SCIENTIFIC ABSTRACT SOVETOVA, L.S. - SOWIAKOWSKI, J.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001652620012-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

3(7) SOV/50-59-6-4/it
AUTHOR: Sovetova, V. D.
TITLE: Vertical Distribution of Clouds in. the ~~,Frontal Zone Over
West Siberia (Vertikallnoye raspredeleniye oblakov v zone
frontov nad Zapadnoy Sibi Iyu)
PERIODICAL: Meteorologiya i gidrologiya, 1959, Nr 6i ppl;21, 25 (USSR)
ABSTRACT: Some results are given here' concerning i~tfie- ~Utiistical;:-
evaluation of vertical distribution data i n: 't he frontal
cloudiness over West Siberia during th e cold~,iesson ( 6 c t o be r
to April). The sounding data of -the atmosphe~~re`, in ISverdlov~k,
Omsk and Novosibirsk obtained in 1952_~1:956 froi~mairplapes
were made use of..During that time
, 77,~Iof all frontsiin-
.
fluencing the weather in the-said areas'i:4erd sounded.' A com-
parison of the data obtained here with those:gi,ven by~K. G.~

Abramovich (Ref .1) shows a go o d agre eme'i,it and p ' ii t s 'the,
erm

statement that the up?er limit of cloua~.forma'tion ove-
r West.
- ~ I -
-
I ~
;
I - :
.. ,
j.1 :-
I
Siberia is not lower than the 'one over. t e -olains -of the Eiiro -
-her
pean territory of the USSR. As concerning. Ae frequently, hig
Card 1/2 position of the upper cloud~limit in Sverdlovsk as com~paired
to other regions, the author is of the opini6n~that this is

Vertical
Zone Over
Card 2/2
Distribution of Clouds in the Prontal 8 Y/50-59 6- M
0 4
West Siberia
due to the Ural mountain range. AnAnvestigation is. madIR here
of the frequency of cloud mass thickness andAhe thickness'
3A is jho~~ Wn iiith. tables
of the "dry" intermediate masses, and
2 and 3 that in Sverdlovsk the uppe:~ cloud limit,is hig4er'
and at the same time there is a larger 1~stratilticationtf~
(yarusnost') of clouds; cloud masses are'lesd thick here
and the "dry" intermediate masses becomei~more., requent,here'.
than on other places observed. This peculiar 'distribution of
these elements is caused by the influencte'.of the Ural mountain
range * In sounding the atmosphere, cloud's : be'lo -,3-n touppdr
.9
strata.were for -the most part not reache.d bylairplanes. ~Table'
4 gives a survey of the cases in:which the clouds of the ci!
plan6*, 7ahd those.cases
Cs and Co.were pierced through '~y an airp
in which this did not happen as well as the cis'es in which
the clouds were above -the airplane..On the basi'~of this' table,
conclusions are drawn:concerning the atmospheric conditions~
in flights over Omsk,_Sverdlovsk and Novosibirsk. There are, 5
tables and 2 Soviet references.

231
B/014 601/000/009/004/005~_.
A052 A129
S70 0
AUTHOR: Sovetova, V. D.
TITLE: The effect of the Ural Mountains on the~evolution of the
frontal cloudiness
PERIODICAL: Referativnyy zhurnal Geografiya, no. 91;19601 64: abstract.'
23164 (Tr. Tsentr. in-ta prognozovi 1959 n6-~ 79,-12 -'24)
TEXT: The results of processing data from airplane~atmosphere]sOuiid-
ing carried out in Sverdlovsk, Omsk and'Novosibirsk..in the cold half~year-'
during a 5 years' period show.that in the.direction from Sverdlovsk to Novo-
sibirsk the following phenomena are observeds an increased~'!probability of
powerful Ns-As, a decrease of wavy clouds of Ac type,~.a decrease of'the I
stratification of clouds, an increased probability of,,a ldw"cloudiniis, i'a
decreased frequency of the upper boundary of clouds';at tl,4~fieight of~;over
5 km, an increased probability of precipitation reach ,i~g t~~,.48,rth su:rfac,e,
and a decreased probability of icing and bumps. Many;.of thOse phenomena-
are explained by the location of Sverdlovsk on the ie'64ardsloP6 of~the
Ural Mountains relative to the predominant flow4 Here waves are formed and
Card 113

