oo2-/oo9/013'
E193/E383
AUTHORS: Polyal~ov, A. L. , "'jigincer, Yelizarov, D.P. , Candidate
j C T e i en c es and Vo lkov, S. V - , Engin e or
~;trcsses ill aiist -:!nitic-st eel steam-supply line during
warriin,-4-up staz~e
Teploc.-nergetilra, no. 2, 1963, 69 - 73
T v'XIT: (,perational c:-I-p(,,ricnce in steam power plants, urorking
tuider conditions of hi_gh steam prossurc and temperature, shows that
ill a"Stellitic stcalil pipes are not reliable as they are liablel
to crack in service. According to sonic authorities, these failures
are caused by internal stresses due to thermal expansion and the
object of the present investigation was to check the validiLy of
this view by determining the stresses set up in the stearn-supply
lille ill the warming-up stage. The nicasurements were conducted at
a_ power station on steam-supply pipes (29 min in diameter, 27 nim
v* ~,,U thickness) originally made of steel :)~J-257 (EI-257), some
Portion!; of which had b(.,eii replaced during general overhaul by
steel J.;'.'L8RI2-r (1KJil8NI2T) and 1X18(191- (lKhl8N9T) pipes. Th e
~sl.rain measurcipents were duplicated by using both mechanical and

S/096/63/000/002/009/013
Stresses in .... P!,193/C-383
urire resistance strain gauges, tile former being a8plied In the
entire steam-temperature range studied (20 - 520 C), tile use of
the latter being restricted to Lemperatures below 400 0C. Only
the axial nt-railis t: were measured, tac corresponding axial stresses
being given 'by:
E
lie
(Va + t
wh er eE is the elastic modulus, Ii the Poisson ratio and C
the tangential .4-rain. Approxima t evalues of c were obtained
froin Eq. (3), the magnitudo of the tangential stress c( b eing
preliminarily determined from- t
p 2
01 = - 2 -
100 p 1
(11)
2
where p is the steatzi frequency (kg/cm ) and P is the o.d./i.d.
ratio, equal in the present case to 1.33- Measurements were
Card 2/4

s/oq6/63/ooo/oO2/009/013
in El 9 3 / E3 8 3
condtieting during, the x---arming-up stage lal3ting about 140 h. In
ir,ddition to axial strength in the critical parts of the steam-
~m )1j1.3, line, the temperature mid rate of heating of the pipe walls,
A0,117) pres.~~Ure, load on the generator and several other parameters
rocorded. The summarized rSSLlltS are reproduced in Fig- 3,
whel-C tile axial. Stress q (Rg/mm ) in the pipe is plotted against
the test temperciflure (00C), curves 1 and 2 relating, respectively,
to re:~Ults c.-iven 13Y the wire resistance and mechanical sprain
The recorded value of 0 1 at 520 0C was 5 hg/mni taking
a,, - 21
the calculated value of 0, as - 5 1C I,/ mm the shear stress
t
0 and the radial stress on the i%mll surface cy = 0 , a
r
value of 11.77 kg/nim was obtained for the reduced stress in the
1-1 u 1) p. ;ince the pel;missible stress in austenitic steel tubes at
570 oc is 7.7 hg/mm-, the results of the present investigation show
that crackinl-I of the welded joints cannot be attributed to
cnce!~sively hi_gh, thermally-induced stresses. Failures of the
welded joints are probably caused by a combination of factors,
illClUdill,fl, the weakening eflfecL of the welding operatiA on the'
hc~-it-afl'ected zone and the preicnce in this zone of additional,
Card 3/11

6/096/62/000/002/009/ai'')
-I, I 9'i / L."3 6 3
illtormil !Aros!3es, not talcon into account in the Calculations and
iiot revealed bw the strain meamiroments as applied in the prosent
invo,sti-ation. There are 3 rip
_;ur m;
AS";CCIATION:
Pig.
TsNIITi',ASh - 1..:FI
Card 4/4

P~IIYAK- A. L.
a 1~
P-72- lrj~ 1 G.~ 1, !,Olloicr,
illflucnoc u,
on,
r,-,0 'c: -L icall",
r:1 c ro
~'ho 0-.-.*
by bz =4!:;~
ncc;,-

TAc i;odiflonlion of

th~- abaoluto nr-nuli. oZ
cr."Uration
JU
incd'.~Tablo 2). t 11 3: 1)3

roprocantod by ':ic D:-,? oquaLiwi- r,
10.2!i Imol/.2, C 164. In o.2

oonforma to Falcay and Hill

Picroo (rv'orenco veo bolo-,-,) thin 7 5
). It io poir;Lcil c-~'
1.30/10(;(P/p
z
to aotorm5mo tho rrl'cifto rnw-'..-
oilioa with (I cua.-f.
point, coclor"'11., 'o c.,
in -mol/c ar~~ v v
C:n-J, 21A -2

v. D.
-I 17t 5~13i
96c).
a:7-f.a in
b-r L

KOZWV, Yn.K., inzh.; POLYAKOV, A.L., inzh.; SOKOLOVA, S.L., inzh.
Cast insulation from MM-1 compound fsr instrument transformers.
Test.elektroprom. 31 no.2:12-17 F 160. (KIRA 13:6)
(Ilectric insulators and insulation)
(Electric measurements)

KOZLOV. Yu.A.; IPOLYAKOV, A.L.
New synthetic materials used in manufacturing transformers.
Biul. tekh. ekon. inform. no.9:5D-53 '59. (MIRA 13:3)
kResins, Synthetic) (Rectric transformers)

USIOR/Medicins - babolism, Pulsonary Say/Oct 48
Hadicine - X-Ray, Diagnosis
"Septic Pulmonary Embolism," Maj A. L. Polyakov,
Mod Corps, Cand Med Sci, Okrug Mil Hosp No 289,
Faculty Surg Clinic, First Leningrad Med Hosp,
10 Pp
"Terapev Arkhiv" Vol XX, No
Discusses 23 case histories. Concludes that
Palmonary embolism In patients vith septic diseEses
does not Indicate persistent clinical symptoms.
Necribes procedure for X-ray diagnosis.
31AM7

POILYAKOVI AJM.
RenoT-malizatlon of realdual c-urrents by d1starbi-nee n!' aymetry.
[As',, v red. ?hur. ekspor. I tc-6ret, fiz, 1 no,,2?~27-29 Ap, l6c"
(MIRA 18.10)
1. Mt:skovsk".,v fi7.Iko-t.akhnlchE!skJy InstAtut.

