SCIENTIFIC ABSTRACT FILATOV, B.S. - FILATOV, G.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000413020011-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

FlU1011, B.S.; MAKURINI N.S.; GAO LU-LIN' fKao Lu-11n]; UZ101OV,
V.S.; BUENOV, Ye.S., red.
[Drilling wells using surfactants and aerated liquid]
Burenie skvazbin s primeneniem poverkhnostno-aktivxVkh *
veshchestv i aerirovannoi zhidkosti. Moskva, 1962. 48 P.
(MIRA 17:4)
1. ibas3ia (1c,23- U.S.S.R.) Ministerstvo geologii i okh-
rarq nedr.

ZliVANETSKIY, Ye.F.V red.j-FILATOV, B,S., r d.i ISAYEVA., TN., ved.
red.; VOR(910VI~ V.V.9 tekhn. red.
[Fluids for drilling wellol transactions of the inter-
republic corference in Baku]ProRyvochnye rastvory dlia,
burenila sk,.v-azhi-n*, trudy mezhrespublikanskogo soveshchaniia
v Baku. Moskva.. Gostoptekhizdat.., 1962. 291 P.
(IURA 15:9)
(Oil, well drilling fluids)

LATYPOV, E.K.; FILA,roV B,S.
- . I . I ..
Installation for hydrodynamic studies of non-Newtonian
fluids. I.-,,,v. vys. ucheb. zav.; neft' i ga:,, 5 no-3:85-90
162, (MIRA 16:8)
1. Mogkovskiy institut neftekhimicheakoy I gazovoy promysh-
lennostfjmeni akademJ-ka I.M. GubIrina.
k;t

JILATOV, Boris Semenovf~-ch; FIAMRIE, Nikolay Stepanovich;
A&'W,ISOII, I-Ijkliail. Grigorlyevich; KIRSANOV, j%rkadiy
Ivanovich; ISMEVA, V.V., ved. red.
[Air drilling of exploratory holesl Burenie geologorazve-
dochrykh skvazhin a produvkoi vozdukhom. (Byj B..S.Filatov
i dr. Voskva, Nedra, 1964. 247 p. (14LU 17:9)

T. FI U
J~slnc p"I.P-atics to control- clli lat-ion ~!V vatpr 4nf~lav
in oil well drillin- TZ,j. vys , ucheb. -eo 7
no.9; 114-122 L; 164 1-1 lo)
Instit-ut i~ ni O;d,, r.i d
geolo~! z1wril- zo

FTLATOV, S)URKOVA, A.P.
KOSIIKOf
Air dr~.Ill Ing- for selsm1c., proapect'l-niz-, Riznd. i f)kl!. iw 1-i .
K no.11-54-58 N 164. ~I.I~A
1. Moskovskiy ordena Trudovogc Kraonn-go Znamvenll lns!-~
cct'tekhi,ni---,h,39kcy i gazovoy prmyshlennostL imeril ak--ader,~ka
I.M.GubkIna,,

LEONDVP Ye.G.; FINATIYEV, Yu.P.;-Emmy,-~
Pressure losses in casing space. Heft. ~hoz. 43 no.9:12-17 S 165.
(MIRA 181lO)
A
_2
- , fli"',~

L-M12-67 EWT(1)/EWT(m (e dHIGD-
)/EWP
A~C AT6022334 SOURCE CODE: UR/0000/66/000/000/ .000510006
AUTHOR: Filatov, D. I.
ORG: None
TITLE: A qgartz oscillato rith low noise level
SOURCE: Vsesayuznaya nauchna-ya sessiya,_p_pqyyAshchennayA.Dnyu radio. 22d, 1966.
Sektsiya- -~W~i::&e -r-e-di~~sh~chiw--u-i-3t-ro-y-st-v. Doklady. Moscow,
TOPIC TAGS: quertz, crystal oscillator, signal modulation, signal to noise ratio
ABSTRACT: The author 'studies the effect which various disturbing processes have
on the signal quality of a quartz generator. It was found that, the intensity of
phase fluctuations is affected basically by interference from flicker effect in
the tubes, noises (pulsations) in the supply voltages, mechanical vibrations,
acoustic effects and the magnetic fields of power sources. Standards for permissi-
ble levels of mechanical vibrations, acoustic effects, magnetic fields and supply
voltage noises were established by determining the modulation characteristics for
the quartz generator. The effects of the first three factor6 were eliminated by
using stabilized power supplies with less than 100 pv side component and noise
level in the 6 cps band at analysis frequencies of 10 cps and higher, and also by
Card 1/2

L 02412-67
XCC NR, AT6022334
simple structural modifications (vibration damping and shielding). Thus it was
found that phase fluctuations in the quartz oscillator could be easily reduced to
the level detez7nined by flicker effect alone. The following formula is given for
the spectrum of phase fluctuations in the quasistatic approximation:
*(F) J2_2
-F2Q'
where f is the oscillator frequency, F is the modulation frequency, Q is the static
fiGure of merit for the quartz oscillator Sl~(F) is the flicker effect in the oscil-
lator tube and a=30 is a factor which depends on operating conditions. The maximum,
figure of merit for industrial quartz resonators is presently (1-3)-106 on fre-
quencies of 1-5 Mc. The use of resonators of this type and tubes in the "N" series
gives phase fluctuations of 130 db/cycle and 160 db/cycle on a modulation frequency
of 5.106 cps for analysis frequencies of 10 cps and 100 cps respectively. Orig.
art. has: 1 formula.
SUB CODE: 09 SUBM DATE: 3lMar66
2/2 hs

MOMY N.Ye.; ITSKOVIGH, U.S.; GAGARINOV, B.N.; BUTUZOVA, A.N.;
DUBOVA, B.1,; FIIATOV,, D.Ko- KAWOV,, V.I.
143chanized ToNlIM-Ko-1-59 make continuous production line for
m.qki shaped bread. Trudy TSNIIKHP no.8:12-15 160. (MA 15:8)
(Bakers and baberieo-Equipment, and supplies)
(Assembly-line methods)

-- i- I Lj : . 1 L - -; ;- - --- .- . -- - - - - - - - - - - -- ---- - - - - - - - -- - - - -- - -- -- - -- -- -- --- -- - -- - -- - -- -- - -- --
"ExperL-%crits !.n it the experimuntal tndrogenesis and Gynogene3j.3 o~- Z;jjlc.-;-~r=
(Bombyx ).!ori ~) Department of the lachanics of Development. (C,'Lief: D. "P. Fil--.,tov),
Institute of Bioloey (Director: N. K' Koltz;ov), Loscow, by Astaurov, B. I
.L.
(P. 3)
SO: Biolorriend Journ,31 (Biologichuoic-Li Zhurtial) Vol. 11, 1937, No. 1

FILITCV, 1j. P.
"On the formation of organs without a regulatory process." Institute of Experimental
Biology (Director: Academician N. K. Koltsov), Mo.-cow. by Filatov, D. P.
SO: Biological Journal (Biologicheskii Zhurnal) Vol. VI, 10,370 11o. 2

I
"The Influence Of The Transplantation of Tadpole Extremity On Its Regeneration Capacity Ar'd
On The Chanp Occurring In It. Depar1ment Of The Mechanics Of Development (Chief: Prof.
,@g
D. P. Institute Of Experimental Biology (Director: Academiciah 11. K. Koltsov),
mosc;~7.1 Cp. .89) by Yakovleva, T. M.
SO: PP-FDE0ESqOR OF JOURNAL OF GM*.M BIOLOGY, (Biologicheskii Zl-,urnal) Vol, VIIJ 193$
No. 3

FILATCYV, D. P.
"Historical consideratibn bf the Phbnomena of the mechanism of evolution and its
meaning." (p, 3) by D. P. Filatoir.
SO: JoMMAI og GQneral P121o,,r-v (Zhurnal Obschei Biologrii) Voltrie II No. 1, 1941.