2
S
14 v60
/,~6/066/00 4/005
/0
A052/A,129~_~
The effect of the 'Ural Mountains on the.:. .
a peculiar distribution of.thevertical air flo*s t 4s which:- cai:xsel
the 3tratification of cloudiness, the washing-off~6f_the1dwer preqipit!idon~~i~`
zone and an increased icing probability., An i~ve~s~fgitibni~'of the baus as : of
cloudiness stratification in Western Siberia and conditi6n~ of the evol"uAim
ti i
of clouds in Sverdlovsk wao.oarriaLout Cases where.a :6 ra f cation
an& 0
clouds had been recorded in all three localities wete~ selected and! iYz d.
The stratification was caubed-either by.,the orogr ph bto 1i
a y ort: y t e pressure
field. In Sverdlovsk in 53% of all cases the effea:i~ofIhe mount&ihs is
present; to the East of it-the stratification.of 'elloudiness is affected by
, -, t v i~
the Siberian anticyclone. The effect 'Of:theUral X~un ains in Sv~rdl6isk-
endiculai:to"the mounl id in'
is felt when the wind is perp
of no importance. A powerful frontal cloudines's is.:observed'hero mainly
during winds parallel to the mountains. The moisture conten in the siratal
earth - 850 millibars, a5o - 700 millibars, 700 -~500 miiiibars.wae record-,
ed and compared with the presence.or..absence of.clouds in,~~Sverdlovsk.an'd
Novosibirsk and with the air temperature. The charts show connection be-
tween these elements and can be use6 for diagnosib~And prognosis-6f the
vertical distribution of cloudiness. In conclusion:an armlysis: of" twq typ-
Card 2/3

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Studied. All~cyc on a-reg on d'bi' ;f trSACC
19 -01~
ing the three year per d '' 6h f
:-1955-,:.~:-57--.~iib3-:~iticlu e ~,:_t t ai. 11 ~003.-`_;Atnd
t thle!" 1, q ~ - __'-
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origin, the ihermal:pattern in* "ic~ :at c t
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develops, the location of the Max'imum'~ jjraiidiIi~&: 6h ~t
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a c! the dat d* e datIca (IF tcl
conditions storm winds are b ~dq6r- i
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R.
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Oanges 6 c on- s idered theoret ca
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emperature -is -'shown ig, t i uC. o~--, z 11ta
er The calcula. io- n,s: s~ov. t6ai,
ur acei, ver ci ~,i
transf
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AS'ure and 2 tables
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RUIMFIA/Chemical TecllnoloMr Chcxftcal: Products and Their, H-30
Application, Part Varl-dshes, faints., Paint
Coatinrgs.
Abs Jour Ref Zhur - Khimiyr., No 14,1958, 48820,
Author I. Gavat, P. Soviani
Inst
Title Modif ied Phenolaldehyde Plastics.
Orig Ptib Rev. chim., 1957, 8, No 4, 264-27o
Abstract The preparation of liGht colored oil-~aolublc:rdsins of.
the albertal type with an elevated softening,.tapperature
(160 to 1720) is described. Those rcsins arepreparea
by the interaction of colophony and maleicianhydride
with preliminarily prepared tetramcth~lold6 enylolpro-
P4
pane or resol resins (condensation products of phenol,~
cresol , or n-tert. -butylphenol -with f6rmaldehidc) at
1500 and following esterification with Caycerin (--t 250
to 2600). These resins are soluble ffi,siceativc~and
Card 1/2
71 f7

