SCIENTIFIC ABSTRACT SOBOLEV, V.V. - SOCHAVA, L.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002203110015-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR
DON-nSKIKH, V. I., and SOBOMV, V. V., Izvestiya Akadezdi 'Jxik Noldavskoy
SSR, Serlya Fiziko-Tekhnicheskikh i Matematicheskikh EWA, No 1, 1973, pp 40-
CdBIvPz crystals. There was found to be good agreement between the authors'
data and the results of known electroreflectance spectra in the number and
position of peaks.
2/2

USSR mc 9~6.662. 535,232
V. V. and DON- cil-
_'rS" '11, V. I.
"Optical Properties of HgS, HgSe, HgTe in the Bandgap Absoi-pt Uon ReGim"
Kishinev, Izvestiya Academii Nauk Pbldavs~oy ~ISIR, Seriya Fl-,Alco-Teldmiches~ikh
i Platematicheskikh Nauk, No 3, 19711 pp 46-51
Abstmact: The article, which is a paper presented at the Sacond All-Union
Conference on the Plkysics and Oiamistry of AUBVI 'I~rpn Compounds (U_h_Oi-,)d,
May 1969), studies the reflection spectra of cleavc-..~a (HF,3u) and etclacid
(Hg-10) single carysta-1n, tis well as a red juodificatiozi of 116-8 (larre
of the rdineral cinnabar from ".1entral AsiA and China derosits) in ithe- 1. ~:,-5 ev
region at 293 and 770 K and in the 5-12-5 ev region at. 2930 K. The s-,.iletra
fo:o trigonal. lfo7,9 proved to be vcr~ comple.-, in tho-,- 2-5 ev res',i0n, esrc-L'iallY
at 770 X. The nature of the F?TSe and If(ric bands is diseusSed on the I-Ais
of knovm theoretical bDnd calculationo and cntablished. crapd.rical -ei, ulari -
tica in the Txitterzi of 'I'lic d,:2,pendenee of reflection T',GSItiOTI Or,
wxzmaeter. Val-u-'s are prr-dtcted for -j'ha transitlom j:ar -H4-3s' A scheme
a s,4- ce Ixu-.,d and c-orithiction ih~rie, ol
.gestcd for thn strncture of the valer.
nerewry chalco
1/2
Iffi;i.;.;M HIN Ml ;1A'1111 jl~ i i~'WNU;Ii
1 IjqL;:'-IIJL I 't

USSR
SOBOLEV, V. V. , and- DONWISSICIM, V. 1. , lz":L-Stiya. Akaderdi N'lluk
SSR, Scriya Fiziko-TeRchnicheskikh i Hatozttticheslkikh Nauk, Ilo 10~71' Pr. 116-
51
The authors tbo-nk YU. V. IIOPOV and V. G. NAGORMY for ine.Rsurenents in
the 5-12-5 ev region, N. At OZEDOVA for providing spec.1mens,of the ;:)(-H-5)
minerals, and F. FMEWI and W. SCOULL9 for raprints of their articles.
11 VT
rrJT[TTf.4N
77i=

Semiconductor Technology
USSR UDC 546.682'19035.232.1
VOROWYEV, V. G., KOTRUBIENK0, P., WENT, V. N., -and SGEOLEV, V. V.,
Institute of AT) ied Physics, Academy, of Sciences. -moi Ivian 8~
"Reflection Spectra and Structure of Zones of Highly Alloyed Indium Arsenide"
Moscow, Noorganicheskiye Niaterialy, Vol 6, No 8, Aug 70, pp 1524-lS25
Abstract: In order to continue studies on the influence of strong alloying an the
optical transitions in the E > U9 area in com pounds such as A111B I the authors
studied the reflection spectra of etched mirroy-surfaces of InAs crystals, alloyed
with tellurium (0.05, 0,1, 1, 2,and 5 at. %) and selenium CO-5), 1, 2, 5..arid 10 at.
In ln.As-Te specimens with. increasing alloying the =xima principally eXDand
(particularly- the long wave maxima), then the entire band is strongly spread with
considerable displacement toward the long-wave area. Iffieva alloyed with selenium,
indium arsenide shojvs the expansion and displacement of t~c band with lower concen-
trations of the impurity. Alloying has comparatively little influence on the
short wave portion of the band.and a vei-y strong influence on the long wave portion
of-the band.

3 C12 L14CL -AS S I F UE D Okf]CESSIN7, DATE--02,OCT70
rjTL-E---Cf.;i,.DITI3NS OF OEEPStATEA) PETROGENESIS -u-
V.S., 6AKUMENKC-It I.T., DOARETSOV, N.L.q SOii3LE-Vq
V. V.
Cou""; T~y f0i~q wo--us-siz
:-.!~,,'jkCE--GFC,,L0GIYA I GEC-FIZIKAO V,'70, NO, 4, PP 24-35
-,-b4T[ .,PVhL ISHED - - - - - - -70
-~.SWJECT AREAS--EAITH SCIENCES ANO OCEANOGRAPHY
~'TDPIC JAGS--MAGIMA, IGNEOUS RJCK9 UPPER MANTLE, GEOLOGYP 6FDPHYSICS
.,C0VTF.t-)L MARKING-Nij RFSTRICTION-S
DMIMENT CLASS-UNCLASSIFIED
P R 0 Y YRFLL/~ PAME-1 094/0042 STEP ~it')--UR/0210/70/0;)01004/0324/0035
ciRC ACCLiSJON NO--AP0114442
UNCLASSIFIFD

