SCIENTIFIC ABSTRACT POPOV, A. F. - POPOV, A. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001342230009-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


&l.rsel.ins of reac~+,ions complicated by the effect, of
Kin.4. lat. 6 no.30.51~-55~7- My-.!-- 265,,
(MM 189.10)
y unive-raltet
1. Marlkovskly gosudarstwenny-

IAIZIRM-90M KPIXMW Wo '. . ~ 11 - ?%tLWj;'7 - I - i
DEMIRKHANOV, R.A.; GEVORKOV, A.K.; POPOV, A.F.; KHORASANOV, G.L.
Use of decaying plasma in the microwave signal detection. Radioteekh.
i elektron. 8 no.8:1489-1490 Ag 163. (MIRA 16:8)
(Microwaves)

1. 1~1177~-~ -z

, a
-- -- - . - , --- ....- - -

POPOV, A.G., inzh.
Control of the fouling of boiler heating surfaces in Rest
German power plants (from "BW,* no.10 1955). Blek.sta. supplement
n.o.6:16-20 N-D 157. (MIRA 11:2)
(Ger=wy, Iket-Boilers)

POPOV, A.G., inzhener.
Zfficient systems for feed-voter tubing. Zlek.sta. 28 no.8:2-4 Ag '57.
(MIRA 10:10)
(Boilers)

S/096/61/000/003/001/012
E194/E155
AUTHOR: Popav,__~.Gt_Engineer
TITLE: The Influence of Ultrasonic Vibration on the
Combustion of Carbon
PERIODICAL: Teploenergetika, iq6i,~-No- 3,.PP- 8-10
TEXT: The use of ultrasonic vibration to intensify
combustion was proposed in 1946 by Kubanskiy (Author's Certificate
No.66283) and the only known experimental work on this subject was
.carried out in Hungary in 1953. The Hungarian results are briefly
reviewed, but were rather inconclusive. The present paper is a
report of a study of the influence of ultrasonics on the
combustion of carbon. A gas-jet static ultrasonic generator of
the Hartmann type was used in conjunction with a parabolic
,reflector. Rods of electrode carbon 5 mm square were placed at a
distance of 80-90 mm from the resonator, and fed from a 1200 W
step-downtransformer. 'The cross-section of the rods and their
arrangements were chosen to provide favourable conditions for
,comparing the effect of ultrasonics with that of natural diffusion
The sonic output was determined from the sonic pressure measured
Card 1/3

s/o96/ft/ooo/oo3/001/012
E19VE155
The Influence of Ultrasonic Vibration on the Combustion of Carbon
with a pie zoelectric receiver, of which brief details are given.
Tile temperature of the reactive surface of thecarbon rodwas
measured with an optical pyrometer, or at temperatures below 800 OC
with a chromel-alumel thermocouple. The carbon rods were weighed
before and afterthe tests. The surfaces of the rods were also
photographed with a magnification of 60 diameters. The nature of
the surface hardly changes during combustion in the kinetic region,
which in this case is up to 600 OC. In the temperature range '
750 to 800 OC the diffusion factor commences to take effect and
there is,,a.change in the condition of the surface,. which becorpes
uneven aj-:d covered with microcracks. The reasons for this are
briefly -discussed. A graph is plotted of.t.he change in weight and
it is shown-that starting from a temperature of about 800 0c up to
1600-0C a sonic field of 0.085 W/cm2 causes an appreciable increase
in the rate of combustion and a sonic field of o.414 w/cm2 a
fairly substantial increase. Changes in the surface condition of
the carbonare described and it is concluded that in an
Card 2/3

PO PO
AID P 2o6o
Subject USSR/Electricity
Card 1/2 Pub. 26- 2/29
Authors.~ Kaganovich, S~.A., Kand. of Tech. Sci., Chalenko, G. N.,
Eng"Popov, A. G., Eng., and Kirillov, S. I., Eng.
WWI"'
Increasing economy in milling Moscow basin coals
PeriQdical:, Elek..sta., 4, 6-11, Ap 1955
Abstract The article describes-the operation of ball ifti'lls for
culm at one of the Moscow Regional Blectric Power Plants
and recommends some improvements to save pulverized coal
inthe milling process. A description of the Soviet-made
ball mill with pertinent data is included. The separator
was designed by the VTI (All-Union Technical Institute),
and has a well-organized venting of returned pulverized
culm. Its efficiency and capacity are presented. Various
tests of venting returned pulverized coal with different
loads In the ball mill.are-described, and the consumption
of power needed and detailed data on the returned pulverized

KUSHNMNKO. K.N.; POPOV, A._G.,-,_KOROTAYEV, G.V., gornyy inzb.
Development of the Lebedi open-pit mine. Gor.zhur, no.9:5-10
s 16o. (MIRA 13:9)
1. Yilial Institute, gornogo dela All SSSR na Kurskoy wknitnoy
anomalti. 2. Naeballnik Lebedin8kogo rudoupraylentya
(for Kushnerenko). 3. Glavnyy inzbener rudoupravlantya Lebedinakogo
(for Popov).
(lebedi, (Balgorod Province)--Mining engineering)
Olursk lkgnetic Anomaly)

Plig
POIPV, A.G.; SHCHEaBATYKH, I.M.
--------------
Method of checking the phase of the power supp17 in adjacent rail
networks. Avtom.. telem.i svias' 4 n0-3:22-24 mr 16o.
(MIRA 13:7)
1' Starshiye inzhenery laboratorii oignalizataii i svyazi Yugo-
~
Ostochnoy dorogi.
(Railroads-.;-Xlectric equipment)
(ZLectric measurements)

MRAW-M-1--
26174
3104#611000100610131019
C111/C222
AUTHORs Popov, A.Ge
TITLEs On the construction of the initial pair of approximations
in the method of Chaplygin-for differential equations of
first order
Reforativnyy zhurnal. Matematika, no.6, 1961, 21-22,
abstract 6T 176. (.Tr.Rostovsk.-n/D. in-ta lnzh.zh-d.transpe,
1959# vyp.28, 83-99)
TEXTs In the introduction the author given a short historical
survey of the methods connected with the method of Chaplygin. Then
the _;~M-TM uses the method of Picard, he varies the right-hand side of
the i.Ujj1on Y, W f(X,Y) and obtains arrangements for the construction
of the TT1tial approximations for the method of Chaplygin. Three
examples -,ze given.
~vnrm_rrls notes Complete translation.]
Card 1/1
ping 011�111 M Ji4

