SCIENTIFIC ABSTRACT KAPTELKIN, N.I. - KAPTSOV, L.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000720510019-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KAPTELKIN, N.I.; SUEYKOY P,A.; IVANKOV., A.A.
The best in the profession. Put' i put.khoz. 6 no.6:11., 17 18 23
30 162. (MIRA 115:71
1. Nachallnik Slavyanskoy distantaii puti Donetskoy dorogi (for
Kaptalkin). (Railroads-Employees)

KUVELKIN., N,I,
Is there a need for sign stakes% Put' i put. khoz. 7 no.5:",
too, (MIRA 16:7)
1. Nachallnik Slavyanskoy distw~tsii puti Donetskoy dorogi.
(Signs and signboards)

KLFTaKIN. V.A., ,inzb.
Use of siliem rectifiers in the electric traction, Zhel.dor,,transp
46 no.601-33 JTS 164. (MJRA 18RI~

B/089/60/008/04/03/009
B113/BO17
AUTHORSs Sergeyev, G. Ta., Titoval Ve V., Nikolayeva, Z. P.,
,,Kaptelltsev, A. N.
TITLEt Thermal Treatment of Uranium
PERIODICAL% Atomnaya. energiya, 1960, Vol. 8, No- 4, pp. 340-347
TEXT: The authors investigated the influence exercised by hardening on
the macro- and microstructure as well as the mechanical properties of
cast and hot-rolled uranium at increased and room teiperatmes. Uranium
was hardened from various cooling media, in water of different tempera-
tures, from different phases, with varying sample diameters. Repeated
hardenings were made. Results of measurement are shown in figures, tables,
and curves. Hardening reduces the grain size of uranium. Strength increasm
after the hardening from the beta phase by about 30%, from the gamma phase
by 60%. Repeated hardening of uranium increases its creeping strength
at temperatures below 4000C. The degree of change in the macro- and micro-
structure and strength properties depends on the chemical composition of
uranium. Strength increases with the increase in the cooling rate from
Card 1/2 1B

Thermal Treatment of Uranium B/089J60/008/04/03/009
BI 1 31BGI 7
the beta and gamma phase. At all temperatures the strength of the alpha
phase of hardened uranium is higher than that of non-hardened uranium.
There are 8 figures, 4 tables, and 7 references, 4 Soviet and 3 American.
SUBMITTEDt April 209 1959
VIR
Card 2/2

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KAPTEREV L.+-inzhener-podpolkovnik
I,--- j
This is the way traffic accidents occur. Starsh.-serzh. no-11:30
0[i.e. N] 161. (MIRA 15:Z)
(Traffic accidents)

KAPTEREV, L.., inzhener-podpolkovnik
-II-'
Equipment maintenance on the march. Voen. vest. 41 no.3.-23-25
Mr 162. (MM -15--4)
(Armored vehicles)

KAPTETW, N. N,
Irreplw Distribution in ERaaa Volumo of Water F
DokUdy Akaooalya Bankj, SM
Vol- 58a 1947# PP-4-225
Proms B. H, L. Guide to F.-Scientino Par. Lit. No. 20 Vol. Is, My 2948j, p. 22

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KAPTEREV, P-'W- Dr. Geograph Sci.
DissertatioA: "Temperature Conditions of Paleocrystic State in the Upper
Amur Region." Inst of Geography, Acad Sci USSR, 27 Jun 47.
SO: Vechernyala Moskva, Jun, 1947 (Project #17836)

"APM
E --EV P.
:Irreezing

KAYTEREV, P.
p"464bz.
KAPTMEVO P. Pa taigo; putevye ocharki . fmoskv2a, moskovskii rabochii, 1948. 86 D.
(Priroda i chelovek.)
NeD DLC: DK755.K28
So: LO, Soviet Geography, Part II, 1951/Unclassified.

ICAP=-, V, P - N -
"Apabiosis Under Ilermafrost Condition5," Izvestiva Ozadenl.i Nauk: seriva
Biologicheskava, No. 6, 1.948.

D
~
J~O/Geophysics may/Jun 49
Freezing
soils
ing'11 P. N'.
of Earth Particles During Freez
~&p~erev' 4 pp
"1z Ak Nsiuk SSSR, Ser Geog i.Geofiz" Vol XIII, No 3
14fers to -various experiments conducted to deter-
the freezing of clayey areas -vhen certain parts
being w.2bjected to temporary heating. Under
bratory conditions it was possible todetermine
"conditions which cause movement of earth particl"-,.
~~
,iiid -to establish certain xecularities in. the
63/~W35
WSR/Geophyaics (CorLtd) May/jx~a 49.
~eazing of soils Data obtained experimentally
now,being tried in the field. Submitted
Aug 40.

si
63/4M~

112-57-7-14017
Translation from: Referativnyy zhu~nal, Elektrotekhnika. 1957, Nr 7,
pp 29-30 (USSR)
AUTHOR: Kaptereva, 0. L
TITLE: Mechanical Strength of Insulation of Magnet Wires in Their Original
Condition and After Thermal Aging (Mekhanicheskaya prochnost' izolyatsii
obrnotoclinykh provodov v iskhodnom sostoyanii i posle teplovogo stareniya)
PERIODICAL: Informi -tekhn. ob. M-vo elektrotekhn. prom-sti SSSR (Technical
Information Collection, Ministry of the Radio -Engineering Industry, USSR),
1955, Nr 3 (87), pp 3-10
ABSTRACT: Mechanical strength was investigated of magnet wires with enamels
fibrous and combined insulation; crushing and abrasion were investigated under
initial conditions ancl after a thermal aging (8 hr at 1500 C and 16 hr at 200 C,
including 2 hr of bringing up to 1500 C and cooling down to 200 C, etc.) - Crush-
ing strength was evaluated in terms of a breakdown voltage between two cross-
ing wires subjected to various loads. Under initial conditions, PBD wire
showed the poorest results; strength of vinyflex and metalvyn wires is appreci-
Card 1/2

PROTAWSKIY, S.A., -inzh.; KAPTEMA, O!N..,. tekbnik
System for increasing the rigidity of the mechanical characte-
ristics of doe, electric drives. Test.elektroprom, 33 no,12x
67-70 D 162. (MIM 15:12)
(Meotric driving)

S/02OJ61/141/006/021/021
B103/B147
AUTHORSs Krasillnikov, K. A., Corresponding Member AS USSR, Aseyeva,
I. V., Bablyevat I* P.t Kapter.eva2 Yu.' V.5 Shirokov, 0. G.,
and Korshunov, I. S.
TITLE. Bios.-rnthesis of amino acids by soil microorganisms
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 141, no. 6, 1961, 1480
1482
TEXT: 1290 cultures were studied which consisted of a) bacteria,
b) actinomycetes, and c) yeasts, isolated from USSR soils. Nutrient
media according to T. Asai (see below) were used for a) and b), and
according to J. Lodder (see below) for c). It was found that many
cultures of soil microbes synthesize a single or several amino acids and
excrete them into the nutrient medium. This is true for cultures raised-
in synthetic nutrient media containing glucose as carboa souxce and
ammonium chloride as nitrogen source kapart from small amounts of other
salts). no strong correlation exists between the species of the microbe
Card !IA-,3