UNCLASSIFIED Pri-PCESSINS I)ATE--020CT70
-1-1 IC--AP0114442
ClqC ACCESS][
J F A J'I
iA6SfF:ACT/fXT-RACT-~(U) GP-0- ABSTRACT. SOME ASPECT!, GmtA Fcfzmi TI
RELATION WITH WATER REGIME BASED UPON RECENT DATA OBTAINED BY THE
AUTHORS CUNCERNED To THE UPPER MAINTLE COMPOSITION AND TE\iPFPATURE oF
FORMATION ',-,F IGNEOUS ROCKS ARE CONSIDERED IN THE PAPFR. THE STUDY OF
XENOLITHS IN KIMBERLITES AND CRYSTALLINE INCLUSIONS IN D[AlUNDS PRr)VFS
THE GREAT DiFFERENTIATIUN OF THE UPPER MANTLE FROM PqEDOMI14AK"T
PE-RI'DOTITE-S, UP TO ECLOGITES AND GROSPYI)ITES. THE. DIAAUND BFARI,'qG
PERIOUTITES ARE THE DEEPEST ORIGIN XENULITH'So THE .31;.'JTIT.E IN~LUSIJNS
DOESNOT YET FOUND IN DIAMONDS BUT PHLOGOPITE IS PRESENT IN THE MOST
UPPER PART OF THF MANTLE ACCORDING SOME DATA, AND K[MBERLITIC 4AGMA
ITSELF IS FORMED IN WATER PRESENCE. THE DEEP FLUIDES ARE OF CJMPLEX
COMPOSITION, AND PARTIAL WATER PkESSURE FLUCTUATES WITHIN A 'AIDE RANUE.
DEPENDING ON RELATFVE VALUE OF P. H SUB2iO7-THREETYPES DF 4AG14AS CAN BE-
DISTINGUISHED: I* THE MOST nDRY'f MAGMAS, WHICH CAN BF ERUPTED UP TO
THE SURFACE; 11. MAGMAS, FORMED AT HIGH P SU6TOTAL. AND DECREASED P ti
S02 0 WHICH ARE ABLE TO ASCEND; 111. MAGMAS FOR4ED AT LOW P SLI-TLTAL.
.AND INCREASFO P H SUBW 0 WHICH ARE RAPIDLY CRYSTALI.ISED AT DECREASE OF P
SUBTOTAL (MIGMATITE FIELD). IT PR3VED THAT TRANSVA113RIZATION PLAYS A
SIGNIFICANT ROLE, IT DECREASES THE MELTING TEMPERATORE AND IMP~OVES THE
POSSIBILITY OF MAGMA ASCENDING. THE PROBLEMS OF DRAINAGE OF H3Sr
TERRANES FLUIDS AT MAGMA FORMATION AND FLUIDS RELEASE AT MAGMA
CRYSTALLISATION ARE ALSO CONSIDERED. THt'SPECIAL brAPHTHORESIS
PHENOMENON IS CONNECTED WITH THESE PROBLEMS.

3/3 012 UNCL ASS t F I En
PR.0CFSSlk'3 DATE--:120CT70
-'CIRL ACCLSSION N-3-AP-3114442
-43STQAC-,I/EXTPJNCI--THE N.~.13LE4 DF FURTHER STU--Y OF VITREOUS AID GN~ Ll()Ulf)
l%CLIJNIG!.%5 'IN MVIERALS FOR THE PURPOSE OF MORE PRECISE F TF
REGI~J Cf.'NSTRUCT10i'l 11-11 THL EARDJIS CRUST AND MANTLE 1,; posli).
UNCLASSIFIED

"If 2 031 UNCLASSIFIM PROCESSING DATE--230CTIO
~-.TiTLE--MILNE PROBLEM OF ANISOTROPIC RADIATION SCATTERING -U-
:AUTHOR--SOBOLEVt V
*V*
;_',(;,OUNTRY Or- INFO--USSR
ZHURNAL,, VOL, 47p NO. 21 I'M, P. 246-253
..~.ZATE PUBLISHED ------- 70
,.SUBJECT AREAS--ASTROt,40MYASTROPHYSIrS, ATMOSPHERIC SCIENCES
:JOPIC TAGS--ANISOTROPY, SOLAR. RADIATION SCATTER INGs ALBEDO, INDICATRIX,
ATMOSPHERE
~:~.CONTROL MARKING--NO RESTRICTIONS
.7t,
OOCUMENT CLASS--UNCLASSIF(EO
.~~.PROXY kEEL/FRA,-tE--2000/1493 STEP NO--UR/0033/70f-047fOO2/O2ftf3/,3253~
CIRC ACCESSION NO--AP0125121
w- UNCLASSIFIED

