SCIENTIFIC ABSTRACT FILATOV, A.N. - FILATOV, B.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000413020010-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

s/o44/62/000/009/060/069
On a high-speed problem without switching for .... A060/AOOO
then the problem reduces to the preceding one by a linear transformation of the
variables. The second part of thepaper is devoted to the problem, unrelated
.to the former one, of applying the general principles of mechanics to the set-
ting up of the equations of motion of unholonomic qatems. If upon a mechanical
system of n material points, whose-position is defined by the coordinates xj,
X21 ... 1 x3n one imposes one oonstraint of the form
f -(to Xi, Xi) ... J, xic) 0; - I - 1, 2, 3n
which may be integrated once, then the equations of motion will be the same re-
gardless of whether one uses the given constraint oV the constraint obtained af-
ter integrating it in setting up these equations.*
A.G. Butkovskiy
[Abstracter's note: Complete translation]
Card 3/3

FILITOV, A. N.
"On the application of Lie series to the problems of n-~nlire!~r mechanics.'
Paper presented at the Intl. _1)rmpo2ium on Non-linecir Vibrations, Kiev, WSR,
9 -19 Sep 61
Institute of Mechanics of the Academy of Sciences of the Uzbekian SSit, USSit
A
N.~
A
al
M-M

31061
S/166/61/000/006/002/010
3,9000 (11;1)113A110-60) B112/B138
AUTHOR: Pilatov, A. N.
TlTLEt General solution of the problem of motion of a heavy body
around,a fixed point
PERIODICAL; Akademiya nauk Uzbekskoy SSR. Izvestiya- Seriya fiziko-
matematicheskikh nauk, no. 6, 1961, 23 - 33

TEXT
T dp B-C
-= -
q~+ Mg
- -
(Y-T
~J)
:
he author solves the system Tt
A , ~
dq =C-Arp+ Mg
~!T iB B
dr A-B
-
pq +
'
'g
C C
dz
.r? qT,
211 PT
Wt di

Card 1/4 d1- qct p p

General solution of the problem. of ...
-31061
S/166/61/000/006/002/'010
B1112/B138
by the series expansions
co 00
n-0
P=O
co
D" 'a (t) D"
r n1 hl
m-0
in in Do -jo
D" 7(
0 5T
n-0 n-0
where the Aiffereatial operator D is L10final by
Card 2/4

3' 1~1 6Y61/000/006/002/01 0
General solution of the prob lem of ... B112 B 138
-C M
g
D ~Foro +
ZOO. O
(YOTD
+
A I N
C- A r" M
+ P. + Y
a
B
(--oao xo-(.) +

d
I
. . q0
A-B

+[ p0q0. ' A19
+ C

J')
(X0P0 YO
+
Or
a
q0TO) + 070 r0*0 -~L + q0ao ppo
da, Or% (I. d7o
= 0
The cases x
z
Y (Euler Poinant), A B, xo Yo 0
o
o
o
(Lagrange Poisson), A = B - 2C, yo . 0 (S. V. Kovalevskaya),
zo
.
A = B C (complete kinetic symmetry), = z
0, r = 0
B 2A, x
(Bobylev - Steklov), B= 1=
'4C, Y o
o
zo.= 0 (Goryachev Chaplygin),
0
-B
and y
-FA( C) + z 0 ~05 B
0, x 0 (Hess Appelrot) are considered.
o
0
There are 2 Soviet references.
Card V4
A-

106
1
3
S/166/61/000/006/002/010
General solution of the problem of ... B112/B138
AqSOCIATION: Institut makhaniki AN UzSSR (Institute of Mechanics AS
Uzbekskaya SSR),
SUBAUTTED: August 5, 1961
Card 4/4

Es
FILATOV, A. (Simferopol')
1~
Changes in temperature in the elastic deformation of bodies. 712;.
v s33kole 21 no*3:64 1-tr-Je 161. (HrRA 14: 8)
(Deformations (Mechanics))

S/166/62/000/001/003/009
B104/BIO2
AUTHOR: ]Filat
TITLE: The motion of a solid body in an ideal incompressible liquid
PEHIODICAL: Akademiya nauk Uzbekskoy SSR. Izvestiya. Seriya fiziko-
matematicheskikh nauk,4no. 1, 1962, 25 - 32
TEXT: The motion of a solid body in an unbounded incompressible nonviscous
liquid, at rest in infinity, is studied. External forces are neglected;
the liquid is in an irrotational flow. The problem leads to the solution
of a Kirchhoff system of equations from vhioh the motions of the solid
body and of the liquid can be determined:
-I-1 1p2
T ja + yabiRl, +2 c,Rp,+ a,,PP,+
i-1 *
3 3 3 3
Card 1/2

S11661621000100110031009
The motion of a solid body... B104/13102
dR, rR2 qR3 dRi = PR3 - rR,
'7r- dt
dR, qRj PR2 dpi =rP2 - qPs + WR2 - VR3
di
dp, _pPs-rPj+uR3-wR, dPp.qPj - pP2 + vRj - uR2
,it- dt
In the present paper the solutions are obtained by means of Lie seri 438
(W. Grdbner, Die Lie Reihen und ihre Anwendungen, Berlin, 1960), i. a.,the
Kirchhoff integral of the system of equations is obtained by means of Lie
series. The Clebsoh problem and the Steklov problem are discussed. There
are 5 references: 2 Soviet and 3 non-Soviet.
ASSOCIATION: Institut mekhaniki AN UzSSR (Institute of Mechanics AS
Uzbekskaya SSR)
SUBYITTED March 10, 1961
Card 2/2

W492
S/208/62/002/003/003/0,11
104"219
AUTHOR-. Filatov, A. N
TITLE: On an algorithm for solving the Cauchy problem for equations with fint order partial
derivatives
PERIODICAL. Zhurnal vychislitel'noy matematiki i matematichcskoy fiiziki, v. 2 no. 3, 1962, 411-417
TEXT Given the linear system
ajik Lok + b4'0, + C, I,, m (1)
at J.1 h I axi &-t
with the initial conditions OAO, x,,..., xj = 0Xxj,...,x.) where aj'j, bk', cj,o, arc analytic functions of x1,. X,
andtinthcdomain jtj~~,r, Ix,j-tekhnIchAskogo obshchestva radio-
-takhniki i elaktroavyazi Imeni Popov&.

