SCIENTIFIC ABSTRACT YUDITSKAYA, P.I. - YUKELSON, L.YA.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002203710015-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR ~UDC: 519.21
YUDITSKAY
"Asymptotic Behavior of the Maximum of a Gaussian Field"
Teoriya veroyatnostey i mat. sta't-`st. Mezzlived. nauch. sb. (Probability
Theory and M.?.thematical Statistics. Interdepartmental Scic-titific Coi-
lection), 1970, VYP. 3, -op 240-247 (from RZh-Kibernet No 7, Jul 71,
ika
Abstract No TV148)
Translation: A real Gaussia~n separable horaogeneou7~ ajid isctroDic field
~(X) is considered, where x is a point in n-dimensiona Euclidean space
Rn, it being assured that Aft (x) -0. Dt. (x)~ I . . In. P)2, a singly connected
closed region El of unit Lebesgue measure is isolated, E,? being wider-
stood to mean the region obtained from El as a result of the mapping
x4kx, -,rhere k is a scalar. Making certain natural assumptions, the
author establishes (almost certainly) the existence of a nunfoer KO(W)
such that
S Ink"
IZEE
1/2
17

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r~ar.ple, a doppler x~)lft, All AA A ft~t Of
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equ.111U.-3on-1, oil 11, for --ple, In Tt-Fer,-rce f I I, t~cv -.-J,~rro the
-
'
ntjll-hyp~th.5ti.
azt. If the P,r.,,!tcrm arc c.,mrinamwily tilmtrt~qtcx~ ~
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Interval, th~ A-
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nitc. N

t--T
0

ylr,.Uve 1. all.ck dt-,~:r4t. .1 the pl,Ane autocorretntor
+
KV7 t 1 - TOto:sh lnt~vrmor
thrctj~oj ~ dvvl~q
llmIter CQ
ca3ca.;e filt'r

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struction 0.1 t!" daL2clirm BY4t,-'~ ~v wepla .c!r.-, Z.1 iuflrdtc n-jrhe'r 44 Q, Z~uzlll
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51 lb. th,- ulgall frv-j,,,xj rzo%~wa
lco hc*..;,,ll Z,,~.3._tJ3 I" Lor ti- rl)
of carr,--t 4ttectl'cn D Wl a fu~ztlz-% OC 01v Mitual CrvT't:'%tY H
Um oi:' nal aad th~ czoitrli illt~7 frCjU'!nZY ag~ Of 6iPniflC---nt ltlWtQ4-C fOr
tl,e ctn1tructica of, rurl~ a *Y61m. 3-

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''USSR mc 621-371-332-3:621.391.883.6
VOLKOVA, G. A., IMM-A~ A. S.
PRONM,
"A Multifilter Detection Circuit Using a Phase Autocorrelatortr
Tr. Mosk. aviats. in-ta (Works of Moscov Aviation Institute), 1971, vn.
207-pp 209-216 (from Rth-Radiotekhnika Nal2, Dec 71, Abstract No 12G21)
Translation: The paper gives an analysis of.the operation of a phase auto-
correlator when the frequency of the received signal does not coincide
vith that of the filter tuning. A relation is found for the probability
of correct detection as a function of the~difference between the signal
frequency and the central matching frequency of the fi2ter. This relation
is used as a basis to show that a multifilter system can be constracted
with the use of a phase autocorrelator. Three' illustrations~ bibliography
of four titles. Resum'e.

USSR UDC 681.3
AKUSHSKIY, I.Ya., YIJDITSKIY, D.I.
"Redundancy in Non-Positional Systems"
Ispol'-- IzbXtochnosti v Inform. Slrqtr~miakh (Use of Redundancy in Infonruition
Syste~ns -- Collecticni of 1.1orks] LeLiingrad,l Mauka Press, J-970, pp 300-307
(Trarslated from Refcrativnyy Zhurnal 'Mat(imatika, No 11, 1970, Abstract !-11o
lIV472 by the Authors)
Id-)stract: The possibility of constructirg corrCC4-ing Codes
In a systoil of
residual classes is studied. The correctin, capabilitips of codes with one
and two v"-t bases are studied. It is demonstrated that it is possible to
test not only an individual nurther but ftl~i(l tit(' rZISUlt ()f a u,~irdit,,r of tational
operations. The possibility of correction of orrors, uvin,g --- oin,gle tcst base
by gradual localization of errors during the proceas of,calculation (method of
alternative sctg) is demonomited.. On the basis of 1 statfr1j:_Jcaj modeling it is
concluded that for a system of bases with~a range of 10L0 t!le mean number of
operatious required to localize the point of.error is 4-5. The problem. of apply-
i:lg a system of residual classes to increase the viability of both individual
tiachines and multimachine complexes is discussed.

