SCIENTIFIC ABSTRACT GUZHAVIN, V.V. - GUZHOVSKIY, I.T.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000617710020-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 4527-66 ZA EWT(m)/FGC/T IJNc)
ACC NR: AP5024641
SOURCE CODE*.
UR/0048/65/029/009/1714/1718
AUTHOR: Bakhtadze,, A.K.; Ivanenko, I.P.
ORO: Scientific Research Institute of Nuclear Physics, Moscow State University in.
M.V.Lomonoso.v (Nauchno-issladovatel'okly institut yaderrioy-fi'i~ii Moskovskogo, gosudar-
stvennogo)
_ 1,
TITIX: On taking ionization losses into account In qXvqt g,.-aAm theory
.1 qj.*.&netj
/Report, All-Union Conference on Cosmic Bay Physics hold at~A atl,~X_A
SOURCE: AN SSSR, Irvestiya. Seriya fizicheakaya, v. 29, no. 9, 1965, in4--1718
TOPIC TAGS: secondary cosmic ray, coumic ray shower, electron, photon, mathematle,
method
ABSTRACT: Thb authors present without detailed proof differontial operators which
approximate under certain conditions the Integral operator o:V eleatron-pbuton cascade
theory. Such operators are presented for the four casea in which the cross nections
are those of Bethe and fleitler with complete screening or with correct screening a4id
ionization losses either included or neglected; such am opermtor Is also prepented for
the case of completely screened Dethe-Hettler cross seotlow but with the electron
angular distribution taken into account. The solutions of the cascade problem ob-
tained with the aid of these operators are discussed. DIO SlAthoro have also solved
Card

L A51 2 1 - 6 6
ACC NR, AP5024641
the one-dimensional cascade equations with the crons sections of M.L.Ter-Rikaelyan
(Dokl. AN SSSR, 94, 1033, 1954; Izv. AN SSSR. Ber. f iz. , 19, 657, 1955) , which take
account of polarization of the medium, and with the cress sections of A.B.Migdal
(Dokl. AN SSSR, 96, 49, 1954; Zh. eksperim. i teor. fiz., 32, 633, 1957), which are
valid at very high energies. The use of the Ter-Mikaelyan cross no~ctlons removes.the
low energy logarithmic divergence of cascade theory. The solutionA of the very h1a;b
energy cascade equations, using the Migdal cross sections at energies of 1018-1020'eV,
differ from these of the cascade equatioms valid at lower energies mainly in scalet
the cascade unit in replaced by a length proportional to the isquou-43, ro*t of t',Po Pri-
mary energy. OriX. art. has% 20 formulas and 2 f1gures.
SUB OWE: HP~ SUBM VATRI 00/ OIUQ RIF: 003/ OM FWt 003

ACC N-Rt AF6o37077 SOURCE CODE: UR766 j-61-661_6 ~i/Go 5/i48~/i4qi
AUTHOR: Vaskin) A. I.; Guzhavin) V. V.; Ivanenko) I. P.
ORG: Institute of Nuclear Phygics, Moscow State Unilersity (Institut yadernoy fiziki
Moskovskogo gosudarstvennogo universiteta)
TITLE: New method of solving -the equations of cascade theory
SOURCE: Zhurnal eksperimentallnoy i teoreticheskoy fiziki) v- 51, no. 5, 1966, 1483-
1491
TOPIC TAGS: cascade, bremsatrahlungp electromagnetic interaction) approxJmate solu-
tion, particle distribution
ABSTRACT: This is an elaboration of an earlier communication (Izv. AN SSSR ser. fiz.
V. 29, 1714, 1965), where a new method of solving the equations,'of electrcmagnetic
cascade theory was outlined. The method is based on'replacing the integral operator
describing electron bremsstrahlung and pair production by photons by a simple ap-
proximate differential operator. In many cases this substitution greatly simplifies
the integral differential equations of the cascade theory, reducing them to linear
differential equations. An analysis of the solutions of the approximate differential
equations shows that these solutions are in many important cases more accurate than
the non-approximate solutions of the initial exact equations. By way of an example,
the method was applied to the solution of the equations of one-dimensional cascade
theory in the two approximation (A and B) defined by S. Z. Belen'kiy (Lavinnyye
1/2