S102 61/136/001/034/0257
B004YB056
AUTHORS; Mardaleyshvili, R. Ye., PopoLr, A.__G., Nikisha, V. V., and
Yakushin, F. S.
TITLE: On Two Types of Elementary Reactions in the Catalytic
Hydrogenation of Olefins
PERIODICAL: Doklady Akademii nauk SSSR, 1961, Vol. 136, No.1, pp. 155-158
TEXT: A paper by F. N. Semenov, V. V. Voyevodskiy, and F. F.Vollkenshteyn
(Ref. 1) gave rise to the present investigation. In the former it was
assumed that the free valences upon solid surfaces lead to the formation
of so-called surface radicals. These cause heterogeneous catalysis. The
authors completed this assumption by assuming formation of two types of
radicals: C H 4+ 2cat*',;z-CH -CH + cat"-Z'CH -CH
2 1 2 2 1 2 ( 2
cat (a) cat cat
CH -CH ;~~ CH CH
+ H I CH (2). The radicals (a) are bound to the
2-CH2 2 3 - 2- 3
cat cat cat cat (b)
catalyst (cat) by two electrons, the radicals (b) by one electron only.
Card 1/6

On Two Types of Elementary Reactions in the S/020/61/136/001/034/037
Catalytic Hydrogenation of Olefins B004/BO56
The latter.recombine with hydrogen according to the scheme
9H -CH + H --4 C H + 2cat* (3)- However, also disproportionation processes
2 3 2 6
cat cat
should occur besides the processes mentioned, if the assumption of surface
radicals is correct: CH -CH + CH -CH CH -CH + CH=CH (4);
11 2 2 1 2 2 1 2 3 1 2
cat. cat cat cat
9H -CH + CH -CH -->CH -CH + C H (5);
2 3 2 3 2 2 2 6 + cat*
gat cat cat
2-CH 3 + CH 2-CH2---> 'UH=CH2+ C 2H 6+ cat* (6). On hydrogenation of a
I I
cat cat cat
mixture of two olefins, such a disproportionation would lead to products
which do not occur in the case of separate hydrogenation of a single olefin:
CH -CH-CH + CH -CH --4 CH =CH-CH + CH -CH (7). On these conditions
3 1 2 2 1 2 2 1 2 3 1 2
cat cat cat cat
the following predictions are made: 1) In the case of joint hydrogenation
of ethylene and propylene, the ratio w 32/W23 of the initial reaction rates
Card 2/6

On Two Types of Elementary Reactions in the S/020/61/136/001/034/0'177
Catalytic Hydrogenation of Olefins , B004/BO56
will be smaller than w 3/w2 (ratio of the initial rates i n the case of
separate hydrogenation of the two olefins). 2) The difference between
w32/w23 and w3/w2 will decrease with increa Ising hydrogen pressure because
then recombination of the surface radicals with hydrogen atoms will be the
chief process. 3) The greatest difference between w 32/w23 and w 3/w2 must
be observed at low temperatures, at which olefin concentration on the
catalyst is higher than in the case of high temperatures, and therefore
the portion of disproportions will increase. In order to check these
assumptions, joint hydrogenation of ethylene and propylene was carried
out in a circulation device with electrically heated platinum wire as
catalyst. Reaction was studied by means of a pressure-gauge (measurement
of pressure variations in the system) and mass-spectroscopic analysis of
the reaction products. The experiments were performed at 525 mm Hg, a
ratio of olefins: hydrogen = 1 : I to I : 20, in the temperature range of
0 - 2800C. The results are presented in Table 1. They confirm the assump-
tions and predictions made by the authors. Two types of reactions occur
on olefin hydrogenation, namely recombination and disproportionation.
Card 3/6

On Two Types of Elementary Reactions in the S/020/61/136/001/034/037
Catalytic Hydrogenation of Olefins B004/BO56
Besides, the results may be taken a proof of the existence of surface
molecules. There are 2 figures, 1 table, and 7 references: 2 Soviet,
8 US, 5 British, and 1 Japanese.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet im. M. V. Lomonosova
(Moscow State University imeni M. V. Lomonosov)
PRESENTED: July 14, 1960 by N. N. Semenov,,Academician
SUBMITTED: July 7, 1960

S/020/61/136/001/034/037
B004/tO56
e Ta6auua 1
4

Ct," c 114
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)

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c 60 25 25 1.00 0.645 O.3M
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20 c 100 25 2.5 i.C5 JAPO 5
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~ so 25 1.62 0. SGS 'O'CA 0.44 0.52 0.0,
4c so
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is 200 25 3.75
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32 250 1 90 0,487
1 0.73' 0,423 OA 0.05
9c 2.10 25 25 2.85 1.65 1.20 . I I
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ard
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5/6

--
---

POPOV.9 A.G.; MAMALEYSHVILI, R.A.
Self-hydrogenation of C2H4 and C3H6 in a-separate and simultaneaw
chemioorption of these gases on Pt. Fd~ and Ni films. Vest.Mosk.
un. Ser.2:khim. 17 no-1:34-38 Ja-F 162. (14IRA 15:3.)
1. MoBkovskiy gosudaretvennyy universits-t,, kafedra khimicheskoy
kinetiki. II
(Ethylene) (Propene) (Hydrogenation)

wq 4
MW
POPOV, A. G., FIREEI , S. Y., GGT,FfUS_KiaA, A. T., Y, 11., 6.
"Thermal destruction of various acrylic pol,,nners," a paper presented
at the 5~th Congress on the Chemistry and Physics of High Polymers, 22; Jan-2 Feb
57, MOSCOW, Polymer Research Inst.
B-3,034,395
:T~Z _Z

SOV-69-58-4-2/18
AUTHORS: Bresler, S.Ye., OsIminskaya, A.T., Popov, A.G., Saminakly, Yo.M.,
Frenkell, S.Ya. --------------
TITLE: The Thermal Degradation of Polymethylmethacrylate (Termiche-
skaya destruktsiya polimetilmetakrilata)
PERIODICAL: Kolloidnyy zhurnal, 1958, Vol XX, Nr 4, PP 403-416 (USSR)
ABSTRACT: The production of high-temperature macromolecular compounds
.made the study of the thermal degradation of polymers necessary.
In th'a articlejthe kinetics of degradation of polymethyl-
methacrylate is investigated. ~Two types of:PYWA were used in
the experiments, one high-molecular with No = 3,700,000 and
one low-molecular with Mo = 250,000. Figure 2 shows that the
degradation reaches 36 % at temperatures lower than 300 0 C in
the low-molecular compound, and 5-10 % in the high-molecular
PMMA. The degradation at temperatures higher than NO 0 C is
represented by Figure 3. In the course of 1-1.5 hours it in-
creases 15-30 times. The activation energy during the process
is 53 kcal/molewhich indicates a rupture of the internal
C - C bonds. Figure 5 shows that at a degradation of 50 %jthe
molecular weight is reduced 20 times. The principal cause
Card 1/3 for the reduction of the'molecular weight is not the chain

