SCIENTIFIC ABSTRACT FEDOSIMOV, A.I. - FEDOTOV, YA.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002200810007-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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USSR
rcniku, Moscow, No 6 pp
BASOV, N.G., et al, Kvantovoys elekt (12)
inclined Fabry-Perot interferometere viere used for narrowing of tile Eenerstion
spectruz. Vith the aid of these interferometars the genoration spectrum ilea
,0:3
narrowed tor-JO.05 R tond in so doir.'- the _ CMitted by the ).,;cillaLor
PLIJr
expanded to I nanosec. in the IKDP cryzttil tho radiation -it toe Cut-pt i.- con-
verted into a second harmonic with an efficiency greater than 50 percent. Tile
radiation enerEy tit n 0.53 micron ijavelenf-th ataounte to 10 joole. The. truthorn
a
thank K.F. gtellmial-h ~, I.E. Rez; , A.1.1-Cavrigin TO V.P.pol OV. f or tissiztance
in conductin exi)oriments with K
C~ 'DP crystals. ill. 16 W. PnOceived by
editors, 25 Oct 1971.
2/2
70

USSR UDC: 533.9... 16
BASOV, N. G ZARITSKIY, A. R., ZAKH.0OV, S. D. , KRYUKOY, P. MAT-
VEYETS, Yu. A., SENATSKIY, Yu. V., FEDOSIMICIV, A. I., CHEKALIN, S. V.
"Producing High-Power Light Pulses on Wavelengths of 1.06 and 0.53 um
and Using Them to Heat a Plasma. I!. A NeQdymium Glass Laser With Con-
version of Emission to the Second Harmonic"
Moscow, Kvant. elektronika--sbornik (Quantum Electronics--coll.ection of
works), "Sov. radio". 1972, PP 50-55 (from RZh-Fizika, No 6, Jun 73,
abstract No 6G375)
Translation: Investigations of processes of heating by means of laser
sources with different wavelengths are of.considerable importance for
explaining mechanisrs of energ
,j, transfer in laser heating of a plasma.
This paper tells of the development of a high-Dower light source for
heating experiments with emission on two wavelengths: the wavelength of.
a neodymiula laser (1.06 pm) and its second harmonic (0,53 um). kn ef-
ficiency of greater than 505 in converting 1.06-um emission to the seccnd
harmonic is achieved in a IKDP crystal. The emission ene~-Or on the 0 - 53-wr,
wavelength is 10 j with a pulse duraticn of 1.0 ns... Fart I, see FZhFiz,
1973, 5G239-
I 1:2151HILIM2 it 11;1"rhil~ I IHIII.Ilz Mllqr 4A all ,mxt 121,41VPiLtUffr, I

.. ...... ..
USS'R UDC: 621.37S.9:533.9.02
ZARITSKIY, A. R.) 7 A 11, 11 A ROV? S., D. KRYIJKel)',' G F E DO S I !-10V
A. 1.
"Measuring the Polarization of Back-Scattered R,~(!Jatioll AcCOM-
panying- Laser fleating of a Plasv..-ill
Moscow, Wari'Lova-va Flc~tronika, Sbor-pil, Star(,N No 2 '8) 19 7'2
pp 89~90
Abstract: When a pinsinn is heatod by pow-orful Inscli, Cill-S'Sloll
with the use. of solid target,,;, the laser light is Stroilgly
back-scattered. PoInvization measurcillents are mollo oil I wave-
length of' 530 rim usillf,' polaroid' films; tho d6grce of polari7a-
tion of the reflected emissioll Comes to 90-9!;,5_,;_ )`~-ivliogrnphy
of three titles.
ih I I'M Hl""r hf M!, "R 'RHM, 0
E, 1"N.111,11 !:I',; M i NJ; I II I i i "111h !] Mll RFIBIRS
I MIA MUM III

USSR
ZARITS"IY, A. R., S. D., P- G4s YU, 1..'
-!Cs
USSR
11va '-'~.cI:-,scattcrcI Radiation Spc-ctrwa D 11'f, Ia s uHeating of
riation arl r
Pjas:za
i Tco-ectichaskoy Fiziln,1, Vol 15
No 4, 20 FGIb '12,
of a
v--cd irera JAD,
DU P.I.'.
L7 M
tion collwccx F~ 17d of v.
'Tiin hc:%tImr,- nd !-,r~!rtral
'n'd a
-cai-ricA cn Z~s 'un
~-ccond. 0-53 1 n ii rc
ho c
t

USSR
1-iche -oy
ZARMS!,TY, A. R,, ct al,,, Fl-j'ra v Zhurnal F.1,,aprur1.mcxUil*roy I Toarat -nl.
llzMi, Vol 15, ',,o It, 20 Pcb '?2, pp lWel-10
me-c on a gratin" -,p--cLrop:an',i irith f - 130 cm. 'Me lback-scattcrc~d xandiation
spectnin vas J:Otuicd io h%va a- M173b'.Ir Of lincs , uitv-itcd
mally in 11-he an(i Ilic onti-Stalw3 palt 04-, '11le ~t-ctx-o'n. ihin is
due to ~hu )--=cnvc~ at t-11,o of' lncid~~-.,t
the d1st:--ncc t;'Aich corals tho int.,~rval tho linc.--j of
is, of c. stim,,Aw'..'ed Its
my b--. r.",Iatcd to illo. rc6ulatiOll Of lpulncls, in
ma, laycr.
2/2

USSR 621.375-82
KRYUKOV, P. G., nAvEms, Y-U. A., SUNIATIOMY, YU. V. ~ELDOa-TXW A. I.,
CHEKAMI, S. V., and SHATBERASHVILI, 0. B.
"On Mechanisms for Radiation Zhergy and Power Limitation Dlu-rir- the Amplifica-
tion of Ultrashort*Pulses In Neodymium Glass Iasers":~
V sb. Kvant. elektronika (Quantum Electronics Collection of Worirs), !~o
2(14), Moscow, "Sov. 111adio, " 107-1, pp 102-105 (&Glish sum. mary) (from Rzii-
j~
Fizika, No 10, Oct 73, Abstract No 1OD33!' frcm authorp ' abstract)
Translation: It Is sho~m that a limitation of the enerp~y and poger of ultra-
short pulses during amplification in lid glass lasers bets In as a result o,'
the nonlinear interaction of the laser radiation with the optical mediur. of
the laser itself. Fi~ierging as linita'.ion mechanisrz here axe brea*kdowns t_;Ue
to self-focusing in the case of the propeEation of light beams close to
parallel through the amplifier, and spectrun broadenUg and radiation C-ca-tter-
ing in the case of divergent beams.
Vi

v S _17CRI UDC 621-378.9.533.13.02
c. ZjAMIAROV, S. D. , momill, 0. N.
BASOV, If. P. C., SENATSKIY, Yu V.,
MOV, A; I., CREKALTU, S. V., SHCHE _;i
TYURIIS' Ye kDOSE
fft. a WA -W 5,vq).
"Studicz; of a Plasma Formed by Ultrasbort Laser Fulses"
Moscow, Rvantovaya Uektronika, No. 1, 1971, pp 4-28
Processc-S oce
j~s rzict:. Y;~pcrimenvall Gtudies of Urving: in thc
heating of a plasma by focur-ing ultrashort jkascr r4ldia-H[rxi on the sjpf_-C~_~ of
j
lithitrui dcuteride are descriLed. Studies of plasma ja,er, vajj,3-icn
of duration 10-11-10-12 sec u-cre begun in 1968 at the taboratory of QuanvwTi Radio---
nstitute ineni P. 11. Fa st, n,~-utrons we.re
physics of the Physics I, Lebedev
upon focusing these pulses on the surface of a 11-thRun dcut,.-!ride target, indlcat-
ing the rise of coiklitioi-is for a thermonuclear dl)-reactior, and far ca
plasnia of h!&h temperature and density. Subsequent vervarch raincI t'Ne follrjwin~
how does absorption of enerry by a solid occur Lf the lascr radiation
questions: 114 L~-
is concentrated iii a Dulse with a. duration of scvct-al p5co:-econds-~ 'How- -;s thc:
strow", reflo_ct3on ;~-ser radi---ition Ercm the target e,~~pj.ajne-!? arc: the
possiljilitir__~ of rl-~ IS I.rv-,y 10:~ and tic-.u' i1ci yield in
1/2
U

N _: 1, 101 7p 4-28
-BASOV, h. G., et al, p
hea-Linc, a plasma wIth ultraslhol't pulses? Shadow T)hotCII_rIJU~"I-' oi~' -01C plasm.71 with
illtimination by p_,Ices and the recording oil p3as:Da d1sper-sion
aid of an el C'
are, doscribel. Vle sam-
converter, ias usc-I to stj_,,.l'r zhe 11~ I ! S Cs h
c -Inare i.-1 t1he
time, and x-rau I-,jade oir tj-j_ 2. 'M-
j - e C C LI'011 tlI;t~Fature of L"
A mview of vliebasc exLo a a ' .
the resul-S -1,0 ~7:'C?% laser
d t indicates t1hat 4 - - I
Pulses Consistin--p not of one, but of several sublnilses,. Expovimcn's Show, ZI n-
L
the interacLion o.. ench subpulsc witb the targQt is not the ~'-;~Mic but a
of the previous history and repe~il.-A'Wn time of the subp,11se relILIve to the
beginnin, of the procesG. lieatin- of the platit-tia occur'.-. 'm "'Ollows: one of the
fimt surmlilses incident 011 thC tI1'rZ,Ct L (kDt_
iOIAZCS tCI a
to the vra~elanzth of- thv laser don. the val.11C. Cit"n
.Z7
to -tbe value of 22 the re;-Ainin-, pLrt of the subpulsso. is ro[lectcd
cr
the Plasma to a t-~M"3erature of sovcraj. electron -volts -occur 0 s~m'.'I:LtFln !CUC wit'l
ionization. As a result, the plasma foviied is slovrly disper~,ed. All sulkhpulses
incident on the tarret at this sta-e 1.1111 be roflected.until, tha particle densjity~
dropsas a result of disper:~Ion,to a value corre:;pondi,- to n CrI At this til:10_
high- t e m p-em ture heat-inc of: tho- plas"a is possible. it is thus establlish-_-~~', ri.--t
reflection Of ultrasonic pulses arises In plasma rogiol.w. -,"here thr ele-C-tron d.
si-LY is clone to Critical. othcr Cubjcct,-i di-cu~F.(.-,! ir.
radiation an-I hr-it the effcct of
trou-ion relaxaCo:i in a

USSR uDc: 621.385:5:-n.145-6.,53
BASOV, N. G. , ZAKHAROV, S. D. , KROMIN, 0. N. , KRYUKOV P. G. SENATOMY,
Yu. V. CHEKALLIN, S. V% , FEDOSILMV, A. I. , SHCHEU il, M. Ya.
"Investigation of Heating of a Plasma Formed b., Ultrashort Laseer Pulses"
Kratk. soobshch. ro fiz. (Brief Reports on Physics), 1070, No 8, pp 413-52
(from RZ -Ratliotekhnika, No 12, Dec, 70, Abstract 'No 12o464)
Translation: In order to form a plasma, ultrazhort pulses of eni~-.si.on from
a neodymium glass laser operating under conditions of
of modes on a wavelength of 1.06 W were fociized on a t~-rret, of LiD in a
vacuum. The period between pulses was 15 nsec. Ilie illdividurA loso-1. Pulse
4-9 not simple, but rather consists of a series of peaks, thq interval
between them and the number of peaks varying from flush to Aflash. Thc,
overall vulse duration reaches 10 nsec, the duration o,r --i in(Lividual rf~rdt
being in the rwnge of 10-11-10-12 s. The output _enerF;j* is -~C,1.1 J. rhe
diameter of the focal spot on the target is 2-10 2 cm. lfeat;_ing or the
plasma vas stucLied by the imthods of shadov photcgrapby tuid st.,thlieren
photography. A. K.

i 7;
024 UNCLASSIFIED PROCESSING OATE--040EC70
CIRC ACCESSION NO--AP0133673
,ABSTRACTIEXTRACT-W) GP-0- ABSTRACT. PRESENTS THE, RESULTS OF
'..~-MEASUREHENTS OF THE VOLUME OF ARGOWIN THE MELTIN(r REG'10N hT 291.6j,
294.2, AND 322DEGREESK. IT IS FOUND THAT OELTA'V.;,SUBM.-V SUBSvWHERE
DELTA V SUBM IS THE CHANGE. IN VOLUME OF MELTING A-0 V SUBS IS THE VoLUME
-~OF.SOLIO ARGON AT THE MELTING POINT, TENOS TO ZER6 WHr-N.:THI-',
TEMPERATURE INCREASES. FACILM:.~USSR ACAO. $1:f.
ifiNd 4, nddi

-7
Acc., Nr Abstracting Service: Ref. Code
AP0053898' CHEMICAL ABST. -74)?03YJ6
f
11505ge Eligh-temperature melting of argon. Stiliov. S.
M.; Makarenko, 1. N,-, lvanny xr. A.; Flduimao_ VOL
(Inst. Krastallog., NloscMv. ftftl, Pt 'ma_ZV._Kksp. Tror.
ng. IV70, 11(l), '_22-5 (Russ). Pressure-vol. (V) isotherms of
Ar were exptl. detd. in a piezometer filled at 2kW atm at 29t.6,
294.2, and 322*K. Changes in 1'. (AV) and entropy (AS) on
melting decrease with increase in the m.p. (T,~); AS approacbes
a const. value of -2.13 cal/degree mole and a V folloivs the law
A V -y (T. - To)-"' (-y and To are consts.).
Karel A.1-11avaty
REEL/FRAME
1981,10975