ACC NR1 AP6037077
protsessy v kosmicheskikh luchakh (Cascade Processes in Cosmic Rays], Gostekhizdat
1948). The method is applied to calculations with and without account of ionization
losses. Among the problems that can be simplified by this method are the construc-
tion of a theory that accounts for the energy dependence of the absorption coefficierr
of the photons, and the determination of angular and spatial distributions of the
particles. Orig. art. has: 5 figureso 24 formulaso and 1 table.
SUB CODE.: 2o/ Sum i)ATE: 2omay66/ om wn oo---/ OTH MW: 002
/2
Ca:'rd

KRASIK, L.B.; YEGOROVA, A.I.; CEYERMAN, K.P.; SKOROSPESIIKINA, M.I.;
KARKASHEVA, A.R.; PARMA, A.A.; GUMAVINA, E.V.;
STEPANOVA, N.I.
Yhysical development of pupils in the boarding schools of
Perm (according to examination data of 1962). Zdrav. Ros.
Feder. 7 no.6:22-26 Je 163. (MM 17t1)
1. Iz kafedry pediatrii (zav. - dotsent L.B. Krasik)
Femskogo meditainokogo instituta (rektor - dotsent T.V.
Ivanovskaya).

KLIMANOVA, K., kand.tokhn.nauk; GUZHAVINA K. (Huzhavina, K.J, inzh.;
YAWOLISKAYA, F. [Umpof'-O-ia,
Change in the structure of liquid glass in the process of hard-
ening. Bud.matA konstr. no.5.-51-53 8-0 162. (MIRA 15-11)
(Glass-Testing)

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the CU Sala, ki;lf!tia Cu~VCS thT. [Mfdbjtjaf dj~tt of WPUC14
tics, ard the figInir efftct ol 101% ml= are 01 rtadily ex-
ptair-cd bythe;copeniqd scheme. Ir"b"t LW?ftklnd

SHARKOV, V.I.; GUZHAVD-TA, V.
Double compounds of glucose with mineral salts. Zhur.prikl.khim.
31 no-11:1759-176i 11 '58. (MIRA 12:2)
1. Leningradakaya losotekhnicheskaya akademiya.
(Salts) (Glucose)

GUZHEVKO, T.
Two years of operation according to Plan- Mor.flot.
20 no.8:1-3 Ag 160. (MIRL 13:8)
1. Nachallnik Bakhalinskogo parokhodstva.
(Merchant mrine-Accounting)

GUZHXV, Yu.L.
-
Studying dormancy in fruit corps [with summary in gaglishl. Zhur.ob.
biol. 18 no.4:298-311 Jl-Ag '57. (MLRA 10:9)
1. Inatitut genatiki Akademil nauk SSSR
(DORMANCY (PLANTS)) (IFRUIT T-%=)

GTJZHEV, Yu.L.
Changing the time of the beginning of growth in fruit and oak
seedlings by regulating moisture conditions of the soil. Izv.
AN SSSR Ser.biol. 23 no.1!104-lU Ja-F '58. (MIRA 11:1)
1.1n9titut genstiki AN SSSR,
.(SOIL MOISTURS), (FRUIT.PU.MRM)
(OAXY

GUZHEV, Yu.L.
sm":-j -
. "mW14
'Tv Dormanc3r in fruit crops. Trud7 Inst. gen. no.24-195-204 '58.
(MIRA 11:9)
(Fruit culture) (Dormanc7 (Plants))

GTJZEZV) Yu. L., CandldRte Biol Sol (diss) -- "Changes In the timps of beginnIng
vggetation among frult seedlings by regulating the soil mosIture". Moscow, 1950.)
published by -the Acad Sol USEM. 16 pp (Acaa Eci USSR, Inst of Genetics), M
copies (KL, No 23, 1959, 163)