7 1 T .~. ~ (! j-, .!, .
"Obitu,mrv." (7p. 129-34) by D. P. Filatov
SO: Joiirnnl of rlonornl Biolo (Zhurnal Obshchei. 9iolcAl) Vol. 41 'To. 3o lf~443
--Tj

FILATO'l) D. P.
"Some Peculiar Features of the Formation of Balancers in Iar-.,ae of
Pleurodeles Walt1ii.11 Dok1. All SSSR., 41, NoJ, 1943

F I LTsk"; VD
"D. P. Filatov and his roleAn the mechanism of devoloment." (P. 313) by L. V. Polezhayev
30; lournal of General Biology, Vol. 7, No. 5, 191A
j'j-

1IMSMEYANOV, An.N.; BORISOV, Ye.A.; 1FTILATOV, B.S.; KONDRLTENKO, V.I.;
CHZHAN TSZE-STAN[Cbang Chieb-hoiaIng]; FAMIK, K.; SHUKLa, B.T.
Secondary reactions of tho mcoil atoms bromine-82 and bro-
mine-80m in bromomethanes. Radiokhimiia 1 no.6-.712-716
'59. (14IR-k 13.4)
(Bromine--Isotopes) (14athane)
1r,'2-2
54: P Rt~l'-'le"' I AM,

-- - N1!-ML7YANOV,-A.-N.-- FIIjiT-OVJ,-Et S. D. 11.
_, BORISOV, Y ~ voon
"Isotope Effect and Secondary Reactions of Bromine Recoil Atoms Accompanying
(vi,64) Process".
paper submitted for the Symposium on the Chemical Effects of Nuclear Transformation
(IAEA) Prague, 24-27 Oct- 1960-

S/186/61/003/005/014/022
n6o/EiBlc
AUTHORS: Nesmeyanov, An.N., and Filato-_,L E.S.
TITLEs The phase and isotope effects in the se:ondary
reactions of bromine retoil atoms in the
bromo-derivatives of methane
PERIODICAL3 Radiokhimiya, v,3, no.5, 1961, 6oi-6og
TEXTK The behaviour of CC1 Br) CC! Bz,,, CHBr,~ CHFBr,j
3 2
CH,BrNO and C-Br NO after bombardment with neu4.-r,-:,ns was
C~' 2 3 2
investigated fn order verify the ccnfli-ting -j-4-n4s ef
5'. S, Rc-,rland and W.F. Libby (Ref, 4,, J, Chem, PhYs -7 ~ 21, 95 1495
f1953)) that the isotope effect can be obser7ed In s~,lids only,
and those cf J, Willa7d (Ref.5. Ann, Re,r, NuzJ, S--f-, -.,,3, 193
that the effect may be observed in liquids. The
axperimental tes-hnique followed was the same as that d-is~-ribed
pre-%-iously (An.N. Ne3meyanov, Ye.A. Borisov, 1. Z7&-.a, R;f,-2.
Radiokhlmiya, v,!, 3., 325 (1959)). In the base of CC! B7--.O CHBr
2 3
and CHFBr21 the depsndan~:e ef the retention and th~, yield of
Card 1/4

The phase and isotope effects in ... s/186/61/003/005/014/022
E160/E185
indi-iidual products on the zon-:~entration of free b-,-:'mine added
bef,-,ra the irradiation was studied. The effeiit of the temperature
zhanges during irradiation on the secondary reactions following
(n, y3-reaction in CC12BT2 was also in-vestigated. It wa.3 found
v - Br,
that after irradiation the retention of bromine -in the s.:)Iid CC13
CCI 2B .7, 2' CHB:,,., CHFBr . and CBr3F is much greater than in the
sompounds in liquid state, Thera exists a lineaz, relationship
between retention and concentration of bromine in 3olid CC'2Br2 and
CHB:-3, whi-.h suggests that only high enargy react-SLonE between
~he re--oll atems and the medium take place. Libby's supposition
about the appearance of isotope effects in aolids could not be
,-onfirmed for the compounds examined. Willa--d.;s -v--ievE cn the
pcssible existence of the isotope effect in liquids were tonfirmed,
but it follows from his supposition that retention should be
greater fOir Br8Om than for Br82. The results show the opposite to
be tru-~t. The absence of the i3otop4 effes-t in solids could
prcbabl-;- be explained In terms of an ln.::rease J-n the rate of
neutraltsation of the charge on the re~7GU atoms -~f bromine with
the -rise in the bond strength between mole4~.,ales in the molecular
Ca,-d 2/ 4

The phase and isotope effects in ... s/186/61/003/005,/014/022
E160/EI85
Ref.-16t M. Milman,
J. Am. Chem. Scc., Y.80, 21; 5592 (1958)
SUBMITTM November 22, 1960
1/
Card 4/4

31892
L-1 '10 0 0 s/i86/61/003/005/015/022
E16O/El85
AUTHORSs Nesmeyanov q An. N. and Mans f a I I d, A.
TITLEs Chemical action of the Br82 recoil atoms after
(n, y)- reaction on some derivatives of benzene
PERIODICAL: Radiokhimiya, v-3, no-5, 1961, 61o-613
TEXTs In order to get a more detailed knowledge of the
influence of the mass of colliding particles on the chemical
reactions of recoil atoms, the substitution of Br82 recoil atoms,
obtained in the reaction Br8-L(njy)Br82, with atoms or atom
groups in benzene derivatives, was investigated. Mixtures of
C2H5Br with C6H5C" C6 H51' C6H5CH3 and C6H 5C2 H5were irradiated
with neutrons. The yields and activity retentions were recorded
(see Table 1). It has been shown that the substitution of the
monoatomic benzene derivatives by the Br82 recoil atom is in
direct relationship with the mass ratio. Good agreement between
the calculated (from R X = a(E2/E01), derived on the assumption
that elastic collisions of the Br - X type lead to C6H 5Br
Card 1/3

3 18 9 2
Chemical action of the Br82 recoil ... s/186/61/003/005/015/022
E16o/Ei85
formation, where El -- energy of recoil atom before collision,
92 - energy given to X, a - constant) and experimental yields,
7onfirms the assumption that elastic collision mechanism operates
in the formation of C6H5Br from halogen substituted benzenes.
In the absence of complete experimental data on C6H Br formation
from alkyl benzenes, the reaction mechanism cannot ge determined
at present.
There are 1 figure, 2 tables and 5 referencest 3 Soviet-bloc and
2 non-Soviet.-bloc. The English language references read as
follows~
Ref.4j J.M. Miller, R.W. Dodson.
J. Chem. Phys., v.18, 6, 865 (1950).
Ref.5-. J. Willard.
Symposium on the Chem. Effects of the Nuclear
Transformation. Prague (1960).
SUBMITTED: April 20, 1961
Card 2/3

31892
Chemical action of the Br82 recoil.. S/186/61/003/005/1)15/022
E160/E185
Table 1
Concen- Yield (in
' General
Solvent tration C 2H5Br C 2H4Br 2 C6H 5Br CH 3C6H4Br
I Po retention
(mol.%) me
95 3.7 -4.9 34.9
C
,CH
6H ,
3
95
3.1
5.4
8.o
18.2
3.2
36.9
.1 92 4.9 6.4 7.3 17.1 4.1 39.8
C H C H
6 r
2 95 3.3 - 28.0 - - 51.0
%
5 92 5.2 25.0 - 53.9
95 2.0 21.6 - 52.4
Cl
C6H 95 6.o 19.8 - 53.1
5 90 1110 - 20.4 - 49-5
6H 51 95 1.8 2.3 17.8 37.0
Card 3/3