Pesticides
USSR UDC 632-952
ORYNBAYEV, S. 0., and FEDO.SI~.1QVA,.,q Kazakh Scientific Research Institute
of Plant Protection
"Effect of Fungicides on the. Stimulators of Black 61heat Gem"
Moscow, Khimiya v Sellskom Khozyaistve, No 4, 1973, pp~4142~
Abstract: A study was carried out an the effect of mercury organic (mercuron.,
mercurhexane, granozan), sulfur (T?4TD), and chlorine (GKhB) fungicides on pure
cultures of fungi -- stiymLLttors of black vheat gem and on:the suppression of
the seed infection with symptoms of this disease, as well as on the sprouting
energy and laboratory germination of.the seeds. When used at low concentrations,
the fungicides increased the growth and development of black wheat gem stimu-
lators. Increasing the concentration to 0.05% stopped the growth of the fwigi
completely. Among the black wheat gem stimulators thes most sensitive one to-
wards the fungicides was Helminthosporium sativum P. K. et B.fungus. Granosan,
TMrD and GKhB increaded the sprouting energy and gemination of the infected
seeds and lowered root rot infection of wheat plants utdar fle-ld conditions.
r 7-. i;

--- --- - ---- - - -- ---- --- - - - -- - - --- ------- -
USSR UDC 621.771.01
VYDRIN, V. N., FEDOSIYENKO, A. S-?., and KRAYNOV, V. I.
. ..........
"Protsess nepreryvnoy prokatiki" (Continuous Rolling process), Moscow,
Izd-vo "Ifetallurgiya," 1970, 456 pp
Abstract: Regularities of continuous rolling on a smooth barrel and in roll
passes under conditions of cold and hot deformation are discussed on the
basis of a unique methodology., Special features of the. operation of contin-
uous mills are considered and algorithms describing the process of continuoi~is
rolling on equipment of various types are presented. Technological founda-
tions for the automation of continuous mills are established. Particular
attention is given to processes taking place in the deformation source which
determine the operating conditions of continuous mills.~
The book is intended for engineers involved with the technology, equipment,
and automation of rolling mills and also.for scientific personnel and st,u-
dents at higher educational institutions.: 130 figures,:31 tables, 146
references.
1/5
23
Ip", Pill
U+I ~;!A! It Will 11111VIN! 1. 11fl1Ali :111

USSR
VYDRIN, V. N., et al., "Protsess nepreryvnoy prokatiki"~(Continuous Rolling
Process), Moscow, Izd-vo "Metallurgiya," 1970, 456 pp
Tab 1e of Contents
From the Publisher
Foreword 7
Symbols 9
Chapter I. Distortion and Kinematics of the Deformation Center
Geometry and kinematics of the deformation center 15
Area of contact surface 23
Velocity distribution in the deformation center., Shape.of
a critical line and -surface 30
Slip on contact surface 38
Spread distribution along the center of deformation 41
Rolling radius and forviard slip in rolling in roll:passes 45
Chapter II. Basic Regularities of the Rolling Process
Deformation resistance of a metal 53
Contact friction forces 58
Strength of internal forces 68
215
im
URN

USSR
VYDRIN, V. N.j et al., "Protsess nepreryvnoy prokatiki"-(Cotitinuous Rolling
Process), Moscow, Izd-vo, "Metallurgiya,"J970, 456 pp,
Sliding friction strength an a contact surface 79
Other strength aspects in rolling 816
Basicequations in the rolling process 88
Chapter III. Rolling With Tension and Support in One Stand
Symmetrical rolling 95
Classification of rolling processes under conditions of
continuous rolling 105
Particular cases of rolling
Interstand deformation 130
Chapter IV.- General Regularities of the Continuous Rolling Process
Classification of continuous rolling mills 135
Special features of the continuous rolling process 137
Review of basir- studies on the theory of continuous rolling 143
Mathematical description of the continuous rolling process 157-
General properties of a continuous mill 182
3/5
- 24
rar

USSR
VYDRIN, V. N., et al., "Protsess nepreryvnoy prokatiki" (Continuous Rolling
Process), Moscow, Izd-vo "lietallurgiya," 1970, 456 pp
Chapter V. Steady Process of Continuous Rolling, of Simple Shapes
Basic equations 206
Continuous cold rolling of sheets 213
continuous-rolling of thick strips 229
Chapter VI. Continuous Rolling in Roll Passes
Rolling in diamond-shaped and square roll passes 248
Rolling in box-shaped roll passes 255
Rolling of ovals in round and oval roll passes 21 6 1
Rolling of shaped roll passes
Steady process of continuous rolling in roll pasties 267
Chapter VII. Dynamics of the Process of Filling the Deformation
Center With Metal
Basic regularities of'the filling of the deformation center
with metal 294
Filling of the deformation center 'at constant friction forces
and deformation strength 305
4/5

USSR
VYDRIN, V. N. , et al., "Protsess nepreryvnoy prokatiki."- (Continuous Rolling
Process), Moscow, Izd-vo "Metallurgiya," 1970, 456 pp
Experimental investigation of the process of filling the
deformation center with metal 315
Chapter VIII. Dynamic Processes in Continuous Mills
Two-stand mill 331
Three-stand mill 347
Multi-stand mill 350
Dynamic properties of -multi-stand continuous milL 355
Chapter IX. Experimental Investigation of the Operation of
Continuous Mills
Investigation of a continuous light section mill operation 398
Investigation of the operation of a laboratory continuous
two-stand mill 413
Chapter X. Automation of Continuous Mills
Basic principles of automatic control of sorting mi Us operatio n 424
Automation of continuous cold sheet rolling mills 436
References 451
Li

Inorganic Compounds
USSR UDC (d6i.1113
SMIMNOVA, 0. M. and 'A, - YE.
"Production of Calcitm Sulfide for Luminescont Compositions"
V a. flonokxistally 1. teklinika (Single. Cryato2s and Z,,611nOloey -- collection
of Works)* VYP 5, Khax'Rov, 197/1 P 106 196 (froia Mh-~KJ--I-rilyay 1~ 13, 10 J,--l
72P Abstract No 13LIY4 fron slurp,...Iry
Translationt An ar=anganant is described for obtainiwr, calc$,uta sWdfido by
the reduction of CaS with hydrogen. Tho firing ampatilo in which the reduo-
04
tion occu,=, rotateu,tho Ca.SO4 poudor is stirred, and ato a v~sultof tF18
there in an incr-iase in the contact surfaco of the libliz--i-o of thia poirdor.
The resultarit MiCiVU.1 stdfide cantainn 9~-.99 r-iccjit of the px1rAcAr.31 aubotz.~xcu
and is suitable for the preparation of lumInGaccut compoatione.
i/I

USSR uDc 621.771.8
POLUKHO, P. I., ZHADAN, V. T.,, BERKOVSKIYj V. S.,, FEDOSOVi B. M., and
WffMV, B. N.
"An Investigation of Forming in Flange Passes during Rolling of Stainless
Steel"
7, .1-tallurgiye!'
Moscow, Plasticheskaya De-formatsiya, Meetallov i Splavo 1~
Publishing House, No 64., 1970, PP 79-81
Translation: The results of an experimental study of the forming process
during the rolling of square billets of Xhl:61110T stee'I in open-flange passes
am considered. Selection of the geomtric parnmeeters of the pass and billet
is substantiated. Results are presented of an analysis of forming parameters
as a, function of the dimensions of theipeak and the a#ount of roughing.
Right illustrations, one table, and five bibliographic entires.

USSR UDc 621.771.8
POL)MM, P. I., BERKOVSKIY, V. S., ZHADAII, V. T.,.;FjW_QP0V B M. STIEMEMKO,
N. V., OSADCHIY, N. A., AVRUNIN, P. 14. j, and KOVTA"X,, Yu. P
"Developing New Technology for Rol-ling the PSh-20 Section from Khl6NlOT Steel
on the 550 MIX'
all
Moscow, Plasticheskaya Deformatsiya MataUov i Splavov, "Yetallurgiv
Publishing House, No. 64, 1970, pp 1o6_113
Translation: A brief description is given of the technology for rolling the
shaped sections being studied. An analysis is made of the existing rolled
pass design and deformation parameters by templets, and~data are given from
Aninvestigation of the power parameters of rolling. On the basis of an
analysis of the data received and the technical-economic indicators, a new
technology for the process of rolling the sections under study is developed.
Eleven illustrations and one table.
_C WrMn I U
hffll_~ M, 1W.11-31TINIFIMUFFMM,

. . . . . . . . . . ... . . .. . . .. .. . .. . .
USSR UD-C 621-771.23-001.5
KARPOV, M. I., PAPCHaTKO, V. i., and FEDOSOV N M., MOSCOIT -TIStitute of Steel
and Alloys
"Textures of Rolled Body-Gentered-Culbic Metals"
Yloscow, Izvestiya Vysshikh Uchebnykh Zavedeniy Chernaya Ratallurgiya, 'No 9,
1970, pp 90-94
Abstract: A theoretical znrundysis was made of t1he oc ciarence I!trd develojz-ran-~ o--;'
texturo In tho cold rolline, of body-centored cubic m0nl sheats. Theol.-etiral
toxfwre poie j'J-jurc3 woro conatnwtod for Vingle cr~,,rslynla anc~ pol~rc.ry~3L&l folla
for various rolling conditiona. The obtaimod polo fibire for a cryotal
agrees well with previous experimental data, although it catetradicts the au-
thors' conclusion regarding the stability of orientation. 1th4s orientation
does not appear stable, and its variation with an increaze in reduction is very
* ft, t t t, M t01 MH I PM IHVI -M'111191-~01:
. II ..... hu

112 025 UNCLASSIFIED PROCESSING DATE--090CT70
TITLE-EFFECT OF SOME PARAMETERS.OF COLD ROLLING ON T14E TEXTURE AND
PROPERTLhS OF TRANSFORMER STLEL -U-'
AUTHOR-1041--BRINZAt V.N., BARANTSOV, V.YA.,,PAVLOV, 1.0., FEDOSOV, N.M.
COUNTRY OF INFO---USSR
4t
:SOURCE_IZV. AKAU. NAUK SSSP, SER. FIZ. 197U, 302), 292-6
DATE PUBL I SH E U----- 7 0
SUBJECT AREAS-MATERIALSt MECH.s INU.y CIVIL AND MARINE ENGR
TUPIC TAGS-T1tANS1:0,tMEk STEEL, COLO. ROLLING, HOT 'ROLLING,
:PRUPERTY, CRYSTALLIZATLO,',js PLASTIC DEFORMATIONY STEftLSHEET
CONTROL MARKING-NO RESTRICTIONS
DOCUMENT CLASS-UNCLASSIFIED
PRUXY REEL/1-RAME--199411934 STEP NO--Ul~/0046/'70/334/002/0292/0296
CIRC ACCESSICN NU-APOLL5744
WNCL
-LASSIFIEU
p ilir7w ill Niflifli I V MII =R 110; I'l I I HMO' I, I I I I if 111, ,T I It IIt Av I PIT"'A I R 1"11, 111 it-, I

2/2 025 UNCLASSIFIED PROP-iSSING DATE-09OCT70
ClaC ACCESSIUN NU--AP0115744
A3STkACT/EXTRACT--(U) GP-0- ABSTRACT* THE EFFECTS OF ThE THICKNESS OF
HUT ROLLED SHEET- AND THE DEFORMATIO.',j RATIOS APPLIED IN SUBSEuUENT COLO
kOLLING OPERATIONS ON THE DEGREE 6F PERFECTION Of: THE' SECONDARY
RECRYSTN. TEXTURE AND THE MAGNETIC PROPERTIES OF. FV.41:3HEV TRANSFORMIER
STEEL SHEET (CONTG. 3.18PERCENT SI) WERE STUDIEU ON SPECI-MENS 50 TIMES
500 MM, COLD ROLLED IN SEQUENTIAL OPERATIONS OINIA LAB. IROLLING STAND
(ROLLING SPEED O.IM-SEC) FROM INITIAL THICKNESSES OF 2.2, 2.5t AND 3.0
MM TO A FINAL THICKNESS OF 0.33 MM. STO. ANNEALliNIG PROCEDURES WERE
USED. THE DISTRIBUTION OF TEXTURE-UEVIATIONS,JHE SP. CORE LOSSES, AND
THEIMAGNETIC INDUCTION WERE DETDo AND RELATED TO THE DISLOCATION
STRUCTURE INTHE DEFORMED METAL. WHEN THE THICXNESS OF THE INTERMEDIATE
SHEET (BEFORE THE 2ND COLD ROLLING) WAS'0.85 OR1.0 MM, THE TEXTURE
DEVELOPED BY- SECONDARY RECRYSTNi.~ WA-S' INDEPENDENT' UF THE THICKNESS OF THE
HOT ROLLED SHEET. WHEN THE INTERMEDIATE SHEET THICK14ESS WAS 0,7 MM THE
EFFECT OF THE THICKNESS OF THE HOT ROLLED SHEET:WAS SUBSTANTIAL; LESS
PERFECT TEXTURES iiERE OBTAINED FROM SHEET Z.2 AND 3.G MjM THICK. THE
SECONDARY RECRYSTN. TEXTURE WAS IMPAIRED AND THE: SP.,CGRE LOSSES WERE
INCREASED WHEN THE HIGHEST DEFORMATION WAS APPLIED IN INTERMEDIATE
ROLLING. MORE PERFECT TEXTURES ;NERE ATTAINED W HEN THE DEFORMATION WAS
GRADUALLY DECREASED OR WAS UNIFORM PERIPASS, OR.WHEN THE MIN.
DEFOkMATION WAS APPLIED IN THE INTERt4EDIATE ROLLING., FACILITY:
MUSKo INST. STALI SPLAVOV9 MOSCOWe USSR.
INCLASCIFITED

Acc. Nr Abstracting Service: ef. Code
k0 3 (oS'
#0047675
M
- CHE
ICAL
619SU Corrosion Protectio steel in a 3% soilium ebloride
moludoo byva~ium titanium C"fings Roikh