SAGITOV) M.S.;.~~LATOV, A.N. (Tashkent)
Liapunov-type stability in the critical case when the determining
equation hRs an even number of zero roots. Prikl. mat. i mekh.-29
no.13173-175 Ja-F 165. (MIRA 180

FILATOV, A. S., Engincer
"Electric Drive and Regulation Systems of Continuous Co2d-Rollinr, lVills."
Sub 22 Jun 51, Moscow Order of Lenin Power Engincerinp, Inst imen i I% M.
Molotov
Disnertations presented for science and enpinearing degrees in
Moscow during 1951.
SO: Sum. No. 480, 9 MaY 55

.-1 7
USSR/ Engineering Metal drawing
Card %/l Pub. 128 - 7/31
,Authora & Son'kin, H. A-s and Filatov, A. 3.,, Cand. Tech. Sc.
Title s High speed drawing mill,
PeriodlLcaj I Vest. mash. 35/5.,.14-17,, MaY 1955
Abstraot I -The technicall-and structural-characteristics of a high-speed-metal-drawing
Diill, capable of drawing 15 - 17 m1sec, are described. The operations of
the mil I in question are controlled by means of a SS-1951150 selsim.
Graphs; drawings.
institution
Submitted z
_K

FIL&TO _AAv,_)wnd. tekhn. nauk.
- -,~ ~ 7 ~!A-
4ttamtia control of the strip thickness on cold rolling mills.
CrMdyl TSNIITMASH 73:127-157 '55. OIIRA 11:3)
(Ilectronic control) (Rolling (MAalwork))

KOGOS, A.M., inzhanar; FILATOV, A.B., inzhanar.
Mill for rolling very thin stool strips. Vost.mash-36 no-7:28-32
J1 156. (Rolling mills) (MIRA 9:9)
4

FlUTOV, -A-. S-.
"Automatic control of engines on the pressure components of cold
rol2ing equipment" page 146., "Tbe basic principles of
regulating the tension In cold rolling mills" page 166.
Rolling 4ills-Research on Electrical Drive and Automatics in
Book n
Rolling 4111! 0 60, 1956', TaNIITMASH
7~
01

SOV/ 137-57-6-9904
Translation from: Referativnyy zhurnal, Metallurgiya, 1957, Nr 6, p 84 (USSR)
AUTHOR: Filatov, A.S.
TITLE: The Major Principles of the Regulation of Tension as a Function of
Tension in a Cold-rolling Mill (Osnovnyye printsipy regulirovaniya
natyazheniya v funktsii natyazheniya v stane kholodnoy prokatki)
PERIODICAL: V sb.: Prokatnyye stany. Nr 7. Moscow, Mashgiz, 1956, pp
166-185 7-5 7-1-y? 119 S A/
Y'7
ABSTRACT: In conversion to high rolling speeds on continuous cold rolling
mills (M), the necessity arose to develop reliable systems of auto-
matic control of tension between stands so as to assure satisfactory
M operation during acceleration and deceleration. As a result of
analysis, the influence of individual parameters of the Eystern con-
sisting of the electric drive and the M upon transient conditions is
established, and the primary relationships required to choose alA
analyze automatic control systems are discovered. Experirnent~ I
investigations conducted in the rolling laboratory of TsNIITMash
(Central Scientific Research Institute for Technology and Machinery)
Card 1/2 point to the satisfactory operation of the system for automatic

SOV/ 137-57-6-9904
The Major Principles of the Regulation of Tension (cont.)
control of tension. The existence of reliable instrurnents for measuring tension
makes it possible for similar systems to be developed for industrial M.
B.Ye.
Card 2/2

I r; i t
r L-r
SOMIKIN, M.A., kandidat takhnicheskikh nauk; FILATOV, A.S., kandidat
tekhnicheskikh nank.
Specific power consumption as a basis for computing drawing forces and
the capacity of motors driving draw bench drums. [Trudy] TSNIITAASH
no.80:186-193 156, Wak loa)
(Drawing (Metalwork)) (Ilectric driving)
R"'W

SOV/ 137-57-6-10007
Translation from: Referativnyy zhurnal, Metallurgiya, 1957, Nr 6, p 94 (USSR)
AUTHORS: Son'kin, M.A., Filatov, A.S.
TITLE: The Electric Drive of a High-spedd Wire-drawing Machine (Elek-
troprivod stana skorostnogo volocheniva)
PERIODICAL: V sb.: Prokatnyye stany. Nr 7. Moscow, Mashgiz, 1956, pp 194-
200
ABSTRACT: Continuous wire-drawing (D) machines with baci.- L(.-nsion are ar!.~re-
gates the output and quality of the product of which is essentially
governed by the quality of the electrical equipment. Tests of a high-
speed machine with an operating speed (S) of 20 m/sec have been
completed in the rolling laboratory of the TsKBMM of the
TsNIITMash (Central Scientific Research Institute for Technology
and Machinery). A new electric drive system is advanced, in which
control of the tension on the wire (W) is by changing the field of the
motor with the aid of power selsyns. In the case of machines in
which the 5 can be cut down very considerably, a system is under
examination for supplying the motors from separate Z-coil genera-
Card 1/2 tors. In that event control of tension is by means of selsyns which

The Electric Drive of a High-speed Wire-drawing Machine
SOV/137-57-6-10007
are connected into the generator field circuit. Both circuits were tested on a
5/Z50 laboratory wire-drawing machine. In continuous wire-drawing machines
with back tension, D is performed simultaneously in several dies, and this gov-
erns the major specifications that have to be met by the electric drive of the mill
and its system of control, namely, the maintenance of stable W tension between
blocks and maintenance of a prescribed ratio of block-rotation S. The W tension
is created by a system of levers and springs with a tension roller at the end of a
lever. The S is regulated by changing the length of the loop. Experimental in-
vestigation has confirmed the desirability of using selsyns as pick-ups for the
system of S control for the blocks. The control system used with this machine
makes it possible for the drives and the machine as a whole to function at D S of
up to 20 m/sec on the finishing block. However, it is difficult to attain a stable
servicing S at high D S. This makes necessary a further improvement in the
design of control of high-speed D machines.
B.Ye.
Card Z/Z

SOV/ 137-57-10- 19083
Translation from: Referativnyy zhurnal, Metallurgiya, 1957, Nr 10, p 94 (USSR)
AUTHOR: Filatov, ~S__- ____
TITLE: Experimental Characteristics of a Low-power Magnetic Amp-
lifier (EksperimentalInyye kharakteristiki magnitnogo usili-
telya moshchnosti)
PERIODICAL: V sb.: Prokatnyye stany. Nr 7. Moscow, Mashgiz, 1956,
pp AQI-204
ABSTRACT: A magnetic amplifier (A) to be used in investigating sys-
tems of automatic control of strip thickness in cold-rolling
mills has been developed and is being made in the
TsNIITMASh laboratories. Magnetic A attain reliability
through the absence of moving parts or parts sensitive to vib-
ration.. They possess a significant implification constatit and
the capability of totaling a large number of signals. The core
of the magnetic A is made of 80NKhS steel (permalloy). The
thickness of the sheet is 02 mm, and the height of the pile is
20 mm. When the feedback- winding parameters are properly
selected, the amplification factor may attain 200. The high
Card 1/2 amplification constants made it possible to use this A to

SOV/ 137-57- 10- 19083
I Experimental Characteristics of a Low-power Magnetic Amplifier
amplify the impulse of a flying micrometer in a system for the automatic
control of strip thickness in cold-rolling mills. The results of experimental
investigations show that low-power magnetic A with cores of 80NKhS steel
display satisfactory characteristics and high operating -pe rfo rmanc e -indices.
B. Y e.
Card Z/Z