S/186/61/003/OV37';16/022
Li 60D E16O/E385
AUTHORS: Nesmeyanov, An.N. and Filatov,- E_.-S-.
82 201
TITLE; Chemical action on benzene of the Br and Hg---
recoil atoms produced by the Br 81 (n,y)Br 82 and
Hg 202 (n,y)HgZ03 reactions
PERIODICALs Radickhimiya, V-3-, no.5, 1961, 614 - 622
TEXT: In order to explain the mechanism of substitution of
hydrogen by heavy recoil atoms the authors investigated the
dependence on the quantitative composition of&e mixture of
the yields of various products, containing Br , obtained by
neutron irradiation, from a Po-Be source, of solutions of
C2H5Br in C 6H6and the yields of phenyl mercury bromide and
bromobenzene obtained by neutron irradiation in a nuclear
reactor of solutions of HgBr 2 in benzene. Solutions of
C2H5Br in benzene, with concentrations varying from I to 100 moL.
were irradiated for 4-5 days with a neutron flux of 8x10
eeWns/sec, then the quantity of radioactive bromine in the
ar

31893
s/186/61/003/005/ol6/022
Chemical action on .... E160/E385
form of atoms, ions and various organic compounds was determined.
The yields of products containing radioactive atoms of
Br 82, obtained by irradiation of the system C2 H5-C6H 61 -are
given in Table I U - concentration of bromoethane in mol.%;
2 - yield, in %; 3 - total retention; 4 - polymers).
Solutions of HgBr2 in benzene, sealed in quartz ampules, were
irradiated for 10 and 5 minutes, using a flux of
12 2
4 x 10 neutrons/sec.cm . The analysis was carried out seven
and thirty days after irradiation. Thus, the short-life
isotopes Hg205 and Hg 199 had time to decay and only Hg 203 and
Br 82 remained (the activity of Hg197 was negI65ible). J~e
yields of products containing radioactive Hg and Br
caused by the (n,y) reaction during irradiation of solutions
of HgBr2 in benzene are entered in Table 2 (1 - analysis after
7 days, irradiation time 10 minutes; II, III - analysis after
30 days irradiation time 5 minutes). The relationship between
Card 2/~Xj

31893
S/186/61/003/005/ol6/022
Chemical action on .... U60/E385
retention and quantitative composition of the mixture
C 2H 5Br-C6H6 was investigated. For concentrations of C2H5Br
in the 1.0 - 0.2 M range the retention changed only a little with
dilution. In ths 0.2 - 0.02 M range there was a sudden fall in
the C2H 5Br yield, which is attributed to a slow-down of the
Br 82 recoil atoms in benzene in the case of higher degrees of
dilution. The yield of bromobenzene rises linearly with
concentration in the 1.0 - 0.2 M C 2H5Br range and remains
almost constant in the 0.2 - 0 M range; the yield of C 2H4Br2
varies only little. Comparison of the relationship yield of
bromobenzene concentration in the mixture C 2 H5 Br-C6H6
with that of chlorobenzene in the mixture CC1 4- C6 H61 published
by J.M. Miller and R.W. Dodson (Ref. 9: J. Chem.Phys., 18, 61
365, 1950) shows that the difference between the masses of
C138 and Br 82 accounts for the unequal energy transfer of the
Card 3*1

AUTHORS:
TITLEs
PERIODICALi
2 5340
S1020161,11 38/006/0 16/019
B 10 3/B21 5
Terentlyev, A. P., Corresponding Member AS USSR, Rode, V. V.,
Rukhadze, Ye, G., and Filatov, E. S.
Determination of the molet,.~ilar weight ol cnz~-'at.e pollymers
Akademiya nauk ~62, Doklady, v. 135, 111), 6,
1361-1364
TEXT: The deteTWina"k-Jon of the molecular weights of c!'elate colyw-er2 is
diff tcLilt sincs they generall-7 are Folid, nonfusib>, and 1-r-aol-ii1cle
substan~~es ( C. S. Marvell, N. Tark~y. Ref.1i J. Am. Chem. So.-. , 70,6000
P C,
V. V. Korshak and assiztunt~? (Ref.21 Vy3ckoro'----,k. scyed.. 1,1764
(1~10, Rpf.3i -Lbid. 2,492 (1,)60", Ref-4: ibid. 498 'lc"O~~ R,--;.4, ibid.
'0
1460)) a331.2Me that The molecul5r. we ght of metal po'ymerj with
6 i f fe r -2,-,t bJ s-P -dika~ ones is not higtier than 900? It ts knowr
that contain three kinds of ani groups :r, Oie moleculet
1~ L gn 1,11 --- Lgn
M LgnH ( 1 Ugi--L U - Lgr Ir N1 - A I end
A [ 14 L;;,r. U ---- A .9 here H -'a a hydroger atom, H Lgn molecule
2
Carl V,

25340
S102016! '/*,,'q/c06/0l6/01q
Daterm-ix~al,,Jor- cf the molecular B!03/B2!5
of the ligur,.1d c:onta.'liyl6 4 (and more) do,.,.,,r vcmr-~ M is the lion of a
b-ivalent metall, and A a uono-falent. An:Lor~. A~~cordiing to the corvl-,~Ions of
-polychelatea wAth li-l"Leren-~ end groups., 2a:-, lie
A,,. f-xcezz! ol' metal salt cauats the formation of anion grcur..5 at the ends
of' For case (3) , the rumler of thj~!t~ groups (,I- "Q is
A . IM, /it i 0c); m m 100, The %u,~hora dptorm.'tred the molecular
4A P(,- L 2A/Al
vi-~~ghtz :~f cheia-.e pc%lymerz produced formerly3
Card 2/7
-4" W

5/020/61/138/006/016 01~
Determination of the.molecular ... 311030215
I,- -c
0-
0
4-PAe- P, 2H (CH2)t-,- (CH2)6 - H'. O-QH4 -
0 if
fc-Q- c.
--c
-c" hc-;>
4-PAe R H )t CH3
Card 3/7
Diu

25340
S/020,/61/138/006/016/019
Determination of the molecular ... B103/B215
82
All these'polymers were synthesized with cupric bromide tagged with,Br
Table 1 shows the molecular weights doterminedp and the polymerization
'J
coefficients of the chelate polymers calculated on the basis of Eq. (2).
The percentage of the anion (A) was calculated to be the ratio between the
82
portion of the Br activity in the precipitate and the activity introduced..
The molecular weights are 3-4 times higher than those obtained by other
scientists. The authors explain the lower molecular weight of (III) by
the different stability of the chelate node,in the macrochain. In
polymer (1) the molecular weight changes acco2ding to R. The authors
proved this to depend upon the different oxidlzabilities of the amines
participating in the react-ion. The-higher the oxidizability of an amine
of the chain and the lower the moleculex weight o
the faster the rupture f
the polymer. Since amine6 also oxidize when left standing in solutionq,
the molecular weight of a polychelate decreases due,to a longer period
between the preparation of the solution of an easily oxidizable amine' and
its application. Such amines in this case weret hexamethylene diamine
' The reaction
((I)R - -(CH 2)6-) and o-phanylene diamine ((14 '0-C6"4-)'
with a newly prepare'd solution yielded the highest molecular veights.
Card 4/7
-":Mix ORMOM" lid

2534o
S/020/61/138/006/016/019
Determination of the molecular ... B103/B215
When left standing for 3-5 hr, the molecular weight of the polymers was
only 50~6 (in agreement with Ref.1). When left standing for 48 hr and more,
low-molecular compounds are formed, With other structures ((I)R - 2H- I
(I)R - --(CH2)2-'';-) the molecular weightaremain constant even after 48 hr.
Polymers (I) may be produced by the method of nascent reagents and also
from polymeric Schiff's bases. The average molecular weight is not affected
by the method of synthesis. The authors reproduced their methods of deter-
mination with a monomer of analogous structure, namely copper salicylal
ethylene diamine, to examine whether bromine anions are bound by the
polymer surface. The actual molecular weights of polychelates would thus
seem to be too low. The authors found that the copper complex, correspond-
ing to theory, in fact does not contain radioactive bromine, i.e., binding
did not take place. The method of determining the molecular weights of the
above chelate polymers described by the authors yields stable, reprodur!ible
results. There are 2 tables and 9 references: 8 Soviet-bloc and 1 non-
Soviet-bloc. The reference to the English-language publication is given
in the body of the abstract.
Card 5/7