GLuSHCHENK0, I.Ye., otv.red.; ~UZffly, Yu.L., red.; KAGAIJOY, V.M.,
red.; KU510M, Kh.F., red.; 111iZIEDIII, H.I., red.; PLATOUOV* G.V'.o
red.; FBYGINSON, X.I., red.lod-va; 13RUZGUL't V.V., telchn.red.
[Darwinism lives and develops; transactions of the Jubilee
conference dedicated to the 100th anniversary of the publication
of C.Darwin's *Origin of species" and the 150th anniversary of the
-publication of J.Lamarck's "Philosophy of zoology," Hov.19-219
19591 Darvinim zhivet i ra!zvivaetsia; trudy iubileinoi konferentaii.
posviashohannoi 100-letiiu opublikovannia "Filoaofii zoologii"
Zh.Lamarka, 19-21 noiabria 1959 g. Moskva, 1960. 217 P.
(MIRA 14:2)
1. Almdemiya nauk SSSR. Institut genetiki.
(I'Volution-Congre sees)

- -------GUZHEV, Yu.L.
Effect of gibberellic acid on the dormancy period of arboraceous
plants. Izv. AN SSSR. Ser. biol. 26 no.1:6-1-68 Ja-F 161.
(mia 11':3)
1. Institute of Geneticq Academy of Sciences of the U.S.S.R., Moscow.
(GnBERELLIC ACID) (DORWCY IN PWITS)
(TREES)

GUZHEV,, Yu.L.
Importance of temperature and light factors for the period of
dormancy in plants. Trudy Inst. gen. no-29:149-155 162.
(MIRA 16:7)
(Woody plants) (Dormancy In plants)

GU7EYEV, Yu.M. , dotsent
Results of histologic exan-ination of the bronchi fol.lowing
pulmonary resection and their comparison with bronchoscopic
data. Prob. tub. no.1:79-83 165. (,',IIFA 18:12)
1. Klinika legochnogo tuberkuleza (zav. - kand. mod. nauk V.K.
Dargevich) i patologoamtoinicheskoye otdcleniye (zav. - kand.
med. nauk A.A. Smirnov) Yaltinskogo nauchno-isBledovatel'skoFo
instituta maditainskoy klimatologii i k1Irr,.atoLurapii imeni
Sechenava (dir. D.V. bogutskiy).

LOGINOVA, L.G.; GUML
:jAj_ E. P.
Dehydrogenase activity of thermotolerant yeasts. Mikrobio2ogila
I -
30 no.5-017-920 S-0 161. (' RA 14--12)
1. Institut mikrobiologii AN SSSII.
(DEHYDROGENASE) (SACCHAROMYCES CEIVISIAE)

GUZHEVAYA, A.F.
Relief of the range of hills on the ice contact slopes in the
n6rthern part of the East European Plain. Izv.AN SSSR.Ser.
geog. no.2s6l-69 Mr-Ap 163. (MIRA 16:4)
1. Institut geografii AN SSSR.
(East European Plain-Eskar)
(East European Plain--Landforms)

KHRUSTSELUSKIY, V.P.; GUZHEVNIKOV, I.A.
Materials on the extermination of marmots In uoutheautern Trans-
balkalia by mechanical and combined methods. Izv. Irk.gos.protivochum.
inst. 13:41-54 154. (MIRA 10:12)
(TRANSBA
IKALIA--KARMOTS.) (RODENT GONrROL)

RMD, V.Te.;
Control of the Daurian pika and its ectoparasites by saturating
its burrow with calcium areenite. Izv.Irk.gos.usuch.-issl.proti-
vochum.last. 16.-239-243 157. (XIU 13:7)
(ROMM COWMOL) (CALOMW ARSINITES) (PITAS)

