SCIENTIFIC ABSTRACT POLIKANOV, S.M. - POLIKARPOV, D.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001341810003-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 15, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

PCILIKANOVP S.M.-, kand.fiz.-3iatem.nauk; MIKHEYEV, V.L.
New type of nuclear fission. Priroda 53 no.6:70-73 164.
(MIRA 17:6)
1. Ob"yedinennyy institut yadernykh issledovaniy, Dubna.

L 29280-66 --En(m)/EWP(t)/ET1 IJP(q) JD
ACC NR, AP6019332 SOURUZ UODE: UR703671661003/00310455/0436_1
AUTHDR: Markov,-Bo No; Plev, A.: A'.; Po1ilcanov, So Flerov,. Go N*_
ORG: Joint'institute of Nuclear Research (Ob"yedineW institut yaderrqkh issledovan*)
TITIZ: Experiments on the syntlesiB of a spontaneously'fissionable isomer in the
An vup~241 (n,l ma=ma) An 242_rMctjM_
SOMCE: Yadernaya fizikap'v- I no. 3t 1966, 455-W
'TOPIC TAGS t americium, isomer,:therml neutron
zABSTRAC-7: The creatio of a slxntaneously fissionable M242zl isomer in reactions
h thermal neutrons i&s_Hvq6j;4gat9d* It is shown that the Rrcss.-.section of this
Process is lose than 3&10 ad:. and the isomer ratio. etden Meditsinski Rabotnik, No 6, 1962, pp 43-46.
[Data] Our Bio-prepax at ions

-7
POLIFARKINA. K. I.: MAster Tech Sci (diss) -- "The plWsical and biochemical
properties of mustard seeds gmwn unA-er tho conditions of Stalingrad oblact".
Odessa, 1958. 20 pp (Min H.Igher Educ Tjlx SSR, oa--ssa Tech inot in I. V. Stalin),
150 coplea (XL, No 5, 1959, 151)

POLTINAROV, A.-
Griticiam of the alLernativistic concept. Doldiay BAB 16
no.5.-457-460 263.
1. Vorgelegt con Aklidemiamitglied T, Pavlov,

POLIKAROV, A.
On the truth of the philosophical interpretation of scientific
conceptions. Doklady BAN i6 no.6:564-571 163.
1. Submitted by Academician T.Pavlov.

at=* c enerl'- not-,,e -3wia, i:~~ 1::-i-
T -,Ter

POT,I!.APC;V, A.
POLIUR-.-N, A. Letter to the editorial staff of the Corr..,,tes Rendus of the
BulEarian Academy of ScLences. In Russian. p- 5- Vol. !?, no. 1, Jan./
Mar. 1956. DOKLADY., Sofiia, Bult-aria
SOURCE: East '-';'uropean Accessions List (SEAL) Vol. 6., ]"!o. h April lcl,57

YEROFEYEV, Nikolay Ivanovii'llh; ~LIKA4N~j ' ~A.D., inshh., retseagmt;
KUBOCEZIN, I.Ye., :I.nzh., retsenzent; I.G., inah.;
retsenzent; SKOBEL';-M*, L.V.J. red.; USANOVA, N.B., tekhn. red.
(Gar#ry cranes ]Porfml Inye krany. Moskva, Morskoi transport,
1964 561 P. (MIRA 16:2)
(Cranes, derricks, etc.)

~'d L 1 K A i-~ 6
24(5) ('-(t PHASE I BOOK EXPLOITATION SOV/3313
Akademiya nauk SSSR. Institut filosbfil
Filosofskiye voprosy fiziki Isbornik]; (Philosophical
Problems of Modern Physics; Collection) Moscow, Izd-vo AN SSSR,
1959. 426 p. Errata slip inserted. 7,000 copies printed.
Ed.: I. V. Kuznetsov and M. E. Omellyanovskiy; Ed. of Publishing
House: V. K. Moroz; Tech. Ed.: S. G. Markovich.
PURPOSE: This book is Lntended for physicists but may be read
gainfully by other scientists and the educated layman interested
in the philosophical questions of advanced physics.
COVERAGE: This book contains 12 articles on philosophical problems
in physics. Problems are divided into three subject divisions:
1) general problems; 2) problems of quantum theory; 3) problems
in he theoi~y of relativity. The views of Einstein, Bohr,
Born, Planck, Pauli, Schr6dinger, Heisenberg, Janossy, et al.
are presented,and subjected to criticism from the Soviet side
by Omellyanovskly, Folikarov, Fok, et al,, Questions dealing
Card 1/4

