SCIENTIFIC ABSTRACT ILINSKIY, V.P. - ILINYKH, A.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000618520001-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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fratnthebrine. Pum NXI is obta, utik by mititat. of tit t 4-
h?.drate by coolinza mtd. w1n. to giTt max. olutti, 0 Clio
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mettic ton (if subt. mmil. w4b NXI tit 21 ), willst-J)" 21 g.
of the dihydrite, ccitstg. L-(,. NX03. At-(,, the w :ill
and yiew, of %:..Cl %oto, i% r4)c,:ivd tin isivitittl: tir ti c i Ill,
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p i

BOV/81-59-115-5%18
Translation from: Referativnyy zhurnal. Xhimlya, 1950, Ur 16, p e8l (USSR)
AUTHORS: Ilinskiy, V.P., Boyteova, V.P.
71= The Sorption of Bromine From a Bromine-Air Mixtitre by.Sulfur Dioxide and
the Reprocessing of the Obtained Mixture of Acids to Or2 or HBr
PERIODICAL: Sb. tr. Gos. in-ta prikl. khimii, 1958, Nr 41. 1~p 129".152
ABSTRACT: The reaction of interaction of bromine with S02iin the gaseous and liquid
phases is studied and the necessary teohnologic4a indIces of the,process
are obtained. Methods for processing a alxtu~relof Or, HCl and,'Vo
acids to liquid bromine or hydrobromic and sulftrio 46ids have been e-
veloped. It has been shown that the reaction of interaction of Br2 from
a bromine-air mixture with 802 at room temperaftre (14 - 200) proceeds
quickly and completely at the stoichiometric ratio of Br2 and SO21 The
sorption of Br2 from a bromine-air mixture by an. aqueour, solution. of the
mixture of the acids HBr+H2S04 runs to completion, but the consumption
of S02 is 30 - 35% higher than in the reaction In the gaseous pimse. The
reaction products are absorbed to 98 - 99% frop, the gaseous phase by
sprinkling the absorption column with a mixture of acIda. The concentration
Card V2 of the HBr acid in the solution can be increasokt to 20% by means of the re-

SOV/81-59-16-57618
The Sorption of Bromine From a Bromine-Air Mixture by Sulftr~;Dloxide and thelepro-
cessing of the Obtained Mixture of Acids to Br2 or HBr
circulation of the sorbent in the absorption tower. The vapar prousure of Mtr + "4
over a mixture of HBr 4 H2S04 acids for the tomp*rstures O.Z and 'PDC Is raised with
an increase in the HBr and H2804 concentrations, The absorpta6n ooefflaient of HBtr and
H2304, in the absorption by a -rure of aoids, depends principally on the concentration
of the sorbant,,the temperature and the gas speed and does not depend on the concentra-
tion of HBr or Br2 in the gaseous phase. The value of the absorption coeffici4mt for
the absor7;*.ion of HBr at a temperature of 14 - 2000 varies from 37 to 40 m/hr and for
HC1 from 12 to 17 aVlhr. The oxidatic* of the acid mixture (1Wr + Wl 4- H2304) by ahlo-
rine to bromine proceeds practically to completion at the introduction of 1.05 - 1.1
chlorine equ. per 1 HBr equ. The distillation of bromine fron'the i3olution by stem
proceeds to completion at a steam consumption of ^_45 kg per I kS of bromine; bromine
obtained in this way corresponds to the type "oh" (pure). The sepeaation of the acid
mixture (HBr + HCl + H23~4) by means of distiUation makes it possibls to obtaln Mk~ of
4o% and H2804 of 70 - 80%. The yield of HBr in the form of a 40. solution is 90
V.~Borisova.
Card 2/2

soV,/81-59-16-5763.9
L)OI (USSR)
Translation froms Referativnyy zhurrAl. Kh1miya, 1959, Nil,
AUMORS: n,linskiy, V.P., Rusinova, K.D., Drozdova, Ye.O.
T=i The Extraction of Bromine by the Method of Air Desorption From-~igh-Thermai
Waters
PERIODICALS 3b. tr. Goa.' In-ta prikl. khimii, 1958, Nr 41, pl) 151 160
andIgase-
ABSTRACTS The oxidation of the Br--ion in drilling wator-by ch1orine watewi
ous chlorine at an increased temperature (7000 has %*on studieid', The pres-
sure of Br2--vapor over Cheleken* drining water at 6.50C, the coefficient
of bromine distribution between the gaseous and liquid phases at125,~W
and 650C, and the coefficient of bromine desorption haye been detemIned.
N. ShiryaYeiva.
Card 1/1

