SCIENTIFIC ABSTRACT SISAKYAN, N.M. - SITNOVA, A.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001550920001-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 24, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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StlldiCS _. Moscow State University (Department of High -Molecular -
~"cd,riit Coi-nn-junds) established that structures determining the properties
of solid polymers are formed in melts, solutions and in the course of
pol~ymerization. These findings provide means for -tailoring the structure
- morpl~ological forms of polymers directly in the course of formation of
,and
;,niacroinolecules.
J institutes of the Latvian and Belorussian Academies of Sciences are
developing the theory of the strength of polymeric materials, and are
compiling engineers' handbooks.
In conclusion, Sisakyan deplores the inadequate development of studies
on the stabilizationjof polymers. rFSBo 21, no. 7-
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AUTHOR:, an 0 Academician; Chief scientific secretary of the Presidium;
Deceasedl~-,~~~-;.
ORG: none 30
TITLE: rsoviet achievements In electrochemistry during 1965. Paper presented at
the annual meeting of the Academy of Sciences USSR held in Mscow from 7 to 8 Febru
1966J
SOURCE; AN SSSR. Vestnik, no. 3, 1966, 66-67
TOPIC TAGS; electrochemistry, reaction. kinetics$ electrolysis, electrolyte
ABSTRACT:
Theoretical and applied research was carried out at twelve different
.'institutions in the fields of the electrochemical reaction kinetics and ad-
.60rption of organic materials, of Ihe electrical double layer on metals,
:,electrolytic deposition of nietalsA'Ielectrolysis and electrophysical proper-
ties of molten SpIts, electrocherLcal synthesis, and fuel cells. 'rhe
rnost noted achi-vements were as follows:
7
%loscow Stat Univers~ty -MLGU) direct conversion of oxygen into water
2
I- j
was found to oc- -v concurrently with an ..ndirect process, tilrough hydrogen
Ccrd
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in
electrochemical oxygen reduction an rhodiun), gold, i
an.d platinum-rui;ieniuni alloy in an acid electrolyte.0 The -L-easibiii~~- Gi,
electrocheinical 'nitiation of anionic polymerization of isocyanates'ko
stereoregular polymers was s 'hown at the Institiite of the Chemistry of
Macromoleculay- Compounds, AS UkrSSR.
,.A series of pur"ication and concentration methods by electrodialysis was
develor)ed at the In 'stitute of PhysicochemicalProcepsing of Mineral Raw
Mate-m-als, ASUSSR, -Siberian Department. A joint study of the electro-
chernical oxidat.;un of alcohols and hydrocarbons was completed by the
Institute of Electi-ochemistry, ASUSSR, by YiGU, and by the Ministry
of' the Ele ctrote Ainical Industry USSR.
'~.~.,Jd;'(-,s on the Ll-lc-ory of porous electrodes ~Ivere inade at the Institute
-Ioctrochern4stry, AS USSR, Physicochernical Scientific Research
-iz -lute, Dnep-i .)petrovsk Institute of Chemical Technoji2gy Odessa
L5 L niversi ~y, and at the Institute of, Heat- and Nlass Transfer,
* S BeISSR.
* theory ofsol- electrolytes and of fuel cells with solid electrolyte was
cleveloped by th~.: Institute of Electrochemistry, AS TJSSR, Urals Branch.
K Card 2/3

Coullec"'cd with Llw di_~vuj'olmwtit of fuel
cells. -`cvei-at u, .--niud orga,;izations achieved a rneaFure of success in
V 10 P -i ; a C ti voctr L
I -o(;es for lc)%v- and hi~_,h-tempk~.ratiurc fuel ce 1s
Li,nlu _1.~ increasin -heir staoility. - tr~~SB: v. 2, no. 7
9
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11,7001871 SOURC D7: Ua/0030/66/000/003/0068/0069
AU71:01i; S-i s a--- X. I(Academician; Chief Scientific Secretary of the PresidAl u-m;
yan,
ORG: none D
TITLZ;
r-ovict achievemcnts,in corrosion theory and corrosion preve
L-S ntion during
1965. Paper presented at the annuni meeting of the Academy of Sciences USSR hold
in I4:)scow f rom 7 to 8 February 196
SOURCE: AN SSSR. Vestnik, no. 3, 1966, 68-69
TOPIC TAGS: corrosion, corrosion Inhibition, plastic coating, glass coating,
ceramic coating
ABSTRACT:
At the Institute of Physical Chemistry and at other institutes,
corrosion studies were directed toward a determination of the mechanism:
of metal passivation, corrosion inhibition and other prevention methods.
Based annitro compounds, new types of atmospheric -corrosion in-
hibitors were prepared which are more.generally applicable than existing
methods. Full -scale! production of this type of inhibitor has begun.
7-
The new idea of modifying polymeric coatings with inhibitors, which
;Makes it possible to improve protective properties and to produce new
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types of coatings, has been implementea.
At the Institute of Physical Chemistry, new alloys -showing high
stability in corrosive media were proposed. An experimental lot of one
of these alloys was produced for large-scale testing in industry.
At the Institute of Chemistry, La'4vSSR new compounds were developed
and are undergoing bench tests, the so-called "corrosion -product con,ierters,',~
i -which make it possible to apply protective coatings (lacquers and pain's)
onto surfaces not sub ected to preliminary treatment.
Experimental lots have been produced of new polymeric materials
for protective coatings for metals; the materials exhibit high thermal stability
(up to 4000 Q.
Ar the institutes of Organic Chemistry and of Physical Chemistry, a
new effective method of treating titanium'allo products prior to appli-
cation of galvanic coating was developed.
At the Institute of Electrochemistry of the Urals Branch, AS USSR.
in an attempt to elucidate. the corrosion mechanism of metals in fused
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salts, the steady-state potentials of titanium, zi.rcordum, iron, nickel,
and nalladium and 'the corrosion rates of these metals In fused c~,Iorides
and carbonates were determined.
At the Institute of Silicate Chemistry, coatings have been developed
which afford long-time protection to niobiurn and molybdemim from at-
mospheric oxidation at up to 1700* C. 7
Methods of spray coating have been developed for applying low-porosity
coatin-s, and for obtaining approximately !-micron thick vitreous -Cilms,
desic-ned to protect semiconducting materials containing p-n junctions.
Flexible glass-ceramics coatings have been developed for the protection
of chromel-alumel thermocouples operating at temperatures up to 1000'C.,
3r -anosilicon -derivatives of silicates, containing up to 9% carbon, which
will be used as active components of new materials suitable for service
under tropical conditions were prepared.
At the Institute of General and Inorganic Chemistry, AS UkrSSR'
'new corrosion inhibitors were prepared which are effective components
oi* electrolytes for the-electrochemical polishing of steel and chromium.
L~_sb: v. 2, no. 77
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372 SOURCE CODE: UR/0030/66/000/003/0069/0070
AUT;-"OR: siskayan, N. H., ~Acndemiclan; Chief Scientific Socrotar m
Daccased,F .1 of tho Presidlu.
01G: none
TIT=-: zs-oviet achievements in chemistry and technology of.semiconductgX.-., e~,pctro-.!
chemistry and surface properties of semiconductors and organic sem1conductoral-durina.,
19G5. Paper presented at the annual meeting of the Academy of Sciences LSSR held in,
1-bscow from 7 to 8 February 1966-7-
SOURCE; AN SSSRO*'Vestnik, noo 3, 1966, 69-,70
TOPIC TAGS: polycrystallino film', semiconductor material, rare earth metal,
photoconductivity, dipole moment
ABSTRACT:
At the Institute of Metall1ra thermal decomposition in the gas phase-
-;has been used to prepare high -temperature semiconducting aluminum
:.nitride in the form of polycrystalline films and small sinLyle crystals, If6
At the Moscow Institute of Steel and Allo S. the Physico -Technical
Institute, the Institute of Semiconductors AS UkrSSR, and at Moscow
0 13-e
State University preparative an.d dODino. m ethods~. have. been deVel
,_cord_ 1/6

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and AIIBVI types, and more com -
compound semiconductors of the ArII
plex ternary compound semiconductors for electronics.
All Moscow State Universitythe thermodynamic properties of the
principal semiconducting mateHals-were determined. Vapor pressure
in the PbS-PbTe, !PbTe-SuTe,systenis, the vapor pressure of tellurium,
and the partial pressure of germanium above the Ge-Si melt we r e
measured. This makes it possible to improve the production technology
of semiconducting materials of practical significance.
At the.Physicotechnical Institute, preparative methods were developed
for single crystals of AIIBIVCV ternary compounds.
2
At the Institute of Physical Chemistry, AS AzerSSR. the chemistry of
a number of semiconducting compounds of gallium with chalcogenides
and rare earth elements was'studied. Based on these compounds, new
semiconducting compounds were-prepared in the form of poly- or single
crystals.
At Gicedmet (State Institute of Raw Metals) and at the institutes of
Semiconductors and of General and lnorgp~nic Chemist , new preparative
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methods ivere developed for high-purit rarc-carth elenicn s and compounds
thereof, inany of which are semiconductors for high -tempe ratule applications.
At Moscow State University and Giredmet, new methods of determining
micro amountsAf impurities in semiconducting and high-purity materials
by activation, mass -spectroscopic, and polarographic, analyses were
developed and improved.
At the Institute of Semiconductor Physics, Siberian Department, a'
new preDar;Mive method for preparing a stabilizing germaniurrX'~nono-
sulfide filmlo'n the surface of germanium was developed. as well as a
me thod for etchinef germaruum -,n hydrogen disulfide to produce a mirror-
ililke surface. By measuring the field effect and the effective life' 'ime of
ipxcess carriers, it was shown that the film-covered surface of germanium
fexhibits stable parameters whose value varies within 201o.on vacuum
iheating to 6500K. and exposure to water vapor.
By means of infrared surface photoconductivity,- the energy spectrum
:of surface states on germanium was determined. The spectral and tem-
1perature dependence of photoconductivity and its relaxation properties were
measured. A method was proposed for interpreting the results and