SOV-601-58-4-2/18
The Thermal Degradation of Polymethylmethacrylate
depolymerization. The rupture of C C bonds leads to the
formation of new chain endings at which depolymerization sets
in. The influence of oxygen on degradation was studied in
PMMA powder of 0.1 mm grain size and a sample of massive
PMMA of 5 mm in diameter. Molecuiar oxygen breaks the kinetic
chains and reacts with free radicals. In this reaction Iper-
oxidds and hydroperoxides are.formed which initiate new chains.
Table 1 shows that in the presence of oxygen an internal
rupture of molecular chains takes place which is, however,
not accompanied by noticeable depolymerization. The- influence
of the monomer on the degradation has been studied on a poly-
mer block of 5x5x8 mm which has been inclosed, together with
0
the monomer, in a glass flask. The flask was kept at 120
for 1 day. Figure 11 shows that the monomer inhibits de-
gradation by combining with the free radicals without being
polymerized during this0reaction. Table 2 shows that at
temperatures of 180-280 Can equilibrium is established
between polymerization and depolymerization. In the presence
of oxygen the monomer inhibits the degradation of PMMA by
Card 2/3 directing the reaction to polymerization. The degradation

Vhe Thermal Degradation of Polymethylmethacrylate SOV-69-58-4-2/18
o f P MY, A m. a Y b e i _r', h. i b4ted generally by iritroducti3n of s=all
amounts of non-polarizable compounds of the vinyl-series
(p-methoxyphenylmethacrylamide, D-ethoxyphenylmethacrylemide,
diphenylmethaerylamide, etc.) capable of producing radicals
of low activity that act as traps for microradicals.
There are 10 graphs, 1 diagram, 3 tables, and 20 references,
6 of which are Soviet, 10 English, and 4 German.
ASSOCIATION: Institut vysokomolekulyarnykh soyedineniy AN SSSR, Leningrad
(Institute of High-14olecular Compounds of the USSR Academy
of Sciences, Leningrad)
SUBMITTED: October 21, 1957
Card 3/3 -,1.. Acrylic resins--Temperature factors

BRESILSR, S.Ye.; KOTON, M.M.; OSIMINSKAYA, A.T.; FOMw~A.Q..; SAM
Thcreasing polymer thermostability by cyclization in macr.,..
chains with partial decomposition. Tvsokom.soed. I noe7:
J1 '59.
1. Institut vysokomolakulyarafth soyedinenly AN SSSR.
(Pblymers-Thermal properties)
SEEM= qtL Riz-

5- 3,F 3 1
say/20-128-6
j
40TROW , bola To.,
V.1409104h. S. A.. Co" tooding Kqobor
AM IMS. - ~JL- __ar-
TITLNJ lsbit,loo, of a ~:hmja of pairs* to by
of the S4Mosm,ro Wsocenotty by 2.&.a of the Copolya rise I an
XSQ"
Ackladr "odestil saux S33X, 1959, Vol 126, Or 6, yp 11T9 1141
013U)
&MOTUCT: it a "all qumee'sity at a *am readily 3
Ite 4"04 to a *-"or L' a polvionrizatica inhibi ti treat I
." to caused by the low r-ctivity
W
T
i
.
s
h
produced (Rat 1).
a the radical w3' %% the ea4 of a Craving 1hain with rosp*ot
1: fte Prisni7al scaoser. The latroduatlazi At a Certain uzti-
%I of a lose resati.4 scaoserr Into the aoscowr 21 is of no I.-
partamees to palyawrls4tlam kinelieta. The ~asio rutes, p4rtioular
to us praa.we or radioal p.,Iyn*ri sots on, say appear In the
th real chat. doc-Poottiost of polymers. It see to be .%;-octal
u:t is this kiAd air destruction the pr:4 a. 11ould be inhibited
:
pB..ato
G
by IsA"4W.%L&a of 4-11 quantities of of a different
f
h
C~14 1/3 eac
matt'll, into %be hosap.1yaor chain. In the as.. o

&P-diti4a of 00 110100p*lylor-A . A - A - A I AA-,
444h OISMOots-17 &at Of "Aam.r otparstion 19 acootepsal*d by the
9*810att0ft Of A from y.2ywOr radical at kh. "* %f;a. Subsequent-
I?, to* 40"'h4" "Sauss 4 0--* Of 4-40sPelitiOn Of a polymer
obatim A Ohl" 4100 DOA%Olns I-IiAka. JS Is assumed %list %~- r*4i.
eas-&' sw,4~1* a" very different with respect 10 their rsao.
SiviS31. -L - A, - AP - So - A, - A - o- --* chalet
It UO fmetical~$* is acre reactive, not only %be U.rp
.
10"94. by the ""%to. of 4 but an aiditional (- - -,I energy
3
to req,"red to.telock a link 0. In this a**, d.c.spositi.n to
us stace e . a - a - a - A- to retarded. it the Mlesa - a.
,e less rgastloo M" -&-, chalet 4oasspo4ttloa to retarded, for
"am"s, in the 01464 .3, A - At-. Thus,
U.VML Asetruallon must to ooasidorblr lahibito4 by the intro.
Aess two of even 6 saall number .1 fer.iCa links Late the acro-
:
401
0NIO of a P*Iya.r 40404poetne in the form of . chalet. Th.
1.61kiblUest Ott**% Willbe -be hUtw, the nor* the said radjasao are

O
luelimpu4sked by their roaasivity. All this I Irm*d export-
n!
Caft 2/3 mentally. figure I.ohave that the Introductic: :
r
vvn 1.51C at

Wo It"& Of "th"rylle 6014 late, the
*k411A L&AMUOS-00 the destruction kinetia& of the polymer
(Cs"do t.2). Lt a content of 1506 in the Be.
polymer. %&a 406$M4111011 Tat
18
nly about 1/5 of that of the
:12
t1:
bamovalymer (-C it "3). r Piltuv* In delivered by She
"WFX~1h4QrYI4t4 44palymer will% sothyl.mothearlic saido
(114 1- S)- Th* Increase In thermal stability of %he polymer,
10 011484117 Only soon OW with the transition from the home-

lym~ " the oopolym:V. The 4441410A of vinyl derivatives
r
. 2) for $his purpose represent$ a special On,* of the above.
are 3 figures and 4 Soviet vote".*".
&MOCIATI01; Itestitut -764k-M9X�kuIys=,Y" ao,,o4AA*AlY Ak,4*.Ll am 5391
a
(Imeul-s* of C.Spousils or the A.44 x
! r
Saisma.s. V43R)
0.101 TTAJ): July a. 1959
Cost 3/j

BRESLER, S.Te.,- OS114IIISKAYA, A.T.; FOPOV, A.G.
Thermal degradation of stereoreVlar polypropylene. Vysokom.
mood, 2 no.1:1)0-1)2 Ja 160. WIRA 13:5
1. Institt it vyqgkgcolet soyedincuiV AN SSSR.