2/2 031 UNCLASS I F IED PROCESSING DATE-23riCl7t)
ACCESSION NO--AP0125121
ABSTRACTIEXTRACT-W) GP-0- ABSTRACT. 01 SCUSSION C,-F THE ASPECT OF ME
MILNE PROBLEM WHICH CONCERNS THE DETERMINATION OF THE 1::RACTION OF
RADIATION DfFFUSELY TkANSMITTED BY A SEMIINF1141TE ATMOSPHERE AT A
CERTAIN ANGLE TO THE NORMALt WITH ARBITRARY SCATTFKIN~ 11,14DiCATRICES AND
PARTICLE ALBEDOS. EQUATIONS ARE GIVEk FOR OETERM[~~,d.NG~TIAIS VARIA6LE-~
THE. RANGE OF VARIATIONS OF THIS VARIABLE IS ANALYZED IN THE CASE 0':: PLII~E
SCATTERING. FACILITY: LENINGRADSKII GOSUDARSTVEroWl UNIVERSITET,
LENINGRAD, USSR*
UNCLASSIFfED

USSR
UDC 628.165.04
SOBOLEV, Y. A., RYUCHIN, S. V., GOLUB, S. I., and PODBEPEZnY, V. L.
"Ten-Unit Experimental Industrial Desalination Apparatus"
Moscow, Vodosnabzheniye i Sanitarnaya Tekhnika, No 7, 1973, pp 30-32
Abstract: For the first time on a world-wide scale a 10 anit desalination
apparatus has been built and successfully operated. This complex is based
on the principle of evaporation with seeding; it consist8 of evaporation
units with forced circulation of the brine. The average preductivity of
such units is 640-650 m3/hr. The distillate obtained, is suitable for the
use as drinking water as well as for feeding high pressure boilers.

-Acc. Nr. Abstracting Servicet Code
AM45144 CHMICAL ABST.
"0589n Reaction of digermazanesWith 0-carNtr3nes. vi
r - E
svn. R. A.: Zhigach. A F Sobolev ti in, L..,
Te4 tin .
M
diu
with
di .1970, 1), 127-13 (B,,uu . ting: 4:31) g o-~c'il rani,
10.1 g (EtsGeWH 14 lix 42DO43OW; then with I ~jlr a L
Ge)tNH 12 hr ai 300% gave after &reatment wit 1 fe 50%
4h OH
1-triethylgerinyl-o-carborane, d' n2DI 1.54 im- 1y,
$$ S ilar
-at 245* wi -hNH
th staGe
1-isopropylcarbarane gave in 11 hr
27% I-isopropyl-2-triethylgem. ylcarborane, 1.550Q. 1-
Phenylearborane in 2S hr at 2( "5*~ similarly gave 2' .6cl,; I-phellyl- I
2-triethylgenuylearborane, n2v* 1,;W2.; G. M. k;solapoff -J
REEL/FRAM
19780044
1 161 ",l, 1141.X-O
1111 11 , AR:

VI-44. rOPMATION Of NITROGEN CESTUS IN DIAMNDS
(Articlo by Va. V. Snbaltv. hovow1birsk; Novost6lrok. III st-piimLk~-
Protoensom Rjbis~S!H~.'l pal. _-P I h t(Tistoliav .1 Plrnak, Russian.
P 751'
A phenomenological schmstic to proxtnttd uhith ewpl.&Ina, the pr&ntiplas.
of the tomotton and %h# existi-nit Tolationo,for t4t-bunt.- Altragen centers In
natural dieMOMW, The imzix-tar~thi scheme to, 04.tolu. 4f airagen from the
madt4ft in. the fam of a paii of slow, and tho for"tion of
4j"ttars; with different probtbilitr in the growth process.
,I 14.01A)
...I. 01 0
4 ~Z 3,-- (D
(D v. -% S' ~' --V1
J
a is the probability of "eraration of one at the nttrvitac *t--ms from the pair a.
tr4boIdLnp, obviounly It depends " the con,11 tlonp which as* ~ry Mason far
each base deposit (chamj4ts. tomptratur,31) and * defines the Covotanev of the
ratio N/(H - H). V10 slow growth. the probability of poly=exlastion Cy) of
the nitrogen pairs increaDve usually with a constant ratio between the three
centers 3, 4 miuA 5; in some cooss, this constancy Is di-tur4ed (the probabilities
Of tits bvsnchinfts Clo 6, 1- w v&TY). with the formation at tb* eent*rs 3o the
Cont,int of cftitage 2 a.'so Increases. The ftft- tonality Of dL&asxn4% is connected
with the variations (of the oscillatory tjV*) in pressure in the cry
, atlitzacla.
renter leading to variation of the growth rates (the impurity captur4 K, y and
so an very) - With further vsrlatton of the rate. d1ononds for xonts) cr-pq If*
ar&V which are poor In nitrogen. (Is*& than IP16). SrA the Poorest typo Ilb
8raw (less then.1011). The increase in probability u I* ccnOVttV4 with a decrease
In Y (*bell diamorJo, type 1b). The variation In a during t1he Rrvwth pyocass
(just me the vArtAtion of K with constant a) leads %;a the appearance of tiusters
ofle"tors, 2 (recorded by electron paramagnetic temouance, for w~&Apla, I" a
yo low shall.) . The variations tnvalues of K. a, 6 and y connected with the
specific nature of the crystallization center (and It* singularittes) define
the differopcl between the crystale of difforeat deponitis which c46 have &
lliomt probable form Cu..