Determination of the molecular
25340
S/020/61/138/006/016/019
B103/B215
ASSOCIATIONt Moskovskiy gosudarstvenyy universitat im. M. V. Lomonosova
(Moscow state University imeni M. V. Lomonosov)
SUBMITTEDi February 249 1961
Card 6/7

NES~MNOV, An.N.; F~TOV~E.S.
Phase and isotope effects in the secondary Teactions of bromine
retoil atoms in browo derivatives of methane. Radiokhimii 3
no.5:601-609 161. (KIRA 14:10)
(Methane) (Bromine-Isotopes)

MSISYANOV, An.N.; FIIATOV, E,.S,.; RMFELID, A.
Chemical effect of Br82 recoil atoms after N )-reactions on
some benzene derivatives. Radiokhimiia 3 n0.5.,610-613 161.
(KM 14:10)
(Lpmine---Isotopes) (Benzene) (Radiochemistry)

NESMEYANOV, An.N.,- FILATOV) E.S.
Chemical effect on benzene of Br82 and Hg203 recoil atoms
formed in the reactions Br8l (%VW82 and Hg2-02- (nql) Hg203.
Radiokhimiia 3 no.5:614-622 161. (MIRA 14:10)
(Bromine--Isotopes) (Mercury-Isotopes) (Benzene)
(Radiochemistry)

FIIATOV,.F,,,, inzh.
"Hot" atoms. jUjatgkh. 6 no.12:31-32 D 161. (MIRII 14:12)
(Atomic energy-Juvenile literature)
41-'.

FILATOV, E.S.
Chemical effects of nuclear transformations. Isotopic effect
in the secondary reicti3ns of recoil atoms present in the
6n,P-process. Usp.khim. 31 no.6:752-768 Je 162. (MIRA 15:5)
1. Moskovskiy gosudarstvennyy universitet, Kh1micheakiy fakul'tet,
kafedra radiokhimii.
(Radioisotopes) (Nuclear reactions)

NESMEYANOV, An.N.; FILATOV, E.S.
,- ,
Role of high energy reactions in the processes of stabilization
of bromine 82 hot atom In alkyl bromides. Radiokhimila 5
no.3078-389 163. OURA 16tlO)
(Bromine isotopes) (Alkyl bromides)

IESMEYANOV, An.N.; TSZYAN TAY-VAN [Chiang Tai-wang]; ~IIATOV,,Kq-t
Interaction of hot atoms of tritium with aliphatic alcohols
in the liquid phase. Radiokhimiia 5 no.4.:515-516 163.
(NIRA 16:10)
(Tritium) (Alcohols)

FILATOV S.S. IFESMEYANOV, An.N.; CREPURV, Yu.B.
Study of the yields of the reaction Br8l r ~Br82 in the system
. 9 /
CH2Br2 - C6H6. Vest.Mosk.un. Ser.2:Khim. 18 no.6:45-hA N-D
'0'3. (MIRA 17:4)
1. Kafedra radiokhimit Moskovskogo universitsta.

w 1)niversi"et. VP3, l K
7 ~F 7 C -A(',S,- hot atom, activation ererp7v
&C,754 a(Ei 111PLAE!
A e RI, is the probability of the reaction,f--,is the me-an logari~hmnic
..y,e
C,
5

T~ s a
ti e

CE S,3I 10, 1~-ijj A PWL~40 77
R,
:m 41eal-c-rr. with bromine
:3
MCizi!
w)-rr; benzene ; and ck is the "Coeff` Cient o f 5 u rv a 7i-e
r o w a snot constant. I f the croas section-.
:itoms with benzene were
tg mun nan au uransi Oi en-
r -rgy Old
not affect the yield of tagged products and re I a t i ~-- n s h i 7, c b' a i ri t~ ~j
CO'd 315

";D f, f-P a 1 a r- e f-I n 0 -L e c 'd I e s

I,P
A P 1 04 tn--7
r-ie n, t h -i c v c
,2 - e z t3 r-e 5 q e m a, 4). a.,
I J .3
I T 10 N M G U Kafedra radiok
~hjnjj j 0 3 -.Og
TP

VASHAROSH, L.; FILATOV, E.S.; NESMEYANOV, An.N.
Chemical action of c138 recoil atoms in chloromethanes. Particular
fei-*,ires of the yield of C137 (n, p) C138 reaction as compared with
Br8l (n, p) Br82 reaction..RadickhImila, 6 no.4:484-490 164.
(MIRA IS.-4)

FILATOV) E.S.j Nf;bMEYA?IDV, An.N.; CHEPTHEV, YU.B.
------- "
Reactions of hot bromine atoms in liquid binary systems. RadioNhimila
6 no.5:595-604 164, (MIRA 18%1)

z

low
NF,S~jt-Y!,~:OV, An.N.-, TbZYAN TAY-YAN [Chiang T'ai-wang]; FILAT ", E,!'
iteactions of tritium hot atoms and the process of excitat'on
energy transfer. Vest. Mosk. un. Ser. 2s Khim. 19 no.6~,
27-28 N-D 164. (MM~ 18: 3)
1. Kafedra radlokhimii Moskovskogo universiteta.

JLATOV, Er". S. : KOLTV!, L. ; NESMEMANOUJ A. T-1.
"Modeir. of atom-molecule collislons and hot atom reactions."
report presented at IASA Symp on Chemical Effects associated with Vuclear Re-
actions and Radioactive Transformations, Vienna, 7-11 Dec 64.

V I I ~ "I P"N ,
the. e-int of ?-. L)t nz~.antion.
... .- . F I ( m nu -18 3 10)
F-p. khim. 34 P 065.
!~ Mnskovskly gmda,-,si-.v,3nny-.r unlv-,rel Let izwnl Lamor-zomc-,Ya,
kb!mf.r.b,~!3k'%Y kif,51r-a

-L.- Ya.--
See FIIATOV., Ye. Ya.

SINYUK, I.I., inzh.;~FILATOV, E.Ya., inzh.
Strain measurement of frame structures. Trakt.i sel"khozmagh. 31
no*2:27-28 F 161. (MLRA 14:7)
(Strain gauges) (Agricultural machinery)

_FILATQVVE. Ya.
Instrument for the statistical treatment of oscillogiv,hic re-
cordings. Zav.lab. 27 m*2:210-212 t6l. W'IRA 14-3)
1. Institut, lite-ynogo proizvodstva AN USSR.
(Oaoillography)

'RT7(hN IT/
A
N~
ces -r3e
ir" C a
'Ori L)f el ectrarnic comr-Iters
s 2, 2 r) c 2 Do 3- 6 /0 019
-1 Tali qt,
in an-SjTzjni7 tho enjUrPlnCE Of P-artS'L7
So iTIRCE Ve3tnilz na-shiriostroyaniya, no. 2, 1965, 16-19
llmit,, service life Statigtical ar-a-lysis, eleatronic
OPIC TkGS: enduxance
comnuter
f; in analyz-in-7 t1w ern6u-xincs of
kT):)licntion of electronic compulber
-,ar4,-n ic lisc-assed, prixarily qualitativ-e.Ly. Stati-stic-a-I
of ptl-ts ops-tating under nonconst-nnt nr trans.'an'. loads (-an s.~7-
J prove the prediction of theiz u-3a',:-'L
LM
7-+-:~-e work ~n,ynl%ed n7 17--f"-Tq f;
:-.-)Ur3 to o;,e hour. The auU-,ors s'--te ~aa*-
Li: t-he3e problai-w 1!3 an f~)Ilowq! 1? ~ ri "6 lut-,l
-!, fan - - - ~ i- 7
(no-mally in the form of ns-illn~-7 -1c -f
-'e rqsl-qlance of the part tn fi';! :7
be computer y-ialds valuee characterizinr the
Card 1/2-
,IM
ki" ~T, Z Wq~:,,, i~

ACCESSION IIR,-. AP5,&7073.
associa'ed failure Probability. Based on previous work 'by Ya. Matov
!ya qtat,-13tichaskoy obrabotki o t s1 lo -,-r f 4. c h e e k J- sanisny- "Zavadskaya
traces (on pa no-:-) .,n3 rm a.-i~i .u-7
1,.a tit "t,3
Ln using a cernputer -2 stleased. In a 7,7og, nz-
-.,,u- ar IoutpiAt as 4G-"='W, above) ~3 qj mn i Ln,
15 Uf 0 U-1ar proc&GS03
-z ~bln 'nad
art, niaa. t-aialo~
SUMUTIF-11: 00 VIM: 00
NO PUR, Soyt 005
Crd 2
(YEM t 002
S IT3 MU4 DP, -7,

CwA-rence on the fatigue of structures and materials. Prikl.
mekhe 1 no.3:141-142 165. (IMIRA 18:7)
M

1. FII,ATG7, F. I,.
2. USI')'R (k00)
4. Tobacco
7. Our experience in growin.- makhorka. !~abak 13 no. 6, 1952.
9. ~.IonthlzList of "ussian Accessions Library of Congrees, Mlarch 1953. Unclassified.

