SCIENTIFIC ABSTRACT VOLKOV, N.G. - VOLKOV, N.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001860530001-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SDKOIA)VSKIY, Igor' Leonidovich; YqL~Ov, Nikolay Georgiyevlch;
CHEBANKIKO, I.I., kand. geol..,~Ap-ie-r. na-uk.. otv. red.;
CHMOVICH., N.Ya., red.
[Methods for the stage-by-3tage study of recent tectonics;
based on a study of the southwestern part of the Russian
Platform] Metodika poetapnogo izueheniia neotek-toniki,- na
primere iugo-zapada Russkoi platforW. K VII kongressu
Mezhdunarodnoi assotsiatsii po izuchenliu. chetvertichnogo
perioda (INQUA). Kiev, Naukova dumka:, 1965. 132 p.
(MIRA. 18:6)

ta
L 46573 -66 FWT(d4/EWP(1) IJP(c) BB/GG
ACC NR, AP6018062 SOURCE CODE: UR/0020/66/168/003/0687/0690
13
.AUTHOR: Volkov, N. G.; Lyapidevskiy, V. K.
ORG: Moscow Engineering and Physical Institute (Moskovskiy inzbenerno-
fizicheskly in tut)
I
TITLE: lKodel -,,,?itb two photocells simulating human color vision and Its
anomalies q
SOURCE: AN '-USSR. Doklady, v. 168, no- 3, 1966, 687-690
TO'PIC TAGS: vision, biocybernetics, photoelectric cell, electronic
circuit Ibc,
ABSTRACT: A model for s!i~,ulatlng normal color vision defects including I
deuteranopia, protanopi~:. and tritanopia is described. The model (see
Fig. 1) contains two phci.3cells (K and P) each with positive and negativel
plotoconductivity, and signals from the photocells are transmitted over
Units 1 and
channels I and II to input units 1, 2, and 3. 3 record
steady-state current'values and unit 2 records transient current values.
The spectral characteristics of the fast and slow components produced by
a square wave of liEbt are different and independent, and tbus the
spectral characteristics of units 1. 2,and 3 are also independent. With
/3 UDC: 612-80.

L 116573-66
ACC NR: AP6016o62
6
e
A
n
-P
-'400 Sao 606 M'a
Figure 1
simultaneous operation of pbotocells K and P$ the model simulates normal
itbree-dimensional color vision. Photocells K and P correspond to the
,rods and cones of the retina and units 1, 2,and 3 correspond to the
icolor receptors of the . human eye. - -If only signals from the rods
are transmitted over channel I and only signals from the cones are
transmitted over channel II and the ratio between the number of rods and
2/3

i W
L 4657-3-66--
ACC NR- AP6018062
jeones is 1:1, then the spectral characteristics of units 1, 2,ard 3 will
!correspond to normal color vision. With the number of rods and cones
laffecting a si-ne-le nerve fiber dependent on the position of the recepuor
Tield in rela.tion to the center of the retina., dauteranopia appears with
ian increased visual angle and tritanopis appears with a decreased visual
:"ngle. Simulation of various color vision defects by rearranging 'the
circuits end using the photocells and units in different combinations is
I
described in detail. The authors thank I. V. Obreimov for disel.Issing-
!the work. Orig. art. has.* 2 figures. [o6l
SUB CODE: 06, 09/ SUBM DATE:
rLD PRESS:
26Feb65/ ORIG REF: 0021 OTH REP: 003
Card

WLOVZOROV V.P.,, kahd. tekhm. nauk (Ryazan')l V' 2LOVt_~:t4~.~ insk.
IRyazan I )
Three-phase voltage regulator with wide range of regulation.
Riektrichastvo no.lltl6-20 N 163, (KrRA i6in)

ZAZERSKIY, K.I-i inzh.; VOLKOV-..N.I., inzh.
New spatial sanitary-engineering, unit. Biul.tekh.inform.po stroi.
5 no.12:15-16 '59. (HIIU 13:4)
(Precast concrete construction) (Sanitary engineering)

NIJZVZOROV V.P., kand.tekhn.nauk (Ryazan'); VOLKOV, N.I., inzh. (Ryazan');
.9
KPIYUCHKOVII V.N., inzh. (Ryazan')
Magnetic voltage regulator with wide range of regulation.
Elektrichestvo no.10:65-71 0 162. MRA 152-12)
(Voltage regitlators)

BUDOVOY, G.T.; MARTINKOV, I.P.; SHKOLIIIIIKOV.9 B.Ya.; GIZIGORIMI, Ye.A.;
SOLOMIN., V.V.; REZEIX, A.I.; IGNIATOVICHP A.A.; OMUIOV, A.K.;
GILINSKOY, E.B.; ZHIRITOV, V.Ye.; IMMMISM., 1-1. 1 _jOLKCI I
red.; VOSKAITYAN, G.G., red.; Y.ASD.'GVSKIY, Ye.V., red.; 1791-12m,,
A.Ya., red.; LISM, V.Ye., red.; PONOIAREVA., A.A.., tekhn. red.
[The district worker's manual; reference and rethodological aid
for economic and cultural planning in an administrative dis-
trict]Spravoclmik raionnogo rabotnika; spravochno-retodiche-
skoe posobie po planirovaniiu khoziaistvennogo i kullturnogo
stroitel'stva. v administrativnom raionc. Mloskva, Ekonomizdat.,
1962. 439 p. (MIRA 15:7)
(Russia--Econonic policy--Handbooks, manuals, etc.)

-- VOLKOVN
Oxygen requirement and lactic acid content in the blood in strenous
muscular work. Fiziol. zhur. 48 no-3:314-320 Mr 162. (MIRA 15:4)
1. From the Laboratory of Biochemistry, Central Institute of
Physical Culture, Moskoz.
(=- PIRATIOW (STRESS (PHYSIOLOGY)) (LACTICACID)

-10` --ill.
VOLKOV, T]. I. (USSR)
"Relation between Respiration .-~nd G-lycolysis durirg Performance
of Varied Muscular Work.11
Report presented at the 5th International Blachemlstry ConUess,
Moscow, 10-16 Aug 1961

VOLKOY4 Nikolay Kondratlyevich; SKONECEINAYA, A.D., red.; YELAGIN, A.S.,
. - . ~._- -
re -~~P~i--~-'M_---tm--"
tekhn. M.Q.
I
[Journey through the Baikal region] Puteshestvie po Baikalu.
Moskva, Izd-v-o "Sovetskaia Rosaiia," 1958. 127 P. (KIRA 12:4)
(Baikal region--Description and travel)

VOLKOV, N. m.
Verbatim: Volkov, 11. M. - "A new method of measurin.- the length of rivers acccording to mabs,
Izvestiya Akad. nauk SSSR, Seriya geogr. i geofiz., 10,49, No. 2, p. 173-E4
SO.- U-4355, 14 August 53, (Letopis 'Zhurnal Inykh Statey, No. 15, 1949.)

VOLK07, 'N. Author
Rivers
"New method for measuring I-he length of rivers L-y mr-Ins. Reviewed by A. A. Sokolov,
Yet. i gidrol., no- 3. 1949.
jL-onthizz List of Tbissin Accegsions, Librpry of Congress, November l'?52.