Philosophical Problems (Cont.) SOV/3313
with idealism, agnosticism, and dialectical materialism In the
philosophy of physics are discussed. This collection of arti-
cles Is the third in a series under the same title. Earlier
volumes were published in 1952 and 1958. References accompany
each article.
TABLE OF CONTENTS:
Foreword 3
Omellyanovskiy, M. E. Dialectleal Materialism an'd the Problem
of Reality In Quantum Physics 5
Janossy, L. Philosophical Problems of Modern Physics 55
Kuznetsov, I. V. Basic Ideas in the Work of Max Planck 81
Fok, V. A. The Interpretation of Quantum Mechanics 154
Bohr, N. Discussions With A. Einstel. on Epistomological
Card 2/4

Philosophical Problems (Cant.) SOV/3313
Problems In Atomic Physics
177
Einstein, A. Answer to the Criticism [of N. Bohr, V. Pauli,
et al.) 223
Terletskly, Ya. P. The Intertransmutability of Elementary
Particles 249
Aleksandrov, A. D. The Theory of Relativity as a Theory of
Absolute Space-Time 269
Shirokov, M. F. The Materialistic Essence of the Theory of
Relativity 324
Fataliyev, Kh. M. The Philosophical Implication of a Four-
Dimensional Continuum in the Theory of Relativity 370
Kursanov, 0. A. The Evaluation of Einstein's Philosophical
Views on the Nature of Geometric Concepts 393
Card 3/4

Philosophical Problems (Cont.) SOV/3313
Polikar-ov-,-A,P History of the Ideological Contest Over the
th-e-o-F-i of Relativity 411
AVAILABLE- Library of Congress
Caro 4/4 T14/os
3/17/60

BLIZNAKOV, G.; POLIMMIA, R.; BAKYRDZHMV, I.
Adsorption of amonia on methoxylated silica gel surfaces.
Dok1. AN SSSR 153 no.5:1097-1100 D 163, (MIRA 17:1)
1. Institut obshchey i neorganicheskoy khimii Bolgarskoy
Akademii nsau , Sofiya, Bolgariyvt.

zg

KHRUSHCHOV, N.A.; KOSOV, B.M.- POLILUMCHKIN, Y.Y.; BRITAYET, M.D.; TARKHOY,
A.G.; SHCHRO"ai?, A*V.; MW- T.K.,- g.rj~"%Yny7 red.; SHATAWV. Ye.T.,
zamentitall glai.mogo red.; MOFIM,-B.N., red.; ZINKOV. D.A., red.;
ER"MKOV, V.I., red.; NIFOWfOy. ROV., red.; SMIRNOT, T.I., red.,
TAKZHIK, A Ae. rod.; VARSM, I.T., red. Jzd-ya; AVERKIYETA, T.A.,
takhn. red:
[Proxweting for aDlibdeTum, tungeteng tin, bismth. antinomr.
wA mercury depwilteJ Ranefta motoroxhdoull mollbdenag vollframa,
ol6va, viamts, inwlmq i rtutt. Moskva. Goa. nauchno-takhn. izd-vo
Ilt-ry po geol. L okhrane nedr, 1957. 130 P. (Nntodichaskle ukazantia
po proizvodstym lgeologo-razvedochnfth rabot, no.6). (MIRA 11:7.)
(Ore deposits) (Prospecting),

POLIKARPOGJIKIE, V.,V. LRPOCHKIVA, R.T.; SERGEYEV, Ye.A.,
- -; POLI il
nd. g~ol.-rdner. nauk, otv. red.
[Biogeochemical prcspecting for mineral deposits] Biogeo-
khimicheskie poiski mestorozhdenii poleznykh iskopaerrykh.
Moskva, Izd-vo "Nauka," 1964. 104 P. (MIIU 17:5)

POLINARPOCIMN, V.V.; RASITANOV, I.V.; 1UTGOF, A.A.
Geochevical promecting for east Transbaikalian complex metal
deposits based on channel silts, surface and ground waters.
Trudy VITR no.l:-+6-73 158. (MIRA 12:1)
(Transbaikalia--Geochomical prospecting)

SAFRONOV. N.1.; POLIKABPO:;HKIN, V.V.; TITGOF, A.A.
~ ~1_4
Spectral aurimetrlic survey as a method of prospecting for
gold deposits without mechanical aureoles (placers). Trudy
VITR no.1:100-108 158. (MIRA 12:1)
1,'Gold ores--spectra)

SAFMIOV, N. I.; POLIXARPW;IKIN. V.V.; UTGOF, A.A.
Uperimental studies of the aurimetric proopecting method in
eastern Transbaikalia [with BUMMary in Znglish]. Sov.geol. I
no-7:130-137 JI 153. (MMA 11: 11)
1. V*esoyuzny7 Institut metodiki i tel&niki razvedki.
(Transbaikslia-Gold ores) (Prospecting)

SAFRONOV, H. I. ; ~-,BDLDIARMCIIKIN, V. V. ; 7WSEKOV, Th.l.
Combined of prospecting for gold deposits. Soy. geol. 3 no.4:92-.120
Ap 160.- (KIRA 13:11)
1. Vaesoyuznyy naue-hno-looledovatellakly Inatitut matodW I takh-
niki razvedki.
(Gold ores) (Prospecting)

POLIKARPOCHKIN,p V.V.; KOROTAYEVA, I.Ys.; GRECHKINA, Ye.A,,; GAPONTSEV, G.P.
Reilatibnsh#-betwenn the liquid and solid phases of stray flux.
Gaokhimiia no.2:1911-210 F 165. (MIRA 18t6)
1. Institut geokhbitli Sibirskogo otdeleniya AN SSSR.. Irkutsk.

