SCIENTIFIC ABSTRACT FOKIN, A.G. - FOKIN, A.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000413410015-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

LUKIYANOV, V.K.; FOKITI, A.G.
Geometrical effect in stripping reactions on deformed waclei.
Izv. AN SSSR. Ser. fiz. 28 no.1:56-59 A 164. (KIRA 17:1)
1. Ob"yedinennyy institut yadernykh issledovanly.

ER
DZILAMALOV, O.B., doktor ekon. nauk; VOWTKO, N.A.; YLIN, D.N.j
kand. ekon. nauk; FOFONOV, B.M., kand. ekon. nauk;
KAIYAKIN, P.V.0 kand.ekon. nauk; DESYATCHIKOV, B.A.,
kand. ekon. nauk; KHUDKOVSKIY, A.B., kand. ekon. nauk;
ARTYKOV, A., kand. ekon. nauk; FOKIN, A.I.; ULIMASOV, A.,
kand. ekon. nauk; YAKOVENKO, Ye.'--ied'aji BAKHTIYAROV, A.,
tekhn. red.
[Principles of the economics of Uzbekis'Lan industry) Osno-
vy ekonomiki prorrorshlennosti Uzbekistana; uchebn3e posobie
Tashkent, Gosizdat UzSSR, 1963. 282 p. (MA 17:1)

DESIATCHIKOV, B.A.,, kand. ekon. nauk; GABZAILOV, G.F., kand. ekon.
nauk; KADYROV, Z., nauchn. sotr.; ABDUSHUKUHOV, T.,- KAIYAK121,
P.V., kand. ekon. nauk; FOKIV, A4., kand. ekon. nauk;
BAKIYEVA, R.A., nauchn. sotr.; IERAGIMOV, M., nauchn. sotr.;
KARDASI, A.A., kand. ekon.nauk; KADANER, E'~A.; NIKONOV, F.D.,
nauchn. sotr.,- ANTORETS, GX.; ARTYKOV; A.A., kand. ekon.
nauk; TRUSOV, A.D.; OVCIIAROVA, M.A., nauchn. sotr.; TSOYIP.,
nauchn. sotr.; KALYAKU, ~*V.p-kand. ekon. naukv qtv. red.;
DZHAMALOV, O.B., doktor ekon. nauk, red.; ARTYKOV, A., kand.
ekon. nauk, red.; DESYATCIIIYOV, B.A., kand. ekon. nauk, red.;
SHARIFIUIODZIIAYEV, M., kand. ekon. nauk, red.; DESYATNIK, F.M.,
red.; GORIKOVAYA, Z.P., tekhn. red.
(Economics of the machinery manufacture of Uzbekistan] Ekono-
mika mashinostroeniia Uzbekistana. Tashkent, Izd-vo All Uzb.SSR,
1963. 289 P. (MIRA 16:12)
1. Akademiya nauk Uzbekskoy SSR, Tashkent. Institut okonoirdki.
(Uzbekistan-Machinery industry)

FOKINt A,14.
Some character traits and scientific aspecto of V.I.Vernadskii.
Och.po ist.geol.anan. no.11:7-20 163. (FTR& 16:7)
(Vernadskii, Vladimir Ivanovich, 1863-1945)

FOKINp A.M.; KUPARADZE, Dj,
'Conditions governing the formation of secondary dispersion
halos and stray fluxes as revealed by the stud of the
Dzamakoye iron ore deposit. Geol. abor. (Kavko no.2:18:L-1136
162. IMIRA 17::L)

15-57-1-1048
Translation from: Referativny zhurnal, Geologiya, 1957, Nr 1,
P 167 (USSRT
AUTHORS: Fokin, A. M.,...Ramishvili, G. G.
TITLE: Soil Movements in Shida-Kakheti and the Role.of Human
Factors (Fazy raivitiya opolzney v Shida-Kakheti i
rollantropokennogo faktoka)
PERIODICAL: Soobshch. AN GruzSSR, 1956, Vol 17, Nr 3, pp 213-217
ABSTRACT: In the region of Shida-Kakheti there occur strongly
fractured argillaceous conglomerates and sandy clays
of Miocene age, overlain by deluvial and loess-like
sandy loams.- Half the precipitation falls from April
through June, strongly wetting the slopes. Three
phases of soil movements are distinguished. The first
belongs to the beginning of post-glacial time. The
base level of.these movements was the first terrace
above the flood plain. These dislocations are in the
Card 1"
2-- 2
&

15-57-1-1048
Soil Movements in Shida-Kakheti (Cont.)
nature of huge surficial movements. Traces of them have been pre-
served as elongated stabilized flowage depressions with areas up to
two square meters. The second phase, ancient soil movements, be-
longs to the period between the eleventh and the sixteenth centuries.
The base level for these movements was the flood plain. The age of
the dislocations has been established by indirect evidence: the
thickness of stumps, indications of skeletal trees, and the
smoothness of Verraces and mounds. Remains of ancient settlements
are preserved in the zone of these movements. Forests and other
vegetation have been cut down on the slopes and the soil has been
cultivated. These practices have led to activation of the soil
movements. The third phase of movements belongs to the present
epoch. The movements have been rejuvenated only in the lower slopes
because of stream erosion. Those districts utilized by man have
also been affected. Individual foci of movement have arisen through
moistening of the slopes because of inefficient drainage nets or of
excavating for the narrow-gauge railway of the Akhmeta lumber
Card 2/3

15-57-1-1048
Soil Movements in Shida-Kakheti (Cont.)
establishment. The authors conclude that in the second and third
phases. the causes of the soil movements have been*human activities,
To fortify the slope, they recommend reforestation and strict regu-
lation of irrigation systems.
Card 3/3 N. M. Ts.