L 32 SPY (c /SPR/B-A T im) /31UP /T Pc!--4/Pr-4/Pz-4 jAj1mVZi6
ACCESSION AP 5007419 S/0286/65/000/004/0059/0059
haylov,~N. V.; Tokareva, L. G.; Popov, A. G. Kheyfits, L. A.;
AUTHOR: Mik
Virezub,
Glymers Class 39, NO. 168425")
j4zing p(,_
D&etehiy- i ovarmvkh 2na-kov, no. .4, 1965, 59
Ur
11D P IT A G S
..S",,CerU.Aca a-met
te~ n ng S
g:.,
ypX~o- -,d ti es tha o'e tbwthdt --'-Thd --polym6rs-, &i made more resist-
py enq, an ar
att to heat a' n- d: ifght ~A 2-6 di-(tetrAydrodicyclope tadi~ l)-4-methylphenal-
-~y a ng n eny
t4 the Polymer., me .It as astailizer. The Author's Certificate also covers a modifil!
A
c-ition of this tietbod in which the quantity of 2,6-di-(tetrahydrodicyr-lopenta-
-methylphanol added is 0.1-1.5% of the weight of the polymer.
-4.ASSOCIATION.: We6pyumyy nauchno-issledovatellskogo institut isskustvennogo
-1i4)nioh- Scientific, 'tutc
' of
4T -'t t f bers); Vsescyuznyy
F-2_5eap 2. U z 0 ~ SynUetic ri
ut I
:.-_.,,,_-..:,nauchno-issledovatellskiy inst ut sinte!tWche~si naturallnykh dii histykh vesh-

POPOVY A.G.; KRUTYAKOV, V.M.
Determination of the asddaze activity of trypsin by the method
of differential spectrophotometry. Biokhbdia 29 no.5.-878-
881 JI-Ag,164. (MIRA. 18.-11)
1. Inatitut vysokowolekuIyarnykh soyedineniy AN SSSR, Leningrad.

BUSLERP SJO.- DOBYCHINO D.P.; 1,01c)v, A.G.
F
Osmometer with a porous glass membrane. Vyakom, soed. 6
no.1;22-27 Ja'64. (MIRA 17:5)
1. Institut vysokomolekii1yarnykh soyedineniy AN SSSR.

kOVALENKO., A.F., Inzb.; TRINCHER, Yu.K., inzb.; GRIGORIYEV, V.Ya., inzh.;
POPOVY A.G., arkhitektor
Unify the parameters of buildings and installations of sintering
and dressing factories. From. stroi. 41 ho.10:2-5 0 163.
16til)
.A!

BREMM, S.Te.; DOBTCHIN, D.P.; V A.G..
Use of nacroporous glass as a solid carrier in gas-liquid
chromatography.' Zhur.prikl.khim. 36 no.1:66-74 Ja t63.
(MIU 16: 5)
(Gas chromatography) (Glass)

SERBENYUK TS. A. G.
VAthod for chronic insertion of electrodes into the respiratory
center of fish. Nauch. dokl..vys. shkoly; biol. nauki no-3:
80-85 '62., (MIRA 15:7)
1. Rekomandovana, kafedroy fiziologii 7,hivotnykh Moskovskogo
gosudarstvennogo universiteta im. M. V, Lomonosova.
(FISHES AS LABORATORY AIMUS)
(ELECTROPHYSIOLOGY)

GV
DOKOVY R.D.; POPOV, At.G.; GEORGIYEV, G*4'-,n,--'14IKHAYL IV.
1-brphology of i3ome metasowtic lidd-Am. depoiltv in the Mid'an
ore region. Geol.rud.matorozh. '-"lo..j4--.2q746 eil-Ag 162.
(MM 15:8)
1. Nauchno-isoledovatellskiy geolog pri Upravlenii
geologicheskoy ra:zvedki i okhrany-, nedr Narodnoy
Respubliki Bolgarii.
(14ELdan region, Bulgaria- adfbresi)'
,'A
(Madan region., Bulgari vores)
~f 13,

... . ......
4539h
S/190/63/005/002/005/024
B101/B102
AUTHORS: Mikhaylov, N. V., Tokareva, L. G.,-Popov, A. 0.
TITLE: Stabilization of polypropylene and of fiber&'made.
thereof.against heat
PERIOD10AL: Vysokomolekulyarnyye soyedineniya, v- 51 no. 2, j63
188-194
TECT: The effects due to 0.'03 mole/kg additions of stabilizeri3 were..,.
compared by measuring the oxygen absorption of the polypropylene at 200�"
0
250, and 300 0 and by determining the effect of the stabilizers on the
od
breaking length of fibers drawn from the Dolymer at 220-2500C. At 200
.oxidation of the polymer set in without stabilizer.after an induction periom"
of 5-7 min. . The induction period was prolonged by 2,5-di-tert-butYl'-4..t
methyl P~enol,(ionol) to 20 min, by IT-24 (P-24) phenol styrene~
copolymer to 40 min, by 2,21-methylene-bis-(4-methyl-6-tert-butyl phenol):'
(2246) to 1.20 min -and by N,141-phenyl-eyelohexyl-p-phenylene diamine (4010).~_._
0 s obs rved, part
to 130 min. At 250 C a two-stage induction period wa a io-
ularly in the presence of dibenzyl sulfide. The first induction period Was
Card 1/3