Y6k
VI-4a. IMURITY CENTMS IN DIANOND
fArrtclo byja, V... Sabolev, Novosibirsk, NoveaLUirsk, III S1==ozZ4!"* , P-cz*"K*"
ralmr-rovedrdkovyl(b istallo. I rlecok. Russian. 12-17 JUM.-N72,
With respect to %anllaatatiot~ ~in a T=ber of propettits of
tnan 50 different csnV*xo-wcrz 1~1;kjoL - P= "it of ibirm the structural vadq'I
UZU prbpo4id mind ial-1-founded. and the content -60. 4etra,1004. It -8 dacs,nstTat-i
.that the yvilow-green luminescent centers have a cocsson tr&x""t ~.Nth ttm
subetLtuting trivalent n1trogaa and the broken C-C bonds. With respect, to
atructure and combinations in the crystaist t-he contart.ars dt-1,1.rd jzZo point
and .Vlongntod, primary and secondary independent and asbordin&tO aoJ alto
attendant. The opeclfl4t nature of t~* crystals with respect to tootest of the
centers oud their combination is determined by the growthconditione anA 4QV**dz
on the deposit'.
Structure Infra- Ultraviolet. Luml- Electron Part- PAnnarks
red i visible, "'to mxeaetlc
resonance
-N- 1130 A c 5500 Inactive active donor. E - 2.F,
AVA
C
1130
-N io) tn~ 5034. active t (CoTbidam)

active
5107 I-
4403 scti~o 1 10"-3
1261 3303 ftraos)lnoctivo Inactive donor. r. - 4.0 -. Isotr.
3156 (left) Increased parameter. at
A C 3000 C - 0.1 X axtic*ulsh a
lunisoocence. 4132
C - 3.8-1018 x
active
(a) 0053 Boss Inactive
W 5034 5034k &cove

VI-Q. C)UJ=TERISTIC STRUCrUMAL DEFECrS IN DLA=t:D
IA.-czcl4 4y 'fv. V. Sc*olrv, 0. F.' Yurtycvi? v.. i*, Win, V. K. AU#*w%qv,
Novosibirsk; 11~vostblrsk. III Sin ORIUM 0 Protsesaam Roots t qirl-I
Lo ~ct~jkKijvjkh Krl.tallov I Plenok, Russian. 12-17 Juno. 1972~ p
rhAfActtrittic irriciur~v 4efects in
the upecties of a dlosond. It in, dman#trated that 4 VAC4Aty In a diamond
to stable in 6reo charged stAtonj have the affectiv#noss V" In the absorption
Is 20 tijew &rester th4a V0. It in stnbllvhod that the dislocations [with the
edge component) define the nature of tne x-ray,add cathode 14*~ftsconca of the
4tamond and the color (violet and amokey-brown) of the PIsstIO4IIr deformed
ioA*n:. oPor.th: dt:lo stion spectra In contrast to the point cteters. broad
:Pltrcuztur Itab nd .r Mractariatic which are related to t1it tranootsous
between the dislocation &auto. 11itrox.an tenter& forv#trkx the AA=tlkt%bx*
atmosphere at the dislartstLani 4tre tecord*4 (by electron pataeaguatic. resaoauq,*
and lualmeacence).- It was demonstrated that the _'*pnrifLaof..tha interaction of
the "zcatione Witit the plot*, T* (1001) do-flose, the, plastic -ptopervA'soi
of the ~Lavkoad. A study vas sads at the possible role of the dial"atlase In
the forasitten at the ag lot level* dot*rairAng the ptapatttes, of tyva T.Ic at
I" (love than 5 x 101 1:: ) donor Concentrations (M 2 in natural ArA N in
synthetic diamande).
Structure Abootptics, Lust- Electron fLassacks
A40cance, pars-
In
*wgnetl
reso"Ance
V_ 3934 active 70c Va 9 - 2.9 av under x. term.
(ao-K)
0 7414 7414 inactive Convert$ to V_ and V4' On b*Atlng~
V 4900 mud irradiation (ultraviolet.
P-0
V+ $730 active V 0 . 4V_ + dv+. Capocity for
toodastiam depends an tAke type
of Crvatol._,jobile at 580-C.

