SCIENTIFIC ABSTRACT FILONOV, I.G. - FILOSOFOV, B.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000413210004-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GERSHGORN, M.A.; KAZARNOVSKIY, KUTSENKO, A.D.; ULIYANOV, D.P.
Production of lou,(-alloy bessemer rail oteeli Stall no.5404-408
My 161., (MIRA 14.5)
1, Ukrainskiy institut metallov i zavod.ird. Dzershinakogo,I
(Bessemer process) (Steel alloys)

FILONOV, IOGO
z
The Dzerzhinakii Metallurgical Plant is 75 7ears old.
Stall 24 no.5089-391 Yq 164. (KMA 17M)
1. Direktor Dneprovskogo metallurgichookogo zavoda im.
Dzershinskogo.

BESEDIN, P.T.; SOROKIN, A.A.; FILONOV I.G.- KARPUNIN, A.M.;
P "VDEYE-V,
CHEPELEV M.G.; KUTSENKO,
P.M.; Sffmmmlw"~)
A.D.; TSELYUKO, V.I.; CHERNEVICH, Ye.M.; ORGIYAN, V.S.;
CHERNETA, Z.A.
Improving the technology of the heat treatment of rails
at the Dzerzhinakii Plant for the purpose of increasing
their durability in tracks. Stall 24 no.5:445-448 My 164.
(MIRA 17:12)
1. Dneprovskiy metallurgicheskiy zavod im. Dzerzhinskogo i
Ukrainskiy nauchno-issledovateliskiy institut metallov.

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iT I

PAVLYUCIOIKO, M.M.; AKULOVICH, V.M.; FILOITOV, 1.0.
I_%_-__-___-__- -
Spectral determination of trace elements in mineral salts.
Fiz.9bor. no.4:516-519 '58. (MM 12:5)
1.1netitut khtmii AN BSSR.
(Trace elements--Spectra)

YILONOVO 1.
Bargusin State Preserve. IUn.nat.no.9:91-22 D '56. (MU lo: 2)
1. Direkt.or sapoveftlka.
olmorguAlm State P~mservo)

"FILONOV, K.
f
Int4resting aspect of the diet of Marmota kamtschatica in the
Bargupin Reoer7o. Izv. Irk. goo. riauch.-isel. protivochum. I t,
2lt279-281 159o (MIRA 2/+:11 ~' -
,(UBPUZIN RANGF,-MM40TS)

FIWNDV, K.P.
7&3.1 and winter migrations of the hawfinch* Ilraeved-abore
no.4:133-135 159. (MIRL 13:7)
(Barguelu?reserve-Groebeaks)
(Birds-CgratioA)

V.,,,.; I KAPIAN~ V.~I.
I .. I -~
B,-.rguz-*,n State Preserve. Okhr. prir. Sib. I D.11. Ilo.t.
no. I 1187-192 162. (M-r-FA 1-45)

SKRYABIN, N.G~; F.T-LONOVP K.P.
--------
Materials on the avifauna. of the northeastern coast of Lake Baikal.
Trudy BGZ no.4:119-189 162. (MIRA 17:9)

FILONOV) K.P.
~Fluc uation in the abundance of winter birds. Trudy BGZ no-4:
191-202 162.
Addition to the list of mammals in the Barguzin Preserve.
lbid.:228-229 (MIRA 170)

. - KPIPLID, G.S.
_~ILOVOV K 11
Op
Spa %.,,p I ng of grayling In the preaervo. Trudy BGZ no-~--23,(~-232 ti~2~
e 4
(MIIP-4 ilig)

FILCNOVP K.P.
Seaoonsl develojment of natUre in the Baohk.ir Presem. Trudy
Bas hogosozapo no*2313-43 163.
l4at,crials on winter bird parmintions in the Bashkj'.r Prenerve.
(MIRA l8s5)

F1 Lcei; - i " , !, . : "
-.? -I nf the sumier orni L~nfauna of tha
t,: ta t I vs~ eba rac ter I . -
&!-,.n'q'k!r Freit3rva. Ornitclogilla no.7,.63-66 1~,5,
(MIRA -183.10)

27933s/ 135/6 1/000/0 1010-021008
A0061AI01
AUTHORS-, Kotov, B. I., Goncharenko, N. M., Filonov, K. S., Engineers
TITLE: Mechanization and automation of welding operations at tiie "Krasnyy
Kotel'shchik" Plant
PERIODICAL: Svarochnoye proizvodstvo, no. io, 1961, 14-17
TEXT: In order to fulfill the requirements of the current Seven Year Plai~
the Plant mentioned above must achieve an increased production of boilers mainly
through mechanization and au 'tomation of welding operations. The following main
fields of welding operations and achievements brought about are enumerated:
1) Electric slag welding. This process is now being used for welding 24 mm thick
metal; bi-layer metal; up to 90 mm thick austenite chrome-nickel shells; largr
size shells of 40 - 90 mm wall thickness, 3,100 mm In diameter, up to 2,100 mm
length and 120 mm thick and 2,000 mm long panels. Welding Is carried out with
devices A-340 and'A372M, austenite wire Cs -iX18HqEj (SvlKhl8N9B) under 'r K3- HT~
(TKZ-NZh) flux. In comparison with multi-pass automatic welding -~he production
cycle when using electric slag welding was reduced by 35-40%, labor consumption
by 30%, power consumption by almost twice and flux consumption by a factor of 20,
Card 1/3 A

11133 S/135/6i/000/010/002/008
Mechanization and automation of welding ... A006/A101
2) Automatic and semi-automatic submerged electric-are welding. The Plant
developed a number of automatic machines including a device with an automotive
column and a portal type machine for the welding of containers. Automated
welding was also applied for thin-walled large-size I%1M9T (lKhl8N9rr) steel
containers of 3060 mm in diameter, 10,780 mm cylinder length, and 6 mm wall
thickness. The operational -temperature of the container wall was - 1800C. The
weldIng of the cylindrical section was 50% automated, the panels werc welded with
tractor TC-32 (TS-32) which had been redesigned. A machine with a chain bevel-
ing tool and a carriage, moving together with the welding torch, is being used
for the automatic gelding of frame-beam structures of boilers; a rotary typo
machine with adjustable inclination of the face plate is employed for welding
flanges to 200 - 1,600-mm sleeves and pipes. Satisfactory results were obtained
with automatic building up with austenite steel of sealing surfaces of boiler
fixtures and high-pressure steam preheaters. Several units with a rotating
face plate were designed to fasten built-up parts,of various sizes and weights.
3) Resistance butt welding of pipes. Resistance welding has been fully autd::
mated and the following butt welding machines are being used: MCM-150 (MSM~150),
ACM-150 (ASM-150), ACM-300 (ASM-300). MCM-320 (MSM-320) and JACO-400 (M30-1100).
At the recommendation of TsN1ITMASh butt-welding of pipes by continuous flashing
Card 2/3