XFI~LAT~OV A.S., kandidat takhnicheakikh nank; ZHURAVSKIT, Yu.V.,
,wV 0
kandidat tekhnicheskikh nauk.
Automatic liquid level control in hydraulic machinery. [Trudy].
TSNIITMSH bo:205-210 156. (MIRA 10.1)
(Liquid lsve~ indicators) (Hydraulic machinery)

TSELIMY, A.I.; DRUZHIEN. N.N., kandidat takhnicheskikh nauk;
FILATOT, A.S.. kandidat takhnichaskikh nauk.
Automatization of new rolling mills. Vashinostroitell no.2:
1-11 F 057, (MLRA 100)
Chlen-korrespondent AN SSSR (for TSelikov).
(Rolling mills) (Automatic control)

FIIATOV, A.a., kand.idat tekhnicheskikh nauk.
I -- Ga M-1, a
7:t"Olmatization qf cold rolling mills. Test. ma9h. 37 no.7$15-18
J1 157. (Rolling mills) (Automatic control) (MLRA 100)

PHASE I BOOK EXPLOITATION SOV/5471
Moscow. Vaesoyuznyy institut nauchnoy i tekhnicheskoy lnfcrmataii.
Prokatnyye stany. (Sbornik] 1 ((Metal] Rolling Mills.(Collection] 1)
Moscow, 1959. 272 p. 2,000 copies printed.
Sponsoring Agencies: GoBudarstvennyy nauchno-tekhnicheskiy komitet
Soveta Ministrov SSSR. Akademiya nauk SSSR.
Ed.: Ye. S. Rokot-ran, Doctor of Technical Sciences; Tech. Eds.: G. A.
Shevchenko and N. G. Goncharov.
PURPOSE: Thiscollection of articles Is intended for technical
personnel in rolling mills, educational institutes, and.design
offices.
COVERAGE: The collection contains articles dealing with the present
status of methods used in metal rolling. Attention Is given to
the design and operation of sheet and planetary mills, electric
drives of equipment used in rolling shops, and instruments for
Card 14

(Metall Rolling Mills (Cont.) s ov/5 4,7 1
measuring metal-rolling process parameters. D. F. Morozov.,
Doctor of Technical Sciences, and 1. 3. Fobedin, C-andidate of
Technical Sciences, edited some pa&8 of the ~)onk. Referenced!
accompany each article. There are 131 referonc~es, Soviet and
non-Soviet.
TABLE OF CONILENTS4
Foreword 3
1. Rokotyan, Ye. S. (Doctor of Technical Sclencc-4.1. Modern
Sheet Mills 4
2. Burlyanov, V. P. (Candidate of Technical Salencea), Plan-
etary Mills 79
3. Filatov, A. S. (Candidate of Technical Sciences]. Modern
Electric DrIve for the* Basic Equipment of Rolling I-L, Us 126
Card 2A

(Metali Rolling M113 (Cont.) SOV/5471
4. Zhuravskiy, Yu. V. (Candidate of Technical Sciences]. Electric
Equipment for the Auxiliary Mechanisms of Rolling Mills 187
5. Meyerovich, I. M. (Candidate of Technical Sciences). In-
struments for Measuring the Force Parameters of Rolling
Milli 217
AVAILABLE: Library of Congress (TS34o.m67)
Gard 3/3
VK/wre w
971V-91

20 (1), 28 (5) 3/119/60/000/02/008/015
AUTHORS - Klimov. I. P., Engineor B014/BO14
Filatovt 3rigineer
TITLE: Application of a �Sjels~~n~ for the Measurement of Mechanical
quantities
PERIODICALi Priborostroyeniye, 19609 Nr 2, pp 19 (USSR)
ABSTIMM This article gives a descr~.Iption of the application of a
selsyn for the -measur(3men-d%f strip stress in continuously
operating strip-rolling mills, The design of such a selsyn
was suggested by the Laboratoriya avtomatiki TsITHTMASh
urc 2 shovis that
(Laboratorv of Automa-tion_,_3.g "h) ~ A,-
the aelsyn of the type 'BD-404A is perpendiculv~rly housed
within a jacket, its Afor is actuated when the position of
the roll driven by th.-- otrip chang~es (Pi,7 1). The resultant
alternatinC, voltage ia rectified by .9emiconductors, and is
fed into a pointer instrument calibrated in either metric
tons or kilograms accordine to its specific Purposes, There
Card 1/1 are 3 fieures, (--V~)

FILATOV, A..5jmnd.tekhn.nauk
Automatic rolling mills. 11CO 2 no.2:37-38 F 160.
(MIRA 13:5)
(Rolling mills) (Automatic control)

3'),119
S/020/62/142/001/017/021
op B103/B110
AUTHORS: Ginsburg, V. A., Yakubovich, A. Ya. , Filatov-,-AL-S---t-
Shpanskiy, V. A., VlaBova, Ye. S., re-re-nin, G. Ye.
TITLE: Production, pyrolysis, and photolysis of polyfluorinat*d azo
compounds of the aliphatic aeries
PERIODICAL: Akademiya nauk SSSR, Doklady, v. 142, no. 1, 1962p 88-91
TEXT: Further methods of synthesizing polyfluoro azoalkanes (PFIA) and
their derivatives were elaborated. It was found that PFAA were formod:
(a) when reducing azoxy compounds by PC13 /;apor in the vapor phase and
in N2 atmosphere at 100-150OC: Rj~-"( O)Rf 3 ) RfN-NRf + POC1 3'
(b) when oxidizing hydrazo, compounds containing R fNH groups; (RfMCF V
072H, and others)l these compounds are synthenized by reducing azoxy
compounds. Among others, the following were used as oxidizers of hydrazo
derivatives: Cl 2 , Br29 nitric oxides, chromate mixtures, potassium
permanganate in acetic acid; (o) when fluorinating linear or oyolic
Card 1/5

Y(OS
62/142/001/017/021
Production, pyrolysis, and ... B103~110
azines by COY3 in a carbon fluoride medium at 90-1200C, or by elementary
F (diluted with N2) at -10OCI (d) when fluorinating nitriles of
polyfluoro oarboxylio acids and HCN in the vapor phase on CoF at
100-1500C. Some PFAA derivatives were synthesized: (e) by cLorinating
in the vapor phase in ultraviolet light (UV) at 3000C, or by fluorinating
hydrogenous azo compounds on CoF 3 at 50-80OC:
C12 COF3
Rf-NCH 3 -t1'Vr atr-MCHC12, Or RfN-NCH3 RfN'NCHF2 p and others;
(f) by the usual conversion of functional groups. The initial azo
compounds used in reactions (e) and (f) were obtained by condensation of
polyfluorinated nitroso alkanes with the corresponding amines. The
constants of the substances obtained are tabulated. PFAA are yellow
liquids or gases which explode when heated, but are much more stable than
their non fluorine-containing analogs. Pyrolysis: It was found that
hexafluoro azo methane was slowly pyrolyzed in a copper tube. at 40000:
CFN-NCF + CF CF Similarly polyfluorinated homologs of
5 3 2 3 - 3'
hexafluoro azo methane also decompose. This decomposition can be used as
a method of synthesizing PPAA- At 600-700 OC9 tetrafluoro methane, tetra-
Card 2/5
J