. ..........
USSR UDC 681.3
'USESKIY, I.Ya., YUDITSKIY, D.I.
"Organization of Detection and Correction of Errors it% Computers in Non-
positional Systems"
Taifrov. Modali i Intear1ruyushch Struktury [Digital Models and Integrariag
Structures -- Collection of Works],.Tagaurog, 1470, pp 308-319 (Translated
from.-Referativnyy Zhtirnal Matematika, No ll,,1970, Abstract~.Na 11V471 by the
Authors)
Abstract: Correcting codes in a system of residual classes with one teat base
are- studied. It is suggested that the 6cthod. of zerai4$ of a number be ut-ed
for testing, allowing the nutubor of tha intetval in whtch the number 1.3 located
to be determined unambiguously. If the result of zeroing isi otber than zero,
tbis indicatcs.that there is an error present.
The result of zeroing allows possible,valuea of LLVror,-3 to be detorr4ued
for each base, Due to OcUumination notl only of the lpcatloz~ but: also of the
value of poBsible error5, an average of three operatiops is sufficient to local-
ize an error. An example of correction of a-*single error by a correctir4 code
with.one test base is presented.
-'M

USSR
YUDITSKIY, M. 1,
"Planning of Regression Experiments When Their Are Errors in the
Variables"
Aytoipatiz. Nauch. Issled. i Tekhn. Podgotovki Proiz-va (Automation of
Scientific Research and Technical Preparation of Production -- Collec-
tion of Works], Kiev, 1973, pp 5S-69 (Translated from:Referativnyy
Zhurnal Kibernetika, No 9V144)
T
Translation: The linear regression model y x 0 + c is studied, where
Y;: 0, E, x are the vectors of the measurements, unkno~~n paT11MCtOrS, ran-
dom errors and independent variables respectively. It is considered
2
that variables x are random independent+variables and Pxi =:0, Dx a
but, in contrast to most works on.this subject, it is assumed that after
experimentation the values of independent variables x. can be precisely
measured. Under these assumptions, when the number of independent var-
iables is not over 2, it is easy to find.the mean values 3f variables
maximizing certain characteristics ofileast-squares-method estimates
for 6 if the mean values of (x i) do not exceed a certain constant.
M. Malyutov
AnM

USSR UDC 519-217
YUDITSXIYI M. I.
-Random Walks With Absorption!'
Teoriya veroyatnostey i mat, statis, Nezhved. nauch. eb. (Probability Theory
and Mathematical Statisticst Interdepartmental Scientific Collection), 1,0 3r
1970, pp 248-252 (from Referativny'y Zhurnal.- Matematika, No 8, Aug 713
Abstract No 8V97 by G. Pastore)
Translationo A study was made of Bernoullian random walks on a straight
line and an a circle with a partially (i.e., with a p:Vo-bability r 1) and
with -temporarily partially absorbing,screens.(i.e., with absorption for only
some finite time) at each pointl

USSR
YEMKM, F.
"A. Rival of the Legendary Ginsengff
Sverdlovsk, Ural, No 11. 1970, PP 77-79
Abstract: The root of the ginseng plant has been known for its remarkable
medicinal effects in the Far East for centuries. Plants of VAs family grow
in East Asia, including Eastern Russia. In particular, at northern latitudes
-pecies of Araliaceae
of up to 520, one firAs the thoriy eleutherococcus, a b
to which ginseng belongs, Paradoxically the pharmacolol-Ical significance of
this particular species had not been recognized until the middle of this
century. Since then intensive research has shown that one beet-are of lark!
planted with eleutherococcus can yield up to 5 tons of root, up to 2 tons of
stalks, and u-o to half a ton of leaves. ,All these part's of t.he plant are
medicinally active, and in 1969, 100 tons of root extract wora produced in the
Soviet Union, which is equivalent to 2 million. month:~y i human doses. The
strongly stimulating material has found recol=ended us-9 in tho raising of
poultry, since it, has L-3en found that It acts as a substance capable of norm-
alizing disturbances produced by stress in the an~iaal organisa. Stress may
arise under a variety of conditions (love, illness, physical and psychic

2/2

Eict-raction, and Refiiiing
USSR UDC:, 669.71.41
XUDKIN. S. A., DUBODELOV, V. I.
"Influence of Technological Factors on the Process of Refining of Aluminum in
Magnetodynamic Installations"
MGD v Metallurgii i Liteyn. Proiz-ve (KiD in Metallurgy and Foundry Produc-
tion -- Collection of Works], Kiev, 1972, pp 30-35 (Translated from Refera-
tivnyy Zhurnal Metallurgiya, No 8, 1973, Abstract No 8G178, by G. Svodtseva).
Translation: There is interest in the use of electromagnetic installations of
magnetodynamic type for the refining of Al and its alloys. The essence of the
method is that active contact between metal and flux is provided by repeated
continuous feed of melt under the influence of electromagnetic forces. Primary
Al type A8 was refined with a triple flux (30% NaCl + 21% Ba AlF + 47% KCI).
3. 6
The first series of experiments was designed to define an efficient flux state,
the second -- to determine the optimal modes of circulation of the metal in
the installation with injection of flux. The,velocity of the.stream causing
the optimal movement of metal in the bath was 0.2 m1sec. The content of Al 0
2 3
1/2