am/81-59-3.6-vOo
Translation from: Referativnyy zhurnal.. Xhimlya, 1959, Nr 16, p ;?81 (ussR)
ATMORS: IVInskiv, BoTtsova, V.P., Drozdova, Y*,G., Aizlmina, N.P., 1~1-
TITLEi The Preparation of Dry Hydrogen Bromide
PERIODICAL: Sb. tr. Gos. in-ta prikl. khimii, 1958, Nr 41,vp 16i-170
ABSTRACT: Dry HBr Is synthesized from bromine and H in the prosence of t1is "BiAun
coal at 600OC; the yield is 91 - 96%. A ?9ohnalogical method of purify-
-Ing and drying HBr has been developed w%suring1he preparation'ci a ! ro-
'P
duct containing -0.04% moisture and H2S trace4j.
If. Shiryaym.

UJV/81!--59-16w57609
Translation from: Referativnyy zhuxmi., MxiuU&,_l959., Xr'16, p;280 (USSR),
AUTHOFA t '11,1-inskiy, -V.P.,. Popova, AN.
T ITLrs i - The Interaction of Chlorides of Alkali Metals With gid-robromic Aoid
PERIODICAL: 3b. tr. Gos. in-ta prikl. khimii, 1958, Nr 41,,pp 183-192
ABSTRACT: A new more economic method for obtaining XBr and NaBr has been doveloped
which is based on the interaction of the. ahlorUes of alkyli mettls and
-:.he semi-finished product of bromine production, i.e. solutions of the
mixture of the aoids HBr +H2804+V,
H. Shiryayeve..
Card 1/1

3001-59-16.516,1:-,5
Translation from: Referativnyy zhurnal. Khimiya, 1959, Nr 16, p 282 (USSR)
AVMORS: Illinskiy, V.P., Seferovich, YA,Ye., Uverskaya',, A.T,., Volnyanskaya, E.M.
17~~va,l .
TITLE: The Preparation of Crystalline Ferrous Bmmida by the 43orption of Bromine
by a Ferrous Bromide Solution
PERIODICAL: 3b. tr. Gos. in-ta. prikl. khimii, 1958, Nr 41, PP 193-209
.) - H 0 and themo-
ABSTRACT: Based on the data of the solubility in the syntem FeBr,
chemical calculations on the system FOBr2 (gas) ~nd Reir 3 - Pei
Br2 ;
the possibility of obtaining FeBr2 without smoothing,hiis been proved*and
a method of production has been proposed.
W. Shiryayevt..
Card 1/1

WIMIT, V.P.; KOKOVKIIiA, I.I.
Production of potassium and sodiam iodlAtee trom oblooridse an&
bYdriodle acid. Had. prom. 13 no.2920-2.5 1 (KIM 12 t
1. Lenin4radskiy khimiko-f&rvatsevtjohaxk4 Isistitus.
(ALTALI HITAL IODIM)
(HMIODIC ACID)

Disser'- ~tiori: "Vibration Insulation of Industrial tl:,i!
.1 Oet :0, 4vilwnic
'0
Reaction:3. 11 Cand Tech :ci, V scow innz, of Chemic.-Il lachL -.ej Eu.Llditi r, 21
Vechernya,m Kos-va, Yoscow, 12 MaY 54.
30, 3UN 264, 26 NOV 1954

Protection of laboratory instrusents and equipmelut fras vibration,
Zav.lab.21 no.7:867-868 155. NIOA 8:10)
1. lauchno-Issledovatel'shy institut skeporiment,^11noV khtrurcl.
cheskoy apparatury i Instrusontow
(Measuring Instrumnts) (Vibration)

WINSKIT. v0 ~ kapdldat tokhutchookikh imaAlk-
'..;
Tibration toolaties In eqmipment of the alwatcal I'aftstryo Xhis
prem. no.1:35-41 J&-P 15?. 1 (ma 20,14;
(TOrMlon) (qboateal smA supplies)

IL'INUIY V S. karAtdat tekhnicheskith cauka
Vibration absorbers for sUbim lool and opipmetito
Ykehinostroltoll to.2131-32 7 '57. (" 19W
(1kchinery-libratiou)
#

ILI
Tlii%tiol Uioors usod,for ontal-cuttlag nsdhluo too1g, St&ap I
Instr, 28 no,591940 **#If. - (Km
(ftobliw tools-Atto4hOlOts)