0-
L 00758-66 0-8 (m)/T/aJA(m)-2
ACCESSION NR: AP50111198 UR/0386/65/001/002/0027/0029
AUTHOR- P101yakov, A,, M.
TITLE: Renormalizat!;on of residual currents by destruction of symmetry/-"
SOURCE: Zhurnal eksperimental'noy i teoreticheskoy fiziki. Pis'ma v redaktsiyu.
Prilozheniye, v. 1, no. 2, 1965, 27-29
TOPIC TAGS: mathematic analysis,p~rticle physict i~enormalization
ABSTRACT: A previoun study-of the effect which octet assymetry has on the strange,
vector current in the SUM 8-multiplet indicates that the corresponding vector
constant is not renormalizable. Strange current and octet disturbance are vectors.
from the standpoint of V-isogroups (Okun', L. B., Preprint ITEF, No 298, 1965). In
this paper the authov derives expriassions for the change in current of the V7.spin
i4hen V-symmetry is d6stroyed. 1'2be author is grateful to I. Yu. Kobzarev~"'A' A.
A., Migdal and K. A. Ter--XartirosA~-for consultation." Orig. art. has: 6 formulas.
ASSOCIATION: Moskovskiy fiziko-tekhnicheskiy institut (Moscow Physicotechnical
Institute)
SUBMITTED: 03Mar65 ENCL: 00 SUB CODE: NP, MA
NO REF SOV: 002 OTHER: 001
Card

ACCESSION NR: AP4012547 S/0056/64/046/001/0213/0217
AUTHORS.-. Gurvits, S. A.; Migdal, A. A.;_Eoly!k i~,, A. M.
TXTLEt Boundary energy of a Fermi gas in a potential well
S~URCE: Zhurnal eksper. i teoret. Ifiz., v. 46, no. 1, 1964, 213-217
A
WPIC TAGS: Fermi gas, quantum mechanics, potential well, quantiza-
.on, Fermi energy, boundary Fermi energy, neutron Fermi energy,
avy nucleus Fermi energy, Fermi nucleus
STRACT: A quasi-classical quantization condition is obtained for
spherically symmetrical potential and is used to obtain the first'
t
two terms of an expansion,of the number of particles, expressed in
the form of a function of the Fermi-gas boundary energy,, in powers
of the dimensions of the system for this potential. The method
given makes it possible to make similar calculations for any poten-
tial well with &,diffused edge. By regarding nucleons as a Fermi gas
Cmd 1/3

APCESSION NR: AP4012547
'An such a potential, it is possible to apply:the results obtained
tq a calculation of the boundary energy of Fermi nuclei. The final
can be represented in the' form
+A
;Ire f (x) -is given by-
SM0,S) 0.53 -.0.54 0.50 0.58 060 062. '064 066 068
1 20 1 0 t 00 0 00
I(s)w1,741 1,71 1,51 1,50 1,40 t51
and which is istccurate to within i--2 MeV. Orig. art. hast 26 for-
mulaso
ASSOCIATIONs Moskovskiy fiziki-tekbnicbeskiy institut (Moscow Physi-
.eatechnical Vistitute)
Cwd 2/3

KROTOVAY N.A.; MCROZOVAJ, L.P.; POLYAKOV, A.M.; SOKOLINA, G.A.;
STEFANOVICH, N.N.
Study of -the various types of adhesiveness. Koll.zhur. 26
no.2.-207-214 Mr-Ap 164. (M~IRA 17:4)
1. Institut fizicheskoy khimii AN SSSR, Moskva.

AUTHORSi Ginzburg, Ii. I., Polyakov, A, M. 57-28-5-19/30'
TITLE: Electrical Prope-r-t-i-e-s-ZT--L7rtr-TfUn-,- Nickel and Cobalt Film. .3
(Elektricheskiye svoystva tonkikh plenok zheleza, nikelya i
hobal I ta)
PERIODICALs Zhurnal Tekhnicheskoy Fiziki, 1958, Vol. 28, Nr 5,
pp. 1029-1031 (USSR)
ABSTRACTs The electrical propaties of thin iron- and nickel films were
investigated in the papers (Ref 1-3). In order to obtain more
pure and homogeneous films, the authors employed the method
of heating the evapor&ting metal by means of electronic im-
pact, Thereby, the conta:i-Anation by material from the crucible
it-as excluded. The resistance of the film was measured at room
temperature, at 780K (liquid nitrogen), 20.4-140K (liquid
)Vdrogen) and from 4.2 to 1.650y, (liquid helium). For the M-ea-
surenient of the resistance of comparatively thick films a po-
tentiometer with a high resistance was used~ It ivas possible
-to measure the film resistance immediately during the cond.en-
sation process, during which the evaporation conditions were
kept as constant as possible. By means of -the modification of
Card 1/3 the capacity which was sprWad 1,;Y the evaporator, it was pos-

Electrical Properties of Thin I.-on, Rickel and Cobalt 57-28-5-19/30'
Films
sible within certain limits to measure the currant intensity
of the atoms condensigg at the surface. Figure 1 shows the de-
pendence of the quantity 1/R on the exposure period for cobalt
at three different condensation conditions (I _ III)
I . The
temperatuxe dependence of the resistance of films with diffe-
rent thickness exhibiting a resistance varying from a fevr
dozen ohms to several megaohms was investigated. Thinner films
increased their resistance with a reduction of temperature
(figure 2). The character of the modification of the film re-
sistance was dependent upon the thickness of the film. It must
be mentioned, that in the papers (Ref 1-3) all films without
exception increased their resistance with a temperature reduc-
tion. In order to examine the assumption (Ref 5) on the pos.
sible occurrence of superconductivity in thin films of ferro-
magnetic metals the electric resistance of all produced films
was measured down to 1.0650K inclusive. From the curves (figure
3) it can be seen, that the resistance of thick nickel films
does not change at all in the temperature interval of from
4.2 - 1.650K. Thinner films, however, increase their resistance
Card 2/3 with a temperature r6duction. The authors are indebted to A.I.

Electrical Properties of Thin Iron, Nickel and Cobalt 57-28-5-19/36
Films
Shallnikoy for his attention paid tothiB work. There are 3
figures and 5 references, 2 of which are Soviet.
ASSOCIATIONs. MGU, Fizicheskiy fakulotetY Kafedra fiziki nizkikh temperatur
(Xoscow State University, Physics Dept.* Chair of Physics
of Low Temperatures)
SUBMITTEDs October 21P 1957
J..Thin films--Electrical properties
Card 3/3

- 2-4. E 4-1 1 '7 (-M )GO)
Q 4 IV 11 a.
ACC NRi AP6024521 SOURCE CODE: UW0386/66/004/002/OC~7-4-/06~ilI
AUTHOR: _kqjjMLoy A, 14.
ORG: none
TITLE: Some consequences of the algebra of weak and electro netic currents
SOURCE: Zh eksper i toor fiz. Pialma v redaktslyu. Prilozhenlye, V. 4, no. 2, 1,0661
74-77
TOPIC TAGS: quantum electrodynamics, beta decay, pion, electromagnetic interaction,
algebra
ABSTRACT: On the basii: of the hypothes by Y. Nambu (Phys. Rev. Lett. v. 4, 380,
196o) that the axial ciLrrent of 0 decayls rigorously conserved in the limit when the
pion mass vanishes, and under tFe Fassumption that weak and electromagnetic currents
form an SUN x SUN eagebra, the author obtains several relations that are valid in
the limit as the pion irass vanishes. These formulas relate the axial and vector cur-
rents, the sum of the ddagrams transforming the initial particles into two pions, and
the momenta of these p:1ons. The main result is an approximate formula
f2g CIA
"(no - X+A-7) = J(q - q) 0W-1-(10 - 7 + 7')
vhere f is a factor, M the Feynwn amplitudes, and q and q' are the momenta of the
final pions, 7 the photon, y' the "isovector photon,'! and m and p their polarizations.~'
Card 1/2

ACC NR: AP6024521
Possible corrections due to the Iower two-pion states are estimated. The author
tbanks M. Baker, A. A.,Mjgdal, and K,,A, oyan for usentl discussions.
Orig. 8~; ~.has: 3 figures ana 13 formulas.
SUB CODE: 20/ SUBM DATE: VYAy661 ORIG REF: 001/ OTH IIEF: 002