TAUSON, L.V., doktor geol.-miner. naukp otv. red.; DUBOV, R.I.,
red.; POZMITSKANA, L.K.j red.; POLlKWOCJIKINI V.V.,
red.; SERGB"IEV, Ye.A., red.; red.,.zd-va;
SIMKINA, G.S., tekha. red.
(Geochemistry of ore deposits] Geokhimiia rudnykh mestorozh-
denii. MoBkva, IzO.-vo "Nauka," 1964. 130 p. (MIRA 17:4)
1. Akademiya nauk ESSR. Sibirskoye otdeleniye. Institut geo-
khimii.

POLIKARPOCHKIN, V.V.; POLIHARPOCI]KINA, H.T.; SERGEYEV, Ye.A.,
kand. geol.-miner. nauk, otv. red.; NISHINA, V.L.p
red. izd-va; FOLYAKOVA, T.V., tekhn. red.
[Biogeochemical prospecting for mineral deposits] BiO4.
geokhir.icheskie poiski mestorozhdenii poleznykh isko-
paemykh. Moskva, Izd-vo "Nauka," 1964. 104 p.
(MIRk 17-3)

POLIKARPOCITIN, V.V.
--
Geochemical search for ore deposits by stray fluxes. Sov.geol.
5 no.4:63-76 Ap 162. (MIRA 15:4)
1. Vsesoyuznyy nauchno-issledovatel'skiy institut metodiki i
tekhniki razvedki.
(Geochemical prospecting)

POLIKARPOCHKB,',, V.V.; SERGEYEV, Ye.A.,
kand. geol.-miner. nank, otv. red.
[Biogeochemical prospccting for mineral deposits] Bioge'o-
khimicheskie poiski mcstorozhdenii poleznykh iskopaemykh.
Y,oskva, Izd-vo "Nauka," 1964. 104 P. (MIRA 17:5)

FOLIKARPOCHKIN, V.V.; POLIYjWOCIiKINA, R.T.; SERGEYEV, Ye.A.,
kand. geol.-miner., nauk, otv. red.; MISHINA, V.L.9
red. izd-va; POLUKOVA, T.V., tekhn. red.
[Biogeochemical prospecting for mineral deposits] Bidt '7
geokhimicheskie polski mestorozlidenii poleznykh isk,o-
paemykh. Moskva, Izd-vo "Nauka," 1964. 104 p.
(HEU 17:3)

t', POLIKARPOV, -A-
- - ~T *- , ,
- 7 ~ -.- ~7-r -,*~i'
Limiting the issue of matartals constitutes a means for
reducing expenditures in railroad transportation. Bukhg.
uchat. 15 no.11:20-22 N '56. (MLRA 9:12)
(Loconotiveti--Repairs--Accounting)

POLIKARPOV, A.
Some prAlems in the expansion of harbors. Mor. flot 2-3 no.11.9-
11 N 163. (MIRA 16:12)
1. Nachallftik diaw-41-go ulprav2entya pwtcFvogo khotyaystva.
I I

IPOLIII
.-~M
Reduction of idle time I'or ships in harbors. Mor.flot 17 no.2:7-8
IF 157. 4 (KLRA 10:3)
1. Nachal'uik Upravlenisra protovogo khosTaysetya i mekhanizateit
Kinisterstva morskogo Vota.
(Harbors) I,Prsight and froitage)

POLIKARPOV.. A.
Harbor operations have to be on the level with present-day tasks.
Mor.flot 21 no.2:1-3 F 161. OURA 14--6)
1. Nachalinik Glawic-go upravleniya. portovogo khorraystva i
morskikh putey Minititerstva morskogo flota.
(Harbors')

--Z, POLIKARPOV. A.
Results of the gene?~al inspection of work organization and the
mechanization of loading and unloading operations in harbors. Mor.
flot 21 no.8:16-1,7 Ag 161. (MIRA 14:9)
(Earbors) (cargo handling)

POLIKARP.OV.1 A. A., Ing.
Peat Industry
Experienco with the preparation fox- the peat season. Torf. Drom. 30, No. 4, 195-3.
Sol mo List of Russian A.ccessions, Library of Congress, June -1953, Uncl.