Q
117 584-106
AUTHORt -Illinskiy, V.S.f Candidate of Technical Scivaces
TITLEs Devices for Ilechanized Cuttingp Welding, soldering, and
Metallization (Prisposobleniya dlya mokhaniskrovannoy rezicit
svarki, psyki i metallizataii)
PERIODICALs Mashinostroitel's 1958, Dr 6, pp 27-20 (US311)
ABSTRACT: A device which permits the cutting, wipldine;,solderingo and
metallization of cylindrical surfacee't pipes, etc.(Figure 1)
is described. The cylindrical surface is beld by a roller
chain. The spring and the rubber rin4; of bhe roller ensure
an equal and smooth movement of the di)vice an the cylindrical
surface. Another device (Figure 2) 111 used for form-outling
at the junction of pipes with equal oir diTrerent diameters,
and even of pipes with various details., surh as cones, b4l1s,
etc. The pipes may be connected at any angle by means of this
device. At the same time, a part of the detail may be out off
and an opening made in the other. The cutting speed is re-
gulated by changing the rpm,of the drive.. The devict. is of
simple construction, light and exacto. It was developed b,y
the author. There are 2 figures.
AVAILABLEs Library of Congress
Card 1/1 1. Machines-Desiga 2. Cutting tools WelAing 4. Solderi-mg

SOV/122-56-8-26/29
AUTHOR: Ilinskiy, V-S., Candidate of Technical Sedences
-M-e c- ha, n -is m
TITLS: for Impulsive Feeding of Wire in App&ratus
for Welding, Cutting, Depositing, Metallising and Sol4ering
(Mekhanizm impul'snoy podachi provoloki -Y apparatakh
dlya avarki, reaki, naplavki, metallizatiIii i payki)
PERIODICAL: Vestnik mashinostroyenlya, 1958,:Br 84
PP 84-85 (U6SR
ABSTRACT: Continuous feeding of wire is said -to require bulky
mechanism. The impulse principle im claimed to accomplish
the feeding with less power and so x-eduopgi the size of the
mechanism, without impairing the unlform~Lty requitedin
practice owing to the high frequenoir of L-be impulpes.
A rotating, eccentric reciprocates * hollow round~sllder,
surrounding the wire. 3 balls insli4v the slider viedo;e the
wire by pressing against a conical p4mt of the slider bore
when the slider moves forward and rooleade the wiro wben
the slider moves back. During the rearward strokb, the
wire remains stationary because it is llghtly clamped
inBide the exit nozzle. The wedgi.nlr balls can be released
by a push button. The rate of wired feed. is varied b~r
changing the speed of the eccent.-ic,or the amount of'
Cardl/2 eccentricity. Experimental units were made in the shops

BOV'/122--'58-8-26/29
A Mechanism for Impulsive Feeding of Wire in Apparatas for 1folding,
Cutting, Depositing, Metallising and Soldering
of the Vsesoyuznyy nauchno-issledovatol'skiy inst1tut
aytogennoy obrabotki metallov (All-U311on &.ientiflp,
Research Institute of Metal Welding) with.satisfactory
results. There is 1 figure.
1. Welding--Equipment 2. Solder Ing--Equipwnt Wire--filiedlitig
Card 2/2 4. Feed wchanisms--Performance

AUTHOR:
TITLE:
PERIODICAL:
ABSTRACT:
S 011/13 5 - 5 9-1-7/18
Illinskiy, V.S., Candidate of Technoial Sciences
The Optimum Technology of Oxygen Steel Cuttin
(Optimallnyye rezhlmy kislorodnoy :r(fzki stalij
Svarochnoye proizvodstvoo 195% Nr 1, pp 221~24'
(USSR)
A series of experiments were parried out tolfind
the optimum technology in oxnen 6utting bideter-
mining the interdependence of:prevalent par4- ;
meters, such as oxygen consumptionj pressure tuid
density and metal thickness. Formulae were~deve-
loped to compute the cutting rate, and a compari-
son of results obtained by oalculottion and ex-~
periments showed a satisfactory agreement. The
Card 1/2

'4-MV/135-59-1-7/18
The Optimum Technology of Oxygen Steel Cutting
optimum parameters for cuttir4~ low,-eiarbon steel
are given. There are 6 graphs, 1 diagram and 2
tables.
Card 212