KKRABISHVILI, M.S., glavnyy red.; AVALIANI. G.A., red.; BAKRADZE, I.V.,
red.; DCLAWIDZE. L.D., red.; KAKABADZI, N.A., red.; KOHNIANI,
G.A., red.; TMCHRELIDZE, G.A., red.; TEGONID23, G.L. red.;
FOKIN. A.M.. red.; FMATOV, S.S., red.; EDIUSHVILI, V.Ya.,
red.; BERIZOVSKATA, L.I.p red.izd-va; IVANOVA, A.G., takhn.red.
[Yearbook of the Caucasus Institute of Raw Minerals for 19571
Ishagodnik Kavkazakogo Institute minerallnogo syrlia sa 1957
god. Moskva, Gos.nauchno-tekhn.1zd-vo lit-ry po geol. i okhrens
nedr, 1959. 54 p. (KIRA 13:12)
1. Tiflis. Kovkszskiy Institut minerallnogo syrOys.
(Caucasus--Kinea and mineral resources)

Erosion belts on the southern slope of the Greater Caucasus
and their prospecting importance. Geol.sbor. [Kavk.] no.l:
125-131 159. (MIR& 13a)
(Caucasus-Irosion)

FOKINP AA
Condenser for obtaining distilled water from Industrial steam.
Sbor.rats.predl.vnedr.v proizv. n0.5!55 160. (MRA :L4:8)
1. Moskovskiy trubnyy zavod.
(Condensers (St

FOKIN, A.N9
Evolution of the sWergene zone in the Chu-III Mountains. ,
Min.syrle no.4s69-74 362. (MIRA ~134)
(Chu-Ili Mountains-Weathering)

SOV/169-59-4-3476
Translation from: Referativnyy zhurnal, Geofizika, 1959, Nr 4, p 34 (USSR)
AUTHOR: Fokin. A.
TITLE:.. Using the Zh Device for Prospecting of Ore Deposits
PERIODICAL: Byul. nauchno-tekhn. inform. M-vo geol. i okhrany nedr SSSR,
1957, Nr 5 (10), pp 34 - 37
V
ABSTRACT: The IZh'electric prospectingset may be 'used for discovering
steeply dipping ore bodies of current-conducting and non-
conducting character by the ratio-of-potentials method. This
device is used successfully in areas*of the difficulty classes
I to V. It ensures a productivity of 1 km of electric profile
per day when working with 5 m intervals. Having a weight of
about 50 kg, the IZh set comprises a manually operated low
frequency generator (60 100 cps) with an autotransformer pro-
ducing a voltage of 50 400 v and a measuring bridge with an
amplifier composed of MP and 2PlP miniature tubes in the
diagonal. The output is connected to headphones. The generator
Card 1/2 is connected to the AB feeder electrodes. A MON measuring set

SOV/169-59-4-3476
Using the IZh Device for Prospecting of Ore Deposits
with three electrodes is used for determining the emf amplitude ratios between
the central and each of the outer electrodes. The geological structure of'
the section in question is judged according to the value of this ratio. An
efficient pulse generator composed of a phanotron has been developed to sub-
stitute the manually operated generator. Experimental models of this generator
have been produced. Copper or steel tubes of 0.75 m length are used as
electrodes. Plugs made of cotton cloth, impregnated by copper sulfate, are
used on mountain slopes with widely evolved large block diluvium. The pecu-
liarities of using the set under different prospecting conditions are described.
M.V. Sokollskiy
Card 2/2

FOKIN'p Mi.; ..EMBOVA, G,A.; MII,YAYI,V, A,',.
,C~
Modern geological and g(ophysical methods of mappirg weathering
surfaces in prospecting for ore deposits as revealed by a study
made in the arid-zone region. Kora vy-vetr. no.6:272-292 163.
(YTIPA 17:9)
1. Vsesoyuznyy nauchno-Issledovatel'skiy Institut. minera-lInogo
syrIya, Yoskva.

FOKIN) A.P.; PLANOVSKIY, A.N.; AKOPYAN, L.A.
Stud3ing mass transfer during the drying of h.-gh-moisture content
products by means of atomizing in a uniflow apparatus. Plast. massy
no.8:43-41+ 164. WiRA 17:12)
U'N,-

FOKIN, A.P.; PLANOVSKIY, A.N.; AKOPYAN, L.A.
Calculation of spray dryers with allowance for stirring. Inzh.-
fiz. zhur. 8 no.1:116-118 Ja 165. (MIRA 18:3) ,
1. Institut khimicheskogo mashinostroyeniya, Moskva.

Giant-size lipome of the breast. Sov.med.21 SWplement:16 '57.
(KIRI 11:2)
1. 1z khirurgieheakoy kliniki Saratovskogo meditsinskogo inatituta.
(HWST--TUKOEL)
Z

BUKOV. V.A.. BYKOV, L.A,, VALUK, V.A., VARTBAROKOV, R*Ae, ZHILIS, E~Fe,
KONDRAWV, T.M., KUZIMIN, V.A., SYCHEY, G.I. FROLOV, N.I.,
FOKIN, A.B., KHARINSKIY. A.R. (Sarata7)
New method for producing stable neurogenic hypertension in dogs
[with summary in Inglish]. Arkh.lDate 20 nos--q-.21-27 158 NIRA 11:6)
(KLAN, anatomy and histology,
thebestan vessels. review (Rua))

Of. i dl-. m,
0 of
alaEne-ium nd and junl
'0' 0 rc.".
f

FOKINAV M.K.; FOKINt A.S.
Experience in converting-a libraryla holAinga-to the Universal_
Decimal Classification. Opyt. rab. po tekh. inform i prop.
no.302-35 163. iMMA 16,12)

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Uk"13/Chc mic.-.1 Tcollinclo-y. Chmicr~l Products -,.nd Their 1-26
Application-3ynthetic Mora.
Os Jour; Rof Zhuv-MAnJ.y,,j No 3j 1957, 100-3
Author : Fokin, A. S.
I n 3 11- : 1KTc-V-T-cc-Ti-n-1C-z71 Institutc of the Light Industry
Title : The Viscosity of' Conccntrz,ted Gcl,,.tl.n Solutions
-"t Elcv,~tcd Tempm,.,turcs
Orig Pub: Tr. Kiovsk. tckhnol, in-tca lcSkoy prom-sti, 1955,
No 33-43
Abstract: G:- 1tin solutions cont-' protein 2t
1100 hcvc z:: sLructiirL,.l vJscoslty detcrinined by
the spacc 1,,ttico forric(II oy the --nisodi~mctric
protoin molcaulc3. The cncrL;-y of forra--tion of
th~-,t 1:~tticc js not vCry lzrsc.
";-mp1c,q of commcvcl.~l Gcl,,tiric ~7nd jwotcinn cx-
tr,ictcd fron lc~,.thcv wz-.stcs hcvc: bcc;n invooti&-tcd.
It has bc(,,n est~I)Ii.ob.-d th.~t solutions of protcins,
o,ctr,-ctccl by ncutr7lizztion from chrone-tc-nning
Czrd 1/2
-------------------------------------------------------------------------------------I-----------------------------------------