27933 S/135/61/000/010/002/008
Mechanization and automation of welding ... A006/A1O1
was developed and introduced. From 1957 butt welding of perlite steel pipes
was assimilated, eliminating internal burrs by oxygen-air blast. Presently
research is directed on butt welding of pipes with induction heating. 4) Flame
cutting of metals is widely used. Manual and machine oxygen cutting is employed
for cutting carbon low-alloy and two-layer steels and oxygen-flux cutting for
cutting high-alloy steels. From 1957 the aforementioned operations have been
carried out with the aid of natural gas. With the assistance of the Rostov
NIITM, the Institute of Electric Welding imeni Ye. 0. Paton, NIIqVCh iment
V. P. Vologdin, TsNIITMASh, and the Taganrog Radio-Engineering Institutp, the
"Krasnyy Koteltshchik" Plant is occupied with a series of investigations and
projects including the weldability of new steel grades, the development of
efficient electrodes and welding fluxes. In the honour of the XXII KP33 Congress
-the Plant undertook to design the first (TPP-110) boLler %qtt!i 050 (/hour
steam capacity. There are 7 figures arid I Sovlet-bloc voferon.-~o
Card 3/3

SOV/84-48-4-8/57
AUTHOR: Filonov, L.
I
TITLE: W11M""1%ft8-Are Burning (Kogda goryat ogni)
PERIODICAL: Grazhdans)caya aviatslya, 1958, Nr 5, pp 12-13 (USSR)
ABSTRACT: A story relating t#he activities of a night shift of
maintenance teams in the Sverdlovsk airport. A
photograph, showing an Il-12 aircraft before aright
startj accompanies the text.
1. Aircraft--Maintenance 2. Personnel--Performance
Card 1/1

(-- FILONOV., L.B.
Dependence of the selection time on the number of discriminative features.
Vop. psikhol.9 no.1:89-103 Jam-F 063, (MIRA 16-'4) -
1. Idstitut paikhologii Akademii pedagogicheskikh hauk RSFSR., Moskva.
(Choice kPsychology))

HASLOV, Yuvenaliy Aleksandrovich; MIKHAYLOV, S.I., kand.takhn.nauk,
retsenzent- FILOHOV,..-LqX., inzh., retsenzent; D3NISOV, Tu.A.,
I - - --- M"._., tekhn.red.
inzh. , red4.".1u7ftII'-
(Welding) 3varochnoe proizvodatvo. Moskva, Gos.nauchno-takhn.
izd-vo lit-ry, 1959. 328 p. (MIRA 12:11)
(Welding)

FILCROV, K.
r
Industrial organization and planning. Mor.flot 16 no.9:15-16 S 056.
11M 9:10)
-
I.Glavw lnzhener Ranonerskago savoda.
(ships-maintenaws and repair)

'kg
i ACCESSION NRi AP4042591 S/6056/64/046/006/2244/;245
AUTHORS: Perfilov,'N. A.; Solov'yeva, Z. I.; Filov, R. A'
TITLE: Alpha particle spectrum of ternary spontaneous fission of
Cm-244
SOURCE: Zh. eksper. i.teor.-,fiz., v. 46,*no. 6,.1964, 2244-2245-
TQP1C'TAQSt curi%p, alpha partialia, fiesioh product, energfy dis-'
tribution, alpha spectroscopy:...
ABSTRACT: The investigation was undertaken in order to check Whethet,
the spectral characteristic of the fission alpha particles is indeed,
independent of the mass number, as was observed by the authors
i.earlier (Atomn. energ-~ v. 14, 575, 1963; ZhETP v. 44, 1832" 1963j.
The test was al .so aimfd.at checking the correctness of-the value ob-
tained for the most pidbable energy 9f the fission alp ha part icles
'for Cm242., The same ~i%primental'setup was used-as in the earlier
Ca

ACCESSION NR: AP4042591
investigation, -and,geometri'cal correc4ons were introduced into the
experimentally obserMed energy distrib tion. The qbtained energy
ry 9N4
spectrum for the terna* fission of was found to have a maxi-
m
um near 15.5 + 0.5 Me'V and, assuming c~ Gaussian d4stribution-, a
242
width 11.5 + 0 5 M V t half height. The values 6~tained fo
r Cm
are 15.5 + and 12,+ T respectively, indicating that the spectral
characteristics agi.~ee,
within the experimental err9r, also for two-
curium isotopes, as they-did agree befo8re in the case of U and Pu.'
However, the shift in the most,probable energy of ternary-fissibn
alpha particles cannon^ be established'o"n'the basis of data on three
elements only. "The authors
'thank A. S. Krivokhatskiy for assis.-
tance.11 Orig. art. hass 1 figured
ASSOCIATION; None
it SUBMITTED: OlApr64 ENCL: 01
SUB CODE: NP NR~REF SOVa. .004 OTHER: 003.
C r cdf: t A2/3

-vgmg' g ~%Q ~gvn_ W mmT.& g IF~
ACOMICN'NRI AP4042591 EKCLOSWMI 01
2S JO&MOV
15 29
'Up~' particle energy speo
trum -of ternary
fission of CM846
a experimental, b.- following data reduotio.n
Card 3/3

48 "ic:-3-433-41 Yx
(MIRA .18:8)

111"LONOV S. P. (EnFinaor); ~itnronko, V. S. (Enginoor); Zhq(,,~q~,r
- -.- ----- --- -.. . . _# Y inner)
(Can(U(Iato I '*~'~Ce'4
of techilicni '~co'
11RO L;ults Of TOS",-Ing Of 3700 Turbine Unit's 'vath-iroo %.s, Ganorator"
rnorgo.~,\Iashinost"i,oyc.,i--yo, No. 7, 1966. PP- 35-36.
Abstract: Results are presented from a testing of a gas turbino installation
~-rith a froo piston gas gonerator produc(3d by the Lugan5lc Locomotive Plant,
designed '.Per driving a centrifugalp an oil._pjipo~#oApumping station.
The installation, the GTU 3700, domonstrated considorably higher efficiency and
equivalent ocnomic, starting and control charactorizUes w1hen compared with
open cycle turbine units now being produced. The gas tompora-bul'o before 'the
tui~oino did not exceed 490. dogroG3 C, Economllo calculations indicated that
.the unit would be offioiently.usablo in mainlino.oil pipeline installations,
Or---Z. art. has: I figure. LJPRS: 37,5641
~
ORG: none
TOPIC TAGS: gas turbine, pipeline
SUB CODE: 13 / SUBM DATE: none OUG REF; 002
Card 1A UDC% 621-438-001-42

~AA _,J
A.Cassioll 14R-! AP5010967 UR/0286/65/OOC)/007/0152/0153
AWTIORS: Ogarkov., A. G*; Mh1akhov,,._ V. N. Filonov S. P.
TITIZ: Double iston hydrauliopum Class 46t No. 169945
-P
q~
SOMME - Byunetent JLzobreteniy i tovarrqkh znakov, no. 7, 1965, 1.52-153
TOPIC TAGSt pump
i ABSTRACT: This.Autthor Certiflciato:presents-a double-piston hydravIle pumn for
driving gas supply units and injeatin ignition fuel in intarnal com.-bustion
engines operating in the gas diesal~eycle. The pump contains a housiw with a
pi S*~on Pair of differipg diameter and rotating and return devices. To reduce
the siza of the pump, the smaller diameter piston is fixed and I's placed concan-
trl!~ally in the larger diameter piaton (see Fig. 1 on t6e Enclosuro). To n tr-
PIL'y --.iriving gas supply units, the units are connected to the rxEssuro chamb,_-
of larger diameter piston. To reduce igmition fuel conslzrzpti~- and to Insure
am&
_j ------
rim;, Orl ar
ASSOOTATMI i R-O"l-is
SUBMITIMN Web" ENCL: 01 SUB COM-- M
[SHO IUKF SOV: 000 OTHM 1 000
ard
r