24
s/i~go/63/005/062/005/0~4:,~.,,:.
Stabiliiatio-n of.~pqlypropylene B1 01/B1 02
0
i ond 300 n a vis,be-
0 m n, the, sea min. _~At 300 C, the absorptib - ur came
oomplic t A in Ponae'qu~enoe ltaneou-s thermooxidati6n
a e of, simu and , the rmal,~
degradation-..~, T~e. fe at s of"the'stabilizerson the Polymer and-on the:
drawn pol~mb~r,f iber., were di-Vergent. At 200c0, and,with,tbe addition of.'-,.
2246 or.'P~Ol' bro'ton aldehyde-condensation product 7 -26.0. 2
7 6),. th6
i6d_ucti6nxpeiibds were. respectively 120 and 130 mia_for'the-. lymerj' bite
pp ut
onlY'45-,.*an'd' 80 min. f or: the - fiber". , With 11,N'.-di-p-naphthyl'-p-!phenylene,.
diamine j the induction period of thepolymer Was 10 min, that of the fib'r
e
120, m~ifi'. ~" Crossi*nking and increased solubility.of-the stabilizer'in...
the f i.b,er- as.. a:result of th-e. drawing, are suggested- as' explanatibris of the,!:.
9 dof,thi& fiber comp Iare I
on er~induction perio d-with. th6 polymer,- '.ReductiOn...J.,
l
of the induction pe Iriod can be due to the stabilizer becoming inboli-ble.__
ib r o' being decomposed in the drawings 'This problem calls for-
in the' f e r
further I~investigation_ The effect.of the stabilizer on, the,*-breaking,
0
length - (km):and, elongation of - at. .150 C
_the fiber after 8 hrs heating
was studied.!- The best results wore obtained with 2,6_di-tert~-but~l~-4-
-pyrocatechol phosphite, 2,6
methyl,-phenyl -diisobornyl-4-mothyl phenol (264)
~.2,21 'thi6-bia-(6 tert~butYl--4-.methyl phenol) (KAO-6 '[YCAO-n6]) 2264 and
mixtures of.'s~abilizer ith'sulfur_containing~'organic compou ds'... Without,-...
a w
Stabili:zdr the,-polypropylene:fiber did not endure the test with' the,
Csrd 2/3

PCFOT. Aelf-
"Dictionary of local geographical termse' Reviewed by A.I.
Popov, lzv.AS SSSR.Ser.geog. n0-3:143-144 My-,Te 160.
(MIRI, 13:6)
(Geography -Dictionaries)
(Russia--;Ictionaries and encyclopedias)

IE-a-V
POPOV, A614
~Posei~ble use' of mathematical methods in biolog7 from the
standpoint of dialectical materialis?a. Vest.W 14 no.9:
102-107 '59. (MIRA 12:5)
(BIOMETRY)

POPOV Al prnf_; ZYRIN, A.A., red.; ZHUKOVA, Ye.G.,
takhn.red.
[Introduction to mathematical logic) Vvedenie v matematicheakuiu
logika. Leningrad, Izd-vo Leningr.univ., 1959. 104 p.
(MIRA 12:9)
(Logic, Symbolic and mathematical)
MOL

MORDYINKIN. N.A., insh.; POPOV, A.I., inzh.; ARSHINOV, I.M., inzh., red.;
KHITRDT' P.I., to-khm
[Kanual for foremen and brigade leaders on the repair of rail-
roa.a cars] Rukovodstvo ma,steru i brigadirm po remontu vagonov.
Xzd.2., parer. i dop. Moskva, Gos.transp.zhel-dor.Izd-vo. 1959.
521 p. (MIRA 12:5)
(Railroads--Cars--Kaintenance and repair)

POPOV, A.I., kand,tekhn.nauk
Establishing basic parameters IC'or machiner7 used ir. ralstr-g sunl-6n,
material. Sbor. rAuch, trud. Do lesospl. no.2:85--04 157.
(41mbering-Machinery)

~WX~A;~Vq V.I.;POPOVv A.I*
Device for unfastening drill pipe bushbCs. Neftianik 2 no.4:i4-25
Ap 10:5)
1. Direktor kontory turbinnogo burenlya No. 2 treat& Tamaxabarneft'.
2. Nachalinik prolayodetyanno-tokhnicheskogo otdolm.
(Oil well drilling-RqaIpment and supplies)

AkHM Iv.. Prof.: POPOV. Al.; KOLAROV. Pan.; ANDRMW, P4m.
Treatment of diabetes mellitus witb sulfanilo-ureic
preparations. Suvrem. med., Sofia 7 no-10:3-20 1956.
1. Is Kllntkata po, vutreshni bolesti 9 andokrinologita i,
bolestl na obmiansta pri ISUL (Direktor: prof. Iv. Penchev).
(UM, r91. cpds.
sulfonyl ureas In ther.~of diabetes mellitus)
(SUMULMUDES, ther. use
same)
(DIABITM MMLITUS ther
sulfanyl urea*5

Fo PO -V" fi -
SHUR, Ya. S., BARANOVSKIY, V. Ya. POPOV, A. I.
Temperature Ratio of the Coercive Force in Ferromagnetic Monocrystals.
ZhETF 90 X12,, 1939.
go

.44225: .
056/62/Q43/006/012/061'
-.1102/B1,
04
~'Ot
Val 0 ter t, A. Popov, Ai.I.i Atorizhko 'V Ye
IT LE z 30~
of.protone 4rom, Si nuclei
as 16 scattering
*00), CALs, Zhurnal eksperi ntallnoy i T-TIreticheskoy fiiiki, v. 43,
ime
n
o.
6(12), 1962 2638 2041
-&13ering cross-sections
TEXT: The differential elasAic,proton tir 6(Q) were
--LO- 141 and at 14 Mev.
d,at the c.me angles 9 90, 1259: E 40.65
p
The .t- ochromatic (t,O.Q5%) protons lised in-the'.experiments *were obtained
from e-electrostatic accelerator of the. 44;; AN, USSR. The scattered
were analyzed by a;magnetic~ 'rruaqLEM~eter'and detected with a thin
'*rmi
CsI T crys tal. The,proton-curre4t was Aj-L nei with a beam-catcher and
a wto nt'integrator. The thiii Si-70 target was -prepared in a magneltic
30
or by:Antroducing Si ionsAnto zj=trailly. pure graphite. In the
A4
energy range investigated# the (TI(E curves show"Od 52resonancetthat can be
rP)1,i%L_ to excited'states.of the Im-FT-m- ~helmost_pron6upced
Pard 11 2