-sls. TS~Wnol. est.. essa.
4. (Qd
Id
C
U
d
-ro
e
co
Metal. 197 '0, 15(l),. 62-4 (Russ), Low-
steel strips were vacuum coated with Ti by it~s~ivapn.iAt an
initial prtsiure 0.01".045 Nlm! *and 1800-9W. The coa-
densation temp. was changed between 100 [Ind 1250* by passing
direct current through the strips. All coatings whi& were put on
condensation temps. at >500* thowed good adherence to steel,
but the best protective properties were given by those put .on at
450-8M and 1050--;1190*., The former range yields a poreless
structure and properties similar- to solid O-Ti. ~ The structure
ic the later range consists of at Fe-Ti alloy, mainly the' inter-
metallic FeTi cotnpd. The stable potential of strips covotrtid at
1OW-1100, was +0.45.V. These specimens did tiot show cor-'
rosion. defects during 1.6 Yr in i 35o NaCI On. - The thicknem
of Ti coatings should be 9; 201A. J.Tictkiewicz

REEL/FRAW
1"0791251
sun
Ill. 1: IPW ... M~i,nm

USSR
VOROB'YEV, N. F., FEDOSOV...V_
"Supersonic Flow around Intersecting Wings"
Aerofiz. Issledovaniya (Acrophysical Studies -- Collectiorl of Works],
Novosibirsk, 1972, 13 93 (Translated from Referativii)-y'Zhurnal. lklckhanika, No 5,
1973, Abstract No 511265).
Translation: Supersonic flow is calculated within the fraiii,:!work of linear
theory for an arbitrary dihedral angle 0 < y < 27r, formed by slightly bent
intersecting surfaces. I'lic problem is solved using tlie~ Walter method of
solution of a wave equation. For the case of ang] c y = 7/ri (n = 1, 2, 3,
the solution is given in cluadratures. The solution of the problem in the
general case 0 < y < 2-n is reduced to the solution of integral or integral-
differential Walter-type equations, solved by the meth'od or successive approx-
imations. For arbitrary 71 < y < 27T, when diffraction phenomell"I ()Cetir, all
approximate solution is foti~nd iin quadratures, which corresponds to the pro-
cise solution on the characteristic line.-, of the area of interaction (boundary
of area of interaction, rib of dihedral angle) and differ-,; little from the
1/2

M
USSR
VOROBI)a;V, N. F., F-EDCLSOV, V. _11., Acrofiz. Issledovaniya Novosi.birsk, 19772,
p 93.
precise solution in the other parts of the area of interact[on. This approxi-
of
mate solution is used-to construct tile precise solution 1), the method
successive approximations. If tile end effect of the~1611,g has .111 infloclice oil
the zone of interaction of nonflat wings, the solution of*the problem is re-
duced to solution of a systein of generalized Abelian equations. In tile Case
of conical flow, when tile i,nteyseeting wings are flat:, the problem is reduced
to the Hilbert problem for a half plaiie. For arbitrary wigle 0 < -( < 27i, the
solution is produced in clementary functions. In tile diffractior) case
v < y < 27, the influence of nonlinearity of boundary conditions oil the solu-
tion in the area of tile rib of the dihedral angle is~ kmowstrated.
2/2
1,11 LAVA Il'i.1
1. IN!"M
iff""M Mffllmn~ .... ..

USSR UDC 533.06.011
-VOROB IYEV, N. F., FEDOSOV, V. P., Novosibirsk
Supersonic Flmr Over a Two-Sided Angle (Conical. Calie)"
Moscow, Mekhanika zhidkosti- I gaza, No. 5, Sep/Oct 72, pp 170-175
Abstract; Supersonic flow over intersecting plane wings forming a two-sided
angle n < y < 2n is corsidered within the framework;of linear theory. Formu-
~bt - n
las are ained for pressure in the interaction zo e. The effect of non-
linearity of the boundary conditions in the diffraction section of the bow
characteristic surface on the flow parameters in the neighborhood of a rib
of the two-sided angle Is considered. It in shown that the order of slngu-
larity of transverse velocity components inj determirled by the 111w g1ven bY the
change in pressure in the diffraction segment of the bow wave is independent
of the size of the two-sided angle. This singularity in order- of magnitude
corresponds to a velocity singularity induced by a vortex coinciding with tile
rib of the two-sided angle. The intensity of the vortex arising at the rib of
the angle is dependent on the magnitude of the two-sided angle. For exnaple,
1/2

717
USSR
VOROB'YEV, N. F., FEDOSOV, V. P., Mekhanika zhidkosti i gaza) 11.1o. 5,
Sep/Oct-72, pp 170-175
in the case of a triangular plate (y 7r) at the vertex, there is a drop i-n
the vortex even at small angles of attack. A singularity of the vortex type
is present in the numerical solution and its intensity is determined in the
s of solving the problem,
proces
2/2

Acc Nr. 0 04683r Itef .Code:
USSR UDCz 669.27/.28.046.43
EED05011. V.-Y., ami K&DOr,'SKIY, A. P.
"Aspects of the Mechanism of Calcium Molybdate and-Tungstate Chlorination in an
Ethyleneglycol Medium"
Tr. Irkutskogo Politekhn. In-ta (Works of the Irkutsk Polytechnical Institute),
No 47, 1969, pp 43-45 (from Moscow, Referativnyy Zhurnal Metallurgiya, No 1,
1970, Abstract No 1G176 by A. Tseydler)
Translation: A study was made of the bubbling of elementary C12 through a pulp
composed of ethyloneglycol and CaWO4 or CaMO04- Ethyloneglycol reacted with C12
which formed ioluble complexes with
and an HCI sample yieldinic, W02C12 Or M002C12
ethyleneglycol6 According to thermodynamic calculations, it was established that
the most likely course of chlorination reaction was via HCL Rcpariments conifirmeed
the derivation of solutio-s of CaC12, W2C12 and X002C12 th ethyleneglycol.
Solubility in ethyleneglycol at 200 was establishedt CaC12,27.5A, ~102% and
M002C12 at 200-21W gram/liter each. Similar results were cbtained upon chlorination
ighed samples in a CC14 medium by Pds'a96 Of C12 at the ra.e
of CaWO4 and CaMo04 we s
.of 2.24 g/min for one hour at 20-50". (8 bibli 0. ref.)
Reel/Frame
tA- ~.Aa

Ace., Nr AR0046832- Kof Code:
USSR UDC. 669.27/.28.046.43
and FEDCLSOV, V XJ
*Thermodynamic Analysis of the Processes of Calcium Tangstate ard Molybdate
'Chlorinatination With Gaseous Chlorine and Hydrogen ChloridO
Tr. Irkutsk gq e nical Institute).
---,0 J~olit, khn..,In=ta (Works of the Irkutsk Poly~ech ;
No 4?. 19690 pp 46-48 (from Moscow, Referativn~7 Zhurnal -t Metallurgiya, No
1970, Abstract No IG175 by A. Tseydler)
Translations Calculations were made of the enthalpy. free,energy, and logaritImms
of equilibrium constants of reactions for possible schemeg of Ca IW04 and CaE004
chlorination with zaseous C12 and HC1 in ordor to determine1ho thermodynamic
characteristles for finding the most likely 6hlorination schemes. All the calau-
lations related.to a terape.rature of 23 OC (2963K).. Energy-wise, the most efficient
~reaction was the chlorination which proceeded' wi fh the formation. of W02C12 or
Ko02C12, This is in accord with data from literature on the subject. The data
obtained confirm the fact that, in ' he treatment of - CaW04 ~ or CaMW14 pulp in
ethyleneglycol or in a medium of priiiary alcohols with gaseous C12, FC1 is t-hG
chlorinating agent. (I table, 11 biblio. ref.)
REELIFUME
19790141

AI.Ell JOU 0 J! -;NA t, YIgkiil,' N VA 41, ri, I C 1, 11 1- 1 i S%AII
tund= para-tric ,Efcc*3 itave ,Q-' i. k!*:---3 L'~ t
wrt Z,---Wral
f t"141o'. -,~t wi, to thow ': i r~ C.
.1, r-,r-t
V='Ic"ity of the antillyti-il tooll that coni~~!,r riir.~!-)r,
tI- t1w
-jth,.:4t "airing t-I,
lite 4,.Velor.ebt f ~J!~Cv 'Y' V
-;-
c nsid,,rativn of' ramiam r.4r.~,tr~c eff,c-.. !(;.j~n
pr"intom StAbilization and g-idance qyst-4
Random Parametric pertuely,,?rion. ir, minife-rd in th,~ I.- ot
$cattctLt%g of the rmrufliet~,vs of Motion ,of in 111,~
randomly disTributed ma5-k,'% in its oxhit. in lh,~ forn of ranin,
of jtahiljg~ition and guidace paraetet,rs in ue ; rt!~,-
iq,trm. etz,
A diagrax of spacecraft ir the presen~v o:" m.-,hirte f~isivi i~
rr.~y May be the ~iir_~.
jjltjQtrated in Figure 1. el.. .31 the
whl Scientific eqjiipment, recording ln%truritn-s, crcu of tht.
gtobal chartbers of the matur3, etc.
In thi. cu%C a re;ictiver .0-lit
due to ~ving ~j%s.s, leaOing Otimat~l., -.o ~ rar..i-7n.
~OM.-Ylt af Irwrtin of Ow ,~a:~zrafz, of
&mping effect 0.1 the wor"'m of Cilriol;s frzr., nd
the tweent oe forces of rolatv;c zotion,
Me general vector notation of th-~ MLO-ations v( "%lon 1.
is (3]:
+
W,
40
V)

Acc. Nr; Ref. Code: 1JR 0016
WON
PRIMARY SOURCE: Zhurnal Mikrobiologii, Epidem-iologii, i
Immunobiologii, 1970, ~ Nr 1, pp 7.1r - F
AUTOINFECTION IN HOMOLOGOUS DISEASE IN HYBRIDAICE
Slievelev, A. S.;'FedosoX_.,. Ye. A.; Kirvel', M. M.
A regular 3UIOinfection cauied by bacteria of the normal Intestinal m[croflar3 was seen
at the late stages of homologous disease developing as a result of re3ction of tthe transplant
against the host in hybrid inice. Homolrgous disease was induced by intravenous injection
to nonirradiated hybrids (CBAXC57BLJ6/F1), %veighing, 13 to l8q, of live parent cells of (lie
spleen obtained from rnice C57131_16. The dose was 110- i2o nrim inn cens, The animals were
sacrificed at VZ)riOLIS periodi after the injection of parent cells; blooci rn-senteric lymph rr)-
des, liver and spleen sbmples Nvere planted on culture media. Bacterial cultures from the or-
gans and blood proved to be positive only in 6(/1'0 of control intact hybrids. In e;tperimental
hybrids killed S. 10, 15. 25 and 30 days aftcr the trin-splantation thi percentage of positive
cultures constituted correspondingly 8. 12, 56, 60 and 72.-Of the cultures isolated 87.70"q were
E. coli, 11.50' E. paracoli, and 1.8 % -were various spedes a f'Proteus.
REE.I./FUME
721 / I

.. . ........
USSR UDC 539.3
PEDOSO YU. A.
"On Stability of Toroidal Shells"
MoFcow, Prochnost' i Ustoychivost' Tonkostennykh Aviatsionnykh
Konstruktsiy, 1971, pp 283-289
Abstract: The stability of toroidal shells, assurning that bucklina
0
is not axisymmetrical, is investigated.
The conditions of stability are expressed by the differential
equations (1), (2) and (3).
The numerical solutions obtained by means of computers are
presented on fig. 1, which shows the critical pressure versus the
ratio of the meridional section radius to the distance of the center
of this section from the axis of the torus. The:r4tio of Lhe wall
thickness to the meridional section Xadius and the'~ nun-iber of nodes
are taken as parameters.
1/2

USSR
FEDOSOV, YU A., Prochnost' i Ustoychivostt Tonkostennykh Aviatsionaykh
Konstruktsiy, 1971, pp 283-289
An experimental investigation was also conducted. The models
were placed inside a hydrostatic pressure tank.' The critical pres -
sures obtained from the experiments were 6-7 t4nes lowe r than
the theoretical values.
2/2
106
..... . ..

U! RkOCESSING DATE-20NOV70
2 NCLASSI FIED
TITLE-7CRYSTALLIZATIJiN OF R SILLENITES UNDER HYDROTJIiERMAL CONDI TIONS -U-
AurHOq--(~;2 I-SURN INAv S. S.po
NTRY LF l.4FC--LSSR
CCU,
..~SCURCE--KRISTALLOCRAFIYA 1970, 15(2)s 395-6
---70
DATE PUBLISHED
ASE#iS--CHEVISTRYv PHYSICS
JOPIC TIAGS-CRYSTALLIZATIONP BISMUTH, SINGLE CRYSTALl WATER, THERMAL
EFFECTs METAL CXICE
-,CtNTRCL MARKING-NO AESTRICTIGt4s
DOCUMENT CLASS-UNCLASSIVIED
~PROXY PEEL/FKA"ME-1995/0901. STEP NO--UR/0070/?0/01!)/002/031)5/[jl96
C IRC ;ACCESS I c N" t4c--jlpo II I
C-1 F-1 17 1'

2/2 024 UNCLASSIFIED PROCESSING 0ATE--Z0,%0V_7C
'CIRC ACCESSIGN Nil-AP011o4ll
,~ABSTRACT/EXTRACT-(U) GP-0- ABSTRACT. -THE REACTIG~i WAS STUDIED OF BI
SU62 G-503 blTH VARIOUS 0XJUES (R) 11N AQ+ SGLNS.~IOF WAIM TO OBTAIN THIIE
CORRESPCiNDING SINGLE CkYSTAL SILLENITES. THE EXPTS. WERE MADE IN ALK.
(HNG SU33) SCLNS. THLID AND~ APP.
ALIL AT 300-500DEG,REES USING A ME
DESCRIBED EARLIER (6. LITVIN AND TULESv 1968). EXPTL. DATA ARE
TABULATED FGR R EQUALS ZNOt CDOt HGOP BEOt NA SUi3Z 8 SUG4 0 SUB7, AL
SUBZ, 0 SUB3, GA SU8Z 0 SUB39 NA SU62 CO SUBJt SIOI~SUBZ,, GEO SU82, H SUl8Z
SUG3, ZA0 SUB2, FE SU62 U SU33v. CO SUB2 0 SUB~v CRAOH) SUB3t N13 SUbZ
0 SUi35,-V_SUBZ 0 SUB5, NA SUBZ MOO SU84v~AND NA S602 ~iU SUB4.
FACILITY., MOSK. GUS.+UNIV. IM. LOMONOSOVAt MOSC01h, USSR.