t
x
VI-4b. MITIMCEN SEGAWA110.43 III WAMM
lArticlo by 11. Y. Sobolev, V. 1. _16tocTviih, A. P.,Vellveyav, Hvvaz1&4rvk%
%wrosib k jxT t,
2
Kris Allov-1 tl~azakA_kusalaa. 12-17 Ju". B172. p 7
Various methods (optical, it-ray, electron analytIc.41) ~vv
'led t04;tAbi ish the 61111touts of natural dialsoindA z4- ndzToiteli sakr"ations
of two as In crystolt: _ A-0-t1m eubir-*lld act~hedrajl plants. The sailLfestatta=
.1 the sezrsa*t1aus re dIstiniNtshad Iran the manifestations of the point
vniteril% a) by -Arioltian in tile pv-p,ortilis with vactatio" in &1**, b) by
ouparAtion of two different zones - characteristically defect: or a middle
Zone end a transition (~Ivv) sonw.. Tile tdva ser.9 Is of tile 41,01ocation
cypo,st the center K a (100) with a system at brakes C-C bonds, at the center
X, (111) apparently vtthv~st a system of broklia C-C bo"do.but with e1nqu1&rit1*&.
The aLffigularitits or the Wilt son" at both s*gv**st1ors..c&n serve, as tviipo
it a
)out as the c"toro at r4ccublaactan. oxktb inn thermal lutlinsocence and
pho#phor"cencil. - A complete nodal of the centers (with the edgv,,xojm) is
presented which d*e*Lb** all. the known propert.1am.- Tile center We (100) of
Ivucteular &hapt-and the stresses Introduc*d into the crystal mor* than at the
centers is (111) determine the color of the peak* on the thoreallumlowscancls
eu as mul other effects. Tba soltethIstlone can be at;coupauied by ol.ber centeirs
eshiblt*4 in the luminescence. It Is demoustratod that the ssjtt*sxt$m=M ar*
ror"ad d%rtnig o1rowth at the crystalt,chs process of th*Lr formation can be
represented as polrusittitation of altrogen vapor.
Str%WtUTO tnfrs- Ultra- . Lust.
=
c 9-W Elsettan Remarks
red Ai n
*4
;=.'. I stern-

CA scope
1110

I

36
5

36 d
i
Accompanied by WO(92).
IDO
1115 . s Loops
n
(3
11)
R3v, AI
, to
W 1331
- C1, . 7.6110
rim
L75
0 2110 18K
1

2600
(300-K) .
2363
4613
1
I C6011) 1 .1

'yr:y5
VL-c. DISTRISUTION Or thrURITY CENTERS IN DIAH3X0
(Article by V, .1. LiallyVan. V. !. Novo**irski
Movasibir*k. it S-V11". - ~l Ra.I.L I.,
1 2-1 j i. "z
Rusailin.
Varliwo methods (infrared and ultraviolet st,~.7tlcn. ph~togtas;hicAnd
x-ray IlAmilivieconce, double refraction. a-rdy topoilra:ms, lazAl =9414urvallot of
tile parameter) wet* uord to otudy of Invurltv ,onrara In
dt~nd types. It wto.satAblIshod that tho *=o Centers
ran hav4t both-concentrically tonal and electoral dIttribution (the centers
W, N2, He (111)). Thu most dii1xiled study was vAd* of the natural dil&L-~nd
crystal type 1, Rare. the firR tonality with respect to the N2 center. the
tonal distribution in V with Ixolation of the fine Atlaws. the tonal distri-
bution of the center fix (100) both with roopett to, cvotsut end with vtap*ct
to Ali* th A
t:%rvl:.tioaa. Th. letter fact iwvmtt* CYA* ca"lualoft to be
drawn that' th: .1ca of the aegregstion conterWrtAkkeg plate 4liflog the
crystal growth process. The study of the variation of the _psraftat*r stiows
that Ica magnitude It- determined exclusively by the tonicontrarlon of the
N2cantors. The, liouble.refrection figures are also calloveted with the diotrA-
butlon of the H2 centers. the most Intent* bonds Are, attributed to the bouWarifto
of the zorlan with tile greatest N 2 concentration drop*. The tonality of tho
glow under tile effect of X-rays is related In this erpotal to the distribution
f tile N2 ccatern (Ali Invoins tolocton). In crystal* at the Intaroodist* type
a
the torAlity in tM x-ray remission correal-nds to the distribution of the
centers r1ft (111) -- a direct relatLon. AeAlnntcA with the dislocation bAture
of the centers of x-ray lualtnostence. the vcnclusiovi is dr-vis regarding the
Inoculating effect of Cho N Cantata a " the formation of the growth dislocations.
The anslysix of the material obtained permits the camUslon to be drawn that-
a) comparison of the pictures of the sonal diuvriburloo of different properties
in rise entire marten of cases Is not a proof of their belonging to the save
center, but it to determined by the close Incerralaclou of tho.diff*rvat cantata
(accompanying, subordinate, and so on); b) Cho nitrogen Alarurity writers the
crystal during the Stowth prot"o; ois eopturw Is docavalmod by the growth retool
c) Cho different nLtr*Aim center* are formed duttax the growth process; tht
predominant sopregatter. of any of than to detervitood by the growth conditions of
a crystal. - 75 -

USSR UDC: 51
LOBOLEV, Yu. S., CHERNETSKIY, V. I., ARKHAROV, V. I.
"Concerning Refinement of an Algorithm'Which Yieldss a Quasioptimurk Solution
for a Problem of Selection"
Tr. Sev.-za. zacch. politekhn. in-ta (Works of the Northwest Polytechnical
Correspondence Institute), 1971, No 14, pp 13-1~ (from RM-Kibernetika, no
4, Apr 72, Abstract No 4V434)
Eno abstract]

III
_0~
USSR UDC 669.18.658.562
KOPPISHON, E. Yu., NOVITSKIY, V. K., POIANOV, P. A.,.SOBOLEV, V. V.,
SOBOLEV, Yu. V.
"Smelting of Steel for the Rotors of Large Turbine Generators"
Moscow, Stall, No 2, Feb 73, pp 116-117..
Abstract: Large ingots for the nanufic'ture of powerful turbine generator
rotors can be produced by mixing of acid open-hearth steel in the required
quantities with basic elcctTic steel in an evacuated ingot mold. The study
of the mecha:lical properties of the metal taken from various parts of the
resulting ingot, contaminated with nonmetallic inclusions, segregations of
the basic elements, macrostructures, etc.. has shown that this type of
mixed ingot satisfies all the basic quality requirements.