Fori", A. V.
POKIN, A.V.: "Investigation of the ry)vement of tile comet Oterm 3,
Jul-T 19h2.11 Acad Sci tll"~. Main Astronornical Observatory. Leninp..-rad,
1956. (DISSFRTATION For Fhe Degree of Candidate in
SCII.11CE.)
So: Knizhaya letopis'. Nlo. 2h, 1956

rOKIN, A.Ts--
Orbit of Otermals comet 3 (1942 VII) according to observati6m
In 1943-1950. Biul. Inst. teor. astron. 7 no.2:89-112 '58.
(MIRA 13:3)
(Comet, Oterms's)

POKIN, A.V.
Investigating the close approach of Oterma's comet 3 to Jupitor.
Biul. Inst. teor. astron. 7 no.2:113-119 158. (MIRA 13:3)
(Comet. Oterma's) (Jupiter (Planet))

30) SOV/33-35-4-23/25
AUTHOR# Fokin, A.V.
r~
TI-ftEs An Investigation of the Movement of the Comet Oterma 3 1942
VII (Issledovaniye dvizheniya komety oterma 3 1942 V11)
PERIODICALs Astronomicheakiy shurnal,1958, Vol 35, Nr 4, pp 674-676(USSR)
ABSTRACT% The comet Oterms 3 discovered on April 3, 1943 approached
Jupiter a short time before the discovery (1937-1939)- The
author uses 127 observations of the years 1943-1950 in order
to set up the differential equations of the baricentric
motion of the comet, in order to integrate them then with
intervals of 20 days back to December 1939, Furthermore the
author applied planetocentral coordinates. Thus it was
stated that the comet moved in the radius of action of
Jupiter from Decembe 27, 1936 to December 15,-J938 and that
before this time the orbit of the comet was totally between
the orbits of Jupiter and of Saturn, and therefore it could
not be observed. Near the Jupiter the orbit was completely
changed. The next Jupiter contigui~ty will be in 1961.
Card 1/2

An Investigation of the Movement of the Comet SOV/33-35-4-23/25
Oterma 3 1942 VII
There are 2 tables, and 3 references, 1 of which is Soviet,
and 2 American.
ASSOCIATIONtOdesskoye vvesheye morekhodnoye uchilishche (Odessa Higher
lfavi(-ation F,71,col)
SUBMITTEDs March 14, 1957
Card 2/2

S/035/62/000/011/008/079
A0011AI01
AUTHOR: Fokin, A. V.
MIX: Ascending motion of a rocket In the gravity field
PERIODICAL: Referativnyy zhurnal, Astronomiya I Geodeziya, no. 11, 1962, 10,
abstract lIA77 ("Byull. In-ta teor. astron.AN SSSR", 196?, v. 8,
no. 5, 335 - 342, English summary)
TEXT: The author considers the problem of the motion of a rocket, whose
mass varies according to an exponential law, In the Earth's gravity field. The
latter is assumed to be central and the rocket motlon proceeding along the radius-
-vector. Air resistance Is neglected. The equation.of the rocket motion is Inte-
grated, and the solution is represented In terms of elliptic integrals of the
first and second kind. The sequence of calculations by the formulae obtained is
presented.
Yu. B.
[Abstracter's note: Complete translationi
Card 1/1

ACCESSION NR: AT4001203 S/2511/62/008/005/0335/0342
AUTHOR: Fokin, A. V.
TITLE: Ascending motion of rocket in a gravitationil force field
SOURCE: AN SSSR. Inst. teor. astron,.Byulleteng, v. 8, no. 5, 1962,
335-342
TOPIC TAGS: material point, earth gravitational force, reactive
acceleration, gravitational acceleration, rocket, Kaballchiah num-
ber, variable mass point, rocket motion, earth gravitational field,
gravitational force field, rocket ascent, elliptic integral
ABSTRACT: The ascending motion in the earth's gravitational field
of a rocket whose mass varies exponentially is calculated without
allowance for the resistance of the medium. This problem was solved
originally by A. A. Kosodem'yanskiy (Uch. zap. MGU, 154, Mekhanika,
4) in terms of elementary functions. The present solution is in
Card 1/2

ACCESSION NR: AT4001203
terms of elliptic integrals of the first and second kind, and the
availability of very accurate tables for these integrals makes the
use of the elliptic solution as convenient as calculations with
elementary functions. orig. art. has: 52 formulas.
ASSOCIATION: Inst. Teor. Astron. AN SSSR (Institute of Theoretical
Astronomy AN SSSR)
SUBMITTED:. 22Apr6l DATE ACO: 2lNov63. ENCL: 00
SUB CODE: GM, AS NO REF SOV: 001 OTBER: 000
'Al H

PHASE I BOOK EXPLOITATION SOV/6488
Knunyants, Ivan Lyudvigovichj,-Academician, and Aleksandr
Vasillyevich Fokin,, Professor
POkorenlye nepristupnogo elements, (Conquest of an Inaccessible.
Element) Moscow, Izd-vo AN SSSR, 1963. 189 P. (Series:
Akademiya nauk SSSR.- Naudhno-populyarnaya seriya) Errata
printed on inside of back cover.. 25,000 copies printed.
Ed. of Publishing House: V. M. Tarasenko;-Tech. Ed..: S. P.
Golub'.
PURPOSE: This textbook is intended for chemists and engineers.
COVERAGE: The book covers the full rano:e of fluorine chemis ry
and technoloEy~-:nd is based on Soviet and Western sources. The
text includes:properties of fluorocarbons; fluorinated
hydrocarbons, e.g., fluorinated olefins which have high
thermal stability and*chemical resistance; esters of dibasic
Card
3
K-5
?N