SHPITSKAKHRR, O.A., inshener; RYABCHIKOV, M.Ya.; POLIUMV. A.A., inzhenar;
GAKYGIN, L.A., inshencr. 4 .....
Concerning the work of MIT machines In moving drainage pipes during the 1953
season. Torf.prom. vol. .30 n0.11:7-14 N-D '53. MR& 6:11)
1. Xarinskoye torfoprodpriyatlye (for Shpitemakher). 2. Chernorameaskly
torfotrest (for Fyabelhikov). 3. Orekhovo-ZVevBkiy torfotrest (for Polikar-
pov). 4. Shaturskiy Iorfotrest (for Gazygin). (Peat industry)

ZYUZIN, F.S.; RQTKAR QVIJI.A.; VARANTSOV. V-S.. redaktor; SXVORTSOV. 1.14.,
- -i --MOW
takhnichookiy re" tor
[Innoystore in post interprisse of the Orakhovo-ZWrovo post trust)
Novatory torfopredprilatil Orekhove-Zoevskogo torfotresta. Roakwa,
Gos. energ. Izd-vo. 1956. 31 p. (MIRA 10:2)
(Orekhovo-Zu.qvvo--Psat Industry)

POLIUMV, A.A., iazhener; 2;TLTZIN, F.S., inzhener.
- . I . UKFF-4 machine with it peat-milling drum. Torf.prom. 33 no-3:
13-15 '56. (MIRA 9:7)
1,0rokhavo-Zuyevokly torfotrest,
(Post machinery)

POLIKARPOV, A.A.,inzh.; ZYUZIN, F.S.,insh.
-
Operntion of UWY-4 Deat-vinning mAchines fitted with milling drums.
Torf.prom. 35 no.2:16-17 '58. (MDU 11:50
1. Orekhovo-Zuyeralcty torfotrest.
(Post machinery)

POLI'~AROIIY A.
.,: ! ~= ~- a; .-
_:-.7 rslru
A connection lbeetween -,he masso-I Of eleMe:: ~ I -
t ~ /
BAN 17 no.42385-385
1. Predstavleno ak-ad. Khr. KhrJztovy2n.

,,,,,POLIKAIIP(N_.A.
Some problems of orgainizing transportation to foreign countries.
Mor.flot 15 no-8:5-8 Agf55. (MIRA 8:10)
1. Nachallnik Chernor.orskogo parokhodstva
(Shipping)

BliAPIROVSKIY, Dsvi Bor~.bvJ'ch;'OBla4WSTM, Arkacliy Mikhaylovich:
'POLIKARPOY. A.D.. rad.; ALEKBANDROV. L.A., red.izd-va; BICGICHIVA,
mm.', ~tie-kl~~.""ied.
[Developsent of Soviet seaports] Razvitic morskiich porto-r SSSR.
Pod red. A.D.Polikerpova. Moskva, Izd-vo "Morskoi transport,"
1957. 169 p. (MIRA 11:4)
(Herbors)

FOLIKARMY, A.
For further improvement in the structure of hArbcr installatiome.
Nor. flot. 18 no.12:9-10 D '58. (MIRA 12:1)
1.-Nachallnfk Glavmogo upravlenlyn portevago khozyaretva i zorskikh
putey, Vinisterstva morskoge flota.
(Harbors-Iquipment and supplies)
(leading and unloading)

. POLIKULPOY. A.-
. "~
I
More widespread introduction of over-all mechanization in hafDors.
Mor.flot 19 no.-3:15-16 Ag 159. (MMA 12: 11)
1. Nachallnik GIavuogo upravlaniya portovogo khozyaystva i morskikh
putey Minicterst-ra morskogo flota.
(Haeo-3rx) (Cargo handling)

KMOVSKIY. V.P.; POLURPOV. A.F.; SHINKARIV, M.N.
Norphological nodiffi,catione of lumbomacral intervertebral ganglia
gollowing high ligai:ion of the abdominal aorta. 3iul.okep.-biol.
i mod, 42 no.9:64-67 5 156. (M1RA 9:11)
1. Iz neyromorfologichookoy laboratorii (rukovoditell prof. V.P.
Kurkovokly) imfedry flziologii voyinnogo truds (nacb. prof, M.P.
3reatkin) Voyanno-amditainskoy ordena Lenin& akademii imeni S.M.
Kirova. Leningrad. Predstaylana akademikom N.N.Aniclkoyym.
(GANGLIA, AtIMONOMIC. physiology,
lumbomacral Intervertebral ganglia, eff. of ligation of
abdom. acrta (Rua))
(ACRTA. physiology,
eff. of ligation of abdom. portion on Intervertebral
lumboaacral ganglia (Run))