10ROORPSO NUNN=
USSR WC 613.361.419.014.413
FMnTR11xQL6.", DANILOVA, L. A., and ALEKSEYEVA, L, ~P., Laboratory of
Bone Farrow Conservation and Culture of the.Central Institute of Hematology
and Blood Transfusion, Ministry of Health USSR, Moscow
"The Effect of Various Freezing Regimes on the Proliferatlng~Activity and
Differentiation of Bone Marrow Stem Cells"
Moscow, Problemy Gematologii i Perelivaniya Krovi, Vol 16, No 8, 1971,
PP 21-25
Abstracto A study was carried out of the effect of freoizingand thawing on
the preservation of stem cells, with quantitative deter%tinations of such cells
made by the method of cloning the henatopoiatic tissue,t The bone maxTow of
mice was prepared in TsOLIPK (Tsentrallnyy Ordena lenina Nauchino-issledovatel'-
skiy Institut Gematologil i Perelivaniya Krovi; Central~"Ordar of Lenin"
Scientific Research Institute of Hematology and Blood TransfUSion) 110 3
solution and frozen with 15% glycerine solution and 10% sermii soluLtori. . Foux-
regines were studied with different freezing times, The bone mrrov was
thawed out in a water bath with different thawing tinesi and transpknted Into
the spleen of lethally irradiated mice. On the 9th transplant day the mice
were sacrificed and the 8tem cells studied in the txciatd spleens. The greatest
1/2

7 7
USSR
FOOTENROV, A. G., et al., Problemy Gematologii i Perelivaniya Xrovi, Vol 16,
No 8# 1971, pp 21-25
number of stem cells were preserved with rapid thawing. A parallel study of
cell colony structures revealed that after*the transplant of fresh bone
narrow the predominant type was ex-y-throblastic, and with frozen bone marrow --
undifferentiated. The largest number of stem cells were retained with fre6zing
I degree per minute to -130, then 10 degrees per minDto to -1960, and with
quick thawing in a water bath at 390C for.1 minute. Stem cells subjected
to extremely low temperature reveal a proliferating , capacity in the body
of an irradiated recipient later than the stem cells,uf fresh bone marrow,
which explains the slower restoration of peripheral blood.indexes In patients
treated with frozen bone marrow.
2/2

USSR uDc 615-8119 19 - 015 - 4; 6.12 - 35.
OGI,MV) B. V. VISIRMISKIY, A. A., TR0F.V3,'-,7f, 11. A., 'CUMP E...7.P R~7,Tl.
B. A... and FEDVEMI1,,,G...,F,,, Institute of Surgery lmen-*4 A. 111. Viobriuvskiy,
Academy of 7ELcal Sc4 "r-es Chair of Op-,rative. -ind ical
my, USSR, -titute of Advanced IN-aini of Phyz;ie-~ ans,
Anato, and Central In. UG
Ministry of Health USSR, Yosco-w
"Effect & Iiser Phdiation on Rabbit Liver"
Yj, 1972, -FI)
Moscow, Byulleten' Ekor-crimentallnoy Bio167ii i KediUzin A; ZD
Abstract: Followin& laparotc.-T~, the rigM lobes of the livtn,o nf'
exposed to either pul::ed or continuouB la--~!r iraves. The pul!:-,el
a local burn and eca,,ulation necrosis of the tissue- to,reV.ter irith:
Continuous laser i,
and throz.-,bosis of the blood ver-sels.
bloodless incision of liver purenchyr;a and for,:!ation of A sr-,a--,- at Lhe si'le of
em'-r-
1.-y c; days -3-ter, 1,fascula-rization wan within 1-5 to 0
the of b1cod ves3els an titypical structur~2
enlarged, arputated, bent, etc.

USSR
FEDOTKIN, M. A., KNYAZ11ITSKIY, B. Ya.
"Study and Optimization of Traffic Flow at Intersections Using a Special
Physical Model"
Izv. Vyssh. Ucheb. Zavedeniy. Radiofizila [News of Higher Educational
Institutions. Radio Physics], 1972, Vol 15p No 7, pl-) 1085-1095 (Translated
from Reflerativnyy Zhurnal Kibernetika, No 4, 1973, Abstiacto No 4V657, by the
authors).
Translation: The method of statistical testing an a Speciallized Physical
model is used to study the operation of an automaton w-ith fixed -switching
rhythm, regulating Poisson streams, with continuous flow of vehicles through
an intersection with constant saturation flow intensity. The statistical
characteristics oi: the stable mode are determiued. The autonlatoll solties the
problem of construction of an optimal switching automaton, ushir, the Condi-
tion of minimum mean tirric spent in crossing the intersection by an arbitrary
flow or- the conditioii of minijittim meal) 1111111ber, of stops 111111 StOrt-, of all
vehicles over a certain period of time.
1/1

...... .... . ...........
USSR UDC 546.3-19;537
SIROTA, N. N., Academician of the BSSR Academy of Sciences, FEDOTOV, A. K.1
Institute of Solid-State and Semiconductor Physics, 8SSR Acade-my of Sciaaces
"Electrical Conductivity and Superconductivity of Solid Solutions of
Vanadium, Niobium, and Chromium"
Minsk, Doklady Akademii Nauk 3SSR, Vol 17, No 7, Jul 73, pp 613-616
Abstract: An investigation is made of the variacionp~ with temperature, of
resistivity p(T) of solidsolutions in the vanadium-niobium-chromium ternary
system at temperatures from 2 to 350*K. It is shown that at temperatures
below 50'K the function p(T) is proportional to the square of the tempera-
cures, while it is linear above 250*K. A correlation is found between the
superconductive parameters of dilute alloys of V-Cr and1A)-Cr and their
resistivity above the Debye temperature.
1/1

... . ......................
1/ 2 01.4 UINCL ASS I. FJE0 PROCESSING DATE--13NOV70
TITLr-_-COM8INFD 'ACTION OF ADDITIVES VNIIINP 360, ALL UNleij SCIENTIFIC
kESEARCH INST ITUTE FOR PqGCESSIN, UFi PET. 0 L E Uil ANO GAS AND FOR THE
.--AUTtiQR--FE0GT0Vt A,,S.
..C.OUNTRY 0. F INFO--USSR
--NEFTEPERERAI3. EFTEKHIM. (MOSCO*04) 19701 (4), 30-2
OUKC E
DATE PUBLISHED ------- 70
SUBJECT ARFAS--MATERIALS
JOPIC TAGS--DLTERGENr AUDHIVE, CHEMI CAL STABILITYp AAOMATIC MRAOXYI_lc
ACI 0, ~ PETROLEUM PRODUCT? FURAI-41 6 Ef I ZEN EuLHIVATjYF/(U)YNIINP3oo
ADD'ITIVE, (UMIZV OIL
CONTROL MAi'XING--t.10 ;RESTRICTIONS
CLASS--UNCLAssrFIED
:-.PRGXY REEL/FiAME--3005/1937 STEP PI(J--UR/0318)70/00(1/004/0030/0032
1--AIP01337ill
CIRC ACCE55ION NO
L,' S S I V I E

:.015 UNCLASSI FIED pp'OCESSING OATE--13NOV70
:_.TITLE;---SYmTHES IS OFAL04 ASH SULFONATE ADDITEVE (3ASEJ.ON EXTfoCTS FROm
2~11H.E- PHENOLIC imEFINING OF OILS, AN 0ITS 'PEkFERMANCE PRO? E R T I E S-U-
A.M., DZHASHITOV, FEDUTOV*. A.S.
--USS.
",'douNrAy OF, I NFO R
-SOUR
-CE--NEFTEPERERAB. NEFTEKH J970t (5)'1 26~-7
I H I ML) S COW
:.z~DATE_ PU13L [SHED ------- 70
',SUBJECT AREAS-CHEMISTRY, MATERIALS
!,.TOPIC TAGS--CHEMICAL-SY(4THESISp PETROLEUM PRODUCTI AL'%NTIW~A~~ ADDErIVE,
DETERGENT ADDITIVE
CONTROL mARKING-NO RESTRICTIotiS
,~~OOCUMENT CL4SS--UNCLASSIFTEO
PPOXY REEL/FRAME-3005/1946 SfEP NO-UR /03 L 4J.1 1`0 /000 1005 1002 /00 21
CIRC ACCESSION Nrj--AP 0 133 790
UNCLASSIFIED

Fedc,tuv, D. N. anti G. G. SkWA- N'EnOltiO-ary
thrp-dinwimional molivn of 1-!Lov of rt-vol,ttion
in not ideal Ilan. INi Trudy 11 11capublikanskor
konforcrotivii po nerogirtromrMarike, t"I..~'menu n
I 171,19hoolornectu. Solttsiya "A~rodinarntlka bol'%Ihikh
1071,
44-49, (RZIiNiekh, 5/72. no. 5BI261
A butindary-vatua problexci is consi~!creid icr equations of
thrro-dimenRional nonsteldy t"oli" With l~.-darycm,ditinot mv
shock watro and body surfacer. N Ow ityst~rn of coorcliazt*s,
the functions chiract~ririrog the no^rtoady cr~olian af th* b"y at& tt~
angle of prece"sion, the arople of nutation, two components of the vector
of angular velocity. anti the vilocity of th. o,ijin of co-"inat.., A
Onwiuldtiil relationship of th* per-r-rhatizin. iunz:i== -a riizxr~ is post=Izz-ad.
The expressions of the fundamental functions are vubstittited into the
initial equations. Linearization led to the reduction of the problem to the
solution of a nonlinear system and a series of linear sys'erns with
coefficients tf~pendent cot the solution to the system. A brief
description in given of th. procedure for "ving Ilo- three -dimen *tonal
boondary -value problem with application to smooth bodies of revolution
with spherical bluntness, with oscillations centered in the center of
sphere. The scheme of G. F. Telonin, et al. Is applied in the regior
adjoining a sphere. (Gilinskiy. Telenin. a" Tiny"ov, L4~74 SSSR.
Mokhanika I mashinostrayeniye. no. 4, 1964. 9-28. RZhMekh. 1965.
SlIZ631, wlilla In the region between the s'~hc;zk -ave and a conic surface
the difference method of 13abenka. et al is applied. (Babenka, Vaskresenski)r.
LyulArnov, and Rusanov. Prostranstvenneye ototticardye gtadkikh let ideat'ror-_
gasom. Three-dimensional ideal gas So- around smooth bodloops by an idea%
gas. Moskva, Nauka. 1964. RZhM*kh. 1965. 4BZ07K).

1-1
'
Itk

USSR
FEDOTOVp,,,D,.t Professor
"Psychological Factor in Internal Diseases"
Moscow, Yieditsinskaya Gazeta, 2 Aug 72p p 3
Abstracti Psychological disordern occur in the developmont of zaiy diaoaze,
In some somatic cliseases they play the leading etiopathoj~onetlc rola, and in
others, not being an etiologic factor, they prepaxe the way for the elevelop~
ment of somatic patholori. They can also occur as a rezult of a sonatic
disease. Different trends. in the p!3ychosomatic area are noted. In the
American psychaq-onatic echool this azea is based on psychoamilysis and suffers
from all tha proceftral w,,d conceptual errors chmtoteristic of freudi-=.
The German achool lo slnUlAr to tho Soviet school based.an cxnative iLge of
the concepts of nervion.
The moaL important pathogenetic link in vinceral dinvriora 5.o the
change in the functional state of the dioncephalon iihich rcguLatea the nouro-
huiaoxal processes in the., organism controlling tho vegretativIe, honionza and
visceral functions and is closely connected both with tha noocortox and ult"I
the reticulolimbic structurra, the hypophysical region oxid other endocrine
glands. The fact that the retictao-hypothalanic fornations Wticir-alva in
the integrated response reactions of the organicm to var:'Loua "stresfest"
1/2

USSR
FMOTOV, D., Professor, MecUtsinskaya Gazata# 2- AuZ 72, P 3
both emotional and somatic, is explained by the fre-quuMly exitsting Similarity
between the aomatogenic and psychogenic disorders. Diffl-c-alt-lus In diaanoair'
and prognosis of diseases arise from the interlinking or the sorzatic anl
psychological states. Further studies of the dovelopoment. of t3ontatic disea*ea
having direct relation to psychological disturbanaes, e~sjyjcisLly on the
level of functional disorders, is urged,
2/2

UR 0482
Soviet Inventions Illustrated, Sect/on~'II Electrical, Derwent,
243735 HIGH- POWER, FXPLOS IONPROOF L pirr SOURCr employing
an incandescent-filament laiip in ~an explosion-
proof envelope in two parts, the ih~vrveolng pac e
n
being fitted with a transluce, t liquid. To enah It!a
source up to I ~,W in power to be used Ln~explosive
surroundings of all categories up to 4D,~Lhe 'IA q --1 i J -
filled space forms part of sclosed
working in conjunction with the Light r+~flec~jr whieb
serves as a radiator;
28*3.67 as 1144261/24-7. Q,&j_JyQ=. THF F.-N-YABI,0CHKCV
.'#ELEKTROSVYFT" WORKS Class
21f.-Int.Cl. H 01k.
Zavod "Elektrosvet" 1M. P. N. Yablochkova
:19771529
QI 11111 M1. I N ~'
NO ~~

