SCIENTIFIC ABSTRACT VOLKOV, I.P. - VOLKOV, K.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001860520016-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 12169-66
ACC NR: "6000174
Fig. 1. Mounting diagram of vibrator:
1 - supporting collar; 2 dynamooeter
3 - water-cooled fitting; 4 - upset
.punch; 5 upset die; 6 - vibrator
piston; 7 vibrator; 8 - press bolster;
9 mobile cross-arm
2/4

12169--66
ACC NR: "6000174
P
6
4 3
30 40 so 60 10 917 C. 7,
Fig. 2. Stress (upper and lower) as a function of degree of deformation
during the upsetting of lead specimens with DO/Ho - 0.65 at
various vibration frequencies:
1 - 110 cps; 2 - 93.3 cps; 3 - 66.7 cps; 4 - 50 cps; 5 - 33.3 cps;
6 - static loading
C,rd 3/4

-L 12169-66
ACC NR: AP6000174
carried out with specimens of St. 3 steel subjected to hot upsetting. It was found
that vibration loading leads to a decrease in the friction between the deforming
tool and the specimen, since there is no constant stressed relationship between the
contact surfaces; this results in a more uniform distribution of plastic deformation
and stresses in the specimen. As a result, the upsetting of specimens with the aid
of vibration loading to a high degree of deformation assures a considerable decrease
in loading stress (by 20-30%) compared with static loading.' The work expended direct-
ly on deformation of the specimens by means of the vibrator is, In the 33-110 cps
range, 10-65% smaller than in the case of static leading. Moreover, the uniformity
of deformation is then 10-12% greater. Orig. art. has: 5 figures, I table.
SUB CODE: 11, 13/ SUBM DATE: l5Mar65/ OELIG REP: 002/ OTH REP: 000
Card 4/4

VOLEOV, I.P., uchitel
1._.
Organizing experimental work for studentei of grade 5. Biol. v
shkole 6:43-44 H-D 158. (MIRA llill)
1, Xurakinskaya arednyays shkola Paraniginakogo rayona Mariyakoy
ASSR,
(Agriculture--Study and teaching)

VOLF011, 1. m.
25638
Uchet, Poterlvody pri regrulirovanii splavnykh rek popuskwni. Les.
Prom-st', 1948, No. 6, s. 11-14
SO: LETOPIS NO. 30, 1948

25'33
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S',: Letopis I Zhurna-llnyl-h Statey, 1TO . 30, -'!osk-va, 194.3-

VOLKOV., Ivan Matveyevich.
Kazakh State Agricultural Inst. Academic degree of Doctor of
Technical Sciences, bhsed on his defense, 24 September 1954, in
the Council of the Leningrad Inst of Engineers of Water Transport,
of his dissertation entitled: "Formation and Motion of a Slack
Wave (Volna Popuska)."
Academic degree and/or title: Doctor of Science
SO:. Decisions of VAK, List no. 11, 14 May 1955, Byulleten' MVO SSSR,
No. 15, Aug 56, Moscow, pp. 5-24, Uncl. JPRS/NY-537

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LIPKIN, G.Ya.; VOLKOV, I.N., arkhitektor
New covered markets for selling collective-farm products in
Moscow. Gor.khoz.Mosk. 33 no.12:12-17 D '59.
(MIRA 13:3)
1. Glavnyy inzhener mastorskoy No.2 instituta "Mosproyekt" (for
Lipkin).
(Moscow-Markets)

'Xil- ~' -1 1- -
wwa" -~--7~~ -
- - .
I
1. VOT'XOVj' 1. IT.
2. USSR (600)
4. Agriculture
7. Michurin Collective Fam, Moskva, Sellkhozgiz, 1952.
9. Monthly List of Russian Accessions, Library of Congress, April -1953. Unclassified,

SHA.POSHUMOV, K.Y., kand.tekhn.na-uk; VOLKOV, I.N-, inzhe
Radio dynamoscopy of operations of a sucker rod. Kekh-i avtor-
proizv. 14 no-11:36-~38 N 160. (MIRA 13:11)
(Dynamometer) (Radio in industry) (Sucker rods)
V--- - - - -

I - -IITOL~fov. I - N.
se, 1052. 114 p.
Kel"'hoz L-eni 1-L--l-rarina t.;-achm-in 'Icllectiv~~ I-Icsleva. L - ~ - 1 4 1
Sc): L.Q~ ' -July !~~"53
_ __, _ zus5jaj, A~~~, Vol 6 :0 4, j
.V, -. List r,-:,;

21354
S/ 1 15/60/c00/0 11/0 10/0 14
A1061/A133
AUTHORS: Shaposhnikov, K.Ya., Candidate of Technical Sciences, and
Volkov, I.N., Engineer
TITLE: Deep-well shaft pump operation watched by radio-teledynamo-
scope
PERIODICAL- Nekhanizatsiya i avtomatizatsiya proizvodstva, no. 11, 1960,
36-38
TEXT. The existing tele-dynamometer systems of VNII, Groznenskiy
filial KSAJ (The Groznyy Branch of KBAT), NIPI Neftekhimavtomat and others
are using cables for communication, which is not suitable for off-shore
wells, or flooded fields, or fields with wells spaced far apart in line.
The Department of Automatics and Telemechanics of the Taganrogskiy radio-
tekhnicheskiy institut (Taganrog Radio Engineering Institute) has developed
a radio system that worked satisfactorily in tests carried out in the Kam-
skoye more (Kama sea), NPU "Polazna". An effort pickup is placed on the
top shelf of the pump jack balancer for measuring the effort on the polished
rod, and a way pickup on the rotation axis of the balancer. Both pickups LA
Card 1/7