0 LT, 1,:7- A R Po v A,
USSR/Chemical Technology - Chemical Products and Their Application. Silicates.
Glass. Ceramics. Binders, 1-9
Abst Journal: Referat Zhur - Khimiya, No 19, 1956, 62247
Authorg Poliharpov-v-A~-.-r-.-
---- I
Institution: None
Title: Supercooled Slag of Donets Coal of "T" Brand
Original
Periodical: Tr. Kazansk. S.-kh. in-ta, 1956, No 35, 208-212
Abstractt It is proL)osed to utilize liquid slag aisch-arged from boiler furnaces
of TNTs EK-eating end Power Plang for the manufacture of various
cheap articles, for example slag staple fibers, felting, "slag-
filled concrete." These materials possess high heat Insulating
properties which make it possible to reduce the weight of wall
slabs and large blocks. It is pointed out in particular that heat
savir.js in intermittently operating furnaces with walls made from
slaS-filled concrete in lieu of refractory brick amount to 20-50%.
Card 1/1

MITROFANOV, V.K.; POLIKARFOV, A.P.; GNUDASH, G.N., red.; KRISHT-AL. L.I,,,
red.; K111T]WV :,--P'.A".-, talchn.red.
[Bookker,ping and, economic anslYsis of the operations of a
locomotive depot] Bukhgalterskii uchet i analiz khoziaistvennoi
doiatellnosti lcikomotivnykh depo. Moskva, Gos.tranBp.zhal-Clor.
i2d-vo, 1959. 1.98 p. (MIRA 13:1)
(Railreads-Repair shops)

POLIKA M T. A.V.,Inzh.
Small rotating air distributor. Sudostrosule 26 no.9t17-18 $160,
(KIU 13: 10)
(Shi-ps-Reating and ventilation)

PO Ll iY,,! 1~
F(randry shop prpcticit In working with investment vatteyns.
39111thozmnshins. no.10:?6-27 0 157. (MIRA 10:9)
1. Noginakly zavocl toplivroy ai-max-Atury.
(~'recision ancting)

S =LZBOGEN, Yu.A.; 1910RUNOV, V.F.; GRETSKIY, Yu.Ya.; KUM"TISOV, V.I. (Ik,skva);
POLIKARPOV, B.S. (Moskva); IC-'-RPOV., N.P. (14oskva)
Welding high-strength cast iron to steel with a thin electrode wire in
carbon dioxide. Avtom. svar. 15 no.7:61-67 Jl 162. (MlWi .15:7)
L Cnl-na 7~ucbvogo Kr asnogo Znameni institut elektrosvarki imeni
Ye.O. Patona _"N US~'4R (for Sterenbogen, Khorunov, Gretskiy).
(Cast iron-.-Welding) (Steel--Walding)

STERENEOGEN, YU.A.; Y113ii-WilOV, V-F.; KUZNETSOV, V.I. (1-11oskva); POLIEARPOV,
,,-P. S. oskja)
_AM
Welding steel. layers on high-strenuth cast iron parts by means of'
electrode ribbons. Avtom. svar. 15 no.2:20-26 F '62.
(MIRA 15:1)
3. Ordena Trudovogo Krasnogo Znameni Institut elektrosvarki im.
Ye.O.Patona All USSR.
(Metal cladding)

ACC NRi AP6032533 SOURCE CODE: UR/01113/66/000/017/0133/01:33
Kushnerev, D. M.; Syets-'riskiy, V. G.; Kir'yakov, V. M.; Kuznetsoy, T.
':Polikarpov, B. S.
'ORG: none
TITLE: -Is 119,
Ceramic flux for submerged are welding of high-strength steels. Cla.
No. 185676 [announced by the Electric Welding institute im. Ye. 0. Paton, Ali ura.SSR
(Institut elektrosvarki AN UkrSSR')]
SOURCE: Izobreteniya, promyshlenn.,rye obraztsy, tovarnyye znaki, no. 17, 1966, 3.33
ITOPIC TAGS: automatic welding, high strength steel welding. Aee- 4ue_4o1vc_
ABSTRACT: This Author Certificate introduces a ceramic flux for submerged arc
welding of high-strength steels con-z;aining calcium fluoride, rutile concentrate,
ferrotitanium, and ferromanganese. To improve the mechanical properties of wel&ed,
I
ijoints and the technological properties of the flux, 5-12% quartz- sand, 3-6%
IV
man=ese ore, 4-601 manganese metal, 1% aluminum powder, and 18-24 sodium
disilicate are added to the flux composition. The rest of the components are taken
in the fol1cwing proportion: 10-1.8% flVorspar, 30-40% rutile concentrate, 0-.2%
iferrotitanium and 3-5% ferro mangumese.
SUB CODE: 13/ SUBM DATE: 23Jan6.",*;/'
Cord 1/1 uDc: 621.791.048