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of the surface of germanium was studied.
The effect of an externai electric field on the adsorption and catalytic
properties of a semiconductor was calculated.
The shift in the adsorption equilibrium on the surface of a semicon-
ductor due to illumination was studied.
At the Institute of Semiconductors, negative surface photoconductivity
was discovered in germanium and silicon. Conditions for the existence
of negative surface conductivity and factors causing its appearance were
established.
A project concerned with the investigation of the effect of heat treatment
on the electronic structure of silicon was completed.
A
-It the Institute of Electrochemistry, irradiation. coupled with heat
yl acetate)lproduced c nj.~I~tedjstructures havi
treatment of poly(vin 2n ing
a hi h degree of regularity and showing semiconducting properties..
9
At the Institute of PetrochemLml Synthes-is.- charge -transfer com-
plexes based on.po~ymeric _Schiff bases and polyazines (electron donors)
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(Academician; Chief Scientific Secretary of the Presidium;
Deceased)
0R,G: none
.9
TITLZ, Csoviet achievements In adsorption and chromatography during 1965. Paper
presented at the annual meeting of the Academy of Sciences USSR held from 7 to 8
February 1966]
SOURCE: AN SSSA. Vestnik, no. 3, 1966, 70-71
TOPIC TAGS: chromatography, macromolecule, adsorption, zeolite
iv-M, T ttACT,
'171,e followin,f achievements were noted at the Institute of Physical
C1 emistj-y.. 1) development of the theory of bulk filling of micro-
po,-c,,; %~,as e%tcnded to the case of adsorption on various adsorbents and
on ac;sorbents kvAh -a coniplicated porous structure., to effective classifi-
c~t!"'on of adsorhera types, and to (reneralization, of methods of analysis
1)or' ou"~ S ti'l-f ciur(2 of adsorbents; 2) development of a 1-11 ealed of depo i -
d(- j(-.coynolecules on an adsorbing support makes it
r of Di-
L -as -ottiatography.
'C' "ela! :i! tht! ad,~ ant!a-es of 1nd MIMI chi

q_ Qq -n ound~,A~~ SSR, the possibility
_k_p -- -U-S - - I
was sliwxr, for --ci3aration of racemic forms on opticQly active ion exchange
v. 2, no. 7/
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AUTHOR~ Sisakyan, N. N. tAcadeffliclan; Chief Scientific Secretary of the Priesidium;
Deccased-)z--
99,
ORG: nono 40
TITILt rsoviet achievements In organic chemistry during 1965. Paper presented at
tho annual meeting'of the AcadeW of Sciences WSR hold in Macaw fivin 7 to 8
February 1966
7
SOURCE: AN SSSR. Vestnik, no. 3, 1966, 73-74
TOPIC TAGS% rare earth metal,'Lumineseence spectrtsm, chelate compoundp refractory
metal, metal coatingg pyroceram, corundum, wistal deposition
ABSTRACT:
Significant studies were underitaken by at least 0 different institutions
An connection with the development of materials or quantum electronics, ferro-
and piezoelectric, semiconducting. and thermally stable materialA.
In the field of.quantum electronics over 50 new substances with intense
energy transfer to. activator ions were synthesized and studied from the
viewpoint of their application as laser materials. The mechanism of

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energy transfer in vitreous and liquid materials was substantiated b,6th"--: J7
experimentally and theoretically. Studies were made of'the absorption
and luminescence spectra of europium-activated sodiu borate gla#xes
and of the optical properties of jAnthanum,1.171M;iZ1u1_1Z
A te iu
dysprosium orthoborate singlo crystals grown from fluxed melts.
The following materials were prepared, which are of practical im- f
.?ortance for quantum electronics:
cubic sin& crys ofjAsmMjb tita"te (Institute of General and Inorganic
Chemistry, AS USSR); lead elenide iingle crystals (MGU); now rare-
and jvngttMei',jai an unnamed insti-
earth element ~~xj
tution); and new rare-earth element4omplexes with tropolone derivatives
(Institute of General and lnorp!dc Chemis!r In addition.
Zg AS UkrSSR).
at the last-mentioned institute, sensitized luminescence was dotect*d in
europium chelates and kinetic dat&were obtained'.for the first time an Uw
formation of rue-earth conylexes..
of tie
-A s e*'ries of piesomagiwtic ca Pa. barium tltanaw~t
wiih a high transitiou'point was'synthAskied at the Pb_"
Scientific Research Institutee

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A
ILI)IOCIPMe of New Chemical Problems, M*USSR,a correlation
.was found between the electronic and thermodynamic parameters of a
semiconductor crystal, and a "chemical" model of conduction electrons
-in diamond-type crystals was proposed.
The most important results in the field of new thermally stable
materials included:
.Crystalli:-ation of fused quartz glass was found to be of a chemical (not
relaxational) natpre and physicochemical fundamentals were developed
of spray-coatin fractory steel. alloys, and carbographitic materials.
,with new type -resistant inorganic materials at the Institute of Silicato
Oase materials, stable at high
-Chemistry, AS USS ; pyrocerarn (sitall)
temperature, with special stable dielectAc characteristics, new dielec-
trics !or high vacuum and high -oltage service, and capillary sitalls for
heat -exchangers were developed at the State Institute of Glass;
New heat -resistaniand transparent to infrared radiation,'Ppolycrystalline
materials consisting of rare-earth and. earth-7alkali element fluorides
were prepared and new. heat-resistant dielectric materials based on
hexagonal 1poro nitride and aluminum nitride were de.yeloped at unnamed
institutions;,.
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Vacuum -tight corundum ceramic, with satisfactory strength and dielectric-''
characteristics, and polycrystaUiDe corundum ceramic highly transparent.-.
Ao 0.3-0.4,p radiation were developed at the Ukrainian Institute of Refrac-
tories;
A method was proposed for obtaining. Oericlase single crystals for heating
elements and boron carbide -base volume resistance elements were pro-
-pared for new technological application under extreme lemperature.con-
'ditions, both at the, Institute of the Science of Materials, AS- UkrSSR.-
A boron nitride variety, harder than diamond, was obtained at a branab.
of the Institute of Chemical Ph"ics. AS USSR,
New -type refractory nlaterials~.,lniob tumte ozy' -
nitrides, of lamellar structure, were synthesized at the Institute of
General and Inorganic Chemistry. AS USSR; and
Methods of depositing .4-tu carbide. and nitride protective coatings
on carbon and :== depositing refractory metal and alloy
ccmaings In. vacuum or from haloffenide vapors were- develooed O-As-
LAAs v9'29 no. 71
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AUTHOR:
_nn, if -W.A-(Academician; Chief Scientific Secretary of the Presidium;
Deceased)
ORG; None 33
TITM: LrSoviet achievements with pure substances and trace analysisp during 1965.
Paper presented at the annual meeting of the Academy of Sciences USSR hold in
Moscow from 7 to 8 February 1966,7
SOURCS: AN 3931t. Veseniks no. 39 19669 74-75
TOPIC TAGS1 trace analysis, germanium compound, chelate compound, semiconducting
material
ABSTRACT:
The following were the most important 4jgjj~y substances'pre-
pared for the firsttime: niobiumk'6ntaining less than 10- 5Jo Ta 2-0 5;
europiu iOoxidevLontaining 1.6 x 10-576; and ytterbiurn oxide
containing less than 10-410 of other rare earths.
In addition, methods of preparation were developed for the following
high-purity compounds:..
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germ~n MQWrIchloride containing 10-7-10-80/o and silicon monoxide
containing 10-2 _ 10-3 To of a given impurity; technically important alkali
niobates, phosphates, and fluorides; and trichlorosilane, containing
7
10 _10 o impurities (the latter at the A,11-!_Union,5cientific Research
'Institute of Chemical Reagents and High-Purity Substances).
In the field of separation and concentration of rare elements, new
theories of extraction of chelates 7were developed at the Institute of Geo-
,chemistry and Analytical Chemistry, AS USSR and studies were made on
4ithe ~fiemfs_fry of protactinium.
New methods of concentration and determination of trace elements in
high-purity substances were developed for: up to 0.05 p /ml Nb, Zr, Sc,
I V.
M 6,' TW I Pa"and Pu In metals, nuclear materials, etc.. by means
Ul
of new organic reagents; chromium in ruby and five alloying elements in
SiC by application of a 10 j laser to analysis of hard solids; tin in indium
by a highly sensitive method; individual rare-earth elements byfluorimetry;
and alkali metals. zinc, and cadmium by new radiometric -adsorption
techniques (at the Institute of General and Inorganic Chemistry. AS UkrSSR).
The sensitivity of direct spectroscopic analytical techniques was in-
creased by several orders of magnitude. Over 40 new analytical pro-
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AUTHOR: l~is~alcy"n-LNL.-ii.-~-(Kcademician; Chief Scientific Secretary of the Presidium;
ORG: none
TITLE: ISoviet achievements in' pkq_~oqyat s ~urlng 1965* Paper presented at
the annual necting of the Academy of Sciences USSR hold In Moscow from 7 to 8,
February 1966]
SOURCEs AN SSSR. Vestnik, noe 3, 19669 90
TOPIC ZIGS: biochemistry', plant chemistry, biophysics, photosynthesis, chlorophy'llp,
biosynthesis, electron transfer
ABSTRACT:
Special attention was given to the study of the biochemistry and bio-
physics of the photosynthesis process on the molecular level. Studies of
the excited states of chlorophyll molecules or molecules of its analogs
indicated initial stages of the interaction of photosynthesis pigments with
1 electron donors or acceptors, thus determining the mechanism of chloro-
phyll action. These studies were completed at the institutes of Biochemistry
Biophysics, Geochemistry, and Analytical Chemistry of the Academies of
Sqrd 1/2 e) 9JN.:P1 5~' 7

, CC NR, Am600lO53 Monograph UR/
A
Sisakyan, N. M. (Academician), ed.
Second group space flight and some results of the flight of Soviet cosmonauts in "Voi
tok" spaceships; scientific results of medical and biological research conducted
during thesocond group space flight (Vtoroy gruppovoy kosmicheskiy poleL, i neko-
toryye itogi poletov sovetskikh kosmonavtov na korablyakh "Vostok"; nauchnyye
rezulltaty mediko-biologicheskikh iusledovaniy, provedennykh vo vreqra vtorogo,
gruppovogo kosmicheskogo poleta) [Moscow] Izd-vo "Nauka", 1965. 22T P. illus'-,
biblio. 3500 copies printed.
TOPIC TAGS: space medicine, weightlessness, space biologic experiment/ Vostok-5o-'
VostQk--6
PURPOSE AND COVERAGE: none
TABLE OF CONTENTS (abridged]:
Introduction -- 5
Preflight examination of astronauts 28
Results of medical examination in flight - 89
Medical examination of the astronauts after the flight 162