JT
i JuJK EXPLOITATION WV/4377
Illinakiy, V. S.
Voprosy izolyataii vibrataii I udarov (Problems In the lso-
lation of Vibration and Shocks). Moscow, Izd-vo w3ovetskoye
radio," 1960. 158 p. No. of copies prin'ted not giveh.
Ed.: Yu. I. Sukhanov; Tech. Ed.i A. A. Sveshnikov.
PURPOSE: This book in intended for enSUvers detsIgning radio
equipment. It may also be used an a mmual Tor designing
vibration-insulating systems.
COVERAGE: The book discusses theoretical and practical
problems in protecting various kinds of44qu~pment aggnst:
vibration and shocks. It deals with a numbs~r or currently-
used protecting devices and gives such practical details as
the data needed to select pr6tective elements for a given
equipment. No personalities are mentioned. There are 29
references, 6 Soviet, 21 English and 2 German.
Card-*/*--

ZHMMp A.S.; ILI KIY,, VENYUKOVO V.P.
Single action acceletmeterse Im.tokh. no,12032-14
D 162. (MAA 15:12)
(Aoceleroseters)

IL'INSK7.o V. V.--
"Investigation of the Effect of Water-Disoolved Air on Cav:ltaWn of
Hydroturbines." Cand Tech Scip 1(hartkov Polytechnic Inst inmi~ V. 1. lenin,
Min Higher Education USSRp Khartkovo 1955, (XL.. No 15,, Apr 55).
SO: Sum. No. 704p 2 Hov 55 - Survey of Scientific and Techi'dool Dissertations Dofended
at USSR Higher Educational Institutions (16).

VASILITSV,A.; ZAPASNOY,A.; IL'IESKIT.Te.; PARUSHIN,V.; SM(IIIUX,S.
Business accounting for highway-op*ration sectionm, Avt.dor,17
no.1:6 Jl-Ag'54. (Kw 8:10)
(Roaft-4stimates ani costs)

IL I ITSkI-f p-E-: - -K
UmAines Mir 1%8
Mining Machinery
Mining Methods
wHining with Open Hoppers in the 'emir-Tau Mine and the Bollshom Gort Opon4ut Kne'll
G. A. Gavelichq Ye. A. nlimskiy,'Mining Engineers, 21 Pp
wGorW Zhur" No 3
Describes in detail the accumulative extraction method of %md! in the Temtr-Ta.ia
magnetite mine and the Bollebaya Gom open-out dolomite mines nd explain the ope z-
hopper systems vith aid of diagrams.
PA 51T68

:V1
UM/kining methods
Coal J
*HydraaUc Stripping at the Krivoy Rog
Ye. M. Illinsidy, 4 pp,
%k Trad I Tyush P&botO Xo9
This operation was first tried at Sias
ooal fields. Briefly describes ft 641 iof.~ ho
operation-and results. Tabl6d show rollatO r4
dwtLod W 7-awath period, in, 19461. t
study of "tual performano 00
method will shov even better produot10:0 rO!"~mlts~,
0 1' 41

WINSKIT, To.T., kwAidat vaterlnarnykh nauk.
- 0'
Tissue therspr In surgery. Toterimmilmi 32 ao*9138-60 a 155.
(MMA 8:12)
l.Kharikovol4r veterinsrVy Inatitut.
(TISSM ZMAC18) ( "m Smony)

USSR / General Problems of Pathology, Transplantation U_Z
of Tissues and Tissue Therapy,, Ii. 1
Abs Jour: Ref Zhur-Blolo, No i$o 19583, 70737.
Author :Jtffnak4L~ ~C-
Inst : Novocherkassk Zootechnicalo-VetergAdry Institute.
Title : Comparative Evaluation of Certain,,~,*IetSods in
Tissue Therapy.
Orig Pub.- Tr, Novockerkas3kogo zootekhrwve t, In-i'a, 1957)
vyp 10,, 371-374,
Abstract: Various methods of, tissue thers wev4j used in. the
treatment of the followingi 54 puriftent
necrosis In the witherv region; aiill~ials (hor!ses,
large horned cattle, dogs and c4k,4) VIth eye di,s-
eases; 81 animals with ulcers; 4p coiWvith chronic
purulent-catarrhal endoMetrItIs,;,' Th~ treatment in-
cluded: 1, Implantation 'of tissues pOeserved adcord-
Ing to Filatov or treated with a two perctnt solu-
Card .1/2

lkyg!iLle-~
Automatic stand tests of mechanisms with pasuestic Oives. Ayt.
prom. no.6:29 Js 160. (*MA 13 SO
1.*Llvovekiy avtobasury sawod.
(Mat orbuse e-ftewatt a equipment)