WT n,
600 '7624,- -SOURCE CODE:- UR/0229/66/000/001/0634/0041D
ATNHOR! Filonrui, So, -;.Gibalov I'l
ORG: , Lugansk Did se1L-LoaomatA1"j'1a t of October Revolution (L ganski36
teplovozos-fr-6;Cii;i*9nyy zavoa imeRi Oktyabrlskoy revolyutaii)-
.rITIY,: Gas-turbine.plant with free piston gasifieis for river ships
SOURCE: SudostroyeWiye. no. 1. 19669 34-46
TOPIC TAGS:, rin engi'adrifig,-: gas turbin e i
~ma 8 n e ngin
ABSTRACT: A'desoription of a gas-turbine pjanf69igned and manuf do-
tured.by the LugqnALK esel-Ldcomotive Plant is presentede -The
__Pi planto
was designed for a 5300-ton river ship ~nd consisted of two 925-hp,
'(port and itarboard) and three free piston ganifie
turbine units ro of
OP-95 type. The plant specification is as f onows:
Rated capacity
1850
hp
Rated one-hour capacity (forward)
2035 hp
-(backward)',' 640 hp
Rated capacity
um
Fuel cons ption 195 gjhp-
bir
Rated rpm forward) 300 rpm
Rated rpm backward) 180 7m
Efficiency of the plant .32.6
Weight of the plant 36 ton
Unit'veight of the plant 19.5 kg/hp
UDC: 621.431 74:621,43A
ard- 1/3

L 2o945-M
-AC-C Nlb - AP6007624
The.data on OP-95 gasifiers are given below$.~

Engine piston diameter 280 mm
compressor piston diamater
750
mm
Piston stroke
' 375 mm
Compression rate (diesel-oylinder), 11.5
Max. cycle Pressure 1-5
K
k /sq om
Average pistowo 8.19
Sao
al~
Rated capacity (ad*iabati d) 850 hp
Max
one-hour -oapffiol
ty
(
6diabatio)
935
hp
,
,'
Gas pressure 4.5 atm
Gas discharge 2.3 kg/seo
Gas temperature 490 0
Number of cycles' 735 cyclea/Min
--.-_-
Fuel- consumption 152 ~/hp-hr
~
.
Efficiency, 41.5
Size,- 4000 x 1500 x 2300 mm
Wei ght 6000 kg
unit, we.ighC .7906 41hp
2/3

_66-
ACC NRs - AP6007624
The five-stageturbine unit,has the following ratings:
Rated capacity-if,orward) 925 hp,
Rated capacity (backward) 320 hP
Rated rpalon-the shaft, forward) 9000 hp
gffioienoy. 78.5 %
W6ight - - the' unit
of 9000 kg
Z9 4018 x 2550 x 2616 mm
The fuel of M-1 trade. mark, was used. The-lubricants were of
VT GOST 32-53 type. ~The design and-operation of turbines and gasifiers
were discussed and their cross-seotions were shown in two figures. Flow
diagrams were used fordesoribing the:operations of fuel and gas dist-
ribution syatdms. The arrangement of the pneumatic system was explain-
ad and the variation of airpreasure under various operating o6nditions
was graphloally representedo~ Orige arts' has: 7 figures.
SUB CODX.,~ '13 a= DATS: 'None OIMG FiEr: 000 9TH RM. 000

-4737-'
U, iEri? VY00
- L ~'. Yq ; _-_ -__"--_ _.. _ -, -_ __' .. ~ . - m -
NR, Ap6oaqo66 SOURCE CODE: uR/o4l3/66/ooo/OiJj/O12_-/Ol22
MMOR: Filonov, S. P..; KhakharevP L. M. ; Gibalo,,r, A. I.; Chugunov, V. K1; MaBlov,
G. I.
ORO: none
TITLE: Device for transferring gas of a free-piston generator. Class 46g No. 18406,5
/-announced by Lugansk Order of Lenin Diesel Locomotive Building Plant im..October
Revolution (Lt*anakiy ordena Lenina teplovozostroiteltnyy za
SOURCE: Izobret prom obraz tov zn, no. 14, 1966, 122
TOPIC TAGS: free piston generator, gas generator-, pipeline, pneumatic servomechanism
valve, piston engine
ABSTRACI!: The proposed device for the transfer of gas from a free piston generator
(operating in a group of generators on a common gas pipeline) exhaust to the gas
pipeline inlet contains atmospheric and main valves. In order to automate the gas
transfer, the values are equipped with pn umatic servo drives, interlocked with a
slide, valve, controlling the main qy a servodrive, and rigidly connected with-,
the servodrive of atmospheric valve which receives a command signal from a electro-i
pneumatic valve (see Fig. 1). In a modified version of. the above-described device,
Card 1/2
uDc: 621.432.
.31-577-

011
- L 47373-66
__Rk_ __~_666
tc _iY~6d2 o
P
to
at*'osphexe-
compressed,
air Fig. 1. Gas transfer device
sit
1 - Atmospheric valve; 2 - main valve;
f roDi
dalfipe4 I - servodrive of -the- -atmospberic_valvs.~.__
4 - servodrive of the main valve;
to 5 - slide valve; 6 - electropneumatic
_=:-turbira' valve.
Uri
the servodrive of atmospheric valve was equipped with a damper in order to ensure
gradual charging of the generator during the transfer of gas. Orig. art. has:
1 figurq. [AV]
SUB CODE:13yIII6kUBM DATE: 15mar65/
~/2 mjs,

]!40NOV, V., inzhener.
P~Lcknglng, flour in paper bags. Nuk.-elev. prom. 23 no.6.-27 Jo !57.
- (NMA lotg)
1. Chely0inakoye oblastuoys upravlenlye khleboproduktov.
Olour)

FI_LONOV V.
Apparatus for automatic regulation of temperature in the hot air
duct of the VTI-15 grain dr7er. Muk.-elev.prom-23 no.8:27-28
Ag 157. (MIRA 10:11)
1. Chelyabinakoye oblastnoye upravleniye khleboproduktov.
Grain-Xrying)

BOGOMOLOV, G.V.; FILONOV, V.A.
Hydrological cycles in the area of the Pripet faulL. DokI. AN
BSSR 8 no. 3:172-174 Mr 164. WIRA 17:5)
1. Institut geologicheskikh nauk, Gosudarstvennogo geologicheskogo
komiteta SSSR,