POLYAKOV, A.M.; KROTOVA, N.A.
"Plachanoelectron" emission intensity during the break-off and
deformation of polymer films. Dokl. AN SSSR 151 no.1:130-133
J1 163. (MIRA 16:9)
1. Institut fizicheskoy khimii AN SSSR. Predstavleno akademikom
A.N.Frimikinym.
(Polymers) (Electrons--Emission)

L -11123-6_3 ~E~R/EWP(J)./EPF(c)/E~T(I)/EWT(m)/* ASD/AFFTc Pa-4/Pr-4/
c 4 - RM
ACCMSTM APP-13518 510090163115110011013010133
AMORt Polyakov. Krot!Wa,~ N. Ao
n of the Intensity of W�ch�M1ec&rQnjMj A-4-
Inire tigatio the
tearing off, and defg)rmatlonof polymei films
SOURCM~. AN BSSR. Loklady., v,,. 151" no, 10 1963P 130.133.-
..-;,TOPIC TAGS: exoeleiitronic emission mechanoelectron,*mechano--mission polymer,
film.
'~~ABSTRACT: Investivitions have'.been made of fast electron emissioAs resulting
from ruqYtured,, strW~ned, or otherwise mechanically broken bonde'vithin solids
-i or between two adheiiively Jo -Kibeterials. This"type of emission called
I'mechanoemission" 'trr the authors, yields electrons with energies up to hundreds
:.of thousands of electron volts. Measurements were made by means of specially
constructed instrum(ints using electron multipliers with wide sensitivity ranges-,
Examples of results.obtained include data on the electron emissiaa from a me-
chanically treated 1;'atta-percha film, which even 1-1.5 hr after being torn off
from a substrate atill, emitted.about 100 pulses per second,' A significant

ACCESSION NR: AP4023500 3/0069/64/026/002/0207/0214
AUTHORS: Krotova, N.A.; Morozova, L.P.; Polyakov, A.M.; Sokolina,
G.A.; Stefanovich, N.N.
.TITLE: Investigation of various types of adhesion bonds
SOURCE: Kolloidny*y zhurnal, v9 26, no. 2, 1964p 207-214
TOPIC TAGS: adhesion mechanism, adhesion bond, interface erosion,
chemosorption, donor acceptor interaction, functional groupt electron'
emission, semiconductor surface conductivity,,surface modifi-'
cation, high 91)eed semiconductor-, germanium
ABSTRACT: In order to deteirmine the mechanism'of adhesion, several
1 henomena'at the polymer-solid substrate interface were investigated.~
p
Adhesive bonds resulting from diffusion processq,,s in which the in-
terface is eroded, from the formation of a new phase on the sub-
strate by the polymerization of organometallic compounds, and from
chemosorption on the interface leading to the formation of a double
electric layer are discussed. By IR spectroscopy it has been
established that adhesion of polymers is largely due to chemical
Ca~rd 1/7

ACCESSION NR: AP4023500
donor-acceptor interactions. The adhesion can therefore be control-
led by rational selection of the function groups of the adhesive
and substrate on the basis of their donor-acceptor properties. A
number of functional polymer groups were arranged in series accor-
ng to their ability to impart a positive charge to the surface on
1
bstrate (i.e., decrease in their donor
tearing the film from the su
properties). A method was worked out for determining the effect of
the functional groups of the polymer by measuring the intensity of
electron emission formed by the breakdown of the adhesion bond
between the po'lymer and the glass substrate (figs. 1 and 2). There
are changes in the characteristics of a semiconductor upon formation.;
of adhesion borids betwi.-.-en it and the polymer; the part played by
esponsible for the degree of
the functional groups of the polymer r
Charge of the surface was investigated. The surface conductivity
in the field effect of germanium crystals modified with alkyl-
chlor.osilanes (fig. 3) was determined in an apparatus shown in fig.4.'
Modification significantly changes,(reduces) the high speed propert-
F ie's of the semfconductor surface. Orig. art. has:
.;V7

ACCESSION NR: AP4023500
ASSOCIATION: Inatitut fizicheskov khimii* AN SSSR, Koncow(Inatituto of
Physical Chemistryj AN SSSR)
SUBMITTED: 03Aug62' DATE ACQ1 ..15AP~04 ENCL: 04
SUB CODE: oc, w; NO REP SOV: 009 'OTH&R3jJ001
ATD Puu, 3044
Card 3/7

AC~ESSION NRt *P402.3500 ENCLO .SURE:01
N, Lmp/bec
log Rig, le Diagram of a recording of,
N'tmp ec after-emLssLon of electrons with
gutta-percha- fLlm torn aval.frou.
-109 .. .
glass
ago
j T'Mln
A
4/7 - - -----

ACCESSION NRs A114023300
IN
ENCLOSURE1 02
Yig. 2. Curves of the relationship,
of the-Lntensity of after-emission
to time for dLffe'rent polymers after.
removing from glass
Nitrile rubber. 2 gutta-percha,-,
'3 carboxlyato rubber
le Tab
Card 5/7
J

ACCESSION NRI 14P402'3500 ENCLOSUREs 03
VOL&
Fig. 3. Surface conductivity in
the field effect for sample of ger-
manium, modified with alkylehloto-
silane, The dark (1) and light (2)
7--, curves were obtained.by the method
of atetic photoconductivity. Picture
taken.from oacillograph.screen
6/7

_M
ACCESSION NRI AP4023500 ENCLOSURE 04
2
Fig~. 4. -Rloqk diagram of.apparatus
for measuring surface conductivity
in the field effectby the fixed
conductivity method
-'Generator, 2 - voltmeter, 3
samplep 4 - electrodes, 5 - poten-
tiometer, 6 - amplifier, 7 - conden-
ser, 8 - oscillator, 9 - radiodia-
gr.am, 10 phase scanner.
Card 7/7

POLYAKOV, A.M.,, lnzh.
SealLng cracks in internal combustion eneinp. blocks. Transp~ strci.
14 n0.,".'51 J1 t64. (M-IRA 18.1)
Efficioncy experts suggest. lbid.,.52

FOLYAKOVI A.M ,--inzh.
Welding cast iron. Mekh.stroi. 19 no.7:20-21 J:L 162.
(HIRA 15:7)
(Cast lror,-4elding)

GURVITS., S.A.; 14IGDALP A.A.; POLYAKOV, A.M.
Boundary energy of a Fermi gas in a potential well. Zhur. eksper.
i teor. fiz. 46 no.1:213-217 Ja164- (MIRA 17:2)
1. Moskovskiy fiziko-tekhnicheskiy institut.

-J~QLYgOy,-A.Iof., inzh.
CoId welding of cast-iron parts. Transp. stroi. 12 no.8:51
Ag 162. (Cast iron-Welding) (MIRA 15:9)

SKCRODUHOVO GoorLviy Yevgealyevich; SMIMIOV, Mikhail Petrovich; PETRUNIN,
Ivan Ivanovich; POLYAKOV Aleksandr 1-fikhaylovich; RYBAKOV,A.K.,
inzhener. redaktor
[maintenance of narrow-gage railroad track&; experience of workers
on the BaJ.tLc line] Soderzhanie zhelaznodorozhnogo putt uzkoi ko-
lei; opyt puteitsev Baltiiskol dorogi. Moskva, Goe.transp.zhel-dor.
izd-vo. 1955. 109 p. WRA 9:3)
(Railroads. Harrow-Grauge)

. IYAK0173 '. ~*'
PC ti '11 .
Machine-Tractor Stations,
Kundravy Machine-Tractor Station is help'LnE collectiv.--- farms establish a permanent feed
supply. Korm. baza 3 iio. 6, 1952.
9. Monthl List of Russian Accessions, Library of Congress, September 1952tOIA, Uncl.