S/020/61/141/006/021/021
BioBynthesis of amino acids by soil... B103/B147
and its capability of synthesizing amino acids. Different strains of the
same species show a very different behavior in this respect. Neverthe-
less, a connection can be established in individual cases,~Iat leaat with
the group characteristic of the strains. N. A. Krasillnikov assumes
that the wellknown actively glutaminic-acid producing strain of
Micrococcus glutamicus also belongs to the actinomycetes. Usually,
several amino acids are exuded into the nutrient media. Cultures
producing only one amino acid are rare. The majority of the active pro-
ducers synthesize alanine. A smaller group of species produces glutaminic
and aspartic acids, and very few produce lysine, valine, cystines, et al.
Both the quantity and the type of the amino acids depend on the composi-
tion of the nutrient medium (particularly on the C and N source, and on
vitaminst trace elements, etc.), furthermore on the conditions of growth
(temperature, aeration, etc.). Some highly active alanine producers
were isolated: four strains of Mycobacterium, which produced from 6 - 8
UP to 14 - 16 mg/mi of nutrient medium. Some strains of acti-nomoetes
7
produced 8 - 9 mg. Many active yeast strains produced 5 mg/ml. Valine
producers with an activity of 3 - 4 mg/ml were found among a). From the
Card 2114,2
7 ~~

Biosynthesis of amino acids by soil...
S/02 61/141/006/021/021
B103YB147
strains considered as possible producers of amino acids, strains with
increased activity were isolated by selection, which are able to
guarantee industrial production. From Mycobacterium cyaneum which
produces almost the same quantities of glutaminic acid and alanine varie-
ties were obtained which synthesize exclusively (or dominantly) either
glutaminic acid or alanine. Thus, the yield in glutaminic acid was
increased by a multiple. There are 2 figures, I tableand 5 references:
2 Soviet and 3 non-Soviet. The three references to English-langaage
publications read as followss Ref.3s T. Asai$ K. Aida, K. Oishi, Bull.
AgT. Chem. Boo., 21, No.2, 134 (1957)1 Ref-41 S. Kinoshita, Advances Appl.
Microbiol., 1, 26-10959); Ref-51 J. Lodder, The Yeasts, Amsterdam, 1952.
ASSOCIATIONs Moskovskiy gosudarstven~yy universitet im. M. V. Lomonosova
(Moscow.State University imeni M. V. Lomonosov)
Institut mikrobiologii Akademii nauk SSSR (Institute of
Microbiology of the Academy of Sciences USSR)
SUBMITTEDs September 20, 1961
Card 3/4/

U.-V.; ASEYEVA,
kl~TERSVA YUJ
LAFITSKAYA, T.N.; K j, ng bacteriai vest. mosk.
no acida by sporeformi MIRA 18:7)
Biosynthesis of free ami 20 no.3:65-71 My-je 165.
un. Ser.6; Biol-P POchv' moskovskogo universiteta.
1. yafedra biologii pochv

NRASIL'NIKOV, 11.A.; ASEYEVA, I.V.; BABIYFVA, I.P.; KAPTFRVA, Yu.V.;
SHIROKOV, O.G.; KORSHUNOV, I.S. v7);: ~, 71.--,,,11-~
Biosynthesis of amino acids b soil micro-organisms. Dokl. AN _'SSR
141 no.6:1480-1482 D 161. (14IRA 14:12)
1. Moskovskiy gosudarstvennyy universitet Im. FiN.Lomonosova i
Institut mikrobiologii AN SUER. 2. Ghlen-korrespondent AN SSSR
(for Nrasil'nlkov).
(AMINO ACIDS) (SOILMICRO-ORGANISYS)
4

Y,kPTLx)- i. B.
The State Publishing House of Political Literature has published a textbonic. entitled
"Political Economics.?, The textbook has been compiled by a group of economists:
led by Academician K. V. Ostrovityanov; associate member of the USSR Academy of Sciences,
D. T. Shepilov; Associate Member of the USSR Academy of Sciences, L. A. leontyey;
member of the All-Union Academy of Agricultural Sciences Named After Lenin, 1. 3. Kaptev;
Kuzminov; Doctor of Economics L. M. Gatovsky; academician P. F. Yudin;
Associate Member of 73SSR Academy of Sciences, A. 1. Pashko;v; Economics Candidate
V. I. Pereslegins
In the compiling and finsihing of statistical materials inculded in the textbook,
Doctor of Economics V. N. Starovsky took part. The textbook contains three sections:
1-Precapitalist means of production; 2-Capitalist means of production; 3--Social-ist
means of production. The textbook is being issued in a mass edition.

L, 1. ~IITY V
.~~ - , I
"Electric Phenomena in Gas and Vacuum,," 1951,

J'ACC NRI AP6021405 UIV038
SOURCE CODE2 7/66/060/006/0039/0046'
1AUrHOR; !~agtsanj A. D.
IORG: Acaderrq-of Sciences SSSRj* Institute of Earth Physics (Akademiya nauk SSSR.. In-
Istitut fiziki Zemli)
TITLE: Investigation of a waveguide with diffuse boundaries by means of two-
dimensional model
SOURCE: AN SSSR. Izvestiya. Fizika temlij, no. 6p 1966p 39-46.
TOPIC TAGS: wavaguide propagation# wayeguide scoustioup ultrasonio ways promation,
seismic wave
ABSTRACT: The author investigates the kinematic and dynamic singularities of longi-
tudinal and transverse waves propagating inside and outside a vaveguide Vhen the wave-
length is smaller than, equal to, and larger than the width of the waveguide. Wave-
guide models were made of perforated duraluminum. sheets measuring 1500 x 600 x 2 mm.
In two models the perforations were holes of different diameters on a triangular grid
with pitch 5 mm. The velocity of the longitudinal waves in the waveguide was 4400
M/sec.. and in the surrounding medium 5500 m/sec. The radiators used were Rochelle-
salt crystals with 450 X cut measuring 0.6 x 0.6 x 0.6, 1 x 1 x 1, and 2 x 2 x 2 cm.
The radiator was on the waveguide axis in all the experiments. The ultrasonic oscil-
lations were received with a point-like broadband receiver constructed at 31Z by L. I.
Bokanenko, (Izv. AN SSSR,, Mika Zemli, no. 1,9 1966). An analysis of the obtained os-
uDc.- 534.222.1: 550.834

Ar6o2lko
cillograms and photographs of the first-arrival wave phases shows that the energy
focusing depends on the ratio of the width of the waveguide to the wavelength. Normal
dispersion of the waves is observed., the obtained distances between the energy maxima
inside the vaveguide being in satisfactory agreement with those calculated by the
formula of L. M. Brekhovskikh (Volny v sloistykh sredakh [Waves in layered Media)) AN
SSSR., 1957)- Qualitative agreement between the wave pattern in solid and liquid wave-
guides with diffused boundaries is observed. The experiments confirm the possible
existence of the channel wave proposed by P. Caloi (Ann. Geofiz. v. 7P no. 4,, 1954).
The results imply that the alternation of maxima and minima of energy outside the
vaveguide, connected with the consecutively created frontal waves., should be observed
rhythmically in belts on the earth's surface. Subsequent analysis of the waves re-
gistered from earthquakeewith foci within the asthenospheric layer would make it
possible to compare the experimental data with the rua vaye picture. Orig. art* has:
8 figures..
8M CWEI 09,7.0/ SM DATE: OIJ"5/ OHM MW: 018/ - OZ IMF: 008

