SCIENTIFIC ABSTRACT LAYEVSKIY, V. S. - LAZAREV, L. YA.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002201720013-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR UDC: 01.396.677
LAYEVSKIY, V. S.
"Determination of the Fields of the Rear Zone t.')f EI(wn2nt&j*y Slourc-~sl'
V sb. Radiofiz. i mikroelektrpnika (RP. :to Fnys--;c.,l =tj j CS
d
collection of works), Voronezh, 10'"10, pp 26-30
rio 6, Jun 71, Abstract No 6B4)
Translation: Expressions previously dorivi-ed by the jLijt!1,j3- (See Cr
ktoronezh Polytechnical Institute, "SigrMl Emission wla Amptification"P
No 3, pp 138-139, Voronezh, IS170) for componentu of LEL~ of
tary sources above uniform ground are zoade wre emict. B4.1)],iography of
four titles. N. S.

USSR
Y A K. Yu.
IlExperimental Study of Limited Turbulent Stre3itill
Tr. Tallin. ped. In-ta [Works of Talli;n PeJagogics
pp 110-128, (Translated fi-ort, Ref,'erativityy Zhu-.-nal,
Abstract No 4 11304 by Yu. F. Dityn~in)'.
16-rtitatt~j, No 1. 1971,
NNA.hani'~..n, No 4, 197-21
Translation: The method and results ofexperiniontzil iut.'.Y iff charactonistics
of a turbulent strewn flowing into a closed chainbov ji'te pvcseiit(~J. F;q,i~rimonts
were performed both using, water and u5inr air models, Th(i velocity
were measured in the inodels, varying the dianot.ors oT th--, tubing and. the
length of the !;(.Ctor studikO. The 111-oill the Out'i jloillt~
to the cross section studied and, the dilgrea of 11TIlitli-Ooll of! the! Strewn wel-e
u5cd as generalizing parimemns, The jIql)'110Jd5 3lLl;IlhC;j- i11 i-411 uL~ici-ine-vt:-; i.--x-
4. flocil:j- -:*ieI(;i!;, hi,
ceeded 4-10 lit addition tO WdSureinvots oJ7 v,. jll S pt
cincmztogi~aphy of' the strea.1.1 If-,L, lierl'orMed with stroilm
air strealils, alivninum poi,icler was used, for liqu:id c-henical sciltition.-.
Furthermore, stuilies viere perfor-med un4lar rir-.4til.-al cnnditilx.~; in a
mine 40 ra in length arld 8 m;' in cross section. 'Me wir vali I.'tA irito Oc --iiiiv
through a pipe (0.5 va in diamet,-.-) tel-mirlated with II Ifle ail- f1c...
was measured and the houada-rics 4)C the qtreuu;~ wvi,e dqilonnhoi; (tv~in, ,i!:
meter and thin wiros) . It was oi, t I!!) !.i -j Iled ill 010!A.'

_dSSh
LAYGNA, K. Yu., Tr. Tallin. -ped. In-tit, No 1, 1971,
streams propagating in closad mincs do 'not follow Oo 1-We'.1 of fl-ve tul-bulence.
A rule was detennined for the change in air flow over the jene-th of th"", st re ar.
thf.1 3130rture n~gle of the Stilm'.vi As Constant a:
It was demonstrated that a nd in-
dependent of the structural factor. 5 B;Lblio. ReB.

USSR uDC[ 53-t..q.-.,64~,*;37.31'L.-3_',): 15374 535J
ARONOV.# A. G., GUMNICH, V. G.J1 and 14
"Peculiarit.v of Phase Transition in Ferr'OiAectric
V sb. litterialv 6-v Zimn;3.y '.10 tegrii-
(Yaterials of Sixth Vinter 1,1chool On li"telcur Viehi-y nad [J. r,
Phyr.ics, 1971. Part 3 -- Collection of Works.), Lionb,41v~i,!i, pp L25-136
Wh-Fiziha,, No 1, Jan '12, Abstract No IYEIV47 by )!. it. :rT-S1C1jW.3i,1y)
Translation: The aiitho,7s consiOer tho bchavlor ol~ eloctron qj-i;r in
Demicondutors. It In rho" thnt as the isecond-ordor p,rtso-transttion
Is approached frum the direction of h1j,:11 4r T T tn4n.-,Ltior.
-rature), electron intaraction vemilts In an in1,1111
tej.VL ho '.
heat accor(lin;, to the law 11 c - (T - T (I I'd ta 1~ i,o:!
regarding the electronic inLunsifleaticor:I of thi mv1,.,M1'~Lv htm.t NmUirt-
holds for uniaxial cry:,-tajr,, exccpt vjtl~ a differ-e~A 11:1v 01."
the C!()rl-
Ac,-.,(T-T~-3/2. it is poilitetj o,jt tilrAt qual:,titature
sideration of electn:m-nhonon itteraction, for uftich lihv stunu t.~,Tu o-1
of the specific heat f'WItLITIC is OlAninej ps for ill-4e Dqj:i1re xitn a
gmiter cooffieient. Ilia effact on tho poculiarity of Lhu Jiel~ivioiv ol' the
specific heat of tl%ont ions is aloo