S/125/62/000/002/003/010
D040/D113
AUTHORS: Sterenbogen, Yu.A, and Khorunov, V.F.(see Association);
Kuznetsov, V.I., and Polikarpov, B.S._(~oscow)
TITLE: Surfacing parts of high-strength cast iron with a steel layer
using an electrode band
PERIODICAL: Avtomaticheskaya svarka, no.2, 1962, 20-26
TEXT: Results are given i.,jf experiments in which cylindrical specimens of
mgnesium-inoculated.31440-10 (VCh 40-10) high-strength cast iron were stirfaced
with low-carbon steel, steel elements being subsequently -welded to the steel
coating. In previous welding experiments, it was found impossible to directly
weld steel parts to cast iron of this type, because of the brittle carbide zone
which forms in the fusion line; this was also observed by P.S.Bazlienov (Ref.2:
"Svarochnoye proizvodstva", no.3, 1955) in experiments with steel, iron-n-ickel
and magnesium-treated electrodes. The chemical composition of VCh 40--10 cast
iron is (in %): 3.2-3.5 C, 0.2-0.5 Mn, 3.2-3.6 Si, 0.008-0.015 S, 0.037-0.048 P.
Card 1/3

S/125/62/000/002/003/010
Surfacing parts of high-strergth cast ... D040/D113
A low-carbon steel band of 0:8 or 1.0 grade per riOCT 503-41 (COST 503-41)
served as electrode and an AH-60(AV-60) high-manganese flux wis used. An V
W -1000-2 (ADS-1000-2) tractor operating on reversed-polarity current was
used for welding. An electrf~de band, 0.4 x 70 mm in cross section, produced a
smooth coating at 580-620 amp, 28-30 v, and 6-15 m/ftr welding speed. For an
electrode 0.25 x 40 mm in cross section, the proper current was 300-320 amp.
A high-manganese AN-60 flux was used despite the resultant increased Hn content
in the coating, since the sbape of the coating was bad using two manganes(-.-free
fluxes R-28 (AN-28) andAH-5 (AN-5). The coatings were applied in two layers,
And steel parts welded to the steel coating by manual welding using YO H 010 -
-13/55 (UCNII-1,3/55) electrodes. Perlite-sorbite structure formed in the
first layer at 13 m/hr weld:.-,.ng speed with 0.4 x 70 mm electrode band, and.
ferrite-perlite structure in the second layer. Experimental weldments weighing
200 lcg were tested for strength of joints on a 100--ton tension test machine and
a vibrating test stand. It was concluded that the strengtli of bond between
the cast iron body and coating was five to seven times greater than the
strength requirements for welded joints with steel parts, There are 4 figures,
3 tables and 6 Soviet references,
Card 2/3

POLIKARPOV, H~V.,; FEVOTOV, I'j.; JIUDNEV, VA~
Prophylaxis of hog cholera. Veterinttrlln )9 no.8;34-37
AV, 162. (MIRA 17;12)
1. (',IEtvnyy veterintirnyy vrach Lyubersutskogo rayonet, Moskovskoy
oblasti (for Poli'itarpav). 2. Glavny,,v veterinarnyy vrach
sovkhoza "Belaya dacha", Lyuberetskiy rayon, Moskovskoy oblasti
(for Fedotcrl). 17. Glavnyy veterinarnyy vrach sovkhoza imeni
Mossoveta, Lyuberetskiy ravon~ MoDkovskoy oblasti (for Rudnev).

DERMIEVA-UKHOVA, V.P.; LUTEVA, V.A.; 4N.F.; T340MOV, V.Y.;
li&~4400L-A'-V-
&tomological pri?requisites for the elaboration of saniiary
measures in animi3l husbandry and vegetable-growing farm of
the central cone of the Soviet Union. Med. paraz. i paraz.
bol. 33 no.1:3-~ Ja-F t64 OITIIA 18:1)
l. Otdel entomo),.ogii ( zav. - prof. V.P. Derbeneva-Ukhova) In-
stituta meditsix..9koy parazitologii i tropicheskoy meditsiny
imeni Ye.I. Martsinovskogo (direktor - Prof. P.G. Sergiyev)
Ministerstva. z(j.;~avockhraneniya SSSR, i parazitologicheskiy
otdel ( zav. - A.S. Stepenko) Moskovskoy gorodskoy sanitarno-
epidemiologiche3koy stantsii (glav--nyy vrach - M.S. Sokolovskiy).

POLIDMOV, B. V. (District Read Veterinary Doctor), FEDOTOV, P. I. (Head Veterinary
X-cTo-r--o-f I-he-'Igt~ya Dacha'r Sovkhoz) and RUMEV, A. A. (Head Veterinary Doctor of the
Sovkhoz imeni Mossaveta [Moscow Council], Lyuberetskii District, 1-11oscow Oblast')
"Experience in the use of prophylaxis against swine plague"
Veterinariya, vol. 39, no. 8, August 1962 pp. 34