L 09157-67 EVIT (1) GW
- -6 0/66&
ACC NR: AP7002324 SOURCE CODE: UR/0387/66/000/00VC 2
A. D.
AUTHOR: K tqgp 48-10"imp" _V. V!
ORG: :Lnqtitute of Phygics of the Earth,-AN SSSR (Institut fiziky zemli AN SSSRp
Physics Faculty, Moscow State-University, AN SSSR (Fizicheskiy fakulltet,
Moskovskiy gosudarstvennyy universitet AN SSSR)
TITLE: Energy focusing in the asthenospheric layer
SOURCE: AN SSSR. Izvestiya. Fizika zemli, no. 7, 1966, 20-25
TOPIC TAGS: earthquake, seismoiogic station I
ABSTRACT: Data from five deep-focus earthquakes with rmgnitudes m = 6.8-7.3,
recorded by Soviet seismic ntations,.were used in investigating some dynamic
characteristics of the Pa wave which propagates in the low-velocity asthenospheric.
layer. On the amplitude hodograph of this wave there is a regular alternation of the,
maxima and minima. On the basis of collected data on the distances between extr emal
points the authors have computed the thickness of the waveguide layer in the
asthenosphere. The thickness of the waveguide obtained using these data was 156 Ian.
It was concluded that the low-velocity layer in the mantle under the territory of
the USSR experiences no variations in thickness. Orig. art. has: 3 figures,
3 formulas and 1 table. (JPRS: .37P3971
SUB CODE: 08 / SUBM DATE: 2lSeP65 / ORIG REF: 007 ON REF: OD9
1/1 lie, t UDC:

ACC NR: AP6021823 SOURCE CODE: UR/0413/66/000/012/0118/0118
INVENTOR: _LaEtsan, D. Kh.; Pirogov, B. V.; Yeletin, V. S.
ORG: none
TITLE:- hrake-clutch. Class 47, No. 182983 [announced by the Experimental Scientific
Research Institute of Forking and Pressing Machine-Building kLKSperlmental"nyy
nauclino-lSslecovateVaRly insfifut Kumnecn?M=Vressovogo mashinostroyeniya))
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 12, 1966, 118
TOPIC TAGS: clutch, brake
ABSTRACT: An Author Certificate has been issued for a brake-clutch consisting of a
flywheel, a single-disk pneumatic friction coupli
Al.ng comprising a spring-loaded disk
Fig. 1. Brake-clutch
d 1/2
1 Flywheel; 2 - spring-loaded.disk; 3 - pts
4 cylinder; 5 - sliding disk; 6 rollers.

L 37647-66
ACC NRt AP6021823
and piston with a pneumatic cylinder, and a single-disk friction brake with a
sliding disk (see Fig. 1). To provide compactness and design simplicity with a
small bracket, to raise operating reliability and improve operating conditions, and
to increase the number of possible engagements, conical rollers, connected through a
spring.-loaded disk to the pneumatic-cylinder piston, are mounted on'the brake's
sliding disk., Orig. art. has: I figure. 1WRI
SUB CODE: 13/ SUBM DATE: O8Feb65/ ATD PRESS:'.5-sy/

Kaptsan, 0. L. Caud Cnem Sci
Dissert,ation: "Kinetics of the D--comDosition of Am2l,-2.?ns."
16 November 49
Moscow Order of Lenin State U ilneni M. V. Lomonosov.
SO Vecheryaya Mosk,,ra
Sum 71

MM/Mlemistry - F,11- MonamoUcular *1pr 49
Chemistry - Cations
f-
"Action of the AdscAption of Polyvalent Cations
on the Electrical P~ropertles of a Monomolecular
Film of Palmitic Acid," M. Gerovich, 0'. Kaptsan,
Lab of Electrocbem, Moscav State Ug 7 PP
10 "Mur Fiz Khim" Vol XXIII, No 4
EQ Investigated effect of polyvalent cations of K,
Ba, La and Th on electricaJ. properties of monolayers
of palmitic acid. Variation of surface potentiaX
of the monolayer under the influence of the catims
vao'connected with the ivaction between the adsorbed
UUM/Obemistry - FibW MMMISCulMr
(C7nt&) Apr'49:
polyvalent cation and the ions and molecul"
of the fatty acid. Submitted 1 jul 48.
----------
57/49T16

KAPTSAN, 0. L. and NEMMAN, 14. B.
"Review of Soviet Progress in the Polarography of Organic Compounds".. Zhurnal Anali-
ticheskoy Khimii (Journal of Analytical Chemistry), Vol. 5, No. 3, 1950. 17 6F - I q,7-
A Digest W-12968, 29 Aug 1950
Z-This is a digest of review of recent Soviet improvements in polarographic tech-
nique and polar6graphic appliances. These improvements are largely based on research
done in the USSR and rerlect a demand for efficient analytical and automatic plant control
appliances, partictlarly in branches of chemical production where poisonous or otherwise
dangerous substances are handled. The development of solid electrodes., which permit
p6larographic analyses of high melting materials or of substances which react ifith
mercury, is emphasized in thei paper and in other recent Russian work on the SubjeC9

014TIIF TIICORY OF A 117
SOLUTIONS Of-ELECTROLYM& 0. 1.. F.1pl-0:1 d
7. A Iota ' Traltilatrd Irom Zhur. Fly.. Kbim. 26, 191-200
F,, I., ~r ~M:;-~Kp. (AEC-tr-1715)
The decomposition of amalgams of alkill unit ilkallne
-1 earth metals by aqueouq Polutloffn of eirc(rolyien rvl)rrf;i?tvtR
a typical electrechpmicrti prorman. The prorrsi nf dernin-
lr* of 9malparns consints of two InIrtrnnnecled Plerfro.
401 P
hemical re:ctlonm. "r first re Mon In lim Innivalkin of
tche metal di solved in Mg, Mi- ..nm".. + e. The. sprond re-
action Is the dischstge of W In acid onlotion". IIjO4 ~ P ---
RIC) 4 H, or in alkaline solution, 1110 1 e*-- OW 4 It. Ex-
pressions for the potentials of decomposilinn and thr re-
~tctlon kinetics of The arnatgam in acid and alkillnr solu-
tleme are derly

I - I..--. - I - i -i;'r 75Lm
!Vt TS 1) N, rn - -------
"DECOMPMtTM QLAMAI-CANIS ANT) OVERVOLTAGE
bF ff"&nc.TM ON MERCURY it; A LKALINV SOLUTIONS,
O-L-Untneand Z. A. Iota!' Traftsiated from Zhur. Ftz.
1(him. LO, 201-10(19521, l8p. (AEC4r-t?I6).
It was proved that the decompostition of -11nalums
koo-I
diluted by water mixtures of electrolytes In An electro.
chemical readlion limited by the opeed of the 11, discharge.
Decomposition kinetics for arnalgamr of 9. M, and Ca were
studied In solutions of their hyaroxidea, anti kinetic formulas,
deduced theoretically from the electrochemical theory of
tnt~rltnklng electrode processes,arin given. The vilue for
HZ overvoltzge on a Hg .cathode in aWaline solution was
found. The dependence of the amount of overvoltage on th
j4
concentration of hydroxyl tons can be rxiirenpedus zj=
1.501z'o.165 log COII-. 'rite influence of surface-active
tons an the overvolLage of 112 is dircussed,

KAPTSAN, O.L.; TKPLTAKOV, V.A.
High-frequency titration. Zhur. Anal. Xhim. 131-9.153. QMRA 6:5)
(CA 47 no.20:10397 153)
1. VJoVernadekly Inst, of Geoches. and Anal. Chou., Amd. Sci. U.S.S.R.,
Moscow*

1,AP.TSAN,-V.Kh.; POLEV, P.V.; SAFAROV, E.I.
Recent data on the Upper hleozoic in MoIdAvia. Dokj. AN SSSR
150 no.4:882-884 Ja 163. 1 (MIRA 16.-6)
1. Prod-stavleno akademikom D.V. Nalivkinym.
(Holdavia-Geology, Stratigraphic)

- KAP.TSA V. Kh..; SAFAROV, E. I.
Significance of some results of paleontological and
palynological studies of the Upper Paleozoic in Moldavia.
Izv.AN Mold.SSR no.7:81-U 164.
(MIRA 18:12)