Conquest of an Inaccessible Element . SOV/6488
perfluorocarboxylic acids which are used In the prepara-
tion of stable lubricants and in synthetic rubber; pre-
paration, properties, and applications of fluorine-contain-
ing plastics Lteflon: teflon-1000 poly(vinylidene fluoride)];
their radiation polyr,=Ization; fluorine containing elastomers
used in supersonic aircraft and jet engines; freons; and
other applications. The fifth chapter is devoted to lubri-
cants and hydraulic fluids with high thermal and oxidation
stability, which can be used under severe conditions and -
in systems with aggressive media. It is noted that chloro-
fluorocarbon oils lower the friction coefficient of rubbing
surfaces made of the same metal under heavy loads and at
high temperatures. Certain Soviet oils, greases, and hydraulic
fluids are also described. Tabulated data are given for:
4-F, 3-F., 3-0K, 10-ON, 20-F, Summer No.5, Winter Yo.8,
UPI, Fluid Nu.12., manometric fluid, :-.d balancing.fluid.. only
KS, UPI' and Summer Na-5 are Insoluble in ammonia and amines.
In describing esters of dicarboxylic.acids and fluorinated
Card

Conquest.of an Inaccessible Element SOV/6488
alcohols..-the author mentions the applicability of such
lubricants for submaripes to avoid a detectable oil film
on the water surface (tne ONR research is quoted). Modern
lubricants are already in use in jet engines and-other
engines working at high temperatures, The author points
out the Importance of fluorine compounds in rocketry,
aviation.,astronautics,, atomic energy., and industry. The
last 'Chapter is devoted to fluorine-organic compounds used
for: tne Improvement of light fastness of dyes (b6nzotri-
fluoride, fluorobenzene., trifluorome.thylbenzene); the'
preparation of chemotherapeutic comnounds; and the prepara-
tion of a class of toxic compounds-Tfluoroacetates). These-
compounds belong to estets.of the general type F(Ch )n MOR,
,fluoroaloohols,, and fluoroacetamides with their derMtives-,
Fluorophosphates are mentioned as CW compounds'(e.gl.., DFP-3.o
Sarin, Soman) w#ich caused a change in,anti-Cl" methods. No
personalities are mentioned. There are ho references.
Card 31S

KNUNUANTIS, I.L.; FOKIN, A.V.; KOSYRFV, YU.M.; ISOROCHKIN, I.N.;
Nitration of perfluorobutadiene with nitrogen peroxide.
Ser.khim. no~iOS1772-1775 0 163.
FROSINA, F.V.
i
Izv. ANIMSR
(MM 114 J)

FOKI,1P,A,V.y kand. fAziko-mutCMdtieheek,1Kh nauk dotsent; KONKNENKO, V.'I.p lnzh.
Sinple method for the determination of mean indicated pressure
by developed indicator diagrams. Izv. vys. ucheb. zav.;
rAshinostr. no.2:71-75 t64. (MIRA 17;5)
1. Odesskoye vyssheye inzhenerno-morskoye uchilishche.
-3r
-4m
w

POKINP A.V.; KRINETSKIY, 1.1.
Soffe general problems of the invariance theory. Avtom. urr. i vych. tekh.
(MIRA 17:10)
no 6:175-182 164. 1

(,.)/EPF(c)/-ETR/T-I.-J?(J) Pc-4/?r-4/?s-4, 3 D(a)/PPL 7 M~W'
S
A r, r F'S'
NR: AP4044703 S/0062/64/COO/008/1425/1429
AUTHO-~: Knunyants, I. L. ; Dyatkin, B. L. ; Fokin, A. V. ; Kom-a-rov.,_V. A-.-
1 T-
-; Nitration of perfluoroisobutylonel
SOURCE: AN SSSR. Izvestiya. Seriya khirnicheskaya, no. 8, 1964, 1425-1429
7M PIC T~'U-q- perfluoroisobutylene, nitration, nitrogen tetroxide reaction,
'n" :", - ", , r r- .; _,_ - '
per'uoroisobu-.v'-I e. ~-,i,rope;
--~:;.-ne`,hYiglYcolic acid
Perfluoroisobutylene was neavcd an er
it 170- 1 110C rot- G-,: h,,, :,.L~ con-
kci*L. -buLN,' nit ritu ~kcompoun(~
30-IOOCI
'C. and a fraction boiling a D ml In I m . X I D
ari 0,-,) "rt S
#-dinitrite, (CF )C(ONO)C _'O, and ,Ls canvers~
3) - F 20'\
,o.,cre obtaine i. Hydrolysis of the 30-IOOC fraction gave bistrif_.uorome-LhyIg..ycol-
ic acid (X) in 27% yield based on initial perfluoroisobutylene. Nit rope rfluoro-
Cor,I
4 jq, -_t~
Ci ~j
3~ R
g
M R
~~ 0 A 57%) being
obtained at 60000, of erfluo opropylene (45~6) at 700-710 C, and of per-
fluoroisobutylone (3:54 at 750r00. The pyrolysis of perfluoroeyelobutans
was studied in the sieel tube (steel of the grade ;75~.92.'-_6 (NT5Kh92z6))
of a device used for the pyrolysis of gaseous carbon fluorides at contact
Card 1/2
INN 1A

81139
Pyrolysis of Carbon Fluorides S/064/60/000/03/02/022
BO1O/BO08
times of 30 see. and temperatures of 650-800OC- It was established that
this pyrolysis is very similar to that of poly-tetrafluoToethyleneg and
that perfluorocyclobutane can thus also be used for the production of per-
fluoropropylene and perfluoroisobutylene by pyrolysis. Studieu of the
pyrolysis of tetrafluoroethylens showed analogous temperature dependences
of the process andl thus, also of the reaction mechanism of the pyrolysis
of perfluorocyclobutane and poly-tetrafluoroisobutylene (Table 3)- Further
experiments showed that the production of perfluoroisobutylene by pyrolysis
of perfluoropropylene takes place beat at a contact duration of 70 sec.
and a temperature of 700-7100C (Fig. 7). Experiments on perfluoroiso-
butylene pyrolysis showed (Table 4) that the latter is the most heat-
resistant fluoro olefine. The transformations of the compounds under con-
sideration are schematically shown in Fig. 8 on the basis of the experi-
mental results obtained, and the authors point out that the reni,iiis of
poly-tetrafluoroethylene production can be used for the production of
perfluoropropylene and perfluoroisobutylene. There are 8 figures, 4 tables,
and 8 references$ 3 Soviet, 1 Canadian, 1 British, and 2 Americans
Card 2/2

