SCIENTIFIC ABSTRACT OSIPOV, YE.O. - OSIPOVA, A.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238410012-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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OSIPOV, Ye'O. , podpolkovnik
Obligations undertaken are Uing avccesqfully fulfilled.
Vest. protivavozd. obor. no.8:41-43 Ag 61. 14: e
(Russia-Amy)

BIRKIN.9 A.; C611W, Yu.
Featureo in the an&!)uis of the fin-ancial Eirid -,
of automotive transportation. Fin.SSSh 23 no.(-~73-86 Je I o. .
ac,
(Tramportation, Automotlve-Finwire)

OSIFOV, Tu.
The colonial stnrlinp standard und its role In tho "x-ploitatinn ~f
the British colonies. Dan. I kred. 17 no.8:81-91 A,,- 11;9.
(VIRA I,: '.I )
(Sterling area)

ji; , V. Y11.
_Norm.
'Lli

BUTAKOV, D.: OSIPOV, Tu.
The budget and the development of national ecsnoay of the Korean
People's Republic. Yin.SSSR 16 no.11:64-73 9 '55. (KLRA 9:1)
(Korea, North-1conoTaIc conditions) (Budget)

OGIFOV, Tu. A.
Sffect of ultra-hi,_rh frequency currents on workers in electrical
plants. Gig. sanit., Moskva no.6:22-23 June 1952. (CL.141, 23:2 )
1. Of Leningrad Scientific-Research Institute of labor H7giene and
Ocmipation&l DiBeasee.

0511POV. Yu.k.
High-frequency currents as a factor in professional medical work.
C Isdaniial WITOPASH so. 30;?0-76 '52. (KLRA 8:1)
(Jaectrothozapout ice)

OSIPOV, Yu.-A.
Hygienic considerations of induction heating of metals with high frequency
currents. Gig.i san. no-8:39-42 Ag '53. (KLRA -j:9)
1. Leningradakiy nauchno-iseledovatellskiy institut giglyany truda i pro-
feasional'nykh sabolovaniy. (Industrial hygiene) (Induction heating)

NATADZ3 'G K rofessor [author]; GAUNIN. N.7.; MARKARTAN. N.G.; OSIPOV. Yu.A.
[revi;w;;9T
'Principles of lgrgloneg G.K.Hata4se. Reviewed by S.F.Wanin. M.G.Mark&rian.
IU.A.Osipov. Gig.i san. no.8:57-61 Ag '51. (W-RA 6:9)
(Hygiene) (Natedse, G.M.)

I . OlTr~,v, yu. A.
2. U55P (6001,
4. Flectric'Ity, Injuries fror
7. Medical AxtrAnation of those workIng vIth high frequency currentr.
Sov. zdrnv. 12, No. 3, 1951.
9. Monthl List of Russian Accessions, Library of Congress, Apri I - ,

CI'S IPOV. YU.A.
P7 C t-, 6 XS ~ f ~ It t: 7 .' y 0 ~ I a I -. *.,,,e i rid -us t r i it' I gLpF:, - ~ , 1 r, - .,
I L I r_ r%
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(Hlle~ t - '. - qr-cl, ~.eo r : nf-,~lclff% ty me R,-,XL- q a )(VMA P ~ ' )

Y 0 0
AID P - ,193
Subject USSR/Medicine
Card 1/1 Pub. 37 - 13/1,,,
Author Osipov, Yu. A.
Title Answer to S. A. Raykher's note
Periodical Gig. I f3an., 1), -)1 - 1),?, My 1, ()) 11,
Abstract The author argues with S. A. Rayl(her In onnection with
the latter's review published In this Journal, no. 2 of
the current year, of the authcr's articles on the Impor-
tance for Indu3trIal hygiene of high-1'requency currents.
Institution None
Submitted Mr 8, 1955