SAFkROV, E..J.; KAPTSAN, V-Kh- ments in Moldavia. Dokl. 0
New data on Garboniferous sedi, (14IRA 17:9)
SSSR 157 no.6:1366-1368 Ag '64-
1. Pred'stavieno akademikom D.V. Nali'vkinYm-

BOBRINSKIY, V.M.; BUKATCHUK, P.D.; BURGEIYA, N.K.; DRUWA, A.V.;
4&WA MSKU, V.S.; NEVRYANSKIY, D.G.;
'Lj,Xb~.,; 14AY
NEGADAYEV-NIKONOV~ K.N.5 PERES, F.S.; RQ-IANOV, L.F.;
ROSHKA, V.Kh.; SAFAROVI E.I., SAYANOV, V.S.; SOBETSKIY,
V.A.; TKACHUKj V.A.; KMBKA, A.N.; EDELISHTEYN, A.Ya.;
LUTOKHIN, I., red.
[Paleogeography of Moldavia3 Paleogeografiia Moldavii.
Kartial moldoveniaskep 1965. 345 p. (MIRA 18:9)
1. Otdel palenotologii i stratigrafii AN Moldavskoy SSR
(for Negadayev-Nikonov, Roshka: Romanov, Sobetskiy, Khubka).
2. Institut geologii i poleznykh iskopayemykh Gosudarstvernago
geologicheskogo komiteta SSSR (for Bobrinskiy, Burgelya, ...
Nevryanskiy, Tkachuk., Edellshteyn),, 3. Opornaya seysmostantsiya
AN Moldavskoy SSR (for DrwWa). 4. Gosudarstvenrqy proizvod-
stvaruWy geologicheskiy Komitet Moldavsko-y SM (for Bukatchuk,
Kaptsan, Safarov).

KApTsAN, V.n.; SAFARGV, E.I.
Find of native Carboniferous sediments in Moldavia. Dokl. AN SSSR
161 no-3:659-662 Mr 165. (MIRA 18:4)
1. Upravleniye geologii i okhrany nedr pri Sovete Ministrov
Moldavskoy $SR. SubmItted November 23, 1964.

BOBRINSKAYA,, O.G.; BOBRINSKIY.. V.M.; BUKATCHUK, P.D.; DANICH, M.M.;
KAPTSAN V Kh NEGADAYEV-NIKONOV, K.N.; POPOVA, T.V.;
V.
.. SAFAROV, E.I.; SOBETSKIY, V.A.; EDELISHTEYN,
A.Ya.; BURGELYAJ, N.K., red.; DRUMYA, A.V., red.; KUZNETSOVA,
E..,red.
(Stratigraphy of sedimentary formations in Moldavia] Strati-
grafiia osadochnykh obrazovanii Moldavii. Kishinev.. Kartia
moldoveniaske, 1964. 129 p. (MIRA 19:1)
1. Otdel paleontologii i stratigrafii AN Moldavskoy SSR (for
Bobrinskaya, Danich, Negadayev-Nikonov, Popova, Roshka..
Sobetakiy). 2. Institut geologii i poleznykh iskopayemykh,
gorod Kishinev (for Bobrinskiy, Edellshteyn). 3. Upravleniye
geologii i okhrany nedr pri Sovete Ministrov Moldavskoy SSR
(for Bukatchuk, Kaptsan, Safarov).

RACIMO V*M.t KAPTSEMMOS A.E.
Prvss-~wld for bftnt-4U~Ned dmdr backs. Der. prom. 14
no.9t2? S 965. (MA 18:12)

KAPTSIV, L.N.; ABDYUJMAHOV, M.A.; KASHIN, A.A.
.
Application of a quasi-linear method to the analysis of a transistor
h.f. oscillator. Radiotakh.i elek-tron.2 no.9:1170-1173 S 157.
(MIRA 10:10)
1. Fizicheakiy fakulltet k$kovskogo gosuderetvennogo universiteta
im. H.V.Lomonosova.
(Oscillators, Transistor)

STEKOLINIKOV, I.S. Imithorl; KAPTSEV, N.!L. [reviewer].
"Electronic oscillography of processes of short durttion." Izv.AN SSSR Otd.
te"nauk no.B.*1201-1205 k- 153. (W-Ra 6:8)
(weillograph)

KAPTSEV, N.N., inzh.
Rolling helical threads with rolls on thread-rolling machines.
Mashinostroenie no.4:27-29 Jl-Ag 162. (MIRA 15:9)
1. Luganskiy teplovozostroiteltnyy zavod.
(Rolling (Metalwork))

KAPTSEV, N.. N- MOROZOV, I. A.
Pneumatic tools used at the Ingansk Die6el-Loccmotive Plant.
Mashinostroitell no.12:26-27 D 162.
(MIRA 16a)
(Pneumatic tools)

KAPTSEV., N.N., inzh.; FISHMAN, A.M., inzh.
Machining holes with-burnishing broaches. Mashinostroenie
no.3~43-44 Yq-Je 165. (MM 18%6)

KOLES=CV, Venedikt Andreyevich, prof., doktor sellskokhox.nauk; 2MIN,
Aleksey Borlsovich, agronon; KAPTSIMMI. MikhBIl Abraw7ich.
agronom; KAFTSIMI., Anna Petromna, agronom; KOVAL', Alla Alek-
se yevn a 4ale 4-iaW-KORCHAGIN, Vladimir Hikolayevich,
entomolog; ZUBARIV. N.A.: LIIR'iE. B.D., red.; RAZGULYAYEVA, N.G..
tekhn.red.
[Amateur fraitgrowerle reference manual) Kalendarl-spravochnik
sadovoda-liubitelia. Moskva, Izd-vo H-va sell.khoo.SSSR, 1959.
494 p. (MIRA 13:4)
(Frui t Ma ture

NOLEMIKOV, Venedikt Andreyevich. prof., doktor sellskokhoz.nouk; ZHURIff,
Aleksay Borisovichp agronom; K#.TSIXMI*,,X.
Abranoviah.
agronom-, KMBIMMI. Anna Petrovis. agronom; UVALI, Alls Alek-
seyevna, kand.sellskokhoz.nauk-, KORCHAGIN, Vladimir Hikolayevich,
entomolog; ZUBARRV, N.A.; LIMIYA, B.D., red.; RAZGULYAYLTA, N.G.,
takhn.rea.
[Amateur fraitgrower's reference manual] Kalandar'-spravochnik
sadovoda-liubJtelia. Koskva, Izd-vo H-va sall.khos.SM. 1959.
494 p. (MIRA 13:4)
(Fruit culture)

0-00 *sees 0000 oe~
c a IF G 08 X L A 14 0 Po a I T VW a n . im x3s via 39!aaa 4,
m LITTER -A R
it" MISS
www3mm" 31"Awmagn. ly3twilva" V11.01tv
WS,S*n 4qj arl jimo
IIJAN14344 doof t4nsmd
o4
win
060;446,161646
AlL, dlh.-A

About All-Union Sub-tropical u'r- pS _nstltute
Soviet ~3ourco: '41: I.Tosca.-,' Ne-as, '46, Soviet
T
Abstracted in USAF "Treavare island".. Report 7-1o.
3968, an file in Library off Congreos, Air
Information Division

-Chief A.-ronoinil 3'.
U
About lenon, oran7:~e, taw-erine, graoofruitu pro:haction
(Transcaucas-as, Georgia, USJ';Z)
Soviet Source: N: .~:oscow 'Iews, 146, Soviet Union
T
ibstracted in j Ili-reasure island", Report No.
3763, on file in Librar,.,- o'L Congress, Air
Information Division.