POPM A.
Pbaudofrown formations. Vest.Mosk.un4er-5: Geog. 17
no.3:10-17 ltr--Te 162. (MIRAL 15: 8)
1. lafedra geografii polyarnykh stran i glyatsiologii Moskovskogo
universiteta.
(Rocks., Sedimentary) (Frozen ground)

prof., otv. red.; TATARINOVA, Ye.l.,, red
[Problems of paleogeography and mo.-phogany in the polar
countries and highland; a collection of articles] Problemy
paleogeografii i morfogeneza v poliarnyk-h st-ranakh v vyso-
kogorle; sbornik statei. Otv. red. I.I.I.Popov. Muskva,
Izd-vo Ylosk. univ., 1964. 183 p. (1,11RA 17.7)
1. Moscow. Uriversitet. Kafedra geografii- polyarnykh
stran i glyatsiologii

POPOV, A. I.
VA 2146TY0

GARIKOVETS, V.G.; ZHUKOVSKIY, L.G.; POPOV, A.I.; KOCMIEV, Ye.A.; POPOV, V.I.;
FXTROV. mr.
Importance of facial-paragenotic dissectlon of series in facial-
paleogeographic, determinative, and detailed prospecting in Central
Asia. Izv. AN Uz.SSR. Ser. geol. n0-1:13-16 '57. (MIRA 11:9)
(Soviet Central Asia--Geology, Stratigraphic) (Prospeciing)

POPOV, A. I.
Permafrost history In the UjS.S.R. during the Opaternary period. Test. Mosk.
im. Ser. biol.. pocbv., geo,,, geog. 12 no.3:49-62 '57.(MrU 10:12)
1. Kafedra geografil polyarnykh stran Mookovskogo gosudarstvonnogo uni-
versiteta.
(Frozen ground) (Paleogeography)

......... ..... .
-vc
lz
A 13
ag
v~
ILA3.3
g b
is
8 OIAZ a .3,
til. 0; at usill
.3 Alf
t

t

gs

24,
s Ali
l
jig
a
;

XMOT, X.I., red.;-,POPOV. A.I., red.; ASMV, A-v.. red.; TIMAKOV,
M.S.,'toichn.re
[Ice age in Buropean U.S.S.R. and Siberia] Lednikovyi period
naterritorli Ivropelskoi chasti SSSR i Sibiri. Pod red.
X..K!Markava. A.I.Popova. Moskva*' 1959,6 559 p. (KIRA 12-.6)
1. Moscow. Universitat.
(Glacial epoch)

POLYAKOVA, G.N.; POPOV, A.I.; FOGEL, Ya.M.
Characteristics of photomultipliers for measuring weak
luminous fluxes. PrIb. i tekh.eksp. 10 no.5sl98-201
5-0 165. (MIRA lgtl)
1. Fiziko-tekhnicheskiy Institut AN UkrSSR, KharIkov.
Submitted Sept,7, 1964.

ACC '14R.
APG019615 SOURCE CODE:
'AUTHOR: Storizhko, V.Yi-..; Yeldiichev, 0.1.; POPOV, A.I.; Slabospitskiy,R.P,
:OPG: Physicotc-chnical lrstitutp, Academy of S'cienceq, UjcrSSR
1institut Aka-deniii UkrSSIO
;TITLE: Inelastic scattoring of protons by Ne-21. Spin and parity of the 1[ii,st excited
1n;tato of No-21. /Report, Fifteenth Annual d6nferenco on Nuclear Spectroscopy
!Nuclear Structure, hold at
Minsk, 25 January to 2 February 1965/
.;SOURCE: AN SSSR, Izvestiya. Seriya fizicheskaya, v. 30, no. 2, 1966, 249-254
TOPIC TAGS: proton scattering, inelastic scattering, gamma ray, nuclear energy level,
ne6n,
i
21
1ABSTRACT: The inelastic scattering of I to 3 MeV protons on Ne was investigated in
22
order to obtain information concerning the excited states of the Ka compound nucleus
21
land 'to determine the spin and garity of the 350 keV first excited state of Ne . An
enriched (30%, Ne 21 and 707o lie2and Ne 22) target of neon embedded in a 0.1 mm thick
tantalum substrate was employed. The 900 yield of 350 keV gamma rays was determined
las a function of incident proton energy. Some 60 resonances were observed, and tile
jenergies, widths, and relative intensities of 24 of them are tabulated. The reson-.
jances at proton energies below 2.3 MeV were mostly well separated, and their energies
Card 1/2

...... - - - - - - -
L 41'e-'92-66
ACC NR- AP6019615
were determined with an accuracy of 6 koV.;-the-resonances ato-higher probon energies.
we re not well separated and they were not investigated-furthop. Angular distril)Ultions
of the 350 keV gamma rays associated with the different resonances were measured and
the coefficients A2 and A4 in the expression 1 + A2P2 (Cos 0) + A4Pj (cos 0) for thq;
,angular distribution are tabulated for 19 of the resonances. For all but 7 of the 11
resonances the value obtained for A4 was less than its probable error, and for only.one,
of the resonances did A4 exceed its probable error by as much as a factor 2. From that!
it is concluded that the spin of the 350 keV level does-~not exceed 6/2. Theoretical~
ang7ular distributions were calculated with different assumptions concefling the spine
and parity of the 350 keV Xe2l level and the chaiacteiisti6s of the Na states an;d~t`
are discussed at length in connection both with the present measurements and with
21 t.
in the literature. It is concluded that the spin and parity of the 350 keV Re -,I-
level are 5/2+. The authors thank M.I.Guseva for providing the Ne2l target. Orig."~
art. has: 2 formulas, 2 figures and 4 tables.
SUB CODE: 20 SUBAI DATE: 00 ORIG. REF: 003 OTH REF:. 009
C
Card 2/2

MIKELADZE, G.Sh.; NADIRADZE, Ye.M.; PKHAKADZE, Sh.S.; GOGORISJIVILI, B.P.;
DGEBAUDZE, G.A.; SOLOSHENKO, P.S.; SEICTOV, V.Ye.; BARASHKIN, I.J.;
SHIRYAYEV, Yu.S.; POSPE1,OV, Yu.P.; YATSEVTGH, L.S.; ROZENB7-14G, V.L.;
Prinimali uchastiye- LORDKIPANIDZE, I.S.; TSMVEDIANI, R.N.;
DZODZUASHVILIJ, A.G.; DUNIAVA, A.G.; PEbRSKIY, L.F.; GRITSFIMK, Yu.V.;
ZHELTOV, D.D.; LJJZANOV, I.I.; GIADKOVSKIY, V.P.; PODWGIL'NYY, V.P.;
VOROPAYEV, I.P.; BRIKOVA, O.V.; VRUBLEVSKIY, Yu.P.; KLYUYEV, V.I.;
BAYCHER, M.Yu.; LOGINOV, G.A.; SHILIN, V.K.; POPOV, ;-.ZASLONKO, S.I.
Industrial experiments in the smelting of 45 o/o ferrosilicon in
a heavy-duty closed electnic furnace. Stall 25 n0-5:426-429 14Y 165.
(MIRA 18:6)
1. Gruzinskiy institut metallurgii (for Lordkipanidze, TSkhvediani,
Dzodzuashvili, Guniava). 2. Nauchno-issledovatellskiy i proyektnyy
institut metallurgicheskoy promyshlennosti (for Brikova, Vrublevskiyy
Klyuyev). 3. Vsesoyuznyy nauchno-issledovatellskiy instit-ut elektro-
termicheskogo oborudovaniya (for Baycher, Loginov, Shilin, Popov,
Zaslonko).