Tr;insl.1t1L)n t rum Reft, r.il V Zh~l I Tl.il Mcialkir if 1 '4 N
AUFHOR- OSIPL)', YU A
C
TIT L E: Problems of I almr HN'g1VT)V 1111 01V ET11T)h Vi-nent t-f
C u r r v It I s ( Vo I- i, i ~), i N c i, v I r! I d') I) r,
( li ~t ~ t ()t v)
P E It I ODIC, A I Tr Ykil !)ALlt hI1 j)()SVVit1h( h i0-lvIii,-\ du~.'I
G", t1 - I 11~ - ta gtp'lyclsv I r-kida I 111 (14 v 11 1 1)
7 pp it, -1
ABSrRACT- A,, it r v s ti I I i it I ki d N I fit- 1 fl: ( a I t- c,
( i v -, ;i rid a Tit i In c r I s pu u I i a r i t s high rf-qut-nt r r 4, 1.
it r c r c ll,,t r dc (I it s i rt 1,1 1 it % () ra b I c fit I c r i n c r in i () 1 v., f, r v r
1l ca I th 170 v I irn ji,citc tht. I I- harintul Ofv( the tol 1(,k, i'l~j I
r c k ~) IT i m v I,, d c (I that thc potew A p,,adient of thc ndii( cri -.1d
points in t hii~ldmg ~xlwrc pt-t)pl(- are (mird he rk-dii( ( d 1( - , ~7.
.1 pt()p(-r ()r(,t edurc -4,r scr%ii ing thc I h 1 1) r'. , I , , ~
,) f %,. () r k v r ~ i n z ()I, t. s o i q ki.i s i t if i ri,i t y 1) r (., c c ~, - ri I ~ %k t,, r.
i it (I k s pe it ~;i v, ()h ~ r r \. it,, c o ,a e v r e it u la t , wi 1 1) v c t 7- 1'
1) 1 (, ( v du r c ( a r c 110t I () 11111 C I- 1~11 I Id 1 11 g 1, W I t It L0 t' I I p
Ca rd 1 2 of a, I I I) f') if s it 111 f, n I) ;I.,, rvgkj I it r mvdi( j I (~XATTI I [I it I I (~ I I lit, I

Prob I e ins ot Liihor H-~ in the Emp Io V In ent u' Hi gh r
with niandatory parti( ipation (), a rictiropathologist Olf-r-ein, terTIP('rar tr,irl,
lers to v.,ork riot invol ving ent rN, into in ele( t rotTlagnet ti, - it-ld Nw (- I,t~
of the Ofec ti% enes v, oi tht, redu( I ion ol the iield voli age by means k" r1lel ~!;
shielding which 1,hoUld I' PO',SLhl(`, en(ompass all radiating elcilwnts w !h,,
oscillator and kon3tilute in cle( tri( ally (Icsed surfat (-
Y t- I
1. !li--,h frequency currentr-Stological effects ~Ugh frequency currents
--Safety measures
Card -' 2

KULIKOVSKAYA, To.L.; OSIPOV, YU.A. (Leningrad)
Mectromqgnetic fields on industrial premises with.
heating dr,vicc3. Gig. truda. i prof. zab. 4 no.6:3-6 Je 160.
(1,11 A 1 ~: /J
1. Inatitut giglyeny truda I profzabolevanly, LeningrA.
(IIIDUC'."101; IL,ATI!IG--PIIYSIOLOGICAL *IFFECT)

- -, YU.A., kand.mod.nauk; KOLYADA, T,V.;
VOLIFOVSKAYAP R.N. . kand. mod. nauk;_-PS IFOV
KULIKOVSKAYA, Ye.L.,- ASANOVA, T.P.; SHCHEGLOVA, A.V. , kand.mp :.na,i-k
Combined effect of a high-frequency fiold and X-rayq undor indin,.riai
conditions. Gig. i san. 26 no.5:18-23 MY 161. (MliQl 1~;4)
1. 1z Leningradakogo instituta gigiyany truda i profesnionRlln!kh
zabolovaniy.
(ELECTHIG1TY--PllYSI%~l GAL h;FF'-.'CT) (X !tAY3--PllYSIOL(G!,;AL
(ELECTRONIC INDUSTHIES-HYGIENIC ASP :CTS)