A
AUTHORS: Finkellshteyn,Ya. B., Filonov, V. A., Soyfer, V. N. 2o-4-39/51.-
Obukhova, M. P.
TITLE: An Attempt to Apply Tritium as an Indicator for Studying the
Dynamics of Underground Waters (Opyt primenenija tritiya v ka'-
chestve indikatora dlya izucheniya dinamiki podzemnykh vod)
PERIODICAL: Doklady AN SSSR, 1957, Vol- 116, Nr 4, pp. 671-672 (USSR)
ABSTRACT: Such experiments were carried out by the institute (see associa-
tion) with tritium water of a high specific activity by intro-
duction into an underground brook in 1956. As water was here
"marked" by water absorption processes were not possible. This
allowed the determination of the right velocity of the water mo-
vement. Small quantities of the tritium water (loo-2oo ml) with
a specific activity of lo-2o mCo/ml were injected in the compres-
sion borehole and tritium was determined at the output in the
working boreholes. The taken samples were filtered for the purpo-
se of cleaning, twice de3tilled with potas3ium permanganate and
hydrogen obtained of the c&ium oxide formed by it by means of zinc
dust at 5000. The latter was mixed with ethylene and checked in
the Geiger-Mueller counter.For the experiment 4 boreholes were cho-
sen: 1 hole for pumping in, and 3 working or observation holes
resp. The marked water appeared quicker than it was calculated in
ali 3 observation boreholes. The water was pumped into a producti-
Card 1/2 ve layer of the solid-cemented sandstones of the Chokrak horizon.

An'Attewpt to Apply Tritium as an Indicator for Studying the 20-4-39/51
Dynamics of Underground Waters.
Following conclusions can be drawn: 1) the application of tri-
-.ium as water indicator is efficient and probably forms the only
investigation medium for layer water movements. 2) Thus following
problems can be solved: a) the connexions bet-.,.,een the boreholes
and layers can be determined. b) the field of the raal velocity
can be determined. c) determination of some phisical properties
of the collector d) water filtration in the engineer-hvdrogeology
3) the application of tritium is especially of value f or its re-
lative hartlessness in consequence of a soft P-radiation and a
constant dilution under natural conditions-4) the introduction
of tritium water into the borehole can be carried out simultane-
ously with other investigations since the soft P-radiation does
not influence the apparatus of the radioactive carottage. 5) For
this purpose the working boreholes need not be stopped.
There are I figure and 1 reference.
ASSOCIATION: Institute for Petroleum AN USSR (Institat nefti Akademii nauk SSSR)
PRESENTED; May 11, 1957, by S. I. Mironov, Academician
SUBMITTED: may 7s 1957
AVAILABLE: Library of Congress
Card 2/2
ggpv 5* 'F1.110 11' t5
N~

132-1-5/15
AUTHORSt Finkellahteyny Ya.B., Filonov, V.A., Soyfer, V.N., Obukhova,M.P.
TITLE: Experimentation with ftftoactive Hydropn-2ritim Uotopes as 2mmars
in the Stvdy of Dynudes of Oround Water
(Ob opyte primeneniya radioaktivnogo izotopa vodoroda-tritiya
v kachestve indikatora dlya izucheniya dinamiki podzemnykh
vod)
PERIODICALi Razvedka i Okhrana Nedr, 1958, # ly pp 26-35 (USSR)
ABSTRAM The movement of subterranean water can be determined by
using tritium, which has proved an ideal tracer under
varying conditions, and is both inexpensive and safe to use.
The method of "hiarking" subterranean water is of special inter-
est for the crude oil industry. When injecting water into
oil-bearing strata, it is important to know the flow of water
within the layer to rationally exploit the deposit.
Beginning in 1955, in the Laboratory No. I of the Petroleum
Institute of the USSR Academy of Sciences, the authors of this
article under the supervision of G.N. Flerov, F.A. Alekseyev
and G.P. Gollbek, conducted experiments with radioactive
tracers. Super heavy water (where hydrogen is represented
Card 1/3 by its tritium modification) was chosen as the active agent.

132-1-5/15
Experimutation vith Fadloactive Hydrojpn-Tritium Isotopes as Tramrs
in the ftudy of Dynoades of Gromad Water
Concentrations of tritium in the "marked" water occuring
below the petroleum layer did not exceed the permissable
dose, which was as at 0.05 millicurie / milliliter in the
water, and 5 - 10- in the atmosphere. Different methods
of marking water by means of tritium were examined by the
authors, mainly by using gaseous samples (acetylene, hydrogen,
vapor of water)p which give clear indications with the
Geiger-Mueller recorder. The method of measuring tritium
in prepared samples consisted of three operationss electro-
lytic concentration, decomposition of water, and measuring
the gaseous samples of hydrogen inside the sensitive Geiger-
Mueller device.
The first
experiment with
layers'was conducted during
Oktyabrl deposit. Injection
wells was done by means of
The active water which was
average activity of 3 curie.
Card 2/3 hours during a period of 24
tritium tracers in subterranean
the summer 1956 at the second
of tritium into the injection
super heavy water placed in flasks.
injected into the layer XV had an
Tests were taken every two
hours.

132-1-5/15
jVsrjmztmtUn witj% aaawtim yydrqpv-2rjtj= isotqps an Tftcers in tb.a..
ftedy or DYnudo&.of.Qr*=d Water
A wide range of hydrogeological and hydrotechnical problems
can be solved with the aid of tritium. At present, a serious
handicap is the bulkiness of equipment. However, maesuring
methods as well as apparatus can be simplified.
There are 2 photographs and 3 figures.
ASSOCIATIONs Petroleum Institute of the USSR Academy of Sciences (Institut
nefti AN SSSR)
AVAILABLEs Library of Congress
Card 3/3

ALZISIM. ?.A.; SOYM, V.N.; FILONCV. V.A.; FINMISHTUN, Ta*B.
Using tritium, the isotope of hydrogen, in oil field developmente Oeole
neft! 2 no.12:47-52 D 158. IMIRA 12:2)
1. Inatitut geologii i ra%rabotki goryuchM iskupayaWkh AN SSR9
(Hydrogen-Isotopes) (Oil field flooding)

r- / LoNOV V. 4. '09-3-1(,/30
MIMS: Alekseyev, F. A. , Soyfer, V. N. , Filonov, V. A.
Finkellshteyn, Ya. B.
TITLE: Experimental Application of Tritium as a Detector oF Oily
Water (Opyt i:3pollzovaniya tritiya kak indikatorn plastovy~:h
vod)
PERIODICAL: Atonnaya Energiya, 1958, Vol. 4, Er 3, pp. 206 - 301 (US3R)
ABSTRACT: 3 ampules of I C tritium each were introduced successively
into the water of the borehole. Two hours later the oily
water to be investigated was taken out. At first this water
was twice distilled in order to separate the nosjibly exist-
ing natural radioactive salts and additions of oil. 10 - 16
al of this water were reduced to from 0,4 to 0,6 ml in a so-
parately described electrolyzinf.; apparatus. The eleGtrolysis
brings about a tritium concentration 7 - 10 tines as stronG.
By the two following reactions H was separated fron the
samples concentrated by tritium:
Card 1/2 CaO+H20 = Ca(OH )2 (at room temperature)