USSR UDC 669.18.658.562
KOPPISHON, E. Yu., NOVITSKIY, V. K., RONIANOV, P. A., SOBOLEV. V. V.,
SOBOLEV, Yu. V.
"Smelting of Steel for the Rotors of Large Turbine Generators"
Moscow, Stall, No 2, Feb 73, pp 116-117.
Abstract: Large ingots for the manufacture of powerful turbine generator
rotors can be produced by mixing of acid open-hearth steel in the required
quantities with basic electric steel in an evacuated ingot mold. The study
of the mechalical properties of the metal taken from various parts of the
resulting ingot, contaminated with nonmetallic inclusions, segregations of
the basic elements, macrostructures, etc., has shown that this type of
mixed ingot satisfies all the basic quality requirements.

KLYUCF-/tREV, V. YE., URAZGILIDEYEV, A. M s AGEYE-VI P. YA., and,SOB0117"V, YU. V.,
Leningrad Polytechnica Institute
"Characteristics of the Behavior of Cases in tbo Crystp-Ilization of InGots
of IM18N07-Type Steel with Titzniur!'
Moscow, Izvestiya Vysshikh Ucheb.,iykh Eavedenly, Chernaya EletallurGiyaj 11o 3,
19?3t PP 43-46
Abstracts An experimental study vraz made of the clan,--, in concentration of
hydrogen, nitro;,!enp and oxygen in the crystallization process of OXhINAOT
steel ingots weighing 3.2 and 13.7 tons, The metal 231101-t-ed in a
0 . tor,
basic electric axe furnace. Tbe pouring, mit; fron.abov(i~ tol inter-
inediate fintriel. Saitiplur, of the ji~rrtaj jje4,e takeri with ti Ic balp of ". clm-'ed
q=tz pipotto from three Invela oil the centml zone of the lril"),011 duri:~g
1-2-5 I= of crystallization. The betevior of If, N, an(l. 0 auring, cxy-~tallizt
tion is discussed by reference to diagram cliaxacterizinj thoir colicentr~-
tion change. Tho resuit3 of the experiments indicate th~e possibility of
elimilnati:ng nitrogen fron steel by deoxidizing the ms-tia with titanimi.
Tbree figuxest two bilollographic., references.
6

USSR UDC 539.4:1624.011,1-4-624.01~-]
mimm, YE. I.$ XIJPALOV, K.
"Finding an Efficient Prestressed Design for Hip --!ssure~ Equipi,ient wiLh a
.,h Pri.
Cylindrical Housing"
V sb. III nezildlinjr. I-allf. po Dr(-dvarit. naprvazinenaviii motal. konstrul-tsiym.
T. 2 (Tliird In terna Lion a 1. Con-kerence on Prestresscd lActal SLructural Elcrtent!7,
Vol 2--collection of work-s) pp 3-12 (from RZh-.':-10,J1an No 11~ Nov 71, Ab-
ika
stract No 11V920)
Translation: Durin~-, 19G9 rcrt~arch M-Fi perforred at t~w- Mwww,"
conztructioll 11.1stil-.11te LIWICIA V. V. Yuybyshev to find ao (!fj'ccJeaL de-sigm for
for a rare combination of larfe size and higli interrial
presware, 4hem comparinj~ several versions of the housial, d(.,,,,,ipn lj.,Ang
als -ipr -J, cylindrical
strength Inateri, - With different ah, -~s of the uliell splmric.
with henispberical bottozis, and so on -- it turned out Lhat t'lie most effIcie-it
in design respecte, and the most economical versioa is H-Ae one with a cylindrica.]
housirq; pre~,trr-.55cd by with high-8trcn,th wirL ofth
I., -Lat ribbed tops
reinfarcccl by rod5.
1/1

USSR
SOBOLBVFA A. D.9 and DEVOYNO, L. V.
"The.Problem of Formation of Tomentum-Like Structures in. Lymph Organs Upon
Immunization"
Novosibirsk, Izvestiya Sibirskogo Otdeleniya Akademii Nauk SSSR, Seriya
Biologicheskikh Nauk, No 5, Apr 71, pp 152-153
Abstract: On immunization of mice with bovine serum albumin, tomentum-like
structures formed in the thymus and sometimes in the splcen and lymph nodes
of animals. Staining according to Feulgen indicated that these strucLures
were a morphological manifestation of DNA forniation. The immunological
response of organs is always accompanied by a reinforced synthesis of DNA.
The synthesis of DNA is inhibited by the formation of specific immune pro-
teins. For this reason, development of the tomentum-like structures was
less pronounced in the spleen and lymph nodes, in which precursors of
globulins are formed.