AGA3)IB, Yu.A.; GJUGOWEV, Z.E.; KOI'I;A'rz;XIY, M.A.; U'VEN, V.?':.; COU011, Yu.A.;
iUw;Ov5X1Y) X.D.; RETUM', V.N.; MULNICH, A.Ya.
Me-Aing devot.-d to the rosulti of tho work of the Leningral '-scarcj.
Institut3 cn Industrial !Iygionb and Occupational Diseases for 1959-
1960. Gig. i san. 26 no.8:110-ldi. Ar 161. (1-11 A 15 -- 1.)
1. 1z Loningradskogo nauchno-issludovatol' 3kogo inotituta i!ig;-;T,n-;
truda i profea:-,ionallnyllch zabolovaniy.
(INDUSTUAL HYSI'll

OSIPOV, Yu.A.
Cl&SSJ fi(-Fiti ~n K I Ze I -, n .3 8 . .. 7~ o7 *1 ,, - I I , W. ~ , ~! , ~ . 1 , -
In the massl,* an-i meth .,Iq ft r tt,~ A, '-, ', n ! ~t4)T)r
tho Introduc ti,)ri , I t,hm iu, t h ~ : - . -,' - ~ r~ I - ~' i I n I t,
Seam. Nsuch. trudy Pmrir. Nll: --,. . . ~ ; -'-1 1, - . ' k" P 1, : '.., '

A.P.; 11TY,1N,
lylcf~;I%lov, Ye.7;.; (ISIPOV, Yu.A.. PYANYOV.
in rock --;rilling
Fizel hasin. ;ajjor,. t.rilly P,~rm N':-: no. 4t146-155

OS C,V Y- Kand
nf

OSIPOVS YU*Ao, kald. -Td. nauk, VOLIFOVSKAYA, R.P., kand. med. nauk;
ASANOVA. T.P., kwA. -7-j. KrLTYOVSKAYA, Yo. L., starshiy
lnzh(mer; KALYADA, T.*., 7.;adsti~v sotrudniiq SHCHEGLOVA,
A.V., kand. med. rauv
Combined efff-+ (,,' a !-quoncy imij-7-etic field and X-ray
radiatior 'n i sun. ~S no.t,135-39 Je'63.
(MIRA 17:4)
1z 1~-rir.Frads- i- r-qi :vi'.a g4~-!y-ny tmda ~ professional'-
nykh zabollovan,.-:.

OSIYOV , ; C~51 7 , ' .'~. ; K' TSYN , N. ~ . ; K( ~.FV , -7
I;,. ~ ~ , I . ~. .
?err,jZ-,~ :---, '-cr ft '_ -
t r~ d y i, r! : , 1, . ~~: I I, , ", , "I.. :.'.-, .~ :

zyiiyA:i( V, yo."). ; ?"( . 1'. A.; (,SIPOV, Yu.A. ; KO~'HEVN:X' " ,
industria' t4-stirig and Introduct'.or. cf dry ~ -4 ~. 17,
co', lo(~tors fit the .onln ILl ne off KII za~ugo, ' ~ :-.f, .
,.a tr*,~(Jy Per-r.,Nl-l no.6:215-;)23 164.
( X: P], ~ P I -

I . . ; .., , ; . I - ,
I . . .
. . I , . . -
- . . . I I . . . . . I 1 :1 .

a'~:i ( V, Yu. A. i ' ~'lr , ', A.; 5) S'J"I"i , '; . A . ; ~Y lf!' ;.":~ , , yo , I ~ , V ~ : " ,
L. V.
Prove ri'. I rig, bimp-9 1!-, -,~a I mt no,; trf I -r":3,3, rig wa*,~~r : n* ~, , t". -' .
tekh.-ckcn. I rJ'.~rrr,.rcq naurh.- I 'i: - I -.r - 1 1 , ~~)I' ! fir TIT. " '.' 71~ .7
12-: 3 T' It),.. ( ~' : idt -1 , : '. 0 ;

KJ22.'KrSOV, Yj.'.'.; OSIFO'.7,
Kfflclwxy (I," afitl,r Ir.t, ;i vonni. filul.
infonn. (~or I auci..-if?flj. raluol,. I tokl'. Int" I.M. 17 r,o.9tjO-12
S 164 ( ~ - Tr-L;, I P z L )