89-7-16/30
Experimental Application of Tritium as a Detector of Oily Water
Ca(OH )2 +Zn = CaZn 02 (at t about 50000
The gas samples thus obtained were filled into a counting;
tube of 0,5 1 (pressure 100 - 200 mm), into which ethylene
is added, at 10 - 15 mm mercury column partial pressure. The
operational voltage of this counting tube is at 1500 - 1800
V and the plateau at 100 - 150 V with 3 ~o slope. After an
especially careful screening tritium could be proved. Al-
together in a concrete case 400 samples from 8 boreholes
could be checked. From these measurements the velocity at
which the water marked by tritium distributes under the
earth could be computed. There are 4 figu--es, 3 references,
0 of which are Slavic.
SUBMITTED: July 30, 1957
AVAILABU: Library of Congress
1. Water-Oil detection 2. Tritiun-Appl.ications
Card 2/2

21(8) SOV/7-)8-7-4/13
AUTHORS: Alekseyev, F. A., Yermakov, V. I., Filonov, V. A.
TITLE: Concerning the Content of Radioactive Elements Found in 'Waters
of Oil Field Deposits (K voprosu o soderzhanii radioelementov
v vodakh neftyanykh mestorozhdeniy)
PERIODICAL: Geokhimiya, 1958, Nr 7, pp 642-649 (IISSR)
ABSTRACT: The content of radium and uranium found in waters of oil field
deposits was examineds radium was determined radio-chemically
(Ref 3); the oontent of radon was measured by means of the
electrometer Qv Yffk the amount of uranium ascertained bY
luminescence. i,ne research was conducted at the Laboratoriya
yadernoy geofiziki i geologii Inatituta nefti AN SSSR (Lab-
oratory for Nuclear Geophysics of the Petroleum Institute AS
USSR). ~:aters from wells as sell as sirface water from oil
fields of Vvest Turkmenia (Tables 1-3) were examined. 6amplies
~ce of E~~a
were taken from the petrol and mineral gas provin
0
(Kazakhstan) (Tables 4,5) and from oil fields in the Cis-~
Uralian region (Tables 6-8). Independent of the type of e-
posit, the radium content ranges from JC-10 g,~l, seldom nder

Card 1/2 10-11 . " ~7
g/l. The uranium content seldom surmounts 1.0 g/l.

S OV/7 -j 8 -7 3
Concerning the Content of Radioactive Llements Found in Waters of Oil
Deposits
The largest quantities of radiam are to be found in waters of
the calcium chloride type. Uranium is concentrated in waters
ofthe sodium bicarbonate type. Radium is found in largest
amoants in the marginal zones of the oil fielid deposits. There
are 8 tables and 12 references, 11 of which are Soviet.
ASSOCIATION: Institut nefti AN Moskva (Petroieun insLitute of the
Academy of Sciences, USSR, Moscow)
SUBMITTED: July 7, 1958
Card 2/2

1W
go it
-4
I P,
if
98 138
4 rS f -.9. t, 3 - a-, ?r
- I va
t. 6, -44
91 t , R U - P,
7w
1.6 We
[i-
4
(V 0
A 17

FILONOV, V.A.
Geochemical characteristics of underground waters in the
Khanka Lowland. Sov.geol. 2 no.9:10.5-111 S '59.
(14IRk 13:2)
1. Institut geologil i razrabotki goryuchikh iskopayenykh.
(Khantra Lowland-Watnr, Underground)

"I-LLONOT, V.A.
Rydrochemical charmoteristice of the Soyfun-Khanicay Depression.
Trudy Inst, geol. i rasrab. gor. iakop. 1:341-362 160.
(min i4a)
(Buyfun-Khankay Bepression-Water, Underground)

GAMEMHTEYN., V.A*0 inzho; LITVINENKO,. V.G., inzh.; Prinizali uchastiyao.
-ELOXPV
inzh.; KSENDZUK,, F.A.., inzh.; SAMCffwVII.D.,
inzh.; VERBITSKIY, A.I., inzh.; YASBNIKOVV D.I., inzh.;
LEYCHENKO, M.A., kand. tekhn. nauk; GRAMIN, I.K., telchni
TOKARI, F.K., inzh.; ZAYTSEV, F,P,, inzh.
Ma!'y g the production of cold-rolled sheets. Met. i gornorud.
pr no.6:72-74 N-D 162. (MIRA 17:8)~
1. Zavod "Zaporozhatall" (for Gamershteyn Litvinenko., Filonov.,
Ksendzuk., Samoylovo Verbitskiys Yashnikov~- 2. 7Sentrallnyy
nauchno-isoledovateltakiy institut chernoy metallurgii im.
Bardina (for Laychenko) Chamins Tokarl, Zayteev).

~ FILONOV) V.A.
Effect of the organic matter on the ohiCt of radloactive equi-
librium In the waters of oil fields. Sov. gool. 7 no.6:144-146
je 164 (MIRA 18:1)
1. Institut geologicheskik-li nauk M ESSR.

FILGNOV, V.A.; BAKSHTAYEVA, I.A.
Distribution of radioactive elezents in the formation waters
of the Pripet fault. Dokl., AN BSSR 8 no,2:120-123 F 164,
(MIRA 17.,S)
1. Institut, geologicheokikh nauk Gioudarstvannogo geologi-
cheskogo komitata SSSR. Predstavleno akademikom AN BSSR
G.V. Bogomolovym.

E"
FILONOV, V.A.; LONDINSKAYA, K.I.
Content of phenols in natural waters. Dokl. All' BSSR 8 no.io:664-666
0 164. (MIRA :L8:3)
1. Institut geologichaskikh nauk Gosudarstvennogo geologicheskogo
komiteta SSSR,,

FILONOV, V,A.
Uranium !~'oils of the Dnieper-Donets Lowland and Pripet trough.
Dokl. AN SSSR 159 no.2055-356 N 164. (MTR-A 17:12)
1. Institut geologicheskikh nauk AN BSSR. Predstavleno akademikom
N.M. Strakhovym.

FILONOT, Viktor Arturovioh
-- Some featureIaIof the flight operation of jet transport planes.
Grazhd. av. 12 no.7:19-22 J1 155. (min 11:6)
l.Komandir reaktivnoge transportnogo samoleta.
(Jet transports)

AUTHOR:
TITM:
PERIODICAL:
ABSTRACT:
Filonovs V., Pilot, let Class
84-12-27/49
Card 1/2
Winter Flying the Tu-104 (Polety na Tu-104 v zimnikh usloviyakh)
Grazhdanskaya aviate1yas 1957,,'Nr 12j pp 15-17 (USSR)
The author, one of the foremost jet airliner pilots reports on his
experiences in winter flying. The first and basic condition for un-
interrupted service is freedom of runways from snow or ice under any
circumstances.- A separate runway for jet aircraft is suggested, so
that there will be enought time between landings to do the clearing
work. He refers to difficult working conditims of maintenar-e
in intermediate airports when the weather Is colds but insists. -never-
theless on the quality of work. The author objects to the method of
removing Ice crust from the airfram by washing it away with hot water,
Uhich can get into the engine compressors. He also requests that the
weather service report the type of clouds, their lover and upper Limits,
the probability of icing, air temperatures up to 10 -3.1 km. at the airport
at departure as vell as within a radius of 250-300 km along the route
and the weather conditions at the destination for the time of landing.
The utilization of information from airliners in flight is urged, to