UDC; 537,312.62:
USSR
KADYKOVA, G. 11. MOLOTILOV B. V. PROKOSHIN, A. F., SERGEYEV, I .P.,
FEDOTOV,
"Properties of 35BT Superconductive Alloy"
Moscov, SverkhDrovcdyashchiye aplavy i soyedin.--sbornik (Superconductive
A.Uoys and Compounds--collection of 'works), "Nauka", 1972, pp 16o-166 (from
RZh-Radiotekhnika, Vo 12, Dec 72, abstract I-To 12D558 (r6sunIC51)
-~al expatisicn
Translation: The structure, electrical resistance and ther,
4
of 35BT superconductive alloy containing titanium and small eAditives of
zirconium in addition to 351, niobium were studied in the state after cold
deformation, annealing, and also during heating. A maximun, current den-
-105 A/c ' in a transverse magnetic fi Id of 30,000 Bi/cm wa-s
sity 11, = I rV c
reached after cold deforLation and annealing at 450*C for 4 hours. Segre-
gations of a-phase with transverse dimensions of about ~300 A arc- observed
in the ~ structure o IL the alloy in this state. On the IIJ11) curve of the
specimens in the state after cold defor=,.tion and afterannealling at
200-3000C, a peak is observed due to the presence of w7phase in the a1loy
structure. Four illustrations, bliblliograpby of 14 titles.
145

USSR UI)C:
KIRSHENINA, I. I., HDOTOV, L. N.
Temperature Dependence of Electrical Resist, C)f l7j-l
conducting laloys Treated by Ifydrostatic Press),wc"
spl-,,,-y i soyedi-ti.-abr Ilu-E re 0.-
Moscow, SverkhprovoCyashcMye C,
1?- 2
Alloys and Conpounds-collection of worhs), "Kauha" ; --p ll,--I-A
'p
stir + "a 12M62
Rlh-Radiotcklmika, No 12, Dec '(2, ab. -, c
M
Translation: Treat-t-nit ..,ith hydrostatiC Up C. kt,ar
superconduct-i- it cn paint --* n certaj n v f, 11 i-.-- w ni
T -.iw., IT,
by 1-l.-J F (10-155) /,(idj nF, 0 - 45, Fe 1:0 a l,-,YFe 3~jllf ;':"* -7.1r
creases th -C y I ~ ;-,(L I` IVIJ,F~l IZ
T b,
1
negati--,c eciefficient of rr-,sist~ince alu tcmyci,iii;i
cating v. st-.mdeonductor tyl~~ Of Conduction. fl~wo i 1 11a.i.l.-r. We)L
bibliography oll' six titl~:s.

USSR UDC 537-312.62
IVICHEV, A. I., MOLOTILOV, B. V., SUVOROV, V. A.,-FEDOTOV, -L. N. , SHIRYAYEV,
Yu. P.
"Properties of Superconducting Materials"
Fb. tr. TsNII chern. metallurgii (Collected Works of the Central Scientific
Xesearen Insr-Lrute of Ferrous Netallurgy), 1971, vyp. 78, pp 108-110 (from
RZh-Radiotekhnika, No 6, Jun 72, Abstract No 6D450)
Translation: In recent years the Central Scientific Research Institute of
Ferrous Metallurgy has developed and mastered the production of the following
superconducting materials: 65BT, wire (ChHTU 1-29-66); 50BT, wire (ChHTU/
/TsNIIChM 1458-67); 35BT, wire (ChMTU/TsNIIChM 1489-0); 70A, tape (ChH.TUI
-/TsN1IChM 1491-69); SKH, compositional material (ChITAIi/TsNIIChM 1487-69). In
this survey a study is made of the technological and he p [Lys ical-mechanical
properties of the indicated materials, and recommendations are made with re-
spect to their application.

USSR UDC 669.296.5.,294,537.311.3.669.98
FEDOTOV, L. N., KIRSHENINA, 1. 1., ZARUBINA, 0. A.
-."Electric Resistance of Zirconium-Tantalum Alloys Under Hydrostatic Pressure"
Probl. Sverkhprovodyashch. Materialov [Problems of Supercondticting Materials
Collection of Works), Moscow, Nauka Press, 1970, pp. 156-160. (Translated from
Referativnyy Zhurnal Nietallurgiya, No. 5, 1971,,Abstract No. 5 1793 by the
authors).
Translation: The electric resistance is studied as a function of hydrostatic
pressure of up to 15 kbar for alloys of Zr with 1.84 and 2.71 atA: Ta, near the
0-3 conversion boundary. in annealed.specimens, a chn'tige was observed in the
slope of the R(P) curves in the 4-6 kbar area for the alloy Zr-2.7 at.01) Ta
and In the 8-10 kbar area for the alloy Zr-1.8d atATa. A decrease was noted
in the resistance after removal of the,pre5sure in c6inparklon with. it% initial
value both in hardened and in annealed specimens of~Zr-Ta alloys, which is re-
lated to the formation of the w phase. The.results produced are compared with
the res
ults of measurement of R(P) for Ti-.Nb alloys.'.7 figs; I table; 4 biblio
refs.
64

..... ............ .......
USSR UDC 532.111:537.311.31:669.296'.294
FEDOTOV L. N., KIRSHENINA, I. I., and ZARUBINA, 0. A.
"Resistivity of Z irconium-Tan t alum Alloys Under Hydrostatic Pressure"
Problemy Sverkhprdvodyashchikh Materialov [Problems of Superconducting
Materials -- Collection of Works), Moscow, Nauka Press; 1970, pp 156-160
Translation: The dependence of resistivity-on hydrostatic pressure up to
1S khar is studied for alloys of Zr with. 1.84 and 2.7 atA Ta, near the
Ct transition boundary. In annealed specimens of the alloys, a change in
the slope of the R(P) curves was observed in the 4-6 1-bar area for the alloy:.
ZR - 2.7 atA Ta. and at 8-10 kbar for tKe alloy, Zr - 1.84 atA Ta. A decrease
in resistance after removal of pressure in comparison with. the initial 'value
was noted both. for hardened and for annealed specimens- of ZT-Ta alloys, which
is, related to the formation of the o) phase. '1110 TCSUlt-, produced are compared
with- the results- of measurement of R(P] for Ti_Nb. alloys.
7 figures; I tabde; 4 biblio. refs.
87
R 1 Ins -:6 khm"Mid'' W"aWl"', ~11111111 I ~11 A~-_IHV"

Ussa
-C- m

Vb S r

c c
3 5 0' L7 :w-, t7l
A t

Burn Studies
USSR
Serv
FEDOTOVI X.-L Col Xed
"Burns, Frostbite, and Freezing"
Moscow, Starshina 3orzhant, il'o 1, Jan 70p p 33
Abstract: The four de.ureos of burns are described and,sorio fir5t ai~- measixes
outlined. 1) If 'he v-ctim's clothes are burninly or, throw,waLar on
him or wrap him in a blanket (but do not, spray him with a ~`jxe extinguisher, as
this. will cause chemical burns). 2) Take the appropr;14to mi~-asure~; if tihe burned
areas are chemically or radioactively contaminated. Ipply astringent SUD-
stances to the affected areas (or substitutes, such as~stron,-,, tea). 4) Cover tae
affected areas with a sterilo dressing. Cold and irgairment of blood eirculation
are the chief causes of.froztbite, which,i* also chara6terized by four aegrces
rarmin- ie frostbitten areas aM
= L i ~ U
.of severity. First aid consists of gradual Tw r 0, Lt~
of the entire organism. Rubbing with snow is not recomlmendod. Freezijim Yay be
caused or aggravated by sickness or poor clothing. Vi6ti:as of freezing should be
:brought into a warm room, sponged With diluted aloQhol,L missaged with a soft, dry
cloth and immersed in a warm bath. Artificial respirat on may be necessary as
soon as the skin begins to turn red.
A4 --iF '1&r1fi6T'M'r1H!

Ion Exc'hanrre
USSR UEC 533.66,o(`)3
K. KH. and SKURMNIK, YA. B. Scientific Physical-
FEDOTOV N. A., URUSOV
~ -2 - .1 .1 1 1
Crem5ai Research Institute Imeni L. YA, Yarpov, Moscm.
"Determination of the Selltdiffusion Coefficient of Water in Torl Exchan6e Nem-
brane Electrolytes"
Moscow, Zhumal Fizicheskoy Mqirdi, Vol 46, NO 11, 1,16v 72, 1q.3 2842-2,~.144
Abstract: The studv was ained at obtaining data on t~ie "nobili-ty" of water in
a membrane electrolyte undur conditiorm excludint, itsidirect trvansi'er to-et'-(--
with ions undler the influence of tbe electric field. Mae ,.tethodolr?~, .1 IMS
developed for tho determination of the selfdiffusion coafficient 3f, I,--ter in
mmb-rane electrolrtes iising tritxi-ated water, theze data beir-:- re-po-tea for a
series of hetera~;eneoiis mer-branes with varying content ol' the cation exchant-g
aG4-
resin MJ-2-8 and flUoropl.
tics 42-L, as well as for a, homogcneo%ir, ;-I;C-mbrnm~.
It has been noted that the coemcient Of selfdifiution inereases rapidly --rlit:h
an increaned content of the cation exchan(,e resin in th!a 1---ellfhranes, eventually
approaching the valtie characteristic of the howo,,eneous membrares.
1/1

.............
TEDOTOV
?9 Oct 71 101
uDc 681 .39
87.1 USSR
)UKV,-ETS0V Ye. 11. and_F!~'-DT0Vj
.in.(Penza)
PRESS ti,
uFlethod for Preprocessing Symbols in. Reading Automatao EST
OCT kcl ~I
Moscow, Avtomatika i Telemckthanika, No 3. 1971, PP 159-161
Ab5tract: The authcrs propose a method for reducing redundancy in reading circuits
by preprocessing the symbcll so that itc lines uniformly cover one cell.wIdth of the
-input matrix cf the copy instead of carying In thickmess. Connectivity of the jmag~_'
is also recatabliEhed. Th.,! method is based on some properties a point sets.

USSR UDC: 51:155.0011.57,681.3.06
SADYKOV, S. S. MAEVE
-TSOV, Ye. N.
"A Universal Algorithm for Recognizing Handwritten and Printed Symbols"
V sb. Vopr. kibernet. i vychisl. matem. (Problems of Cybernetics and Com-
puter Mathematics--collection of worksT, Vyp. 36, Tashkent, 1970, PP 35-43
(from RZh-Kibernetika-, No 1, Jan 71, Abstract No IV6510'
Translation.: An algorithm is proposed for operation of a'readtng machine
which, in the authors' opinion, permits perception of information on a
symbol regardless of the specific characteristics of its graphic represen-
tation. An alphabet of 33 letters and 10 digits is examihed. The directions
of the outline of the symbol were taken as the characteriptics for recog-
nition It is proposed that ruled blanks be used for uriting ihe symbols.
This standardizes writing of the symbols to some extent, and what is impor-
tant, ensures separate writing of letters. The algorithm provides for
transferring an image of the syrfool to an operational memory, the symbol
being recorded on a ferrite matrix analogously to its recording on paper.
Redundant information is then eliminated during the operation of refinement
of the symbol. After refinement of the outline is completed, the operation
of "reading" of the symbol begins, I. e. the image of the symbol is replaced
by an enumeration of the directions of Its outline. The recognition process
-1 Ll

2/2
- M -
z

Water Treatment
USSR UDC 551.463:352.13/.14.-5~~7..'~'-II
MASHOVETS, V. P., PUSqkOV, L. V., SI-LAYEV, V. NT., FEDOROV H1. K and FE--OT011
~N. V.
a r at lemperatur(--~ Up
"Density, Viscosity and Electroconductivity of Sea W te
to 300-3500"
Leningrad, Zhurnal Prikoladaoy Rhimii, Vol 116, No-8, Aug 73, pp 1865-1""U;
Abstract: Investigation olf density, ViSCOS4ty u)d elect roct-aduct 1vi t::, ,o-7 c a
perzlLures d = do + 0.0105 cl 2, where d.,
water at various teri
4
se -ator
peraLurc! and c = salinity of - a
pure water at a given tem,
The logarithm of the viscosity of sea water Ug nsw) is related LO Liie
logarWIT11 (If thi, wi-iC0.9fty of pure water (IF,
b~ I P, 0.913
18 111120 - 0.00597. The v.1-ectronogativity increa~;us With
reaching a miximm.1 at 2150'. The curve in the temperature TZ111J.'L, lo-no"
can be described by the equation.x 0.027 10-3 t, viiere n conJuctlv-"~y,
t temperature.
!3f WMMA III],

USSR UDC 669,2051284:621.78
UDOIOX#_5. G. i KONST.UNTINOV, K., M. 31110
DOVAq Ye. P., and
--SOVA, N. F. , 14oscow
VA
K
"DecomDosition of Molybdenuim-Titranato Martgnsite"
Moscow, Izvestiya Akademii Naulk SSSR, N'o 5j 1973.,
D -230
p 225
Abstract: A study made of the decomposition-proceoses of super-
.saturated o~-solid solutions of the h4J1o system in the 1.,ihole-
range of their development is based on different methods of
physico-chemical analysis SUDplemen-11jed by st,ructural investiga-
tions. The effect of martensite decomposition proces3es on the
mechanical properties was investigated on -Uoys
vrith 8.0 and 8.6- Me; their change in Yowng's moduluo and in
mechanical properties after heating~to differcnt~tempcraturea
is shown. The decomposition of supqrsaturateda!-solid solutions
1/2
51
L~;I;T;&-1 1111 11111t1i rl P H'IM11 111fttliINI NIM11,11111111"! I !~l I I I IME11-111 111 NWA! ],I MPA !l J-M 1011 A III It 1 '~'Jl H;~' "I I' rIN IN I lf!i IM11 H.-I I