2335e
13724P13 310631601005100110091009
AUTHORS: Fokin, A. V., Volkova, Ye. V.# Sorokin, A. D.
TITLE: On the Use of the Energy of Ionizing Radiation in the Process of
Copolymerizationlof TrifluorochloroothylenelWith Various Monomers
PERIODICAL: Zhurnal vsesoyuznogo khimicheskogo obahchestva im. D. I. MendeleyevaX
1960, Vol. 5,Wo. 1, p. 120
TEXT: The possibility was shown of Zadiati= copolymerization/tf trifluoro-
ahloroethylene with various perfluorinated and partially fluorinated olefines and
also with ethylene oxide. Vinylidenefluoride, perfluoropropylene, tetrafluoro-
ethylene and ethylene oxide were used as second components in the copolymerization
under the action of'(-radiation, The experiments were carried out at room
temperature in metal ampoules made of J>A-lT (EYa-lT) stainless steel., The
copolymerization of trifluorochloroethylene with vinylidenefluoride was carried
out in the molar ratio CF = CFCl s CH = GF from 3 : 1 to I : 3 at a dose
intensity. of 14-16 r/see ind a dose'o?2-3 m?llion r. Under these conditions
practically the complete conversion of both monomers is obtained. The radiation-
chemical yield is 3-5,000 molecules per 100 ev. The copolymer obtained is
sufficiently resistant against alcohols# various oils and nitric acid; it is
Card 1/2

82356
3/063/60/005/001/009/009/
on the Use of the Energy of Ionizing Radiation in the Process of Copolymerization
of Trifluorochloroethylene With Various Monomers
soluble in diethyl ether, acetone and esters. The copolymers of trifluorochlora- kf-'
ethylene with perfluoropropylene, trifluorochloroethylene with tetraf luoroethylene
and the polymer of vinylidenefluoride were obtained under analogous conditions.
A copolymer of trifluorochloroe~hylene with ethylene oxide was obtained under
the action of t-radiation of Cc 0. There are 3 tables and 3 references:
2 Soviet and 1 American.
SUBMITTED: September 30, 1959.
Card 2/2

PITROV, K.A.; SlWr.MMKO, V.B.; TIKOSIW, T.G.; XULYATEV. 7.A.; MIN,
A.V.,- RODIONOV, A.V.; MIANDINk. T.Y.; TZLIKINk, Afy.;
VOIKOVA, A.A.
A141 phosphonates, dlphosphonates, and phouphine oxides as
extracting agents. Zhur.noorg.idiim. 5 no.2:498-502
7 ,6o. (MM 13:6)
(Phosphonic &aid) (Phosphine oxide)
(31xtraction(Chemistry))

AUTHORS:
TITLE:
PERIODICAL:
S/08 62/000/004/074/087 j
B138 110
YB
Zimakov, P. V., Volkova, Ye. V., 79kin,-A,- _V., Sorolkin, A. DIP
Belikov, V. M.
Use of nuclear radiation energy in the process of the
Referativnyy zhurnal. Khimiya, no. 4, 1962, 557, abstract
024 (Sb. "Radioakt. izotopy i yadern. izluoheniya v nar.
kh-ve SSSR, v. 1. M.", Gostoptekhizdab, 1961, 219-226)
TEXT: The processes of the separate and combined radiation polymerization:
of tetrafluorethylene and trifluorchlorethylene have been investigated witfi
the aim of eliminating some of the deficiencies in existing methods of
fluoro-olefine polymerization. It has been found that tetrafluorethylene
and trifluorchlorethylene can easily be polymerized under various
temperature conditions and mediums with comparatively low radiation
intensities. Thp resulting polymers have a high degree of purity. The
possibility of producing various fluoro-copolymers by radiation is
demonstrated. Both radiation polymerization and radiation vulcanization
might be carried out in the case of fluor-containing rubbers. [Abstraoterl~s:
note: Complete translation.)
Card 1/1

VOLKOVAY Ye.V.; FOKINo A.V.; BELIKOVO V.M.
Polymerization of tetrafluoroethylene by the action of gamna
rays. Zhur.VKHO 6 no.l:U3-114 161, (MIRA .14:3)
(Ethylene) (Gamma rays) (Polymerization)

__FOKINt_~J_~ULMVS A.A.; KNUMMS, I.L.t ekademik
Reactions of fluorlmated olefin a. Reactions between fluorinated
olefins and.hydrogamsulfid . Dold.A SSSR 138 noe5sIUZ-1135 Jo
~61* (KERA l4s6)
(018fing) (Eydrogen sulfide)

S/84 62/000/000/078/129
D423YD307
AUTHORS: Volkova, Ye. V., Fokin, A. V. and Sorokin, A. D.
TITU Radiation polymerization of trifluorochlorethylene
SOURCE': Trudy II Vsesoyuznogo soveshchaniya po radizatsionnoy khi-
mii. Ed. by L. S. Polak. Eoscow, Izd-vo AN 386R, 1962,
460-4b4
TEXT: The present work was carried out in view of the inconclusive
results obtained by other workers on the radiation polymerization
of F-containing unsaturated organic compounds. Experiments were car-
ried out in stainless steel flasks. It was not possible to determine
the initial velocity of polymerization-bui the relationship between
vel.ocityt temperature and radiation dosage was determined over' line- v,
ar -sections of the kinutic cirves corresponding to 5 - 20,,:;', conver-
sion. It was ustabliched that polymerization takes pluce over a wide
:mange of dosage and that it proceeds without a oignificant induction
period. The Power index of the velocity-dosage relationship varied
from 0.36 to 0.5 for highe.r dosages, and the relationship wat; charac-
Oard 1/2

Radiation polymerization of ...
8/844/62/000/000/078/129
D423/D307
teristic for chain reactioh-procesces. The piresence also of a radia-
tion 'after-effect' was sho%~n, Which lasted over a period of 2 days.
Between -21 arid i-600C the rate of polymerization increased initially
to a maximum at 350C and thon fell off, confirming the results ob-
tained by RobQrts. Over the temperuture r-tnge studied, th'.: radiation
yield amounted to 27,000 mol/100 ev absorbed energy for a (lose of
3 x 103 rad/lir. On increasing the tumperature fro~m OOC to 350C, a re-
duction in the molecular weight of the polymer wa.,; obst.rved and this
value waB also reduced'at hi6her doues. The expeciments indicated
that radiation polymerization of trifluorochlorethylene takes place
by a chain 1)rocess, originated by a radical mechanism. There are 5
f igur e se
Card 212