VC-Umv, Ii. ?.,.
211/6, VOLKO'J, N. 14. Flochad I asovetgkc-a eopTza. Trudy vtC~cgo -,78e--oyVZ ~-eORT.
r~ k,
jl'Fzdzi-. T. 111. 1949, ~-. 39-57.
SO: Letopiz' Zhurnallnykh Statey, 11c. 29, 1~o.~kva, 1~49.

VCLYUVI N.M.
29499
C vliyanii Dyefon-vtsij Eummgf Ile Ryeevlttaty i~;myef- niy P.o!!hch~.dyey It&
i ye 1,
K&rtakh. Trudy Tsyentr Neuch-isslyed. in-ta Gyeodyeeii, Aeros" y~-;niki
I Kartografili, vyp. 55, 1949, S. 56-76.
So: Letopis' No. 40

VOLXOV. N. M.
The principles and methods of cartometry
326 p. maps. (51-235C9)
Yoskva,, Tzd-vo Akademil nauk SSSR, 1950.
dA1151-V6

~ - ---- - -- -
DWZIN. P.T.; VOLKOV, N.M., professor, otvatetvennyy redaktor.
(:Oeodesyl Geodeziia- LKoslcval Izd-vo Hookovskogo univernitets, 1953.
431 pjGeode9y) (MLRA 7:7)

V-)
BARANOV, A.N.. laureat Stalinskoy premil - redaktor; LTSM, V.N.. re-
daktor; OV, S.I., redaktor; AVSM, G.A., doktor geografichesidkh
nauk, redaktor; VITVZR. I.A., professor, doktor geograficheskikh nemk,
laureat Stalinskoy premii, redaktor; VOLKOV, HJ.4,, professor, doktor
geograficheskikh nauk. redaktor; GgkAgtVMV4,""to.e.,akademik, redaktor;
ZARUTSKAYA, I.P., doteent, laureat Stalingkoy premii, redaktor; Zzy-
KOVICH, V.P., professor, doktor geograficheBkikh nauk, laureat Sta-
linskoy premii, redaktor; ISAKOV, I.S., professor. admiral flota v
otstavke, laureat Stalinskoy premii, redaktor; KUMYAVTSNV, M.K.,
general-leytemnt takhnicheakikh voisk, redaktor; LARIN, D.A.,re-
daktor; HARUSOV, L.Ya., inzhener-podpolkovnik, redaktor; MURZAYIV, N.M.,
doktor geograficheakikh nauk, laureat Stalinskoy premii, redaktor;
PAVLOV, V.V., inzhener-polkovnik, lauisat Stalinskoy premii; SADCHI-
KOV, S.F., redaktor; SALISHCHEV, K.A., professor, doktor tekhnicheskikh
nail , redaktor; FILIPPOV, Yu.V., profeagor, dolctor takhnicheskikh
nauk, redaktor: NISLISHTM, A.V., redaktor; GUNBINA, T.N., redaktor.
[World atlas] Atlas mira. Moskva, 1954. 283 p. (KI-RA 7:9)
1. GeneralInyy gosudarstvennyy direktor topograficheskoy sluzhb.V (for
Baranov) 2. Direktor topograficheekoy sluzhby (for Shurov) 3. Gosu-
darstvenny7 direktor topografichaskoy sluzhby II rang& (for Lysyuk)
4. Direktor topograficheskoy sluzhb7 I ranga (for Gunbina, Larin, Sad-
chikov) 5. Direktor topograficheskoy aluzhb7 (for Idelshteyn, Filippov)
6. Russia (1923- U.S.S.R.) Glavnoye upravleni7e geodezii i karto-
grafii.
(Atlases)

qi9 L- KO V.
.,r`Y,f Bollshakov, V. D., Candidate of Technica
T"LTLL: Scientific and Technical Conference of M11GA K 'Na"r7nnn-
tekhnicheskaya konferentaiya MIIGk i K) I
PZI-RIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Geodeziya i
aerofotos"yemka, 1958, Nr 2, PP 111-114 (USSR)
AB~3TRACT: From April 24 to 26 a scientific and technical
the MIIGK i K (Institute of Geodesy, Aerophotography, and
Cartography, Moscow) was held in Moscow. Furthermore, there
,xere four sections in operation: on geodesy, aerophotogeodesy,
cartography, and on the production of photogrammetrical -Jnstl~-
ments. More than 500 delegates from 45 institutes took part -:1n
the conference at which 28 lectures were given. 20 delegates
participated in the discussions - The opening S Deech ras made by
the Director of.the MIIGA i K, Professor P. S. Zakatov, Doctor
of Technical Sciences. The first paper read was that by ~. 1.
Ivanov on "The Fight Against Revisionism." A. I.,D4,r Pro-
uov,
fessor, Dobtor of Technical Sciences, spoke 64 "The -Setlip and
the Levelling PrincipleB of the Geodetic Basic Network of 'he
Card 1/3 USSR." A. M. Virovets, Professor, read a paper on "The --Jaabora-

Scientific and Technical Conference of MIIGA i X. 1 SOV/154-58-2-16,/22
tion of Equiangular Coordinates in Some Kinds of Geode7~ical
Networks (on the Basis of the Data Directly Measured in the
Ellipsoid)." M. S. Muravlyev, Docent: "On a Bench Mark of
Special Stability." V. G. Selikhanovich, Docent, Candidate of
Technical Sciences: "The Life and Scientific Work of A. P.
Bolotov." V. D. Bollshakov: "Optical Measurements of Distances
Under Precise Conditions." N. V. Yakovlev, Assistant. "On the
Methodology of High-Precision Goniometry in First-Class Tri-
angulations X.11 N. Ya. Bobirt "On the Problem of Determining
Some Elements of Inner Orientation of Wide-Angle and Super-
Wide Angle Aerial Cameras." A. K. Pevnev, Graduate Student:
"On a Level Device With a Freely Suspended Reflector." A. S.
Dimitriyev reported on "Geodesy and Cartography at the Begin-
ning of the Soviet Rule." Ye. P. Arzhanov on "An Investigation
of the Film Smoothing Device With Supporting Rollers." L. N.
Vasillyev, Graduate Student: "Stereocomparator With Electrical
Corrections." V. Ya. Mikhaylov, Docent, Candidate of Technical
Sciencest "On the Change of Scale of Aerial Photograpbs RP-SUlt-
ing From Enlargement." P. V. Zakharov: "On the Distinctive
Capabilities of Black-and-White and Color Photographn." ',~ 1". . !4.
Card 2/3 Kuznetsov, Graduate Student: "The Elements of the T~ivory ('11, a

Scientific and Technical Conference of MIIGA i X. I SOV/154-58-2-16/22
New High-Speed Shutter." I. G. Sarkin, Professor: "The Present
State of Physical-Mathematical Knowledge on the Precise Func-
tioning of Measuring Tools." S. M. Golovin: "Speeding up and
Improving the Production of Measuring Tools." L. A. Malkin,
Docent, Candidate of Technical Sciencest "On Instruments for
the Precise Measurement of Distances." V. S. Mikheychev, ALs-
sistanti "Field Tests With the Optical Range Finder CBB-1.11
V. S. Usov, Assistant: "On the Study of Inaccuracies in the
Focussing Devices of Telescopes." _-N.-M.IVolkov, Professor,
Doctor of Geographical Sciencest "Some Reiar-Y-e-on Engraving in
the Production Process of Original Maps."
Card-3/3