USSR
FEDOTOVj S. G., et al., IzVestlya Akadezii Nauk SSSR, No 5, 191f), pp 225-230
of Ti-Mo martensite-N-o to 6
ivt% Vlo) takes place. in 'he tempera-
ture interval at continuous decrease of the temDeratures of be-
ginning and ending decomposition with increasing o-content. In
Pos3essing,
higher alloyed alloys (6-11 Wt% 1,10) (.+A+w)-phases
the tempera-ture of beginning decoilrDosition. of thO_ o4*-co!n-oonent
does not decrease with changing composition ~of the alloy, it
remains on the temnerature level-of the decomposition of the
supersaturated martensite with 6,iA% Mo. The.possibility of a
controllable chan6e of the nechaznical. properties of ("lie alloys
4~
in a wide range at decomposition of the marbensitic structure
i's indicated. Pive figures, 14 bibliographie.references.
2/4

Titanium
USSR UDC: 536-425
FEEDOTOV, S. G. , XONSTIUMLI'MV, X. N1. , SINODOVA, Ye. P. Institute of IMetal-
-T~Ixrg~yime ~1A. A. Baykcv, Acadery of Sciences of the U.IMR, 1-loscow
"Concerning Suppression of the w-Phase W"hen Tempering Titanium Alloys, in
the Presence of Aluminum and Tin"
Moscov, Doklady Akademi-i Nauk SSSR, Vol 204, Ito 6, 21 ~Jun 72, pp 1415-i4i8
Abstract: Present ocncepts of 5-w transformations in* titanium alloys su~z--
gest that the Dart played by aluminum in suppressing faziration of an w-phase
during tempering consists in the retardation of processes of redistributir-n
of the elements in the initial 0-solid solution which terminante in the fcr-
mation of titanium-rich regions.- Tbe authors attempt to verify this hy-
pothesis by diff.usicii experiments in the titanivzi-vanadliim syetem with
allumintur and tin donants (and also L-olybdenum, as a control), The study
specimens were titaniun-base and vanadium-base alloys tHoped with 1, 2 and 3
wt.S' aluninum , with 2 w-t-5; tin, and with 21 trolybdeirwn. The srecir-~~ns
were di-ffusion-annealed in titanium-vanadium pairs in the ;I-region at 9'0,
1000, 1050, 1100 and 12000C for 6oo, 402, 165, 72 and ".3 lint;.-rc respecti,rely.
When the annealins, tjm(~ ~;,wj
1/2

.... ............ .........
USSR
FEDD TIOV, S G. et all. , Dcklady A,:nderd i S SO N ,Irr"ll 2-CL, No
pp 1415-1418 -'1 jun 7
distribution of elerients in diffusion laye s was stuili-ed h,~ x-ra-
r y srectral
analysis. 'Ibe results showed a sharp reduction in the cont2entrat"'on of
alumirur. and tin in the zone of the Steepest gr&.Leient- of vanadium arld titanilim
concentration. This abrunt droo ias observed re-Fardiiii!ss of dcr-ant concen-
tration or annealing temperature, and coincided with the time dis-~Iaccment
of the diffusion front. No singularities were observed h di-tribution
of molybdenum in the difftisicr layer. It is conclude.4 M!nt CA -I: ~al- i -1 -1 Zirf,
elements do not, have tine to migrate from the points 4)f, dfrf~(,,, I-C,(iistriL1I,;i()rI
of titanium atoms and the E-stabilizing atoins during, -11innealinr (;4 alloys in
the critical region. This is what delays the process Icading 4c ~crma:tior
of titariurr-rich regions where 8-~-w transformation then ta%es place because
of the loss of elastic stability. For this.reason, the temr:#?rature of mar-
tensite transformation is reduced and the metastable fl-sol-M; Solution is
supercco-led. -Jr. the presence of alumin= and tin vith concectratior-,
of elements.
212

Titanium
USSR UDC 669-;95.5'292
KO-NSTANTINCY11, K. M., and SHNY-it'W, ~G. D., Moscow
"Phase Conversions Upon Ranid Heating of Titanium-Vanadium Martensite"
Moscov., L*' sssa' "Ietally. No 2, Mar-Apr 71, pp 172-175
Abstract- Conti'M,cus. heatin- of titanium-vanadium al riartensite at 3 deg/min
and it:, dcCO:T'~-posjtio11,
-m'in' ap. sti-ucturej
inurcasing the heating rate
t o' A I
~,c- 7, not rrevc!iz decorposi.vion of tito Supersaturated vanadium
_i 1rhiS SLUjiCli zi,'~Lion as to wliethcr
ij
id
Sol
sinilar decompoA.'l-ion occurs zit heaLing 1--ates S'."C'a as 1,000 Ll~-/Sec or
w1lethey conversion occurs, as is usuall thought.
y
Tlic-. expefi.;.~:nt- 1 -.-L~su ts incl ~z' r,-- that heating, at 1,000 cg/sec does not pr ve t
L Q n
St PUC-M rc, J)rPL!-CCd in an allov of titanium with
10~~4 V ii-,- '30 zil*C.11. The concentration, -~nd structural chan-es
occurrin- :-tcs ckiriw, the procesS of dLIco::1-Position of the suncr-
saturarc-.. i L) ~t L; i I ir ~-r I t ly zhc;5:~ OccurrIll; durln~
hCaL: li---
'lloy _,S
ti Ct 1 ly Ocu, H'rilrl dia~oram.

Titanium
TJSSR UDC 66 9.295.-.)1292
KONSTANTINOV, K. M., FEDOTOV, S. G., and SHNYREVV G. D., Moscow
VtnadiLin Martensite"
"Phase Conversions Upon Rapid Heating of Titanium-
~Ioscow, IAN SSSR, IMetally, No 2, ~Iar-Apr 71, pp 172-175
Abstract: Continuous heating of titanium-vanadium a' martensite at 3 deg/min
and isothermal holding cause its decomposition, forming an (a -+ ~) structurek
characteristic for alloys in the equilibrium state. Increlsing the heatin
9 rate
to 80-100 deg/sec does not prevent decomposition of the supersaturated vanadium
solid solution based on a Ti. This work studies the.: question as to whether
similar decomposition occurs at higher heatinp rates such as 1,000 deg/sec or
whether the reverse martensitic (a' conversion-occurs, as is usually thought.
The experimental results indicate that beating at 1,000 deg/sec does not prevent
decomposition of the martensitic structure produced in an.alloy of titanium with
u gez
10% V by quenching from the $-phase area. The concentration and str ctural chan,
-occurring at high heating rates during the process of decomposition of the super-
saturated a solid solution do not differ significantly from those occurring during
heating at relatively low rates, when the phase stru6ture-of the alloy is prac-
tically characterized by the equilibrium diagram.

1/2- 028 UNC L'AS S I F I E D PROCESSING DATE--04DEC70
TITLE--DECOMPOSITION OF AN UNSTABLE BETA SOLID SOLUTION OF TITANIUM WITti
la WEIGHT PER CENT VANADIUM -U-,
AUTHOR-(021-(EBOTOV, S-G.& KONSTANTINOVp K#M*
~.:~-COUNTRY OF INFO--USSR
_sOuRCE--DOKL. AKAD. NAUK SSSR 19709 192(31* 555-81
DATE PUBLISHED ------- 70
SUBJECT AREAS--MATERIALS
_:TOPIC TAGS--SOLIO SOLUTIONs T[TANIUM ALLOYt VANAD[Ui.4 CONTAINING ALLOYv
"_-BETA PHASE, ELASTICITY
:,.CONTROL MAPKING--NO RESTRICTIONS
.~OOCUMENT CLASS--UNCLASSIFIED
PROXY REEL/FRAME--3006/1257 STEP NO--UR/00201'iO/11);~/003/O5'i5/0558
_CIRC ACCESSION NO--AT0138263
U '4"C' LS S I I:- t F 0

2/2 028 UNCLASSIFIED OROCESSING DATE--04DEC70
ACCESSION NO--AT0138268
:ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. ELASTIC PROPERriEs OF THE TI 82
PLUS V 18 WT. PERCENT ALLOY WERE STUDIED EXPTL. AT ROOM TEMP. THEY
CHANGE SUBSTANTIALLY WITH TIME 0-10,000 HR FOR SAMPLES QUENCHED FROM
1000DEGREES. THE CHANGES MAYBEACCELERATE0 BY liEATiNG AT GREATER THAN
280DEGREES. THE UNSTABLE BETA SOLID'SOLN. DIECAY~ DURllJG PROLONGED
HEATING AT LESS THAN 280DEGREES lNT0,2 SOLNS.; THE STRUCTURE OF I OF
.-.THEM IS NEAR TO THAT OF BETA Tle ..FACILITY: INSTO MET. IM*
--BAIKOVA? MOSCOWl USSR,'-

112- 043 UNCLASS I FIEO PROCESSING DArE--20NOV70
_.~.:.-TITLL--EFFECT OF Tf-E hEATUNG RATE GU THE PRUCESSES, OF riTANIUM VANADIUM
MARTENSITE CECCAMIPOSITION -U-
AUTtiGk-(02J-FEDOTOVj S.G., KONSTANTINOV, K.M.
CCUNTRY CF INFC--USSR
_.SCutkCE--AKAGEFIIA NAUK SSSR' Doll(LADYr VCL- 191y APR. 219 1970t P,
IZ7-1273. 13'REFS.
DATE PLBLISHED-70
-~SUBJECT AREAS--MATERIALS
~:_TOPIC TAGS-TITANIUM ALLOY, dEBLiaGRAPHY, VANADIUM CONTAINING ALLOY,
ELASTIC MODULUS, METAL HEATING, MARTENSItEt HEAT-TRANSFER RATE*
METALLURGIC RESEARCH FACILITY
CC.,iTRCL MARKING-NO RESTRICTIONS
DcCUMENT CLASS-UNCLASSIFIED
PROXY RELiLlFPAME--300I/0562 STEP NO--UR/0020/'YO/191/000/1270/1273
ACCESSION NO--ATOli6309
UNCLASS IFTED

2/2 043 UNCLASSIFIED PROCESSING DATE--20NOV70
~~CLRC ACCESSICN NO--AT0126309
A3STRACT/EXTRACT--(U).GP-0- ABSTRACT.. INVESTIGATION OF THE DECOMPOSITION
OF PARTENSITE TITANIUM ALLOYS WITH 10.WT PERCENVV AFTER PARTIAL
TEMPERING AT 350, 45C, 550, 600' AND 750 DEG',C. , tHANGES IN' THE, ELASTIC
PROPERTIES GF THESE ALLCYS CCCURRING AFTER BRIEF.[, TEMPERING AT rHESE
TEMPERATURES ARE DISCUSSEO AND ARE SHOWN IN DIAGRAM FORM. SUBSTANTIAL
INCREASESIN THE ELASTIC MODULUS AFTER 2 AND 6 SEC EXPOSURES TO 750 DEG
C:ARE NOTED. FACILITY: AKADEMIIA NAUK SSSR, INSTITUT
HETALLURGI I pMOSCOWi USSR.

USSR UDC: None
BASOV, N. G BOYK0, V. A., ZAKHAROV, S. M., _XROMIN, 0. N.,
MIW.Yov, A., SKLIZKOV, G. V., and FEDOTOV,, S-I.
~"Mechanisms of Meutron Generation in a Laser I)lp_si;a"
Moscow, PisIma v ZhETP, Vol 18, No 5, 5 September 1973, pp 314-317
Abstract: This letter gives the results of experiments performed to
investigate the mechanisms which give rise to neutrons, In laser
plasmas. The experiments here described proved:that, depending. on
the experimental conditions, both hot and cold neutrons. are pro-
duced. The mca-,ureraents involved were conducted in -a variant of
the sharp focusing of a single-channel Diser on a mas, ive C 2 tar-
get, aa well as in ripherically Symetrical irradi,,ition of CD2
particles mecasuring about 100 A in diameter Ly tho output of' n
multichannel laser. Both methods were discussed in earlier papers
by the first-nazed author above, et a]. (Pis' n. a v Zh]'~T_ , 13, 1971,
p 691; L5, 1972, D 589; ZhET , 62, 10472, p 203).~ Result'57-of both.
types of measurement; a.-e sc7:arateiy examined. ISome of thoc-e cast
doubt on the assertion of previous researchers that the appearance
of fast ions is connected with acceleration in the critical den-
sity region.