OSIPCV, f"t. A.; c,B:,KHcv , ; K " I K'lLFVATCV, i A.
.
In' r,,d ic Ing *.n, I C e,j , ~ :~(, t f r t,: -.w aq *.:,:-
4r,to a se~u-
I
ti-kn.in!'orm.1- no.10i16-18 ) ',,i, . ,,, I R A '- 4 11, ~

0111124KOV, Viktor Ivi-kandorovich; YZEIKH, Leonid Ivanovich;
POYELUY--V, Alekranrr P:~Viovich;j~qFOV, Yu.A.,
rot-,enzent; M"i-XIIAMA, A. S., kand. teklff.Tmuk, otv.
red.; LUCHKO, V.S., red.izd-va; ZHIVRINA, G., tekhn.
red.; LOMILINA, L., tokhn.red.
[Prellminar7 wetting of coal blocksl Predvaritellnoe
uvlazhnenie uKollnogo massiva. Moskva, Gosgortekhizdat,
1963. 123 p. WIRA 17:2)
1. Permskiy naucimo-issledovatellskiy institut (for Osipov).

W I POV I Yu.A.; !;YSUYi,.V, '~ A.; h~LIVA A)V, i t,. ; -iiAli! , , ~ . ..
rO RPT 111 N, A . V . ; .'J.
MJnJng ii f;eajr, suhj(~(A to bumps uf3lng 'he Trf-th(Yl f,! wlit.-
injection Into the seftn. !lgol ' VO A~-
( MI: ~ A, . . I
1 . F (-. rins kl y na ucl.n o-.J -4 9 1 Pdov a tt~ I ' :~ ~', ' ~ uj7,-) 1 ' ny), '~ lis "' t. I I ~ ( , , I
Os I pov , Sy s ikv e v , K ri 1 (. v n tov ) . .' . ~ 1~ "'0 ~. *dt I M . ~ 1 1 ' r. ' ' 11 K r. :
K I z c- I ug o I I ( Co r 4'. ~ia ri, i ti r,)v , I r) bry ~.' ?,, ,', I 1,wi -,k ) .

KITZIETSOV, Yu.V., inzh.; TARKHANOV, V.A., Inzh.; OSIPOV, Yu.A., ln?-n.
Role of weakoning of the coal ma8nif strength undtir the
effect of wnt--r Injection into the seam, J-n an increajed ;ntK)r
productivity. Ugoll 40 no.11356-57 165. (MIRA 18:11)
1. Pennskiy ruiuchno-issladovutel'skiy ugfj',Inyy Imititi;t.

' ~;ll CV, YirJy Alo~-:~r ~ ~ ! ~ '~ -', i ~ A':* A ,
'.1 - . 1. . Ii T.;~ ,, . ;"',71, , A": ,I . ;- . ,:'. -
. I
r I
i ~ nd U.- * r- '. I I". I..', ; ~ I1w arm * Lo f, ", --l o ! .. ~ , , , r, :, , I ., , 1 '' ~ .~!
of 1-hc;lo r- ~ ~ ! 41 ; I 1IT-Al(ill 'I - . *.Ti:1 !III
:- - 1 c ta ~u:', i ~o h 4 k !, -, !,: , r,orrill III! tr :, ~, i, I- : '' ~:.~. ~ ( I , " . I -.-
I, : , ! oci i , 1, 11 , 1 # I . ,J~l i . ( , I : ,~

o"31"Ov, Yuji.
,,'Kniflcanre )f *-~.e statlat',na! rr-,-,croia,,r.p of
resistance to I~he nhift ,)r rlay molla. vqlt. voak. un
,,eo I . 20 nn . L., PI-F~ JI-Ag 161). (MIFA P , Q
Krif6dra Fruntovedemiya I lnA;inpirr-)y Fooloe"',
(InIversiteta.