32819
5/020/62/142/001/017/021
Productionp pyrolysisp and o,o B1031B110
fluoro ethylene, and lamp.black are formed among others. 'Phis suggests
the thermal decomposition of intermediate forming trifluoro methyl
radicalso The low temperature coefficient, Eact - ^v5 kcal/mole, prov*s
the chain radical nature of the 49oomposing reaction in a high oonoontra-
tion of azo compounds. The free radical nature of the PFAA decomposition
was also proved in their photolysis in UV: hexafluoro azo methane
decomposes to form perfluoro tetramethyl, perfluoro hexamethyl hydrazine,
and perfluoro hexamethyl tetrazine. Polyfluorinated hexaalkyl tetrazines
are 'stable and do not decompose below 350-4000c:
(CY 3)2N-N(CF3)N(CP 3)'N(0?3)2 --'*(CP3)2'q-N(CF3)2 + CP3N-NCF 30 When
photolyzing trifluoro and pentafluoro azo methane, substituted hydrazines
and tstrazines were isolated.. Due to a mass-speotrometric investigation
carried out by S. S. Dubov and A. M. Khokhlova, and due to chemical
oonve.dioneg it was proved that the active free radical in asymmetrical
azo compounds of the CP3N-NR type was predominantly accumulated on the N
atom of the &so group next to the less electrophilic group. The free
radical nature of the above PFAA conversions is proved by their reaction
Card 3/5

32819
8/020/62/142/001/01'1/021
Production, pyrolysis, and B103/BIIO
in UV in the presence of acceptors of free radicals. Thus, hexafluoro
azo methane., in the presence of chlorinev changes into trifluoro chloro
methane, when photolyzea, and into trifluoro nitroso methane in the
presence of nitric oxide or methyl nitrite. The aliphatic-aromatic azo
compounds of the RfN.Nc6H 5type are resistant to high temperatures and TIV.-
Thus, PFAA show a general tendency toward homolytic diaeociation into
free polyfluorinated radicals and into an N molecule. Thus, N+ is
2 2
produced in the case of an eleatronic impact. Pyrolytic decomposition of
hexafluoro azoxy methane at 250-3000C, however, takes a different course:
$ VK
CF3NON CF3_~* C F3N: + CY,3NO _+ cr3N02 + CP3N - CF2
1 - .-p, CY3N-NCF 3-
There are 2 tableaand 5 references: I Soviet and 4 non-Soviet. The
three references to English~-language publications read as follows:
Ref- 3: D. Clark,'H. 0. Pritshard, J.. Chem* Soc.9 1956, 2136; Ref- 4:
J. R. Daosy,. D. M. Young, J. Chem. Phys., 1302 (-1955)1 Ref- 5: J- 0-
Card 4/5
Z~
-Z MW

32819
S/02 62/142/001/017/021
Production, pyrolysis, and B103YB110
Pritshard, H. 0. Pritshard, K. F. Trotman-Dickenson, Chem. and Ind.,
5641 Trans. Farad. Soc, 52, No. 6 0956)-
PRESOTED: June 1, 1961, by Lcademician I. L. Knunyants and M. I.
Kabaohnik
SUBMITTED: June 1, 1961
Card 5/5

.2.9
AUTHORS:
TITLE:
32L139
S/020/62/142/002/020/029
B1061B101
Ginsburg, V. A., Yakubovich, A. Ya. , F-i-1a4.ov-r-A--B. , Zelenin,
G. Ye., Makarov, S. P., Shpanskiy, V. A., Kotellnikova, G.
P., Sergiyenko, L. F., and Martynova, L. L.
Heterolytic transformations of polyfluorinated azoalkanes
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 142, no. 2, 1962, 354-357
TEXT: A number of heterolytic transformations of polyfluorinated azo-
alkanes'was discovered for the first time. The said azoalkanes, while
being highly resi6tant to oxidizing agents, easily react with reducers
(HI' H2S, H3P) in polar media (ether, methanol) at low temperatures ,
whereby the azo group is convert,ed into the hydrazo group. Hexaflu 0 ro
hydrazomethane presents acid properties and is relatively stable in the
solvate form in ether or acetone. The etherate reacts with ketene, and
the normal diacyl derivative in formed as a result. Hydrogen fluoride
is readily separated from hexafluoro hydrazomethane under the action of
bases:
Card 1/t"

32839
S/020/62/142/002/020/029
Ifeterolytic transformations of... B106/B101
CJ1,Nm' (C,H,N14), C=N-N=C (N1
CF3NH N1-ICFs C.H.SH (CSI-16S)2 C = N-N=C (SCSI 102
Hexafluoro hydrazomethane reacts with aluminum chloride to form the dimer
of tetrafluoro formazine, and, if oxidized in anhydrous media
(KMnO + CH COOH), it passes over to the intensively yellow ci.-form of
4 3
hexafluorazo methane, which readily takes the almost colorless trans-forin
under the 'action of light, alkali lyes, or metals. In the reduction of
azoalkanes which contain the groups CF 2Cl or RfCF 29 the corresponding
hydrazo compounds cannot be isolated, due to gydrolysis. The compound
'CF3NHNHC 6H5can be distilled in vacuo (b-p-56 C/1 mm Hg), and passes over
to indazole under the action of hydrogen iodide. Under the action of
strong B-cids, the azo group of polyfluorazo alkanes is able to add one
proton which, in the case of asymmetric azoalkanes, is added to the
nitrogen atom adjoining the more electronegative oubotituent. These
reactions take place most readily in anhydrous hydrofluoric acid hereby
polyfluorazo alkanes are dimerized into benzidine derivatives. Poly-
Card 2

32639
S/020/62/142/GO2/020/029
Heterolytic transformations of... B106/B101
Mori nateUazo compounds are particularly sencitive to nualeophilic
reagente. The reaction rate with aminea grown vith the amine basioityt
and the-reactivity in azo.oompounde of the type CP N-NR drops in the
3
sequence R=GF 3;* CF2H>CH3,. With secondary amines, mercaptans, and
sulfinic acids, 'the azo comipounds react as follows:
HNRt
HNRA
(q&NHN (CF,) NR, (R%N),LCN
N (CF&) NR,
HSR HSR
ICNN NCFs--. (CFINHN (CPs) SRI. CF&NHNKFg + RSSR
F~-HH;
CM&SOM
q q. ICFsNHN(CFj)SOAH&j CFO- NN(CF#)SOOCjig'
The as conversions probably begin with the formation of a transition
complex of the type of a n-oomplexr e. CF N=NCF This assumption
3 3
HNR
2
is backed by the.fact that the transition complex, in the reaction of
hexafluorazo methane with trialkyl phosphites, can be isolated under mild.
Card 3/7' -