FILATOT, F I
w0 WIWwmw6W '-
Soue reasons for circuitous hauls on the railroads. Zhel.dor.
transp. 39 no.6:21-24 Je '57. (MLRA 10: 7)
1. Nechallnik tekhnichookogo otdola Tushno-Urallskoy dorogi.
(Railroads-Hanagement)

34061
3/701/61/00,D/000/002/005
1.2 B124/B138
AUTHORS: Sukhenko, K. A., U_,.,_Ga1onov. P., P,, Moiseyeva,,
K. A., Metelina, L. D.
TITLE: The analysis of aluminum alloys with a multichannel quanto-
meter
SOURCE; Fotoelektricheskiye metody spektrallnogo analiza; sbornik
statey. Moscow, Oborongiz, 1961, P~ 44 - 65
TEXT-. 100 min long wires 7 min in diameter, and cast electrodes and disks
50 mm in diameter and 40 - 50 mm thick, made of Allri(LMg) and duraluminum
were analyzed with a 85-channel quantometer supplied by the firm ARL in the
USA. The spectroscopic assembly consists of four constituent parts: (1)
spectrometer with diffraction grating, slits, photomultipliers, and standl
(2) amplifying and recording device and timing relay; (3) adjustable high-
accuracy light source, and (4) frequency and voltage stabilizer, A 1.5 m
concave-ruled diffraction grating (960 lineslmm) is a-.tached to the exit
slot. The spectral range is 1500 and 7700 R. Optical and electric dia-
grams are shown in Fig,, 6, Hemispherical or truncated-cone graphite and
Card VIC)

34o6i
S/70'/61/000/000/002/005
The analysis of aluminum ... B124~B138
carbon electrodes are recommended. An a..r-conditioner supplied by Sulzer
(Switzerland) is recommended for maintaining a constant temperature of
21 + 0. -)0C and humidity of 45 � 2,%. Analytical lines and ODerating con-
dit~Tons for the analysis of specially prepared standa:~ds of steel and A!,
Mg, Ni, and Ti alloys are given in Table 1. Attenuators are selected ---.n
dependence on the concentration ranges of each element contained in the
alloy (Table 4). The reproducibility of results obtained for AMg and dur.
aluminum is shown in Tables 5 and 6. Analysis of 6 - 7 elements takes 2 -
3 minutes, with the automatic device. The accuracy (except copper) is 1 -
2~4. and is somewhat higher when wire samples are used, There are 15 fig--
ures and 6 tables,
Card 2110

34061
3/701/61/000/000/002/005
The annlysis of aluminum ... B124/B138
F i e:. 6. Opticnl and electric diaf7ram of tho apparatu,. ~(,,F-,~.nd- (A) Vol-
taFe and frequency stabilizer; (B) Low-voltnre excitinc, circuit;
(C) maina; (D) Voltage stabilization 220 v +. lc,',; 50 cps + 114.; (L)
Hip.h-voltage spark; (F) Rotary chopper; (G) '"pirk stand; (H) ita-
tionary :!lectro(' ,, (J) Rowlund's circle; (K) Photorriultiplier tute.,~,,
(L) inlet slit; (M) exit slits; (N) visible rt.~eion of the spectzim;
(0) Sample; (P) diffraction r-ratin,-; ((~) ultraviolet region of th.
spectrum; (R) Spectrometer; (3) Amplifyine, and recordinr- device;
(T) Sensitivity controll (U) Channc]3; (V) Calibration dial;
recorder; (X) Electrometer; (Y) Intei,rators; (Z) Relay. Vf/
Card 3/10

31406!
S/701/61/'000/000/002/005
The analysis of aluminum ... 13124/Bl 36
Fig. 6
-Pat a vrom"VI
T
AMC 1101
T"Wm,
jflc
AJ 10M Aea
ivLv I v) 04
Am meV &W
in we Igs-.
9Alai
CAC-
stumme.16NO-C I
a "Onpiftems cums 11pu6cps.
4110

34061
The dnalysis of aluminum
,'Table
S/701/61/000/000/002/005
B120138
1 Operatinr program of the ARL quantometer . Legendt (A) Ele-
mentsi (B) Spectral lines; (C) Panel,Vo. for exit slits; (0) Con-
centr.r.ition ranges, in ~, for the anfilysis of different alloys ~.,.n(l
steels; (0 Alloy nteels; (F) low-voitage spark; (G) trnce ele-
ments in steelal (H) titanium steels'l (I) hiFh-vol*tal-.c spark;
(J) nickel alloys; (K) aluminum alloys; (L) marne3ium alloys;
(M) Number of interrator; (N) Number of photomultiplier; (0) Num-
ber of channell (P) Reference line; (11) Screen; ($) Undi-sperged
light; (T) There are 21; interrators in all, 38 photomultipliera,
85-mensuring channels; (U) Notes. 1. A, B, C, D, E, and F indi-
cate the proup, of the alloys. 2. Screens are necessary to pro-
toot the photomultipliers against strong flux of lir~ht. V4-/
Card 5/10

The analysis of aiuminum
Table 1.
Cayc
3"Ot-.1
8/701/61/ooo/000/002/005
B1 24JI31 38
L
Z a
Fn
T
LT
L
J1
X

0/701/,,',1/000/000/002/005
The analysis of aluminum ... B124/B138
Table 4. Selection of the attenuators. LeFend: (A) Number of attenuator;
'(B) Element;. (C) Position of attenuator; (D) Ai.lr; (.E) Dur.-Au-
ndn; (F) Copper; (G) Bpryllium; (11) 11.'.agnesium; (J) Iron; (K) Sili-
con; (L) Manganese; (M) Zincl (N) Titanium; (P) Ali.iminum.
Homep
aTTejiIOaTOPa
9ilextelIT r) nonoweime avemoaTopa
t
Aypamomitit
AW
44 MOO 111 12 8 V~/
I I BePIIJIJIHA 10 -
8 Marit"A 4 10
30 I)X(dAC30 12 12
4 KpeuiiNA 13 13
39
26 MapraHe
U
H 15
17 8
-
IIIIX
42 THTatt ) 25
29 AmouHij Ila 10 10
Card 7/10

J/701 /61 1'000100!~Joot' /005
The analysis of aluminum ... B1 24/ Bi 38
Table 5. Reprod4cibility of analytical rf--tilts for A?4r.-type aluminum
alloys and duralumin (hirh-volta~-e spa-~k used as the source of
light). Legend: (A) Anal.,,tical lines, i.~; (B) Mcan aritbmetical
error, in ~~, of 20 to 40 determinations; (C) Ai,'C,,, wire; (D)
cn8t baral 15'~ AM!-, disks; (F) Nr:ilumin,bnru, wire; (G) juralum-
in disks; ~H Concentration letormined for both alloys;
KJ~ Heference line-, (K) Not,-1. Tl,o c-irbon stationary electrode is
hemispherical.
C