USSR
Yudkin, S. A., Dubodelov, V. I., MGD v Metallurgii i Liteyn. Proiz-ve, Kiev,
1972i pp 30-35.
in the optimal liquid flux refining mode was decreased by 4 to 5 times (from
0.05 to 0.0125-0.01%). During the next 40 minutes after completion of the
active stage of the process of refining, the quantity of Al 0 in the metal
2 3
increased to 0.02-0.03%, then stayed at this'level, The slight increase in
Al2 03content can be explained by s,eparation,6f Al203particles from the
oxide film formed on the surface ofthe metal'after remoVal of flux by the
circulation streams of metal in the bath. S figures, 5 biblio. refs.
2/2

.... .. ... .......
USSR 66q.715.046.54/55
-YUDKIN, S. A., DUBODELAN, V. I., POLISHCHUK, V. P.
"Refining of Aluminum Alloys in InductioniChannel'Furnaces"
Moscow, Tsvetnyye Metally, No 8, Aug 73, pp 45-47.
Abstract: A system is developed for protection of the chaniiel of induction
furnaces from overgrowth. The optimal purification of aluminum alloys usizig
active fluxes was observed at 720-7300 C, with a flow rate of the stream at
the nozzle of 0.22-0.25 mm/sec, using T-shaped. fittin.gs~0.30-0.32 m/sec.

USSR: UDC: i 539.'4.019.3:621.791
626.18A
MALANIIN, Yu. M., KAVERINA, S. N., RZHEVSKAYA, I. Ya., SMLLE 0
YUDKOVSK_LY, S. I., Moscow
"Study of Various Zones in a Welded Joint in Molybdenum by Methods of Intel-nal
Friction and Electron Microscopy"
.140scow, Fizika i Kbimiya Obrabotk-i Materialov [The Physics and:Chemistry of
Materials Processing], No 6, Nov-Dec 73,. pp~ 123~~.12O.:
Abstract: it is demonstrated that the high probability of formation of
cracks. in the zone around a welded se.am in molybdenum results froni the
disappearance of the cellular structure of the metal during welding, the
~sharp drop in solubility of interstitial impuritics and th.c separation oil
carbide particles, around which significa,it local-phase hardening occurs.

'USSP UDC 621.371:551.510.535
JYMNOVSKIY, N. P. IUIYAZYU-, .,V. 19. LY.;',.,-
I' USELEVA, M. V. 1, :J'07A, L. 11.
L A
"Forecasting th(! Critical rrequencies of the F2 Region"
1 ve na radimer.,v-
V sb. Ionosi'cr. vn.~rnushchcniya i J.Hi 01, 1,.1 7' (IO'no:;Pheric.
Disturbzpccs z;nd T',-c�ir ]Effect o- 11,adin Ca-,:,,.unications -r.:collection CIE
Mor, w., jNnuha 1971, T)p 74-99 (f rom 1, 1972, Ab-
stract No 1.-~323"))
TransInt-ion: A s Ludk, v.,as r,adc of t.1w tive- and spnce carx-e-laftorns Eutweell the
C! s
deviationz 0 cri'lic.-AL freautmeles of the J..'2 ree -al -0-rc-, the normal.
(M' 1"21) to '.'.1.La for the vear cf tl,!,,~: and
_0
C u ivi. t:y Tihe 1Tz:%,.1L.,. Wfth UIC co":r"...Lation
are redt.-c-16 ca ,Ju~ for nziddle IaLitudes, the t-U."C st:1!.'biliLy
greaLcr un Witit ller..ZlLiVC di.';tUri)A1!CQZ' MId 10.~',St 01-F 11.1 (111 Vich
on thu
positiv.- in Lhp equat"arIal 1~icil 'A contrarv, the dine
stability ir, on of po.,5itivc distu&-inces; 2) 41) t'c sum-er the
Stability is ",rc~'!t:er rilml it] thc trinter; 3) dljrir~ thc dray sLabiLlity is
so-it'Mint hi,77"Cr tll:ii! at ni-ht; 4) durill"." t.!!o ycai: of tilue the :~t~-.6ility
is highcr Oil Lite ave-IaL~c Lluail durin.! the ye-ar ~of ti-e minirium. The SU.-H.11ty
1/2