'7 ICE CC;D--':
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-N---hZAcademic Ian; Chief Scientific Secretary of the
Presidfi:--.; Deceased) 3
C!.-*1C: none
'0
'2 LSovict achievements in matheT~atics durInG 1965. Paper presented at the
-u,.nual muoCinv, of the Academy of Sciences USSR hold in Mosco from 7 to 8
FeUniary 1969
S 0 U i'~ CAN SSSR. Vef;unlk, no. 3, 1966, 15-19
-Dj~'IC ZNCS.' value problems algenvalue, topology, function theory,
geomecry, partial differential equation, probability, numeric o-n &-I Y-616
In 1965, important, resulth Nvere obtained in the following branches
of modern mathematics and its applications:
Logic Lrd Foundatio 'ns. The decidability of elementary theories
o 'Iawide -'cE~ss f not med fields has been proved. Soviet mathematicians
also proved the decidability of elementary theories of every p-adic field
at the sarne 'Linie as American mathematicians, but employed different
methods (Institute of IMathernatics Siberian Br4r~ch, Academv of..
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Sciences UISR,
- j _) 1%n exact formal language was created for describing
'the performance oll computers which have no parallel working devices.-
Wornputin(r Center Academy_o~
__-_ -A -- __ - _7 -_�cien~es USSR).
Algebra. it iiaLi been shown in the theory of ordered groups that the
order 6`1 th6 group Of aLitomorphisms of an ordered group can be finite
and distinct 1rorn. power-two~ order. Ordering groups -which have no
order1n.gy completions have been constructed (Institute of Mathematics,
Siberian Branch, Academy of Sciences USSR). The problem of the
unimodular equivalcnee of two systems of integral matrices has been
solved (Institute of Mathematics, Academy of Sciences USSR, Leningrad
Branch).
Analytic Number Theo Two important studies have been completed-
FYI
a) resMt's ~av been obtained in the additive theory of numbers.
he rnethod applied in this study is related to 'the methods of the theory
of dynamic systems and to the methods of trigonometric sums (Institute
_01- :.Yl,-a-thematics, Academy o.f Sciences USSR., Leningrad Branch; Kuy-
da o,-ical Ins
oysh(~V Pe titute). b) This study deals with asymptotic
formulas in the eigenvalue problem of the boundary-value problem. The
Weil hypothesis has been proved in the domain where the separation of
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ol li!~' 1.3 Zrc
Dt_'C5V-:1Q lllethods of analytic liumber th"Ory have bucl'. applied
"I-ie problem (:nstitutc of Matlici-natics, Acadk--nny of Sciences
U10s"O.
Generzil 'Topo"o,,,-.., . The question of the dimension of the so-called
r 0 "v t
ii 0- '~-e bicolVipact extension of a given topological space and of
a proxini;,y -,pace has been clarified (Institute of Mathematics,
USSR; Nloscow State University), The probl rn
Acaderny o scie,nccs e
of P. S. Ale'rsandrov, formulated in 1935, has been solved: it is proved
that Dorel sets of the pe,,-fectly normal bicornpacturn are nonempty
GMoscow State University).
Al~lebriic Tqpo].o,,,,y and Geometry. The topological invariance of
raLionai -has been proved (Institute of MaLhema-
tics, Academy of Scicnces USSR). The criterion of imbedding of a
compact analytic manifold in projective space has been established
(OreLnovo-Ziuy'!~vskiy Pedagogical Institute). '1~he most important
studies in geometry were concerned with problems linked with the
theory of partial diflerential equations (especially nonlinear). The
deformation of a closed convex surface depending on changes of its
3/11

7,
, 1 ns' that the problem
;,trinsi~_.nneti" have been estimated. This nica
ic
-aulated JIG years i,-o by Cohn and Vossen has been solved (Leningrad
Studies of surfaces with negative curvature and
(and systems) with two variables respectively
havo been successfully continued. It has been proved that any compact
Gomain and soi-ne A4nfirdte domains with negative curvature can be realized
in the forn-, of a regular surface (Moscow State Universitv).
Thyol-y,of 1~`unctions. The most natural characte ri s tics and 'para-
metric r6pre`sc~tati~tv)n~ -of a series of wide classes of meromorphic
luflctiorls in a Circle or in the entire plane have been derived by ex-
tendin the nethod of ii
A -'e--al representation de-Veloped by M. M.
, I, A.
DI-zh1basi-iyan. The same niethods have been' successfully applied to
A
obtain representations for subliarmonic functions in spaces with an
arbitrary nunriber of dimensions. An interesting theorem concerning
the defects of finite-order entire functions has been proved which rejects
the known R. Nevanlinna hypothesis on the defects of entire functions.
hi "I-io theory of orthogonal series, an exact estimate (in a certain sense)
01 CG
efficients of orthogonal zero-series has been derived for the first
It has been proved that any complete system turns, after certain
permutations, into a weakly convergent system (Armen-Lan Academy of
Sciences). New important refinements of the embedding theorems of
Card 4/11

a:-. ---act solu"Llon of tile pjz-obici-n ".,IQ nunni)e-- G.."
1:-. a Gat~:. LD cnsure tL,, el,J'stunce of -ol-,itions of
- . ,-i G
-c,.uc eq-,lazlo Ci 01
anil ok it.; 6ik)crian a,.-16 -uiICxPt.:c*,eC4'
solu-,oi~ 0, "he "Ov"n problen-i concerninc, the characteristics of sets
L-L A. I
An the sp4cc over walch an arbitrary continuous function is arbitrarily
C 10 'S C',G a Ce-ltain harinonic function has been obtained (Institute of
Acacik2ziv ol;L' Sciences USSR). A complete Solution of the
01' 'L~W U111101111 approxirnation ol, continuous functions by rational
iunctions ias 6cQi-, r"crived (Institute of Mathematics, Academy of
Scicncus USSB). A study concerned with determining the necessary and
su'LllcienL conclitiGns ensuring the convergence of Fourier series in a
Haar syst,-!n-i has been completed (Moscow State University and Institute
of Mathe,.-nattlics oil the Academy of Sciences USSR).
FL111-ICtional Analysis. De-enerate symmetric algebras of operators
in po;~ . 1,--nl~ 'space have been studied, models of them have been
constructed, and the equivalence condition of two models has been
obtained Unstilluc'of Mathematics, Academy of Sciences USSR).
5/11
Card

ACC
ad Equation.
s The first bounda.:y -value problem
for parrizd equations ich degenerates on the boundary
as as in interio- of the domain has been analyzed. A correct
i0rnnuiatl'on of boundary-value problem. for such equations has
Lee,-, and its siuigle-valued solvability has been proved (Moscow
State Univet-:~itj~,-)_ bou ndary -value problen-is A'Or a wide class
11-1v
of svstena,~; ot' r,,' 0', i c equations 'jiave b cen 'estimted. Estimates
j -'e solu.'I'OnI I L 10
C
ti -n terms 0' "he r'-ht-1hand sides ol, equations have been
derivQd of N! zithe ma tics, Academy of Sciences USSR, Lenin-
grad Branc,'-.). Partial difforential equations in space with various
h,o,undary condlitio-s have been studied. For uniform. systems of
'E'lilp-t.1c: oquatlons, the effect of coefficients of lower-
oz-der cicmva~ives upon the normal solvability of Dirichlet and Poincare
problems has been established (Institute of Mathematics, Academy of
Sciancc-s USSR, Siberian Branch).
Ordin~,-,Y Differential Equations. The application of the maximum
pcinciple to proble'.kn~ ~h6re ~haige coordinates are constrained by
Lain inequalities is considered as the-most irnportant result obtained
cert
in this field Cinstitute of Mathematics, Academy of Sciences USSR).
C.rd 6/11

7-1-,,~or,. an-(, Tiic Pos3i'hil."Y
c; 11b probabiliLy theory on Lhe basio of f-inite sequenccs of
-A I 2'%~ mini.-nal 10.1-ih o' ~!..C pro-ran-, lor thl.-Iii, determination
~s 0~-ud to tile doui)ie loj'a' o' -au-nber of eleni~:ms in the sequence
i-~,s boon studied. Usin- this poin4 of viciv, only the simplest sequences
L . L I
to the Bernoulli scheme %,Ath probabilities equal to 1/2 have
JeOn co-nSidercci (-.\,Iosco%v State UnAversity). In "he field of limit theo-
1-0!--'S 1017 jUlliCtionals of random wallkj, it has been proved that general
continuous ".:~Tlarlcwv processes represent continuous models of processes
ci~!rived Iroin diffusion processes (Institute of IMathe-ir-atics, Academy
of Scicnce;3 USSR). ln,-,-jortant rcsults have been obtained insolving the
1. t' i '-
pro'DJCI-,-~ of ~.-njjdjjrr tj-je classical limit theorerni more effective; by
applying electronic computers to theoretical concepts, it was determined
L-na', Lyapullov's constant C ~ 1.322 (previously, it was believed that
C 4.3). Eflective necessary and sufficient conditions for the equi-
Vaience of two Gaussian measures have been derived (Institute of Mathe-
matics, Academy of Sciences USSR).
.Nlatheniatical \.Ie'L,iods in Theoretical Pbysics. Important results
en Q'-)*Ialr"~d i ethods for solving problems of
have be n developinry new -n
'i'O.Oroticai r utilizing integral transformations and integral
eq-,lation5. A new approach to the solution of integral equations with
C.rd 7 11. 1