EACHURIN, L. G.; GASHIN, L. Yu. G.
Control of the atrurture of crystals groving in a flow of
supercooled aerosols. Dokl. AN SSSR 147 no.4t833-834 D 162.
(HIRA 16t 1)
., la~ toningradakiy gidrcraeteorologicheekiy institut. Predstavleno
akademikam A. V. Shubnikovyn.
(Aerosols) (Crystals-Growth)

ACC NR. Ap6032020 SOURCE CODE: UR/0386/66/oolt/oo6/021349~16
AU-IAOR: Kitayeva, V. F.; Oejpoy~, Sobo-lev, N. N.
ORG: Physics __ Institute im. P. ~N. Lebedev, AcadcnW_of Sciences-SSSR (Fizicheskly fn-
stitut Akademii nauk SSSR)
7 "/rcharge used for the argon ion laser
TITLE: Electron temperature in the electric d
SOURCE: Zhurnal eksperimental'noy I teoreticheskoy fiziki. Pin'ma v redaktGiyu.
Prilozheniye, v. 4, no. 6, 1966, 213-216
TOPIC TAGS: gas laser, argon, electron temperature, electron density, electric dis-
charge
ABSTIRtICT: -1his is a continuation cf an earlier investigation (Dokl. Ali SSSP, In
press) of the charged-particle concentration and the gas temperature in argon under
conditions typical of the operation of a continuously operating ionic arj7on laser.
The results indicated that. the decisive influence on the ion motion in the dischar,~e
column is exerted by the drift of the ions to the wall and their recombination. The
present investigation was devoted to a determination of the electron temperature In
a discharge of this type. Measurements were made of the half-width of the Ar II
lines radiated transverse to the discharge in a tube of 2.6 mm diameter and -'~io cm
length, with a bypass channel. The j,,as pressure ranged from 0.201 to 0.62 Torr and
the current density from 150 to 350 a/CM2 . The results show that the width of the
Ar 11 line increases with increasing current density. The width 8XIj of the line
Card 112

ACC NR: AP~~32020
radiated transverse to the channel
the discharge by a factor -1.5- 2.
the "effective temperature" of the
temperature Te. Te increases from
current density rises from 150 to 550
J1 - 550 a/cm2. It follows from the
spontaneous radiation of the Ar 11
herent radiation of the laser witi.
due priuarily to the increase In the
cro.sr, sections ((~.) calculated from
c 1-112at 5 x 104Y and 6 x 10-111 cr,2 at
exceeds the width
From the values
ions transverse
5 x 104 to 9 X
a/cm2, and is
results that the
liner, and the Increase
increasin17 current
electron temperature.
the clectron temperature
c) x lclm. nie
U,, of
the
of 6~i, the
to the dischftri~e
104 (for PAr - 0.57
radiated along
determined
and the e,ectron
Torr) when the
reach 15 x 104K at
intensity of the
ex-pected to
increase of the
of the power of the co-
density in the capillw-y are
7he electric-conduct:vity
are equal to I X lo-le
electron density lie Is -ai-
culated from the temperature and agrees with the valuet; experimentally deterrineo
from the haif-width of the hyd-rogen line Ho. It is concluded that the investi~-,ations
have yielded the basic characteristics of the disc'Nar(-,e usec for the argon ion4c
laser, which (ire of undisputed interest for the explanation of the mechanism that
ensures population inversion. Although the increase of Te with current density Is
not subject to doubt, the absolut3 values of the temperature must be verified by
other independent methods. The authors thank A. A. Rukhadze for valuable discussions
and advice. Orig. art. has: 1 figure, 2 formulas, and 1 table.
SUB CODE: 20/ Sam DATE: i7jun66/ ORIG REF: 004
line
authors
Card 212

SHIP-
D58 C Isotopic shift it" detd.
;~;,t "I"K t. Nd 10 the I M ruge 4450-
by u%W
8W A. ITIbe lines were red Into 6 ccraponeats, 8 of
Which gre extri'buted to tht Seven lsotopw Of Nd. The
Is attritmitid to tbt hyperfinOuructum c
Dis tr.1 hx4jAR3,'