AccissioN NRt AP4022663
S/0207/64/000/001/OW0134
AUTHORSt Bakhmens N, N, (Mosc,iw); BelMev, A* F. (Moscow); Luk&sherwa, G. Vs
(Moscow)
(Moscow)j ~clikarpo& .
TITLEs The relation between the combustion rate of avaonia perchlorate and its
density
SOUIVEs Zhurnal prikled. mld%an. i tekhn. fiz,q., no* 1, 19049 131-134
TOPIC TAGS: combustion., conbAstion rate, casing, combustion heatp heat loss.
condensed system, gas phase, aolid phase, particle size, ch">er pressure, porasity,
density, relative density
ABSTRACTt The combustion rate (u cm/sec) of coiq)acted systems depends on the
relat ve density S of the sample where ,. ratio. Here
9 . ~ represents the actual and 10,ax t6,,,ips,teq,utail,,toltphs.,~fb edensity of the
given samplee The shape of the u curve depends., in turns upon the conditions under
which the reaction takes place and on the existing heat losses. The presect
investigation was performed on compacted ammonium perchlorate in a constant pros-
sure tank in an atmosphere of nitrogen. The first series of tests was conducted
Card 1/2

AxEssim NRi AP4022663
on a charge 10 mm, in diameter encased in an inert coat of cement-phosphate or
glass, It was observed that iow valucc of relative density g dim4ni shea the
combustion rate., the combustion even becoming incomplete at
,;z 0.75-0.65. In order to assess the role of heat loss,, the second series of
e.1 - seriments was carried out in plexiglass containers with a 6-nm internal diameter,
The result showed that with a lower '-' the combustion rate was increased. In the
ci
third series of experiments., 2'A',hexamethylenotetramine were added to the ammonium
perchlorate in a plexiglass casing. It was found that here a lowering of 8 oaused
even a slight increase in the combustion rate. In the f ourth series,, 2% Cu.20 was-
added as a catalyst, which 'acceleratt.;d the reaction rate arA reduced the zonai
width of the reaction. The fif,.','Ih series was conducted with pure ammonium
perchlorate at a higher initial temperature. This caused the combustion rato to
increase. The incorporation of small amounts of asphalt had an inhibitory effect
on the combustion ratep while larger quantities enhanced it. Orig. art. has-., 5
tables,
ASSOCMION: none
SUBIMTEDS 30Jul63 DATE ACQ: OBApr64 BNCL t 00
SUB CODE: 14A NO W SOV: 000 OTHER3 002
Card 2/2

POLHARPOVP D.P.; V
e contact surfaes of metals with solid
no.7:3-1-17 JI 162. (MIRA 15:7)
Institut khim.Lcheekoy fiziki AN SSSR, Mosk7a.
(rimne) (Oxidizing agents)

2711/o24/61/000/004/007/02--i
#400 E194/E155
AUTHORS: Bakhman, N.N., and Polikarpov, D.P. (Moscow)
TITLE& Hetercgeneouo combustion in a system with condensed
components
PERIODICAL: Izvestiya Akademii nauk SSSR, Otd6feniye tekhnichaskikh
nauk., Enargetika i avtomatika, 1961, No.4, PP~ 37-42
TEXT; ThIs article describes investigations of flame
propagation along flat and cylindrical surfaces of contact between
a number of solid inorgani,:~, oxidis-ing materials which cannot burn
when pure (KC104, KC10i, KMnO4, Ba02) and the following sclid
fuels: po-lymethylmethacrylate, polyethylene, polystyrol,
polyvinylehlorida, and cthers. The tests were made in nitrogen
atmosphere at pressures between 0 and 100 atm. The system was
ignited by a nic-hrome heating coil on the upper end, Combustion"
was usually energatiz with a large flame. A wedge-shaped furrow
is formed in the layer (if fuel and it moves together with the
flame. The oxidation products usedo after combustion, give rise
to condensation productE. whi,::h distort the shape of the furrow
formed in the layer of oxidising materials. Thus when KC104 and
Card 115

27649 S/024/61/000/004/00?/025
Heterogeneous c,-)mbvj!)tI,.c-Y7. Ln a system ... E-19VE155
KC103 are burned, Ia;:'ge drops ef KCI are formed which cover a
considerable part cf he gurfa---e of fresh oxidis .4ng material.
The relationship betw4an the speed of propagation and the
dimensions of thB layer of oxidising material are first considered,
Tests were made in a system consisting of a flat di.sc of variable
thickness of oxidising material between two thick layers of fuel.
The flame velocity waB meas-urad photographically, and curves are
plotted of the relationship between the rate of propagation and
the thickness of %he oxidising material sample. A number of
experimental fa-,41-ors arb discussed, inzluding the influenas~ of the
chemical nature of the zcmpsnents, the influence of pressure, and
that of the relative denfifty of the ox�dising material. TestE of
the combustion of films c-f variable thickness deposited on a
thick backing are deE---ribed. The shape of the furrow formed by
combustion in a flat she-.~,T, of polymethy1methacrylate with KC104
was measured. The angle of combustion a which is the angle
between the tangent to the profile of the furrow at a given point
and the direction of propagation of the flame, diminishes steadily
as the distance from the st,--t of the flame �ncre-ises. As the rate
of propagation of the flame ~.-ncreases the thickne.,is of the layer of
Card 2/ 5