ACC
,,,~7C01377
,:~e On the absolute value of the diffeience of argu-
3-nents and on t1ie finite intetval oil variables has been investigated.
It is shown ui-,der sufficiently general conditions, such equations
can bo solved 'by rue-ans of quadratures when the solution of the so-
clilled problem is known (Fhys~g~Qteiz~ .1ijiLt
ani I-Ins _Q,_Aaa~!Q
-Q-4
S ci a n_c e sUSSR). Studies of the stability of plasma in magnetic and
(---Livitational fields .,:ere continued. It is shown that in the case of a plasma
cylindor in a 511,L'011'~'_ loi~,-itudinal magnetic field -upon which a small high-
lreq-aency coin~.jnent of the same field is superposed, a quickly develop-
4~ in, osoi-l-,atorv -zns~ab-!` (Joint Institute for Nuclear Research).
ity can arise
Ine derived relationshiips and the absolute values of magnetic moments
and form-faciors of cloi-nentary particles in the SU6 symmetry are
considered !o be very iniportant results. The firs" More or less satisfac-
tory rnicroscopic theory of galvano ele c tri city has been developed. Sigru-
11cant- results have also been obtained in the theory of ideal Bose. gases
Gn,5zitute of Mathematics, Academy of Sciences USSR).,
,\Iatheaiatical Xllethods in Xlechanics. The stability of steady states
Qx a col~ti~iuous rne6ium'wf~ich are uniToll`hi in the direction of one variable
has bee.a studied. A new version of the theory of shells has been deve-
loped which, in contrast to the classical theory of shells, is not based
upon su pplementary hypotheses that do not follow from the f undamental
cord A/11

p.-ilic;j)I,%~ ul, thu Sti,ellIfL11 Of MaLCL-ia',6; it JyfitCln 01' (II"I`.,.CCCIILj_-tl equations
%vitlh physical boundary conditions has hu~cn constructed
c,-' Mat L~i I t a C n
Li,,ernatics, Georgian A d r y of
Ana-,lysis. Stable nictiiotis fOr determicingt the normal
:)., do,~
s 0, u, A. "ClIerate systenis of equations and new algorithms for
soivii-,L~ tii,2 (.:on,.-tpIcte eio-envaluc problem have been proposed (Institute
ot Mkazhon-iatics, Academy of Sciences USSR, Leningrad Branch; Moscow
State UnivQrsity). The probl&m of correctness of a scrics o~_ inverse
)roblcnis Of
L inatiiematical physics has been studied ancl new methods
lor sul I
lvirq: have been proposed. A series of new criteria of the
u.-ioct-Lveness and ol' ti-,e optimality of algorithms for solving incorrect
have been obtained. (Computing Center, Academy of Sciences
USSR tension of the alter-
U Siberian Branch). . Generalization arici e;~
natin,,,-. directions method to the numerical solution of more general forms
of partlal di1ferential equations is considered an essential achievement
;n nuznecical aralysis. Interesting results have been obtained in study-
in,-:- the Princli~le of "frozen coefficients". Essential results have been
:obtained in sc~lvingr incorrect problems pertaining to operator equations
of the lirst hne--r algebra, linear programming, optimal control,
and all.,io to equations with stochastic right'-hand sides (Institute of
Card o/11

A Z'7 0 D 1 ~31 7 7
N1 0 s c ow L
~v allie;natic;i, A(,;,(i(,ny 0,,* ~jciejjces U.1-3t.)IJ, silierian Branch;i
State i'nivt~[%iit Ll
Scn e results have been obtaine'd in ~-h(~- theory of
;ncorrectly forniul,-i'Led problems of mathematical p,',y5;kCs. A wide
range o1 Incor.-cetly lorn-Ullated problems pertaining to the n-iost diverse
ficIds of niathcr,-.ati-cs and their applications have been-studied (Moscow
State Univur.~ity; 1,-,;-jz-1tute of Vlathematics, Academy of Sciences USSR).
;n Line WicorY oi cpziraal control, new methods for detecinining the opti-
con-Lrol forW 11-:0US sy5tems and processes, in particular 'or pro-
cu~is(-,s whicii -,oL completely described, have been developed
Unstitub--- o.f and Computing Center, Academy of Sciences
alf~~,orithi-as for solving a many-diniensional non-
lin ar of kn-ludtions which describe the flow of gases, in parti-
culai, tl~iu-ir physicochemical properties taken into consider-
ation, hav(-,, been substantially developed and used in practice (Institute,
Of .7~lathennatics, Computing Center, and Physicote clinical Institute,
tA Y o' Sciences USSR). New computation algorithms for solving
I 'a" er forecasting problems (Comouting Center, Academy of Sciences
., Siberian Branch) and two-dimensional plasma problems (Ins' titute
S ~R
U
of Miathernatics, Academ_y_qf Sciences USSR) have been formulated and
constructed.
(-eirrl in/',

A C C R;
in Econon-iles Oi)erations "Research.
77
oc" -~'IeEi_ods'f6r 50.11(i oioblerns 01 Mathe-
~n'- a ve boon continued. A series olf _-'mporttant. results
k-lave Ocen _~I'near pro.(irmyinaina, nonlinear programming, and
PERT systerl-Is.
LvS3: v. 2, no.
SUB COD-E, 12 SU34"I DATZ: none

L 08143-6? EWT(d)/E1VrkkM)/rWVk J I/ bwekl 110 r%L;
ACC NR: AP7001858 SOURCE CODES UR/0030/66/000/003/0035/0040
AUTHOR:~ Sisa~(ya~ cademician; Chief Scientific Secretary of the Presidium;
N. 11.
Deceased) J~
ORG: none
TITLE: -LfSoviet achievements In cybernetics during 1965. Paper presented at the
annual meeting of the Academy of Sciences hold In Floscov from 7 to 8 February 1966]
SOURCE: AN SSSR. Vestnik, no. 3, 1966, 35-40
TOPIC TAGS: cybernetics, digital automaton, computer design, algorithm.,computer
language
ABSTRACT: C/
-Studies of the complex problem "Cybernetics" covered the problems
of the theoretical foundations cf cybernetics, development of its hard-
ware. and also the application of M e ideas, methods, and the hardware
of cybernetics to variotis fields of the national economy and science.,
Theo-retical. Problems of Cy~ernetics. Studies concerned with
developing optimal methods for th~ analys'Is and synthesis of control
systems have been completed. The problem of the minimal disjunctive
normal forms for almost aU f anctions of the logic algebra has been
Card 1/6

L o8143_67
ACC NR, AP7001858
studied in detail. A series of interesting results in the theory of optimal i.
coding,have been obtained (Institute of Mathematics. Academy of Sciences
USSR, Siberian Branch). Methods have been developed for the struc-
T tural syntheiii_s-of_o~ ~imal circuits of digital automata with the physical
properties of their efe-ments taken into consideration. A formal lan
guage for describing the algorithms and principles of constructing
systems for automatic design of electronic computers, structural
microprogramming of data processing algorithms, and the principles
of designing information automata, and also input and computer languages
were developed (Institute of Cybernetics, Ukrainian Academy of Sciences).
Self-adjusting systems (finite automata) operating under conditions not'
known in advance have been constructed. A self-adjusting system for
prediction and filtration of stationary processes has been developed.
A broad class of stochastic learning models has been.determined and
their asymptotic properties studied (CompAilig_jqenter, Academy of
Sciences USSR). In the theory of relay--systems ~~d finite automataJ
a cycle of i-fuidies of the abstract synthesis of control systems for dis -
tributing information has been completed. Methods for block and ab-
stract syntheses of microprogram automata, a method for minimizing the
number of internal states of incompletely defined automata. and methods
for coding the, internal Mates have been developed (Inatitute'on Infor-

L o8143-67
ACC NR, Ai?7001855
mation Transmission Problems, Academy of Sciences USSRO. 'Methods 3
for automatic-analysis of __ cyclic codes, for correcting errors, and for
constructing noise-stable codes with variable redundancy for automatic
optimization of the information transmission process in channels with
slowly varying parameters have been proposed (Scientific Council on-
Cybernetics and Institute on Information Transmission Problems,
Academy of Sciences USSR). The development of logical foundations
for designing highly productive computing systems, of methods for
their sim-flation on electronic computers, and also of methods for
solving various problems ~y means of such computing systems* has been
completed (Institute of Mathematics, Academy of Sciences USSR.
Siberian Branch). A mathematical model of digital measuring and
controlling devices has been developed which serves as a basis for
deriving formulas for estimating the speed, efficiency, and complexity
of measuring and controlling systems. Calculation formulas for de -
terminiiig quantization steps during the measurement of randomly
varying values have also been derived (Institute of Automation and
Electrometry, Academy of Sciences-USSR, Siberian Branch).
trial 'omputer'for solving
Hqrdware of Cybernetics. A new indus c
engi 6rinjfproblema has heen tested and turned over to the State
I Card 3/8

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ACC N': AP7001858
i Commission. A digital computer with a universal program''m'ing
1anguage for solving problems of the national economy and other com-
1puting problems has been designed. The theory. of quasi-analog mathe-
I matical machines has been developed further. This theory served as
the basis for designing electronic self -adjusting computers for solving
differential equations and a special-purpose electronic analog computer
for solving PERT systems (Institute of Cybernetics, 'Academy of Sciences.
USSR). Instrumental and methodical errors have been theoretically
.analyzed in the field of correlation and information systems. A series
of automatic correlators has been developed (Institute of Automation
and Electrometry, Academy of Sciences USSR, Siberian Branch). A
-measuring system for studying.the dynamics of the blood and permitting
control of as many as 25 variables simultaneously has been developed.
'Method.5 and devices for studying the dynamic characteristics of the
~
hea,rt and a program for interpreting ECG's on an electronic computer
have been developed (Institute of Cybernetics, Academy of Sciences
.USSR). An automatic system for quick determiniLtion of the area of
iburns (Patented in foreign countries) has been constructed (Institute of
Surgery, Academy of (Medical Sciences USSR). Devices for reading
information concerning the pulse and continuous electric activity in tissues
:and cells into electronic digital computers have been developed. A series
Card