Cft'~-)y U!315P / PhytA EkI kl,ev,I ti ; - At 1v
A- R-~ferst Lhur-kaii:7~:Ya, 14- 1-o',7. 2'~:_V
A K,r-1-v F. A.,
A--adorv ~f Sciet.__P; I S,) T?
1 shi Lh~
N-
k, 10 SSSR, 1
f ~,IfL Nd spe-tr_1_7 ir. '.Y.e reglor, 'f
~~.-,O-t,50C A, using a natural mixti-re ~ f The light
wa, a '.ut,e wi -.11 a wa*.e-- - . ii-i de. A Latle _ f czpe, t'%:-
',ft given. i . I,, I.-i a ie-
!I,e &:-,d Lhe Df
-rid wit!~ i--:r-mg1rr~
Ni
wa%

ACC NR1AF70 -/67 /17 2/00 2/0 317 /0 319-----
05582 SOURCE COM: ni/oo2o
AUTHOR: Kitayeva.- V. P.; Osipov, Yu. I.; Sobolev, N. N.
ORO: Physics Institute iM. P. N. Lebedev, Academy of Sciences SSSR
(Fizicheakiy institut Adademii nauk SSSR)
'TITLE: Spectroscopic Investigation of gas discharge for argon Ion
Ansere
SOURCE: AN SSSR. Doklady, v. 172, no. 2, 1967* 317-319
TOPIC TAGS: population Inversion, argon ion laser, gas discharge,
01JCAf4.1,*6,t rOL;?E_ , 0,0-3~ D1-3,cqqer-c sPc-orzosawcy, IoA~ 7-ErfnPeL1fi;rJX6
ABSTRACT: Two types of discharge tubes were used 'in the inv'estivation: 1) tubes i
1-3 mm vide, with capillaries approximately 300 mm long between the bulbs.1
for use with cv lasers, and 2) tubes 5 mm wide and 95 cm long with hot
electrodes, for use with pulsed lasers. For tubes of the first type, the
temperatures of the Ar ions and neutral atoms were derived from the
measured width of their respective spectral lines; the ion concentrations
were derived from the Stark effect exhibited by the HG line of the hydrogen'-
'traces. The current densities were about 300 amp-cm-2; ion concentrations,
aboui 3.5 (1013)-cm-3; atom temperatures, about 2500*K (rising with
current density); and ion temperatures, about 2.5 times greater than the

ACC NR,AP706-558
atom temperatures. For tubes of the second type, an He-Ar (10:1) mixture
vas used. Current vas applied in 4-1joec, 6-1 -.v pulses, yielding a
density of approximately 500 amp-cm-2. The atom temperatures and ion con-
;centrations vere obtained by comparing the vidths of the H. and Ho lines
land by using an assu;aed ratic for the contribution of the Stark and
peratures from 2000 to 60000K and concentrations from
:Doppler effects. Tem
:0.8 to 20 (1013) =-3 vere obtained. Electron temperaturea, which are
'required for nopulation inversion, vere extremely difficult to determine
in the investigated case. Orig. art. has: 1 figure anc~ 2 tables. [JM1
SUB CODE:
ATD PRESSt
i
20/ SM DATE: 22Har66/ ORIG RM DOI/ M REPI DOI/
5116
card- 2/g

OSIPOV, Yurly, MikhaylovIci., assllst-n! , i~H',*,N'H(, Yevsoy Markovich,
stdrshiy prepodavatell, FRYANI~HIN;K(V, Vikt,)r AIfkSf-yf-vIcr
FUINMV, 3ikolhy Yjkhayjr,,.",CY., ktirvd. 'sichn. nq'j'k,
Parallel operation of impulse lamps. Izv. vys. ucheb. zav.;
elektromekh. 6 no.10:1157-116C) Ih?. (MIRA !":1~
1. Ka-fedra tenreticheskikh osnov elektrotekhniki Leningradskogo
Instituta tochnoy mekhnnliki I optiki (for Osipov, P,,vzner).
2. Starghly inzhener kafedry teoreticheskikh nsnov elektrotekhnikl
Lenin radskogo instituta tochnoy mekhaniki i optiki (for Pryanish-
nikov~. ". Zaveduyushchiy kafedroy teorptich(,skikh osnov
elektrotekhniki Len'InITradgkopo lnqti*u~a f.ochnoy mekhan'ki
optiki (for Funtov).