21354
S/11 60/000/011/olo/oi4
Deep-well shaft pump operation ... A161YA133
are low-frequency oscillators. The effort pickup converts the variations
of effort on the polished rod into variations of the osoillator fundamental
frequency, fl, within a range of 15% of fl; the way pickup converts the angu-
lar displacement of the balancer into variations f2 of fundamental velocity,
within +5% Of f2. Both these frequencies are fed to a reactive transmitter
tube that modulates the carrier frequency F1 emitted by the transmitter.
The modulated signals are received by the receiver and demodulated. One of
the output frequencies is proportional to the effortq and the other to the
way. They are fed into frequency meter filters producing d.c. voltage on
the output; the voltages are fed to deflectors of an electron-ray tube with
a screen with strong afterglow. The ray traces on the screen a dynamogram
(Fig.1) by which the pump operation can be judged. 'The dispatcher can con-
nect the dynamoscope and any pickup couple to the radio channel, or switch
them off. The effort pickup design is illustrated (Fig-5) and its electric
circuit included (Fig-3). It is a crystal triode oscillator with a F1 -136
(P-13B) triode, the fundamental frequency f, = 4170 cycles (varying :t5%),
The frequency variation is produced by increasing and reducing the gap in
the magnetic throttle circuit connected to oscillation circuit of the genera -
114
Card 2/7

21354
S/118/60/000/011/010/014
Deep-well shaft pump operation ... A161/A133
tor. Feedback and high resistance in the emitter circuit ensure stable
amplitude and frequency. As the outdoor temperature varies more than 300C,
the circuit capacitance has to be adjusted once in three or six montha The
sensitivity and fundamental frequency can vary, the maximum sensitivity is
10 cycles the output voltage is about 5 v. The electric part of the
9-5) is placed in a vertical steel)cylinder (1) on a micarta plate
pickup (Pt
with the exception of the induotance coil (2 that is placed in' the horizon -
tal cylinder. Rod 3, the other end of which is attached to the balancer
shelf, produces displacements (proportional to the effort) which affectthe
magnetic circuit armature (4) varying the gap (5) and with it the inductance
in the resonance circuit and the oscillator frequency. The pickup is filled
with transformer oil. It is installed slightly off the rotation axis of
the balancer. The design of the way pickup differs from the effort pickup
by the magnetic circuit armature - it is a cam with very small eccentricity.
Its operation principle is identical with the effort pick-up. The entire
radio-teledynamoscope is illustrated in a circuit diagram. It consists of
two frequency channels with outputs to vertical and horizontal oscilloscope
deflector plates; each channel consists of a filter and d.c. amplifier.,
The current supply is from a stabilized feed unit. The input with L2C2
Z'
Card 3/7 V

21354
3/11 60/000/011/010/014
Deep-well shaft pump operation A161YA133
and LjCj filters produces preliminary filtering of fl or f2 signals from
the receiver output. The left triode,rfli, of each filter works as an ampli-
fier-debooster. The signal proceeds through phase-shifting circuit of three
equal links (C3L3; C4L4; C5L5) andn2 tube. The circuit has linear charac-
teristics and a good selectivity and is used for the filtering of the fre-
quency bands as well as for frequency measurements. The signal from the
input and output of the phase-shifting circuit is fed to cathode followers
(-J'3) eliminating the effect of the phase meter input resistance, and from
the cathode followers to three-diode phase meter with output Yoltage direct-
ly proportional to the phase shift and the fl or f2 frequency variation,
The voltage after the phase meter is amplified by a d.c. amplifier, and fed
to the oscilloscope deflectors. The dynamogram can have dimensions up to
120 x 120 mm. The system has been in operation since August 1959, as a com-
ponent in the overall radio-telemechanization system of the "Polazna" oil
field. There are 6 figures,
Card V7

S/118 6o/000/011/010/014
Deep-well shaft pump operation ... v
A161/AI33
Fig. i
Dynamogramst
a) of hydraulic dynanograph;
b) of radio-dynamoseope.

21354
S1118
/60/000/011/010/014
Deep-well shaft pump operation A16I/A133
Pic. 3
ffforts piokup

UOT4vj9do dumd jjm-qu 'ETaii-doo(I
LV/L 9 tv
4,LO/OLO/LtO/000/0q/qtL/S

99". U-j a-"
F~b. 1%31,. p. 33-36.
.% %'oLkcn-. (.191
Its, _', a, vrow"UnIt3l, aellievini by
4, .1 ills chadtA.
Tho pr,~I.Ikm - -U~ ... t4 mla"
"I"Ive at, lowilwA, I at9l

VOLKOVI I.N.
Frequency pick=. Priborostroenia no.3:15-16 Mr 163.
1 (MIRA 16:6)
(%Ise techniques(F-lectronies))

M&M, T.A.; VOLKOV 0
*Handbook for the -lysis of furnace gases.* A.V. Vasil'ev.
Reviewed by T.A. Zikeev, 1.0. Volkov. Zav.1ab. 22 no.1:127-128
156. OG~Rk 95)
(Gases--Analysis) (Vasil'ev, A.V.)