L 08143-67
ACC NRt A117001858
of programs has been written for various ways of processing physio-
logical experimental data (Institute of Biophysics, Academy of Sciences
USSR).
Ap2lication of the Methods And Hardware of Cybernetics to the
Natignal-Ecohomy an'd Scientific Research.- 1VI`eth6ds,_a1gorit1ims, and
~,Pr6grams have been de-veloped for solving the following problems of
.the national economy: planning. distribution of production and material
i.supplic.6, optimal planning of such objects as railroads, gas lines, and
voltage transmission lines, design of PERT systems, planning of
Aransportation and electric power systems (institute of Cybernetics,
Academy of Sciences USSR; Computing Center, Acaderny of Sciences
~JSSR, Siberian Branch;and others). Cybernetics has been applied
successfully to the solution of various chemistry problems. A new
method for processing a priors information concerning chemical pro-
cesses on the basis of nonparametric statistics, new methods for
processing the random balance, and computer algorithms for the
i random br-tlance method have b,~en proposed. General principles for
mathematical description and -imulationof chemical processesqbased
'on the kiftetic mass- andheat-exchange equations have been developed.
Concrete studies have been aimed basically at developing mathematical
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L o8143-67
ACC NR: AP7001858
!.models of catalytic processe's (Institute bf Cybernetics; Computing
I:Center, Academy of Sciences USSR, Siberian Branch). In the field of
!-developing and improving formal languages for recording chemical
information, a series of methods for automatic and semiautomatic
j'indexing of chemical information and for compiling reference indexes
have been developed and realized on the Ural 4 computer (Information
Center, Academy of Sciences USSM.' .I
[
i Applications of Cybernetics in Biolou and Medicikie. Theoretical
1 and experimentil studies- of the properti-eeof-visual analyzers and the
!'role bf the motions of the eye during visual activities have been carried
out. The vision of insects and the functions of the retina.in vertebrates
and invertebi~ates have been studied (Institute on Information Trans-
mission Problems, Academy of Sciences USSR). A mathematical
model of the oculornotor apparatus and the s'stem for controlling it
y
has been developed (Computing Center', Academy of Sciences USSR).
The structure of the respiratory cenfer controlling the respiratory
~movements and the system controlling the posture and the movements
of men and animals have been studied. Experimental data characterizing
the activity of inspiratory-expiratory neurons of the medulla. oblongata'
!have been obtained and their interactions have been established, Uti-
Card

L 08143-67
ACC Na' A117001-958
lizing the properties of real neurons, a model describing tl~c-rcspiratkory
rhythm- has been cons tru cted'(Institu te of Bio hysics, Academy of
P
Sciences USSR~. A hypothesis concerning t e
h organization and func-
tioning of the system which controls physiological processes has been
developed. To verify certain aspecLs of this hypothesis, particular
parts of the control systems have been simulated by electronic computers
(Institute of Surgery, Academy of Medical Sciences USSR). The develop-
Ment of theoretical foundations for simulating the control processes in
organisi.is has been continued. Tile construction of an experimental
static n~odel of the heart action which describes the object with tile error
not exceeding t 10% has been completed. A model of the cardiac diastole!
*has been constructed and its behavior has been analyzed. A qualitative
model of the heart action which takes account
pf the diastolic tonus has
;been developed (Institute of Cybernetics, Academy of Sciences USSR).
,'An algorithm for observing tinie intervals has been developed and
realized in the form of a program for an electronic computer (Institute
of Hiaher Nervous Activity and Neurophysiology, Academy of Sciences
iUSSR). The principles of mac~~i-ne-d--ia-gn-o-s-t-i-c--s-'-a--n-d--t-h-e-r-a-p--y---h-a-v-e been
developed on the basis of a pattern recognition algorithm. These
principles have been applied in the therapy of burns and in operations
on burned s1d.n (Institute of Surgery, Academy of Me-dical Sciences

_L 08143-67
ACC NR: AP7001858
i USSR). Studie6 on developing diagnostic and information systems for
;neurosurgical diseases and, in particular, for'injuries of the"cranium.
and of the brain have been continued. A system for automatic input
into comDuters of information obtained from studying patients -with the
aid of radioactive isotopes has'been constructqd. A system for dif-
Jerential diagnosis of clinical forms of closed injuries of the cranium
and of the brain has been developed. and studied tLeningrad Scientific-
Research I.no.titute.-of Neu.rosurgery)... - [LPSBs ve 2 j, no. 6
Si;~ CODE: 06t09 / SUBM DAM none
agit

:-,CjV-1 32-5n-~-3/16
Zalashkova, N.Ye., Lizunov, ".V. and Sitnin, A.I..
TITL-,,: Experience '.7ith tho '~.etallomt-tric .9-,,rveyinF oT---,~ryllium
in the Iiegion of Beryllium Doarinp Per,,mntites Covered
~,.!ith 't-diments (Cpyt ?.!etallometric!;;arI:iy sllyemki na berilliy
v rayone razvitiya berilloncsnykh peqmatitov zakrytykh na-
nosami)
PE2ICDl--,'LL: Razvedka i okhrana nedr, 1958, NIr .11, pp 11-14 (USSR)
~,BSTRtICT: Ilietallorzetric surveying methods, coupled with spectral ana-
lysis, were applied by the author while prospecting for
beryllium gpediments. According to A.Ye. Fersman (ref 5)
beryllium aas slow migrator.y properties tinder hypogenic con-
ditions and A.A. Beus (ref. 1 and 2) stresses that berylli-
um can easily be trapped in dispersed and colloidal systems
near its source, because of its high ionic potential. A
region where the beryllium bearing pegmatites were covered
with a thic" alluvial layer, was chosen for the experiment.
The magnitude of alluvial layers varied from 0.5 to 0.7 m.
on elevated places, and reached 2 m and more on the slopes.
Pegmatite formations were found amang metamorphic micaceous
Card 1/3 slates extending in a north-easteri., direction. TIetallo-

SOV-132-58-8-3/16
Experience i th the ~etallometric Surveying of Beryllium in the Region of
Beryllium Bearing PeEmatites Covered with Sediments
metric surveying was conducted on lines traced across the
L~
pegmatite belt. Samples were taken from depths of 20-25 cm
from soil and subsoil layers. Spect-ral analysis was then
used in testing of samples. The operation is described in
detail. It ,~.,as also found that in the samples taken from
depths of 50-70 cm no trace of beryllium was found. The re-
sults of metallometric surveying were plotted on a map,
This map also showed all pegmatite veins as peaks, clearl,' r
defining the aureoles with increased contents of beryllium.
'i~oreover, tests were made in analyzing ashes from trees
taken from the sectors where beryllium deposits were found.
It was found that beryllium was mainly concentrated in the
leaves an(! to a lesser degree, in the roots of those trees.
The presence of the beryllium, rainly in the soil and sub-
soil layers, could be thus explained by the role of trees
which helD to transport beryllinm frcm the depth and then
Card 217, deposit it in the up7er layers of the earth. Consequently,

SOV-132-58-8-3/16
Exnerience ""'ith the Metallometric Surveying of Beryllium in the Region of
Beryllium B,3arirg Fegmatites Covered with Sediments
the examination of ashes of trees growing in the regions
of beryllium bearing pegmatites could help to locate beryl-
lium deposits. There is 1 map, 1 table and 5 Soviet refer-
ences.
ASSMAMON: I!.'G ME
1. Beryllium--Avaiability 2. Beryllium--Sources 3. Beryllium
--Test results 4. Spectrographic analysis--Applications
Card 3/3

S-/081/60/000/'010/005/009
A166/A129
AUTHORS Sitnin, A.A.; Sazhina, L.I.
T7-TLE-. The content of rubidium in beryls
FERTODICAL: Referativnvy zhurnal. 1(himiya, 1960, no. 10, 102, abstra:,t 38238,
(Tr. in-ta mineralogii, geakhimii i kristallokhimii- redk, eleme-n-z,-v
AN SSSR, 1959, no, 2, 821 - 86)
TEXT~ The quantitative spectral method was used to study the distribution
of Rb in 22 samples of beryl from various granite pegmatites and greisens In the
USSR. in addition chemical methods were used to determine Na, K, Cs and Li. It
wa-s found that the quantity of Rb in beryls of various genesis varied from 0.0025
t-) 0-13,% (predominantly n. 10-3,16). The Rb concentration rose from early non-al-
k-Pli beryls (0,006%) to the later Na-Li- (up to 0.04%) and Li-Cs-varieties (up to
0.1_3%). Analysis showed that Rb also accumulates in associated K-minerals (mus-
,:~~3vite, microcline, side'rophyllite) in amounts of up to 0.003 0.3%, i.e, 10
10C times more than its content in beryls,
V:V:
IAL-.stracter's note, Complete translation.]
Card 1/1

S/007/60/000/004/002/005
B002/BO55
AUTHOR: -Sitnin, A. A.
TITLE: Distribution of rare elements in the amazonite granites of the
Etyka Massif (Eastern Transbaikal region)
PERIODICAL: Geokhimiya, no. 4, 1960, 305-314
TEXT: The present work is a study of the distribution of the rare element
Li, Rb, Be, Ga, TI, Nb, and Ta in the amazonite granite, contact zones
and greisen formations of Etyka, Kukullbeyskiy Range, Eastern Transbaikal
region. V. M. Shvets and N. Korotkova carried out the total analyses, B/
N. Pakhomova, B. Volkov, L. Buromskaya, and S. B. Fedorova the chemical
determinations of Be, Ga, Tl, Nb and Ta under the supervision of
V. S. Saltykova; A. Isayeva and G. Popova the flame-photometric determina-
tions of Li, Rb and K under the supervision of Ye. A. Fabrikova; and
L. I. Serdobova and N. Rodionova the quantitative spectroscopic determina-
tion of Be under the supervision of N. V. Lizunov. The amazonite granite
of Etyka consists of phenocrysts of quartz (200/-) and amazonite (21%) in a
Card 1/3

BEUS, A.A, -._ SITMIN, A.A.
Granites containing microlites are a new promising type of deposits
of tantalum. Razved. I okh. nedr 26 no.lo.&1-4 a 160,
(KMA 1,3: 11)
1. Institut mineralogii, geokhimii i kristallokhimit redkikh elementov
AN SSSR,
(Granite) (Tantalum) (Microlite) ,

S/007J61/000/003/001/004
B107/B206
AUTHORS: Beus, A. A., Sitnin, A. A.
TITLE: Geochemistry of tantalum and niobium in the hydrothermal-
pneumatolyti& process
PERIODICAL: Geokhimiya, no. 3, 1961, 209-214
TEXT: The geochemical behavior of tantalum and niobium, specially in pneu-
matolytic-hydrothermal deposits, has not been sufficiently clarified yet.
A. Ye. Fersman stated (Ref. 1: A. Ye. Fersman, Geokhimiya (Geochemistry),
v. 4, Izd. AN SSSR, M., 1939) that niobium and tantalum did not enter into
pneumatolysis, which opinion is shared by A. I. Ginzburg. Contrary to that,
the authors come to the following conclusions based on their own investiga-
tions especially in Eastern Siberiat Tantalum and Niobium are characteristic
elements of high temperature-, postmagmatic processes which are connected
with granites. Their geochemical history can be followed from the state of
early sodium metasomatism (early albitization) over greisenization up to the
formation of high temperature quartz veins. Owing to the peculiarities of
postmagmatic metasomatism two types of granites can be distinguished with
Card 1/3