An-ronorAot-
S ~
About oil, q-;in--'no, eu,~aVp!,us, bamboo -(U3IjR)
Soviet Source: ?41: 1',oscm-; 1"C'us, 1116, Ooviat 'UhiJIon
Ibstracted in U.I~P "Treasure Island", Report No.
3764, on file in Library of Congress, .dr
ti
Tnformation Division.

NSKIY, A.A.,
HIER ZHNOYI NNSTAUNKO, G.A.; ROSSOSHA
redaktor; mCKHRIM79N., tekhaichookiy redektor
[Subtropical plants] Subtropicheekle kulitury. Moskva Gos.izd-vo
sellkbotait-ry, 1951. 576 pe NLRA 10:9)
Tropical plants)

KATISINELI, M. A...1 NESTEaNKC, G. A.
citrus Fruits
Basic problems in cultivating citrus crops in new areas. Sad i og-, No. 6, 1952.
9. Monthly List of Russian Accessions, Library of Congress, 1953. Unclassified,

1. KAPTSINEL, M.S.
2. USSR (600)
4. Citrus Fruits
7. Prospects for developing citurs culture. Sad i og. no. 11. 1952
9. Mon ~~t 2f_ Russi Accessions, Library of Congress, March 1953, Unclassi:
ied.

/V
ODINTSOV, Vasiliy Alekseyevich,kaudidaA *ol'xk*kh9zyajydt*ennjykh neyk;
UPTSIM', K.A.,rejUktor; SIMYNT, T.I.,rodaktor; ZUBRILINA,
rodakttr
(PoiRleff an leadiDS forms In the central provinces of the
U.S.A.-10 Sadovodstvo Y peredevykh khostaistvakh; v teentrallnvkh
0~ itlakh SSSR. Moskva. Gov. Izd-ve oellkboz. lit-ry, 1956.
60 (MISA 10:4)
(FruitIculture)

--KAr-TSINELI. H...-Bgronom-sadovod
11--~
From the crops of your garden. Mast-uglo 9 no-9:30-31 sl6o.
(MIRA 13:10)
(Fruit culture) (Canning and preserving)

PTSINELI Mikhail Abramovich- KOLESNIKOV, Ye.V.; JORCHAGINA, V.A.;
m
mm~xo~G ~,. MSMOYANBOVA, N.K.; YEFIMOV, AJ~,.zed.;
MAKHOVAI N.N... tekhn..red.--
[Fruit culture) Plodovodstvo;
IX-XI klassov sel'skoi srednei
cheniem. [By]M.A.Kaptsinall i
327 p.
(Fruit culture)
uchebno-spravochnoe posobie dlia
shkoly s proizvodstveanym obu-
dr. Moskva, Uchpedgiz, 1963.
(MIRA 16:5)

KAMIL.IYOWSKAYA,
Obt-arational intest~-nal obstrUction caused by cancer of the rectum
j
~n elderly perisons. Tnidy Inat.' Im. N.V. Sklif, 9,,,-1!9--12--'+ 163.
(MIRA 38,-,6)
gorodskoy nail I
i stitut
skaroy pomoshch! !merxi -Skllfosovskogo.

-KAPTSOV, L.- N.
Defended his Candidates dissertation in the Physics Facult of Moscow State
University on 3 July 1952.
Dissertationt. "Experimental Study of Self-Excited Oscillatory Systems With
Thermistors."
SO: Vestnik Moskovskogo Universiteta, Seriya Fiziko-Matematicheskikh i
Yestestvennykh Nauk, No. 1, Moscow, Feb 19531 pp 151-157: transl. in
--1,1-29782) 12 April 54, For off. use only.

1~(jPT;50V,4 N KkPTSOV, FD 231
JSSR/EleX2'i'c'sm
Card 1/1
Author : Kaptsov, L. N.
Title : Stability of oscillations of thermistor-equipped tube generators
of almost harmonic oscillations
Periodical : Radiotekhnika 9, 47-52, Mar/Apr, 1954
Abstract : Gives theoretical analysis, verified by experiment, of frequency
and amplitude stability of two types of tube generators of almost
harmonic oscillations with inertial-nonlinear amplitude regulation
by heat sensitive resistance (thermistor). Thanks Professor K. F.
Teodorchik for assistance. Five references: 4 USSR.
Institution
Submitted January 8, 1954
Jour 2 RaP Zhur
NO 5, 1967, NO 12599
Author Z Rzhevkin, K.S., Lagunov'. L.A., Kaptson, L.N.
Inst 3 Physics Fa
'Culty, MOSCOW State University, USsR
Title I Analysis of & NearlY-Harmohio Transistor osoillator at
Frequencies Above Cri4. cal..
bi
Orig Pub tRadiotekhn. i elektronika, 1956, 1 No 5, 647-653
Abstract aA linear Calculation is made of a transistorized osailia-,
torwith capacitor feedback, taking into account +,he pha-
so-frequenoy.dependenoo of the tran0istor Current gain, in
the forml
'where c~
0 is the gain Coefficient at low frequencies,
is the critical frequengy of the transistor relative t edor
o the
Card 1/2
Card 2/2
ITJSSR / Rddiophysios. Application of Semiconductors 1-8

KAKSOV, L.N.
..d
MWAIWAW
Using unexcited R-G oscillators as band filters. RAdlotakh. i elaktran.
I no. 91l258-1261 S 156. (MIRA 10:1)
1. Fizicheskiy fpJmlltet Moskovskogo GosudArstTeMnOgO universiteta.
(Blectric filters) (Oscillators, Electron-tube)

x .-" - -
I I , . -1

9(2) SOY/112-59-5-5-961
,rr'~slation from: Referativnyy zhurnal. Elektrotekhaika, 1959, Nr 5,
pp 219-220 (USSR)
AUTHOR: Rzhevkin, K. S., and -Kapts=,.L. N.
TITLE: Analysis of FM Almost Harmonic Oscillators and Equivalent-Reactance
Transistor Circuits
PERIODICAL: Tr: 1-y Mezhvuzovsk. konferentsii po sovrem. tekhn. dielektrikov
i poluprovodnikov, 1956, L., 1957, pp 220-224
ABSTRACT: Frequency, self -excitation conditions, and the cutoff frequency of
oscillation have been determined with certain assumed approximations for
transistors used in the common-base circuit of LC- and RC-oscillators
designed with point-type and junction-type transistors. It is noted that the
frequency modulation can be easily realized. Experimental testing has proven
that an LC-osci.Ilator has a frequency deviation of about 10%. To cut down the
spurious amplitude modulation, it is desirable that the FM of the point-type
Card 1/2

SOV1112-59-5-9961
-Analysis of FM Almost Harmonic Oscillators and Equivalent -Re-actanc e . . . .
transistor oscillator be made by varying the collector voltage, and the FM of
the junction-type transistor oscillator by varying the emitter current.. The
% 16
frequency. swing of an RC-oscillator. with a spurious AM not over 10 , a
been 30%, the character of the swing being in good agreement with estimated
data. Investigations of transistorized equivalent -reactance circuits with a
grounded. emitter, which are similar to electron-tinbe circuits, have shown that
such schemes permit frequency swing within 100-15016. However, the
oscillation amplitude varies several times. Besides, such systems are
possible only at the frequencies up 0.5Wcritical'
V. M. L.
Card 2.12