VOLKOV, N.M.
An all-Union conference on problems concerning the use of
large turbogenerators. Energetik 10 no.6:38-39 Je 162.
(MIRA 16:3)
(Turbogenerators-Congresses)

VOLKOV, ROGOV, A.B., red.; KOMARIKOVA, L.M.,
1--~re. izd-va; SUNGUROV, V.S... tekhn. red.
(CartograpkW] Kartografiia. 'Moskva.. lzd-vo geodes. 3-it-ry.
Pt.2.. ffMap amposition and editing] Sostavlenie i redaktiro-
vanie kart. 1961. 265 p. (MIRA 15:2)
(Cartography)

VOLKOY., N. M., Prof.
rIOn the Engraving in the Prcduction cf the Orl-S-inal Publicatir-n Edir-icn-s"
report presented at a Scientific-Technical Conference at Mcscow inst. of Geodesy,
Aerial Photography and Cartography Engineers, 24-26 April 1958.
(Geodeziya I kartograViya, no. 6, PP- 79-80, 10158)

BLINOVA. V.A.; PLOTNIKOVA, N.V.; VOLKOV, X.M.; SYSOYIWA. A.V.; AVDLTEV, P.P.;
KATSEYMAN, h0h.A.; RODINA. P.M. 1. '~'= S9.rA-, L.L.; KAMENSUY, V.I., red.;
BYKOV. A.H., tekhn.red.
(Economy of Tambov Province; a statistical manual] Narodnoe khozini-
stvo Tambovskoi oblasti; statisticheBl-.ii sbornik. [Tambov] Izd-vo
"Tambovskaia Pravda," 1957. 187 P. (MIRA 11:3)
1. Nbmovskaya oblast'. Statisticheskoye upravlenive. 2. Statisti-
cheskoye uDravleniye Tambovskoy oblesti (for all except Kamenskiy,
Bykov). 3. flachallnik Statisticheskogo upravleniya (for Hamenskiy)
(Tambov Province--Statistics)

VOLKOV, X.M., tekhnik.
Storage of fuel in electric power stations. Bnergetik
5 no.1:9-10 Ja '57. (MLRA 10:2)
(Coal--Storage)

VOLKOV, N.M.
External perspective projections with a positive image of the
earth's surface. Geod. i kart. no.4:70-73 Ap 164.
(MIRA 17:8)

-b A r ut 1 A-M.-IL.-
_E109CIP"ll AND "OVISFIGS -00,
COMOOddIlls dtagmull ad ternary "'Siame
IdAWWac dmddw &"
A. G 8-vu-
cdop. "Olf. Ofti.
I X&M-N&F forms a eutectle system with jwted adid 00
-Ing- The -tfttk Corresponds to 0751 for 34.3 mol. % -00
**4 NO. The witein KstFrNxX% has a simpie cuttctic
at 00' WM 40 mug. % MoF.. and the N&,Clj-N&oM "00
Syftem Is sbnpk with a eutectic at OW for a Campo. of .00
41.3 moLlr Wea". The ternary diav= for N&F,
4,
0 0 NaCl and %M Is divided into 3 Uds of errsta., the
Nap fidd 56% of the area. NaCl 28.9% and
oej H 5.1 . The
tort eutectic correspowh to
34 mol.--S MIX%. 31%6 Ma and 15% Na%Ft at 575*. 2
The mR XCl-KF bu a simple eatedle at W tow. % ago
KCI 4t-'WS'- Th~,~ WVKCOj contains the
tt
o it campd. XRX*M the "Uwe 30.&43A%-Kp at too
698-MO. The eutectIle ds to 30.3% KSPI age
OOX at OW. 7U system Lcel"'M has a eutectic cor-
S r"pooding to 48.5% KXl, at Wal. w**
To(3r-r-4F,-KXO. contains the 14pi, '2&t7r9M5T= coo
am. 34 . KIM 2 -
.6W32.4M M, and the cat pd. XF.
Kam 6A ., ternary onnation point at &12* are 0
corregiands to 26.5 mol. % KA, 33.5% XX7o. 40% 400
KXO#. The ternary cutectic b at =* with a eutectle
Campo. at 35% &Ch, 28% KsFo and 37% K#C%. The use
cutectle mixts. of then systems am be used as "a b4jAj
=so
M-Mal troolm"ll of 4.UOYI. H. hiesonare
Is**
ties
Als.SLA 01TALLUMCAL LIllOATqMl tLASSMICATICO
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as
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,
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rixii-10 Tiv, hms,y -ym-n-
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Nall.-KC1. KCI-Na'co. And 'NA'Ct)' Nal" J.."I
clitectiVs. The ternary systrin elf them- covinshly. k IjU- -00
00 leri-ow.4 the -impte.1 tylw and ther _.wti' I, It 0

00 itioll. ',*,~ Na,Fj. M inol. ',; K,CI, atilt U; imA. '~ N.t,CO, 90

el
100 alMS'. The I ermiry Pysictia K.Cl, -Na. F, - K,C4 Is i4 ,Yin -
xsed
f thrre
i
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l
i
Th .019

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o
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nary rutect
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- trinary cit-
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is 571
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K.C0, and 195/9 K,C1, Thew salts may be used as salt
b
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eit
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or t
e t
t-mal tmatillent of Alloys. 11-H. XL

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a a a 0 Ibi 0' 4b 0 00 a 0 0000 0 " 0 0 99 IN * to 0 it * 0 * 0 0 a 0 0 a 0 a 0 4 0 0 0

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OwbONSW ..,,IA.(*-. IUflt",kn sv.,"",
SA

I low
VOLKOV, AND DUBINSKAYA, L. A.
Ternary Mutual System Consisting of Lithium and Potassium Fluorides and
Bromides
Izv. Fiz, -Xhin. N.-I, In-TaL Pri Tr)Mtskom Un-T, , Vol 2, No 1, 1953, PP
45-47
Investigated the above system using a visual-polythermal method. The
surface of the liquidus curve consists of four crystallization areas.
The area corresponding to lithium fluoride has a stratification region.
RZhKhim, No 21, 1954)
SO: Sum. No. 639, 2 Sep 55

Q~, 1.11 , II . V, %d DUB 1iQC,,A , L. A.
"Ternari Mutu~---l System Consisting of Lithium and -Potassium Sulf-tes and
Chru,-.ztes," Izv. Fiz. -Y-him, N. -1. in-ta pri lrkutz~--,m Un-te, VC1 2, -c, I,
pp 48-50, 1953
The above s.stem was investigated using a visual-polythenial, method.
The surface of the liquidue of the system consists of three fields of
crystallization for the solid solutions of lithium sulfttt- L:nUd chroi~~;~Ap,
potassium sulf~.te nand chrG,.aate, and the com.-.1ounds. L12cr!--'4.
K?C-1-0 E~nd K2SO4. Li2S04. (RLY-Maim, 95
K - 4 No 22, 1 4)
Sum. ITO. S81, ? Oct 55

VOLKOV, N. N., AND SHVAB, T. F.
Ternary Mutual System Consisting of Lithium and Sodium Fluorides and Carbonates
Izv- Fiz.-Khim, N.-I, Tn-Ta Pri Irkutskom Un-Te, Vol 2, No 1, 1953, PP 60-64
Investigated the above system using a visual-polytherrrjal method. The system
is reversible and analogous to the diagonal type. It has one eutectic and
two transition points. The surface of the liquidus curve includes the
crystallization area of the components and of the double compound Li2CO3.
(RZhKhim,, No 2.1, 1954)
SO: Sum. No. 639, 2 Sep 55