32839
S/020/6~/142/002/020/029
Heterolytic transformations of... B106/B101
conditions (oooling with dry ice). On heating, the addUct decomposes
-to nitrogeng tetrafluoro ethylene, diethyl ether, ethyl fluoride, digthyl
.fluoro phoe-phite, and diethyl ethane phosphinate. In analogy to
azodicarboxylio acid eaters, hexafluorazo methane with dienes readily
,,jelds the-Diele-Alder additiont r6acts with azines according to the scJvW_-
N-C (CHj)l - NCFs
fCK* NN C (CH.). + CF.N NCF
jCHj)j - ~CN
and with dlazomethan4 as follows.-
CHI
s+N#
4.N NCF, + CHH, N N - CH.
-e *reacts smoothly -at.
:.-Hexafluoj?azo methan h organo-magnesium compounds
.:.low te~aperatures bLn -forms the
hi the r -unknown acid fluorides of
Ca d
r 4//T,
tg.
&
u

6/020/62/142/002/020/029~
keiir(i,IYtio''transformatiozie of ... B106/B101
Iyfluoto alkyl~-(ar~l)rhy~dFazi'ne oarbbxyllo acids CF II(R)NHCOF, from
d
p
whicl~..'a 'n'u-iftbei,.of.,fur*tIjer, de'rivativen viaB obtained
iRj NhCONHs
CHANIHs CP,N (11) NHCONHC,H5,
tF.N (R) NHGOF
N&OCHO
CFsN (R) NHC02CH3
IjcIjfo
RNHNHs + 2C% + *IF 4
ThOre arb. 1.-tiabl~.-and'.3.keferenceq: .2 Soviet-and- 1, non-Sovie't.
.-PRESENTED" .,-'',June 1, 1961, by I.,L. -Knunyant's Acad(.'m'ician,. and hl. I.
Kabachnik, Academician
J4ne, 1, -1961
~he' f i
Table' 1. ompounds.synthesi'%ed f9r rot -tin, e*.
coSpoiind; (b)'boil*'ng
Legend I p6int;. (9) melting point4 (d) doee. not
Aelt below, 3010,
Card

----p '-- - - -- - - - - - --- - - - --- - - - --- -- -- -- - -- --- -
. IA , S. . YAFUE
"Ay . ROV -JOVICII, A.Ya.; GINSBURG, V.A.; FIIA'MV, A.S.; EIGLIN,
M.A.; PRIVEZENTSEVA, N.F.; PRIVEZENTSEVA,'-U.-F-.;--Iv'lhIF~HOVJ'%, r.Ya..
Reactions of polyfuorinated nitrosoalkanes with amines. Dok.l.
AN SSSR 141 no.2:357-360 N 161. (MIRA 14-11)
1. Predstavleno akademikani I.L.Knunyantsem i M.I.Kabachnika,%.
(Nitroso compounds) (Amines)

0
7
I I jas, S..'020101' H 2,1f, j3/0 17/027
P 14~20 11106/[ 1 Io
A
A 12 Q
A Ur Holls I Mf1knrov, S. 11., Shpt)nskiy, V. A., Gintibur;-, V. A.,
Filittov, A. S., 14,.Artynoy-t, L. L.,
IIavlov:;kny.I,I. V., Golovineva, A. F, nnd fakubovich, A. Yi.
TITLEi Ronctigna of polyfluorinated nitrono-alknr,~-3 with ur.~fiturjit;;A
compounds
PERIODICALs Akademiya nauk SSSR. Doklndj, v. 142, no. 5, 1562, 596 - 599
TEM Trifluoronitrano methane is used an an Pxatipl~? of acme reaction'.! of
polyfluorinated nitrono-alkanea with unnaturnted campaundi. Th~rvw addit;iui
reactions take place easily (in an autoclave at -70 to OOC). Kon.--( rs and
polymers containing I mole of nitroso compound per olefill mul,!, f~;r--
Styrene and trifluoronitroso methane also form a compound Lth the nolar
ratio 1 x 2 which decomposes into I mole )f nitrono compound, for~,,-16-~hy-le,
and the corresponding imine when heated to 70 80OC- Therrfore it ~.qa
the structure C if CIET Trifluoronitrovo methnne addn to diphenyl
6 51 2
CF -N 9
3
Card o-H-CIP3

S10201621 1.!210(,,,'Irj 17/(j?7
Reactions of polyfluorinated ... Im6/u 1 10
ketone even more elinily under t))e rorn:ition of (C 11 ) r -CO which
6 5 21 1
() -ECF
decompooea when hented to 3000C mainly for~Ari~~, trlfluorometiiyl inocy3nate
OP. 330C, yield 35~) and tricea of trifluoronitroin mvtb,,tnr- Th,~ lqltor
also reacts with RFCSCX alkinen (X - C1, BrI R F- CF3, C?2CI, CFCI,) at
room temperature in an autocla7c. IXF forms on heatIng triflul-rei-
N 3
ROOCII-IICOOR
nitroso methane with azodicarbonia acid esters to 100 - 1500C under
pressure. Diazomethane and trifluoronitraeo methane react at -700C to
give a polymeric nitron [CF 3?;(O)CII2jn under nitrogen ~eparaticn.
Phosphazinea and trifluoranitroso methane reset violently at, --fOOC
following the Bchome (C6H 03P~11-11--CH2 + CF3110--)CH20
+ NE 5)3 P=H-11=WCP31 -112- ,(C6H 5)3 P--.IicF YThe product of this reaction
also forms from triphenyl phosphine and trifluoromethyl azide under the
came oonditions. Trifluoronitrono methane and methyl luo~yanide roaci
Card 216

0/0 1 i7AO' /0 17/027,
Reactions of poiyrivorinated... B106/3110
vigorously when heatud to 250C in on autocInve to ror-, whinh
elf
3
decomposes into trit'luorinnted dinethyl ctirbodliniti, ant] -1'byl
ivocyannto when heated to 350 - 4000C In vacuo. Th - r,i~tionq de-non -
strate the great tendency o~ the 11.0 groupo of tr Irl. or onitroao L, (.Ahane
to !Idditioil re-jetionn Pith nucleophilic and r1ootrophilJo F,) r
conpariaon, some ad,11tionn oimilqr to the nbovn miction-i teitl ccll_~uctfj
with polyfluorinated a zomethinest CF 311- C F2 (')P' -350C) and GF3 1;-CFCI
(BP. -500- In all cases, the additivity of the C-N group3 of thpoe Com-
pounds won tauah lower. On reaction of C? 311-cp2rith diph,,ri~rl hetene
(autocinved for 12 hro tit 1600C), not addition, but ditnerization of the
initinl substance took place. The diraer nloo for-iiad In P.1%iout quantitative
yields by reaction between CF 3N-Cr 2 and pyridine at -70 - 50'3c- Wit),
aniline# the dimer -oonvarts into the anilide of the monomor, when nub-
jested to pyrolysis (> 5000C) it dissociates Into the mormer (CY 5 ','-CF 2:1.
Unlike the polyfluorinated szomethinco above, difluoro fortuiraine eunily
Card 3/6