GUZIMNIMI, Ye. A.
GUZHEVNIKOV, Ye. A. -- "A Rational System of Work under the GonditionB Of the
Chernovskiye Brown-Coal Deposit." Min Higher Education. Tomsk 1955.
(Dissertation for the Degree of Candidate in Technical Sciences~-
So; Knizhnaya letopis I. No 8, 1956p pp 97-103

GUZHEVNIKOV, Ye.A., kand, tekhn. nauk
A.11-Union. conference on the mechanization of auxiliary
operations in pits. Gor. zhur. no.10.*73-74 0 163.
(MIRA :L6: 11)
1. Nauchno-issiedovatellskiy I proyektno-konstruktorskiy
institut, po dobyche poleznykh iskopayemykh otkry-tym
sposobom, Chelyabinsk.

GUZ,IIEVNIKOV, le.A., kand. tekhn. nauk
Conference on the mechanization of auxiliary operations in
strip mines. Ugol' 38 no.12:55.-56 163. (MIRA 17:5)
1. Respublikanskiy nauchno-issledovatel'Skiy i proyektno-
konsttruktorskiy institut po dobyche poleznykh is~o)ayemykh
otkrytym sposobom.

,-, pi~i, -1 61
~ V
Regional Studies
Dissertation: "Laz;tern Regions of the Issyk Kul Area (Econonic-GeoEraphic Features)."
Cand Geog Sci, Moccow City Pedegogical Inst imeni V. P. Potemkin, 22 Mar 54. (VechernyBya
Moskva Moscow, 10 mer 54)
SO: SUM 213, 20 Sep 1954

GUZHIN. G.S.
Acconomic geography of Przhe-vallak. Uch.zap.Gaoj?.fak.Kir.uu.no.l:
54-62 '55. (HLRA 10:2)
(Frahavallsk--Economic geography)

GUZHIN, Goorgiy Somenovich; YAKIIONTOV, Leonid Valeriyovicli;
; BEYSHEIIOV, A., takhn. red.
[Around the Issyk-Yull; popular geographical study]Vokrug
ozera. Issyk-Kull; populi&rnyi geograficheskii ocherk. Frunze,
Kirgizskoe gos. izd-vo, 1959. 67 p. (MIRA 15:11)
(Issyk-Kull region-Econorle geograpby)

GU--IIIYZIIKO, G.N., kand ined. iuiuk; CHMWlWfOVA, N.M.
Treatment of skin manifestations of an exudative and catarrhal
diathesis with sodbun onlicylate. Pedintriia 36 no.11:7-11 N '58-
(HIHA 12:8)
1. Iz kafedr7-detskikh bolezney Voyenno-meditainskoy ordena Lenina
pkndemii im. S.M. Kirova (nachallnik - deystvitelInyy chlen ANN
SSSR, zasluzhennyy depitell nauki, prof. H.S. Ranlov).
(SKIN-DISFASES) (,90DIUM SALICYIATH-TH34APHUTIC U311)

GUZHIYENKO.,.G,.,N., kand.med.nauk; SOKOLOVA, K.A.
Sanatorium therapy in bronchial asthma in children. Pediatriia 37
no.9-.48-53 S '59. (KMA 13:2)
1. Iz kafedry detskikh bolezney Voyenno-maditainakoy ordena Lenina
akademii Imeti S.M. Kirova (nachallnik - deyetvitelinyy chlen ANN
SS-SR zasluzhennyy deyatell uauki prof. H.S. Haslov) i detskogo sana-
toriya. v Ushkovo (glavWy vrach K.A. Sokolovs,).
(ASTHMA in Inf. & child)

GUZHIENKO, G.N.
Three cases of successful hemorrhage arrest in hemophilia by
using hemophobin. 'Pediatriia 38 no.2:77-80 F 160. (MIRA 13:12)
(HDIOWWAGE) (HEMOSTATICS)
(PECTIN-THEUPEUTIC USE)

BUCHIN, A.N.; GUZWj()V~,'hTY , GOLUDEV'A, 11. Yo.;
. T
I
F-ARGATIOV, V.S.; LUZINIA, .1. T .
programming tklr-, development or Oil fields An 9t)whorn rej~ik"13;
economic analys'Ls. Trudy ~MII no-39:3,',-43 163. wlliq-~ v- 10)