Z.ALFSSKIYJI V.I.,.,, VOI,KOV,, I.P,
j,rvsf3tio*t!rg inetal def~)rfrat.~on -~,i up~ettlnv under ncnd-
L -1 " - 'a
yf7. ucheb. zav.; ~harri. m&t.
c,r vibration icad--na. lzv. -~-
Mo5kwvskfy Itut sta sp'~ avf;-~%

- YOLKOY, i.r.; UDAIAN, A.S., inzh.po mokhanizataii
Mechanization of the conveying of the sliver and lape Tokst.
prcs. 20 no.6:56-57 Je 160. (MIR& 13:7)
1. GlavzW inzbener pryadilno-tkatakay fabriki imeni
Vagshanova (for Volkov). 2. Pryadillno-tkatslmya fabrika
imeni WLgzhanova (for Udalov).
(Textile industry) (Conveying machinery)

11M - I . I--- - - , - .1-1-1-1
I - - .--. -
VOLKOVI 1. P.
Rolling electric steel (sheet-steel Sverdlovsk-, Meta-1. 2-urgizdat, 1940. Yic 53-477
C61lation of the original.as deterrdned frog the film: 77 P.
Microfilm ig-lo

VOLKOV, I.P.J. inzh.; UDALOV, A.S., inzh.
Automatic line for conveying yarn. Mekh.i avtom.proizv.
16 no.10:13-14 0 162. (MIRA 15:11)
(Conveying machinery)
(Automatic qqutrol)

VOLKOV., I.P., uchitell
Student experiments on the study of plavt life. Biol. v shkole
no.5:13-16 S-Q 161. (MIRA 14:9)
1. Kuraninakaya srednyaya shkola Parantginakogo rayorv~ Mariy-
skoy ASSR.
(Germination-Study azd teaching)

AKHMETOV, K.T.; DONCHENKO, P.A.; KUBYSHKV, N.N.;,VOLKOV, I.P.; KARAIETYAN, V.K.;
YELYAKOV, I.I.; CHIKRIZOV, 14.V.; KHOBDih~h~k~R.-Zh.
Modernizing the industrial equipment of lead production and the
growth of labor productivity. TSvet. met. 36 no.7:11-19 Jl
163. (MIRA 16:8)
(Lead industry--Equipment and supplies)

9(6) S/14 60/003/01/005/016
D002YD006
AUTHOR: Volkov, I.S., Jjocent
TITLE: A Two-Phase Vectometer With Semi-Conductor Input
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Priborostroyeiiiye?
1960, vol 3, Nr 1, PP 35-44 (USSR)
ABSTRACT: The article contains detailed information on a new ferro-dy-
namic vectometer developed at the Kafedra "Avtomatiches-
kiye i izmeritel',nyye ustroystva" (Chair "Automatic and Mea-
suring Devices) of Kuybyshev Industrial Institute imeni V.V.
Kuybyshev. The device is all-purpose and can investigate
electric and magnetic a.c. circuits by the method of direct
module and voltage-vector argument determination in a rec-
tangular coordinate system (Figure 2). It has a forked sym-
metric magnetic circuit with dimensions of 315x265xl55 mm,
a weight of 6 kg, a sensitivity of 0.5 volts/mm (module) and
of 0.1 (argument), and a 1.0 accuracy class. The device
Card 1/2 was granted Author's Certificate Nr 106758 in the name of

3/146/60/003/01/005/016
D002/DO06
A Two-Phase Vectometer With Semi-Conductor Input
L.F.Kulikovski . It can be used at plant laboratories,
at the laboratories of scientific-research institutes, etc."~
The article was recommended by the Chair of Automatic and
Measuring Devices. There are 2 diagrams, 2 graphs, 1 Phot&------"
graph, 1 table, and 9 Soviet references.
ASSOCIATION: Kuybyshevskiy industriallnyy institut im.V.V.Kuybysheva
(Kuybyshev Industrial Institute imeni V.V.Kuvbvshev)
SUBMITTED: July 21, 1959
Card 2/2

)a"R~_W nK_SV__
SOV/52-3-4-4/11
AUTHOR: Volkov, I.S. (Moscow)
TITLE: On the Distr-iRu-Vion of Sums of Random Variables Defined
on a Homogeneous Markov Chain with a Finite Number of
States (0 raspredelenii summ sluchaynykh velichin,
zadann,ykh na odnorodnoy tsep:L Markova s konechnym chislom
sostoyaniy)
PXRZODICAL: Teoriya Veroyatnostey i Yeye Primeneniya, 1958,
ABSTRACT:
Cardl/2
Vol 3, Nr 4, pp 413 - 429 ~USSR)
The author considers a simple homoE5eneous Markov chain
with a finite number of states Ei(l < i !~.m) and
discrete time. Let e(0) = E q be the initial state and
e(n) the state of the chain corresponding to the time n
On the states of the chain there is defined a one-valued
fun tion f(e(n)) taking only integral values:
f(e(O)) = s(0) , f(e(n)) = si if e(n) = Ei n >, 1
q
where si does not depend on n The object of the
paper is to investigate the asymptotic behaviour as
z~ --> cx~ of the probabilities P (n,s(n)) and
qJ

SOV/52-3-4-4/11
On the Distribution of Sum of Random Variables DefiiLed on a
Homogeneous Markov Chain With a Finite Number of Stalk-les
F qj (n,s(n)) defined in Eqs (0.1) and (0.2) assuming
the existence of the limit: s(n)
lim n
n--~.oa
The results are obtained by going over to the explicit
expressions for the corresponding generating functions.
Local and integral limit theorems are established and the
results are given in the form of asymptotic expansions
taking into account various possible values of the sums
under consideration. There are 7 references, 1 of which
is French, 1 German and 5 Soviet.
SUBMITTED: Vay 7, 1958
Card 2/2

VOLKOV, I.S. (Moskva).
Distribution of a-ins of random variables given on'a homogeneous
Markov chain with a finite nimber of states [with sumna--7 in
English]* Teoreveroiate i ee prim. 3 no.4:413-429 158.
(MIRA 11:12)
(Chains (Mathematics))

N12+,> Na2+.
the following series ~ IC02+ _ W12+ > CU2+ > Fp2+
Card 1/2 Zink stearate has no catalytic activity in relation to this reaction.