3/02C 162/142/003/017/027
Reactions of polyfluorinated ... B106/B110
reacto with diphenyl ketene to form the adduot (C611 ),rGO-2CF IM.
5 2
Addition reactions with hydrogen flu~ridoj hydro?,en.ohlorid-i, and mercuric
fluoride the achemen
tip
CFjN CF# F'CINII 60.
P,)r - 31
Ell- ((CFpjjNjjIfj CITIO, . -
(CU.NNOI (T
are very characteristic for the polyfluorinntod azomethinca in question.
The tendency of polyfluorinatod oubutnnoon with double bondu to addition
reacdanswith olefins therefore decreases no followas 11.0 '~. 11.11> Ii-C.
Table I shown the physical constants of the corapounda Bynthcalzed for tho
firf3t time. There are I table and 12 roferencesi 4 Boviet nnd 0 non-
Soviet. The three moot recent references to English-langunge publications
read an followat E. E. Griffin, H. No 11nozoldint), Proa. Chem. Boa., 1!159#
369; 1960p 1151 ~ 11551 Go E. Griffin, 11. No 11nozoldine; J. Chom. Soo,
1960, 13981 J. Crawford, J. Polym. Sci., U, 11o. 145, 261 (ig6o).
Card 4/6
0

Hcactione of polyfluorinated ... Ilw6/11110
FRES ENTED iJune 1, 1961# by M. I. Kribachalk, A on d cin to ta n
SUBMITTEDt May 30, 1961
Table 1. Compoundo oyntheeizud for the fIvit tine,
Legends (a) Compound I (b) A p. (Fp. 'C/-,, I (c) detr.ir-!4,
(d) calculated, %I (o) Pp. )t Non-diatillabl o yellow oil I r$ moloculnr
Wei Sht (in acetic noid) i determined 500, calculated for the pentant-r 565-
Card 514

DUBOV., S.S.; GINSBURG, V.A.; KADINA, M.A.; RODIONOVA, N.F.; RODK121, S.A.;
MAKAROVI S.F.; MATOV, A.S.j YAKUBOVICH, A.Ya.
Appearance of the a.so group in vibration and electron a ectra.
Zhur.VKHO 6 no*5:596-597 161. MIA 1/,:10)
(Azo compounds-Spectra)

KULIKOV Aleksandr Alelcsandrovich) BELEIIIKIY, Aleksandr Abramovich;
AARiOV, Boris 14ikhaylovich; FILATOVp A.S., kand.tekhn.nauk,
reteenzent, SONIKRI, M.A.,
TTJBMAN, M.L*j lnzh*p retsenzent; KISELEVA, T.I., red. izd-va;
VAYNSHTEYV, Ye.B., tekhn. red.
(Electrical equipment of enterprises of -nonferrous metal-
lurgy] Elektrooborudcrvanie predpriiatii tsvetnoi retallurgil.
Pod obshchei red. A.A.Kulikova. Moskva, Metallur izdat, 19E2.
600 p. fIIIIRA 15:7)
(Nonferrous metal industries-Electric equipment)

GINSBURG, V.A.; YAKUBOVICH, A.Ya..~~~~IIPANSKIY, V.A.;
VIASOVA, Ye.S.; UILNIN) G.Ye.; SERGIYENYO) L.F.; MARTY110VA) L.L.;
MWROV) S. P.
Production, pyrolysis, and photolysis of polyfluorinated azo
compounds of the aliphatic series. Dokl. AN SSSR 142 no.l:.88-91
Ja 162. (MIRA 1-4- 12)
1. Predstavleno, akademikami I.L. Knunyantsem i M.I. Kabachnikom.
(Azo compounds) (Fluorination)

MAKAROV, S.P.; SHPANSKIYI V.A.; (IIII SBURG,_ V.A.; SPCHEKOTIFTIN, A.!.;
FILATOV, A.S.; MARTYNOVA, L.L.; PAVLOVSKAYA, I.V.; GOLOVAIIEVA, A.F.;
Reaction of polyfluorinated nitroso alkanes with unsaturated com-
pounds. Dokl. Ali SSSR 142 no-3:596-599 Ja '62. (MRA 151:1)
1. Predstavleno akademikom M.I.Kabachnikom.
(Paraffins) (Unsaturated compounds)

MEYEROVICH, Isaak Markovich; EILANS,-Aleksey-~er eyevich; GGLUBCHD~,
'9- - -
R.M., red.; DOBUZHINSKAYA, L.V., tekhn. red.
[Measuring pressures in rolling] Izmerenie usilii pri prokatke.
Moskva, Metallurgizdat, 1963. 226 p. (AURA 16:6)
(Rolling mills) (Strain gauges)

MEYEROVICH, I.M.; NIKHAYLOV, Yu.Pj FILATOV, A.S.
Measuring of i9tres6es during metal rolling. Priborostroenie
no.~L:21-r22 Hr 163, (MIRA 16s6)
Rolling(~etalwork))
rains and stresses-Measurement)
t

~'6 &-,7T(dj/E'iVT(m) '&WP(V)/T/&TPM)
ACC NR. AP6009819 SOURCE CODE: UR/0413/66/000/004/0008/0009
AUMOR: Hun'os, M. V. ; Matov, A. 'S. . Romanchikov, B. F. ; Za v, A. P- L
Privedentsev, V. P.
ORG; none
TITLE: An elect rohydraulic system for automatically controllin strip thickness on
cold rolling mills. Class 7, No 178773 14
SOURCE: Izobretenlya, promyshlennyye obraztsy, tovarnyye znaki, no. 4, 1966, 8-9
TOPIC TAGS: industrial automation, hydraulic equipment, cold rolling
ABSTRACT: This Au thor's Certificate introduces: 1. An electrohvdraulic s stem for
automatically controlling strip thickness on cold rolling mills. The device is operat-
.ed by signals from a thickness meter. The quality of thickness control is improved by
using a discrete system for automatic control of a hydraulic pressure device. This
control system consists of a step-servo power motor, a circuit for controlling this m0
tor and a regulator whi ch has a zone of insensitivity with boundaries which are auto-
matically Lhanged by an amount equal to the motion of the pressure device and by a
time interval equal to the transportation and measurement delay of the system. 2. A
modification of this electrohydraulic system in which the speed is increased and the
need for using roller position indicators is eliminated. The hydraulic pressure device
UDC: 621.771#237.016-523.3 F

L 25952-bb
ACC NRi AP6009819
1--actuating cylinder; 2--control valve;
3--feedback lever; 4--master screw; 5--
step-servo motor; 6--thickness gauge; 7--
hydraulic pressure device; 8--step-servo
motor; 9--control circuit for the step-seti
motor; 100-regulator; a--generators; b--
phase-sensitive power amplifier; c--unit f(
selecting the zone of insensitivity; d--
code-to-voltage converter; e-divide~;
f--master unit
consists of an actuating cylinder for set-
ting the roller span, a control valve with
lever-controlled motion feedback and a mas
.scMw which is moved by the step-servo motor to control the roller span.
SUB CODE: 13/ SUBM DATEI 24Feb64/ ORIG FXF: COO/ OTH REF-. 000
Card 2/2
8"ie