U85H
BASOV, N. C., IVAN'01,F, Y-U. S., IMOR1110, 0. N. , Nr;"!.ALYr:OV, YU. A#,, SKLIZ;"OV,
adc,
G V., and FEWTOY, S. I., PhysIc3 Inatituto, imcill 11. 11, L,-'PCaOv, Acz my
oi
"Neutron Pre'tuction in Spherical,111gh-Pover laser IrraAlation of a Ta--et"
Mloscou, v Zl~iurr-! -F-,r~perimentallnoy i Tooraticheskoy Fizikl, Vol 15,
No 10 20 Kay 72, pp r'0-592
Abstract: The authors recorded the neutron yield during the heating, of a
U
solicI,dvu'IIer~:t,.;A poly ethyl cne target -,jibjBctcd to nphcriczil ir-n-diation by
a nul-Libeam in-;or. it v -ns found th:tt the results sICnificantly exceed those
obtained durln- strong P
focusincr. The sizo of the heated tarC~ct was
zately equal to the focal spot diamoter,and the he:Ltul mass vaz detcrrmilned
by the pa-.-UcIc mass. The schere for focusing nine Iwser b--~ans on tho ta-r-
G016 was Sin'Ll.-.1." to one previously eiescribed by tho authors. Tho ncutroz.-z
wera recordei "by thrGe teintillation detectors placed rt vari-aus dizirlni-,es
fr-.a the Recoil-proton nuclcar photox"il:;l1crar, szore v!z-ed foi- ih-3
quijitlitative Jrnasurcnmitz. isotropi'sn of thrij notillre'r, fro:-t
the plazna-, the number of neutrons per burst vas found to b~D equal Co 3-106.
1/2

ISSR
L
BI S ov, l.,. G., et al., pislra v
Plzikil V-01 15, 1,!o 10, 20 1..ay 72, pp rog-50 'rlr-iClrJt3 VnOIY I TCOrE!tIC!ICSh'Oy
.56 2
The authors v. G. JAR101:017A and L. I. for, arslst.:::Icci
-u
in procesting the r.'-Iotco.~ Isiolls, all" Ir. It. GrO"-?"OVP A. YE,"'O"Ifill4l, I'T. "I.
ZORD-I, ard r. V. J,T ll*j,~l()j, f0=.
10
in the worN.
2/2

................ ... ........
~112 :-041 UNCLASSIF]ED; PROCESSING DATi--30OCT70
TITLE--LATTICE DEFECTS IN GALLIUK ARSENIDE -U-
AUTHOR-1041-BAZHENUV# V.K.t BAZHENOVA# GoNot PRESNbVe V*Aos FE0OTOVv S&P.
COUNrRY OF INFO--USSR
SOURCE--FIZIKA TVERDOGO TELAo VOL* 121~NARS 19701~ N 903-9to
DATE PUBLISHED ------- 70
SUBJECT AREAS--MATERIALS, PHYSICS
TOPIC TAGS--IRON, METAL COATING, GALLIUM ARSENIDE,:CRYSTAL LATTICE
'STRUCTURE, ELEECTRON PARAMAGNETIC RESONANCEt SPECtROSEOPIC ANALYSISt
LURINISCENCE, CRYSTAL LATTICE DEFECT
CONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
,PROXY REEL/FRAME--1969/1283 STEP NC--UR/01(31/70/012/000/0908/U910
CIRC ACCESSION ND--AP0107759
UNCLASSIFIED

2/2 041 UNCLASSIFIED' DATE--30OCT70
::IRC ACCESSION NO--APO107759
'ABSTP%ACTIEXTRACT--(U) GP-0- ABSTRACT. INVESTIGATtON OF THE MECHANISMS OF
THEANFLUENCE OF LATTICE 06FECTS 014 THE ELECTRIC'AND LUMINISCENT
CHARACTERISTICS OF IRON DOPED GALLIUM ARSENIDE CRYSTALS (3,500000 OHM
~CMJ ANNEALED FOR 12 HR AT 700 TO 1200 Ce THE TYPE OF LATTICE OEFECTS
RESPONSIBLE FOR THE EPR SPECTRA IN HEAT TREATED CRYSTALS IS STUDIEDY AND
THE INTENSITY OF THE EPR SPECTRUM OF TRIVALENT IRON IONS IN GALLIUM
ARSENIDE IS PLOTTED VS THE ANNEALING TEMPERATURE IN A VACUUM.
FACILITYZ.ODESSKII GQSUDkRSTVE-NNYl UNIVERSITETt.;DUESSAt UKRAINIAN SSR.
UNCLASSIFIED

.. . ... .. I. . ... Imm . . . . . .-,I . . I .. . . I .
010 UNCLASSIFIED PROCESSING VATE-30OCT7
TITLE--EAk7flZ;UAKE IN KlkGIZIYA -U-
AUTHOR-FELUTV, V.
F
CCUNTRY OF INFO-USSR
SCURCE--MOSCOwl PRAVDA, 9 JUNE 1970l P 6
DATE PUBLISHED--09JUN70
SUBJECT AREAS-EARTH SCIENCES AND OCEANOGRp.PHy
TGPIC TAGS-EARTHQUAKE, SEISMOLUGIC STATION, EPICI.
*NTER
CONTROL MARKING-NO RESTRICTIONS
DGCUMENT CLASS-UNCLASSIFIED
PROXY REELIFRAME--3003/0815 STEP NO-UR/901L>/70/000/000/0006/0006
CIRC ACCESSIGN NO--AN0129904
UNIC L JASS 1 ff: I F 0
Mi6mll-w-R.,

212 010 UNCLASSIFIED PROCESSING DATE--30OCT
CIRC ACCESSION NO--AN0129904
ABSTRACT/EXTRACT-(U) GP-0- ABSTRACT. FRUNZE. 8 JUNE. AN EARTHQUAKE
OCCURRED IN TYUPSKIY RAYON IN KIRGILIYA ON 5 JUNE AT 0752 HOURS.
ACCORDING TO DATA FROM TFE "FRUNZE- SEISMIC STATION, ITS INTENSITY AT
THE EPICENTER ATTAINED 8 ON THE SCALE. STRONG UNDERGROUND TREMORS
CONTINUED ON 8 JUNE. A NUMBER OF POPULATED PLACES SUFFERED. ABOUT
5,000 HOMES WERE DESTROYED MORE THAN 20,000.,I)ERSONS HAVE HEN LEFT
AlThUUT SHELTER. THE E%JRiHQUAKE. EPICENTER WAS S I TTUATED 22 KM FROM
PRZHEVALISK* AT SARY-KAMYSH VILLAGE. IN PRZHEVALISK THE SOIL
OSCILLATIONS ATTAINED 5-6 ON THE SCALEs AT FRUNZEr.3. COMMUNISTS AND
YUUNG CGMMUNISTS ACTED SELF SACRIFICINGLY UNDER THE DIFFICULT
CONDITICNS. BORDER GUARD RENDERED MUCH X5SISTANCE TO THE RAYON
POPULATION. MEDICAL WORKERS HAVE NOW BEEN SENT TO THE AFFLICTED
POPULATED PLACES; TENTS HAVE 13EEN SENT FROM mdscow., ALMA-ATA, AND
SURRGUNDING RAYONS. TRANSPORT OF SUPPLIES HAS BEEN ARRANGED. FIELD
WORK HAS RESUMED ON ALL FARMS*
I'M- L
A& C T U'l t' 1)
Ii--kL

...............
USSR UDC 62.1.3.049.75
S. y-CUN
OV, V. 11
~j 17
KOPYLOV, S. G., KAZAKOV S. ,Xz"_
'YX '-A7 Ft V, YE.
OCANDMA N, P. B., IGN LOV, B. I M. ,PZDOTOV, V. x TMO~z.
X*lti layer Printed 6oard"
,k'Loscow, OtIcrytiva, lzobretcniya, Promyshlennvve Ob -,.t-- nsv..__.- ova rnyvc Zn.n%i, No 1-6,
8 May 70, p 43, Patenc No 270U29, Filed 4 Nar 66
Translation: This .uthor's Certificate introduces a i-,ultilay~.!r prl'-..t,~d
containing alternating layers o;: dielectric and electrically Conduccing -_~Zarial
designed for mounting integral circuits with flat leads in wlhiea grroo-;es ar':!
cut out on both sides of the into,,ral circuit. interlayer conaecticas are
made in these grooves. They are eXLCUCCd by welding or soida-_-iag. The
is distingu_-Lned by the fact that in ordar to insure high deruiity of7 arran.-C-
ment of higlily reliable interlayer connections with a mini-iu;:t n=.ber of z!-,ciz
and also to lower the labor involved in manufacturing the boar--;:;, c. -I iater~aycz
connections are executed in the form of bunches of prinLed conductoz:';
during the process of pressing the nultilayer printed board, and the nwzber of
bunches leading into the groove Is date=ined by the nu=ber -of Icadu of the
integral circuits mounted on the board.
1/2

c% I '. -.!I I .
,!Vj i I
~ FIRAIM11 . - R HUMPRIM Ili I Hill I Ili 0111112111i I

........... -- -------
MR. UDC 541.125
YMOTOV-- Ir G CILkYKIN, A. IN., Institute of Chemical Physics of tile USSR
Academy of Sciences, Moscow
"Study of the tCold' Flame of the Fluorine Reaction with Hydrogen in a Flow"
Hoscow, Doklady Akademii Nauk.SSSR, Vol 203, No 2, 1972, pp 406-408
Abstract: The first and second limits of self-ignition in the fluorine reaction
vith hydrogen were discovered previously and proofs were obtained for tile branch-
chain mechanism of this reaction. Branching of the chains is realized in the
reaction H 2* + F2 - 11 + HF + F where 11 2* is the hydrog:en molecule excited vibra-
tionally during almost resonance energy exchange in tile process !W + 11 - 1117 +
2
-ignition limits of fluori -
+ 11 When studying the self 'ine mixtures with dau
ter um, it was concluded [V. I. Vedeneyev, et al., Kinetika i kataliz, *'40 11,
36, 1970] that in the branching reaction D 7' + F - D + DF + F, the 0 molecule
2 2 2
t be excited to the vibrational level v > 2. A study has now been rade to
determine what vibrational level of the hyd-rogen lnolecvle (first or higher) is
responsible for branching of the chains, thnt is, to atriwer the question of
linearity of the branching. The conditions of obtainihft the cold flame of a
mixture of fluorine with hydrogen were found, and the kinetic charac ter is tics
1/2

MA
USA
FEDOTOV, V. G., et al., Doklady Akademii Nauk SSSR, Vol 203,,No 2, 19720, pp
406-408
of development of the flame were obtained. A study was-also made of the flame
by the method of optical spectroscopy and electron paranagnetic resonance.
A study of the dependence of the induction period on the initial condi-
tion for the reaction of fluorine with deuterium indicated the significant role
of quadratic branching in this reaction.
2/2

USSR UDC: 621.762,8(068.8)
PROSKURYAKOV, Yu. G., SAYKO, I. B., FEDOTOV. V. 1.
"Method of Saturation of Metal Ceramic Products"
LISSR Author's Certificate Number 358088, Filed 10/10/70, Published 26/12/72
(Translated from Referativnyy Zhurnal Metallurgiya, No 8, 197-3, Abstract No
8G407P).
Translation: A method is suggested for saturation of metal ceramic products
with liquid, differing in that in order to increase the degree of saturation,
the products are saturated during the process of standardiration.

Biochemistry
UDC 547-964.4577-17
0
SHVACHKIN, YU. P., VDOVINA, R. G., POZYM, M. G., VP.L-1JYSXAYA,_YE...14..A
RYABTSEV, 114. - N., K.RIVT-SOV, V. F., GRACHEVA, A. K., XPAS.i1W- HOE MOV, S. P.,
ZIOVOSELOVg V. A., GMEDZY, V. S., OLEYRIK, A. M., KALVaallut, Z B. ,
IVANOV, A. I.t YLIDAYEV, N. A.
"Ifew -Synthesis of Human Insulin!'
Leningrad, Zhurnal Obshchey Xhinii, Vol XLIII (CV), No 1, 197), pp 216-217
Abstracti Human insulin was synthesized on the basis of obtaining A and B
chains by the solid phase methcd Z_R. B. Merrifield, J. An. Chen. Soc. , No
85, 2149, 1963; J. Stuzart, at al., Tverdofaziy s�ntez peptidov, Ifoscolf, Mir,
19~17 and subsequently combining the syntheticchains Inio the complete mole-
cule of the biologically active hormonos Heret a hew version of the synt'hesIs
.Is realized which rormits exclusion of treatment of the rhains with scdlum
in liquid a=. onia which eliminates the- danger of undesirable side reactions
caused by this reagent / A. f1arglin, at al., J. Am. Chem Soci, No 88, 5051,
196g. The A and B chalis of human insulin were synthesled on an automated
device using a spherical chloromethylated copolyner of styrene irith L5' di*li*-.Yl
benzene as the insoluble carrier, All operaticiLs were perfo=ed in a nitroeen
atmosphere. The derivatives of the L-ajidno acids used in tho synthesis of
the A and B chains are listed. The fluorohydrdtea of the chain3 were con-

.. ....... ...............
USSR
SHVACHXIN# YU. P.# et al., Zhurnal Obshchey KhWip Vol,XLIII (CV) 1101
216-217
verted into S-sulfonates which exhibited no differences from the S-sulfonates
of the corresponding natural chains.of bull insulin,, The synthetic A and B
chains were recombined both with thecorreaponding natural chains and among
each other. The resultant compounds had specific insulin activity of com-m
parable mgnitude to the previously synthesized insulin compounds
Z-K. Lake et al., Adv. Enzymol.t Ho 339 445, t979-
2/2

UPR 5 5 -a I
A 5
Vy t- 3UAJV" let 73

:NTERACTIONS Or GASE'S AND 1-=iALS

~Article vy Candidati~ 'f -11C C Sciences V. P. V-r~-t-
L
~"Ii
Vetnlk Akdc!~-', -1111'
ss~. Russ.'an,
Fp
A sympo&ium- devoted to the Kinetics and
of th einteraction of gazez with liquid metals, hrld !n
on 17-19 October 1972, was orqar-,=Qd hy the scientlflc
is; for the Phyz~icochclrdcal Principles of X-etallurgical Vr=ce'~S-~~
f the AS USSR, Participating in the work of the
.75 rpeclallsts from 23 citie3 of the Soviet U*iir-.-.. --nd
~clentir~r irom Australia, Bvlgaria, -Za~t Germany, -tho
In his Eddr-esz- of creet-In'; the chairnar, cf
,vft Germany.
Scientific Council# N. V. Agpyevs noted that tt'.e, P=L-lle~ czt t-:c
interaction of gases and met~!15 in the prod~;Cticn er retals
I
l
cle5,. --i
loys, and also In the manufacture of metallic art
;ir. of the most urgent In qualitative metallurc'y, and th~
tal study of the thermodynamics, in particular the recrta7.
kinctic, of the interaction of gasez with liquid and s~',
tals is one of the complex problemr. in the theory Q1
Cal processes. N. V. Ageyev noted,that the ;--o;rezs of
F, )ojy and imp rove. non t of methods of producing and
,)re not only not lo?ssenL-; the acuteness of the ;rC::;e-=
4- the contrary, are accompanied by the emergence of no,
of the problem.