1. POLYAKOV, A. 11.
2. USSR (600)
3. Machine-Tractcr Statims
4. Petukhovo Machine-Tractor Station in the struggle for a high level of agriculture.
Sov. agrorroo-No. 12 - 1952.
9. Mont List of ARussian Acessions. Library of Congress, Februar , 190. Unclassified.

1. POMAYOV, A.M.
2. USSR (600)
4. Windbreaks, Sbelterbelts, Etc.
7. Along the state shelterbelt from Kamyshin to Stalingrad. Les.khoz- 5 no.10,
~ 1952.
9. Monthly List of Russian Accessions, Library of Congress, January -1953. Unclassified.

POLYAKOV, A.M. (Vyandruskiy rayon, 3stonskoy SO).
There is plenty to learn at this experiment station. Nauka i pered.
op.v vol'khoz.7 no.1:32-35 Ja 137. (KLaA 10:2)
(Istoni&--Lgricultur&l experiment stations)

4
3
ORG: none
TITLE: Spontaneous violation of strong interaction symmetry and the absence of
zero-mass particles
SOURCE:' Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v. 51, no. 1, 1966,
135-146
TOPIC TAGS: vector mesonvFeynman diagram, quantum electrodynamics, C invariancey
Ro9,R,rjejF_ 0&,x~PtHIIL09T.142AI~ P094e7-1(?A_F dA(77*e#9erfOAf
ABSTRACT: The existence of zero mass particles in the presence of spontaneous
violation of symetry is considered. Summation of all Feynmen diagram yields an
equation which is identical to the Bethe-Saltpeter equation for the wave function
of a zero mass scalar bound state (zeron) in the annihilation channel ib of the
particles for the difference between the mass operators Ma(p)-k(p) of particles
a and b in a supermultiplet. It is shown that in spontaneous vidlation of
symmetry in a Yang-Mills type theory with vector mesons, the zerons interact only
with virtual particles and hence are unobservable. On the other hand, vector
mesons acquire a mass despite the generalized guage invariance. It.is proved that
an asyn-tric solution corresponds to a minimal vacuum energy .and that a cons'eqilentj
of C-invariance of the solution is the conservation of strangeneo3. Orig. art.
has: 26 formulas. [CS]
SUB CODE: 20/ SUBM DATE: 30Nov65/ ORIG REF: 003/ OTH REF:.010,
Cnr.4 I /1 1%1 rp

FOLIAKOV, A.Re
Method.- for preparing thin sections from soil-for.-dng rccks fsr
micromarphametric measurements. Pochvovedenie no.9:86-90 5 165~
(141RA IS: 10)
1. Moskovskiy gosudaretvonnyy pedagogicheskiy institut -Imni Lenina.

ACCESS ION NR: AR402;1229 S/0299/64/000/002/KO15/KO15
SOURCE: RZh. Biologiya, Abs. 2M77
,,AUTHOR: Polyakov, A. N.
TITLE: Characteristics of the regeneration of ossoous tissue after surgical
treatment of traumatic osteomyelitis in irradiated animals
`!CITED SOURCE: Tr. 1-y konferentsii molody*kh ucheny*kh po vopr. travmatol.
..d ortopedil. (Tr- Tzentr. In-t travmatol. I ortopedil, 23). ~-, 1963, 356-360
TOPIC TAGS: radiation, radiation sickness, bone, bone regeneration. osteomyelitis
ABSTRACT: Rabbits were irradiated with a dose of 900 r, after which an open in-
fected.fracture was created In the radius. On the 4th day after the trauma, the
~wound was treated surgically followed by application of antibiotics. After the
appearance of osteo-,nyelitis, sequestrectomy was carried out, with or without the
replacement of the diaphysis by a lyophilized transplant. Radiation sickness was
found to aggravate the course of infected osseous fractures (retarding the regenera-
;,tion of osseous tissue, osteomyelitis). Radical iequestrectomy with the use of a
lyophilized transplant gave fairly good results and had a favorable effect on the
1/2

ACCESSION NR: AR4027i:29
regenerative processes In the bone. K. Timashkavich
DATE ACQ: 14Feb64 SUB CODE: LS
ENCL: 00
Card
2/2

KISLIK, V.A., doktor tekhn.nauk, prof.; STUDENOK, Yu.A., kand.fiziko-matem.nauk.,
dotsentq,POLYAKOV, A.H., inzh.
Increwl-ing the wear resistance of the pistons of a D-50 diesel loco-
motive engine in the area of the upper grooveis. [Sbor.trud.] RIIZHT
no.31:226-297 161. (~HRA 16:12)

Fc~~1~iKTJ. i'l-l".
carb-orjaLe formati-.-ns '-r, loose deTloz;--~s c-l' the
trans-.1ral ra.gion. Nau--h. dokl. vys. .shkoly; biol. riauk I no, 1:
202-206 '65. 041F,~ 18:2 1
1. Rekomendovana kafedroy obshchey fizicheskoy-geogra-fii Moskov-
skogo gosudarstvennogo pedagogicheskogo instituta Im. V.I. Lenina.

USSR
For--,stxy,. Fc-r,--f3t Maro--P%-ri-nt.
v~,: jr T
RZhBiol.~ NO. 2,1959, Nr~, 616!L
A U, TI C RZ
r in e V/ D t a C-) n C i 1 r-ni c:
iiar.7 , ile , and Eve-jl:-(-
?JB. NTFAncl,,ii. dokl. vyssb-. shko.'ty,
1 , 29-34
ii P 3 mu, C T t Ac,~,o.-dinqg to the data of
-olantatione in
;;Ia(d:pIrska7a Ohl:~c-t
K
Q! 7 r
I an t 41
1, 1~
C: I el
.1, ~t there was a very clo-- rc
.,0-,-,t uni or-, (Corre,-~! tion
('6 e ' we e n, 1-1 he d i a me t c::r- o f t t r ank r~ t
th I
of 'he chc:-~4-- a, d ~ha cli-;meter or ~he
On th-is basis ilt is z?,3sumed tha-~ in
of -,h,:- ki.nd t-tiere is -k
3-:str~biitions of trrms i-r;-
COUNTRY
."AITC
TOES
g!~, jc)up. P7,hBioi., No., ',)f1959) N,~.
A ILI T YJ 1") p
TEII-E,
OPIG. PUB.
jtB'SITR~CT ter of the crovin. of rr.-IqtjVr--
dia,7.-eters of the crov;n and snbsecuenf, i-ranhical
deriction of the n-amber of crov.,ns occurrine: foi-
each relative sta-e shov.,ed that, the citrves i-'or
different experimental fields had the sa,;-,e char-
acter, similar to --iax~aellls curve. Wi-~.,bin the
-lentral sta.-,:~e of the width the distribution of
gate of the tree crov!ns for rel~i~Jve
tii-ic aggre,
staaes Droceeded like the curve of nornal
f
tri~ut i-on. Variation of the diaminter c,'. Hre
Card: 2 /3
-0

POLYAKOVP A. N..1, Candidate Agric Sci Was) -- "Invest Igati on of the rate of
growth of the largest pine plantings of Vladimir Oblast". Moscow, 1959. 15 PP
(Min Higher Bdue USSR, Moscow Forestry Engineering Inst), 150 copies (KL, No
25, 1959, 137)