VOLKOV, N, N ZAKHAVALINSKIY, W. N.
Ternary Mutual System Consisting of Lithiwn and Sodium Fluorides and Bromides
Izvo Fix.-Khim-, N.-I In-Ta Pri IrIM&gkom Un-Tej Vol 2, Nol, 1953, pp 69-71
Investigated the above system using a visual-polythermal method. The surface
of the liquidus curve for the system includes three areas of crystallization;
LiF, NaF, and area of solid solutions of LiBr and NaBr. (RZMim, No 21, 1954).
SO: Sum. No. 639, 2 Sep 55

do
M I - -
11T
q 8 R I
W.
cr W.,
Mat
14 &e tut a
d.MWlbtkmoj diagram and typ,, a
tj *19 1 , SO, chirk,~~Zes I
of U-M-W, ti =-a mt d to
0 , In Adda. .1
tO the rsyitn. field't of th 'llusts th were the try3t
-2Na Al. HZ
MW
w

VOLKOV, N.N.
I
Decorative golden-color coating of aluminum. Proborostroanie Z0.34:18-21
Mr 157. (MLRA 10:5)
(Aluminu ) (Metals--Coloring)

VOLFOI N.'
-1r
--+!;.,iy-ing the Gf fr -rep" to a
0-11
!,,,ad from, cno X the Oars of type
~rarisformer. Tn~dy 17 /,l-el- FIS 163. Ll-ul 18,7)

Voll-KOVO 14I.N.
Desul-furation ol' cast -i-.-(,-n in I-It. n--:-
37-39 F 165. (MTRA 1.P:6,'

MOCHENOV, I.G., kand.tekhn.nauk; DMITRIYMKIY, G.V.; PANFIL', L.S.; PAKHOMOV,
V.Ya.; VOLKOV, N.N.
Efficiency of voltage regulation at the tractive substations. Zhel.dor.
transp. 46 no.11:72-75 N 164- (MIRA 18:1)
1. Glavnyy spetsialist Glavnogo upr-avleniya elektrifikatsii i energetiche-
skogo khozyaystva (for DmitriyevsIdy). 2. Nachallnik sluzhby elektri-
fikatsii i energeticheskogo "hozyaystva. Zapadno-Sibirskoy dorogi (ff-r
Panfill). 3. GlavnYY inzh. sluzhby elektrifikatsii i energeticbeskogo
khozyaystva, Zapadno-Sibirskoy dorogi (for Pakhomov).

17
VOLMOV, N.N., laureat Leninrkoy premil
For communist labor. Privorastroenie ro.9:22-24- 5
(KIRA j4:9)
1. Direktor 2-go Moskovskogo chasovogo zavoda.
(Moscow--Clockmaking and watchmaking)

25 (5)
AUTHORS: Volkov, N. N., Enginearp SOV/119-59-t-8/~;8
I., Docent
TITLEi
PERIODICAL:
ABSTRACTs
Card 1/2
From Automatic Machines to an AutotuLtiC Pl~tn t
Priborostroyeniye, 1959y Nr 7, pp 21 - 22 (USSR)
In the Collective KB for clock manufacture and in the second
Moscow clock factoryp work is being carried out with a view of
increasing the operating efficiency of the clock- and watch in-
dustry. In the course of this work an automatic device of the
type T-240 was developed for the working of half-finished ma-
terial; the speed of excenter presses could be increased up to
500 r.p.m., a vibrational material supplying device was intro-
duced, and an instrument of the type P-34 for automatic control
was worked out. The old production system in the clock factory
was then briefly outlined, and the newly worked-out technologic-
al process for the production of plate bars, which consists of
36 operations carried out on 34 automatic devices of 11 dif-
ferent types. The analogous old process consisted of 60 - 80
operations carried out on 83 machines. The advantages offered
by the new production assembly line are discussed; and it is
said that for the projecting of automatic devices for surface

F3!~6m Automatic Machines to an Automatic Plant, SOV/119-59-7-VIB
working and for fashioning the third quarter of the year is in-
tended to be used. The coming year is reserved for the project-
ing of automatic profile cutters. In the last part of this pape:
individual automatic devices are discussed. Figures 1 - 3 show
an 18-posiiion automatic drilling machine, an 'IE-position auto-
matic threading diep and a special auvomaiio drilling- and
threading machine, There are 3 figures.
Card 2/2

28(1),28(5)..25(2)
Vol!-ov N. Director of -he
-;chmaking Factory
Sec~on-`oscovi ~Wa
TITLE: Considerable Attention Paid to the Specialization of
Watchmaking Industry (Bol'she vnimaniya spetsializatsii
predpriyatiy chasovoy promyshlennosti)
PERIODICAL: Pr-iborostroyeni-ye, 19599 Nr 1~ pp 6-7 (USSR)
ABSTRACT- In order to be able to cope with the tasks which the
2-y laoskovskiy chasovoy zavod (Second Moscow Watchmaking
Factory) has to face on account of the new 7-year plan,tLrstof
all, a number of problems has to be solved which are in
connection with watchmaking factories as a whole.
1. Specialized factories have to be established that produce
watch casesv dials. indicators, watch glasses, etc.
2. The manufacture of axles has to be specialized within the
entire ratchmaking industry.
3. Factories which produce special watchmaking lathes and
automatic machines must be built so that more assembly lines
can be established.
4. A special branch of industry is to be established to deal
with the production of tools and apparatuses, particularly
Card 1/3 with diamond tools.

-Considerable Attention Paid to the SOV/1-19-59-1-5/20
Specialization of Watchmaking Industry
In plain words the factory which produces only ladies! wrist
watches of the type"Era" has to increase its output by
'thirty fold from 1958 to 1965. During that period -the output
of wholesale products has to be increased by 58~1 and the
output of finished products by 92.7%o. At the moment the
department where case bottoms and bridges are produced undergoes
automation. Automatic machines are installed which can perform
18 operations at the same time. Furthermore the tedious wor-k of
polishing and galvanizing of parts is automatized. At present
scientists are very much oc~c-lapied with the problem of automatized
production of watch cases, dials, indicators, glasses, balances,
etc. In order to be able to handle the new automatic machines
and above all the electric measuring and testing devices it is
neoessary to raise the standard of qualification of workers,
technicians, and engineers permanently.
In order tc make a larger group of puWs interested in the
watchmakil ng industry pupil s of the 10 h and I I th grade have the
c~hance of being trained in the factory three times a week
during six hours.
Card 2/3
r_

-Considerable Attention Paid to the SOV/1119-59-1-5/20
Specialization of Watchmak.-InE industry
ASSOCIATION% 2-y Mosk.-vsk-ly chasovoy zavad (Se~;ond Moncow 'Watchmaking
Factory)
Card 3/3

YBUMIN, N.Ye., prepodavatell;-VOIKOV, N.H.
Testing stand used for checking traction substation equipment.
Alek. i tepl. tiaga 2 no-7:28-29 JI '58. (MIRA 11:7)
l.Tomskiy elaktromekhanicheakiv institut inzhenerov zheleznodorozh-
nogo transporta, (for Yeremin). 2.Nachallnik remontno-revizionno-
go tsekha Noirosibirakogo uchastka energoanabzheniya Tomskoy dorogi
(for Volkov).
(Electric railroadB--Substations--Zquipment and supplies)
(Electric testing)