---- -- -----
3/1 kh/61/000/002/003AT a
B1 13/B203

AUTHORSI ill Yu*A*# KarasevP M.D.,
TITLEs, Study of transition processes in a ~~'WO-OITDuit psr~a6tiio
~ifroquen!cy
transformer with sum and difference!~Qutyv;t
PERIODICALt Veotnik Mookovskogo univeisitets, Soriya:3p rizika, i
astronomiyao no, 2p 1961p 12 - 18

TEXTt First , the authors analyze the transition *rooe";'oqIs4 Accoidinj; to,
Ref, I (K"& sevt MeD* UPYj LXIXq vyp. 2j 1959)o A''IVO-OiWouit ParOet~io.

transformer -of aquationop
can be desoribed by a system

Eq , (1 ) Y_ + 2
W 21x +Ok f(ut)(ii +Z' + a' Tho TrequenoVilot ~;the
2)

parametrio c hange w by the relationQw4tw +,6 ii~ rel&ted to thei circuit
frequencies, The upper sign holds for a rotatinji:(difjI.'er'enoe) ~m~dujator,
the lower one for a non-rotating (sum) modulator; A -to a slight mis-
tuning. The external force is supposed to be int;roduf6lod in one dir"it
only so that the slowly variable# oomploz amplitude E.; of the extern4l

Card 1/8

2*08
s/188/61/000/ou/003/010
Study of transition processes 2013/B203
foroo,vanishes and the frequency p moy'dis 'The dimptlig factoridf ovoil-
latione after switahing off the external migtal ii obtWired fromlqo (2)
up, + r9 2~
X; NO Os +
+ otv C! [(601+ + 4pili t 'I- rg
2v) CRA.1 ~o ir
T
5 VO, 'T
2
+ OROW Cos
A t- JAI
vi!
O~j
IA) 2..
fat
C
ar.d 2/8~

ff~~00/002/003 010
VO
1%
203
3
Study of transition processes
the *%tern 1 rOrCID
ormation .Of 080iltalioris after switching On T !
and the f t) the StOAdY solution haVIing
proceeds by the law
e form of Eq- ~1)) kCo$ (Pi +
h
t
C(A I(W "P P)
za
21m, 0+1-
2101
+ 10
21wj +I
2
21w,
-Card 3/8

.................... J~
21608
S11 fJ a 16110001002100~101,0
Study of transition processes BI Jq/B203
The trajectories of the roots characteriatio Of traao~tion processes
IP2
and steady behavior-having the form of Eq* (A)
-W
1i + 62 Q'i "12
+ + it 2jt whope if is deteroined
1 (61 62+J -6 )'
It2 2 1 1 A
4 1~ 41 t02
iQkt
by the Fourier expansion,of the fAction. f(wt).62 a 1,
bare abolfu ill
Figs. I and 2 in the complex plane viih a change im the' parameter 16 'i&nd i
Ol '2
2 2,,
k If The trajeotori4s of A are on Ill* left, t ose~ of
2
4w 1 #42
on the right of 61+42t the trajeoforioa of'i'the iota,`ting M~oaui~tor-
2
OUJ.. on
)Ig labdulat-or r
and 41p those of a non-rotati 0 Vi t;~
are with
in 62.
and Piga.L I Anil khe 'folloVing kJaS
the basis of Eq. (2) and*Eq. 2t
been found& In a rotating modulator, the transition Piraceso is ~~he 1MM of'f
or
two damped harmonic oscillations (with switched-off eXtornal
the sun of two damped and one steady onoillation:(Vith 11wito d~ In exter-
ar
C
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21.608
q/18841/000/002/003/00
Study of transition processes eee
B113 0203
nal force). ?or.& non-rotati ng modulatorp it follows f2po lk* thait
the frequency characteristic of the amplifier is repTesentid, by thq~pri-
duct of the frqquotay characteristics of Individual,airoUits, Nx~pe:Aminte
dealt with a loIw-frequency parametric transformer with oircuit froctUOU414-89
of about 100 and 400 ko/seos In conformity with Nq* (2)4 U* transition
processes had two constant timest and pulsations in the lransition:pro-
ceases vere observed in the case of mistuning, Pox,therp it was fmind that
the duration of the transition prooseep in the oaseof 1*,VgQ 9 1
portional to X (K being the voltage amplitioation factoiin th: wfievostplpir-
ouit of a regenerative transformer). The duration~ot the transition p~a-
oess wau the time during which the oscillation amplitude attained the 7
(I - 0-1)-fold of its steady values In a non-rotabing toWator, the Ouj
ration of the transition process dropped monotonicialy vith inorea*ing k
in both circuits, The time of formation in the segiond oirouit vao~,sli4htly
longer than in the first one due to a slow inoreas* of ~saillation# in the
second circuit at the beginning of the formation pr*o994i* There are 6
figures and I Soviet-bloo reference*
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Study of transition processeve"; B-1 115/B203
ASSOCIATIONt lafe.dra teorii kolsban1v of
SUBMITTEDi June 19P 1960