!7`~,177
iSSR
-fer. vo;,r.-.usbcheni)-a i ikh vliyani- 11--
et al. Ionor, ye
Moscow, P'auia rress .1971, pp
interval ti---;e ver-iod when the carrelation coefficient o > 0.5) is hi-hest
at latitudcs of 40-600. It drops at latitudes of 10-30* aad again increases
-1y lcss, The timme correlatJOI
at the equatorial stitions but appreciib ~ i offers
respectu to ti
the possibility of extrapolation with me in the middle latitudes,
especially under ccliditic.-IS of ncg,ativedisturbance. For t!,r-, mosr favoralble
Cases, the Correlation equacicnis are, cor.,-.pilad for this p-orpose. A study of
the spatial COrrz2I.IL4-0-,I .1 strong decrease in LI'a, corrclaz-Jon coeffl-
cient P v-it:h di~~u-,acc with J-eSJ~CCL to 10-10-1 4a"'J"I wil.,
CF.PCC- 11 to
latitude. The-Spatial col-'.01,1tiOll. j.S SOLiM111,11: h!-iler (IILLI.111~t 'Ie-Z-tt-VC discur-
ance, `11-:! tha- Years, Of. solar aCtIVjtV; di~rjwl Lho dy it: is reater
5
, dw
than: at ni-111t. There are. 6 illustr".1tions, 8 ta-bles and an llb:-.entry bibliogri,phy.
2 /2'
61

-11/4 031 UNCLASSSI IED PROCESSING DATE--20NOV70
..-, TIT~LE' CHAINGE IN N,H,l PROFILES DURING POSITIV6 10,40 S P H~- R I C, DISTURBANC-ES
YEARS OF MAXIVUM AND MINIMUM SOLAVACTIVIlY -u-
GCNCHARCVA, YE.YE., ZEVAKINAP R.A:.-q LAVROVA, YE.Y.1 YUDUVfCH,
INIFC--USSR
,(;GUNTRY CF
imCSCOi-.,. GEGMAGKL- 1970p PP 547-549
IURCE
IZ14 I AERONOMIYAf VOL Xt No,
OATE,~PUBLISHEC ----- - TO
S U B. J E C TAREAS-ATMOSPHERIC SCIENCES, A S I ROINOM Y AS TRQPH:Y S I C S
'.t-TOPIC TAGS-ICNOSPHERIC DISTURBANCE-t-F-LAYFRe NNIZATIONt AURORA, SOLAR
VITY, Gt:CMAGNET IC STORM
MAPKIN&--NG RESTRICTIONS
'.-DOCUMENT CLASS-UNCLASSIFIED
PRUXY lN'Ef;L/FKA'lL--30O5/0526 STEP N(J--UR/0203/70/k')101003/05,lf'1/054(:)
-crfK '-ACCEQc f CN NO-- APO 132 72-5

-..:,213 031 UNCLASSIFIED PRUCESSING OATE--20NOV70
IRC ACCESSION NO-AP01311725
ABSTRACTIEXTRAi"T-M GP-0- ABSTRACT A SIUDY WAS MAD" OF CHANGE [N 111H)
PROFILE-S IN ME LArITUDE RANGE 80))EGREESN-.12DEGPEESS~'i)l.,IPINII~ TWO P051f IVE.
DISTUKBANCES OBSERVED DURING THE PERI.GD OF THE MAXIMIM OF SULAR ACTIV11Y
24-2-3 FEBFUARY 1958 AND DURING THE PERIOD GF THE MfNf?iU'-1 Ili-15 JANUARY
1964t. BCTH GISTURBAINICES WERE OBSERVED BEFORE SMALL 14AGNPTIC SrORMS.
SIMULTAP 'rEOUSLY WlTH AN' INCREASE 114 ICNIZATECN IN THE: F REGION THERE k'AS
INCREASE& A8soRprIUN IN THE AURORAL ZONES. THEM STUD,( wAS M,~DE USING
.HUU?;LY NIH) PROFILES FU.A WA Sill NGTON, TALARAj HIJAKAY13, 1610ANP AND
'TED :)Y DATA FOR ALER'r', !BAKER L*-;'E., CHURCHILLi SP-5,
SINGAPORE, SUPPLEMiEN
ISLAND, DiKSONt MURMANSK, MOSCCIN, AIIDi~ALIAA ATX. 1". ID M P ,% R I S 0 N 0 F
uiu PERlops morciuED THAT OURING
Nth) PkOFILES FOR 01STUROED AND
biSTURBANCES THE ELE(:TPt:N CONCEWRAT1014. INCRLA,51:53 AT ALL
Posum-
ALTI.TbUk~S IN THE F RE( ION AiND Tf-j THE GREATLST 1,11FAS -THE IONIZATION
114AX I MUM. !)0tQNG THE f-4lGj-jTTIME AND MORNING HOURS TH" C'P-~-:A]'ESY IONIZATTION
INCREASE ECCURS IN TFE HIGH LATLrUCIESt WHEKEAS Mil-RIN13, Tl-,;: DAYTIME IT IS
:114 THE ELUATORIAL LATIrrOOES. P4 SU61MAX AND N FOR I'liE 'MUS17 PART HAVE
SIMILAR Cf;ANGES* AN ItIGREASE ft4 10NIZATION OCCUR.S IN THE FORM Of- BUR.SrS
WITH AN AVERAGE OURATICN OF THRE-E oit FrjuR HuuRs. W) '-H 4 CONSIDERABLE
INCREASE 11% N- SUBMAX AND N (UP TO BOPEIRCENT.) THE GEC~METRIC PARAMETERS H
SUBP, H SU605 AND T CHANGE FOR THE: MOST, PART IN NORMAL LIMITS [PLUS OR
M114US 20PERCENT) AT ALL LATITUDES. THESE PARAMETERS EXHIBIT AN
APPRECIABLE INCREASE GINLY WITH AN INCPEASE IN MAGNETIc ACTIVITY,