A.I., prof.; TAT;-.HINOVA, Ye.I., red.
[Underground ice; for the 7th Congress of the
Association on Quaternary Research (INQUA) in the U-SI.A.,
19651 Podzemnyi, led; k VII Mezhdunarodnomu kongressu as-
sotsiatsii po izucheniiu chetvertichnogo perioda (IVYLVA) v
S-ShA, 1965. g. Moskva, Izd-vo Nosk. univ., 1965. 214 p.
(MIRA 18:8)
1. Moscow. Univernitet. Geograficheskly falmlltet.

ANDRYUSHCHENKO, A.I.,, doktor tekhn.nauk, prof.; LAPSHOV, V.11., kand.tekhn.
nauk; FOPOV,_~4., inzh.; SAPRYYIN, G.S., inzh.
Effectiveness of using ultrahigh temperatures in steam and gas
power systems with cooled gas turbines. Izv.vys.ucheb.zav.; energ.
8 no.4:45-51 Ap 165. (MIRA 18:4)
1, Saratovskiy politekhnicheskly institut. Predstavlena kafedroy
teploenergetiki.

-7
i
- 0 0
P51D 13
w-___ - -0109
vm
-
Z
Y& -'M
ODMil 44~
, -
'h6li-bt dieb IMM'
e . ii
bi pidbeb'id~ thjk'b td
_Pu gi MUWPU
D

"
R c X
~,9
35
"6
929
i-
~ A
5 i
,
.
i7.
77,
'
-

&I
u on-
"nToTUDq,;,~p t illd t idiib
h
6 '

'p be w'-hd` g h
~.o the 1A

4bzxtlbli
i6~4, p, and 0507.*

-,~470Care46 i4ed.~Jt_.was ound that. i photo-
in
er- -B ~Uvimg~ W.Jiniall- photpeathode are' 'a - and:ictivit-ed:dynodeo, the dark-
ent. ulacis arilarge gener,ateidby the d)~q'O#q%v
. - y#enu. The height distribu
-tUUes; We s irbn-41-th~~ h P' laujoe-mm-64. und
er..
' C7
re
.A .ua, t
re!ikblepe$!w0qn of'lhe
d t
:Ipia, q,,

. . . . . . . . . .

-, - '' - , -- - --- ~ - ;7---. - , - - ~:a,
1 . ~ .~: ~~r - ~ -'~: -- ~, - I . " r , I
, (z, ;! , - -4 - 1- - 7~ -." s , .
-.7 ; -, , :, 7, .- , - -. , ~ 7" ~. -
- -.-. - . - - T -
. ~ I:-- U:7 s - ;~ . la , I - --:~ - .. ~ - I, '. "- . -- , : - !. , ~ - - I :~ , ;~ :
-.r

POPOVJP A.I., gornyy inzh.
Using the ZL-2B charging device for charging upward holes. Gor.zhur.
no.12:61 D 164. (MIRA 18:1)
1. NIIHMA im. L.D.Shavyakova, g. Gubkin.

-M
POPOVP A.I, Arzh.; 'SHERSTOBITOV, LV., I,nzh,
Conference of the readers of our periodiceL. 7%v. vyn. uchob.
z&v.; energ. 7 no.10:119-121 0 164. OMIRA 17;12)
1, Saratovs*Kiy politekhnicheE!k,ly institut.

MINENKO, V.A.; ALEKSANDROV, A.A.; SVETS, V.Ye.; BORZENKO, V.P.; KURILOV,
P.G.; KHAZANOVICH, N.L.; Prinimali uchastiye: .POIIOV,,,-A. 111. ;
KONOVAIDV, A.N.; TERTYCHNAYA, I.Yu.; POSHKREBNEV, V.P.;
DMITRIYEVA, S.M.; KORNILOVA, A.V.
Work organization in the section, of metal feed to blooming
mills. Met. i gornorud. prom. no.2:67-68 Mr-Ap t64.
(MIRA 17:9)

;Rt~- xg=ggggvg~
POPOVI A.I.; SMIRNOVA, T.I.
The subsurface ice in the lacustrinee marsh deposits in the
northern part of Western Siberia. Vast. Mosk. un. Ser. 5: Geog.
19 no.2:32-39 W-Ap 164. (MIRA 17:4)
1. Kafedra geografii polyarnykh stran i glyatsiologii Moskovskogo
universiteta.

doktor geogr. nauk, red.; AWASIYEV, B.L..
-EQPOV kand.
geol.-miner. naukp red.; ROZERBAM/1, G.E., redi;
CHISTYAKOVA, K.S., tekhn. red.
[Cenozoic rAntle of the Bolls hezemellskaya Tundra) Kaino-
zolskii pokrov Boll--hezemellskoi tundry. Moskva, Izd-vo
Mosk. univ.,, 1963. 238 P. AMIRA 17:2)