11011-11 Miami
t WL750-66
ACC NR-- AP6032885 SOURCE CODE: HU/0012/65/013/008/0236/0239;
AUTHOR: Marek. Nandor--Marek, Y. (Doctor); Szovik, Jozs
ef
ORG: eged University for'Nedi
Dfarekl Institute for Medical Che istr Sz cal, Scien2n,~
Szeged (Orvostudomanyi Egyetem Orvosi Vegytani Intezet); LSz6vikj Hungarian Optical
Works (Magyar Optikai Muvek)
TITLE: Experiences in the use of the spektromom 201 ultraviolet spectimphotom~eter~
SOURCE: Meres es automatika, v. 13, no. 8, 1965, 236-239
TOPIC TAGS: U`V spectrophotometer, photoelectric cell/Spektromoin 201 UV:,speq-trophpt=e OLI.
ABSTRACT: The specifications of the 'Spektromom,:201' ultra4i6lat-spactrom.
.photometer (ma'nufactured by Hungarian Optical Works) were diestribii ` in
d;
detail. The instrument operates in the 190-1100 nm. wavelength ran'
.ga;
its photocells are British-mada and its light sou ree ir, Geman-made
Its operation and calibrating procedures were described and 'some re-
sults were discussed to illustrate its accuracy and reproducIbili
Orig. art. has:- 5 figures and 3 tables. [JPRS1
SUB CODE: 20 SUBM DATE: 22Feb65 OTH REF: 002
'Cc~d fnis UDC: 535.243~25
!:0 9-26 i yd~~

pu,
n*le ALE
r,ioxiii
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Abstract, No abstract.
Card 1/1

2-1 (6)

AUTHORS: -10/213
Mostovoy, V. I.
Mostovaya,* T.1.,
,
Sovinskiy, M., Sa~tykovo lure S.~
TITLE; The Distribution of the Kinetic.Energy ei, the' F r~agme:nt sin the
235
Triple Fission of W by Thermal Neutroiis~
PERIODICAL: Atomnaya energiya 1959t vol 79 Nr 4, pp~! 372-~74 (USSR):
A3STRACT: K. Allen and J. Devan. were theofirst to' investigate the;
distribution of the ki]netid. Wff*-dr:fragm,6 nte ln:~ the fiss'i
of
235
U with emission of one a(-particle with- a .164 range. Aacozdirjg~.
to the results they obtained the distributio :n: of the kinetic
energy of the fragments in:a triplefission is, similar td:the'
,found in:double as e: pr
distribution usually one T~ eseni; paper
gives exact data concerning the.: distribution 6fl~ the kinetic
energy of fragments in a.triple ffssion.~i A dq~b,ie, ionizatt -on"
chamber with a grid was used: for the pur'pose ~OfL~ detecting the
fragments'and Dc-particles with Jong ranges. The.! apparatus L and.L
the measuring method are bri .efly de 11 tier.ibed. t~eie~ mtiasui6ments
were carried out in the neution beam of Vqk-Lr6actor. A
diagram shows the distri*butionLof the.kiheti6.energy of the i
Card 1/4 fragments in a triple fitision, Alto ethei!, 17!6 cases:o-f
1.4

I I
The'Distribution of the Kinetic Energj of'the SOV/
$9-7-4-1 0/?B.
Fragments in the Triple Fission of U 235 by Thermal Weu~ro 8
n
triple fission were recorded. For purposes of i domparison; also
the distribution for double fission, which wds;-measurea under
the same conditions, is given..Zven.ifi,jn cdunting,the~
"geometric conditions 2irl' are used: the areas ~ of the trio: i
groups of 1 fragments produ ced in a triple' differ
considerably from each other. The ratio!~.~bf tfii�~e , surf aceiij four
light and heavy fragments,amounts to.OoO2'. Tfie:':~ Sim' 1 e
-P
geometric conditions of this counting chambers permitted'a
reliable determination of the influen e~,;.e'xer'c'i:sed by the
B~ -up
angular distribution of long range OL-partiC14 on the.,
efficiency of fragment recording. The i~tio between the:
recording probabilitles for a*.ligh-b and.Pa heavy fragment
(in consideration of the angular distributi6h~bflx-par~ticlds
with long focal distance) amounts to
heavy light
which explains the observed aifference_!between the areas. The
third diagram shows the kinetic energy f4istrlb~tion of 'the,:
fragments in the case of a triple ~fissi'on in;. c'onisiderAlion
obab e,', 'Ile he~.V:
of fragment recording. The most pr and
an
Card 2/4 light fragments are less by 5. 1 -`- , -!!
7 0. 5. 00 Me