FILATOV A T
Clinical and pathopbvolological data on the treatment of chronic
alcoholiam with antabuse,. Vrachodelo no.1211291-1293 D 159.
(KIRA 13:5)
1. Kafedra psithiatrii (sav. prof. N.p. Tatarenko) Kharlkovskogo
meditsinekogo instituta.
(ALCOHOLISM) (DISULFIDN)

FILATOV, A.T.
Pathophysiological mochaniams of the alcohol-antabuse reaction.
Zhur.nevrA psikh. 61 no.3:41,6--448 161. (MIRA 14:7)
1. Kafedra psikhiatrii (zav. - prof. N.P.Tatarenko) Kharlkovskogo
meditsinskogo instituta. (DISUIJ.PIDE)
15,

Inst.

FILATOV A. Ye.
Reseotion of the ureter in conneution with a tmor. Urologiia
28 no.5z56 S-Ok63 (MM 17:4)
1. Iz fakulttetakoy Ichirurgicheskoy kliniki ( zav. - prof.
1.D. Korabellnikov) Chelyabinskogo moditainakogo instituta net
baze bollnits7 mediko-sanitarnoy ohasti Tralctomagj zavoda.

f~L - I~xj T ,na
uTwin calculating machines. (To be contd.)*. p. 32 (Goodetski T4st, Vol. 7. no. 1/4.
Jan./Apr. 1953, Zagreb)
Iket larepoaa Vol. 2, No 9
50*- Month LLS-t 0 f Accessions,/Library of Congress, September 1953, Uncl.

i:,(3u a! iz at ion of' tho I a vil ,-)twork by t C,
Opproxili--,ltion.ll P. 152, (G.`OD~`fSid LIST, Vol..
r.-- h Yu,,-osl- ;-!a)
llontlily Pst of Enst
.1 1 - -uror. 4-, a ri cce-2ians,, ~-"AL,j
--pr ~ I _, I
Uncl.

FILATOV, B.
The Brunswick 183 double calculating machine with
three basic sections . 207. GECDETSKI LIST.
ZajTeb. Vol. 10, no: 7P/8. Ju1Y/Aug- 1956.
SOURCE: East European Accessions List. (EE-AL),
Libraz7 of Congress Vol. 5, no. 11, Nov., 1956.

FIIATOV, B.
Advointow,es or* confirmed by the practice. Stroitell 2 no.?:15
Jl '56, (MIRA 10:1)
1. Starshiy prolsvoditell rRbot stroytresta ne*130, g.lvnnovoo
(Ivanovo-Building)
gl~

_AC'C' NRt - AP6027885 SOURCE CODE: Ult/0390/66/029/004/0413/0417
AUTHOR: Aleksandrova, A. Ye.; Filatov, B. N.
ORG: Department of Phat.,iacology, Order of Lenin Military Medical Academy im.
S. M. Kirov, Leningrad (Kafedra farmakologii, voyenno-meditsinskoy ordena Lenina
akademii)
TITLE: H cholinolytic activity of new bis-ammonium compounds
SOURCE: Farmakologiya i.toksikologiya, v. 29, no. 4, 1966, 413-417
TOPIC TAGS: bis ammonium compound, cholinolytic activity, myorelaxant, pharmacolo
M 67 PRU 0 -,CcE e 7- 9y/
ABSTRACT:
The selective action of recently synthesized myorelaxanta on cholino-
reactive muscle systems depends on the presence in the molecule of
two onium groups located about 13-15 1 apart. Lower homologs of
this series with a methylene chain of 5 or 6 carbon atoms primarily
display ganglionic blocking action. Peak curare-like activity is
found in a compound with 10 carbon atoms owing to the optimum fit of
-the spatial arrangement of the nitrogen atoms in the drug molecule
with the receptors in the myoneural tissue. The electron shells of
the myorelaxant substance, and not the nitrogen atoms themselves,
Card
UDC: 615.711.41-017.87

it is considered that
rreact-with 11-cholinoreactive structures. if~ th~
distance between nitrogen atoms of the compound were less than 13
the partial positive charge created would be delocalized resulting
in a compound with a curare-like activity significantly greater than
that of the starting compound. Hexonium derivatives containing nitro-
and dinitrophenyl radicals in two of their methyl groups were synthesized.
These derivatives were obtained as iodides and chlorides. Their
L'Their'curare-like and gIanglionIic '
Icompared. Hexonium, in 35-40 mg
:.phenomenon. All its derivatives
"than hexonium itself. Introducti,n
)groups (preparation no. 1) causes
!activity. A 3.3 mg/kg dose of th
'head" syndrome as compared with 3
.,Compound no. 3 with a nitrogroup
'to produce this result. The high,st
.by compound no. 4 which has a nitro,
'phenyl radical. A 0.6 mg/kg dose
effect. Adding nitrogroups-at th,
phenyl radical (no. 2) reduces thi
.2 mg/k& dose in needed to
locking ac tivities were stu.died and
kg doses, causes the "drooping head"-
ossess greater curare-like activity
of a phenyl radical without nitro-
a marked increase in curare-like
a compound produces the "drooping
mg/kg of the parent compound.
n the ortho-position requires 1.2 mg/kg.
curareform effect was produced
roup in the para-position of the
of this compound produces the optimum
ortho- and para-positions of the
curare-like effect of the compound,
produce the "drooping head" phenomenon..,
Card

ACC AM27885
In general, increased curareform, activity parallels decreased 'ganglionic
blocking activity. Similar doses produce both parasympathetic and
neuromuscular blockage while larger doses are needed to block sympa-
thetic ganglia.' [WA-5-0;.- q~_ No...-111.
SUB~CODE;..06/ SUBM DATE% 06Apr65/ ORIG REFI. 002/ OTH EF: 001
3/3
Card
-W

FILATOV, B.P.
Automatic control of the level in auxIllary condensers. Neftia-
nik 1 no-9:7-8 9 156. OCM 9: 11)
1. Starshiy inzaener teekha, Groznenskoro krokinp-zavoda.
(Condensers (Vapors and. gaeas)) (Automatic control)
-41

FILUCIV, B.Sk
Flow of clay auspensions in plpe:s, 11, S. 16I.-It7w (f, M.
GO'k
ill Nallfith;j hill,, -t . 16.
05-71(10&1).-Clay suspe"sioni were 111111med through pilit'i
(4-7 cin. In c1hun.), nnd tile tneall Vol. Veloffty V of How mill
the pressure drop P along tli,-- pipe length L %vere drul.
The results for 4 stispensiong ind JjO can fit represtnited by
one cur 've for which A is plotted rigainst Re'. X - 21110~/
Ljr2- 'r is d. of the liquid, and D ;S pipe dimn.; (I/RLI) -
O/Re) + (ro/610); Re k Reynold's no.; r. is the dy
munic yield StfeS3. The flovvit,,turbulet~twhmi Re' isgreate;
than 250GAGM). Ilikerilldn
BAI

a wzlu r--XrT r.,
Af
-Tyr-ll
-::p;