43 031 U14CLA5SIFIED PROCESSING DATE--20NOV70
IR AC ESSICN Nii-AP013Z725
_,j~&STkACWEXTRACT-AN INCKEASE IN 13NIZATION 13ELow N SUBMAX W)ES NGT 0CC'JR
VERTICAL R -f 1)
F SLLT UF ED 15 TR I BUT I GN OF I Ol I ZAT I ON v BU UE TO
I T Mt- AL IONIZATION Of: THE F REG I CN,, FKUPAUATING TO GREAT ALTITUDES.
TFIS It,CREASE IN IQNIZATION CAU UCCUR OVER A GREAT PART OF FHE EARTH OR
1,t~ Llt~i`T~L REGICN5j. Pl-~IMARILY IN THE HIGH LATITUDES. LN QUIET DAYS THE
ftlGFEST N VALUES 6PRE 6.3"SERVED. IN THE EQUATORIAL, LArKTUDES AND IN THE
AURLkAL ZCNE, WHEREAS DURING A, POSITIVE OISTURBANCE THEY Wi:RE 013SERVED
JONIZATION IN THE POLAR
N T H E PLLikk REGION. THE MAXIMUt INCREASE A;N
R E G I -Lit, INI;ICATES A MkPUSCULAR NATURE GFiPGSITIVE DISJURBANCES. THIS
rWjA.PL5CL-LAA RADIATION, LIKE THE PROICNS RESPUNSHLE. F-5k Ki%t PRODUCES At",
IN Tt--.-; ELEGYr-.0"4 CJ' "CENTRATION IN YHE IGNOSPHFILkEl -141 THOUT A,
Su5STANTIAL CFANGE It, THE GtOMAGNET.IC FIELD AND IW405PHERI~. HEAT[W;.
N 0 El ECTP
JHESE STiiEAMS POSSIBLY CCINSIST OF. (014.ENERG,Y PROTGNS~i A; =S.
'FAr_ILITlY: INSTITUTE OF TERRESTRIAL MAGNETISMt IONOSPHERE ANO RADIO
:;iAVE. PRUPAGAT ION.
UNCLASSIFIED
grill! T-MrMml-"

"..~413~: 024: UNCLASSIFIED PlfZ0CESSltqG*DATE-- 23CT70
o
ft.LE--CYCLIG VARIATICINS OF T14E A -SUB(I AND N PARA'AETERIS IN 'THE LATITUDF_
EPFNDENCE OF MIDDAY F2 LAYER IONIZATIJIN4 MIDDAY IONIZAT13N OF THE F2
HQR-(0Z)-CESPR(3ZVANNAYA, A.S., YU0OVIGH.f L*A.
-_:l,C.0U_NTRY OF INFO--USSR
AND ANTARTIC SCIENTIFIC RESEARCH INSTITUTE AND INSTITUTE OF
.`W~,:,.,,T,E9R,ESTRIAL IMAGNETISMv IONOSPHERE AND RADIO WAVE PROPAGATION; MOSCOW,
PUBLISHED ------- 70
ARE-AS-ATMOSPHERIC SCIENCES, ASTRONOMY, ASTROPHYS I r S
~,:TOPIC: TAGS--F LAYER# IONIZATIONs VERTICAL-SOUNDING* SOLAR ACTIVITY
CONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
'PROXY RFEL/FRAME--L990/1664 STEP.~10--Uk/0203/70/010/00?/0336/0348
CIRC ACCESSION ND--AP0109657
UNCLASSIFIED