CHERNYAYEV, M.P.,, prof., otv. red.; AVDEYEV, V.Ya.., dots., red.;
POLYAKOV, A N dots., red.
[Abstracts of papers read at the Methodological Conference of the
Mathermtics Departments of the Pedagogic Institutes of the southern
part of tm R.S.F.S.R.] Tezisy dokladov.]Nauchno-metodicheskoy kon-
ferentsii matematicheskikh kafedr pedagogicheskikh institutov iuga
RSFSR, 2d. Rostov na Dorra., Rostovskii na Donu gos. pedagog. in-t,
1960. 105 p. (MIRA 15:4)
1. Nauchno-metodicheskaya konferentsiya matematicheskikh kafedr
pedagogicheskikh inatitutov pga RSFSR, 2d. 2. Rostovskiy pedago-
gichet-kiy inatutyt, (fk* Cbsxqpqwi bwk"vv POILyakov).
(Russia, Southern-Matheinatics)

NOYUTM, Antonin: POLYAKOV. A.P., red.; RCKANOV, A.V.. red.; RUMYAIJTSIV,
A.M., red.; TRCPKIN, N.V., red.; FADOSIM, P.N.. rod.; SWIN.
U.N., takhn.red.
(For the victory of peace and socialism. Report to the llth
Congre3s of the Commnist Party of Czechoslovakia on the activities
of the Central Coiudttes and the main tasks of the present. Armed
with the results of the 21st Congress of the CPSLT, forward, to the
completion of the socialist construction of our country] Za pobedu
mire i sotsializaa. Otchetnyi doklad 11 s"ezdu KommuniBticheskoi
partii Chakhoslovakii o deiatellnosti TSentrallnogo Komiteta i
glavnyij sadachi takushchego moments. Vooruzhennye itogami XII
Oezda KPW, vpered, k zaversheniiu stroitel'sta sotsializma v na-
:hei strana. Moskva, Goo.izd-vo polit.lit-ry. 1960. 141 p.
Transloted from the Czech. (MM 13:12)
(Czechoslovakia--Bconomic policy)

l~~IATIONU

MB GOES
owd

'N"

F-c

l

,. POLYAKOV, A.P.; ERIVANSFYV., L.A.; SITUYKIN" N.I.
Dehy&.-ation of n-propyl(2-naphthyl)carbinol. Neftekhimlia 5
(?/,TP,4 19:2)
no.6:.345-849 N-D '65. -
1. 14c,,3kovskiy gosudarstvennyy universitet imeni Lomonosova,
kafed:ra kbimid nefti. Submitted I-larch 30, 1965.

VASTNI G.G.,, kimri. tekhn. nauk, dotsentj POLYAKOV, A,11.p starshly propodaviLel I
Kinema-,Acs and dynamics of basic elements cf ar, autrrrj-tir-.
variab'.~e-speed gear transmission. Izv. vys. ucheb. zav.:
m-ashinostr. no.3;79-87 164.
1. Ghe.lyabinskiy politekhnichoskiy institut.

Cow%try : LISSIR
Catv(,cry: Fcrestry. Cultures.
Abs Jour: Wh-uiol-, Nu 11, 1958, No 48794
Iris L S:J011tif LC lk:f1L:RrC',) LASt - of P.17riculture iii the
Zy.trer.-.L- N,)rt',. .
i,,,, Fu-rest Strips at t' e Yvi.z-l'ski~ya ACri-
cultunal Stotilon.
OriG Pub Dyul . nauclm,:)--'U*,ll' n . inf or-m- N - -:L - j.:,,-t s Di
K-ayn. Sevura, 1~1'57, No 2, 44-46
;,'ostr--ct: No abstract.
K
Card : 1/1

TOREZ, Moris EThorez, Maurice]; ROKANOV, A.Y., red.; RUKYANT:ZV, A.M., red.;
TROPKIJ. N.V., red.; FEDOSMV, P.N., red.; POLYAKOV, A.P.. red.;
SERBIF, Ye.K., toklm.red.
[New d,3t& on the pauperization of French workers] Novye dannye
ob obnishchanii trudiashchikhoia Frantaii. Koskva, Goo.izd-vo
polit.-I.it-ry, 1959. 84 P. (tUgii 14:1)
1. Generalln7y sekretarl Frantswakoy kommunisticheskoy partii
(for Torez).
(France--Labor and laboring classes)
(France--Cost and standard of living)

0 LYAK OV, 1-1.
PHASE I TREASURE ISLAND BIBLIOGRAPHICAL REPORT AID lE4.1
10,0010
pp:
Editorial StAiff t _1
Editort None Tech. Ed.: Done
Editor-in-4"hieft None Appraiser: None
Otheres The chapters *Plastics, lacquers and cements" w&s written by the
withor and I.K. Polyakova, Candidate of Technical Sciences
P,
Text Data
Coverage: The book covers n6nmetallio'chemically resistant materials, both
inorganic and organic, used for the manufacturing'of equipment for
chemical industries. The following inorganic materials are mentioned:
basic refractories, acid-resistant silica cements, acid-resistant con-
crete, ceramic ware, fused rock, silica glaaff, quartz glass, and
enamels. Organic materials mentioned aret plastics, lacquers, cements,
1/2 2(0309
BOOK Call No. TAL07.P6
Author: POLYIJIOV~ A.P.
Full Title: 11ONMETALLIC CMIICALLY RESISTANT MATERIALS Und ed.) M
Transliterated Title% Nemetallichaskiye khimicheski stoykiye materialy
Publishing Data d
Originating Agency: None -_ J-11-
Publishing House: State Scientific-Technical Publishing House of Che cal
Literature (GOSKHIMIZDAT)
424 No. of copies:
Date: 19~2 No.

Nemstallicheskiye khimicheski stoykiye materialy AID lE4-I
rutber, wood, coket coal, and jet. Testing and use of the materials
are discussed. The book might be of interest.
Purpose2 A bDok for engineers employed in the chemical industry or in the
assembly and designing of chemical equipment.
Fatilitiest Wames of Soviet scientists are mentioned.
go. of Russian and Slavic Referencest 3-40 (1931-1952)
Available? Library of Congress
2/2

P., Cand Agr Sci -- (diss) 'Significance of the structure
I , ,
-EQ~~2vll J-nT.
of &vb~F-ehrub fio 0 belte in the forest tundra of the lower
Coure"r 0-01." Len, 1958. 18 pp (Min of Higher Education USSR% Len
Order of Lemin Forestry Engineering Acad im S. 14. Kirov), 100 copies
(XL, 18-r,-8, 101)
-83-

POII-';TSKIY, A.T.; POLYAKOV, A.j,.
I ting ' he ;not - on of tlry-, re a ctor of a I e. -,
I , ~ 1.
I
Teon, mush. i mi,~'wL. rio-98 ,1 ~?):14.1-1 50 164.

POLYAKOV, A.P., starshiy propodavatell
InveBtigating t.-he mcvc~ent c,' an inertia variable-speed
converter i.Bed as a dynamic clutch. Izv. vys. uchob. zav.; r4-
shinofitr. no.8:72-81 164.
(IMIRA 17:13)
1. ChEdyabinskiy nolitekhnicheskiy Institut.

SHUYKIN, N.I.:: ERIVANSKAYA, L.A.; KOROSTEUVAP G~,S.,-
TranCormal"Jorm rif in ff'
alwni.na-,-(~hromip- izv,AIN SSS'R.F~r,kr.An.
2218 1650 (MIT?" 18?-12)
1. MoolKovskiy gosudarit-vennyy universit.-it. Submitted A pr 4; 1
20, 3065.