-USSR UDC 632-95
YAKAROVA, S. V., and S2EI:,
jD A.
"Spectrophotomatric Determination of the. New Herbicide Matlvinll
V sb. Proble=j analot. khImil (Collection of Works: Problems of Analytical
Chemistry, Vol 2, Moscow, Nauka, 1972, PP 7" 76 (from Paferativn.,q Zhurnal
Rhimiya, SvocInyy Tom, No 23(11), 1972, Abstract No 2314,52 by T. A. Bely~~eva)
Translation: The analysis of comriercial r-eturin (I) ana 8cfp' wetting agent is
based on the reaction conditions of. (I) and on extraction of the meturin com-
plex vith Fe+3. The sample conbaining v 0.1 g I is dissolved in 10 ml. of
alcohol, and the mixture is diluted with water to 1000 rl. 11hen 10 ml. of the
obtained solution is diluted to 100 irl. with water. To ~; mil. of this solution
1 ml. of 1% solution of FeCl 3*61120 and 0.1 n. HC1 is addad, the mixture is
brought to 10 ml. with water, and the co.-iip~ex is extract(d with 10 nil. ClIcl-
for 3 min. The organic layer is filtered and the optical density of neasured
at 302 nm- The determination accuracy is 100+ 0-72%. Mae optical. density of
extracts in CHC13 is constant at pH of the aqueous eolution eqvaling 1.8-2-8.

restlCldes!
USSR IMC 632-95
BOBOLEVAJ, D A., and MMAROVA, S. V.
aDetermination of Some Organophosphorous Pesticides by 'htration in
Nonaqueous Media".
V. sb. Probl. analit. khimii, (Collection of Works: Problems of Anal~tical
Chemistry), Vol 2, Moscow, Nauka, 1972, PP 136-138 (from Referativnyy
Zhurnal -- 1(htmiya, S-,roclnyy Thm, No 23M), 1972, Abstract- No 23N409 by T. A.
Belvayeva)
Translation: An ex
titrimetric method was develo-Ded for deterr.-dn-ation
of metai-)hos, methylnitrophos, and trichlorozatapho-55-3 (1) in industritil products
and conT.Ounds. To 0.1 g of 1 5 ml. of 51; alkaline solution in 1,11001f is added,
the mixture is heated on a uqiter bath for 30 min, transferrea Into a Class con-
taining 20 -ml- of water, neutraliz--d with 1% IM solution until the -+ 300
mV potential is obtained, extracted with 2 x 20 r-"- C64~' 10 0~ alc6--O' is
added, followed by the potentioiretric titration until the second potential peak
is obtained. The deter-mination accuracy is + 0-5%-

USSR UDG 681.142.644.3
ADERIMM-1, V. P., GOLIKOVA, T. G., KUZ'MICHEV, V. I., LMIMUN, B. T.
LESYCOV, V. G., RUDAKOV, A. N., and SOBOLEVA, E. 1.
"A Device for Calculating a Partial Derivative"
Hoscou,, Otkrytiva. Izobreteniva, Promyshlennyye Obraztsy, Tova rnyve Znaki,
No 12, Apr 72, Author's Certificate No 334574, Division G, filed 22 Dee 70,
published 30 Mar 72, p 184
Translation-. This Author's Certificate introduces a device for calculating
a partial derivative. The device contains a servo systen for the indepcn-
dent variable -and a servo svsteut for the differentiable function which are
based oa integrators. The inputs of the integrators are connected through
corresponding switches to the outputs of the corresponding scalers. The
device a1so contains a comparator with a reference voltage source connected
to one of its inputs. As- a distinguishing feature of the patent, cormputing
precision is improved by adding a delay line, logic devices, a niem-ory unit,
and an additional switch. The output of the scaler in the, independcnt-var-
iable servo system is connected to the first input of the logic. device znd
to the second input olE the comparator. The output of t:IE ::oF.:pariator if,
connected to the controll-in; inp~jt of the additional ~~Tritch. sv.,!Ich
1/2

USSR
ADERIKTIL,*, V. P., et al, Otkrytiyal Izobreteniya, Pro=~shlennvye Obraztsy,
Tovarnyye Znaki, No 12, Apr 72, Author's Certificate 101o 334574, Division G,
filed 22 Dec 70, published 30 illar 72, p 184
connects the output of the scaler in the function selvo system to the second
input of the logic device, and througI. a delay line to the controlling inputs
of the servo system switches. The memory unit is connected to the output of
the logic device.
2/2
31

UDC 577.391
USSR
kledi cal
VOYTKEVICH, A. A. and SODOLEVA, E. L., Institute of
Radiology, Academy ofOM'e'j'jZ%ff-,1S-eiences USSR, Obninsk
"Lobes of the Adenohypophysis in Acute Radiation Sickness"
Moscow, Izvestiya Akademii Nauk SSSR, Seriya Biologicheskaya,
No 1, 1971, pp 56-59
Abstract: A cytomorphological study was conducted of the effects
of single whole-body irradiation (900 r) on the anterior and
intermediate lobes of the adenohypophysis in xats, Attention
was focused mainly on the reaction of the two lobes at the height
of radiation sickness when the destructive changes were most
pronounced. Degranulation of the oxyphilic cells gave way to
cytological heterogeneity and transformation of the cytoplasm
into a homogeneous colloid. Signs~.of destruction of the chromo-
philic elements and hypertrophy of the chromophobic elements were
conspicuous in the anterior lobe, The cells of the intermediate
lobe, on the other hand, exhibited considerable structural and
1/2
20