IL A*2470-0 EEo-2/F-tyr(d)/FSS-2/EEC-4/EEC(~)/EED-2 Pn-Op~/Pac-4
ACCEWION NR: AP5006635 S/0146/65/008/001/0055/0061
i AUTHOR: Funtov, N. M.; Smirnov, G. V.; Petrov, Ye. A.; Osipov,'Yu. M.
TITLE: Comparison of several methods of converting a sing)e electrical signal
into. i aeries of discrete values
SOURCE: IVUZ. Priborostroyeidye, v. 8, no. 1, 1965, 55-61
T OPIC TAGS: signal conversion, continuous discrete signal conversion
ABSTRACT: Inconverting a single continuous signal into a series of diSCTete
signals, it is essential to know the error that accompanies the converslon. The
errors irtherant to these r4 ad: (1) Conversion of
nethods are theoretically compar
voltage into a proportional time interval; (2) Use of a number of discrete levels
of the comparison voltage (includes PAM; (3) Use of a number of comparison
voltage* proportional to the weight of binary positions, It is found that the first
method requireig only one-half or less the equipment necossary for the oth;r
Cord

L 42470-45
ACCESSION NR: APS006635
methods; howe ver, it is slow and only applicable for codi ng signals of a few
milliseconds' duration. The second.mothod does not provide high accuracyand
suitable for recording signals. of a few dozen microsecond duration. The third
method -is suitable for those applications where the signal is of hundreds of
nucrosecond duration, high accuracy is not required. and the signal dynarnic
range is not large. Origq- art. -has: 4 figures and lZ formulas.
ASSOCIATION: Leningradelciy inotitut tochnoy mekhtniki.1 optiki (Leningrad
_1nkWLtjtq._qf.Fine Mechanics and Optics)
StMMITTED: OZDac63 ENCL. 00 SUB CODE:- DP
NO REF SOV: 001 OTHER: 000
c4m

OSI"iwm', insh.j PEVZNER, U.N., Inzh.j PRYANISHNIKOV, V.N.,
- Inzfr'-'xUjv.Lvvf N.M., inzh.
Inpulse-type lightinp uystem. Svetotekhnika 9 no.6:28-29
Je 163. (MIRA l6t6)
1. leningradakiy institu t tochn mokhaniki i optiki.
(Electric lightinR7
(Photograpby--Electric equipment)

KRASOUK: i , N.N. i3ver,J,)vik ) ; , Yu.S. (Sp~rl I ovsk)
St.abil I zation .,f the m-o.ion )f n, control led object, with delay
In n control nymf.,im. Izv. AN Tftkh. k1b. no. 1. 1 3- 1 1) 11-1)
'6 3. (MIRA

L 2667-46 EWr(I)IEW(m)IEPF(c)IFCCIFMP(J)IEW.A(h) RPL WW
--XrCVSMN WR1-- AT5023954 UR/00001600S NOOGOWO/0392/0402
AUTHORS ]~"ova. N, L.; Msmhkovap.__qt__,B* I Os1povj,._Yu'-.S.
A
TITLEs Results of model experiments on the distribution of pollutants
mottling Into the lower layers of the atmosphere under various meteor-
ological conditions
SOURCEs Nauchnaya konfereatetya po yade,rnoy meteorolooiik.~~'~ "Obninsk.
1964. Radlo& 1kh"isipo-l'zWV-in1ye v
notecrologil, (Radioactive isotopes in the atinosphere and their use
in meteorology); doklady konferentsit. Moscow, Atomizdat, 1965,
392-402
'TOPIC TAGS$ micrometeoroloaX. meteorological tower, seros
air Pollutionj stmospherVe- b6~unda'ky layerp atmospheric surface
boundary layer.
ADSTRACTI This paper describes and summarizes the results of a series
of theoretical nodal #nd field experiments carried out between 1959
and 1963 at thp 300-to meteorological tower of the Ins-ti..t-u-t-e-of--~App_~~_qd_.
Geophysiceii'-ftninsk to study the dispersion of effluents from vari-
ous- heights. The aerosols were sphbrical particles of poly(methylj-
_Cayd _1 t2