POLYAKOV, A.S.,
Ph7sic:&l nature of apparent resistance. Razved. i okh. nedr 26 no.9,
34~38 3 160* (14IR:;L 15:7)
1. lAiningradskiy filial Vsesoyuznogo nauchno-issledovatellskogo
instituta geofizicheskikh metodov razvedki.
(4ectria nroanectirg)

ZIBENBERG, A. I.; ~OLYAKOV _S.
___ _A.
Aut,.,nation of a cylinder block shakeout section. Lit. proizv.
no.1.0:21-24 0 162. (MIRA 15: 10)
(Foundries--Yiuipment and supplies)
(Automation)

POLYAKOV, A.S.
-- . ... ...
Semiautomatic machine for the removal of fins from cast turbine
bladeii. Lit.proizv. no.9:16-17 S 162. (FIRA lrj:ll)
(Foundries-Equipment and supplies)

S/I 6;/62/030/006/0-1 06/093
D2 2 8 / D71 04
:,o -iya-;.r--ov,
'12 1. ~ Li' 1, O,ppo,---uunities and ways of increasing -.he
Hess oP geophysJcal prospec-ng 'or ore dcpos-*-,.s
'.:~-ODT-LL: 'IeferatJvnyy --hu-nnall, Geo-fizika, no. 6, 1962, 20 a b-
..3tract 6-PL142 (Sov. geologiya, no. 10, 1-961, 42-57)
C>
r2---'-KT Tor re,17-ional investi.-ations the mezhods are aerom-atal-ne-
tic su--!,veyln~~ ana :rravinetric, seismic and elec-Uric
_nC ~ Uae S,"rije~r-
o r e x p, o s siruc-uures and perspec-tlve areas ihey J 1
in:,- wi a T-aeromagnetometer, gravimeiric pros~act-ling, the
of '----'L2rlh-'LreqUency sounding, metallometry, and hydrochemistry. In
searches Por iron ore deoosits the chief teclvmAques are mametic
and ~,ravimetric surveying; in the quest for copper-nickel ores ,e
main are aeromarmetll'c "Jurveying gravillnetric, electric
C~l 07 U
an,~ mao-natic vorozpee-Ving; -4L--,i the case of depths -he chief
tecliniaue is radiowave translucence in conjunction with drilling.
eromagnetic and aero-gamma-surveying, magnetometry, metallometry,
,
L- C) 0
C'ard t/3

Obnortunities
S/16 02/vAO/0006/0106/097
D228X3,04
cappameury, gravimetry, surface gamma-surveying, and electric pro-
1 0 - Q -
s~~ectixig are the main methods for seeking polymetual ores; in deep
C>
searches the principal technique is drilling in conjunction with
in-~,erlh.olle radiowave translucence. Ma-netic surveyinc- is the main
method of seeking stony bauxize variezies; for non-magnetic clayey
varieties of bauxi-ke a number of indirect nroblems arb solved by
u~ae net.,_-ods ol'. aeromagnetic survey-n,-, e -3tric prospecting and
e pro- ore geo-
Dccasionally seismic surveying. Desp ', - gress o-I
physics, there are a number of unsolved problems: see.k_ing deeply
CD
of base and rare metals; s or weakly- and non-
ying ores earching
C>
=~_G'Yletic varieties of iron ore; direct searches for ore deposits.
Increasing: the effective-ness of geophysical worill- should proceed
in -.hree directions: the -oerfection of the techniques and the me-
thods o4~ o-eophysical investigations; equipping the geophysical set.-
vice wiUh modern, highly productive techniquoi3i and inareasing tho
oxacutorla a ualificat ions. The author reckons that it is necessary
Uo use seismic surveying when seekin-o' ore deposits in order to
solve structu:.-al-tectonic and mapping problems. Electric prospect-
znn:- -- -he leading method of ore geophysics -- is confronted with
_~__ 11 U r~ 0

and wa s S/ 16 9/6 2/0 O/Oo6/0 -~ 6/3 -
y
in v:-, c cr 0 ',r, c! 1
U. n
0'
d
C:L6c~ Of weld Uc n:.-
c
C.
3 f
--c)c '~3
-Y -s
c
20auc Z-
10 ra 2-S L
,)u a ;,o-e s S 0 0 r. d urn
L, ,-,! t,
of J~e 07 -- - - -. *, a -,-, -U. ve
-Ul *-.,I i n e ra 1c o n -U -~ n - -
t accord4n:.-
L -u 3 da-~a
r IV 0 n in --~. - -1, -
a 0- e 0 -3" S - c al OP ~ra -. 11 on s
L
developed -~oo, jyj ever S) --', - u ernt~ te spaces should be
y :)Oss-;,c)-,e i-.ray. I -~erls noze: Com-
--Ds urac
e -U a -Urans -. ac"I
-7
Card -5/3

POLYAKOV, A,,S
Representing the results of the determination of the physical
proporties of rocks by means of variation curves. Razved. i
okh. nedr 27 no.,2;50-53 F 161. (MIRA 14:5)
1. lAiningradskiy filial VsesoyLtznogo nauchno-lasledovatellskogo
instituta geofiziki.
(Rockn~~AnEtlysis)

OVIRCEMIN, V.Vl; PIRKIN, I.A.-, POLYAKOV, A.S.; OCHICIN, D-V-
m "'
Methad for calibrating scintillation gamma-spectrometer. Prib.i tekh.
ekep. no-5:126-128 S-0 160o (NIEL 13:11)
(Scintillation spectrometry) (Calibration)

ZIBMIBZRG, A.I.; POLYA~OV, A.S.
Semiautomatic machine for trimming burrs and flaws of crankcaBes.
Avt.prom. no.4:37 Ap '60. (MIA 13:6)
L.GorIkovskiy avtozavod.
(Grinding machines)

15 7 1/.~ / O(A') 68216
40, 5(4) S/07 6/60/005/02/002/04 5
AUTHORSt -NeF,;neyanov, An. N., IofEL, B. Z., B004/BO16
PEiMv, A. S.
. . . ......................... . ....
TITLE: Pre:3sure of Saturated Vapor of Solid Indium Antimonide
PERIODICAL: Zhu:-nal neorgaricheskoy khimii, 19602 Vol 5, N'r 2, pp 246-248
,;R)
(US,
ABSTRACT: The measurement of this pressure was made by a modified method
of Knudsen (Refs ",I,) by adding Sb124 and In"14 at-t-
I OMUC41a-
turir-s between 636 and 7200K. The two with a-ct-4-.'(1
isotopes added were fused together in quartz capiillaries, The
radiograras taken by Yu. P. Simanov at the khimicheskiy faki,11-
tet 14GU (Chemical DepaTtment of Moscow State Univeraity) con-
firm the occurrence of one single phase of !nSb. The con-
denizate obtained on determination of the vapor pressui-e was
trai;sformed into sulfiles the activity of which was measurei.
The value of the vapor pressure of InSb determined by ev-ap,-~-
ration of radioactive In is by far higher than the value I&-
sulting from the determination of the evaporated Sb (~Tabl6a 1,2,
and Fig). The values obtained by measuring the evaporated' Sb
Card 1/2 are practically in agreement with the pressure cf the saturafed