KHIPTSOV/ 1--/V
109-9-9/15
AUTHORS:Ka-Dtsov, L'.N.9 Ab"hanovo *,A'. and Kashin, A.A'..
- r-
TITLE: Application,of the Quasi-Linear Method to the Analysis of a
High Frequency Oscillator Employing a Transistor (Primaneniye
kvazilinsynogo metoda k anaLlizu vysokochastotnogo generatora
na.poluprovodnikovom triode)
PERIODICAL Radiotekhnika i Elektronikap 1957, Vol ".II, Nr 99
pp. 1170 - 1173 (USSR)
ABSTRACT: A simple oscillator circuit containing a parallel RC
network in the emitter and employing,a single point-contact
transistor (see Fig'.1) is considered. The SySteM is assumed
to be operating at a comparatively high frequency so that the
equivalent circuit of the transistor can be represented as an
inductance L T and a negative resistance B-T '. It is
assumed that under these conditions the waveform of the
oscillations is simsoidal'. The circuit can easily be
analysed by determining its R = f,
T , (U-3o)I*w = const ,and
its -Lr = fi (U)O )I wi= const
of the first harmonic of the
more convenientg howeverp to
Card 1/3function CT such that Cr
t where u... is the amplitude
transistor input Volta e It is
replace the function by a
=-l,7w2Lr '. A set of funtions
U

-Quasi-Linear Method to the 109-9-9A5
Application of the Analysis of a High
Frequency OscillatorIgmploying a Transistor.
and C for various frequencies was determinod for the
IROTIet poi~l contact transistort type ClA, operatizg at the
emitter current of 0'.1 mA and collector voltage of -20 V (see
Fig,j). From these c=ves it'is possible to determine- R and
C 'and the amplitude of the oscillations ft3;...a given frequen-
cy. It is-found that C. decreases as a fdnction of the
amplitude (of oscillations) for increasing frequencies while
R. increases with increasing amplitudes. At comparatively
low frequencies BT is practically independent of uW ,. it
was also observed that oscillations of the sinusoidal-form
can take place only above certain minimm frequenciesp . fmin
The values of fmin are of the order of 15% fCL , where f
is the cut-off freq~iency of the transistor. There are 5
figures and I table. There is 1 Slavic reference.
Card 2/3

109-9-9/15
Appli 'cation of the Qumi-Linear Method to the Analysis of a High
Frequency Oscillator 14~~loyimg a Transistor.
ASSOCIATION: Physics Faculty of the Moscow State University
im'. ICV. Lomonoso' (Fizicheskiy Fakalftet Moskovskogo Gosu-
.0 v
darstvennogo Universiteta im. it.V.Lomonosova).
SUBMITTED: February 20,.1957','
AVAILAME: Library of Coi3gress.
Card 3/3

R'fl F 7-5-0 V
AUTHOR: Kaptsovq L.N.
TITLE: -4-omeProperties of the
(Nekotoryye osobennos.ti
triodakh)
109-9-5A5
Oscillators Employing Transistors.
avtogeneratorov na poluprovodnikpvykh
PERIODICAL Radiotekhnika i Elektronika, 1957, Vol.IIj Nr 9t
pp 1127-1137 (USSR)
ABSTRACT: An LC osaillator,omploying*the Soviet nlA type transistor
is considered. T4e oscillator has a resonant circuit in its
collector, and an 1p4uctive coupling to its emittei. The
operation of t4e circuit was investigated experiment ally and
the result*.,ng 'qsL'Ysrqms are shown in Fig .2. The first set
of the waveform. shoIrs the operation of the oscillator in
the vicinity of the critical coupling, while the second set
of curves refe*s to the apewation in the overcoupled state.
It is found th4t the'wavefoxm is nearly sinusoidal in the
first case' but it becomes distorted when the coupling is
overcritical. Simtl" curves were taken for an oscillator
t
operating in,.- .4e groWAed emitter circuit and these are
shown in Fig.4. Oz the basis of the above results it is
concluded that the u al methods of analysis of the operation
of an oscillatQr sucras: (1) the method of the slowly
Card 1/4 changing amplitudes roposed by Van der Polt or (2) the

109-9-5/15
Some Proper-ties of-the Oscillators Employing Transistors. -
Andronov small parameter methodg or (3).the Teodorchik
energy methodg. can-be applied only for the case of t4q~,feed-
back coefficients which are near to the critical valne."For
this case the oscillator of Fig.1 can be represented by the
equivalent eircuit'of Fig-5 and its operation can be described
by Eq. (7), which leads to:
d2u 1 N tdUA
*6 !!~C du
2 + 0 -
dt. LC P~LC dt
where u., is the emitter AC component, R. is the resist-
ance of the load at the resonant frequency, r and at are
the input resistance and the current amplification factor of
the tranBistort 91 AUH is the amplification factor of the
AU_
transistor and U. is the AC voltage component across the
resonant circuit. The meaning of the remaining symbols of
Eq.(11) can be understood by referring to Figs.1 and 5. The
Card ?A analysis of Eq*.(A is carried out semi-experimentally. For

109-9-5115
Some Properties of the Oscillators Employing Transistors.
this purpose curves of VO -versus V, (at 3K constant)
are plotted (see Fig-jlp from which 0 as a function of V)
is determined (see Pig'.8) A function t
.p on:-t e-- asi-S.- of t~e
MD U3 + is then comute&
previous graphs-and the critical mutual inductance for the
osoillator is determined (see Zq'.(12))'. Operation of ths
oscillator with the critical inductance thus determined was
in agreement with the preftoted values and the-osoill-
iior had an affioislaoy of up to 50. The transient of ths
oscillator can be investigated'by assuming that 0 is a
quoAxatio polynomial of u a (see 10q'. (16)). 3q'. (11) can now
be ablyod by the method of the slowly ohAnzi am litudoe
and the resultirg solution is given "oy io. 1811 %ore U, in
the initial amplitude of osoillat.4ons'. 1~. (1e) in in fairly
Sood agreement- with the uperimontal reou ta whioh are
Card 3/4 plotted in Fig',Il and shown in tho millogram of

109-9-5115
some Preprtles of the Onoillatorm Implorizq; Tramistors.
Thon are 12 fiprom md 6 reforezoom# of which 4 are Slavic*
A88001ATIONt Phymias Faculty of the Moscow State Univernity im,
IfIV. Lomowsov (Pisiohopkiy Fakulftet Mookovokogo Goaudarot.
lymogo ftimsiteta im, JGV,Lomouomoy&).
04WHIDiPabruary 259 1957'.
AVAIIAMBiLibrary of Oongress.
Card 4/4

1- 7--) 0 IV
109-9-6,115
A7MRS:Kaptsov, L'S. and Yablonskiy, Y.V.
TITLE: Analysis of a High Frequency Oscillator Employing a Junction
Transistor (Ana3iz vysokochastotnogo avtogeneratora na
ploskostnom poluprovodnikovom triode)
MIODICAL: Radiotekhnika i Riektronikav 1957# Vol.II, Nr 9,
pp*. 1138 - 1145 (TJSSR)
AASTRACT: It is assumed that a junction transiator at high frequen-
cies can be represented by the usual three frequency indepqn-
dent resistances and a collector capacitance C~ (see Fig.1).
The equivalent circuit is employed in the analysis'of a
grounded base oscillator which contains a resonant circuit in
its collector (see Fig'.3) and in which the feedback to the,
emitter is provided by means of a coupling capacitor Cc
It is assumed that the condition of oscillation requires that
the input admittance of the tra:nsistor plus feedback circuit
be eqiial to the admittance of the resonant circuit (see Fig.4).
It is shown that this condition results in an oscillation .
frequency: 1 (12)
*VL(C + C0 +
Card 1/3 while the self-excitation condition is expressed by Eq.(13)
which can approximately be re'Dresented by:-r