The analysis of aluminum ...
Table 5.
Card 9/10
S/70-1/61/00d/000/002/005
B124,/B138
7.) Cilemi! iii 211-4"Pe'acnell"A
0
jlyp,~.11011111 nPePla O.-P,-
i cKlic MINIM T.91 7~3 A Ir, A-Mr, I PYTHH, flyflil-11011111, ACARCUUX KOR-
IN) awnpaunn
Y
"P .e' mICK11 Tfl11YTAF1 111CH11
Ka Al tio 060um
nP000.10ga cnaanam
Cu 3274
Mg 2790
Fe 2599
S1 2516
Mn 2933
Be 3130
At 2568
p
A c~bepu.
+-1,2 :L 2.5 �2,7 :h 3,6

�2.5 - 43,5 �2,0 �2,0
�0,73 �3,6 �2,0 �O 9
�1,2 +2,2 +-2,6 J. 1:5
�2,5 �4,2 �1,0 �2,0
4-1.0
A11111IR c pponeullst
I lie q4 n t ~ rJOCTOR11110 gieKTPOA-

�5,0 0,07-6,9
�1,5 0,08-7,5
�1,8 0,1()--1.6
:E 1,5 0,06-1,9
+2,0 0,20-1.9
01001-008
yroj1h, 3aTOqC1N1UA NO ~OpUe.

'Illysis of aluminum ...
j;4(-:(, :
S/701/61/000/000/002/005
B124/BI38
6. Reproducibility of the analytical linen of the duralumin-type
aluminum alloy (low-voltage spark used as the source of lirht)
LeFenl: (A) Analytical lines, R; (B) Mean arithmetic error, ir,
of 60 determinations; (C) Duralumin, dLsks; (D) Range of concen-
traitlons determined; (E) Reference line.
AHamMmemie
(A)
A
ju-in apm~steMecmaji omfta a 9j H3 60 OnPeAejieHHA
itypa-310MUH, A)ICXH npeAejtbi 43nPCAeAAeMWX
o) xomteHIPatIHA
Cu 3274 1,6 1,0-6,1
big 2790 +2.65 0.5-2,0
Fe 2599 +3.3 0,4-2,0
Ain 2933 �2,8 0, 2-L 1. 1
Al 2568 Awma cpawietimse
Carl I ol l o

3/701/61/ooo/ooo/o04/005
B1 24./Bi 36
AUTHORS: Sukhenko, K. A., Filatov F. I., Moiseyeva, K. A., Grilonov, P.
P. Mietelina, L. 'D.
TITLEt Determination of boron in nickel alloys
SOURCEt Fotoelektrichi-skiye metody spektrallnogo, analiza; 3bornik sta-
tey, Moscow, Oborongiz, 1961, p. 82 - 86
TEXT: The medium-dispersion quartz spectrograph VU-28 (ISP-2B) and the
4iffraction-EratinF spectrograph "-13 (DFS-13) and the ARL qunntometer
(USA) were used to determine the boron-content of three types of nickel
alloys. Operating conditions are given in Table 1. Optimum results 1'.,ere
obtained with low-voltage spark; the mean arithmetical error for a sample
containinp 0.02~o' B was �6~.. T. M. Faytellson and T. Ye. Sharovatova are
mentioned. There are j fiFures and 2 tables.
Table 1. Conditions for the multi6h~Lnnel quantometer,determination of bor-
on in a nickel alloy. Legendt (A) Low-voltage spark; (B) Arc
with spnrk gap; (C) ... microfarods; (D) ... microhenryl (E)
Card 1/12

3/701/61/000/000/004/005
Determination of boron B124/'B138
... V; (F) ... ohms;'.(G) U. I (H) Analytical distance'l (J)
Sample "+"I carbon auxilia'Py ele*otrode,, hemispherical; (K)
Sample carbon au-Niliary electrode,, hemispherical.
(A) III 13ROBOAMIag IJCXP~'
Ayra CJ1'CxPQ8uM PeNC11MORI
C= 10 L~=50 mKin;
U=250 a; UOT=1000 s; R-5 ~Flw.
N CO (E)
(ti)AwAIMmeacull npoIfe*yTojc
d=3,0 jtAt '
(J) 06EZ130% .+'; 171C)Acrasno� BaexT-
POA .3aloqxa no #psse noqC#pm
C 60 L 360,jtx;u;
r~200 ~91"L-3.0 -Y
R = ~ 711) 1=4 4.
AI13jIIITIIqCCNIU* ; IIPO%tC*YTOIC
d-'j'O wx
106 a3ett .-'; no;jcT;junon qieXT-
*A E, Moua no Opste uonyc4~epu
CrLr,1 2/2

S/03 62/028/002/025/037
B1 24YB1 01
A111HORS: Filatov, F. I., and Kolpashnikov, A. I.
TITLE: Determination of residual stresses in brake drums of
airplane tires
PERIODICAL: Zavodskaya laboratoriya, v. 28, no. 2, 1962, 223-224
TEXT: A method based on the change of resistance to deformation before
and after cutting out the places of attachment of the strain gauges on
brake drums made of the magnesium alloy OM65-1 (VM65-1) was used to
determine the relevant residual stresses. The glue 0-4 (BF-4) was found
to give most satisfactory results after drying for 24 lirs at 600C. Tests
were performed with punched VL165-1 drums hardened at 1700C for 24 hrs, and
then mechanically treated, and on drums tempered at 1700C for 6 hrs
following the mechanical treatment. Strain gauges were glued to joints
on two planes perpendicular to each other. one was used to measure the
radial and axial components of the stresses, and the other to measure the
tangentidl components. After attachment of the strain gauges the
resistances are measured with an )1A-3 (EID-3) electronic deformation-
Card 1/k)

S/032/62/028/002/025/037
Determination of residual stresses ... B124/B101
measuring device, the accuracy of which is, according to the calibrating
apparatus of the TsIIIITtlash, + 0.2-10-5 deformation units, equivalent to
2
an error in measurement of about + 0.08 kg/Mm . A compensating gauge was
used to compensate for temperature changes during measurement. The
re'~ults are shown in the accompanying figure in the form of average values
of four measured deformations. The tensile strength of purched VL165-1
'i~ -3 varied from 26 to 31 kg/MM2 . An analysis of these results shows
that the amount of residual stresses is small, particularly in tempered
drums and cannot influence their strength. P. I. Potapov, A. M. Yermilov,
B. Ya. To.'machev, and A. Ya. Kharitonov took part in this work. There is
1 figure.
Fig. Numerical values of residual stresses in non-tempered (a) and
tempered (6) drums- - tangential stresses; = radial and axial stresses.
The sign + indiCELte'_ compressive stress, the sign - tensile stress; the
2
values of stresses are given in kg/mm . Legend: (A) not measured.
Card 214.1

FILATOV, F. I.
Filatov, F. I. Instruments and Methods of Meusuring Resistance
to Defonnation of Metals and Alloys. p.120
Korneyev, N. I.; I. G. Skugarev; and F. I. Filatov. Study of
Flow Pressure of Certain Alloys. P-134
r-reasure Troatment of Alloya; CoUection of Articlee, Nowiz, Oboronsiz) 1958, 14irp.