AUTHORSt
TITLEt
FERIODICALt
086J61/00 0/006/001/007
B1081P138
Illinskiyj Yu. A.t Karasev, M* Do
Double-tuned parametric oscillator with:sxteknal feed
Moscow Universitet. Vestnik. Seriya Ill. Pisika,
aetronomiyap no# 6~ ig6it 3 - 11
TEXT: A double-tuned parametric amplifier operatem-as an~ Osoillato~ iu
the feed amplitude is high enough. A self-excited Oscillutor whose!
amplitude isolimited by a non-linear resistor in ono of ito eircuita, is~~
considered. Synchronization of the oscillator with an eiternal foroe is
also dealt with. In experimental investigations, the authors used a
parametric oscillator with frequencies of 100 and 400 kaps in the tito
circuits, with semiconducting diodes of the types.al"4-27 (DGTB-27) and
A809 (D809) serving as nonlinear capacity. It was found:that the
amplitude is limited either by a nonlinear resistance or by a dependence
of the parametric connection between the circuits oh amplitude fluctua-
tions. Perturbations that are due to the nonlinear reactance lead'to
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1~ouble-tuned parametric...
distortion of the amplitude-frequency characteristics,. An external.f!orce
produces the same synchronization and beat phenomena as in a tube gen4ratcr.
In the r.f.-range# calculated and experimental resultis ars.entirely con-,
sistent. There are 6 figures and 6 Soviet referenceso
ASSOCIATIO.St Kafedra teorii kolebaniy (Department of the Theory of
Oscillations)
SUBMITTED: January 30, 1961
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8/109J61/006/008/915A18
2)207/D304!
C.7
illinskiy, Yu.
AUTHORS: A., and Karasev, tl~D.
TITLE; Transients in a two circuit ya~ame
PERIODICAL: Radiotekhnika i elektr6nikap v. 6p nois St ~961r
1397 - 1400
TEXT: The authors give a short report onL tho j~theoi~tical
d ezpel~ I
rimental analysis of transients in a two;pi~quit,pqxam am pii-~
etr! ;
fier. The theoretical analyel a is carried oti-~ asevaing a slalli:
signal- The equivalent acts' of two circuit parameitrie
are shown in Fig. 1. These are systems wit re~do
h tivo di grees of I M.
and with periodically varying reactive element. Tk,ie equatiohe ~or:,,,,,
the above systems may be written as
where 1 1, 2 the index related to'either the first. or~thk! second t
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Transi'ents in a two circuit D2077b304
circuit; e external driving forest e2 M 01 it it small OaraJ
ter; ct - attenuation of the i-th circuit; f ia PeAodic fund
with period 2 ; w - the frequency of change ot them; par=etcV, r, t
follows I it
Irom Eq. j1) that tho cat attenuation and iodulation deoth
are assumed to be small,'so that the Q'of1the',circUlts is bighandi'
parametric coupling weak; oscillations in the systom are-very
1y harmcnic. The constant coupling, may be larp... 24. (1) oaA. be~
solved by on- of the quasi-li
near methodet e,kr,. by!averagir
(1) is first reduced to standard*form by assumIng -U) W + 'ri2 sid
putting
JW:Ll; 7, e-j~)
xi Zjf ejWit + z e-Jwit jW ('Zl~
where I = 1# 2; Z' Z complex amplitud'e,~s~o so'that atteir alre r--,,
aging the shortened form
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Transients in a two circuit ... D207/1)11104
Jalfo)z j at, f
+
2
2 2
(Sl + JAJ + W,
I
.,(24
f j f
Ja2 0
JA )z
2 -2
is obtaDied where f the Fourier opof f i6i*hto of. funo.~,
01-f1, f-l
tion f(w-t)
k=+
fkejwkt
f(Wt) 40
k=- c)