L 2667-66
[-ACCESSION WRI ATS023954
11powders ranging between 10 and 100 v in diameter. Meas-
mrathscrylate
- a made of four fractions ejected at speeds of 0.27. 0.17,
0.1, and % 0.03 to/sac, at 100-200 points, 10-20 km away from the
source, Heteorological parameters measured included the wind-velocity
profiles, wind direction, temperature profile (daytime and nighttime,
Inversions)p and such turbulence characteristics as wind-direction
pulsations. The results obtained from the field measurements are
compared with those derived experimentally. Orig. art. has: 4 fvrmu-
last 4 figures, and 4 tables. JERI
ASSOCIATI04s none
I
SUBMITTEDs MprO
NO REF SOVS 011
ENCL% 00
"OTHERt 001
SUB CODEs ES, NP
ATD PRESSs of

I 003h2-66 33W? (d ) /El vT- ( 1 i n V'
jACCESSION NR# APS019615
UR/0376/65/001/007/0908/0922
AUTHOR, 081pov, Yu. S.
TITLE: On the stabilization of nonlinear control systeTn' having a time lap, in
the critical case cf one zero root
SOURCE.- Differentsialonyye uraynenlya# v. Ii no. 7, 1965, 908-922
TOPIC TAGS, control system stability, differential equation, nonlineir Control
system
ABSTRACT: The control system studied Is described by the following equations
dx (t)
di Ax (1) + A, x (i Bu + X (x (1), x (I u), (1.1)
where x Is the state vector* U Is the control vector; T, a positive constant, Is
the time lag, A, A V are ~onatant matrices; X Is a sufficiently smDoth vector
function. A functional solution u Is sought for the critical case of a single zero
root among the class of functionale satisfying the Lipschitz conditions
V=Const>o).
Card 1/2

L 0034246
ACCESSION NR: APS019615
The criteria for stability are adduced and solutions are carried out first for the
class of analytic controls and then for non-analytic controls. An illustrative
example Is given for various conditions on the parameters of (1.1). "The author
expresses his gratitude to N, N. Krasovskly for his valuable comments." Orig. art.
bass 77 formulas. .5
ASSOCIATION: Uraltskly gosudarstvennyy universitet Imeni A. H. Gor1kogo (Ural
State University) Z
DO
SUBMITTEDt OMM ENChl 00 SUB CODE: MA
No REr sovi olo OTHERt ODO
.Cord 2/2

X- 559045 - Po-1s/Fq-4/Pf -h/Pg-h/Pk-h/Pl-4
0"2FACCESSION 14Rt APS015218 IJP(C)' 13C 'UR/0376/63/000/005/06051061
AUTHOIks CsLpov, Yu. S.
TITLEi On the stabilization of control mXsteme with delays
SOURCRt DLfferen',aIal'nyye uravnenLya,'no, 5, 1965, 603-'618
.TOPIC TAGSt delay control system control system stabilization,
asymptotic stability, stability theory
An analysis Is made of the problem of stabilizing a control
syste m whose motion Is described by the system of equations
dir (1)
Ax (1)+A, jr(t -r) + HU + X (X(1), X(-- t). U),
CU
where x is an n-vector In phase coordinateel u is -an r-control vecto'r;
At A~4tv and B are constant n x ti, n x n, and n x m matrices; i Is a
constant delay; add X(x(t) X(t -. t) u) is a sufficiently. smooth n-vectior
function representing the totality of tionlineor terms of higher Anfin-
-7-1

ACCESSION NRs AP5015210
Itesimal order than x(t), x(t r), end u. The stabilization problem
is formulated as follows: on the basis of information obtained con-
earning the currant state x(t) of system (1) at any instant t, it
in required to form a control u(t) under which the nondisturbedmotioa
'x 0.0 of system (1) is asymptotically stable. The segments of the
traj ctory x X(t + 0) (x (e);kolo aos.n., -Jr E(0)) and that We exotton splitting
Card 1/2

L 04147-67
ACC NR- AP6026671
observed corresponds to the splitting of the valence bands at k = 0). It 1H found that I I)U
1. 2 10.4 ev and IN- I = 8 j 1 ev per unit shearing stress in the and