MC)V,
AID - P-188
Subject USSR/Engineering
Card 1/1
Author Filatov B. S.
Title Computation of Pressure Head Losses in Drilling Pipes,
Couplings and Bitts. (Part I).
Periodical : Neft. khoz., v. 32, #2, 19-22, F 1954
Abstract : The study of losses in the pressure head in pipes and
couplings is presented with formulas of the investigators
Toarevich, Shishchenko and Shumilov. These formulas
were developed from equations of Darcet and of Bord-
Carnot corrected on experimental values of the Reynold's
coefficient "Re". (For Part II, see next issue #3, P-10).
Institution : Moscow Petroleum Inst. im. Gubkin.
Submitted : No date

LATOV, B. S.
AID P - 201
Subject USSR/Engineering
Card 1/1
Author Filatov, B. S.
Title Computation of Pressure Hea d Losses in Drilling Pipes.
Couplins and Bit3(Part II)
Periodical Neft. khoz., v. -32, #3, io-14, Mr 1954
Abstract Discussion of pressure head losses through drilling
bits and summary of all com puted losses in pipes and
couplings discussed in part I (See #2, p. 19). Two
charts, 2 tables; 6 Russian references (1943-51).
Institution None
Submitted No date

FIIATOV, B.S.; SAVINA, Z.A.; TROFIMOV. A.V., tekhnicheakiy redaktor.
I
[Petroleum and gas well drilling) Burania neftianykh i gazovykh
skvashin. Hoakva. Goo. nouchno-takhn. izd-vo neftlanoi i gorno-
toplivnoi lit-ry, 1955. 338 P. (ML 8:2)
(oil wall drilling) (GaA, Natural)

FILATOV, B.S.
Hydraulic calculation of the circulating aystem of wells.
Trudy KGRI 30:81-91 156. (MLEtA 9:11)
(Boring) (Oil well drilling fluids)

BRANW, John Zdward; MALIKOY, I.A. [translator]; FILATOT, B.S., red.
(Rotary drilling handbook] Spravochnik po vrashchatellnomn
bureniiu. Izd.5. Pod red. B.S.Filatova, Moskva, Goo,
nauchno-takhn.izd-vo neft.i gorno-toplivnoi lit-ry, 1957.
405 p. Translated from the English, (MIRA 13:5)
(Oil well drilling)

VOZDVIZHENSKIY, Boris Ivanovich, prof.; VOLKOV,. S.A., dote.; FILATOV, B.S.,
dotes; LYUBIKOV, U.I., kand.tekhn.nauk; TRUSOV, I.A., inzh.;
BORAVLICV, V.A., nauchnyy red.; IWOMASOVA, N.B., red.; GUROVA, O.A.,
tekhn.red.
[Core drilling in proupecting] Razvedochnoe kolonkovoe burenieo
Pod obshchel red, B.I.Vozdvivhenskogo. Moskva, Gos. nauchno-
tekha.izd-vo lit-ry po geol. i okhrane nedr, 1957. 591 p. (MIRA 11,4)
(Boring)

KULIYWV, Softer Mekhtl ogly, prof.; FIIATOV, Boris Semenovich; YlMSHOV. P.R.,
vedusbehiy red.:
[Drilling oil and go* wells] Vurenie neftiarqkh i gazovykh skvazhin.
Kookva, Goonouchno-takhn. izd-vo neft. i gorno-toplivuoi lit-ry
1958. 505 P. (MIRA 11:21
(Clil well drilling)

KAKMN, M.S,!__~~IATOV. B.S.
Using hard alloy bits for air drilling. Izvevys.ucheb.zav*;
geol. i rasv. 2 no.9:111-122 S 159. (YkIRA 13-.4)
1. 14nakov-skly goologorazvedochn" institut im. S.Ordzhonikidca.
(Boring machinery)

14 (5)
SOV11 312 -59-6-4/16
AUTHORS: Malmrin, N.S. and gilatov, B.S.
TITLE: Aerodynamic Features of the Circulation System of the
Air-Flushed Bore-Holes in Prospecting Core Drilling
PERIODICAL: Ra:,,vedka i okhrana nedr, 1959, Nr 6, pp 18 - 27
(USSR)
ABSTRACT: The authors find the graphics and formulas proposed
by J.O. Scott (U.S.) far too cumbersome for determining
losses of air pressure in air-flushed bore-holes in
function of dimensions of bits, tubes and the depth
of the bore-hole. The plotting of graphics was based
on formulas derived from theBEmmoulli equation. These
formulas were calculated for the whole length of tu-
bing, and did not take into consideration locallosses
of air pressure at tube junctions, rings etc. The
authors cite from Soviet technical literature the me-
thod of calculating air-pressure losses by degrees
(stages), using the Darcy equiation for non-condensable
Card 1/3 liquids. The formulas are as folloi--is: a for
q,
-4 ~2
M M

SOV/132-59-6-4/16
Aerodynamic Features of the Circulating System of the Air-Flushed
Bore-Holes in Prospecting Core Drilling
nnnalar space:
L P v2 + .11 L;
d3 2
b / for bore-hole tubes:
a P = ~ L + v2 L
( d 3 2g
where: P - losses of pressure in kg/sq m; L - the
tubes length in m; - thedimensionless resistance
factor calculated from the Weymouth (Veymaut) equation
0,009407
3
Card 2/3 -yd-;

SOV132-59-6-4/16
Aerodynamic Features of the Circulating System of the Air-Flushed
Bore-Holes in Prospecting Core Drilling
where dl is the effective diameter (in case of tubes
of round section equal to their internal diameter in
m); v - the volumetric speed of the gas flow in
tubes in m/sec; f - dimensionless factor of local re-
sistance in tube junctions; jr - gas density in kg/
cubic m. The authors give a detailed description of
calculations of air pressure losses for different
parts of the bore holes, tubes, annular junctions,
etc. They also describe the practical applications
of these calculations. There are 5 tables, 1 diagram,
1 graph and 5 references, 3 of which are Soviet and
2 American.
ASSOCIATION: MGRI
Card 3/3

BRONZOV, Anatoliy Samnonovich; VASILI UV, Yuriy Sergeyevich; SHMER,
Georgiy Arviduvich; ... FILATOV, B.S., red.; PATROVA, Te.A.,
vedushchi3, red.; tekhn.red,
[Turbodrilling slant holes] Turbinnoe burenie naklonnykh skvazhin.
Moskva, Gc-s.nauchno-tekhn.izd-vo neft. i gorno-toplivnoi lit-ry,
196o. 144. p. (MIRA 13:7)
(Boring)