SITNIN, A.A.; 4EONOVA, T.N.
Find of strUverite in exomorphic greisens of A jranite massif in
Edatern Siberia. Dokl. AN SSSR 137 no.3:685-687 Mr '61. CNIRA 14:2)
1. Institut mineralogiip gookhimii i kristallokhimii redkikh elementov
AN SSSR. Predstavlenc, akademikom D.I.Shcherbakovym.
(Siberia, Eastern-StrUvetite)

SITNIN, A.A.; LE11,10NOVA, T.N.
Loparite, a new accessory mineral of albitized and greisenized
granites. Dokl. AN SSSR 140 no.6:1407-1410 0 '61. (MIRA 14:11)
1. Institut mineralogii, geokhimii i kr15tallokhimii redkikh
clementov 0 SSSR. Predstavleno akademikom D.I.Shcherbakovym.
(Siberia, Eastern--Loparite) (Granite)

REUS, A.A., doktor geol.-miner. nauk; SEVEROV, E.A.; SITNIN, A.A.,
~j
fi-e-r.
SUBBOTIN, K.D.; SERDYUCHENKO, D.P., doktor-ge-or-.-
nauk,
otv. red.; GRISHINA, T.B., red.izd-va; POLYAKOVA, T.V., tekhn.
red.
(Albitized and groisen4zed granites (apogamites)]Altbitiziro-
vRnnye i greizenizirovannye granity (apogranity). Moskva, Izd-
vo Akad. nauk SSSR,' 1962. 195 4 (MIRA 16:2)
1. taboratoriya geokhimii metasomaticheskikh protsessov, svya-
zannykh s granitoidami Instituta mineralogii, geokhimii i kri-
stallokhimii redkikh elementov (for Beus, Severov, Sitnin,
Subbotin).
(Granite) (Trace elements)

SITNIN, A.A.; BYKOVA, A.V.
First find of microlite in granites. Dokl. AN SSSR 147
no.1:203-206 N 162. (MIRA 15:11)
1. Distitut mineralogii,, gookhimi i kristallolrhimii
redkikh elementov. Predstavleno akademikom D.I. Shcherbakov7m.
(Microlite)

SITNIN) A.A.; RAZINA, I.S.
Chemical composition of lithium micas from methasomatically
altered granites. GeokhimLiL no.7:695-699 Jl 163. (MIRA 16-9)
1. Institut mineralogii, geokhimii i kristallokhimii redkikh
elementov, Moskva.
(Siberia, Western-Mica--Analysis) (Metasomatism)

hEUS, A A, ~7el.-I.-.--n-~-.r. nauk T VO T
3 T V, ij 1J.' V , V
A~A.
[Ainitized and -rel-emized gra;-,ite-q, a new 1~rcspective
-r-IF-e of rare element dep,-jz;its] Allbitizir~,vanr~,,e 1
granity pc-r.;pt~.ktlvn,,,J
n.et tc-~zhdei i ~ ,#--,Liki Iril elementov. Mloskva, i9
.t. Ak,--iderriya nnuk SSSR. Instit)-it rdneralogil, greokidinii
:i krist~,Ilokhlmii rprikikh eiementov. 2. Instirut IT.Mora-
'~,g-!-* gec~khLii 1 kristal-lc.-khimii redkikh eleinertoli
iT OS"R (for Deu~-;, leolog G
Sitn n). 3. G -c-vazvp-'o~,hnyv trest No.1
Vinisterstva geolcgI2- i cr',h:-any riedr SSSR (f.-)r Ile--Iiayeva,
Prilkopin. RremyslerN

SOV/97-59-1-11/18
AUTHORS: Mordovina, A.114i., Candidate of Technical Sciences;
Godunov, B.I., Engineer, and Sitnin, O.V., Engineer.
TITLE: Precast Reinforced Concrete Used for Floors in tUe Under-
Water Parts of Hydroelectric Power Stations (Sbornyy
zhelezobeton v perekrytiyakh podvod-noy chasti gidro-
elektrostantsiy)
P~~RIODICAL: Beton I Zhelezobeton, 1969, Nr 1, pp 36-39 (USSR)
ABSTRACT: Prestressed reinforced concrete load-carrying floor beams
were used for the construction of the Volga Hydroelectric
Power Station (see B.V. Yakabovskiy2s articles In Beton I
Zhelezobeton, 1956, Nr 6 and 1'j6'7, lir 12). The advantage
of this construction is that no timber shuttering is required.
The Gidroproyekt in the construction of Stalingrad.Hydro-
electric Power Station designed and used with advantage pre-
cast-monolithic floors together with load-carrying reinforced
concrete units. Cross-sectionsof these load-carrying beams
are shown in Figs.1, 2 and 3. The beams are positioned
Card 1/3 4 - 6 cm apart to allow for subsequent concreting of joints.

SUV/97-b9-1-11/18
Precast Reinforced Concrete Used for Floors in the Under-Water Parts of
Hydroel,~)ctric Power Stations
Precast floor slabs, used for aqueducts and suction
pipes, are cast in metal formwork and cured in curing chambers.
The units of the spiral chamber are cast on the concreting
yard. Concrete Mark 250, and reinforcement of steel Marks
St.5 and St.3 were used. The precast reinforced concrete
beams are of inverted "T" cross-section. Their height
differs according to span as follows: 11-12 m span,
50-60 am high: 9-10 m, 45-50 am: B-7 m, 35-45 cm:
7-6 m, 30-40 am. Fig.2 shows the floor construction of the
spiral chamber and Fig.3 the construction of the floor of
aquaducts of the Stalingrad Hydroelectric Power Station.
Expt,rience has shown that in the case of spans bigger than
7 m the floor units should be doubly reinforced. Fig.4
illustrates assembly of the floor of the spiral chamber of
the Stalindrad Hydroelectric Power Station. The load-
carrying units were calculated for a superimposed load of
1.1-1,2 m thick concrete topping. The cracks of the load-
carrying elements are between 0.1 and 0.2 mm wide. The
Card 2/3 magnitude of deflection, in the case of construction spanning

SUV/97-59-1-11/18
Precast Reinforced Concrete Used for Floors ir, the Under-Water Parts of
,Hydroelectric Power Stations
10.7 m with 1-1.2 m thick concrete topping, was 2.5 cm..
There are 4 figures.
Card 3/3

V.
,~ITNIN)
lo.- -
-. C,
Literna ti~nal ic con; erence , Den. I 'rar,--al . , ?.7 C -,, 5-
11 . L, 4.
iiiisslan Accessic,,-is, Library of Con,..~ress, Jul.y 19-52. Unclassified.

SITNIN, V.K., redaktor; CHIZHOV, K.Ya., redaktor; LSREDEV. A., telehnicheski7
, I - ---- ~- ~ 1-4ya t 0 r .
[Finance and credit of the people's democracies] Finan y i kredit stran
narodnol demokratii. Moskva, Gosfini-ydat, 1954. 159 p. (MIRA 8:4)
(Burope, Eastern-Finance) (ChIna-Finance)

USOSKIII,M. ; SITNIN,V. , redaktor; LOGOVINSKAYA,R. , re&?ktor; DENISOVA,O. ,
r ik ij I,i'ednktor
toklinic ie
[Short-term credit in the U.S.S.R.] Kratkoarochnyi kredit Y
SSSR. Moskva, Goefinizdat, 1955. 107 P- (KhRA 9:2)
(Banks and banking) (Russiot--Credit)

GUSAKOV,A.; DYMSHIT6,I.; SITNIN,V., redaktor; FILIPPOVA,B., redak-tor;
DEIIISOVA.0. . tekhnnR4kkl~f redaktor
[Currency circulation and credit in the U.S.S.R.] Dene2hnoe
obrashchenie i kredit SSSR. Moskva, Goefinizdat. 1955. 355 P.
(Banks and banking) (Credit) (Money) (MLRA 9:2)

SLTNIII, V.
Problems in the organization and
industry. Fln.&U. 16 no.1:1&25
(Finance)
employment of.wroirkiac capital in
Ja 156. - 9:5)
. 77t -

SITNIN, V.; SLAVNTY, I.
I ., -- I. '. - ~ I
The organization of payments in the national economy. FIa.SSSR 17
n9.3:32-38 Nr 156. (CleRringhoune) (MIRA 9:7)

-q=IN,:-Vladimir-Xs&aQLqn ovich; BATYA~V, V., otvetstve-nnyy red.;
twbiINSKAYA, R., red.izd-va; MBEDEV, A., tekhn.red.
LMoney and currency circulation In the U.S.S.RJ-Den'gi I
denezhnoe obrashchenie v SSSR, Moskva, Gosfinizdat, 1957. 61 p.
(MIRA 11:1)
(money)

SIVNIN 7
~ V.; SLAVNYY, I.
-,.-r.4 ~-~
Interrelationship between the budget and credit. rin.SSSR 18
no.2:18-26 F '57. (MaA 10:5)
(Budget) (Credit)

SITN;,M.e,,Tla&mlr-,Xoenofoutarich, Icand. ekon. nauk; MINA, Ye.A.. red.;
TROFIKOT. A.T.. tekhn. red.
[Financial syst*em of the U.S.S.R.] Finansovaia sistema SSSX No*Wa,
Izd-vo "Znanieg" 1958. 30 p. (Tsesoluznoe obahchostvo po raspro-
stranenliu politicheakikh I naucbmykh znanii. Ser.3. no.W.
(71nance) (Budget) (KIR& 11:9)

14.
ZW3111, lv6n Danilovich, prof.: SITNIN, V.K., nauchnyy red.; KURRIA, Te.A.,
red.; TROFIMOV. A.V., takhn.red.
[Credit and the credit system of the U.S.S.R.] Kredit i kreditnala
sistema SSSR. Moskva, Izd-vo "Znanie,* 1958. 39 P. (Yeesoiazam
obahchestvo po resprostranentiu politicheakikh i nauchnykh zaanii.
Ser- 3, n0-11) (MIRA 11:5)
(Credit)

11
I\
RUBINSHTEni, Yakov Yevsayevich,; SITNIN, V., otv. red.; LITIRIOVSKAYA.
X. , red. izd-va , ; LIBEDEr,-K--,-t-bk'Kn7.-r8d.
[Organization and development of Soviet credit] Ocherki organizataii
i razvitlia sovetskogo kredits. Moskva. Gogifinizdat, 1938. 254 p.
(MIRA 11:11)
(Credit)