GOLOTIN. A.V., dote.; TO N.N.P, prof., red.; HAMAIT7, A.V., tekhn. red.
[Prog=s of pedagogical Institutes; mechanization of ag-ricaltum
for the faculties of biology, chemistry and the principles of
agriculture] Programmy pedagoecheeskikh institutov; mokhanizatelia
sel'skogo khoziaistva dlia, fakullteta biologii, khimii I oenov
sellskogo khoz1aistva..[Koskvaj Uchpedgiz, 1957. 14 p.(MIRA 11:9)
1. Russia (1917- R.S.F.S.R.I. Glavnoye upravleniye vysehikh I
arednikh podagogicheakikh uchebnykh zavedenly. -
(Farm mechanization)

'- ~
Vm----C;V' N. N.
Castration, and starilization; historical study. 1'()skva, Izd-vo Akademii n.-,uk S'SIR,
1937. 133 p. (Institut antropologii, a--kJeologii i etnor-rafti. Seriia naucbno-
populiarnaia.
Yudin lIV4c/'F.9.V6
1. Castration. 2. Sterilization of criminals and Lives - 3. Skoptsi

E~
)LFIOV,1, .1~ .
Breeption of an object and drawing. Vbskva, lzd-vo Akadamil paiagor. nauk- '1950.
D6 p. (51-325166)
F311.V6
1-11 NNIC
Perception

__ L IL3046--6!k- EW(d)/T/EWP(_1) Jjp(c) Rnlrr~
Ad&_kk._A 1i6_ OIL415 8 SOURCE CODE: .UR/0315/65/000/011/0015/00,~8~--~,6,
AUTHOR: Volkav, N. N.
ORG: none
TITLE: System for the automatic progra~LPf logic algorithms
SOURCE: Nauchno-tekhn1cheskaya Wormatslya, no. 11, 1965. 15-18
TOPIC TAGS: computer program logic, algorithm, an;dog computer, machine'translation,
information theory, algorithmic language, ACA ea-t-t-
ABSTRACT: The article contains a brief description o-[ the APLA system, designed in the
1962-1965 period, for the automatic programming of logic algorithms written in symbolic
language. The system was developed by the Experimental Laboratory. Machine Translation
Laboratory, Leningrad State University. (Ekspertmentaltnaya laboratoriya mashinnogo pere-
voda LeningradBkogo gosudarstvennogo universiteta) Preliminary data indicate that the use
of this system may result In a 25 -to 30-fold acceleration in the verification and realization of
large complex logic algorithms (such as for machine translation) using electronic computers,
as compared with manual programming and debugging of the same algorithms. The system
makes use of a Bet of "poeudocommands" for operational control of the computer. Justificatio
Card 1/2 UDC: 681.142.2:65.011.56

L 43o46-66
014158
for the use of these pseudocommands are given. A command model of this type may be devised
which will be capable of use on machines having different addresses (one-, two-, and three-
address machines), In which case the pseudocommand may serve as an intermediate command
link between different computers or between different symbolic languages. The operational
sequence of the system is analyzed, and it is pointed cut that the system Is most useful In the
verification and realization of algorithms Involving thet processing of word Information. The
aulhor thanks 1. K. Adzharova, G. N. Razbegayev, P. T. Shelemov, and S. S. Dyakonov for
their help In the creaffon of this system.
SUB CODE: 09/41SUBM DATE: 15Apr65/ OTH REF: 001
Card 2/2

-VOLKOV, N.P.; POPOV, P.I.
Problems concerning the design of FM galvanometer amplifiers.
Avtom. i telem.; sbor. st. no.2:43-48 162. (MIRA 15:9)
(Amplifiers (Electronics))

SOV/ 112-57-9 -19788D
Translation from: Referativnyy zhurnal, Elekt-rc-tekh-nika, 1957, Nr 9, p Z66 /USSR)
AUTHOR: Volkov, N. P.
TITLE: Inve 19ation of a Galvanometer -T-ype Amplifier With Frequency Modulation
(Issl.adovaniye gal'vanometricheskogo usilitelya s chastotnoy modulyatsiyey)
ABSTRACT: Bibliographic entry on the author's dissertation for the degree of
Candidate of Technical Sciences, presented to Mosk. inzh.-fiz. in-t (Moscow
Engineering -and -Physics Institute), M. , 1956.
ASSOCIATION: Mosk. inzh.-fiz. in-t (Moscow Engineering -and -Physic s Institute)
Card 1/1

AUTHOR: Volkov, N.P., Engineer. 96-7-12/25
TITLE: The successije heating of system water in the izain
heaters from two pass-out type turbines in heat and
electric power stations. (Posledovatelln-rj podoorev
setevoy vody v osnovonykh podogrevatelyakh ot dvuldi
teplofikatsionnykh turbin na, TETs)
PE,IaODICAL: "Teploone w r1
,etika-" (Thermal Power), 195 , Vol. 4, No.rj,
PP. 50 - 54 (U.S.S.R.)
ABSTRACT: The efficiency of operation of a heat and electric
power station containing two or more turbines with
heating system pass-outs can be improved by the use of
successive heating of the system water in the main
heaters using the heat of steam tapped from different
turbines at different pressures. A proposed circuit
u
is illustrated in Fig. 1. When the outside air is cola
the system water is first heated in the first main
heater by steam from the pass-out of one turbine oper-
ating at its minimum pressure and then in the second
Card 1/4 main heater by steam from the pass-out of another tur-
bine operating at a pressure ranging from its minimum
to its maximum depending on the outside air temperature.

The successive heating of system water in the main
heaters from two pass-out t e turbines in heat'. P-nd
electric pover stations. (6opnt.) 96-7-12/25
This article gives data on the increase in efficiency
that ivsults frm this procedure in application to two
turbines type BT-25-4. A chart is given of the tem-per-
ature of the system water, the relative load and th-a
output of heat throughout the heating season. Th out-
put of heat during the heating season is 312 x 105 kcal,
the 8emperature of the system water ranges from 150 -
1?0 0, the flow of system water is 1 650 t/h, 'he
other operating conditions are described. For the
given heat output the amount of electric power gener-
ated is: with parallel heating 114-85 million kV[h and
with series heating 118.24 kWh. In order to still
further increase the amount of electric pover generated
as a by-product of heat supply it is often possible to
introduce successive heating of the system water in
the main heaters througLout the heating season even
when 'he outside air temperature is somewhat high and
Card 2/ 4 a procedure for doing this is described. A comparison
is also made between this method of heating water and
that of parallel heating in the main heaters using an

The successive heating of system water in the main
heaters from two pass-out type turbines in heat- and
electric power stations. (Cont. ) 96-7-12/25
exhaust steam turbine. Advantages are claimed for
successive. heating. Disadvantages of successive heat-
ing as compared with parallel heating in a two-stage
heater installation is that the heating surface of the
main heaters is increased by about 200j3' and the power
consumDtion of the system pumps is increased because of
the increased resistance of the heater system. However,
these additional costs are usually negligible compared
with the resulting economy. This is illustrated by a
numerical example showing that the Increasea power con-
sumption in the pumps during a heating season of 1 500
hours is 60 000 k'Nh, or during an entire heating period
about 200 000 kWh.
Still better results can be obtained by the use of
successive heating of system water in newly const-ructed
heat and electric power station containing BT-25
Card 3/4 turbines of the new type in which the steam pressure in
the heating pass-out is raised from 0.8 to 2.5 atm. A
table is given showing the main data that govern the