Winter Flying the Ta-104
84-:L2-27/49
insure a correct forecast for at least 3-4 hours. The distribution of bulletins
should be extended to the airfield and the maintenance services. Parther.. the
utilization of radio and redio-navigational, facilities is considered a vital
factor In achieving regularity and safety. Their use is rec nA d under all
circumstances for the purpose of training. The traffic control agencies are
criticized for their in ility to cope allquately with the high-sp"d, heavy
jet aircraft. The author also discusses errors made by other pilots in handIJng
the Ta-104 under various circumstances. Finally, the use of the de-icing
system is discussed, the main requirement being that it be switched on before
ice forms.
AVAIIABIE: TAbrary of Congress
Card 2/2

sov/84-58-io-io/54
AUTHOR: Filonov, V.
F
V
~ilon~ov,
ImDortarlt
Tasks M
T . Important Tasks (Vazhnyye zadachi)
PMUODICAL: Grazhdariskava asiriatsiya, 1958, Nr 10, P 7 (USSR)
ABSTRACT: The aul-hor atebes that the volume of traffic on the
Tu-104, opened in 2.958, is 8teadily growing in his unit. Air
routes now connect Mos-ow with Tirana, Kopenhagen, Brussels,
Amsterdam, Paris, DaIW,, and Ca-Ira. Dozens of crews were added
to the service in the past two years. In the past few days
regular runs started or. the three and a half thousand km Moscow
Alma-Ata route. There is one phlot-ograph of the Tu-io4 plane.
Card 1/1

-FIIA)HOV, V.M.
Simplest type of explosives. Put' J put.khoz. 4 no-9:39 5 160.
(MIRA 13:9)
1. Nachallnik otdola burovzryvnykh rabot tresta Mostoramtounalto
(Agplosives)

FILONOV V.M.
Use of microcharges for bleating in quarries. Put' i put.
khoz. 8 no.7s26 164. (MM 17310)
1. Nachallnik otdela, Goaudarstvennogo institute. po goaagicheskim
izyskaniyam i proyektirovaniyu shchebenochnykh zavodoV i karlyerov
Gosudarstvennogo proizvodstvennogo komitsta po transportnomu
stroitelletvu SSSR.

AUTHOR: Pilonoy V 48-1-20120
TITLE: Industrial 9peabimsof Detector s for Thermal and rast Neutrons
(Prorwrsh1cnnyye obraztsy detektorov teplovykh i bystrykh
0
neytronov).
P~;RXDICA,L: Izvestiya jU1 SSSR Soriya Fizicheakaya, 1958, Vol. 22, Nr 1,
PP. 94-96 (USSR).
Receivedt Uarch 6, 1956
ABOTIULCT: The detectors described here were produced for industry-
samples of dosimeters of thermal and fast neutrons of the type
PH-3 and PH-4. The best detector for fast neutrons is the de-
tector described in publications under the name of "Tabletka
Gornyaka" (reference 1). It possesses a sufficiently high re-
cording-efficacy of fast neutrons in the ener range of
0, 5 V* 14 KeV on a r-backgr)und to 250,41r sec According to
reference 1 this eff-'2=cy oaounts tof.,l~"'b for the energy of
4 MeV. The efficiencj changes at various neutron-energies in
such a manner that, to a certain degree, it reproduces the
course of the doBe-3urve. The impulses produced under the in-
fluence of t-radia.ion are according to amplitude, smaller by
Card 1/3 one order of ma&--nitude than the impulses of the neutrons.

Industrial qpmi if Detectors for Thermal and Fast Neutrons. 48-1-20/20
This makes it posuible to realize a reliable dicrimination
of L"-.,q I":-baokground. The efficacy of the recording of neutrons
correspondingly also decreases. The detector has no directiv-
ity: a modification of the an&le of incidence of neutrons
changes the efficacy of recording (�51%). The te-niperature-
-testing of this detector with the photoelectron-multiplier
~)Y-19 showed that with a ri-e of temperature by 1~ in the
temperature range of 10 COO counting decreases by 0,6~.
In this connection the amplitude of the radiation-impulses de-
creases, whereas the noise-amplitude increases. The investi-
6ations showed that every resistance of the divisor may in the
photoelectron-multiplier 13Y-19 not be taken larger than 5
megaolim. An inirease in the resistance in large Pfields
(^.1250Atr sec- ) leads to a strong redistribution of the potent-
ials at the last dynodes. But this makes special demands on
the power of the feed source of the photomultiplier. The use
of a divisor with a resistance of 5 megaolim in connection
with a voltage that guarantees the maximum ratio signal/noiqe
restricts the error to +Y/..The scattering of the efficacy of
the detector does not exceed tlOla. The thermal neutron de-
Card 2/3 tector fiffers from the abov~_-described one by the presence

Industrial Slmcirmnsl)f Detectors for Thermal and Faut ifeuti-ons. 40-1-20120
of boron anhydride in the former. In the first case the
heavy ionizing particle-is produced due to an inelastic
collision, in the second case due to an inelastic one. There-
fore the detectors are very similar according to their para-
meters and can be exchanged in devices without adf;itional ad-
justment. The deficiency in the detector for thermal neutrons
is the counting of fast neutrons. But in measurements of the
maximum permissible flow of thermal neutrons on the background
of a maximum permissible flow the counting of the fast neu-
trons amounts to loss than 4o. There are 6 figures, 1 table,
and 1 reference, 1 of which is Slavic.
AVAILIBIX Library of Congress
1. Neutron counters 2. Radiation counters 3. Dosimeters
Card 3/3

S/578/61/000/002/002/002
cy, 5-0 E032/E514
AUTHORS,! Filonav., V,S: and Selldyakov, Yu,,P,
TITLE~ A detector for intermediate-energy neutrons
PERIODICAL: Zhernov, V.S. and Shirshov, D.P., eds. Uzly novoy
apparatury dlya issledovaniya yadernykh izlucheniy;
nauchno-tekhnicheskiy sbornik. no.2. Moscow,
Gosatomizdat, 1961, PP-107-110
TEXT.- The authors have used a perspex phosphor (3.7 cm
thick, 8 cm in diameter, mounted on a %3y-.Jt~ (FEU-24) photo-
multiplier). The phosphor contained 5 g of a substance referred
to as T-1 per 240 g of perspex. The T-1 is said to have been
developed by T. V. Timofeyeva and S. P. Khormushko (Ref.l: Izv.
AN SSSR, seriya fiz., 22, No.1, 14-20, 1958; Ref.2a Atomnaya
energiya, 3, No-3, 19581 and is being manufactured by the "Red
Chemist" factory. Fig.1 shows the efficiency of the detector
as a function of the neutron energy (eV). It was found that by
. 6o
discriminating against a y-ray background of 1000 lir/sec (Co
y-rays) the efficiency was reduced by a factor of 4-5. A change
in the energy of the y-rays did not have a great effect on the
Card 1/2