i!: SOV/89-7- -101284
The Distribution of the Kinetic Energy,of the.
4
235,
Fragments in the Triple Fission of U by ThermU Neutrons
respectively than in the case of a double fission* Thiq,.
ey,:ican owever
decrease in kinetic energy by 13-8 M hot be'
e-xplained by a decrease in the, chixrge:"bf I the fragment a ~i6iue to
the departure of an aL-partiole. The most probable value of..
~the total kinetic energy liberated in:iL tripl6, fission iis less
by 1 Mev than in double'fission. On thi:;basisI:;;'Lof this result
the authors evaluated'the, excitaiion.~energyiof the frsgnrents
235
in triple and double fissions of ~U by thiriiai,.neutrolase:~
Vnder the conditions made; here the. average ~excitation:' 'energy i:
of fragments in.triple fission must bell low T 5.87 M~v-than-
in double fission. This also'agrees well with;the
obtained by V. F. Apalin ~ on the numbe~:j ~'o'f sie'dondary neutrons
in the case of a triple fission of uranium.1,11he half-widtlis
gy distributi in a~t-A~le ii6si
of kinetic ener on an ark le6s
by 1.1 � 0-5 and 4-3 t 1.0 Mev rqepe~tively~Aha~ the
corresponding half-widths in double fission!.~;There are, 3 f iglim
and 8 references, 1 of which is Soviet'.*
Card 3/4

/Klebanov,
AUTHOR:
'Bents
3.58-5-1'/35
M.K.) and Sovkin, V.F., Dot
~
l
--- - ------
TITLE. The Evening Cow-sea..: Have Vide, Prospects,;(U vechernikh fa-
ba!tetov - shirokiye perspektivy)
PERIODICAL: Vestnik Vysshey Shkoly, 19582 Vr 5, pp 30-:32 (USSR)
ABSTRACT: Kuybyshev Industrial Institute can serve
As an example for thw,
great possibilities in the training.~qf specialists witliout Z
separating them from production. 1n.;19509 160 pers.ons'were.

enrolled in the evening departmentg, :and in~11957~ 490.
At th
beginning of the 195q/58 school year, 1,,900 persons were in'
training at the evening faculty including'1,000 at .the branch
ia~n't
siya;:
faculty located at the Kuybysheirskay a gidroelektros
l
,
(Kuybyshev Hydroelectric Power Plant). Th'ei faculty:is pre-
paring engineers in 6 specialties;,technof6gy of maq~inecoa-
-
64ts'
f elec-,
struction, metal-cutting machine tools a nk.: instrum
,
trical machine tools and instrument'6, electric plants,~net,

zed
works and grids. Branches were als or 'fii at'dion~urg,
ga
,,
Ul'yanovsk and Novo-Kuybyshevsk. The majority of 6tudents
-
81-
attending the evening courBes, are, 'Pract,1010aers with cop
derable experience. The first 66 engine4rs graduated from
Card 1/2 the faculty in 1955; this year 180 engine6rs will be turned