68216
Pressure of Saturated Vapor of Solid Indium S/078/'60/005/0-2/002/045
Antimonide B004/BO16
val-or of pure metall-ic Sb (Ref 7) whereas the -vapor pressure
determined by In correspcnds with that of so!--'d InSb. Prior
to evaporation, a partial disso-c-iation of the cc-,rnpound
The vapor pressure above the s.:)lid InSb equals the vapor p-eS-
sure of the vietallic Sb plus the vapor pressw,e of InSb. The
vapor pressure of the nietallil- in is negligible at the temp,--ra--
tU37es applied. The authors point out that the determination
of the vapor pressure with freshly prepared InSb gives in-
creased values. By pulverization of the substance, a distur'---anoe
of the crystal lattice occurs, and a crystal surface with ex-
cess energy is formed, as it was likewise ob~,erved in As 20
and ZnAs (Ref 11). There are 1 f-L'6-ure, 2 tables, and 11 ref-
2
erE!nces, 6 of wh1ch are Soviet.
SUBMITTED: January 12, 1959
Card 2/2

85360
S/120/6o/ooo/005/034/051
E032/E314
AUTHORSg Ovechkin, V.V j Pirkin, I-,,A., Polyakov, A.S.
and Ochkin, D.V, -1 ---
TITLE:
Method of Calibrating a Scintillation Gamma-spect.-
rometer /I
PERIODICAL: Pribory i tekhnika eksperimenta, 1960, No. 5v
pp. 126 - 128
TEXT: The conversion of the areas under the photopeaks in
scintillation y-spectra to the total intensities of y.-rays,
for a medium-sized NaI(T1) crystal and energies E 300 keV,
can only be carried out if the y-ray specTrometer Y is
calibrated in a preliminary experiment. This calibration is
usually carried out with the aid of standard y-ray sources
with energies close to the energy of the y-rays under investi-
gation. However, such standard y-ray sources are not always
available. Calculated data suitable for calibration purposes
and applicable to the many practical cases, are largely not
available either. An absolute calibration curve covering a
wide energy interval can be obtained for a scintillation
y-spectrometer with the aid of y.-sources whose intensities are

85360
S/12o/6o/ooo/005/034/051
E032/E314
blethod of Calibrating a Scintillation Gamma-spectrometer
not standardit~ed, provided each of them has a number of
y-lines with known intensity ratlos, including soft y-quanta
with energies 100 keV (Ref. 1). By definition, the
efficiency (relative aperture) of a y-spectrometer for y-rays
of given energy is given by e = S/N f(EY) where S is
the counting rate in the photapeak and N is the total
intensity of y-rays of the given energy emitted into an angle
of 41'%r. The ratio of efficiencies for hard and soft y-rays
emitted by a given source is then?
ei/eO = (SiIS0 )(N0IN i) M
where the subscripts i and o refer to hard and soft rays,
respectively, Since the soft y-rays are absorbed in the
surface layer of the NaI(TI) crystal (for example, for
EY = 90 keV 7.5 cm" ), it follows that F-0 = S 0IN0'~:-: W0
Card 2/6

8536o
S/120/6o/000/005/034/051
E032/E314
Method of Calibrating a Scintillation Gamma-spectrometer
wher-e W0 is the relative solid angle subtended by the crystal
at the source, The magnitude of S 0 must of course be corrected
for the absorption of soft quanta in the crystal envelope and in
the source, ats well as for the fraction of K x-rays of iodine
which escape from the crystal (Ref. 2). Thus, the solid angle
W can be calculated from.,
0
(1) C) = 1/2 11L - R/ \1 R2* a21 (2)
where R is the distance from the source to the crystal
(diameter 2a). S i/S0 can be measured directly and N iIN0
can be obtalned from published data. Substituting the values
for the various quantities in Eq. (1) for a number of y-sources,
one can obtain. the calibration function E = f(EY ) for a given
geometry. The authors have measured this dependence for a
NaI(Tl) crystaL, 40 mm in diameter and 50 mm long, placed at a
Card 3/6

85360
S/12o/6o/ooO/005/034/051
E032/E314
Method of Calibrating a Scintillation Gamma-spectrometer
distance R = 5.3 cm from the source (Wo = 3.2 x 10-'2 The
following y-sources were employed:
Hg 203 (Eo 71 keV, E1= 279 keV, (XK = 0.159 (Ref.3),
N - N1= O.IL4)
CS137(E 0 32 keV. E1 = 661 keV, cxK = 0.11 (Ref.4),
N *NI= 0.072)
Ce 144 + Pr 144 (E 80, E 134, E = 700, E' = 14go,
0 2 3
E 2180 ReV; N 0~,NI-.N2*.N3-N 4 =7~2:15.3:3.56:0.56~1.44
(Ref. 5),
Se 75 (El = 140, E 270, E = 400 keV~, NIN -N = 123:141~22.3
0 1 2 0 1 2 (Ref. 6).
Card 4/6

85360
S/120/6o/000/005/034/051
E032/E3i4
Method of Cal3.brating a Scintillation Gamma-spectrometer
In the first %wo cases the ratio N :NI was calculated from
OLK taking inl:o account the fluores~-ence emitted from the
K-shell (Ref, 7), As can be seen from Fig. 1 all the
experimental points except for the 134 IceV y-rays from Ce 144
lie on the continuous curve and agree with the four calculated
points EY = :!8o, 661, 1330 and 2620 keV (full circles) which
ifere obtained by combining the data taken from Refs. 8 and 9
and applying them to our geometry. The experimentally determined
functi.on f(E ) was confirmed by control measurements using
Y 226
the following y-ray sources Ra daughter products (E 0 = 610~
EI = 350, E2 :: 770, E3 =1120, B4 176o, E5 = 2?,uu keV, VN,
NI.-N -.N -N 2N -N lOOg62,5:18.7,,45,3-54-3:21.5 (Refs.10,11~;
0 1 2 3 14 5 =
I131(El = 64o, E = 364, E = 720 keV, N12N ~-N ii~62100~2.4
0 1 2 0 1 2 (Ref. 12).
Card 5/6

85366
S/12o/6o/ooo/005/034/051
E032/E314
Method of Calibrating a Scintillation Gamma-spectrometer
Since the intensity of the y-rays in the soft part of the
y-spectrum for these isotopes is not well known, F- was
normalised so that c6lo ~ 7.3 x 10 -3 and E 64o 27-0 x 10-3
In addition, it was assumed that 6 14o ~ 2.7 x 10 in the
case of Se 75,"~The y--ray spec;lrum was measured with the aid of
a 100-channel kicksorter (PA.1-100 (AI-100)). A typical
y-spectrum (Ra 226 in equilibrium with its /,9de*:;ay produzts) is
shown in Fig. 2. There are 2 figures and 12 referen,--es,
1 Swedish, 1 Italian, 4 English and 6 Soviet,
Acknowledgments are expressed to L.T. Polyakova for assistance
in the measur(!ments,
SUBMITTED- July 17, 1959
Card 6/6

FAKLTUTIH, LYE,.; OVEGHKIN, D.V.; OCHKIII, D.V.; FOLYAKOV, A.S.; KHOWLEVA,
Z.Kl
Production of the radioactive isotope Kr 85 and investigation of
its -,O-radiation. Zhur. eksp. i teor. fiz. 39 no.4:991-992 0
16 0.1 (MIRA 13:11)
(Krypton--Isotopes) (Gamma rays)