S/844/62/000/OJO/079/129
D423/D307
AUT110116: -Volkova, Ye. V.,
kov, V. I.I. Zimakovj P. N. and Beli-
TITL,': Certain Upecial features of the radia'
tion polymeriiation
of -Uetrafluorethylene by the aciion of 13 and ~'radiatioro
Trudy II Vaesoyuznogo soveahcha~iya po radiats*ionnoy khi-
mii. Ed. by L. S. Polak.
Izd-vo AN SSSR, 1962,
465-4b9
TEXT: Recent investigations are described of the radiation poly-
merization of WE in the solid, liquid and vapor phases, using
Co 60 and Sr9o as the(f and B sources.'Irradiation in the liquid
phase 'was carried out at 20 - 250C using CIM 3 as the solvent with
a dose-rate of 11 rad/sec. Conversion of monomer increased with in-
.cruuoe of do3age and concentration of monomer. The polymer obtained
(ME) contained up to 21,; chlorine, which was explained by the fact
that the CHU 3also darticipates in the reaction by.interaction of
e.
112

3/844/62/000/000/079/12()
Certain special fcatures D423//DjO7
radicalu and chain breakage in the polymer, resulting in low-mole-
nular wci~!ht PTFE. Experiments in the solid statu -.:ere Carried out
from -80 -to OOC with dosages of I x jo5 and 1 x 104 rad. Almost to-
tal convcrsion of monomer occurred after 200 min at -8000 and after
20 i;dnC at UOC. Excuptional 'ly large yielde were obtailied in compa-
rison ..,ith zimilu, I-L-actionP of othur unsat4rated compounds. Vic
of , radiation aftor-effect vas confirmed, which conti-
nued over Goveral hours after removal of the radi-ition source. E'x-
perimente in the ga,3 pliase showed the presence of an induction
phase extending over several hours. After the appearance of solid
PTPE the reaction velocity ~jas increased. The tomper-ature wau main-
tained ,-,.t 20 - 250C and a ~;do 13 source was usud %!ith a dooe-rate
of 5 rad/sec. Results indicated a high tendency of towards ra-
d1iULiOn. polymeriZation with a high yield (approx. 10 1,101/100 ev ab-
sorbed). There are 5 fi&ures and 1 table.
Card 2/2

S/063/62/007/005/006/006'-.
A057/A126
AUTHORS: Volkova, Ye.V., Fokin, AN., Sorokin, A.D., BulygIna, L.A.
TITLE: On the polymerization of vinylidenfluoride under the influence of
?'-irradiation
PERIODICAL: Zhurnal vsesoyuznogo khimicheskogo obshchestva imeni D.I. Mendeleyeva;
v. 7, no. 5, 1962, 593 - 5�4
TEXT: Radiative polymerization "in bulle' of vinylidenfluoride was investi-..
gated and the obtained results compared with previous studies carried out with
tetrafluoroethylene and trifluorochlorethylene. The. rate of radiative polymeriza-
tion under same conditions lies in the sequence tetrafluoroethylene > vinylidenflu~-
oride> trifluoroch-lorethylene and the corresponding Yields per 100 ev are 106, 10,j,
and 104 molecules.,respectively. The polymerization occurs in all cases with a
high conversi6n rate, practically up to 100%. The present experiments were made
in 25 ml I X 18 H9 T (lXhl"T) steel hutoclave test tubes,, using a Co6o source
with a total capacity of 5,000 g.equiv. Ra. A consider 'able Induction period,
effected by impurities (especially oxygen), was observed ands therefore, the monomer
purified before pse. The latter.was a commercial grade of,99.8% purity. The de-
Ca~d 112

S/063/62/007/005/006/006
On the polymerizhtion of ........ A057/A126
pbridence of the '66nversion upon"the irradiation time was studied at 230C with
doses of 1, 5, 10, and 30 rad/sec~ and the rate of reaction determined from the in-
clination of therkinetic curves~' The value of the radiation-chemical yield de-
creases with thelaose capacity. !An increase in temperature raises the rate of the
radiation polymeiization but fok,lall investigated-temperatUres (_78, -20, 0, 230C
at 10 rad/sec) ar6ximum value Wis obtained after about 6 h. The total activation
energy of radiatiVe vinylidenfli~dride polymerization was-determined with 3.6 hoal/
/mole. The process occurs by a radical-chain mechanism.
SUBMITTED: May 12, 1962
Card 2/2
J

MNYANTS, I.L.; f "KI I A.V.* KOHAROV, V.A.
Ni#ation og perfluoroproylene with nitrogen dioxide.
IZhur. VKHO 7 no.6:709-glo (1Q. (Min 15:12)
Propene)
(Nitrogen oxide)

FOKIN, A.V.; SKIADHEVp A.A.; STUDNEV, YU-N-; YJFUITYAIITS, I.L., akademik
Interaction of asymetrio'fluoroolefins with hy4rogen sulfide.
Dokl. AN SSSR 14a-no.l-.99-101 Ja 162, WIRA 14:12)
(OlefinB) (Hydrogen sulfide)

IMUNYANTS , I.L.,, adakemik; FOKIN, A.V.; BLAGOVESHCHMKIY, V.S.;, KOSYREV, YU.M.
New interesting cases of the formation of nitroso compounds.
Dokl* AN SSSR 146 noo5:1088--1091 0 162. (MIRA 15'.10)
(Nitroso compounds)

PHASE I BOOK EXPLOITATION sov/6488
Knunyants, Ivan Lyudvigovichr Academician, and Aleksandr
Vasiltyevich Fokin.0 Professor
P6koreniye nepristupnogo elementa (Conguest of an Inaccessible
Element) Moscow, Izd-vo AN SSSR, 19b3. 189 (Series:
Akademiya nauk SSSR. Hauchno-populyarnaya Be ya) Errata
printed on inside of back cover. 25,000 copies printed.
Ed. of Publishing House: V. M. Tarasenko; Tech. Ed.: S. P.
Golub'.
PURPOSE: This textbook is intended for chemists and engineers.
COVERAGE: The book covers the full rnnke of fluorine chemistry
and technolo&y Lnd is based on Soviet and Western sources. The
text includes:properties of fluorocaroons; fluorinated
hydrocarbons, e.g., fluorinated olefIns which have high
thermal stability and chemical resistance; eaters of dibasic
IV
Card 1/-A