109-9-6/15
A:halysis-of a High Frequency Oscillator Employing a Junction
Transistor
al> 2 2
.. ., wr -k + Cd r6 (14)
From the above it foliow6 that the maximum oscillation fre-
quency can be attained when Ck = Cc , in which case:
IM a = 4Ckroo 1 (15)t where Ima is the imaginary
On I
I
part of the transistor current amplification factor;. It is
shown that Imm can be approximately represented by Eq'.(16:)
where x =-v/1-.215 f/fk---- where f is the limitiing-fre-
.p t kp
quency for Eq'.(15) can then be represented by Eq.(17)
and this is plotted in Figs.6 for a transistor having
f, = 500 kc,7sp r., = 140 ohmst and Ck = 19 PP. The
~kp -
results obtained from the above analysis were checked ex-
perimentally on a number of Soviet junction transistors and
it was found that the calculoted values for the maximum
Card ?/3 oscillation frequencies were' up to 30% higher than the

109-9-6A5
Ar~alysis of a High Frequency Oscillator,EPploying a Junction
Transistor -
measured quantities'. From both the theory and experiments
it is concluded that the mavimlyn oscillation frequency can
be 3 to,4 times higher than fkp '.
There are 7 figures, 2 tables and 9 references, 2 of;which
are Slavic.
ASSOCIATION: Physics Faculty of the Moscow State University im'.
li.V. Lomonosov (Fizichdskiy Fakulftet Moskovskogo Gosudarst-
vennogo Universiteta im. M.V.Lomonomova)
SIPWTTED: Febiuary-259 1957'.
AVAILABLE: Library of Corgress.
Card 3/3

a pv~ -."-I w"-"..
IL A. Cp~
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w"mftt
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a, IL
C"NO NVOWAROM CUM
rm~. IL a. rp~
It to AD 22 "me) (c 10 A* Is 4~)
IS
"Vw% womavAs f4w 1.1m Qomh~ a--" ef --S-" -q
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'"a.. ox~ "Alm-
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A. 1. P.."k
A C. 1.0~,
=Tq-
ox IL 4.6-
AU-A -P~-

9(4) PHASE I BOOK EXPLOITATION SOV/3233
Azlyan, Yu. M.,'G. N. Berestovskiy, L. N. Kaptsov, K. S. Rzhevkin,
and K. Ya. Senatorov
Poluprovoonikovy;e triody v regenerativnykh skhemakh (Semiconductor
Triodep In Regenerative Circuits) Moscow, Gosenergoizdat, 1959-
311 P. 12,000 copies printed.
Ed.: S. S.-Akalunin; Tech. Ed.: G. Ye. Larionov.
PURPOSE: This book is intended for scientific workers and engineers
interested in problems of transistor application, and for
advanced students specializing in radio physics.
COVERAGE: The book is devoted to investigation of physical pro-
cesses occurring in transistorized feedback circuits, including
generators of quasi-harmonic oscillations, relaxation oscillators
with transformer feedback (blocking oscillators, converters),
and in relaxation oscillators with RC feedback (multivibrators,
triggers). The book begins with a systematic presentation of
Card 1/5

Semiconductor Triodes (Cont.) SOV/3233
basic physical processes occurring in the transmission of
electric signals through transistors* Material is based on
the results of investigations made by the department of wave
theory at the physics division'of MGU, where samples of Soviet
alloy-type transistors were used. No personalities are mentioned
References follow each chapter.
TABLE OF CONTENTS:
Foreword 3
Ch. I. Physical Processes Occurring in Semiconductor
. TrIode Transistors Transmitting Electric Signals 11
1. Introduction 11
2. Elementar presentations of certain problems of
y to
transistor electronics 12
3. Certain problems of p-n junction theory. 17
4. Certain problems of junction transistor theory 33
Voltage and current equations of the transistor 42
Effect of base width modulation 55
Card 2/5

Semicondue-tPor Triodes (Cont.) SOV/3233
7. Equivalent circuits of a common-base and common-
emitter transistor 70
8. Transient current-response characteristics of a
junction transistor 89
9. Saturation . 99
Bibliography ill
Ch. II. Generators of Quasi-Harmonic Oscillations 113
1. Introduction -113
2. Linear analysis of an LC-oscillator with a
transformer feedback 115
3. Linear analysis of a high-frequency LC-oscillator 122
4. Linear analysis of a high-frequency-transistor RC-
oscillator circuit (transistor(X >,R ) 133
5. Qualitative analysis of wave forms in a low-
frequency transistor LC-oscillator circuit 138
6. *Nonlinear analysis of a low-frequency LC-oscillator
with transformer feedback at high values of trans-
formation ratio 1W 142
Card 3/5

Semi6oi nduct or Triodes (Cont.) SOV/3233
7- Analysis of a low-frequelley LC-oscillator with
transformer feedback and lowvalue of qn~' 158
8. LC-generator of quasi-ha~rmonic oscillations
Key- 167
9. _
Some deductlons and A iconclu6ion: 174
Bibliography 177
Ch. III.' Relaxation Qscillators With Transformer Feedback 179
1. -Introduction 59
2.
g,oscillator~ General description
Blookin
3- Performance of a b1caking oscillator. Stage
of.,eapacitor discharge
i 187
4. ading_~edge;;of the%pulae in a
Shaping of4thele
blocking osqi1lator 199
5o Calculation of the pulse peak 220
6. Shaping of the lagging edge'of the pulse in a
blocking oscillator 243
7. Flow processes'in-a voltage-transformer 251
8. Calculation~of rapid processes in a voltage
transformer 260
Card 4/5

05209
9(293) SOV/142-2-3-17/27
AUT11ORSt Azlyan, YU.M., Kaptsov, L.N., Rzhevkin, K.S., Sezatbroy'.,X-Ya-
TITLEt The Terminology Problem in the Field of Semiconductor Electronics
PERIODICAL: Izvestiy4 vysshikb uchebnykh zavedeniy, Radiotekhnika, 1959, Vol
2, Nr 3, pp 372-374 (USSR)
ABSTRACT: The authors refer to the article (Ref.1) by T.M. Agaldianya4 B.N.
Kononov and IN.P. Stepanenko titled "The Terminology in the Field
of Transistor Electronics", published in Izvestiya vysshildi uch-
ebnylch zavedeniy, Radiotekhnika, 1958, Vol 1, Nr 4. The authors
agree in principle with the content of this article but present
some of their own ideas and recommendations. They followed the
pattern of ref.1 and divided the article in General Problems,
Junctions and Contacts, Diodes, Triodes, Triode Parameters and
Circuit Problems. 9520.Y believe that the term "tranzistor" (tran-
sistor) should be replaced by the term "poluprovodnikovyy triod"
("semiconductor triode"), since there is no other term in Rus-
sian for "poluprovodnikovyy diod" (semiconductor diode). Two en-
tirely different texzs, should not be used for designating two clo-
Card 1/2 sely related devices. The majority of the other suggestions con-

05209
SOV/142-2-3-17/27
The Terminology Problem in the Field of Semiconductor Electronics
tained in ref.1 were acknowledg;.:d by the authors of this article
as being correct. There is 1 Soviet reference.
ASSOCIATIONt Fizicheskiy falcul'tet Moskovskogo gosudftrstvcnnogo universiteta
imeni M.V. Lomonosova (Paculty of Physics of the Moscow State
University imeni M.V. Lomonosov).
SUBMITTED: February 16, 1959
Card 2/2