6 r, 6,q
SOV/81-59-5-15248
The Catalytic Decomposition of Organic Peroxide Compounds. 2. The Kinetics
of the Decomposition of Cumene o( -Hydroperoxide, Catalyzed by Stearates of
Certain Metals
The activation energy of the catalytic reaction is 2_~% times le'ss than for
the thermal-decomposition and in the range of 40 - -" ""C'in the'case of Co2+
and Mn~+, is equal to 12.3 kcal/mole and in the case of Cu2+, 13.5 kcal/mole.4/
It is assumed that the catalyst facilitates the first stage of the reaction,
which is the decomposition of the I molecule with a break of -the 0 - 0 bond
into the OH* and C6H5C(CH3)20' radicals,
I. Moiseyev
Card 2/2

ZK
34461
S/125/62/000/003/006/005
DO-IO/D1 13
AUTHORS: Esibyan, E.M., and Volkov, I.V.
TITLE: 1,7elding arc current stabilizer with resonant inductance-
capacitance circuit
PERIODICAL: Avtomaticheskaya svarka, no. 3, 1962, 49-53
TEXT: A detailed descri-otion is given of simple stabilizer devices de-
veloped by the Institut elektrotekhniki AN USSR (Electric Engineering Insti-
tute..AS UkrSSR) for a low-current welding are in welding thin metal with a
tungsten electrode. The devices consist of linear elements and keep the arc
current constant when the are length varies; this ensures stable arc burning
in the steeply dipping static characteristic range. The design principle of 'All
single-and three-phase d.c. stabilizers is illustrated (Fig.2). The single-
phase system includes a small plug-filter tuned to 100 cps and connected in
series with the arc. It is tuned to 100 cDs and evens out the pulsations of
rectified current. The performance improves considerably when the follow-in.-
Card 14

Welding are current ... D040/1)113
elemento arc added to the system: an impedance-matching transformer, re-
sistors in the inductance arms; intercoupling betwuen the inductances. An
experimental single-phase stabilizer designed for a welding current of 0..;
to 15 amp has a resonance circuit with an inductance of 0.081 h, capacitance
of 125,,ALf, 400 v, and a resistance of 1.4 ohm. Its performance is il-
lustrated (Fits. 3). Stepless current control is effected by changing the
input voltage. The experimental unit has been tested in welding with
tungsten electrode in argon and helium. Thin metal could be welded with
0.4 amp current. The device is small-sized and requires very little active
material per power unit (about 25 kg/kw); the cos is about 0,95, and the
efficiency up to gWo. It can be fu--rther improved Ty using a magnetizable
impedance-matching transformer. Increased current at increased arc length
can be achieved by using a combination of current and voltage feedbacks
which have an effect on the impedance-matching transformer. It is expected
that the described device will also prove applicable for high-power d.c.
and a.c. arcs. There are 3 figures and 1 Soviet reference.
Card 211rd'

E~-- ON
Welding arc current ...
S/125 62 000/003/00'/008
D040 D11
YI) ~
ASSOCIATION: Institut elektrotekhniki All USSR (Electric Engineering
Institute,AS UkrSSR)
SUBMITTED: July 11, 1961
Card 3/17

Country
Category
,be. jour
Author
Institut.
Title
Orig Pub.
Ab8tract
USSR
DiseaEss ol~' Farm An-irials. P;
Disea.-es Catised by Bacteria an~,~ Fung-J,
z L >8 96' 67
Ref ~,u-~?-Bloj., No 21, 195 9
Volkov I, Ve
IIMZ~11~ci;~H" ic Research Veterinary Tiastitutral
Yatural Immunizatioa of a Conditionolly
healthx~7 Herd with Biucellosis (kuto~re--Terat),
:Byul, Aauchno-"'Oek~,no inform. Kazansk. n,-i.
vet. in-tal 1957, No 11 7-C
:Yo abstract.
CarJ~ . 1/1

ACC NRi AM5010311 Monograph UR/
!!L3,ya!!4,_A1q~c#andr Nikolayevich (Corresponding Member of the Academy of Sciences of
-Borir
the Ukrainian
yahlp leyregn-ly ii;!!; Xo -jadimircr-rich-
Inductance-capacitance converters"of voltoge sources to current sources (induktivno-
yemkostnyye preobrazovateli istochnikov napryazheniya v istachniki toka) Kiev,
Naukova dumka, 1964- 0303 P- illus., biblio. (At head of title: Akademiya nauk
Ukraiuskoy SSR. Institut elektrodinamiki) 2,300 copies printed-
TQFIC TAGSi vol-baga regulator, electric capacitanQo, eloutrio inductance, electric
power engineering, thermoelectric converter, electric currentl electric
device, electric energy conversion, nonrotary electric power converter, rotary
electrid p9wer converter
PURPOSE AND COVERAGE- This book describes circuits of inductance-capacitance con-
verters which make it possible to obtain constant current regardless of wide range
variations in load resistance. It contains calculation methods for converters), calcu-
lh~tion examples, tables, and curves required for carrying dut the calculations. It
ig shown that the employment of the converters is preferable to that of parametric and
compensating current regulators uj3ed in power engineering and automation. The book is
intended for scientifiel.engineering, and technical personnel specializing in coverter
engineering,as well as for,aspirants and students in universities specializing in
these fields of study.
Card JL/.>