27042
S/182/61/000/004/002/097
D038/Dll2
AUTHORS: Korneyev, N.I., Morokhovets, G.M., Filatov, F.I. and Manych, V.P.
TITLEs Investigations on the technological ductility of stainless steels
PERIODICAL: Kuznechno-shtampovochnoye proizvodstvo, no. 4, 1961, 9-12
TEXT% The authors state that perlitic and martansitic steels are highly ductile
during hot deformation, and that heat-resistant iron- and nickel-base steels have
a limited ductility since their ductility is determined by the content of alloying
elements as Al, Ti, B, etc. The article deals with an investigation on the forge-
ability of the Soviet martensitle and semi-austenitic steels listed in table 1.
The X 17ff2 (Khl7N2) and aH736 (E1736) steel grades were tested in the preliminary
deformed state without heat treatment, and the V904 (E1904),34 925 (E1925),
3 H 961 (EI961) and 9 H 643 (E1643) steels in the forged and deformed state withcut
heat treatment. Forgeability was evaluated on the basla of results of tensile
compression and impact tests at temperatures of 600-13000C. The test results re-
vealed that the EI-736, EI-961, and EI443 steels can be press or hammer forged or
rolled within a rather wide temperature range, and with a high degree of deforma-
tion, as shown in table 2. However, the permissible total deformations listed in
this table apply only to the upper limits of the temperature range, and cannot be
Card 1/5

27042
S/182/61/000/00/i/002/007
Investigations on the technological .... D038/D112
used for the lower temperatures. Gas-turbine discs forged with a degree of defor-
mation exceeding 65% and completed below 90000 show sharp anisotropy of mechanical
properties, especially impact properties. The EI-904 and in particular the EI-925
steels have poor forgeability (Fig. 3); whilst undergoing forging operations, they
should not be heated above 1100-11200C, and total deformation ought not to exceed
50-60%, eiren in the preforged state. These steels are also sensitive -to the rate
of deformation. In hammer forging they show almost twice as much resistance to de-
formation as in pres:3 forging, even at temperatures as low as 9000C. In the case of
large forgings or in the processing of large (10-ton) ingots the sensitivity of
the steels is a serious limitation. Some heats of the EI-904 and the EI-925 steel-q
5bowed a considerably better forgeability, however, and can be hot worked at 1200-
8500C without difficulty. On the other hand3 other heats of the same steel develop
forging cracks after being heated for forging to 1150 � 200C but become ductile on
being heated to 1200-1240 C. Presumably, this difference in behavior is caused by
a differing content of delta-ferrite. This assumption was confirmed experimentally
by flat-die hammer forging of two experimental heats of EI-925 steel cmtaining 9 and
19% delta-ferrite, respectively. The authors conclude that further work should be
done to establish the dependence of the effect of delta-ferrite on the ductility
of steel. There are 5 figures, and 2 tables.
Card 2/5

-1,11ATOV, Fe~ior Ivanovich
"Increasing the Seed Yield of Perennial Grasses," Sov. agron., No.4, 1949
Inst. Grain "ulture of Southeast
4

FIIkNV . F. I.
"The Cultivation of Perennial Grasses in Field and Forage Crop Rotation in the
Southeast USSR,n 195o

1. FnATOVI F. I.
2. USM (600)
4. Agriculture
7. Agrobiological principles of cultivating perennial grasses in the Southeast
U.S.S.R. Saratov,, Obl. gos. izd., 1951
9. Monthly List of Russian Accessions, Library of Congress, January .1953. Unclassified.
iD.-
"IV
2 ME

FILATOV, F.I.
Vozdelyvanie mnogoletnikh trav
(Cultivation of perennial grasses). 2 izd. Saratov,
Saratovskoe oblast. gos. izd-vo, 1952. 170 P-
SO: Monthly List of Russian Accessions, Vol. 6, Vo. 1, April 1953

JUATOV. F.I.
Heir book on Kichurin genetics (01~mdamental problems In Kichurin
genetics." U.I.Yeiginson. Reviewed by F.I.Filatoy). Izv. AN SSSR.
Ser.biol. no.4:139-143 Jl-Ag 156. (MLRA 9:10)
1. Ilauchno-iseledovatellsidiy Institut sellskogo khozyaystva Tugo-
Vostoka, Saratove
(GJMTICS) (IMIGINSON. N.1.)
dil

USSR/Cultivated Plant3 - Fodders. H
Abs Jour : Ref Zhur Biol., No 12, 1958, 53677
Author : Filatov, F.I., KuzImin, V.D.
List
Title Rhat Did the Experimental Sowings of Sorghum japonicum
in 1950' in the Saratovskaya Oblast' Show?
Orig Pub S. kh. Povolzhlya, 1957, No 5, 46-49
Abstract The trials of Sorghum japonicum on the Sovkhozes (otato
farm) of the most and parts of the Oblobt I showed its
very late maturity in comparison with sorghum (Sorghum
unlgare). The best result was obtained by wide-row
planting. At that time the yield of the green bulk was
168 cwt/ha. This did not surpass the yield of Chinese
sugar cane (S. saccharatum) which is more valuable from'
the standpoint of feed quality. I.N. Zaikina
Card 1/1

DUBROVIN, Ye.; KARMALISKIY, 0.; FILATOV,--,Q..,-,LOKOTKOV, A.; LEBEDINSKIY, A.;
BARANOV, I.; MITSEVICH, P.; BASENKO, Ya.; GOLITSYN, A. (Ozery, Moskovskoy
obl.); SHCHEPOTIN, I. (Ozery, M-askovskoy obl.); KIIALANGOT, A. (Snezhnoye,
donetskoy obl.); KUZIMIOW N. (Snezhnoye, Donetskoy obl.); SIRITSA, A.,
inzh; po ratsionalizatsil
This is the way we live. Izobr. i rats. no.10:4-5, 23 163.
(MA 17:2)
1. Chlen sovata obsh-6hestvennogo konstruktorskogo byuro zavoda im. V.I.
Lenina (for Karmallskiy). 2. Predsedatall Amurskogo oblastnogo soveta
Vses6yuznogc obshchestva izobretateley i ratsionalizatorov (for.Filatov).
3. Predsedatell Chelyabinskogo promyshlennogo oblastnogo soveta Vsesoy11z-
nogo obshchestva izobretateley i ratsionalizatoftv (for Lokotkov). 4.
Starshiy:1A#jj#&ft Odesskogo za#oda imeni Dze-zhinskego (for Lebedinskiy).
5. Preds M611 zavodskogo sovata Vsesoyuznogo obshchestva izobretateley
i ratsionalizatorov (for Baranov). 6. Predsedatell soveta Vsesoyuznogo
obshchestva izobretateley iratsionalizatorov Irkutskogo z oda tyazhelogo
mashinostroyaniya imeni Kuybysheva (for Mitsevich).
~g
5-X

FIIATOV, G. (solo Verkhnty I(rubash Kurukoy oblasti)
Foldsher Vasilii TUdimirovich TratItakov. Yelld. i akush. 21
no.7:60-61 J1 156. (14LRA 9: 10)
(TRWIIAKOV. VASILII VIADIKIROVICH. 1884- )

28348 9/124/61/000/007/010/044
A052,4101
AUTHORS- Volin, B. P., Troshin, Ya. K., Filatov, G.J., Shchelkin, K. I.
On the reacton-kinetic nature of heterogeneities in the shook front
ax.d the part played by them In the process of propagation of gas
detonation
PERIODICAL. Referativnyy.zhurnal, Mekhanika, no. 7, 1961, 7, abstract 7B47
("Zh. prikl. mekhan. i tekhn. fiz.' no. 2, 1960, 78-89)
TEXTw The process of origination of heterogeneities in the forward front
of a flat detonation layer Is considered theoretically The disturbance
develops Li the ignition front and propagates over the iront with the velocity
of sour-d in the shock-compressed gas a In the direction of propagation of
detonation the disturbance is drifted ~~ the flow behind the forward shock front
and overtakes-the front at the moment
t M . A __F
a, :- (D CO
wnere the width of detonation zone, D the velocity of detonation, (0 - the
Card 1/3
Or