The successive heating ol' syatem water in the main
heaters from two pass-out t,-,rpe turbines in heat and
electric poi&er staticnss (Oont.) 96-7-12/25
efficiency for the various conditions of system water
heating in application to two turbines type BT-25. The
fuel economy -is determined on the basis of a specific
fuel consumption of 200 g/kWh generated with a heating
load and 450 g/kWh with condensation. The data demon-
strates the advisability of applying series heating of
the system water. The application of the system to
the new type typical heat and eleettle power station of
100 megovratts containing two turbines type BnT-25 and
two turbines BT-25 is described. It is claimed tht
Card 4/4 the amount of electric power generated during heat
supply can thus be raised by as much as 5%.
ASSOCIATION:Byelorussian Polytechnical Institute. (Belorusskiy
Politekhnicheskiy Institut.)
AVAIL&BIE:

L ~o
,~
2b (1) Ai -
,

m
Avtomatil a i t-1-1-~;,
AC
Telemnechanic-,
3,000 coPie3 I
f T o, -.1-1 - J
Resp. Ed. : Ye. v. j-,i3.s
Tech. Ed.: R. A .
PURPOSE: Vais
scientific, pe-7--sr-'llnell
remote contr
COVERAGE: Thio
Chair of
Engin-eerin~j P' ;-% 7~-
In the Tablo
have a defjnil;,:~
are frrmtlj,rf~,-,~,. I
Card 1/8

-3
Autor.r.ation al,'4
TABLE OF CONTENTS:
Yolk2y
Oscillator Witli Tw,,)
The linear t-h~,ory olf' ;~tn J,
tl~--
authol,
-ad b
deveio
_
p
y
of frequency
pararnet--_rs of

possible a r:
frequent"Y -Z !z
Oscillator
pronerl.,i,,
of ~he
great -_2
used in clr~,-.'~U:
d-c and
sources
etc). a
lat-ion) az,,-q.
No
Card 2/8

Automation and S C)
Topcheyev, Yu. T. S'tabi1i!-,--., ~f,
Overcompensated Elect rornechan'L -a i
The author finds that the app-1 o--
rotating power ampliflei~-Q in
sufficient phasp --nd modi,illu.- .,!tability aind main--~i--3 Mgh
system accuracy thr~ ar;tirm of
moments on the, electric
example of calculation of a p 3
tive feedback, caused by the of
amplifier, Is presented. Sc-h-matic. diagrams, rX tnl~~ n.-
gated system and charaq.terIs11-.i(,, (,,urves of the-
components are given. From the ctability
system at various degrees of amplifier (, omp ens, z,. ~; J
amDlitude and Dhase frequency response characte-ri.-3ti,~,s are
developed for ihe open internal cir-~7uit of the s--
author then constructs
system transfer function and plots "hem on a
Card 3/8

S~.
Automation and Tele-mechanics (Cont.)
He repeats this for all. the ~-.yst:erii ~-Ircuita.
diagrams and 3 reference,3: 2., -trid I
personalities are mentio-n~3~1.
Filipchuk, Ye. V. Analysiq oC
The author evaluates th(a Irnportanne of the
of a reactance measuring
differentiator and a 11,1 r"i'lldir'.3
problemo oV oC a On the.
analysis, rec-ommendation'~ m~vj-~
error. There are 3 refert,:-n~,es all anq 2
No personalities are mentioned.
Vinogradov, D. K. Da3l-n of an A-C Bril-~~ Cirouzit- -1't:
C,
Inductance Pickup 50
The author investi-ates oondiblon--: of max.-imix-p-,
of an a-c brldae nircuit- rvtith in.luct.an~~e
regard to the type of cir-,-~uit and para-r-neters of th-a
and data transmitter. The unbalanced a-c bridse:~-. , "Tit'h
reactance and inductance P-i,-tkuT:-s '-avea had wide.,3t
in automatic and remote control Ac-cur---t-2
Card 4/ 8

Automation and Tel
- [ -r-" 1 t 1. t[
calctilatIon o'L' :3 it c it I-) ill, It-,
pickups is difficult, howelfer, not
practice in the overwhelming majority nC
operating conditions of the system are 1.1.1.-Ata-
tions on the selection of Its parameter;i aria!
aathor presents methods used for an
pickup and the other com.ponentS of the bridgt--~
respect to given meazuring conditions and to the t;-.rre oU
CD
measuring device and power source, A numerical
designing such systems is given. There are 9 Snv'Li:~t i-cerences
and 11 drawings and diagrams. No personaliti,~s mentionel.
C.
FOPOV, P. 1. Logar-Ithrrile Chara6te"vlstics of Certain Crx--,,orients
The author describes certain circuit components, ind met)~o~is
of switching them on1which make it possible to obtain
output values proportional to the logarithms of input,
values. The limits of the applicability of logarith.-Tis in
relation to circuit parameters and to the voltage of
power source are explained . The author presenti~-*.
Card 5/8

Automation and Telerriechanics (C'ont. J..
experimentally obtained characteristico- of tine
circuits, in which Soviet-made vacuum tubes, germ~pnlci,_:T:
diodesland selenium rectifiers are used. There 2
references: 1 Soviet, and 1 English. There, are '( diagrz~T'_-~.
No personalities are mentioned.
Pluzhnikov, V. M. Dynamic CharacterisLics of Ferrr)e1ec-tric
Materials 95
The author examines some characteristic c~urves -,bt,-!In&I
for a varicap of the VKI-l type, representinE
capacitance as a function of the controlling (1-r-
This "static" characteristic is well-knoim fnr
ferroelectric materials; however, it' Instead -,f a Ci-c
a rapidly changing voltage is applied at'. the InCut, of Lhe
dielectric amplifier, what the author calls a "dyr1,-,-L7fl_C"
characteristic is obtained. The author descidbes a meLh--,d
used to obtain the dynami 'c characteristics of th.-~- 7.rK.1--I type
varicap and of other ferroelectries and ai;terriflt,~i '1,~o
explain the physical natur6 of the obtained "dYiia_;-!i,,,
There are 6 references: 3 Soviet and 3 En!~!-!Uih. -are
C)
8 illustrations oscillo--rams and diagrams. No pers-,n_t:illties
are mentioned.
card 6/ 8

Automation andJelem6Qh4mcz5 (.GrDPnt;.) SOV12834
Pluzhnikov, V. M.., GTaPhrj'-anaIytJ,caI Method of'Design of
Dielectric Amplifi Orp
The author amplifiers ln-which, f.erro-
electric' capacito*rs ard utilized* f or' their 'nonlinear.
properties, useful i~n,ampl~fying elec~tric' sijgftails.
According to tho~.'jitithor, .:there.are very few satisfact.ory
methods for caloUlating di6le*ctric ampllfieps..- Considering
the well-known.Analogy between dieleA'ric' - t
ahdI iifa$ne ic
amplifiers., the,aut"hior applies some well-est'abli shed methods
for calculatdq~,thgxietia amplifiers -to the probli~m of
calculating diei6dtric-amplifiers.'He aiso'.descr~b~s a
gx~apho-analyt.icc6il met,Fiod for calculating s1figle-cycle dielec-
tric amplifiers., This method,wa'sIfirst suggested,- .according
to the author, by ~he Solviat, az;i6rntist 'Pl. L.,,Khlah~aroV and
was further' diDVe'IQPad- -bY _q'the~VS6vlet The method
er-4 -c:har.~cter'istics -6f f~rr electrics.
,it::L!:Lzes the; v~ii
The au-'k-1hor sttUll*:~Znditlons for obtaiiiing o*tP,'m'
'I P . um operation
of diele--tric amplif ie'rs. There axle . 9 Soviet , n6f.erences
Card 7/8