USSR
VOYTKEVICHI, IV- A.. an& S(IOQLEVA*,_r_-.. L-, ltvestiya Akaderii Nauk
SSSR, Seriya Biologicheskaya, No.- 1:,; IDIT, pp 56-59
tinctorial stability, an indication of-7greater resistance to
irradiation. The differences bet-ween- the two lobes in this
respect are apparently due ro- charact-eristics of morphological
organization. and physiological' properties. The intermediate
lobe somes in direct.contact with the.neurohypophysis while the
anterior lobe is connected to the ne.ural.clements by the portal
Vessels. Another factor that. may, COntTibute to the greater:
radios ensitivity of the- anterkor lob_e, is. that it is heavily-
Vasculated.

USSR uDc 611.814.33:612.o,,4.21:617-ooi.28
VOYTKEVICH, A. A. and kQ4QLEYA,_E. L.., Institute of Medical Radiology, AcaderW
of 14edical Sciences USSR, Obninsk
"Cytochemical Reactions of the Intermediate Lobe of the Pituitary in Acute
HA&ation Sickness"
Uningrad, Arkhiv Anatomil, v-istologii i Embriologii, No 1, 1973, PP 34-43
Abstract: Irradiation of Wistar and August rats (goo r, dose rate 55 r/sec)
sharply intensified metabolic activity in the intermediate lobe of the anirals'
pituitary, producing in the period of acute radiation sickness cytochemical
changres reflecting significant functional shifts. An initial increase in baso-
philia of the intermediate cells was accompanied by partial vacuolatiin and
hypertrophy as vell as by an increase in ribonucleoproteins and intensified
activity of several oxidative enzynes, which decreased 24 hours after irradia-
tion. At the height of radiation sickness, i.e., 72 hours after irradiation,
the activity of the hydrolytic enzymes in the intermediate cells increased.
In the terminal phase, i.e.., 220 hours after irradiation (Vnen many animls
died), the ribonucleoprotein content, in the cytoplasm of the hypertrophic
cells was mirj---l and the activity of lactic and succinic dehydro-enases and
coenzyme NADI~ had disappeared. Thus, the terminal phase of radiation sickness
1/2

USSR
VOYTWICH, A. A. and SOBOIEVA, E. L., Arkhiv AnatomiiO Gistologii i
Embriologii, No 1, 1973, pp 34-43
Is characterized by exhaustion of the energy potential of the intermediate
lobe cells as manifested by their loss of activity of IMD and related dehydro-
genases.

USSR uDC 617-001.28-07:0~16.153.756-o92:616.36-o7
DOROFEYEVI, V. M., Z)MRLrT5K1Y, V. M., SOXLEVA,.-E-.-L., and IZESTAYK01 G. V.,
Institute of Medical Radiology, Academy of Medical Sciences USSR, Obninsk
"Role of the Liver in the Yechanism of Lowering the Blood Sarotonin Level in
Acute Radiation Sickness"
Moscow, Byulleten' Eksperimental'noy Biologii i Meditsiny, Ito 1, 1973,
PP 33-34
Abstract: In rabbits irradiated once at.600 r (Co6O gamqa rays, dose rate 120
r/min), the serotonin concentration in the portal vain vas the same as in the
control, showing that the entry of serotonin from the argentmffine cells into
the blood was not blocked at the height of acute radiation sickress. However,
the serotanin concentTation in the vena cava inferior was almost half that in
the portal vein. This suggests that, at the height of actite radiation sickness
a substantial part of the serotin cominG from the intestine war, destroyed in
the liver before reaching the blood by monardne oxidase whose activity in the
liver increased sharply in the irradiated animals.
69

UNCLASISIFIED' L! PROCFSSING OAT E-13NOV70
EP I THELPPi Ir4 Ht)pmc,.,j,ta,pt)j ESI S tOF THE AUL-1-40PHYPGWHYS IS
_u_
AUTH,'JR-(J2)-V0YFt,l%EVICHj A.A.s SUSOLEVA,~ EsL*
CCU.114TRY :jF f,'.IFO--USSR
SCURCE--~~Kfi AtJ4T GISTeL E~41F_110L 58M., L9-27. ILLUS. 1970-
TE PUBLISHED ------- 70
.SfJ3JECT 4?,CAS--3IGjLGGICAL A,;:D MEDIC4L SCIENCES
-Til?[C TA.JS-AORENAL GLAND Huf(MOMEt BIOSYNTHES[St INH15ITIfilit 1-l'uICAL
E X P E P. IA E il T
CONTKOL 14ARKING--NO RESTRICTIONS
0.0CL14ENT CLASS--UNCLASSIFIED
PROXY-REELIFRAME--3002/1086 S7EP NO--URI