A detector for intermediate ... S/578/61/000/002/002/002
E032/E514
neutron counting rate. Fig-3 shows the neutron efficiency as a
function of the energy of the y-rays which were discriminated
against. Acknowledgments are expressed to -,L. V. Timofeyeva for
advice on the phosphor, S. N. Baykalov. M. V. Blinov.
A.I. Seryakov and A. S. Solov'vev for carrying out some of the
measurements, V. V. Matveyev and M. N. Pchellnikov for assistanc:
in this work and to N. N. Prikhodchenko for developing the
detectors. There are 3 figures and 4 Soviet references.
E.1"i .-*~
I-01 I I=
4
d E
0 Os to Is 2.0 to
&14 F, MW
V--/
Card 2/2 Fig.1 Fig-3

PHASE I BOOK EXPLOITATION SOV/6058
Polikarpov, V. I., V. S. Filonov, 0. V. Chubakov~L, and N. N. Yuzvuk.
Kontroll germetichnosti teplovydelyayushchikh elementov (Monitoring the
Hermiticity of Fuel Elements). Moscow, Gosatomizdat, 1962. 186 p.
Errata slip insetted. 2500 copies printed.
Ed.: Ye. I. Panasenkova; Tech. Ed.: Ye. 1. Mazell.
PURPOSE: This book is intended for engineers and technicians specializing in
the design and operation of reactors and of ~ systems for monitoring the her-
meticity of fuel-element jackets.
COVERAGE- The principles of designing systems for monitoring the hermeticity
of fuel-element jackets are presented. Particular attention is given to the
physical and chemical phenomena affecting system sensitivity and efficiency.
Card 1/0

Monitoring the Herm.6tibity (Cont. SOV/6058
The existing or projected non-Soviet systems are surveyed. Formulas
and tabulated reference dat2Ufor the dedigner's use are included. There are
135 references: 90 Soviet (including 25 translations), 42 English, 2 French,
and 1 German.
TABLE OF CONTENTS [Abridged]:
Introduction
3
Ch. L Destructive Processes in Fuel Elements 5
1. Fuel elements 5
2. Causes of hermeticity failure in fuel-element jackets 6
3. Development of defects in fuel-element jackets 10
4. Estimating the release of fission-fragment products
from a damaged fuel element 12
5. Concentration of fission-fragment products in the coolant 25
6. Determining the sz..ititivity of syptems for monitoring
the hermeticity of jackets 28
Card 214 "'L7

22(1~ SGV11Vt_'- 59- 3- 22/53
AUTHOR: Filonov V.V.

TITLE: ModiA of an"'Artificial Earth Satellite
PERIODICAL: Fizika v shkole, 1959, Nr 3, p 74 (USSR)
ABSTRACT; The author describes a model intended to be used in
school for illust:bating an artificiall satellite or-
bit. The model consists of 4 globe with vertical
axle and a device which marks a satellite orbit with
chalk. When the model is operated, the graph marked
by the device represents the function of the rotary mo-
tion of the earth and Hie revolutions of the satellite.
There is 1 diagram.

ASSOCIATION: MIalopereshchepinskaya srednyaya shkola, Poltavskaya
'
l, Poltava
Oblast' (Malazm Pareshchopim Secondary Schoo
Oblast
Card 1/1

L-1260-66-.-
ACCESSION MR., AP5024392 UR/0286/65/000/015/0073/0M

1000V
AUTHOR: ArRhipov, V. V. Lj I
4 U0 A.; Nechayeva, L. A.; Khrushchev V* G,;
Y
W
Perminov, T.,A.-, Shevyre .01 T~ov, 1. S.; Belyayev, A. S.; Nozdrachev,,A.
I.; Yevglevskiy, A. A.
TITLE: A ma-thod,for manufacturing tuberculin. Class 300 No. 173381

SOURCE: 'Byulleten' izobreteniy i tovarnykh znakov, no. 15, 1965, 73

TOPIC TAGS: tuberculosis, immunology, allergen

ABSTRACTt This :Author's Certificate introduces a method for manufacturing tuber-.--
culin.' The method consists of growifig a tubercular culture on a nutrient medium,
'
removal of the bacterial matter and filtration. An active and specific
allergen Is
produced and labor-consuaLng operations am reduced by exposing the culture to
C060 Y-radiation.
ASSOCIATION,. none
SUBMITTEDt -IIJUU64. ~.ZNCL: 00 SUB CODE! LS
No RE
r 60vt
OTHER.' 000

C6
d
r

KROSS, A.(Cross, A.D.]; FENTIN, Yu.A.,, kand. khim. nauk [translator];
FILONOVA, A.D., red.; KHCV.YAKOV, A.D., tekhn. red.
(Introduction to practical infrared spectroscopy] Vvedenie v I
prakticheskuiu Infrakrasnuiu spektroskopiiu. Moskva, Izd-vo
inostr. lit-ry, 1961. 109 P. (MIRA 15:1)
(Spectrum, Infrared)

24020
'-j,3 --5/ 3 0 8
/3490 DIOI/ IB2 16
77 =~o
L, I., Knboz~--v, N. j., and
11 T
r i. n r,C %-I r7 i n r? during diz9ociation o f
In qn Ar-. ii~!charge
r! ai i piiifrill tr. 59), no. 5~ 1960, 1026-1030
a 1 o ~~r hydvpiz in- ~-- wr,i lriw to Rjisci~*,g -Le t,-o
11 ory Lit 1, 1 orj'~3 -'L 11-i mwo ~-? corcentrFited
h it r tr. c, i v r4 u, p I~n r t 1- 6 is., N,rge v6-is stud i9d.
ellllmilvea t,y S('A-'.rtlSt3 Arid
ii, r n r3,,-r , -(1 1),,, -m, tird --~-ort .~n tl-l r r,,v;n exper-i -
;r rf h;dra-, i n,~ f, r%,:A tj F') r ~' b i u
n He f . I (zh f k" i M,l i ,51
!Iie nnter
d 41 t bv 1j", 0?.t-r-A a V-nwpl idli-h-rge
1- Thp

24020
S;'076 '61 !0`,`00r,"CO3 /008
Co 1%, of the i (,it r~f' diir,.rey. P I OI/B2 18
r t, i e. r f, tr-~i - f F~ t AiI - s s s t v o r-~ of IrtfY wl,ich varied
..!0 nm q f1cw of NF
3
I re IT. 'rF d q,-hsri-e c-.urrent
a ~lt:ve, t~r t,-^ -n ~ The kvdrA2,re
if~! ermi- trt-)-cft I rrimt tr it:. ri Uy mc-ne of p-di met t, ;I
d
tir- ";v "I-I, I i z I I j4,t,
vL~A ch d A not n(%' i e i e
-it ,,;r cX the, v,, o s!,, a nulhicrs fr~--;nd
a it M.~Ixm yw t
ol, N,11 .11ru tar, 14t
d i I q ryv~ it tC'I i f, Tn r~rder nsltiblish --i I w% on the basia of th-
r i m -m, t it Ii:ia t h o k n t h or , tv, k upAr az~. -i pirqm-ter (u ds
U,,c- dIach-z-r,-f,,*ir-qj v der,,-te~, tI-e rWli~ of fIc-- of the gas, 1/hr;
gain presnure mt Oip Inrut cO the Ji,.~Lharge tube. m1r. Fg), Fig. I
dimArcim of cf N-ri ,is q e)f up~'
v ; Fij- 2 showc the
Y lo%-uragf-*A in of tit s-!,-ie~,iated Md a& a f~zn^tj-~r nf
Ii- - ,)it? in-!x im"'m vi'I'Di ref~-rr-M to dissec-tated ard 0.1~ %
0 n 1, it