27649 S/024/61/000/004/007/025
Heterogeneous combustion in a system... E194/E155
oxidising material is reduced and the angle of combustion becomes
more acute, i.e. the furrew becomes deeper. It is concluded
that the propagation of flame along a surface of contact between
a solid fuel and an oxidising substance, under the conditions
used, involves gasification of components by heat from the flame;
mixing due to interaction between flows moving in different
directions and due to moli!--zular diffusion; heating of the
decomposition pr--ducts of the initial components and subsequent
combustion. It is t-3 explain the physical meaning of
the rate of flame propagai;ion along the surface of contact.
However, the following conclusions may be drawn. The rate of
flame propagation essentially d-spends only on those processes whiz-h
take place in it small zon-3 near the flame tip. Some conclusions
about the meaning of -the blame propagation speed may be based on
measurements of the shape of the furrow formed in the sheet of
fuel as combustion prcceeds. The shape of the furrow in the layez-
of oxidising material ::anaot be measured reliably because of
condensed sombustion uy-cd%icts. For the shape of the groove to be
steady, in unit 41-:Lme al! points en its surface should be displaced
Card 3/ 5

2-764-9 S/024/61/000/004/007/02r
Heterogeneous combustion -in a system... E-194/Fi55
in the direction of flame propagation by equal amounts and;
therefore, for any point cf the contour-.
in
where: u is the normal ra-le of gasification, and a is the
angle of combustion of '!:h~i fuel at the given point. The normal
rate of gas-ification 1E s;-mply related to the heat flux q from
the flame by the expreastant.
T T X q (2)
J
in which all magnitudes ralate to the hot fuel, Tr, Is the
surface temperature and 'k the sper.-Ific heat of gasificatIon.
These values depsni very little, on, u and, therefore, u is
approximately prc~pcrtional to q~ By means of expressions (1)
and (2) the heat flux at any point may be determined from the shape
of the furrow. In partLcular, where the surface of the furrow
becomes almost parallel vith the initial surface of the plate
(combustion angle nearly zero) the heat flux also tends to zero.
Card V 5

2764g/o24/6 1/000/004/007/0 25,
Heterogeneous combustion i.n a system ... E194/E155
At the actual tip, Eq. (1) should give either u. = v, (X* = 7/2
or u. < V, (x* = are airi.u./V. In the first of these cases$
V is the normal rate of zombustion which is a maximum in relation
to all the remaining points on the contour of the furrow. In the
second case v is the rate of flame propagation on the surface of
the fuel. EXaW4nation of' processes on the flame tip requires
rather precise tests and way lead to different results for
different systems. The second case considered above appears the
most probable for the system of methylmethacrylate and KC104
which was the one most studied. In many cases the tip may be
considered as a special point, whose speed of motion depends on
the pressure p , and the typical dimension of the layer of the
component d. The rate is different from the normal rate of
gasification at quite a small distance from the tip.
.-Mhere are 7 figures and I Soviet reference.
li,
SUBMITTED: July 30, 1960
Card 5/5

BA"XIAN, M.N. (Piosk-va' ; . ',-'.;- . Nos I. v a 'i ; Y ~,, G V . (,!,,~.~,kva) -,
POLMARPO r%.F. 4.1-4-Ava)
--. - -
Dependence of the bw-ning rate of artmorlim perchlorate or, the
density of the specimen. no.1-131-134 Ja-F 164.
(KRA 17~,4)

C S/ !I 7c/6.2/005/007/001 /010
BI 78/B1 04
~Io 111. _- rl,lov , D. P. , Balkhman , 'N, - N
--------------
T L '11'ro.-acatior. of P_ flame along the surface of a metal cont~_ct
solid oxidizin- agents
~'-~ZKOIDIOAL: 1rzhenerno-fizicheskiy zhurnal, v. 5, no. ;4, 1962, 11-17
T:~"KIP :'I" h ep:coces-s of flame :.)roijaGation alonC the surface of a metal
Ccritac'. (Al and IVI povider) .,.,i!;h solid o7idizing vGents (YClo 41 Bao 27 Ba (~'C~21
PbC., 1.1r.0 21 CUO, C09030 PbO, Fe,)O 31 SnO, ZnO, an.d Cr 203) was
inve s t icated.. At densities of the two components, thenletal powder -aas
to a ba:, made of tracia- paper and surrounded by a metal shell. The
-,ut ir L, C,
oxidizinS aCent was filled iato the space between the bag and the shell.
i'kt a h--;Ch dansity oil the oxidizinE aoo-ent N", = 0-95) and varying density of
!he metal powder, the oxidizing oaf-ent was pressed into a metal shell- and
the metal powder was 2ressed into a hole drilled into the oxidizing agent.
The experiments were carriec. out in air at zero pressure and in nitrogen
al a pressure equal to or less than 100 atm. The velocity of flame
Card 1/3