~~213 024 UNCLASSIFIED PROCESSING OATE--02OCT70
C IRC ACCESSION N'l-AP0109657
I-ASS.TRACTIEXTR-ACT--(U) GP-0- ABSTRACT. THE ANALYTICAL FOR14ULA FOR
~DESCRIBING THE GEOGRAPHIC DISTRIdUTIGN or- MIDDAY 101%117ATIDA OF THE F2
LAYER IS~(SHOWN ON MICROFICHE) WHERE M SU131K IS EQUAL TO THE RATIO OF
THE FGURTH POWER OF THE COSINES OF SOLARZENITH ANGLE AT 7HE ENDS OF THE
MAGNETIC~LINE OF FORCE PASSING THROUGH A..PARTICULAR. PUINT WITH
COORDINATES-I (IN LATITUDE) AND K (IN LONGITUDE)* THE PARAMETERS A SUB
O__AND N ARE.FOUNO EMPIRICALLY. DATA FROM THE WORLD:NETWORK OF VERTICAL
-SOUNDING STATIONS IN THE NORTHERN HEMISPHERE.WERE USED IN :OMPUTING THE
A-,SUBO AND N PARAMETERS FOR 1958-1964*. :THEIANALYSI$ REV-EALEO THAT THERE
ARE SUBSTANTIAL CYCLIC CHANGES IN THE AO.ANO N PARAMETERS WITH A
LATITUDE DEPENDENCE Of MIDDAY IONIZATION -OF:THE F 2:,LAYER. THE RADII
E-MI.SSION FLUX AT LAMOVA EQUALS 1 0. 7 C14 CORRELATES BETTER, WITH
.-PHOTOIONIZING ftADI'ATION'..THA:N WITH"SPOT NUMBeR* LFNEARITY OF' THE
DEPENDENCE IS NOT IMPAIRED EVEN DURING THE PEiIO0 OF HIGH SOLAR
ACTIVITY. COMPARISON OF DATA FOR 1958 AND 1964 REVE4LED THAT IN
THE AMPLITUDE Or THE ANNUAL.-VARI-ATION'REMAENS CONSTANT
-KITH TRXIISITION FROM YEARS OF MAXt4UM Td,MINIMUM ACTIVITYP ALTHOUGH IN
ABSOLUTE V-ALUE IT DECREASED BY HALF DURING THIS PERROIDa. THE EXPONENT N
:;..,.ItJ-.THE FOMULA IS FOR THE COSINE OF SOLAR ZENITH ANGLE. THE NATURE OF
ITS CHANGES-OURING THE CYCLE IS O.IFFERENT FOR DIFFERENT SEASONS. OUTING
AND DECEMBER N INCREASES WITH A DECRE ASE IN SOLAR-ACTIVITY WHEREAS
AND,-.SEPTEMBER IT DECREASES, lNwYEARS OF MAXIMUM SJLAA ACTIVITY
THERE ARE LOW N VALUES DURING WINTER AND A MARKED INCREASE IN 14 WITH AN
INCREASE IN SOLAR DECLINATION FOR DOTH flEMI:$PHERESo IN WINTER THE N1
VALUES IN YEARS.
U LI A-SI f-ff- 0

i T- ~: iU
~ . ~ a ~ i - , , . . i . I. . . . . .6 z, i b .i i , , , ~ . . , ~ . .L . , , , ~ ~ . ~ . d . . q I . . j _ , . . t ~ j , I ~ . j d , . ,M_'j,,...--'T,-1"
'Us'ngrulm~ ~-,
~! I v -- -j::~ ; 1! . i
I 1 .1 .~ ~ ~. _ - , I : .1 .~~ ; - :I ! i':! .! , I't !!,, litt ~il iiji, ~;-pl;:.7