ACC NRs M5010311
TABIE OF COWENTS (abridged):
Introduction - - 3
Part 1. Theory of inductanee-capacitance converters
Ch. I. Two-terminal pair network in a voltage-source to current-source converter
system - - 9
Ch. n. Single-phase and multiphase converters of voltage sources to current sources
- - 33
Ch. In. Special operating conditions for voltage-nource to current-source convert-
ers - - 57
Part 2. Selection and calculation of basic elements-of inductance-capacitaace con-
verters
Ch. IV.. Optimal efficiency conditions and design calculations for the converter
. elements - - 74
Ch. V. Methods for calculating the processes taking place in circuits v-1th, ferromag-
nets - - 117
Ch. VI. Design calculations for inductance-capacitance converters and their elements
- - 171
Part 3. Application of inductance-capacitance converters
Ch..VII. Converters for feeding devices with highly variable load resistances 243
Ch. V311. Inductance-capacitance converters for supplying railway track circuits with
stabilized alternating current 257
f7i.
Card

ACC NRs AM50103U
Ch. IX. Converters for feeding devices with steep volt-ampere characteristic 267
inductance-capacitance coi2verters
Ch. X. Current stabilizers based
273
- -
on
Appendix - - 288
Bibliograpby - - 299
SUB CODES -.0M.PUBM DATE: 23oct64/ ORIG IW: 087/ M MW: 015

SIRENKO, L.A., VOLKOV I.V , MUZYCHENKO, A.D~, APY.NDARCRUK, V,V-;
__ 2_ - - P
BRAYON_,_A.P~; -CHM'70USOVA, V.M.
Effect of electric current on the mass species of blue-green
a1gae in cultivation. Gidrobiol. zhur. 1 no.4369-70 165.
OICRA 18t10)
1. Institut gidrobiologii AN UkrSSR; institut elektrod-namik,4
AN LTK'rSSR i Kiyevskiy gosudarstvennr
y laniversitet,

9,,Vl 70 (A0164,300-T) /02 61/137/004/015/031
S
-Y) B104YB206
AUT9ORSt Volkov, I-.--V-., Yesipov, V. F., and Shcheglov, P. V.
TITLE: Contact image-amplifier for the red spectral range
PERIODICALs Doklady Akademii nauk SSSR, v. 137, no- 4, 1961, 840
TEXTt As known, the production of image amplifiers in the red spectral
range is difficult owing to the low sensitivity of the classical photo-
cathodes in this range. In 1959-1960 the authors made experiments with
bismuth-ossium- and.multi-alkali photocathodes. Characteristic for the
multi-alkali photooathodes,is their relatively f-ar red boundary for very
low dark currents.- The red boundary of the bismuth-cesium cathode lies
neararl but its thermionio emission is stronger, The reproducibility of
photocathodes gets more complicated through the nootesary more acourate
dosage of the alkaline metals than for photoelectric calls. For the
determinat.ion of the sensitivity increase achieved by such a device, a
gaseous nebula (ft with 6563 A) was photographed by it. The objective had
a speed-of lo 1.5 and a dielectric light filter was used for the HA-line
(AX - 40 Ao T - 6o %). For comparison, the same photo was taken with the
Card,~1/2

Contact image-amplifier for the ...
234A
S/02 61/137/004/015/031
B104YB206
identical photographic arrangement and a Kodak 103 aE panchromatic emulsiorL
Both photos of the NGC 7000 nebula are shown (not reproducible). An
0vaiuation of the qualitiesshows that the sensitivity of the aleatronic
telescope installation is 50 times higher than the normal photoinstallation.
The gain in sensitivity is lower in the green spectral range. This is
explained by the greater sensitivity of the nonseneitized photoemulsion as
compared with the panchromatic emulsion. There are 2 figures and 4
Soviet-bloo references.
ASSOCIATIONt Gosudarstvennyy astronomioheskiy institut im. P. K. Shternberga
(State Astronomical Institute imeni P. K. Shternberg)
PRESENTED: November 19, 1960, by A. I. Berg,14aademician
SUBMITTED: November 4, 1960
Card 2/2

(VOLKOV, I.V.; YESIPOV, V.F.; SHCHEGLOV, P.V.
Contact image intensifier for the red region of the specti-r-ar.
Dokl. All SSSR 137 no.4:640 Ap 161. (MbLA- 14: 3
1. Gosudarstvennyy bLetronomichaskiy institut im. P. K. Shternberga.
Predstavleno akademikom A. 1. Bergom.
(Image intensifiers)

VOLKOV, I.V., inzh.
Conversion of a constant voltage source to a constant current
source, Izv. xrys. ucheb. zav.; energ. 6 no.6:3$42 Jo 163.
(MIRA 16.:11)
1. Institut elektrotekhniki AN UkrSSR. Predstavlena seminarom
otdela. teoreticheskoy elektrotekhniki.

I _--.___I-._'I_I-I__>.f_- 'C ~'
. 1
- -
ESIBYAII., E.M.; VOLKOV, I.V,.
Del;i7c*-e---f-or-,-f--e"e--di-n-g----t-,h--e--w-eldirig are with stabilized current
with use of an inductance-capacitance resonance circuit.
Avtom. avar. 15 no.3-49-53 I-Ir 162. (MMA, 15:2)
1. Institut elektrotekhniki AN USSR,
(Electric weld-ing--Equipmont and dupplios)