Automation and Telemechanics ("ont.)
(including one translation). There are. d a :z
AVAILABLE: Library of Con,--r--ss (TJ-2 13. N158)
JP"/
Card 8/8 1-22-6o

-3
RUTSKIY, A *I.; laOlMOT, A.M.; GXYLKR, L.B.; SLIPYAN, Ta.lu..; MOSHM. I.V.;
SOBOLEV, TINYAKOV. N.A.;,AO-IZOV N.P.; BOTVINNIK. Ya.Ye.;
BARAMMOV, M.Te.; BRAZGOVKA, V.A.; G.B.; KUZOnUKOVA,
Ye.A.; KMIMIN, Yu.P.; SHIMKO, N.I.; PATIA IT, N.L.; 'KMSKIT, G.I.
0.1. Ddbkini; obituary. Izv. v7so wheb, zav.; no.4:128 -An 158,
(Dobkin,, Grigorii Izrailevich, 1892-1958) (miRA 11:6

log
AUTHORS:-
ITLE:
S/06~8/61/000/009/006/050
A001/AlOl
Veakov, N.P.,_Ropov, F.I.
Analysis of time characieristics of logarithmic deviceG
PMUODICAL.- Referativnyy zhurnal. Fizika, no. 9, 1961, 31, abstract 9B61-(V 9b.
"Avtomat;Lka I telemekhan.", no. 1, Moscow, Atomizdat, 1960, ~9-55)
TEXT: To increase the time constant of logarithmic devices based on Vacu-
um diode, the diode is shunted In some cases with a complementary capacitor. The
time constant of such a system is a non-linear function of the value of the cur-
rent being integrated. For practical purposes it is convenient to use the mean
value of -,--he time constant at instantaneous changes of current from one- known
level to another. Three variants of formula derivation are presented for cal-
c.ulating the mean value of the time constant as a function of the ratio of the
current change levels. All the formulae, represented also by graphs, are of
hyperbolic shape, nearly coinciding with each other. At the currentr-'-10-10 amp
and shunting capacitor of 1,000 picofarad, the time constant is 1 sec. The mean
value of 'Ume constant at 10-fold current change is within the limits of 0.3 sec.
[Abstracter's note-. Complete translation] G. Mellnikov
Card 1/1

VOLKOV, N-P.; YERMOLAYBV, L.S.; RADIONOV, V.A.
Yagnetoelectrie Ind-L-c-tion converter with a hlgh-frequenC7 inductor.
-Priborostroenie no.g-.19-20 S 160, (MIRA 13:9)
(Blectric current concertere)

VOLKOV N.P., kand.tekhn.nauk, dotsent; LEONKOV, A.M., kand.tekhn.
--!'~'~~~dotsent; KFUTSKIY, G.I., kand.tekhn.raukr, dotsent
0
Increase in the operational efficiency of PT-25-90 and T-25-
go turbines; Izv.~ysoicheb. zav.; energ. 5 no. 8:63-70
Ag 62. (MIRA 17:7)
1. Beloruaskiy politekhnicheskiy institut. ?redstavlena
kafedroy teploenergeticheskikh ustanovok elektrichoskikh
stantsiy.

L 34790-66 EVIT(WEEC(O-2
ACC NRt ARC-017218 SOURCE CODE: uR/oo58/65/ooO/O12/AO63/AOb3'
AlYMOR: Volko Golonovskiy, A. 14.
v, 11- P. *
he averaging time
TITLE- Countin(,,,-rate meter with a settling time equal to t
SOURCE: Ref. zh. Fizika, Abs. 12A537
REF SOURCE: Tr- Iferentsii. Do yadern,-ra-di-oajW!-,t~. T. I.
Atomizdat, l964, 138-142
TOPIC TAGS: pulse counting, count rate meter, pulse integrator, pulse sha*per, pulse
height analyzer
ABSTRACT: The article considers the shortcomings of intensity meters with RC in-
tegratin6 cells when used for threshold measurements of nonstationary processes. To
eliminate these shoertcomings, a device has been developed, comprising in principle
an intensity meter~Kith settling time equal to the averaging time. The intensity
meter operates in the following fashion. Pulses fJ-0M the pickup are fed through a
shaping stage, where they are normalized In duration tind amplitude, and then to the
inputs of eight gates. The states of the gates at any instant of measurement are
such that one of them opens the input of the corresponding counter, and the others
are shut off. This* is done by sequential commutation of the gates with a cycle equal
to the period T, and the electronic commutator operates in such a way that at first
the counter is cleared to zero by a "clear" circuit, after which the commutator opens
the gate of this counter for a time equal to (1/8)T. When the gate is open, the
Card 119

L 34790-6
ACC NRt AR6017216
corresponding counter registers the incoming pulses. During the tl~Ae that the gate
is closed, the counter stores its reading during the remaining (7/8)T. The readings
of all eight counters are summed in a linear interpolator. The voltage from the
interpolator is fed through a dc amplifier to the input of a pulse-height discrimi_
nator, which has several operating thresholds that are set beforehand. Each thresholl
corresponds to a definite level of radiation intensity. L. S. (I)ranalation of
abstract]
SUB CODE: 09
Card
ID

ACC NRt AR7004312 SOU1f6k_C_0b`E_.-W0 ~~f 66/004101-1 /.A O748/A07,f8--
AUTHOR:_Vqlkov, N. P.; Golosovskiy, A. M.; Zorin, Yu. V.; Karpinskiy, I. F.;
Mukhin, G. f_-j__R_aabnk6, L. I.; Polosin, A. V.
TIT"v- Measuring outfit for automatic counting of replacable specimens with
information recorded on punchtape
SOURCE: Ref. zh. telemekh. i vychisl. tekhn., Abs. IIA377
REF SOURCE: Tr. 6-y Nauchno-tekhn. konferentsii po yadern. radioelektron. T.3.
Ch. 2. M., Atomizdat, 1965, 129-136
TOPIC TAGS:
S 7-- 2 11
guishiiig'ffeka~' - f
ABSrACT: The ais tuM6rths-a tomaton is the punchtape recording o
information including the ordinal number of the specimen which is retained for
further measurements. The number is composed from the disk-position number and the
reel number. A readout device consists of a few standard pushbutton switches
controlled by code tracks situated below the disk and the reel. The information is
taken by a telegraph apparatus. The output parallel code is turned into a series
code by a cam-contact mechanism of an ST-2M transmitter. The transmitter contact
system and the receiver magnet, in the same apparatus, are connected in series. One
of the contact bars of the ST-24 apparatus is replaced by six electrically insulated
contact bars with separate leads. Three figures. Bibliography of 3 titles. B. U.
[Translation of abstract3
Md qq~]E: 09