28348 S/124/61/000/007/010/044
On the reacton-kinetic nature ... A052/A1O1
velocity of shook-compressed ga3 in the laboratory system of coordinatea. By
thiz moment t the disturbance over the igniTion front will have the diameter
A y T D ' + D
2 Ws
I - I/ V 2jr - 7 - I
where It - the period of the induction of ignition, cp/cV - the ratio of
spccifla heats, P - 0.5 ~ 0.4 at -( - 1.4 + 1.3. The Identification of 4 y
with the experimentally observed dimension of heterogeneities enablos one to
n (1) as the depondence of the mean dimension of such hetero-
s1der equatio
geneitles on reaction-kinetic and gas-dynamic factors. The resu.Lts of experi-
ments on obtaininiz %e track Imprints of detonation wave on faceplates oovered
prior to the experiment with a thin layer of carbon black are described. Another
proof has been found of the existence of heterogeneities, not only near the wall
of the detonation tube, Wt over the whole surface of the detonation front In
the ~;jbes as well. It is shown that such heterogeneities exist also in the
sph?rlcal d~_Ptoratlon wave. It Is found out that the total number of heterogene-
ities over the whole detonation front increases with the surface of the front.
Tne authors arrive at a conclusion that spherical detonation, like the gas
detana-%Ion In t%bsz, Is p-,t1sating one, that heterogeneities in its front emerge
.9pontancouzly, and that these heterogeneities are not oonnoct6d with the presenoe
Card 2/3 or

24310
8/124/61/Ooo/bo,t/Oio/044
On the reacton-kinetic nature ... A052//1101
of walls of the detonation container. To bring the fact of multiplication of
pulsations with the increase of the surface of detonation front in agreement
with the periodical mechanism of detonation, the authors consider it necessary
to complement the conception of the mechanism of detonation combustion, given in
another study (Denisov, Yu. N., Troshin, Ya. K. Zh. prikl. mekhan. I tekhn. fiz.
no. 1, 1960, 21-35), by introducing Into the detonation cycle one more link of
instability bdlng the-source of emergence of breaks.in the shook front. A
criterion of the limit of existence of the spin and pulsating detonations is also
given. There are 23 references.
Yu. Denisov
[Abstracter's note: Complete translation]
ve,
Card 3/3

FIIATOV, G.I.
Health education work in Verkhnvi Liubazh District, Karek Province.
Zdrav.Ros.Fedor. I no*6:24-26 Je '57- (MLRA 10:8)
1. Zaveduyushchiy Verkhne--Irubazhokim reyonnym otdelom sdravo-
okhren3niya.
(TARKHNIY LIUBAZH DISTRICT-HRAISH IDUCATION)
M..
TL'~Z'~"-7'
J -,1-.I 'j"
mmq
i-ViRN,
W

YILATOV. 0. 1. ..- t -.......
., ~ ;~'-
.) '! .70,
Working with intermediate medical personnel in n district,
UraveRov.Yedere 2 no,7s.31-.34 J1158 ImrRA 11:7)
I@ Slushatel' zaochnogo otdoloulya kafodry orgnuizatsii
sdravookhranenlya (save - prof, N*A* Vinogradov) 7'Sentralinogo
instituta uaovershonstvovantya vrachey.
(VERKHRIT LYUBAZH DISTRICT-MIGIn. RURAAr')

FILA-TOV, G.L. klinicheakiy ordinator
Result of fungous disease prevention in Verkhniy Iombazh District,
Kursk Province region. VeBt.derm. i van. 33 no.3:51-54 14~~e
'59. (MIRA 12:9)
1. Iz kafedry kozWkh i veneiricheakikh bolezney (zav. - doteent
V.G.Azulre ev) Kwakogo moditsinakogo instituta (dir. prof.A.V.
SaveilyeT
(FOGUS DIb-AaS, prev. do control
in Russia (Rua))
1, 1. RVE
4 r

FILWOV, G.I. (Verkhno-1rVubazbskiy rayon Kurskoy oblasti)
Control of fungous diseases in rural areae. Sov.zdrav. 18 no.11,
24-28 1.59. (RURAL HIAIMH) (KIRk 130)
(WOOSIS prey. to control. )

FIIATOV, 0.1, (Belgorod)
Fungus diseases in Belgorod h-ovince from 1956 to 1960.
Vest. derm. i veno ~7'no.lcz,'73-74 Ja'63. (MIRA 160.10)
(EELGOROD PROVINCE-44YCOSIS)

TCC-9W, -~AP5026062 RPL Ww/jw/wE/.RM SOURCE CODE: UR/0405/65/COO/00210012/002,
Troshin Ya. .K.
AUTHORt -Gordeyev, V. Ye. Serbinoy A.'I.1 t.:~ [F~
ORG: none
TITYS: Initiation of the explosive conversion of condensed explosives by gaseous
detonation
SOURCE: Nauchno-tekhnicheskiye proble.-V goreniya i vzr)-va, no. 2, 1965, 12-21
/I Y 6'-' g "-
TOPIC TAGS: gaseous detonation, liquid explosiv , 'tetranitromethane, benzene,
methane, oxyge-n-,-i-g-nTflwo-n--&e-la-y, detonation wave, detonation velocity
q 7 7
ABSTRACT: Initiation of the detonation of a tetranitromethane benzene mixture (1.5:1
by irolume) by detonating a stoichiometric meth795`eo3Y9_7~' K was studied Thoto-
graphically using an experimental setup consisting of a thick-wall steel pipe with a
16-mm external diameter and a 10-mm internfLI diameter and a plexiglass tube with a
~O-mm external diameter and a 10-mm internal diameter. The steel pipe was equipped
with an electric detonator and was filled with the gaseous mixture. The plexiglas
tube was filled with the liquid (or solid) explosive. The initial gas mixture pres-
sure varied between 0.1 and 60 atm abs. Detonation of the liquid explosive by the
reflected wave of the gaseous detonation occurred only at the initial gaseous mixture
pressure of po ~~ 2 atm abs. The liquid explosion delEW time T decreased from 350 to
10 psec as the initial pressure in the gaseous mixture increased from 2 to 12 atm
Card 1/2 UDC: 532.595.2+934.222.2

L 9555-66
ACC NR: AP5026062
abs At pressures of 24 atm abs.,the ignition delNf practically disappears, Iii.e.,
the explosive ignites instantly on contact with the gaseous detonation wave. 111ransi-
tion of accelerating combustion into detonation of the explosive occurred within
30 lisec after ignition. A stoichiometric tetranitrometlinne-banzene mixture (4-:1) is
even more sensitive to the gaseous detonation; it is detonated at po ~. 0.66 atta abs.
with a delay time of TO psec. The change in the ignition delay is attributed to the
difference in the surface temperature of the explooive Ts. The delay time was meas-
ured at various temperatures and the experimental deta were used to calculate Ir
which vary
between 712 and 841K, depending on x. The same values of T. (about E00
were also obtained by a different method, which takes into account thermal conduc-
tivity, specific heats, and densities of the components of the gaseous mixture and of
the combustion products. At the Initial gas mixture pressure below 60 atim abs.t
the detonation velocities in both gases (atout 2300 m/sec) and in the liquid explosive
(6850 m/sec) are practically independent of'pressure. Orig. art. has: 5 tables,
2 figures, and 4 formulas. cps)
SUB CODE: FP/ SUBM DATE: 30Nov64/ ORIG REF: Ol6)/ OTH REF: 001/ ATD PRE
T "LNI'

FILAMV, G. M.
All employees take part in the conpetitions. Vest. sviazi 23 no.
7:27-29 Jl 163. (MIqA 17t2)
1. Nachallnik Mogilevskoy direktsii radiotranslyatsionnykh setey,
: $ .

FIIATOVI G. M. ~
lqt,4
'I
;~, / x j ;;" 1: " ~, ! ~, I., j
1, , )
" 7 1.- .,. Z-.-
c. 64

rILATOV, GeSe
l-.--------.-------.-y-402 uygni. Fer. zVesdy 11 no.6:4-74-475 MY '57. kMIRA 12:1)
i.St&linabadskay& aistronomichooka7a observatoriya AN Tadzhikskoy
SSR.
(Stars, Varibble)

FILATOT, G.&.
Igating 26 variable stars, Astron, tair, no.182:14-16 is 157.
1. Stalinabadskaya astronomichesk*m obalarvatorlyn. (KRA 11:3)
(Stars. Variable)