BACHURIN, Aldlcsandr Vasil'yevich; SITN L,_j-jL.; TOLYPINA, 0., red.;
LHBFMV, A., tekhii.red.
[Finance and credit in the U.S.S.R.; a collection] Avtorakii
kollektiv pod rukovodstvom A.V.Bachurina. Izd.2., dop. i perer.
Moskva, Gosfinizdat, 1958. 339 P. (MIRA 12:4)
(Finance) (Credit)

SITIVIN, V.
Business accounting problems. Dan. i kred. 16 no.12:14-21
D 158* (MIRA 11:12)
(Russia-Industries) (Banks and banking)

BATY1U.N. Vladimir Mikhaylovich; SITNIH,_V.K.. otv.red.; ZAVMTYAYEVA, L.,
rod.izd-vo; 4-MBOTINA, Th'LNGINA, T., tekhn.red.
[Currency circulation in the U.S.S.R.; problems in theory,
organization and planning] Deneshnoe obrashchenie v S=;
voprosy teorii, organizatali I planlrovaniia. MoskyD, Gosfin-
izdat. 1959. 379 P. (MIRA 13:4)
(Money)

SITNIII, V.
Now developments in planning currenci circulation. Fin.SSSR 20
no.4:20-28 Ap '59. (Money ) (MIRA 12:6)

KOHISSAROV, Vasiliy Pavlovich; POPOV. Indrey Mikolayevich; SITNIN. T.K..
red.; BUARINA, V., red.; KOxIMVA, A., mladshiy red.;
CHXPEL-"A, 0., tekhn.red.
[Money, credit and of UZ European people6s democracies]
Denlgi, kredit i finaney evropelskikh stran narodnoi demokratii.
Pod red. B.K.Sitnins. Moskva, lzd-vo notsiallno-ekon.lit-ry,
1960. 237 P. (Burope, lestern-Finance) (KIRA 14a)

_~ITNIK.-V-K-, red.; BARNIGOLITS, S.B., red.; BYCHKOV, F.S., red.;
MARGULIS, A.Sh.,-red.; IKETT, G.Ya., dots., red.;' KAZOTSEV,A. I.,
red.; SYCHET,~N.-G., red.
(Organization and methods for the economic analysis of the work
of enterprises; transactiona) Organizatsiia i metody ekonomiche-
skogo analizza raboty predpriiatii; trudi. Moskva, Gosfin-
izdat, 1963. 663 p. (VILU 17:4)
1. Vsesoyuznoye nauchno-tekhnicheskoye soveshchaniye po or-
ganizatsii i metodike ekonomicheskogo analiza raboty pro-
myshlennykh predprilatiy. 1st, Foscow, 1963. 2. Predsedatell
~omiteta ekonomiki i organizatsii proizvodstva tsentrallnogo
prVlenilya Nauchno-tekhnicheskogo obshchestva mashino-
str6~tellnoy promyshlennosti (for Mett).

SITNIN, V.
Account more Pilly for potentials in the draft budget for 1964 -
1965. Fin. SSSR 37 no.8:8-14 Ag 163. NIRA 16:9)
1. Zamestitell ministra finansov SSSR.
(Industrial management) (Budget)

* ' T.N 1 N ,'~ , K .,
Coordirmu: r,,.fin(lardization and firanceri. 6 '.;3 n d h r ti z a *1 a 1 ~, -a
28 no.10,40, 0 164. ( MIP A 17 ~ 12 )
1. Pen-yry zaite3titell ~tnistra firiansov SSSR.

SITNIr-k, I.
Z"Ubber plants
Invormer marshes. L-'ol. kolkh. 19 ric. 6, 19-52
Monthly Lilll of llussian Accessions, Lil,,rary of Contg-ress, Aup-ust lql,~-) U,.'GLj%3ZT-'~'T-T--D

SITNITSIKA, I.G. [S-y-tnyts1kaj I.H.)t kand.med.nauk.;TSAREVSKA, P.M.
Clinical picture of celiac disease. Fed., akush. i gin,
25 no.1:22-23 163. (KrRA 1625)
1:0.Druga likarnya Moskovs1kogo rayonu m. Kiyeva(golovniy likar
A Rudik [A,O,Rudyk]),
(CELIAC DISEASE)

SITIMIMUA., 1. G.
.1alaria in infants and young children following blood transfusion.
Pediatiliti, ::o-qkva !10. 41 JUIY-Aur,. 50- p. 16-9
1. Of the Clinic of Faculty Pa(datrics (Iload of Departrant-Prolre
V~ G. Balaban), Kiev Order of Red Banner of Labor Medical Tnwtitute
i-joni Acadeqicim A. .111. 3ogonoletss Kiev.
CUS 10
0.9 5, Tim., 19.50

SITNIVS)KAYA, I.G. [Sytnyt-.j'kt, 1.11.)1kand.mod.nquk; ZAMIAMUflKO, O.C1.
'DakFfd~clienko, 0. If. I
Clinical characteristics of hemorrhagic vaBculitis in children.
Ped. J. akush. i gin. 22 no.6:24-27 160. (MIRA 34: 10)
1:,Detskaya bolinitsa (glav-nyy vrach - I.S.Kolomiyskiy (Kolomyialkyi,
I Kirovograd.
(PURPURA (PATHOLOGY)) (CHILDREIT-DISEASES)

SITNITSKAYA, I.G. [Sytnyts'ka, I.H.), kand.med.naWc
Etiology of chronic abdominal pains in children. Ped., akush. i
gin. 23 no.3:11-14 161. (MIRA 15:4)
1. 2-ya bollnitsa Moskovskogo rayona Kiyeva (glavnyy vrach - I.S.
Supnmenko).
(BILE DUCTS-DISEASES) (DIGESTIVE ORGANS--DISEASES)

GOKHSHTETN, V.P., inzh.; SITNITSKIY, I.R., lnzh.
New stonecatting units for working high terraces. StroiA dor.mashi-
nostr. 5 no.3:7-10 Mr '60. (MIRA 13:6)
(Quarries and quarrying--equipment and supplies)

SITNITSKIY, I.R., inzh.
Machine for obtaining clay by cutting. Stroi-I dor.sa h. 7
no.10:23-25 0 162. ?KRA 15:11)
(clay) (Excavating machinery)

SITNITSKIY, I.R.., inzh.
Set of mechanisms for mechanizing removal operations in the
PKB-02--04 stonecutting unit. Stroi. i dar. mash. 8 no.l:
.19-20 Ja 163. (IMIRA 18-5)

6ITNITSKIY, I.!'. , A~nzh.
SM23 (FKB-34A) electrical tow car. Stroi. mat. 9 no.7:
24-25 Jl 163. (KMA 16:11)

SI.TNlTSKIY,, I.P.) inzh.
The 291 forrwork for making tuo-way curved reinforced
concrete panels. Stroi. i dor. mash. 9 no.6:29-32 Je t64.
(MIRA 18:11)

AUTHOR; Y-1-I. " 02- 58 .1--9/12
-----------
TIT LE Dynaw:.-. of Rate Thermr,,~.c-lplas
,(Dynwn,~hrft klha.rakf;orys~yky -;hliy(Jki-.,-jr-,,rkti te-1110pa!')
PERIODICAL,. A-+n-mat.--ka. 1958. Nr I.. PP 85 - 9!)(Ukra~Lrian SOSR)
AESTRACT. Thi -~-V;o 4-hermocouples in these 1-alue devices are of
Sl.-ati- characteristics, but have different response
I
tim-E, T. To the combination :~an be considered as two
ap, e r 'L.*: i -a, L t. s c; f differing time-constants in parallel.
The d.tm...fferentl%.al equation3, (2) and differ f--cm
-L lic., -3 1 -an J-deal different-i-atcr by containLng the first and
of the out-put, the az~tior- is therefore -not
that :f ideal di-ffer-ntiator and wide deviations from
%:tJon ,.an o~~,ur in i,,ertain rir,-umst--ances. The amp!-;-
an plia~~a- -f requen.,y 21--,aructeri s, ti% s or-- deduc ed in the
~3-'andard e-,pez-ational la--L:u'Lus fashion, Eqs.(7) and (8);
F: 1. E. r -. I -,hcv~;3 in praphic form. UsLng these results,
upper C, r~qe permils.5ille operati--ag f::-equenc-.y is
f M, T,-, -~;he optim-an frequen-,y (frequei~,-y
h, h th4~~ ii!i i S ma-x-lmal) -'s alOut 0.4 times -~,.Pr-r
b,- Th.:~ dime- -cnstanl~ cf -rhe :~ol-;pIP-S -~---ould be chc3en.
a r

T 11 e -7- m c -, o ue
g-Lu-e an in, the reg-Jor. if t-he
M0,311- probal-.1e f--neque-n--y 1.r- th-e system. T--)e a--rti,-,1e concludes
wl-h s,,m.:- ratl-e-r- general experimental rec-i"t- 'cr a ra4-a
I., U-
co.:ple with TI 0.7, min and T.,, = 2.8 r-i.4-n the ag-7-eement
with the -. -f y Q U -1 r, e g C C"a.
Th~Fre, ar-- 7f5gure= and 8 Sov~et referen-,es.
ASSOCIATION,. T I -riv 'k.,r-. po ekhn-"'.,-- hr. yy ins ty -1*,-Ll-,
.LJ ! --- - L-. L
(I!v.,--7 Po-"--Yte-.b-rai,2al Inst-it'-u- te)
SUBMITTED., De-~emb-ar J.qCG
C,,--rd 2/2

SOV/96-58-n~-5/27
AUTHOR: Sitnitskiy, Yu. I., Candidate of Technical Science
TITLE: An Inves_t1-Z-aT1-3`ff-75-f Velocity Thermo-couples as a Correcting
Link in a System for the Automatic Control of Superheated
Steam (Issledovaniye skorost-noy termopary kak
Icorrektiruyushchego zvena sistemy avtomaticheskogo
rogilirovaniya temperatury pore.-rotogo para)
PERIODICAL: Teploenergetika, 1958,'/'Nr 9, pp 30 - 33 (USSR)
ABSTRACT: A velocity thermo-cou le consists of two thermo-couples,
of the same material gu't different thermall inertia
connected backL-to-back. They are used for automatic
control of superheated steam temperature because it is
considered that their e.m.f. is -proporticnal to the ra'e
of change of temperature. A mathematical e;:pression is
derived from which it is shown that the E.m.f. is indeed a
function of the rate of temperature change and depends on
the time-constants of the const-ituent thermo-oouples.
The left-hand side of the equation contains the second
differential coefficient of e.m.f. which means that the
velocity thermo-couple itself has some inertia. The
Card 1/1+ problem then arises of determining the optimum time-
L
constants of the two constituent therm-c- couples.