In a number of reports presented at the
"ere dj
scussions of questions of mass transfer and U-
-10 - tion of hydrogen with metals (iron, cobalt, nickel. ccpper,
ninum and acne alloys based on them) in the liquid vtote. 4,-. t!-.,
process of cooling, and in crystallization. Tt has beer, cz, t"t-
lished that a.' great practical importance is not only tte
of the solubility of hydrogen in the molten metal but also t!-'o~

130

~"!Ml 7477777 7,77,171M

Acc. Nr. AP00298147 Ref Code: UR 0475.
FRLMARY SOURCE: vrache-bnoye Delop 9 f7O 1, N'r 1P PP -1-e
IMMUNOLOGIC REACTIONS IN PATIENTS WITH ALLERGIC
NODULAR VASCULITIS OF THE SKIN
V. P. Fedolou and A. P.' Ba2tika (Zaporozhye)
70 patients %vith nodular vasculitis of the skin showed either foci of chronic Jnfe'C_
lion, mainly staphylococcal or pyococcal diseases In the anamnesis. The majority of, pa-
tients showed positive cutaneous-allergic reactions, complemen (~i fixa lion reactions, agglu-
tination and passive hemagglulination with pyococeal vaccines, ~these being most marked
In case of staphylococcus.
Data received suggest certain immunological changes in respect to pyococc! and
in particular staphylococci and their role in the pathogenesis ~of allergic nodular 3kin
Vasculitis.
RBEL/VRAM'B

USSR
DODONOV, A. G. and FEDOTOV, V. V.
"The Problem of the Maximum Dynamic Flow in a Network".
Gibrid. Vychisl. Tekhn. i Elektronika [Hybrid Computer Equipment and Elec-
tronics -- Collection of Works), Kiev, Nauk. Dumka Press. 1972, pp 384-390
(Translated from Referativnyy Zhurnal Kibernetika,,No.9, 1973, Abstract
No 9V521).
Translation: Oriented network G is studied with source 11 and sink K, in which
each arc (i, j) has not only throughput capacity c(i, j), but time of passage
t(i, j). Ibe problem is to find the flow of the maximum quantity of product
from the source to the sink over a given number of time periods T (this flow
is called the maximum dynamic flow from H to K in T periods). 11iis problem is
solved in a book of L. R. Ford and D. R. Fulkerson (MiNtat, 1966, IlV249K).
'17his article is dedicated to discussi on of one theorem of Ford and Fulker-
son, according to which the maximum dynamic flow from I,[ to K in T periods can
always be generated by stable flow xr+I (i, from H to K iji the initial iietwork-,
maximized by the linear function
tr +Y-1, t (I. DY, D.
UJ)
1/2

USSR
I)odonov, A. G. and Fedotov, V. V., Gibrid. Vychisl. Tekhn. i Elektronika, Kiev,
Nauk. DLmka Press, 1972, pp 384-390.
where x(i, j) is the stable flow from H to K in network G, y is the value of
this flow x(i, j) (here flor x(i, j), naturally, should not disrupt the condi-
tion of throughput capacity c(i, j) of network G).
In the first portion of this article it is affirmed that this theorem
"does not indicate what stable flow x(i, j) should be," and a "contradictory
example" is constructed, i.e., a network in which stable flow x(i, j) does
not generate the maximum dynamic flow. Actually, the authors of the article
are confused, since their example involved the maximuWstable flow in network
G, not flow x T+l (i, j), maximizing function (1). As concerns flow x T+l G, j),
the statement of the theorem of Ford and Fulkerson is always fulfilled in any
network for it.
The second portion of the article actually repeats the method of Ford and
Fulkerson for production of the maximum dynamic flow by means of a chain
expansion of stable flew x T+1(i, j).
Yo. Levner
2/2

..... . ..... ......... . .....
USSR
ANTSUT, V. A., DODONOV, A. G. and FEDOTOV.- V. V.
"One Method of Solution of the Probltv of the Minimum FlowIT
Gibrid. Vychisl. Tekhn. i Elektronika [Hybrid Computer Equipment and Electron-
ics -- Collection of Works], Kievs Nauk. Dumka Press, 1972, pp 445-455
(Translated from Referativnyy "diurnal Kibernetika, No 1973, Abstract No
9VS20).
Translation: The flow of the minimum quantity satisfying the conditions
z(i, j) > r(i, j) is sought in a fixed oriented network, where r(i, j) repre-
sent the fixed throughput capacities of the arc. The method of reduction of
this problem to the problem of maximmi flow is described in-det;iiA. The
search for the minimum flow consists of the following ffirce stages. 1. A
certain permissible flow is sought, such that x(i, j) r(i, j) in all arcs
(i, j). 2. Uie residual throughput capacities As(i, j) x(i., j) - r(i, j)
are calculated and the maximum flow R(i, j) is constructed (for example wi th
a Ford-Fulkerson algorithm) such that x(i, j) < Ax(i, j) on al.1 arcs (i, j) *
3. The desired minimum flow is found as follows x min (i, j) = X(i, j) - R(i 'j).
This method agrees with a method presented (Ja shorter form) in a book of
K. Berzha (RdiMat, 1963, 7A314K, pp 88-89).
Ye. Levner
4 83 -
ff, 91, IT
M2- M -MARI-11 I MR."I'M

USSR UDC 512.25/.26+519.3:530.115
FEDOTGV, V. V.-,--
"One Method of Solution of the Problem of Synthesis of a Netwcr~- wi th Minima I
Throughput Capacity"
Kibernet. Tekhnika. vyp. 8 [Cybernetic Equipment, No 8 Collection of Works],
Kiev, 1970, pp 57-64, granslated from Referativnyy Zhurnal, Kibernetika,
No 6 1971, Abstract No 6 V510).
Translation: Application of the known method of Ford and,Fulkerson.

USSR JUDO 621.~82.002
FEDOTOV, YA.A.,- 1-MOYAN, S.G., AVEETISYAN, G.F.H., MANA~;.-',ROV, V.D., RE:-!'1KOV,G-!-
"Properties Of +Ge-n'GaAs Structure Prepared By The Mqoid Fpitaxy Vothod"
Elektron.telhnika. Ni3tich.-tel~hn.ob._~~lup~oyoqti. nribory (FIectronic Technics.
Scientific-Technictil Collection. Semiconductor Dovicoo), 1CY71, Issue 4(61),pp
~1-~6 (from RZh:Elektronike i y~Me Y 1972, Abstract "a
_Zrimenqpi No Va
5B579)
Translation: The ov-timus conditions were determined !or the, gro-orth of MIR;
quality layers of Ge on GaAs by the liquid e:)ita)W msthod (fro= a solution in
Ge). The optirmim supercoolin~, of the colution for prep!.irinF ideal layert-
calculated. (It wDa found to 1;a^,;)',i' 'a.) Thc, CalculnAl-ion vinn wonfiroitlld by ex-
puriment. VIAth o"pcrcooling,a tibove 50(' C the pcrkacticin of Lha layerf; aharr:,1y
deteriorated. Heterojunctions of. P+G.---nGaAs were pre ared V.,j~tjjo~..jt jr4,el-_
P
layers of the solid 3olution Ge + GaAs and without a "Colsol. junction Lt the
interface resulting, from diffi;sion of areenic in the Co. 9 ref. Ye.G.
"Inn, wholim
ni mwnwiu w M, 'T

018 UNC LASS I F1 E6~~;~ 'PRO(IrE~SING D4iE-~.27NOV70
TITLE--PliGTOSENSITIVITY AND ELECTROLUMINESCENCE Sii~ECTR'A*OF GAAS-(Ntsue
XvGA,SU3 I-XAS P-N HETEROJUNCTIONS: U_.
AUTHOR-(03)-FEDOTOV, YA.A., GRATSERSHTE.YN% A.[.* ZIMOGGROVAt N*S*
COUNTRY OF INFO_-USSR
~SOURCE-FIZIKA I TEKHNIKA POLUPROVODNIKOVr~VOL. 4t'~MAYJ970, P. 980-982
OATE PUBLISHED ------- 70
SUBJECT AREAS--PHYSICS
:JOPIC TAGS- IPHOTOELECTROMOTIVE FORCEt PliOTOSENSIrIVITTYs GALLIUM ARSENIDE
PN JUNCTIONt LUMINESCENCE SPECTRUM
-CONTROL MARKING--NO RESTRICTIONS
,DOCUMENT CLASS--UNCLASSIFIED
PROXY REELIFRAME--3007/0897 STEP NG--UR/044~9/70/004/000/098010982
CIRC ACCESSION NO--AP0136331
UNQLASSIFIF-0

----212 ~ 018 UNCLASSIFIED ~P,ROCESSING DATE--271NOV70
1CIRC ACCESSION NO--AP0136331
~ABSTRACTIEXTRACT--(U) GP-0- ABSTR ACT. DeTERMINATtON OF THE SPECTRAL
DISTRIBUTION OF THE PHOTO ERF OF GAAS-IN(SU8 X)GA(SUB:l-XlAS P-N
HET-EROjUNCTIONS AT ROOM TEMPERATURE. , ur IS SHOWN THAT A REGULAR CHANGE
IN T14E PHOTOSEUSITtVITY CH4RACTERISTICS OCCURS WITH Ai:CHANGE IN OHE
COMPOSITION OF THE JUNCTIONS. IN ADDITION TO THEi MAli'll MAXIMUM AT 1.42
EV, DUE TO INTRINSIC ABSORPTION INGALLIUM ARSEN16E, A SECOND
PHOTOSENSITIVITY MAXIMUM OCCURS IN THE VICINIYY OF 1.32:EV. WITH AN
NCREASEIN THE tNDIU,4 CONTENT IN THE SOLID SOLUTION LAYER T14E INTEi"ISITY
OF THIS PEAK INCREASES AND THE INTENSITY OF THE Pr--AK A.SSOCtATED:WITH THE
INTRINSIC ABSORPTION DECREASES. FACILITY:1 MOSKOVSKII 114STITUT
STALL I SPLAVOVv MISCOWt USSR@
UINCLASSIFIED

ROCESSING DAT -27NOV70
112 024 UNCLASSIFi6o~
.TITLE--ISOTYPIC NtGERMANIUM,NtSILrC0N HETEROJUNCTIONS -0-
~,~AUTHOR-(,04)-FEDOTOVr YA.A.v GRUZDEVA, G.A.j KOVALEV, A N4~t*SUPALOVv ~V.A.
.COUNTRY OF INFO--USSR
SOURCE--FIZ. TEKH. POLUPROV. 19701 4(5)o, 825-9
1~~DATE PUBLISHED------70
.SUBJECT AREAS--PHYSICS
~TOPIC TAGS--SILICON.S[NGLE CRYSTAL, GERMANIUM SINGLE CRY,STALt EVLTAXIAL
".-:.-GROWTH, HYDROGEN, PHOTOELECTRIC PROPERTY
~jXOJNTROL MARKING--N0 RESTRICTIONS
,DOCUMENT CLASS--UNCLASSIFIED
"PROXY REEL/FRAME---3007/0894 STEP ~10--UR/0449/70/00(i/005/0825IL1329
CIRC ACCESSION NO--AP0136328
UNC L A' S S I F I E 0
........ ..........

2/2 024 UNCLASSIFIED* PROCESSING DATE--27NOV70
CIRC ACCESSION NO--AP0136328
.~ABSTRACT/EXTRACT-M GP-0- ABSTRACT. THE EFFECT Wil SsTuDIED OP THE-
TECHNOLOGY OF THE PREPN. OF 1SOTYPIC HETEROJUNCTIONS N.,GE,N,SI ON THF[R
E
EC,
L AND PHOTOELEC. CHARACTERISTICS. THE ISOTYPEC HETEROJUNCTIO14S WERE
PREPD. BY THE IODIDE TRANSPORT METHODo WITH H ASITHE CARRIER GAS, GE
EPITAX[AL LAYERS WERE GROWN ON FREE.Sl SURFACES OR IN THE 9PEN[NGS IN A
SI OXIDE LAYER7 WHICH WERE OBTAINED BY THE PHOTOLETHOGRAPHIC METHGO.
"THE ADDNL. INTRODUCTION OF LINEAR DEFECTS DURING,THE GROWrH OF GE IN TH E
OF OXIDE LAYER SUBSTANTIALLY CHANGES THE Q. OF.STATES ON THE
GE-SV INTERFACE. FACILITY: MOSK*. INST, STALI SPLAVOVp.AOSCOW,
USSR.
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UDC 621-382.3
MARTIROSOV, I. M. ,DATIYBV,
and KL
Tu. A.
"Avalanche-Drift Diode 'W'ith aHeterojunction",
Leningrad, Frizika i tekhnika po,luprov*odnikov,:vol, 5, 110. 8, 1971,,
pp 1671-1672
Abstract: In the course of work on avalanche-dr-i-ft- diodes with
heterojunctions of Ge-GaAs, specimens were obtained in which the
generation of UHF oscillations was observed. Heti.,rojunctions
with a p-n-n+ structure were obtained by growing layers of D-ty-e
germanium alloyed.with gallium, tti--- layer zhic' ess bein- 7 mi-
crons, with an acceptor impurity of about I-101T/6m3, onn-type
GaAs eDitaxial film, ~ mic5ons thick with a donor1mpurity concen-
tration of about 6 10 5/cm,j grown on an n substra"%,,e with a resis-
tivity of 0.001 ohm cm. Thepower supplied to the load in os-
cillations amounted to 40-120 mw per pulse atia fr,equency of 11
GHz. The volt-ampere characteristic of an AV-15 diode, belonrinr
to this class ol," device, is 6iveno The authors are associated
with the Moscow Steel and Alloy Institute., Ill