BENDRIKOV, G.A.; KHASNUSHKIbT, F.Te.; BEYMUDELI, R.M.; POMMIN, V.V..*
)(UZTJjL1, Te.R.; RZUEVXIN, K.S.; ITAITOV, I.V.: KgAELAKOV, A.A.;
TMCNOV. Tu.V.; STRAMOVA, L.Poij4g"D ORDANOVICH,
A.Ye.; KHOXHLOV, R.V.-, VORONIM,, B.S.: RMSTOVSKIT. G.N,; OASNO-
FJVTSHV, Tu.V.; XIMKOVA, I.I.; TASTREBTSEVA, T.N.; SEMOV. A.A.;
VINOGWOVA, K.B.; KAMYEV. G.A.; MUCHBY, L.A.; THOFIMOVA, N.Bo;
SIZOV. V.P.; RZHMIN. S.No; V3LIZEMINA, N.A.; NBSTZROV, V*S~;
SPIVAK. G.V.. red... NOSTMA, I.A., red.; GEORGITRA, G.I., takhu.
red,
[Special physics precticuml Spatsialinyi f12ichetikii praktikum.
Koskva, Izd-vo Koakuniv. Vol.l. [Radio'physici and electronics]
Radiofinike I slaktronika. Boot. pod red. G.V.Spivaka. 1960.
600 p.
(MIRA 13:6)
1. Professorsko-prepodavatellskiy kollektiv fizichaskogo fakul't-q-ta
Koekovskogo univerviteta im. X.Y.Lomonosova (for all except Spivak,
Nosyrovs, Georglyeva).
(Radio) (Electronics)

j43 10 S/109/60/005/07/016/024
R140/H163
A1JTHORs Naptsov, L.
TITLE: HFK_CM-1__1(rdff~Vtor pn-junction Thickness Modulation on
the Operation of a- Transistor Oscillatorqln'
PERIODICAL: Radiotekdmika i elektronika, Vol 5, No 7, 1960)
pp 1165-1172 (USSR)
ABSTRACT; The collector junction capacitance averaged with respect
to the first harmonic voltage component C,j increases
with increase of signal amplitude. For certain opeizrting
conditions this ensures a weak operating condition of the
oscillator, constituting a.generator of almost harmonic
oscillations in the ultrasonic and higher frequency band. The
oscillator transfer characteristic is obtained and it is shown to
be a function of frequency. Therefore in transitions from the
audio region to higher frequencies low-power alloy transistors
cause a change in oscillator regime from stiff to weak. A quasi-
linear analysis is given. The theoretical conclusions are
ferified experimentally. The basic factor is the dependence of
C2 on oscillation amplitude. At low'frequencies the basic non-
I near parameter is the input admittance. Passage to the weak
Card 1/2

204 4
04111 (463, 37OZ) s/iog/60/005 012/032/035
9,41.?)o 0/413"n-TO) E192/E582
AUTHORSs Kaptsov,L.N., Xurochkin, V.A. and Senatorov, K.Ya.
I
TITLE: Investigation of Low Frequency Noise in Alloyed and
Diffusion Transistors
PERIODICAL: Radiotekhnika i elektronika, 1960, Vol.5, No.12,
pp. 2o62-2o63
TEXT: The dependence of the noise figure F of a number of
transistors (types nl(pl), n5(P5), nb(W, nt~ol(Aol), tj4.0AP402) and
n w-W(P403) on frequency in the range from 0.4 to 47 kc/s was
investigated experimentally at the Laboratoriya impul'snykh
protsessov kafedry teorii kolebaniy, MGU (Laboratory of Pulse
Processes of the Chair of Oscillation Theory of the Moscow State
University). The effect of the operating conditions and the
magnitude of the internal resistance of the signal source was also
studied. The measurements were carried out by the substitution
method. The noise of a transistor was estimated by comparing with
and measuring the noise level in an ohmic resistance of a known
value. The equipment permitted the measurement of F in the range
of I to 70 db with an absolute error of + 0.5 db. Ten samples of
each of the above types were measured. Yhe results of the
Card 1/3

-- 20434
s/iog/60/005/012/032/035
E192/E582
Investigation of Low Frequency Noise-in Alloyed and Diffusion
Transistors
measurements of F as a function of frequency f are shown in
Fig.l. The dependence of F on'the operating conditions was
determined at frequencies from 1 to 25 kc/s and the results showing
F as a function of the emitter current are given in a figure. From
these experimental data it is found that F of the diffusion
transistors increases with increasing emitter current much faster
than in the alloyed transistors. The dependence of F on the
collector voltage was also investigated experimentally (the
resulting data are shown in a figure). From these it is found that
F for both the diffusion and alloyed transistors is practically
independent of the *collector voltage at the frequency of 22 kc/s.
On the other hand, F'at I kc/s increases w-.'th the collector voltage
in the alloyed transistors but is practically constant in the
diffusion trgnsistors. It was found that the optimum values of the
internal resistance, which give a minimum F, lie in the range 400 to
1000 Ohms. There are 3 figures.
SUBMITTED: July 4, 1960
Card 2/3

S/169/60/005/012/032/035
E192/R582
-Ilivestig ti
a 'on of
Low
Frequency
'Noise 'in.Alloyed and Diffusion
Transistors

,b

Fig* I I I

0 'k

DMMM.. N-I-I amff- L.N.
Self6osc,llatory Mt~w iwolvg , f,3,"r diode. Vest
mogk. us Ser. 3 3rb , , astr'07- -' 18 no.2158-" Mr"p 163.
0 (mIRA 16W
(Diods-) (09cinatOrts, Electr'a)

KAPTSOV L.N.
Lecture demonstration of ponderomotor forces in electrostatics
with the aid of a soap bubble. Usp. fiz. nauk 79 no.4:71+1-71+2
Ap 163, (Physied-Study and teaching) (Electrostatics) (NM 16:3)

. -
KAFTSOV, L.N.
Four lecture demonstrations for courses in oscillation theory
and radio engineering. Usp. fiz. nauk 81 no.4:763-771 D 163.
(MIRA 17:1)

CHILIK1N, M.G., prof., red.; VIT'IDII, L.N., red.
[Regulated semiconductor rectifiers (p-n-p-n devices)l
Foluprovodnikovye upravliaemye ventili-tiristory; sw-r-
nik statei. Moskva, 1964- 64 p. (Biblioteka po avto-
matike, no.309. Elaktroprivody s poluprovodnikon--m urj--
ravlenjem) (MIRA 17:10)

KAPTSOV, L.P.; SENATOROV, K.Ya.
Operation of a saw-tooth wave RC generator with an inertial
active two-terminal network. Radiotekh. i elektron. 9 no.10:
1757-1762 0 164.
(MIRA 17:11)

.~CCE!~~ION NR: AP4"'Ab,6-5 S / 0,109 6 4," ()-,q j
AUTHOR- Kaptsov, L Senatorov, K. Ya.
SOURGE;
TA-15, ?,'PNP diode, samnoath oscillator, relaxation o6c;llatr-r
if z

L 11452-6~
ACCESSION NR: AP4046675
theoreticaUy analyzed. Transients in 'the oaci.Uat,-,r were also experimer-taLly
1 studied (oscillofyiarns nresentedl. The resiatanceiA ratic) wa p b -r c-. to
c 12 ns
TdoulLi;.~j i;~ i~n ~,i,~iipiuoz llurri-Vfi. GrIg. art. hall. DE ligures. I"

TIR
I eM I A ell
TOPIC TAGS: pnpn cUDde, f,)ur region diod-, thyristor
4BSTRACT: T. Misaua believed that the turn--nn trans;en'
cor-IsIsted .-)f two stat7a!', ~Lrirl thp~ the murren'

L 6385?-.65
f ar estimatinr the cu_--rent rate-of -rise and Lhe delay -.f tric
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