S /C~)06 1 1035/00 5/'C 03/00 P,
Study of t),e formatior, of hydrazine durlm7... B101,/B218
refer,~E,,! L,) Lhe tcittA am-ount ef NIT 3 passed through the an--)aratus. Experi-
mentc~ ;-~ -.90 -19')'~C ihowed that the Yield of N',H 4 Ices not depend on
temp-r.-- t,)vo 'it i9 that the f-~rmatinr, of hydrazine rr,~ieeds
accor-Png to 1hp eqi~at,.on ITF 2 f NH2 + M --) N9 H M (5), where m is a part i cis
oausi,l.,j, recombinkti,'n. Dts5ociatlon of N. F proceeds accordire, to the
2 4
Pouai,2"rS Ht, (6) and IT H +H ~P NIT ~ VrH (7), Thus,
2"A 4 2 2 4 2 3
the v~-Id c-f K-F 'ler-nd~- nn se,?eral factors vinich t-ogell-o?r: 1) -n 019
1 4
,.onot~ntrat-ion of TTH 2 radicals, which ig inversel-v to the
Jls~-~,(:Jation or NIT,; 2) on the concent-ation of atomic h.,,Aropron. which is
dir-ecIlly proportionaL to the dls,3oolatt-~n of NK:o 3) or fhe ttme f~.,-r --v~lch
the par, remaimi 'in the discharge fube, The shortar 1.bli?i neriod, the less
m degr-e 3 -'O"iati~,n
LO the iissociation of N 2H 4' A maxi mi. :, f ITR liku -
-orresponds to EL aiinimlim coroentration cf UH, rafl.cali and to a rmiximum
-oncentration of atomic hydrogen, Th,Acl, th-~ yieH of h-,-drazl.ne r,!Pclies a
1/6
M
-W L- RR
M W

24020
', 08
C-76/61/035/005`003/0
S
7itudy of the formatj~..n ,;f h.,fdrazirje 4uring... B'1 01.471 '1
Pinimum with maximum di~,,w,,clarior. of NH 3 S. S. Va,,-.i 1 Ye . N. Yeremin
al-e mentioned. There sre, f1gures and 14 ref-rences: 1; Soviet-bloc and
11 non-Saviet-bloc- Tha, mo9t ir-ortan! rel~nrence~- '.o
rublications re,3d as J. C_ Delrins, B. Miltr.n. T. 1,7nr. Cher.. Soc.,
2618, 1954; G. W. RrAAnzon. 11. J. MrOarty, J. M:,~-,. Phys., 30, 9~9,
!9qg; K. Ouchi, J. EIrt,.,-,:r-,-hem, S~:(-_ Jacan. 20, 387.. 116:1
1 -4 ud ars tve.,-,r t - n
yy univercitf~ 1'. V. Lomonosova
3SOCI AT ION. Moskovskiv gn. - t
(Moscow StRte University imeni M. V.
-77 VB III TTED July 3, 1959
416

MAYRAMSKITYp
Ki-netiz- surfaca vavts of 5--kA-2-iastylthi-aphena iv- vatmr-mithanvl
solutions. 1 3 165,
(ram 1s-.10)
1, lustitut orpniahaske khAn-4i lmen!~. N.D. 7elimkogo AN SSSR
i Izwtitut ellvkt~-AhLmli JR SSSR.

FILONOVA L
Shorter working. daY. Neftianik 5 no.3:1-2 Mr 160. (MIRk 11,~,:q)
1. Nachallnik ORKTIM-Upravleniya neftedobyvayushchey i gazovoy
promyshlennosti Checheno-Inguahskoy ASSR.
(Hours of labor) (Wagep)

11(0) PHASE I BOOK EXPLOITATION sov/1265
Kamyshev, Sevastlyan Filippovich, Galikhin, Viktor Dwitriyevich, Larin
Vasiliy Illich, Mikhaylov, Leonid Leonidovich, Filonova, Lidiya Ivanovna,
Yasnits, Mikhail Grigorlyevich, and Kvochkin, fe-ddr-Al5r-anovich
Groznenskaya neftyanaya promyshlennost' (The CkoaW Petroleum Industry) Moscow,
Gostoptekhizdat, 1957. 57 P. 1,500 copies printed.
Executive Ed.: Lozbyakova, Ye. S.; Tech. Ed.: Polosina, A.S.
PMU3M: The book is intended for engineers, technicians and workers in the
petroleum industry.
COVERAGE: The status of the Groznyy petroleum industry before the Revolution and
the achievements in the recovery and refining of petroleum during the 40 years
after the Revolution are discussed. New oil fields, petroleum installations
and modern techniques and procedures introduced in the Groznyy petroleum indus-
try are described. No facilities are mentioned. No references are given.
C ard 113

11(0) SOV/1265
The G~oznyy Petroleum Industry
TAME OF CONTENTS: Page
Ch. 1. Development of the Groznyy Petroleum Industry from the
Time of Its Nationalization up to the Time of the Implemen-
tation of the Sixth Five Year Plan 3
Groznyy petroleum industry before its nationalization
Groznyy petroleum industry during the first years after its
nationalization 3
The first five-year plans 8
The Great Patriotic War and the period of reconstruction of the
national economy 3-1
The post-war period 14
Ch. II. Present Status and Prospects of Development of the
Groznyy Petroleum Industry 19
Ch. III. Development of Geological Prospecting in the Groznyy
Petroleum Industry 25
Cara 2/3

ll(O)
The Groznyy Petroleum Industry
BOV11265
Ch. IV. Development of Techniques of Oil Well Drilling Technology, in
the Groznyy Oilfields 32
Oil well drilling 32
Construction of derricks 33
Oil we3_1 structure 34
Drilling conditionsiturbodrills and rock bits 35
Directional turbodrilling 37
Mechanization of the labor-consuming operations 41
Drilling an& power equipment 42
Cementin# wells 42
Testing wells 43
Ch. V. Development of Technology and Techniques in the Groznyy Oilfields 45
Ch. VI. Development of Techniques and Refining Technology, in the Groznyy
Petroleum Industry 53
Conclusion 58
AVAIIAM: Library of Congress
card 3/3
Tx/mas
3-19-59

SHVETS, V.I.; VOLKOVA, L.V.; VASILIYEVA, V.V.; FILONOVA, L.M.;
PRKOBRAZI]ENSKIY, N.A.
Upides. Part 18: Synthesis of mixed unsaturatedc