BORISEMCK, I.T.; (04EROZOV, E.N.; YEPO."EYEV, D.V.; KARMYSHKIE,
V-V.; KUZOVKOV, E.T.; BORdSENOK, I.T.; KULIKOMAYA, F.V.;
SAMMV, G.I., kand.fiz.-mat. nauk-, dots. (deceased];
PIROGOV, I.Z.; Prinireli uchastiye: BALAYEVA, I.A.;BALAKIN,
B.M.; BELYAYEV!, G.M.; BELYAROV, V.I.; VELERSHTEY-li, R.A.;
MOKOV, G.M.; KOROLEVA, V.Ye.; LITVIbl-SEDOY., M.Z.; zQn).
PRIVALOV, V.A.; STUKAIDVA, L.M.; CHISTYAKOV, A.I.;
SAVVIN, A.B., red.; CHISTY-AKOVA, K.S., tekhn. red.
[Laboratory work in theoretical and applied mechanics] Labo-
ratornyi praktilam po obshchei i prikladnoi reklmnike. No-
skva, lzd-vo rosk. univ. 2963. 233 p. (1,1113A 16:12)
1. Kafedra prikladnoy mekhaniki Moskovskogo gosudarstvennogo
universiteta (for Balayeva, Balakin, Belyayeva, Belyakov,
Velershteyn, Zhairkov, Koroleva, Litvin-Sedoy, Popov, Privalov,
Stukalova, Chistyakov).
(1-fechanies--Laboratory manuals)

FRANTSEV, Andrey Nikolayevich; inzh., retsenzent;
ARSHINOVP I.M., inzh., red.; VOROTNIKOVA, L.F., tek)va. red.
(Economy of materials and parts in car repairing] Ekonomiia
materialov i detalei pi-i remonte vagonov. Moskva, Trans-
zheldorizdat, 1963. 138 P. (MIRA 16:4)
(Railroads-Cars-Maintenance and repair)

- - - - - - - - - -
VALITERP Aj.j_,~ STORIZHKO, V.Ye.
Elastic proton scattering,by Si" nuclei. Zhur.eks i teor.fiz.
43 no.6t2038_2041 D 162. ~M*Rk 16:1)
1. Fiziko-tekhnicheskiy Institut AN UkrSSR i Khar1kovskly
gosudaretvennyy.univeraitete -Isotopes)
(Proton"cattering) (Silicon

SORQ1411, F.V.j POPOV. A-L: STORMKO.1-YAL.; TARANOV.. A.Ya.
Elastic a--d inelastic proton scattering by He22 nuclei, Zhur. ekspe~
i toor. f-'z. 43 no.3:74c)-751 162. (MI-RA 15:10)
.1, Fiziko-tekbnicheskiy Institut All Ukr#wkoy SSR*
(Protong-Scattering) (Neon) ~-(Quantum theory)

BEER), A. A.; ZAGORETIS, P. A.; INOZEMTSEV, T. F.; POVKH, G. S.;
POPOV A. I
Radiation-induced chemical telomerization of olefins. Nefte-
khimia 2 no.4:617-623 Jl-Ag 162, MRA 15:10)
1. Moskovskiy khimiko-tekhnologicheakiy institut imeni
Mendeleyeva.
(Olefins) (Polymerization) (Radiation)

BAKM:EV, F.M.; DAVYDOVA, M.I.; ZA"tljBlNA, I.L.; POPOV, A.I.; SMIORTSOV, G.
Ye.;.-SMIMIOV, V.A.
Microspectophotometer for both the ultraviolet and the visible
spectrum regions (MUF-5). TSitologiia 6 no.1:114-120 Ja-F 164.
04IRA 17:9)
1. Leningradskoye ob"yedineniye optiko-nekhanicheskikh predpriyatiy.

A.Ya.
SOROKIN, P.V,, OV, .1,; STORIZHKO, V.ye.; TARANOV,

POPOV, A.I.; SOROKIN, P.V.; STORIZHKO, V.Ye.; TARANOV, A.Ya.
Elastic proton scattering by 14g25 and 14k26 nuclei. Izv. AY
SSSR. Ser. fiz. 26 no.8:1074-1079 AG 162. (KRA 15:11)
i. nziko-takhnichoskiy institut AN UkrSSR.
(Proton's--Scattering) (Magnesiurd--laotopes)

-410

s/051
0/644/601/01 1/007,
V
-
Al de/Di 00

v-
AUTHORS "t it t4
opo' A
ar, 'A X Storithko V.*Y*. P

.., 94,
-b iuole
Elastio r
TITIXv. catt iring~:b p 6.tons Mg
y

-teo's.ti6hes6y fisiki *i
CAL'i eksppriiuentallnoy i r
44,
.
no, 1 -1963 57 .62 J

--t
TEM" ~P 'o
e
rotdn with energi a
'I 45!D, 4210.kev~mere
on,
-
-tatic s"ecelerator and'scattire - by', a - terg t comp9se of-, 9
SleCtilDs d d.

_~ 24 -,"spectroscopicall .,The 46atter*d -protbob.
Mg on a y - pure graphite bao, ngj,
-- were;,,recorde on~a mal
d" ;ne ti6
dtrbmeter with ' a-CiI(TI) and.an
ry
e ~e
l
-
.
(FEU-:m~+q) photomultiplier.:'I -"The, -error - was'-_ les's ~`th:n
~ Resonancivi".._,'-
r;

. of'1495i- 9 700 -:24% 2920'
.were obaeryed.,at -protoii en6r 1624 6 -20159
-:and 4022 k6vs 7 -cor a.pond.-to t e,kl 8, with the,
1~0j`366qj These r a h~ 25-qi*ql
3 -5
excitatiomenergies of ',3-;-T95 -850~~,3-8 4 604 5
~3t; 4 ~ 224 -()93,: -3949'

.: to sin tion of 4 im-~-
gle-level approxims,
6 AM:- 6.151 Mev Acbording
,
pear the, b oad k i As `due 'to.. pr
oryt r resonince. at "B 0
t
sion the
on
3140
,
.
-
7
5-,
2
4 state'--with 1 0., Ths~ cor'respo in'k.Al atIon'
captu're' in
/2
.

POPOV, A.,I,., z.-aSlUzhenxzyy agronom Moldavskoy SSR
Hech4ni2vd otation for the production of Bordeaux mixture.
Zashch. rast. ot wed. i bol. 6 no-5;15-16 Itly i6l. (MIRA 15:6)
1. Preceedatell kolkhoza "Diruintfia", Stras~enskiy rayon,
Mol~mkcy SSR.
(Bor-deaux idyture)

KOROLEV, Aleksandr Ilikiforovich; POPOV, Aleksandr Ivanovich; SIZOV,
I s Fz., F~e senzent;
K.P., inzh.9 retsenzent---TIMTL~F-V, . ~.
SARANTSEV, Yu.S., inzh,, red.; VOROTNIKOVA, L.F., tek-bn. red.
[Economics, organizations and planning of railroad car opera-
tion]Ekonomikas organizataiia i planirovanie vagonnogo kho-
ziaistva. Moskvas Transzheldorizdat, 1962. 290 p.
(~MU 15:12)
(Railroads-Rol-ling stock)