66729
-23M a /:2 1 o sOV120-129-2-14166
AUTHORSs Volkovo 1. V.,, YeBip0YV V- F,, Shcheglov, P. V-
TITLEi The Use of the contact Photography Principle in Studying Weak
Light Fluxes
PERIODICAL: Doklady Akademii nauk SSSR9 1959, Vol 129, Nr 2, pp 288-289.
(USSR)
ABSTR&CT: The solution of some astronomical and geophysical problems makes
it necessary to inv~etigate the spectra of objects with low light
intensity. One of the methods for intensifying the images is the
use of electron-optical transformers. When using the conventional
electron-optical transformers the image is projected by means of
an optical syetem from the screen of the device to the photo-
emulsion. In this caset however, also objects with highest light
intensity collect at maximum only 10% of the light emitted by the
screen. To fully utilize fte light, the photoemulsion must be
brought into optical contact with the fluorescing screen of the
transformer. In order to maintain the high resolving power of the
devicet the distance between screen and emulsion must be very
small. V.I. Krasovskiy (Ref 4) was the first to use electron-opti-
cal transformers for contact photography. In 1958 a perfect device
Card 113 for contact photography of weakly luminous objects,

66729
The Use of the Contact Photography Principle in SOV120-129-2-14166
Studying Weak Light Fluxes
the photo contact tube, was developed. It consists of a vacuum
balloon into which a semi-transparent, photooathode,an electron-
optical device and a fluorescing screen are mounted. The latter
was applied to a 20 to 30.,A& thick mica plate (forming the back
wall of the device). The photoemulslon is pressed to this plate.
The vacuum in the device is maintained for a long period. To
produce an optical contact between the photoemulsion and the
mica plate (to which the screen is attached) an immersion medium
with a refractive index close to that of mica is used. The
photoemulsion applied to an elastic base (cinematographic film)
was mechanically pressed to the screen. The photo contact tube
with an oxygen-cesium photocathode was used for photographing the
spectra of the night sky luminescence in the spectral range
0.8 - 1o2/4,. In this connection a spectrogragh of the type SP-50
was used which was directed at an angle of 30 to the northern
horizon. The photographs were taken on a DN film. Exposure was
4 hours and not even traoes of a cold emission were found in this
case. One illustration shows the spectra of the night sky
Card 2/3 luminescence in the range 0.9 and 1,0/,v. A compariSon of the

66729
The Use of the Contact Photography Principle in SOV/20-129-2-14/66
Studying Weak Light Fluxes
spectra of the night sky which were taken by means of a photo
contact tube and a conventional electron-optical transformer
with projecting optical systems showed that contact photography
has a sensitivity by ten times higher. The resolving power of the
photo contact tube is approximately 20 grades per millimeter.
Photo contact tubes with a 10 mm long screen may be produced.
Such a screen size is sufficient for a number of spectroscopical
investigations. There are 1 figure and 5 references, 3 of which
are Soviet.
ASSOCIATION: Gosudarstvennyy astronomicheskiy institut im. F.K. Shternberga
(State Astronomical Institute imeni F.K. Shternberg)
PRESENTED: July 13, 1959, by A.I. Berg, Academician
SUBMITTED: July 6. 1959
Card 3/3

J-3
VOLKOV, I.V. (Kiyev)
Feeding of inductive-capacitive cuar-rent converters with a
nonsinusoidal current. Av-tomatyka 8 no-3-.70-72 163. (MJRI 16g7)
(Electric networks) (Electric current converters)

MILYAKH., Aleksandr Nikolayovich; KWJYSHIN, ,joris Yevgonlyevich;
VOLKOV, Igorf Vladimirovich;
,
........
[Inductive and capacitive converters of voltage sources
to current sources] Induktiv-no-emkostnyo preobrazova-teli
istochnikov napriazheniia v istochmiki toka. Kiev,
Naukova. dumka, 1964. 303 p. (mliu 18:1)
1. Chlen-korrespondent M1 Ukr.SSR (for Milyakh).

VOLKOV, K.
~-r -- .1 ~.~ - --:- ~-::.
Salting p*rk by injoction with a goar pump. NI&s.Ind.SSSR 26
no.6:52 155- (KLRA 9:2)
I.Holotevski.v wqasok*mbinat.
(Moat-Pieservation) (Pumping machinery)

TJ'UTJUNNIKOV, J.B-;-:VQLK-OVj.-I-M.j OUIK, Mironlav
Prospects of coal chemical processing. Ropa a uhlie 5 no.7:
222 Jl.t63.
1. Koksarersky vyzkun. , Vyzk-Lurmy a zkusebni ustav, Nava hut
Klementa Gottwalda (for Orlik).

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VOIXOV, K.; GOMONOV, V.; PARASUNIKO, Ye.
Production of edible fat by bydrolysis. Mias.ind.SSSR 31
no.3:48 160. (MIRA 13:9)
1. Permakiy my-asokombinat.
(Perm--Oils and fats, Edible)

VOLKOV7 K.
New garbage container. Zhil.-kom. khoz. 13 no.1:26-27 163.
(MIRA 160)
1. Glavnyy inzh. Zhilishchno-ko=amallnogo upravleniya Norillfkogo
kombinata.
(Refuse and refuse disposal)

FXr,7P3TA ',--:Dl-.A Sec 0 Vol 11/10 Sur--ery Oct. 50
5505.(1227),NEW METHOD OF REDUCTION OF DISLOCATED SHOULDER
JOINTS (Russian text) - V o I k o v K. D. - ORTOP. TRAVM. I PROTEZ.
1958, 19/6 (64) Illus. 2 '
The patient leans with the arm on the dislocated aide over the contralateral
shoulder of the traumatologist; the patient's hand to held by an assistant, The
patient to lifted and then suddenly let down on his unaffected side on the office
couch; during this change of position, the traumatologist presses with both
thumbs an the dislocated humeral head and brings about the reduction.
Teneff -Turin (IX, 19)
-----------