So V/c) 6 - 58, - 9 - 2'12'l
~An Investigation of Velocity Thernio-couples as a Correc"-ing Link in
L
a System for the Automatic Control of Superheated Steam
1;x,,,,-.essions are given for the amplitude-frequency and
phase character _J stui cs of the thermo-couple in terns of the
time- cons tant. The amplitude-phase ~-Iaara3teristi,-,s of a
velocit-,y thermo-couple calculated for various ratios of
time-constant are plotted in Fig 1 aiid are a family of
circles. The requisite values of the time-oonstants
depend on the frequency range to be covered by the control
Sys t- e~_-1, It follows from formula 11 that in order to
increase the limiting fre-quency the prc)duct of the two time-
constants r.7,ust be reduced, but tl-eir rrust Jiffer sufficiently
to ensure an adequate e.m.f. i-,sU*' ittable claoice nay-be based
u
on equation 15. As there is at present no theoretical way
of calculating the tirie-constants of thermo-couples, they
r The --onstruc'ion of
nust be determined experimentally. U
industrial velocity thermo-couples is usually such that 'the
component therno-couples cannot be separat-.ed from one another
for deterlination of their individual timis-constants.
Card 2/LF Thelrefore5 the author has developed a new procedure making
t'ae determination by analysis of the tran3lient perfa.-mance

r! 6 _ 5,,-, _r,
SOV, U Z-5121
An Investigation of Volocit,- 2hermo-coupics as a Correctin,n* Lirft in
a Systom for the Autoliiatig,' U'ontrol of Superheated Steam
of a velocity t'Liermo-couple. To deterrAne simultaneously
the tine constants of each of the components the thermo-
couple is connected to a low-inertia recordin.r potent-io-
meter and rapidly introduced into a medium of different
Uemperature. By the shape of the trace, togother with
formula given in the article, the time-constants of the
individual thermo-couple are easily deternined. The
results of experimental determinations of the frequency
charac'eri s tics of velocity thermo-couples given in Fig 3
confiril the theoretical conclusions, and in particular
6 u
Vie existence of a limitinn frequency beyond which the
0
an~)litude reaches a maxinium and the phase-angle changes
0
s i i-, P_. Thp -orocedure was checked by ri.,aki-rib- separate
Card 3/1,

SOV196-58-9-5121
A
-L U U
n Inves'igation of Veloci'y Therrdo-couPles as a Correcting Lin1c
in a Systo:~, for tho Autoy.,,,atic Corit-rol of Superheated Steam
determinations of tlie inertia of each of tho component
i hr
C12rmc-couples and good agreeiment was found.
Tinere are 3 figures, 4 Soviet references.
ASSOCIATION: L'VoVSj-
.i,r Politekhnichesk-iy Institut (L'vov
j
Poly-Lechnical Institlute)
1. Steam--Control 2. Thermocouples--Applications 3. Thermocouples
--Properties 4. Thermocouples--Construction
Jard 4/4

wo5
S/194/62/'000/007/036/160
D295/D308
AUTHOR: ~U-
TITtE": Dynamic characteristics of high-speed thermocouples
PERIODICAL: Re"eratJvnyy zhurnal. Avtomatika i radioeicktronika,
-L L
no 7, 1962, abstract 7-2-63 ye.(Nauchn. zap., Llvovsk.
poiitekhn. in-t,.no. 60, 1960t 36 - 48)
TEEM An analysis of the differential equation and of the frequen-
cy characteristics ~f a high-speed thermocouplep considered as two
aperiodic stages connected in parallel, is used to show that the .4t-
thi~rmocouDle does noi always act as a differentiating stage. In or,6
det to obtain the maximum effect when a high-speed thermocouple is"-
usedt it is necessark,that the time constants of both its layeTs
have values chosen in accordance with the frequencies expected in
the serve system. In general the time constant of the junction wili
iittle inertia must be a minimum, while the.time constant of the
junction having inertia must exceed the first one by 2 - 3 times.
The theoretical calculations have been subjected to experimental
Card 1/2

ANDRIYEVSKIT, A.I.; ANTANOVICH, A.V.;BOGATYREV, N.A.;GLUSHCHENKO, I.P.;
GUBXNKO, T.P.; ZAM3RA, Ye.F.; KARANDITEV, K.B.: LUKIN, V.I.:IAJKIN,
N.I.; MAKSIMDVICH, N.G.; MOZER, V.F.-, PITRINKO, S.I.; PAFIRM, Te.A.;
PRIVATI)VA, K.A.: SITNITSKIT, Yu.l.; STASIKOV, Ta.T.; SHCHNPAMMICH.
B.P.; CHUCHMAN, T.S.; TAGnTO, I.M.; BRILINSHT, B.K. t dr.
G.M. Krushell; obituary. Izv.vys.ucheb.sav.; energ. no.10:147
0 158. OaRA 11:12)
(Krusholl. Goorgii lvgenlevich, 1912-1958)

1, 9629-66 _EWT(1)/EWA(h)/FTC(m)_ -:WW-
ACC NRs AP6000038
SOURCE CODE: UR/0115/65/000/010/0061/0062
AUTHOR: Brailov, E. S.; Brodin, 1. S._; Sitnits!ft Yu. I.; Chuchman, T. S.
ORG: None
TITLE: Improving the accuracy of a gas rotation meter
SOURCE: lzmeritellnaya tekhnika, no. 10, 1965, 61-62
TOPIC TAGS: gas flow, flow meter, measurinng instruments error
ST A10
ABSTRACT: One of the main disadvantages of gas rotation meters, especially in research'
applications, Is the considerable error L+ 2%) of industrially manufactured devices. The
authors present the results of a study which is directed toward the improvement of the
accuracy of such meters. The main cause of error Is the overflow of gas throughgaps
between the moving rotors and the walls of the housing, depending on the pressure drop at
the meter. The latter, in turn, depends on the flow rate. Hence, a mode of operation In
which the pressure drop at the meter equals zero should eliminate or substantially reduce
the error. In order to achieve this the rotors should be powered not by the energy obtained
from the gas being measured, but from an external source. With this purpose, the authors
designed and tested an automatic system which maintains zero pressure drop In a gas
rotation meter (Fig. 1). Tests show that, In spite of large inertia of the rotors Of tL (RS-400)
gas meter, the transfer process in the system does not exceed 30 sec. The work was per-
Card 1/2 UDC 681.122
2/2

I: i~' )000
V. X. f ij-'111t) LjJJCS~iy YU, (CandiciaLe Of technical ~'C i CICC5;
0;~ G: none
-177LE, MeasuremenL OILE I iquid and gas flow rates by local heating of the boundary layer
SOURCE: Lvov. Policekhnicheskiy institut. Kontrollno-izmeritellnaya tekhnika (Control
anG measurement techniques) no. 2. Lvov, Izd-vo univ., 1966, 109-114
TOPIC TAGS: ga5 'Flow, flow meter, rheometer, flow rate
tABSTIPACT: A fluid flow meter has been developed whose operation is based on the
maintenance of a constant temperature gradient across the boundary layer on a cylinder
tplaced in the flow; the temperature gradient is kept constant by changing the input
ito a heater in the cylinder in response to temperature changes inside the cylinder.
.The cylinder contains resistance thermomett~rs and an the electric heater whose power
consumption is --casured. Tnis type of flow meter is useful in that is measures the
mass velocity, ami Ch,-refore, the measured values do not depend on the temperature and
;Pressure of the mc-diurn which is particularly inportant for gases. The flow meter can
::be easily modified for automatic operation by installing an automatic control of the
heater power in response to the input frdm, the resistance thermometers. The linear
LCard- 112

ACC NR: AT6031912
c'naracteristic of the meter also permit its use in pulsating flows. The mcter, tested
in air strea,-,,, does not cause any pressure losses. Orig. art. has; 4 figures and
;14 formulas.
SUB CODE:,00,/// SULM, DATE: 25,Mar66/ ORIG RrF: 005

SITTIOV 1-1. A,
Mor,f-ullis L. S., Sitnov 1.1. A. And Shlyanov ;'x. I., "Adjustment of Regulation
of the AK-25-2 Steam Ti ine at the Leninprad Mletals Plant.." Naladochnyye
i eksperimentalInyye raboty ORGRES Corrective and Z=erimental Work of
the ORGRSS7, 1953, Tio 6, Pages 47- -

-SITNOV, lu.N..;--STAKHURSKIY, A.Ye., red.; INOVOSELITSEVAl O.N.p red. izd-
va; SOKOWVA, Ye.V., tekbn. red.
(Blectrophonel Blektrofou. Mookvap Izd-vo *Detskii mir.0 No.l. 1961.
1 fold. 1. (Prilozhenie k zhurnalu OIUnyi tekbmilrill no.11(101)).
No.2. 1961. 1 fold. 1. (Prilozhanie k shurnalu OIUnyi tokbnikgw
no.12(102)). (MM 3437)
1. Wentrallnaya stantaiya yumykh talchni ov, Moscow.
(Musical instrumentep Electronic)

AZAIWA, D.N., inzh.; POPOTA, 11J.; MONAKHOVA, L.P.; SITNOYA, A.N.;
rA
e1
STUPIN, A.K., rod.; TIKHANOT, A.Ta., tekhn.
A.F., takhn.red.
[Pumps; catalog-reference book] Hasosy; katalog-spravochnik.
Izd.3. Moskva, Goo.nauchno-teklin.izd-vo mashinostroit.lit-ry,
1959. 551 P. (MIRA 13:2)
1. Moscow. Hauchno-isaledovatellskiy institut gidromashino-
stroyealya. .
, (Pumping mchinery)

AZJARKH, DZ~q inzh., SITNOVA, A.N.
(Piston-drive purTs; catalog-handibook] For3hnevye privod-
nye nasosy; katalog-spravochnik, Moskva, Mashinostroenie,
1965. 63 P. (YIRA 18-'4)
1. Moscow. VseBoyuzrqy nauchno-isaledovatel'skiy kon-
struktorskJy I tekhnologichaskly Institut gidromashino-
stroyeniya.