Z/2 o18 UNCLASSIFiED. OROCESSING DATE--090CT70
~._C,IRC ACCESSION NU--AP0114b77
ABSTRACT/EXTRACT-1U) GP-0- A!~STRACT. AN INTERNAT IONAL SUMMER SCHOOL ON
JUNSOPHERIC PHYSICS WAS HELD AT. SQCHl DURING THE PERIOD 3-16 SEPTE148CR
1969. THE SCHOOL WAS ATTENDED BYREPA.ESENTATIVES OF THE SOVIET UNION
AND THE SGCIALIST COUNTRIES. UUTSTANUING SPECIALISTS'IN THE FIELOS OF
EXPERIMENTAL AND THEORETICAL IONOSPHE~R,IC,RESEIARCi4.PRESENTED LECTURES.
A. Dv DANILOV GAVE A REVIFW OF CURRENT PROBLEMS IN AERONOMY, IVCLUDING
MOSPHEKIC COMPOSITION, CHEMICAL REACTIONS AND INTERAClION OF RADIATION
ll
A
PROCESSES,wITH THE UPPER LAYERS OF THE:-ATMOSP.HERE~. G. S.
KV&NON-KHQLODNYY GAVE A REVIEW-OF, EXPERIMENTAL DAYA ON VERTICAL
VISUIBUTION, TIME OF DAY, SEASON# AND SOLAR ACTIVITY FOR ION
_COMPOSI.TION* TEMPERATURE AND EFFECTIVE RECOMBINATION COEFFICIENT. V. M.
PGLYAKOV PRESENTED A DETAILED EXAMINATION OF'TRANSFER PROCESSES WHICH 0.4
A GLOBAL SCALE AFFECT THE- 10,40S"ER'IC-"I)l~STR~-18'UTIUPI~'O.F~'CHARGED PA'R'TI'CLES.
UNCLASSIFIE0z.

021 UNCLASSIFIED P.RaCESSING: 0ATE-20NOV70
-TITLE-RELATICN 13ETWEEN NONLINEAR POLARIZABILITY TENSOR OF.MOLECULES, AND
THE APPLIED EL,ECTROMAGNET C F ELD -U-
GREEN LAG FUNCTIGNS OF .1 L
'-AUT.HGR-(03)-3JKUV,. O.U'.y 5HEKHTEK# L.SH.t YU00-vic"y m *:V.
~'-.GGUNTRY CF iNFO-USSR
SUURCE-OPT. SPEKTRCSK. 19709 28(2)r .228-31
-DATE
PUBL ISliED----70
~,SU3JECT ARLAS-PHYSICS
s R EFFECT MAGNET IC
0? 1 C rENSUR ANALYSI NON1. IN EA
-POLAKIIATIXt, MULECUU, GREEN FUNCTIONt ELECTROMAGNET IC FIELD,
VATH
EMATIC EXPRGSSION
CCNTRCL YAkKING-NO RESTRICTIONS
CLASS-UNCLASSIFIED
-~PROXY REELIFRAME-1992/1782 STEP N07-UR/005L/701028/002/0028/0231
CIRC- ACCESSMS; NG--AP0112768
M

Hydraulic and 1hieumatic
USSR
MQV Rostov-na-Donu
Ito
ccurrence of Autooscillations in a Liquid"
Mos co;4, Prikladnaya 11-fatematika iMekhanika, Vol 35, No 4, 1971, pp 638-655
Abstract: A study was made of the occurrence of autooscillations on transition
of the Reynolds number (or another parameter determining, the stationary move-
ment of the viscous in compress ib le liquid) through the -critical value. The
method of Lyapunov-Shmidt [Vayn'4-Jerg, et al., :Teorija vetvleniya reshen y
nelineynykh uravneniy, Moscow, Nauka Prose,, 19,69,; Krasnq,sel'skiy, et al.,
Priblizhenn9ye resheniZe operatornykh uravneniy, Moscow,i I'lauka Press, 19691
was used in the study.
The a priori estimate of tile frequencies of possible autooscillatory
conditions is established, and it in proved that the branch point of tho cycle
can only be the critical value of the parmllorer. AdditiQnal conditions under
I -t is ,
Which tile cycle actually occurs are discovered. A theorom vildol an inniog
of tile Kras none Vskl Y tboorcin oa bifurcatioix pointij, jgraiinoaellskiy, To ) o-1
-gichaskiye metody v teorii nelingn kh intel"ral'nykh a~neniy Moscow, Gostakh-
tir.
izd,at Press, 19561 is proved. Under~ the conditions of this thLaorem the

USSR
YUDOVICH, V. 1. , Prikl!Ldnaya Matematika i Hekhanika, Vol 35, No 4, 1971, pp
638-655
existence of autooscillatory periodic motion is established on the basis of
analyzing certain linearized equations independently of the form of the non-
linear terms. A second theorem is proved. resulting in; a more detailed study of
the cycles, their numbers and analyticai properties as functions of the parame-
ter under consideration. The proofs of the two theorems are based on the most
general properties of the Navier-Stokes equations, and they are easily general-
to a broad class of ordinary dif ferential. equations in a3 Banach space
containing various problems for equations 'of, the parabolic type, the equations
of convection, magnetoliydrodynamicsi and so on.
2/2