CHEKANOVq I.S.; VOLKOV, K.D.; SIDBODKIN, V.M.
Arrangement for eliminating sticking of loooe materiala In
a hopper. Gor. zhur. no.5t77 My 164. (MIRA 17t6)

USMSKIT, F.Ya.; KVITNITSKATA, R.N.; VOLKOV, K.D.; BEZRUKOY, A.F.; ORLOT.
Ta.L., )mnd.ekonom.nau , spets.red.; BAULIN, Y.A., red.; MXDRISH,
D.M., tekhn.red.
(Economy and planning of public food service] Skonomika i planiroynnic
obshchest-vennogo pitaniia. Moskva, Goo.izd-vo torg.lit-ry, 1960.
248 p. (MIRA 13:5)
(Food indnetry)

VOIZOV K D.
Ifew method for reducing a dislocation of the shoulder joint. Ortap.
tram protez., Moskva 19 no.6:64 N-D '58. (HIBA 12: 1)
r
1. Iz Smotrichakoy raonnoy bollnitay Khmellnitskoy oblasti.
(SHOUIJM disloc,
recbiciion, method (Ibis))

VOLKOV, X.D.
Orthopedic apparatus for the application of plaster of paris bandages
to the lower extremities. Ortop .,, traym. i protez. no.6:61-62 U-D 155.
(XLRA 9:12)
1. 1z Smotrichaskoy rayonnoy bollnitey Khmelluitakoy oblasti.
(ORTHOPIDICS, appar. and instruments
appar. for application of plaster of paris bandages on legs)

127-58-1-22/'28
AUTHORS: Volkov, K.D.; Grudin, B.M., and Kallnitskiy, N.F., Engineers
TITLE: Driftinp, Scraper- Hopper-Train (Prokhodcheskiy skrepernyy
poyezd-bunker)
PERIODICAL: Gornyy Zhurnal, 1958, Nr 1, PP 72-74 (USSR)
ABSTRACT: A drifting, scraper hopper-train was designed, manufactured
and applied for drifting a cross in the Belousovo mine ear-
1Y in 1957. This hopper-train of the PSPB-1 type consists
of individual car sections installed on the carriages of
VOK-80 cars, a loading car, and an unloading car, shown in
Figures 2, 3 and 4. When the train is being composed, in-
dividual sections enter into each other forming thereby a
continuous trough-hopper. A scraper winch is installed on
a separate carriage and it moves a 0-15 m3 scraper with which
the rock is transported from the loading machine into the
hopper-train. The technical characteristics of the hopper-
train are as follows; the capacity is 25 cu m; the effi-
ciency in loading is 30 cu M/hr and in unloading is 40 cu m/hr;
the length is 31,000 m, the width is 1,200 mm and the height
Card 1/2 is 1,700 mm. The experience of using the PSPB-1 justifies

Drifting, Scraper- Hopper-Train
127-58-1-22/25
the conclusion that 100 or 150 m per month car. become the
averaGe speed of drifting horizontal workings.
The article contains 4 figures and 1 photo.
ASSOCIATION: Belousovskoy- rudoupralleniye, Vostochno-Kazakhstanskaya_ oblast'
(BelousovkalMine Administration,, East-Kazakhstan Oblast')
AVAILAM: Library of Congress
1. Cargo vehicles-Mines 2. Mines-Equipment 3. Ores-Transportation
Card 2/0.

AUTHORS: Volkov, K....D....Chief Engineer, Yergaliyev, A.Ye, Candidate of
-TecH-n-ical Sciences, Yurkov, V.N *) and Osipov, A.V., Mining
Engineers
TITLE: Experience of Exploitation of Block Nr 34 in the Belousovo
Mine (Opyt otrabotki bloka Nr 34 na Belouso-rskom rudnike)
PERIODICAL: Gornyy Zhurnal, 1958, Nr 4, pp 19-21 (USSR)
ABSTRACT: The authors describe how well the mining work of the block
11r. 34 of the Balousove Mine was organized. The work was exe-
cuted by a party of 12 men. This party executed all the mining
work, the boring of blast holes and the maintenance of all
mechanical appliances. There are 2 figures and 3 tables.
ASSOCIATION:Belousovskoye rudoupravieniye (Belousovo muning Administration)
Card 1/1 1. hines - Gporation

YERSHOV, Yu.A.; RASPOPOV, L.N.; VOLKOV, K.F. ,
Ultravdo2et irradiator --F'cr ruu!3s test-fig of po---fmers. Za7.13-ab.
31 no.10:1272-1.27-3 165. (Nff. -~ % lc;. -i ~
1. -/
1. Institut khimicheskwr f]zJ.1--i All SSSR, Noginskiy filial.

MPIMM,q ~-41---~--345t~
h
1~
- VOLKOV, Kh.A.
Several laws and principles of the capitalist and the socialist
distribution of industries. Trudy KAI 50:91,109 159.
(MIRA 14:5)
(Russia-Ecnnomic policy) QnClustries, Location of)

VOLMY X ,j-ZAGIBALOV. P.N.; SEWSHIN, A.P., nauchnyy red.; FEDOROVA.
T.N., red.izd-va; MEDVEM, L.Ta., tekhn.red.
[Technology of mica] Tekbnologlia sl:iudy. Moskva, Gos. izd-vo
lit-ry po strolt., arkbit. i stroit. materialam, 1958. 243 p.
(mica) (MIRA 12:2)

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"
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Soc. Petroksim Mwksrj. Bsiku, 19.13. Gatud. Natick.
00 j rekh. Garmo-Gral. Neff. Irdal. 1934. No. 3. 176-Wi-Tht,
-