PeCuliarition of the internal apherical S I 5/6Z
[0001000i
7A
_j il-I
e _ _i-
our ac~
a
levated quality, nd:good accurac3ro t 6~~gr
: WA
r9un
small specific consumption of:t',,e grinding ool
(3) The
h6 principa
technological factors diffe r substantially in., high-~spee~,I. grfn~ing 4r(ril!those, obtain-
ing in ordinary grinding. In particular', the question 6f
d-aris 'r% ol actor 4r
speed of. the part and of the tran verse'-166- es, ~e co Is---
nolonger the productivity of the grindings~prqcess, Wit th6i: a 't' 'O'f~the:ground-
. I;, I - 11 ". 1 Mil 1. 1 .
rion forJhe! se vicil. life, ~:j
surface, which indirectly:is a crite a6hine-; 4"1) in
high-speed internal spherical grinding.a. newdncreapedn,z,
;j, R rUo,:i name y
v 0.1125-0.165, reflects e: fundamcintallydiff(i rend atake I of !t
tu
vfeed/ periph e..npve
e s-s. (5) cant inc ea n4i4d-iate~*of "the-p t z,-, till
proc r1iis signifi r seA: spe.e.
P,gh d gr1nCL
ing improves the' surface quality and minimizes:the'appear aot ~6pots. i:T4e__'.-`
latter is' attributed to the decrease, in:contactitime' bebween's t -'ani ing disk.:
"It i VDII.
cm, dt 1: - 1
ana, hence, to a decrease in the..adverse :ZO
th6rxiialeffecthi rie~-
h 'l;
following recommendations are, made~ (a)jn6iea edi6f'th-e_::
se,,.ofithe'pb~rip 0 pe
i'd r' p'f the' pdrtt6!,be'
grinding disk from 30-40 m/sec t6-50-60 mls'eci thelf6c af6
:(cit-in h ~With a me cha"!nI _-
increased from 100-Z50 m/min to:400/456Ixdritii~,-:, j
lit
cal drive, the transverse feed should be 2.'7-3.2.mrn' riiin.i 16) Mi6 O~ technologicalf.,
o r- th'! 9
recommendations should-be employed iii:theni de niZ.Ltion,.O e! niahy e3asti!
circular grinding machines in the bearing, and tooi* inaxlLs try: and-ali
in~ the de: Igh,;
and development of a more progressivemod~l of the i JJ3. - (1,
5M) sphexicA
--,-R; ~ - - __ , .; _; jrf -
Card 2/3
ja,

Peculiarities of the inter I; S
nal sDherica

--m~
SlikrUNOV, M.P., kand.fiziko-ma+.ematicheskikh natxk, dotsent; SOTKIN, V.F.'

kand. f A ziko-,za'ai-ii. naiik; 80"'KIN V. .2. kand.. tekhri. wrwk
-Ccntact method for the determination of temperatures: a~nd thermal
fluxes in grinding. Izv. vys. ucheb., zav.; mashinos~r.`, no,-2:173-;-
180 5 . WIIRA 18: 5)

B K""W~V7C, a r C
.%4'~LCt nL t-71i, Vz-.",4 rat ficleacy i;t
7,..-a tic., 12, 1'-- -
.-Narski Olas.,tk. V61 161 62~ Fr. U37 )0.
stvaet- Sure-~CQTIC-Crtr;Rt- IZ-56 I's made by 'Vetari a ry. I C e.
n , lls
V, v r i n az I`- iZavad'j in "Zonum, -C:Ontains raw protein$, 4 C; irav~cellulose;
:~w Vvs "'91, 2.7, P,Ir, anrciblotir,,; a of vlwhins;;
'Ot: ift Id 2~.5
-:~i;d trace, .'ri erimental .-I r of, 20 age
e (I VZ-16 -F,:,r 4 man'thf. 3ait-..:!Ll an average of ~,8 m o r e, than.-
f
CCIMIPMrah-NI COTIMnj.~- fed, an-L-zal proteirls- hetter feed effic-'ency, gain
muc-1-i tnorc than cost of additive Three tahle.-i.

YUGOSLAVIA
S0VLJANSr4,,._ Dr., Assistant; MILOSAVLJEVIC, S., Dr., Professor; PAVLOVTC, S.,
r. , Professor; In3titute of Preventive Veterinary Medicine, Faculty of
Veterinary I'ledicine, Belgrade
"Varintions in Body Teaperature of the Surviving and Dead Young Pigs
ormorac~ulation
During InvestigqtJon of Th
Balgrado, Vetarinorski Glasnik, Vol 20, No 9, 1960, pp 653-658:
Abstracti This is a comparative utudy of the body temperature ~~:durinjj tho
-i ad the
first ton days of life of those nowly born pigglotEi which' aurv. v
period and those which died durin -the first ten days Dats.ref
9 or
to 99 offspring: of the great white English breed of pigs. Th-~) temperature
of the surviving animals fell only during the first hour, following the-
birth, and then rose- constantly until -thermoregulation was ~aiitablished~
In those which died, the temperature drop was much larg6r; it book up toi
12 hours for it to rise again, and then continued.to flu~ctuaiei~'betwaen:'
305.10 and 37-34 0c. Comprehensive statistical data are. presented in
tabular form. There are 10 Yucroslav and 8 Western refeiences.:,~ (14anuscript
received 24 Jun 66.)
66