Conquest of an Inaccessible Element sov/6488
perfluorocarboxylic acids which are used in the prepara-
tion of stable lubricants and in synthetic rubber; pre-
paration, pro rties, and applications of fluorine-contain-
Ing plastics rteflonj teflon-100, poly(vinylidene fluoride)];
their radiation poly=rlzation; fluorine containing elastomers
used in supersonic aircraft and jet engines; freons; and
other applications. The fifth chapter is devoted to lubri-
cants and hydraulic fluids with high thermal and oxidation
stability, which can be used under severe conditions and
in systems with aggressive media. It is noted that chloro-
fluorocarbon oils lower the friction coefficient of rubbing
surfaces made of the same metal under heavy loads and at
high temperatures. Certain Soviet oils, greases, and hydraulic
fluids are also described. Tabulated data are given for:
4-F, 3-F, 3-OK, 10-OK, 20-F, Summer No-5, Winter Yo.8,
UPI, Fluid Na.12, manometric fluid, _,~nd balancing fluid. Only
KS, UPI, and Summer No.5 are Insoluble in aiumonia and amines.
In describing esters of dicarboxylic acids and fluorinated
j
Card 210

Conquest of an Inaccessible Element sov/6488
alcohols, the author mentions the applicability of such
lubricants for submarires to avoid a detectable oil film
on the water surface (tne ONR research is quoted). Modern
lubricants are already in use in jet engines and other
engines working at high temperatures. The author points
out the Importance of fluorine compounds in rocketry,
aviationpastronautics, atomic energy, and industry. The
last chapter is devoted to fluorine organic compounds used
for: tne improvement of light fastness of dyes (benzotri-
fluoride, fluorobenzene, trifluoromethylbenzene); the
preparation of chemotherapeutic compounds; and the prepara-
tion of a class of toxic compounds (fluoroacetates). These
compounds belong to eaters of the general type F(Ch ) GOORI
fluoroalcohols, and fluoroacetamides with their derMatives.
'Fluorophosphates are mentioned as CW aompounds'(e.g., DFP-3,
Sarin, Soman) which caused a change in,anti-CV methods. No
personalities are mentioned. There are i-Lo referenced.'
j
Card 33

KIMARTS, 1. L.;,FOKIX,.A. T.1 MATKIN, B. L.j KOMAROT, V. A.
Aotion of nitrogen dioxide on perfluoroioobutylons, Zhur.
TEO 8 no.2:239-240 163. (MM 16:4)
1. Institut elowntoorganicheakikh soyedinaniy AN SSSR.
(Nitrogen oxides) (Propane)

FOKIN, A.V.; STUDNLT, Yu.N.,- SKLADI)EV, A*A.
Reactions of 1.1-difluoropoWluoralkylmereaptans with phos-
phorus acid derivatives. Zhur.ob.khim. 33 no.10:3366-3369
0 163. (IMU 16:11)

FOKIN, A.V.; SKLADNEVO A.A.; KOHAROV,, V.A.
.......
Acylating action of mixed anhydrides of fluorino-containing
carboxylic acids. Zhur.ob.khim. 33 no-10:3271-3274 0 163.
(MRA 16:11)

KC-C95SIOR NR: AP6016225 j W. RM,: U11/0063/65/010/003/0354/0355
542. 958, 1 +- 547. 3 2
A F ok-in A. V.; Komaroy V A.; Sorochkin. 1.
~i 4~
I 1 17
TITLE: Nitratto 1, 1, 1-trifluopopropyfbne tly nitrogen dioxide and a atudy of the
nitration products
SOURCE-. Vaesoyuznoye khtmicheakoye obahchestvo. Zhurnal, v. 10, no. 3, 1965,
X94-355
TOPIC TAM nitration, olefin, nitrogen oxide, nitration product
ABSTRACT: The nUration of o'lefins havingtho general formula Rf-C11=C)1Z (where Rf
CF3, C3F7-C112-CF~k) was-studle&- Debause the individual compounds emnot be separated
by ordinary fractionation of the reaction mixture, the reaction products ;vf rp tr--at--~fi vrlth
,xatcr, the reaction mixture was extmcted Nith offiyl ether. ano thr eth-Ir wIH
~;i vid fractionated. 3-1111tro-1, 1, 1-triftioro- 2-pi )panol C1, v-1- '~ t
'We-reobLa-L-11--d. C~jrnpvtmd ii vk,
2-pruuanol nitrate I MyTeMT- -.B al6o obtained
~-'Y "rea"Ing I wiih a n1traMg mixture: CF.-CH-CH,
I
cor-i 141

0 -11

2_4 ErMm)/EPF I c)/E PR/E~iP( j 1/Ei,4;(t /--,,j+
A,;,-ZSSION NR: AP5008203
7
A, Pokin A. V.~,; Skladnev, A. A.; _Kwish-wif
A n~--thod for producinj& sulfur-b-~~arin
.-LiLetenl izobreteniv i to7RrzVkl, mako-vt no. 5p 1965, 71
TOPIC TAGS: sulfari fluorine# organic derivative, olefin
ABSTRA",-: This Author Certificate presents a aethod for obtaining wafmr-bearing
polyfluororganic compomda. To expand the raw-material b-,isp- F1 i t
7-a-m siulfid~,, in ~h~~
SUMUTTED: 12Dec6l ENCIt 00 SUB CODE;: od
NO Rl,-,-' '90VI 000 OTHM 000
Card 1/1
'A0,~,M,&M- M