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TSIGELIN-1K., A.Ya., prof.; V0LK0VAj_.K-I-
Hormone therapy of pulmonw7 tuberculosis axyd' its c=p1licar-
tions. Probl.tub. 41 no.3:16-21163. 041hA 16:9)
1. Iz kafedry legochnogo tuberkuleza (zav. - prof* AaYao
Mgellnik) I Lening-radskogo meditsinskogo instituta imeni
ak-ademika I.P.Pevlova.
(TUBERCULOSIS) (HOMONE THERAPY)

ffim
25(5) PHASE I BOOK EXPLOITATION SOV/1941
Volkov, K.I., and P.N. Zagibalov
Tekhnologlya slyudy. (Technology of Mica) Moscow, Gosstroylzdat,
1958. 243 p. 2,500 copies printed. Errata slip inserted.
Scientific Ed~: A.P. Semushin; Ed. of Publishing House:
T.N. Fedorova; Tech. Ed.: L.Ya. Medvedev.
PURPOSE: This book is Intended to serve as a textbook for students
at mining tekhnikums.
COVERAGE: The authors survey the development of the mica industry
in the Soviet Union and describe the main chemical, physica-li
and mechanical properties of mica, giving data on the raw material
used in the production of mica products. They also describe the
processing of crude mica into commercial products, as well as
the planning and operation of mica plants. The data were obtained
from studies made by the former Gipronisslyuda Institute as
well as by the Moscow Institute VNIIAsbesttsement and the
Card 1/'(

Technology of Mica SOV/1941
Leningrad Institute VNIIAsbesttoement. There are 54 references;
of which 52 are Soviet and 2 English.
TABLE OF CONTENTS:
Preface 3
Ch. I. General Information on Mica 5
1. Main regions of mica deposits 5
2. Use of mica In modern engineering 7
Ch. II. Development of the Mica Industry in the USSR 8
1. Mica mining in old Russia 8
2. Development of the mica Industry after the Great
October Socialist Revolution 10
Ch. III. Mineralogical Characteristics of Mica and Its Main
Chemical and Physical Properties 14
1. Mineralogical characteristics 14
2. Chemical composition and chemical properties of mica 21
3. Mechanical properties of mica 23
4. Electrical properties of mica 35
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Technology of Mica SOV/1941
Ch. IV. Defects in Mica 40
.-Natural defects in mica 40
Ch. V. Stock for the Production of Mica Products 51
1. Crude mica 51
2. Industrial mica 57
Ch. VI. Mica Sheets 62
1. Types of sheet and their designation 62
2. Specifications of sheets 64
3. Method of sampling crude mica for sheet output 66
4. Production of mica sheets -67
Ch. VII. Flake Mica 98
1. General information on flake mica '98
2. Types of flake mica and their use in industry 98
3. Specifications for mica flake log
4. Production of flake mica 113
5. Methods of testing flake mica for conformance with
GOST or VTU specifications 127
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Technology of Mica
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6. Packaging, labeling, storing and transporting of
flake mica 129
7. Technical and economic indices 129
Ch. VIII. Mica Capacitors 134
1. Use of mica in the production of capacitors 134
2. Specifications of mica for capacitors 136
3. Production of mica for capacitors 137
4. Testing capacitor mica for correspondence with
GOST specifications 146
5. Packaging and storing capacitor mica 147
6. Technical and economic indices 147
Ch. IX. Other Trimmed Mica 149
1. Use of other trimmed mica in industry 149
2. Specifications of trimmed mica 149
3. Production of other trimmed mica 152
4. Packaging and storing of other trimmed mica 155
Ch. X. Mica Parts for Radio Tubes 156
1. Mica as insulation and support for radio tubes 156
2. Specifications of mica parts for radio tubes 157
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3. Production of mica parts for radio tubes 161
4. Testing the quality of mica parts for radio tubes 162
5. Technical and economic indices 166
Ch. XI. Mica Valves (Discs) 168
1. Specifications of mica valves (discs) 168
2. Production of mica valves (discs) 168
3. Packaging and storing of valves 172
4. Technical and economic indices
Ch. XII. Mica Washers 173
1. Specifications of mica washers 173
2. Production of mica washers 174
Ch. XIII.'Crushed and Powder Mica 177
1. Use of crushed and powder mica in industry 177
2. Specifications of crushed and powder mica 177
3. Production of crushed and powder mica 177
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Technology of Mica SOV/1941
Ch. XIV. Micalex 189
1. Use of micalex in industry 189
2. Specifications of micalex 189
3. Production of micalex 190
Ch. XV. New Types of Micaceous Insulation 190-
1. Substitutes for natural large-size mica 198
2. Micanite :08
3. Recovered (integrated) mica 204
4. Synthetic mica 209
Ch. XVI. General Industrial Flow Sheet for the Processing
of Mica and Production of Mica Products 213
1. General flow sheet for processing Muscovite and
converting it into products and the proceBsing and
economic indices 217
Ch. XVII. Control of the Industrial Processing and Quality
of the Finished Products 220
Ch. XVIII. Rules for Industrial Processing of the Mica Plants 222
1. General conditions 222
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2. Sequences of passing and accepting mica plants for
operation. Official documents of the plant 223
3. Industrial buildings, their operation, and fire
prevention measures 224
4. Power supply and Ilghting 225
5. Organization of production and labor 226
6. Accident prevention, industrial sanitation, and
.medical aid 227
Ch. XIX. Planning of Plants for Mica Processing 229
1. General conditions 229
2. The planning task 230
3. The technical plan 232
4. Working drawings 233
5. Appendices 234
6. Bibliography 240
AVAILABLE: Library of Congress (TN933.V6)
TM/Jmr
6-26-59
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