USSIg
MARQW, G.S., WDOVICH, V. 1.
"Conditions of Instability of Purely Rotary Periodic Flows of an Ideal
Fluid"
Mat. Analiz i ego Pril. T. 3. [Mathematical Analysis and its Applications,
Vol 3 -- Collection of Works], Rostov--na-Donu, Rostov University Press,
1971, pp 59-69, (Translated from Referativny), Zhurnal, ~fekhanika, No 10,
1972, Abstract No 10 B524, by V. Kh Izakson)
Translation: Purely rotary flows of an ideal incompressi.ble fluid betiveen
rotating cylinders are studied:
0 10, 0, tr, 1), 0), 0, (t, 1) F(r i)dr ri-ji)
-lie condition
-periodic function of 'r, atisfying I
P(X, T) is a T
I F tr, dt 0. r., (r) is an a-rbitra
ry function of r The method of
small oscillations is used to establish~that for instabilirv of these
flows, it is sufficient that the conditions
R1,111 M1lflT1_Hflf=1T4PFM _1.111U V-alj~

- , ~- 7. .,:;,
M I-IM-Ml- "TITU

1/2 036 UNCLASSIFIED ESSINO DATE 30OCT70
TITLE--THERMODYNAMIC AND SPECTRAL PROPERTIES OF 11-NITRUPHENOL IN AQUEOUS
~_'.~-.ELECTROLYTE SOLUTIONS -U-
AUTHOR-(04)
-NIKOLSKIY# B.P-r YUDOVIClij YE.~YE., PALCHEYSKIYI V.V.t SPEVAKt
_'V! N
"'COWNTRY OF INFO-USSR
-lZ 9_1
,.!~CURCE-ZH r XHIM- 1970, 4413)v 70 1
7~;"bATE PUBLISHED ------- 70
,-SUBJECT AREAS--CHEMISTRY
TOPIC TAGS
CHARACTERISTICt SPECTRUMt PHENOL7 ORGANIC NITRO
COMPOUND ELECTROLYTE# ENTHALPY,.ENTROPY:
ONTROL 14ARKLNG--NO RESTRICTIONS
_c
'~.GOCUMENT CLASS--UNCLASSIFIED
':~PROXY REEL/FRAMC--1997/0723 STEP PJO--LIR/0076/70/044/003/0709/0711
'-ACIRC-Ar-CESSION NO--AP0119630
NCLASSIFIED

2/Z 036 UNCLASSIFIED PROCESSING DATE--30OCT70
CIRCACCESSION NO--AP0119630
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. PARTIAL ENTHALPY AND ENTROPY OF
DISSOLN. OF P-0 SUB2 NC SUB6 H SUB4 OH DECREASED WITH INCREASING CONCN.
:OF~ELECTROLYTE. THE DECREASE OF THE ENDOTHERMIC CONTRIBUTION TO DELTAH
DE tCTROLYTE, KBR GREATER THAN INACL
PENDED ON THE EL GREATER THAN KCL
GREATER THAN LICL. THUS, THE DECREASE WAS~LARGER THE LESS HYDRATED THE
IONS OF THE ELECTROLYTES. THE ENEkGY-OF-THE 1ST ELECTRONIC TRANSITION
~DECREASED WITH INCREASING CONCN. OF: ELECTROLYTE AND THE EFI:ECT OF
-CREASED, WITH INCREASING CONCN. OF. ELECTROLYTE, AND THE EFFECT OF
FACILITY:
~.:.--.~',ELEC.TROLYTES ON THE EN;--RGY VARIED J.N THE:ABOVE ORDER,:
~LENINGRAD. GOS. UNIV. IM, ZHOANOVAt.. LENINGRADt USSR'*.

USSR
UDC: 517-9:539.1
_M2FMOV' ff. F. YUDOVI1T M. E.
flon the Nature of Convergence of Bubnov-Galerk in Approxi Imations in the
Problem of Vibration of a Nonlinear Cylindrical Surface'~,
Tr. Leningt. tekhnol. in-ta'tsellyul6zno-bum.' prom-sti (Works of the Lenin-
grad Technological Institute of the.Cellulose and Palper Industry), 1970,
vyp--25, pp 219-222 (from RZh-~-Matematika,:No 5, MaY 71, Abstract No
5B519)
Translation: The authors study con.vergence of a sequence of Bubnov-Galerkin
0
approximations to the unique generalized solution a (x, I)E1*1 of the indi-
cated problem which satisfies the identity,
rx
XX
00
where KW-el urdx.uxx an d (D (x, t) is aszrooth function which vanishes on tC.[T-6: 71, S > c -
1/2 It is shown that the Bul)nov-G~-derkin apprwdmations
AIM'!E'A" M-A
4a9

MOROZOV, N. F., YUDOVIN, M. E., Ti,. Leningr.'tekhnol. 'in-ta tsellTalozno-bum.
pron-sti, 19T0, vyp. 25, pp 219-222
-d4
vhere vi(x) are eigenfunctions of the o-perator''a-q in L2[0,nl, and (x)dx
converge to the solution u(x,t) vith respect to the norm in space w-'-I
O