- ., ,!.; "'i, ~::
A.;, I P
1. - .) ..; 1. -,., i, I - ~ - . , ". ~ .
'icajly efficienL 01, oil "Iell:'
- -xj,~'m ; 1 14 in a 7!-rrrj1ar
soction of the 1,,Ilnit-.~avevc -.' -,i:,n "-: Ci,~~Icj.
Trudy VIIII no.39:76-94 163. i'Afh~ 17:10)

GUMNOVSKIY, L.P.; T-UZITIA) N.J.; 3%,I')-.'IYFIJ, !..5.
EconGmic e'ficiericy in the automatic contrc-I of t,.,,
of water into a layer. Trudy VNII no.39-10q-1113 163. t'1111RA 17!10)
j

GljZfiNC-%r.::F,!Y, L.P.; BUGfIFVA, V.!T
Doilernninlrig Lho econoatic of'fl,,,~bency oc
Trudy VNII no.39:11/,-123 '63. (MIRA 17:10)

Kd NOV ALI-.
.-n tfic
Ocluipnent; lased un Of t"em
ir -.-I , -I ~~, 163.
ment sc.-Ae'rt.Lfic; Re3earch Tnstitajtel~ TFN L
I

GIII-IATUDIROV, Shamill Kashafovich, dots.; K'USAKOV, prof.,
retsenzent; Prinimali uc&astiye: GUMOV, A., dots.,
retsenzent; FOLYAKOV, G., kand. tekhn ".--nauk, retsenzont;
MURAVIYEV, I.M., red.; SAVIVA, Z.A., ved. red.; VORONOVA,
V.V., tekhn. red.
[Physics of oil-bearinG beds] Fizika neftimcgo plasta. Pod
red. I.M.Miuravleva. Moskva, Gostoptekhizdat, 19613. 274 p.
(1-l"MA 16:12)
1. '-'~o~;kovs-kiy institut noftokhimlehr~f7ko-,, i J,-~-i,,,ovoy pro-
im. a%ad.

GUZHOV, A.A.; SHABAKOV, N.P.; BATRAKOV, R.I.
Use of a sliding spark in the vacuum ultraviolet region of the
spectrum. Zhur. prikl. spekt. 3 no. 6t494-497 D 165 (MIRA 1911)
1. Submitted November 18, 1064.

GUZHKOTp_j~___
Improve the planning of working capital. Fin. SSSR 23 no-4:
17-23 Ap '62. (MIRA 15:4)
1. Nachallnik Upravleniya finanalrovaniya promyshlennosti
Ministerstva finansov SSSR.
(Capital)

GUZHKCYVP I.
----
Important changes in the planning of production costs. Fin.
SSSR 23 no.10:29-33 0 162. (MIRA 15:10)
(Costs., Industrial)

-qq4iKOV,,,I.;.MASAL'SKAYA, N.; RYUMIN, S.
Financial planning in the industry of the members of the Matual
Economic Assistance Council. Fin. SSSR 37 no.8:30-37 Ag 163.
(MIRA 16:9)
(Mutual economic assistance council)
(Earope, Enstern--Fin-tnce)

GUZMIOVSKIY, L.P.
Some economic problems relative to the production program for
oil fields involving intra-boundary flooding. Trudy VNII'
no.26:75-95 160. OURA 13:9)
(Oil fields-Production methods) -

3UGHIN, A.N.; GUZ~INOVSKIY, L.P.
&onomic advantages in the use of the intrabowndary flood system
In the Romashkino field. Neft.khoz- 38 no.5:6-11 my 16o.
(MIRA 13:8)
(Romashkino region-Oil field flooding)

BAYKOV, N.M.j BUCHIN, AA.; GUZHNC,VSKIY, L,F.; DERGU?IOV, P.V.
Economic effectiveness of the industrial experiment carried
out in the Bavly field. Neft. khoz. 40 no.6:6-10 Je '62.
(MIRA 15:6)
(Bavly region-Oil fields-Production methods)

GUZIINOVSKIY, L.P.
Economic evaluation of change in petroleum recovery as a
function of well-network density. Nefteprom. delo no.5&
24-27 t63, (MIRA 17t6)
1. Komitet toplivnoy promyshlenno8ti pri Gosplane SSSR.