LIMARI, T.F.; 11VAROVA, X.A.; BULACHEVA, A.F.i StiYVUBM, A.S.; BFINOVA, I.N.;
MAKOVSKAYA, F.B.; SOLOMERIA, G.I.; DOLMATOY, Yu D ; WEIPENK0, Yu.
Ya.; KOGAN, F.I.; KOVALENKO, P.N.; IVANOVA, Z,.I:;*FOK TIJ
KOMAROV, V.A.; SOROCHKIN, I.N.- LAVYDOVA, S.M.; RAVDFL', A.A.;
GORELIKY 0*N,; DAUKSPIS, V,K. IDauksa3, V.1; PIKUTIAYTE, L.A.
[Pikunaite, .1; SHARIPOV, A.Kh.; SHABALIN, I.I.; STEPNOVA, G.M.;
SHMICTI Ye'.V.; DUDOV, S.S.; STRUKOV, O.G.
Scientific research papers P the members of the All-Union
Mendeleev Cherdcal Society (Ir!ef information). Zhur. VHKO
10 no.3.,350-360 165. (MIRA 18;8)
1. ronetskiy filial Vsesoy-uznogo nauchno-issledovatellskogo
instituta khimicheskild, reaktivov i c9obo chdstykh khimicheskikh
veshchestv (for L! Ilrav---k. 1:1--' --chevu). 2. Ural I ~kiy nauchno-
ineledovatellsliy khimicheskiy institut (for Shubin, Bednova,
Makovskaya, Solomeina). 3. Chelyabinskiy filial Gosudarstvennogo
nauchno-js-,lPA,-,vatel'skogo i proyektnogo instituta rnincrallnykh
pigmentov (Dolmatov, Bobyrenko). 4. Rostovskiy-na-Donu. univer-
sitet (for Kogan, Kovalenko, Ivanova). 5. Leningradskiy tekhnolo-
gicheskiy Institut imeni Lensoveta i Institut mineralinykh
pigmentov (for Ravdell, Gorelik). 6. Viltnyusskiy gosudarstvennyy
universitet imeni Kpsukasa (for Daukshas, P-ikunayte). Nauchno-
issledovatellskiy institi'. neftekhimicheskikh proizvodstv (for
Shaijiipv, Shabalin). 8. Tcjmskiy politekhnichesk-4y institut
.11neni Kirova (for Stepnova, Shmidt).

_Lae545~~66
AM CE
CODE: UR/0146/65/008/01)610108/0113
AUTHOR: Vinograday-,_ A. A,;, Fokin, A. V.
ORG. Odessa Higher Marine -Engine a ring School
morskoye uchiliahche)
-?_2 ,
(Odeaskoye vyssheye inzhenernoye
t
q1
I
ITITLE: Centrifugal tangential angular -veloci tX s ensor
ISOURCE: IVUZ. Priborostroyenlye, v. 8, no. 6, 19~5?1108-113
TOPIC TAGS., sensor, angular velocity sensor, autornatic control
ABSTRACT: The development is reported of a new sensor (see figure below) which
measures simultaneously both the angular velocity and the angular acceleration.
Essentially, this is the classical Watt regulator in which axis 0,3 04 of suopension of
weight I is turned, together with the weight, about axis 0. 0. (which is parallel to
01 02.) by an angle 8 ; this design modification permits measuring both the velocity
and the acceleration. Differential equations for the dynamics of weight 1 and disk 3
are set up and transformed which results in a single second-order differential.
equation describing the motion of the entire centrifugal tangential sensor. The sen94
is intended for turboprop, turbojet. and diesel engines. Orig. art. has: I figure,
30 formulas, and I table.
SUB CODE: SUBM DATE: 1 lJul64 / ORIG REF: 005
Cord 1/2

--L- 18545-66
ACC NRs AP6002180
2/2
4K..
1jr

L 16471-66 FWT(m)/ETC(f )/F_PF(n)-2/EWG(m)/EV1P(j YAV/DM/RM
ACC NR: AP6005532 SOURCE CODE: UR/0089/66/020/001/0053/0054
(A)
q_3
AUTHOR: Fokin, A. V.; kuzicheva, V. S.; romin, Yu. K.
q-
ORG: none
TITLE: Possibilities of "oil" flotation for reprocessing liquid radioactive wastes
SOURCE: Atomnaya energiya, v. 20, no. 1, 1966, 53-54
TOPIC TAGS: flotation, radioactive waste disposal, radioisotope, nuclear engineer-
ing 9 solvent extraction
ABSTRACT: 110il" flotation may be used at ordinary temperatures with comparatively
simple equipment- for extracting -the solid phase from waste radioactive pulp and
concentrating it together with trapped radioisotopes in a layer of organic matter
which is immiscible with water. The suspended particles are treated with various
water-repellent surface-active sorbents, (e. g. salts of fatty acids). Up to 90-,
-95% of the radioactive isotopes may be removed from the water in a oingle stage.
It is recommended that nonflammable and low-boiling solvents of the carbon tetra-
chloride type should be used in quantities of 30-50 ml per gram of solid residue to
UDC: 621.039.722 + 621.928.5
Card 1/2

L 16471-66
ACC.NR: AP6005532
be extracted. In some cases. organic monom ers may be used for the "oil", and the
layer of extracted material may be directly converted to a solid plastic by bulk,
\~ I
or suspension polymerization. It was found that preparations based on p lystyrene
and various polyester acids may be used for burial of the radioactive isotopes.
SUB,CODE: IS/ SUBM DATE: 150ct65/ ORIG REr: ooo/ OTH REF: 000
...Card 2/2 hic"

ACCWRI AT60,M35 '(4), souRcE com uR/oooo/66/ooo/ooo/oiogi6-l-i~,-
blHORs Volkova, Yeo V.; Zimakoyq Po V. 1; 1~2~~i.,Sorokin, A. Doi Belikart Vo X.;
Bulygian.-L. Ael Skabina, A* Ist Irasnoui5ove Ls A*
ORGI none
TITISk. Radiation polymerization of fluoroolefins
URCEt Simpozium po radiatsionnoy khimii polimerov* Moscow,-1964. Radiatsionnaya
khimiya-polimarov'(Radiation chemistry of polpirs)i dokladk simpoziuma, Moscow, lid-wo
..Nauka, 1966, iog-n4
TOP17, TAGS: radiation polymerization,halogenated organic compound, polymerization
kinetics, reaction mechanism
ABSTRACT: Results of the authorst previously published studies. on radiation
polymerization of unsaturated fluorine-containing compounds are reviewed, explaining
certain characteristics of the process associated with thb effects of the
electronegative fluorine atom, heterogeneous process conditions and radiolysis
products. Tetrafluoroethylene is distinguished by its rapid polymerization under
ionizing irradiation, with complete monomer conversion in three hours at -780C in
liquid pbase polymegization with 10 raa/sec radiation, and in ten minutes at +200C.
'The Yield of 7 X 10 moleo/100ev Is.the highest known for radiation chemical reactions.
Card I