SKADOVSKIY, S.N.; USPRITSKAYA, V.I.; LEVSHINA,
Using biocoonness of sedentar7 organisms to Improve the quality
of water. Vest.96sk.un.Ser.bial..' pochv.,.geole,,-goeg.-~14
no-1:57-64 '59. JXIMA2:9)
1. Moskovskly gosudarstvenMry universitot, Kafidra gidrobiologii's
(Water-Purification.) (Yreah-water.flora)i

'
001 op/oo6l.
S/272/63/000~
E073/El55
.4

AUTHOR: Sovova, A
dolfina
-------
------
I-------
-SbOCI reference electrod
TITLE. Solid Sb e
vyppsk, Metrol
PERIODICAL: Referativnyy zhurnal., otdellnyy 0g Y~k
�zmerltellnaya tekhnika
~:no.l, i963
,
abstract 1.32-312.p. (Czech. pat. C
1~ 42 10 3105
,
;
no. 101057, September.:15, 1961)
TEXT: Of so lid 56~
This electrode is made of a 1: 1 mixture -'J

xed and then presse at
a
d SbOC1, broken down into powder, mi d j_
l
a
1200 kg/cm2. Prior to pressing the mixture is' s:lightly Wette
with a solution of KC1 or NaCl, orthe pressed specImens are au
"b
merged for about half an hour in a KCI solution.;! Th4n the
r
eied'on,
mind
electrode is dried at 110 C, a copper wire js 661d
i q,
the electrode is leached in distilled water until'thi react 3-on: for-.

CI ceases. It is then submerged in solutions wi a ious -
Pki
~h v r.
differ6nces;.. I~ 'ineasur"g
values until it stopp reacting to pH
,
1 and,K~l: it a
the potentials in a paste formed by,SbOC i.W a ound':.

F~
that th6 potential is beat established-~for the ratio Sb:SbOC1 Z
1:1. Properties of the resultant :olectrode: the.,~potqential
Card 1/2

LMUNIVRY
CAT EG, 0 Ry
ABS. JOUR. A Z I!'-'h i,.'il .1-., 21
19,59, 76665
IT 'and $ova,
TLTL;~', The Chrom-rogrophic charactcrizati6n of"SYntheti
Dyes Uai~d in the rood Industry
Via, No 5, 261-265
L): Prutuysl Patra 195
-.169a at the Flood Tocbiwllogy
Pd: d e t e r-:
winatioll of aynthetic food d'yea ai'o d 0 S~; c'~i- i'a e d
3est reaults were oLttained by applic~ation
asnording and radial chromatograp4y (AhAysi,
d-Aer'minatiouo 'with
'75$ 57 (1950) quarititativi-,
the -use o .f a photometer give! reli.ixble '.ire Sults at
50) 2./l

E:
Country CZECHOSLOV"_M~
Ca~e[;Gry: Virology. Virused of 14dn and Anirali. virus
Causal Organisras of Equine bi*seases .4
Abs Jour: Ref Zhur-Diol., No 23, 1958, No 103522
,~Uthor Zj~~Olg& Tunova, Bela; Poustim" Frant i r, C k,'-
Nemec, Jurnj
Inst
Til t1c Isolation of the Virus Causal Ment of 0. Disease
of the Respiratory PassaGes of Horses.
OrIC; Pub: Coskosl. epidc-Ldol., miltrobiol.,
6, iio 4, 213-2x
~,bstract: During run epidemic in 1956 in Czech oslovakia, anti-
bodies to the virus of influenza type wore f 6ulid
in the serwa of convalescezit horses by th6~ hen~~Llu-
tination inhibition reaction. In its antiGcni
Ca rd 1/2

SOWAI P.
S(Yv!A, P.
SOURCE-

SOWA, Ryszard :, t,I

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