GUZHNOVSKIY, L.P.
Yearly reproduction of producible reserves. Nauch.-tekh. sbor
po dob. nefti no.17:83-87 162. (MIRA 17:8)
1. Vsesoyuznyy neftegazovyy nauchno-issledovateltakiy institut.

L 15253-66 EWT(1)/EWT(m)/ETC(f' WG(m)IT DS
WE
AGG-NR*, AP6001480 SOURCE CODE: UR/0368/65/003/006/0494/0497
AUTHO4--qu--z~Ov, -A- A-; Batrakov, R.I.
ORG: none
TITLE: Use of creeping sparks In the vacuum ultraviolet spectral region
SOURCE: Zhurnal prildadnoy spektroskopii, v. 3, no. 6, 1965, 494-497
TOPIC TAGS: UV spectroscopy, UV light source, spark chamber, electrode
q
ABSTRACT: All newly proposed 111
_g1ht sources for the UV spectrid region are based on some
kind of electrical discharge. by 13. Vadar and N. Attolft
(Nature, 166, 1029, 1950) concerning the possible use of vacuum creeping spark and con-
structed a source using such a spark which emits a vetry broad spectrum extending all the
way into the region of overlap with X-rays below 200 A. Extensive testo covering Al, Fe,
Cu, and Be spectra described showed that It Is possible to carry out reproducible photo-,/ jlr
graphic and photoelectric registration of spectra originating from various electrodesa, rhe
electrode material sputtered onto the electrode marerial carriers substantially affect the
operation of the source; the spark begins to creep along the surf itce of the dielectric (or
semiconductor), and Its lines art) added to the spectrum of the electrode material. The
Card 1/2
UDC.- 537. 53

1 1 P11 ;1114 11 Z II IMIDIP-11 I M WVH;ApPFW~ RN91hTOW III F V ffAP,,;fVI-IN'1FW IF, V r1) I M-l" ~Mkrl I -0t ~EFMI; I i
L 15253-66
ACC NR: AP6001480
source is quite simple in design and can operate for several hours without electrodes
replacements. It can be used for numerous spectroscopic investigations. OrIg. art.. has:
4 figures.
SUB CODE: 20 SUBM DATE: 18Nov64 ORIG REF- 004 OTH REF:- 003
Card 2/2
7

GUZHOVJ, A.I.; TITOV, V.G.; POLYAKOV, G.G.
Study of the problem of joint oil and gas pipeline transportation.
Izv. vys. uchob. zav.; noft' i gaz 3 no.5:113-120 160. (MIlb% 15:6)
1. Groznenskiy neftyanoy institut.
(Pipolines)

C,J; `.jji*.%F ', T ~
140*10MOnt Of oil-f,,AS inixt,iras in pipehine:3,
zav.;naftl i graz '7 no. 11.109-111 164. 17-,71
1. Ciroznenskiy net-ty-moy ITI.ititut,
.1 - I

USSR/BlectrQnics - Television Jan 52
Long-Distance Reception
"Moscow Television Transmissions Are S6en in Yaro-
slavl'," N. Guzhov, Yaroslavl'
"Radio" No 1, PP 37-38
Yaroslavl' radio club amateurs made a series of tests
on the road from Moscow to Yaroslavl' with a super-
regenerative receiver. A "Moskvich" TV receiver was
purchased and an antenna was installed atop the two-
story building of the radio club in Yaroolavl'. With
an rf amplifier added to the 4Moskvich," good picture
reception was obtained from 2200 to 2300 hours each
night. 2350T54

KRUTOV, D.N.; V.Yu.; D0,';11(:HAI'OV, V.V.; KIj'7NET.',(',V, L.N.;
CIII;JGIYA~,,!SK1Y) 11.111.
Electronic contnntless system for primary accounting. Kauch.
i rez. 23 no.9:34-37 S 164. (MIRA 17:11)
1. Yaroslavskiy proyektno-tekhnolocrielieskiy i nauchno-issledova-
0
tel'skiy institut i Yaroslavskiy shinnyy .,avod.