.5125-66 M,,'T (1)/DWA (h)_
IACCESSION NR: AP5023652 UR/0119/65/000/008/0010/0012
621-317-715:001.24:658-57
AUTHOR: Volko-v, N..P. (Candidate of technical sciences).
';TITLE: Induction permanent-magnet moving-coil transducers Z
SOURCE: Priborostroyeniye, no. 8, 1965t 10-12
ITOPIC TAGS, induction transducer
1ABSTRACT: A d-c/r-f transducer for measuring very small d-c signals by means of a
!permanent-magnet moving-coil. galvanometer and translating small coil deviations
itnto frequency variation is described. A short-circuited turn is fastened to the I
galvanometer coil and placed into the field of the feedback coil of a r-f electron-i
lctube or transistorized oscillator. As the galvanometer coil moves, it affects the
foscillator frequency which is measured by some conventional means. The frequency-
~variatian vs. angle-of-coi-l-deviation relation is nearly linear for the angles
within� 500. A (differential'( modification of the transducer in which the short-
turn is replaced with one or two metal vanes is also described.
Sensitivities between 50 and 140 mv/degree were obtained experimentally for
;transducers w-1th 0.1-mm bronze vanes and oscillators operating at 500 kc. Orig. artt
has: 4 f1gares.
0 -7

Sub.: USSR/Engineering
PERIODICAL ABSTRACTS
AID 4174 P
VOLKOV,, N. P.
CHV`9IYE NADEZHNOSTI RABOTY ISPARITEL'NOY
NAGREVA VODYANYKII EKONOMAYZEROV (Raising the
safety of the evaporating surfaces of heated
Teploenergetika, no. 2, F 1956: 51-53.
PCIVERKHNOSTI
operatlonal
economizers).
The author discusses the causes of cracks and other defects
in horizontal economizer pipes and the measures preventing
their appearance. The rated flow velocity in economizers
appears to be insufficient. A revision of the standard design
of economizers is suggested. Two diagrams.

.1
VOLKOV, N.F., kand. tek) n. rauk, dotsent
'Delection of an optim;m cenral heatking alternative u31ng
criterion of the gruate-3t difference of calculatirinal expendi-
turus (gt-(-v-LWsL r-t!Lurn). 17.v. vys. ucheb. zav.; energ. 8 no.l:
112-115 Ja 165. (141RA JF,-2)
1. Belorusskiy politekhnicheskiy institut. Predstavlena kafedroy
uotanovok.

VARANKIN, Yu.V., red.; VOLKOV, W.P.p red.; KASATKIN, I.I.,, red.;
KRASNOVSKIY, A.N., red.; NOVASH, V.I.,
red.; PEKELTS, G.B.# red.; r(ATSEVICH, V.O., red.; DOLGrf,
V.Ya.., red.
(Electric power plants and networks; exchange of technical
and work experience] Elektrostantsii i seti; obmen proizvod-
stvenno-tekhnicheskim opytom. Minsk, 1962. 87 p.
(MIRA 17:6)
1. Nauchno-tekhnicheskoye obahchestvo enargeticheskoy pro-
myshlermosti. Belorusskoye respublikanskoye otdeleniye.

VOLKOV, N.P., kand.tekhn.nauk, dotsent
Determination of value 6f central heating coefficient. Izv. Vys.
ucheb. zav.; energ, 6 no.10:49-55 0 163. (MIRA 16:12)
1. Belorusskiy politekhnicheskiy institut. Predstavleno
kafedroy teploenergeticheskikh ustanovok.

VOLKOV, Nikolay Petrovich; LEONKOV, Aleksandr 14itrofanovich;
-~SLTI F I
TTj B', III., red.; FOVIKOVA, V.,
.9
tekhn. red.
[Modernization of steam-turbine power plants] Moderniza-
tsiia paroturbinnykh elektros%antsii. Minsk, Gosizdat
BSSR, 1963. 126 p. (MIRA 17:1)
(Electric power plants) (Steam turbines)

VOLKOV, N.P., kand.tekhn.nauk, dotsent
Effect of climatic conditions on the efficiency of central heating
sys.tems. Izv. vys. ucheb. zav.; energ. 6 no.12:40-45 D 163.
(MIRA 171l)
1. Belor-usskiy politakhnichaskiy institut. Predstavlens. kafedroy
teploenergaticheskikh ustanovok.

". ~ I " ~--1, ~, " ~, : ~-- -:4 11-
VOLKOV N*-P.
I :-~~
Increase of the upper logarithmation limit of triode and pentode
logarithmic counting devices. Avtom.i telem.; abor at. no.3:
66-69 162. NIRA 16:2)
(Electronic measurements) (Nuclear counters)

VOUOVI N.P.; POPOV, P.I.
Transfer function of a frequency discriminator. Avtom. i telem.;
sbor. st. no.2:39-42 162. (MIRA 15:9)
(Radio filters) (Electronic circuits) (Electric filters)

S/803/62/000/003/009/012
D201/J308
-~LUTHOR: Volkov, N.P.
TITLE: Lxtendina- the upper log limit of triode and pentode
Q7
logarithmic amplifiers
S OU 111C E. 1.1-oscow. Inzhenerno-fizichesIdy institut. avtomatika
i telemekhanika, no. 3, 1962. Sistemy upravleniya
yadevnymi energeticheskimi ustanovkami, 66-69
TEXT: The author describes a triode-diode arrangement
extending the upper limit of logarithmic amplification. The diode
is connected through a resistor at its anode to the grid of the
triode. The diode is cutoff in the first stage of log acnplification
carried out by the valve. With the input current exceeding the lituit
of normal log amplification, the valve begins to operate as a normal
amplifier, amplifying the log of the signal produced at the triode
grid by the diode, operating on the log part of its characteristic.
The author describes the methods of determining the operating volt-
ages and the values of resistances. Further extension of the range
Card 1/2

S/803/62/000/003/009/012
Lxtending the upper log limit ... D201/D308
of accepted currents may be brought about by cascading the diodes
in the grid circuit. A single diode extends the range of amplified
currents by 2 orders of magnitude. There are 2 figures.
z
Card 2/2

01,'CHIELIKOV, V.I.,, glav. red.; OSINHEPKOVA, V.A., red.; FEKELIS,, G.B.,
red.-, VOLKOVy II.P., red,; I.T.-, red.; ATNKOV, S.,
(Thermal and electric powerlTeploenergetika; nauchno-talchni-
cheskii sborn-ik. Yinsk, 1961. 60 p. (MIRA 15: 11)
1. liauchno-tekhnichaskoye ob.-:hchestvo energeticheskoy pro-
inychlonnosti. Folovusskoye respublikanskaye otdelenie.
(Power engineering) (Electric power)

VOLK91,, N.F.'--Y.:and.tnkhn.nauk2 dotsent
--
Ghoicr,~ of the optimwa operation of a two-stage feed water hea-,ing
oystem during the changeover of turbines to overation on decreased
pressure, Izv* vysa ucheb. zav...- energ. 5 no.6-,70-74 Je 162.
(ITIFU", 15-.6')
1. Balorueskiy politekhnicheskiy institut. P-redstavlena kafedroy
teploonergeticheskilch ustanovok elektrichookikh stantoiv.
(Steam turbines)

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