S/056/60
11004/307 0
AUTHORS: Nalchutin, I. Ye , Ovechkin, V. V., Ochkin, D. V_
Polyakov, A. S., Khoduleva, Z. K.
. . . . ... ... ... . .................... ... . ...................,
TITLE: Prf~paration of the Radioactive Isotope Kr35 and
In,testigation of Its Gamma Radiation 7r/
PERIODICAL: Zhiirnal eksperimentallnoy i tecreticheskoy fiziki, 1960,
Vol--39, No. 400), PP. 991-992
TEXT. Kr35 was obtained by dissolving neutron-irradiated uranium 'in
nitric acid and ':y separating chromatographically by active carbon
at 770K the gase:z liberated from moisture, nitrogen oxides, and radio-
active iodine. F(:r the measurement of emission, Kr35 was filled in a
plexiglass cylinder with an aluminum foil. bottom. The yield was
determined from -the ratio kY = NYINV where N Y, NP are, respectively,
the numbers of 517 kev gamma quanta and of 0 particles emitted per unit
time in the solid angle 4n. The beta radiation was measured by an
Cvj-20 (SI-2B) ccunter, and the garrma radiation by a NaT(TI) -~~intillatnr
Card 1/2

8h397
Preparation of the Radioactive Isotope Kr.~ S/056/60/07,?/V),,~.i-!1 51"AP,
and Investigation of Its Gamma Radiation B004/BO7c;
9,q /i
and AW-100 (AI-1_,~Oj' analyzer. The gamma yield of Kr35 wag found to be
(0-41n.o6)% per lecay. This value is significantly lower than that
given by H. Zeldes et al. (Ref. 1). The authors cheoked the data by
measurements on 1,13" and cs134 whose gamma quantum yielld is exactly
known~ There are ~ references: 3 Soviet and 3 US.
SUBMITTED; May 23, 1960
Card 2/2

KLIMOV, Tu.M.; OHIKIN, V.V.; ANISI)(OV, N.J.; BARSKOV, I.M.; VINOGRADOV,
Tu.V.; UAVRILOV. A.N.; GAUKHMAN, L.A.; GOLOV, A.P.; GOLIDMO,
L-S-; GIMMNIKOV, G-I-; YRFIMOV, A.N.: ZALUTSKIT, H.S.; ZATTSIVA,
A.T.; ONTRYSH, A.I,; KANDARITSKIT, V.S.; XAPRANOV, I.A.; KOVALEV.
N.I.; KOVALHVSKIT, K.A.; KOLOSOV, A.F.; KRIVOV# A.S.; KRYLOV. R.M.;
LZVITAS;. A.G., KALTGIN. K.A.; MORALEVICH, Tu.A.; MOTYLEV, A.S.;
HASTAROY, X.V.; NIKOLISKIY. 1.V.; ORLOV, G.M.; ORLOV, Ya.L.;
_A. S.; RUBIN, V.I., SVANIDZF
PARENSLET, VX; POIJAXQTj~ C, K.N.;
STRIGIF. I.A.; TAKOTIV, K.F.; TRUBNIKOV, S.V.; CHIRNYSHIVA. L.N.;
CIMSHOLOV, N.Te.; SHAMBERG, V.K.; STMMILIN, S.G., akademik, red.;
ANTOSIRIKOVA, L., red.; MIKAICE-TAN, E.i red.; KUKHIN, Yu.. tekhn.red.
[Dictionary of the seven-year plan from A to Z] Slovarl semiletki
ot A do IA. Hook-va. Gos.izd-vo polit.lit-ry, 1960. 397 p.
(MIRA 13:7)
(Faissia--leonomic policy)
I*

USSR / Foreatry. Forest Crops. K-3
Abs Jour: Ref Zhur-Biol., No 6, 1958, 24913.
Author P(
Inst �)t given.
Title Px-otective Forest Cultivation in the Dry Steppes.
OrIg Pub: LeBn. kh-vo, 1957, No 51 58-65.
Abstract: MKperlments of the Kamysbinskiy mechanized forestry
(1949-1956) on creation of the state forest-zone
Kamyshin-Stalingrad has shown that of the arboreal
species used in plantings, the following have dis-
tinguished themselves by the best acclimatization:
on chestnut solonetz soils - the small-leaved eln,
and the green ash (oak on these soils generally per-
ished during the winter); on carbonate soils of
chalky marl - the small-leaved elm and tanner's
sumac (the Crimea pine, transplanted on these soils
Card 1/2 46

POLYAKOV, A. S.
-......... I.."
PossibilAties of increasing the effectiveness of geophysical
prospecting for ore deposits. -Sov-geol. 4 no.10-42-57 0 161.
(MIRA 14:11)
1. Vseijoyuznyy institut razvedochnoy geofiziki.
(Prospecting-Geophysical methods)
(Ore deposits)

BUGROV, Stepaa Vasillyevich, ; ZIWAKHIN, Arkadiy Ilikiforovich, ; POLTAKQV,&-
A1.OksajAr-3eaenovich,: GOD=, Te.D.. red.; SHAKHOVA, L.I., red. izd-va,;
BACEURINA A.M., tekhn. red.
[Work Dractices of mechanized working circlea(Kavvebin, Stepnoye.
Koltubijnka). Opyt raboty mekbanizirovannykh leskhozov(4myshinskogo.
Steonogo i Koltubanskogo). Moskva,'Goslesbumizdat. 1957. 55 P.
(KIRA 11-12)
(Forests and f orestry-Equipment and. supplies)

POLYAKOV, A.S..
Development and distribution of productive forces in districts of
Northorn European Russia during the sixth five-year plan, and tasks
of economic geography. Izv. AN ESSR.Ser.geog. no.6:70-78 N-D '56.
(M1RA 10:1)
1. Inntitut geografii Akademii nank SSSR.
(Russia, Northern-Rconomic policy)

USSMbeopivailos - Elo.,tropro:~,x-vtIn- HarlApr 53
"r lw P.
,wviov of 'Instrixtims for.:,' tropmspectLne," 0. Ivanov) (r-viLnjer)
Is Ak Hauk SSS-f-:* Ser ~*eafizp No 29 pp 193-L95
Favorable review of b:ok "Instructions for -lectrop-rospacting.-O (Instruktalya po
Eloktrorazv6dke)j puVlishod by the Main Geophysics Admin, Min of Geolo,-j USSU,
Moscows 1952; 130 Ppo 8#000g copies, price 4*30 rubles* Co-authors are A. S.
Sumnov,, A. V. Ves'3ev, A. S. Folyakova and N. I. Shakhov. tAitor is A. 14.
2agarmistr.
A 254T82

RGIAROV, R.T..; FOLYAKOII, A.S.
Autonatic press for trimming valve ams. Avt. prom. 30 no.il,
38 74 164 (MIRA 18.-2)
1. Gor~kovskiy avtomobillnyy zavod.

3(528)
AUTHOR:
TITLE:
PERIODICAL:
ABSTRACT:
Card 1/10
SOV/26-59-3-1 2/47
Polyakov, A.S.
The- European North (Yevropeyskiy sever)
Priroda, 1959, Nr 3, pp 71 - 50 (USSR)
This is a description of the northern part of
Eu:c-opean USSR in its geographical, climatic and
economic aspects. After outlining the huge dimensions,
thi:,- borders and climatic conditions, the author
states that the European North possesses great re-
se:r,ves of coal of high quality,, petroleum, natural
ga;:,., bauxite, potassium salt, peat, phosphorites,
non-ferrous and rare metals. The development and
study of the natural resources began immediately
after the October Revolution. Since 1918, the Pech-
ore coal basin has been studied and over 30 coal
dez,osits, such as the Vorkuta, Inta, Syr-Yaginskoye,
Khall^mer-Yu, . etc., have been discovered. The general
g)ec.-logical reserves of the Pechora coal basin a-mount