Gu ZHOV , S. S.
Ge)logy and prospects for flnding gaj anti oil in Gabon.
Neftegaz. geol. i geofiz. no. 5:63-69 163. (MIRA 17:5)
,y j.nstitut nauchnoy i tekhniclieskoy irformutsl'i
.. Vsesoyuznv
Gosudarstvennogo komiteta Soveta Ministrov SS)SR po koordinatsi;L
nauchno-i-ssledovatellskikh rabot ~; Akadeinii nauk SSSR.

MJTELIMAN, L.V.[translatorj; GiVZEK)V, V.A.[transiatorl; MESS, F.P.
[translator]; IGLITSW fiz.-mat. raukj, red.;
BURAKOVA, O.H., red.; GARNUNHINA, L.A., tekhn. red.
(Methods for measuring the parameters of transistor devices]
Metody izmereniia parametrov poluprovodrAkovykh pribom. P(41
red. M.I.Iglitsyna. Moskva, Oborongiz, 1961. 26Z ;. I
Translated from "Transistor technology." (4-RA 16:1)
1. Bell Telephone Laboratories, Inc.
(Transistors)

GUZHOV, Sergey Sergeyevich; GDMAN, M,A,, red,I KAYESHKOVA,
ved, red, -
[Offshore oil well drilling abroad] Morskoe burenie za ru-
bezhom. Moskva, Nedra, 1965. 117 P. (MIRA 180)

\GUZIIOV, V.I.9 folldshar (q, Shuyu IvanovBkoy oblasti)
Aerosol me+#hod for fly control. FeVd. i akush. 25 no 6:44-45 Je
160., (SHUN (IVAN(*b PROVINCE )-JUES-EXTEMINATION) NDA 13M
.:;I.t!, ~ .
! ~ 11. 1-
i

109-9-4/15
AUTHDRS:Senatorov, K. Ya. and Guzhov, V.P.
TITLE: Investigation of the Operation of a Transistor Blocking
Oscillator. (K Issledovaniyu prot-.~essov v bloking-generatore
na poluprovodnikovom triode)
PERIODICAL: Radiotekhnika i Elektronika, 1957, Vol'.II, Nr 9,
pp. 1119 - 1126,(USSR)
ABSTBACT: The oscillator co4isidered (see Fig.1) consists of a
p-n-i-p high freque:~cy tran istor, a crystal diode and
employs the usnal trOmformer plus a condenser and a resis-
tance. The operatiog of the oscillator is split into two
stages: (1) a low frequency process (the charge on the capa-
citor changes comparatively slowly) and (2) the generation of
the pulse front (fast transient). For the slow process which
determines the period of oscillation of -the system, it is
possible to represent the equivalent circuit of the oscilla-
tor as shown izFig.2, in which r z is the reverse resis-
tance of the diode (this is assumed to be much larger than
the resistance of the emitter junction). It is assumed that
the characteri4tic of the diode can be expressed by Eq.(I).
For this case the period of the oscillator is approximately
Card 1/3
212a MI It Alma 02
HLUJILM fi alqillp~~V~ af lqrq~!'flfff i
1. IT HIN WWI INT, H-V
f t IFF I'M V, V 11

109-9-4/15
Investigation of the Operation of a Transistor Blocking Oscillator.
given by:
Uco + E 31
T0 = RC 1n (I+ R io
where U is the initial voltage at the condenser C. It
is foundc?xperimentally that Eq.(2) gives values which are
ac'curate to within several per cent. During the generation
of the front e4e of the pulse the equivalent circuit of the
Oscillator is that shown in Fig.8, where m as a 'function of
the emitter current is given graphically in Fig.7. The sys-
tem is now described by the differential equation given on
p.11?4, in which Lpac is the stray inductance of the
transformer, rSX is the input resistance and r. is the
collector resiltance. It was found that the solution of the
above equation (plotted in Fig.9) gives rise times shorter
than the experimental values. This is primarily due to the
fact that the equation does not consider the reactances of
Card ?/3 the transistor. These can be taken into account by employ-

109-9-4/15
Investigation of the Operation of a Transistor Blocking Oscillator.
ing the equivalent circuit shown in Fig.12. It was found
that in this case the theory is in good agreement with the
measured results.
There are 11 figures, 3 of which are oscillograms, and 5
references, 2 of which are Slavic.
ASSOCIATION: Physics Faculty of the Moscow State University
im'. M.V. Lomonosov (Fizicheskiy Fakulltet Moskovskogo
Gosudarstvennogo Universiteta im. M.V.Lomonosova).
SUBMITTED: February 20, 1957.
AVAILABLE: Library of Congress.
Card 3/3

:ACCESSION NR: AP4033631 S/0188/64/000/002/0025/0031
AUTHOR: Guzhov, V. P.
TITLE: The question of the excitation of oscillations in systems having delayed feedback
SOURCE: Moscow. Universitet. Vestnik. Seriya 111. Flzika, astrono-miya, no. 2, 1964,
25-31
TOPIC TAGS: oscillation, autooscillating system, feedback, delayed fe edback, artificial
delay, delay circuit, impedence
!ABSTRACT: The process of the excitation of oscillations in an auto -osc illating system
with delayed feedback is considered. As a feedback circuit an artificial line is employed,
'loaded with an active impedance equal to the characteristic impedance, The results ob-
tained are compared with known data for a case of ideal matching of the line with a load.
C,
The auto -oscillating system with an n-clonient artificial delay line used in this work is
shown in Figure 1 of the Enclosure. Losses in the line were not considered. The behavior
:of an auto -oscillating system in the osciUation excitation mode is described by the following
system of linear-differential equations:
12~1 us'- Uz 2L~ - 2
C
4~ U
Card

ACCESSION NR: AP4033631
. . . ... . . ... . . . . .
.. . . . . . . . . . .
4u. = u.+, - 2u. + u,,,
2it.+, = u. u.+, - 2u,+ + 2~#,.
'where ul, u2, un + 1 are the voltages at the nodal points of the line, and S is tl~- trqns-
conductance characteristic of the tube in the linear region. Differentiation is ma'dt; for
dimensionless time t = 2t:L
V C_
By assignment of the external influences in the form of pulses of definite shape and duration,
definite ratios between the amplitude's of the different oscillatory components can be pro-
vidcd for a certain moment of time. It is assumed that by this moment of time these exter-
.na
I 'nfluenceshavo alrcl-.dy ceased. The further development of the pulso build-up processeE
is determined by the pruperties of the auto -oscillating system itself. In this connection, the
soluldon of equation (1) fOr oscillation excitation Is sought in the form:
2/8

.ACCESSION NR: AP4033631
N
uk Ak,. (1) Sin (11.1 Ok,m), (2)
J~j
n n + I
'where N for even n and N for odd n; m is the number of the oscillatory
2
2
j component; k is the number of the'link In the delay line. The values of the increment
exponents of the amplitudes and frequency of the excited oscillatory components are found
to be related to the amplitude ratios and phase differences In the line as follows:
2 .-,,,2 2 - ~ COS (0k.- Ok-l,.)
11M nj
Ak^
(3)
COS(
Ak
M
sin (Ok,.-N-I.M)
Ak+,.m
3/8
!-Card

ACCESSION NR: AP4033631
With the delay line ideally matched with the load, the following conditions are fulfilled:
Ak+t.m Ak.m
A (4)
k^
'For an amplifier gain factor close'to unity (K 1 + e, V,