Cl All --2 0; NW." 7 v
1/2 032 C, LA-'; 3 1 VI E D
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ANT I NON t I X A S I CN 6 A L T I C F( k: L. 1, (j-
A LT lit I R -L it L VE I N f U. IM C I C I iK0 I LAY.A"h 'A'A n
CCUPJfb~Y LF INFC-USSA
SC,U.kCE--FIL. TVC~0. P410 14,3V~-4?
Otis.
OATE FUG~`L iSf;Z-'G - - - - - - - -N
iU3JECT
TAGS-PiOLUY ANT li~!GNIGE SEMICONIGUCTOR, A0010 FkF'00~1-J,Y AAPI IFIL -'t
'0% rRL)
NWIL I NEAF E 1-F H: T TH At-, Vi, RSf- ),-,A (;~'*T R" J:JH.Dir G LIO:J 11,114 F-LEt. tir p
ACULSTIL ~.AVE, V10;~ATI L A XA I I UPI
CC,NTKCL dFSFR1Cr[CNS
uLC U.,i L% T L S u.14 LA S I V I ~,D
P R 1-1,\ Y o,1-.17L/t-,0 It, STE P 1. Al It L

212 032 C L i1 F11: 1)
c I A C C L '-~ S I CN N.'Ci -A I
I'r
1,1 S fi% il C- T / i-` XIi- I"- -- I U
uF I C C F CF A,PL- I- f 1:1N (0, 11) 101 AN1 1,1fS I VF 1. A r
1, 11 i i" V k A V' V( A S I- I L F Ii-- L. J
7 7 0 L i' i,-. I- I )~ . -
11 11 -s 1 11 1,. 6,
E' F F E i~ TIS L-XPLMiql'-C ,Y hi- A fI G I` C N lit) Cr ~ li N1: L Ifl.": 1: L
F I E L' LF IFE SJV"it; Ilit- r,li* OF 111. 1 :1 rAiLEOF
E Lf- C T S I S - I Nlit- PC 1%oi.:i I,i- Lr*CA1,1j-e o'-S is LIF I L i
RELAW IL,ii tJF TI-1 '-';L.~~jY ELLCJRJNS~ F A C, i L IIII' f L U P
LENINGRAG, LSSR.

USSR UDC: 551-511
GISIIIA, F. A., M01,07, G. D.,
"Distribution of the Concentration of a~n Impurity Entl!i-ffng tl%c~ Atncsj:K~!i-~~
From a High-AlItitude Ccntlintious Foint Souxce"
Tr. In-t eksrerim. metp-rol_ Gj,.__urr.
ef
SSSR (Works. institute nf a-peri,mntal Metec)roltlry
thThydrornetecroiogical Service Affiliated With the 6ounc.!L cf
the USSR', 1972, i-fp. 27, i.,P TO-T6 (from Jul
Of :2,
Abstract No 7B988) No 7,
Translaticn; Tc.Lkin(~- tbe roifpeVioul -salutioll C fthe
tion of turbulent di,"fusicn ai a basis, the autborr, 11vvi tjm
Vie atmoophere fi-on -it (n:ntI-p1Lw,,:s hii*,11-
of an impurity S(x,-") enter.Ing
-altitude point souz-ce (the x-wdis is parallel to, thqi vit-A;,j ,-he Z-axi:!
is directed vertically upward). T"ne fi~netfor S(x,a,),i!: related to Vic
volumetric concentratica q(_-r,y,z) by the expresi~lcr.
9 (X. Y. 1)
(2md2
112

--USSR
GISINA, F. A. et al., '11T. In-t eksrerim, ireteorol. G,1. !2~jr ~n C- e oj~ c 1.
sluzhby Dri Soy. Min. SSEP, 1972, vyp. 4'?T, lip 70,76
Where a 2 is I he dirc-clion
the dispersion of the partieles of imptiritly Jn t,
Y
of the Y-axis.
In determining S(x,z) use vas made of the vind zrmed an_4
the coefficient of turbulerce fotmd by Dobyleva, Zilit~nkev:'~L'h ard
man from a closed system of eqtaations for the bciund,-~r:), '_,.aycir. Th~. exti!ri,rL.'
parameters of the problem axe the PlossbV number R=G/Ino, iind '$'he strati-
fication parameter
9~'PJV $1
WF
where G is the geostrophic wind, 1,::2LjtinO is the
T
is the roughness prxeineter, V* is the Oynamie viilocit;~(, F Is the
heat flux and the reinairirg nctation is cor.7entiorio.,i
The calculation was dope on a comv:wter. A. study vac maj:fe (-,f tht!-
effect of external parameters and Fhysiqcochemicahl on i::.-
purity disr-ribraticn. Scme reslalt,a of the numericeil Mo~u-!;in are Givrl.
Authors' abstract.
2/2

12 02ft UNCLASS IF rr- P;lzllcr:~A: INC; ')At[-- 02(-,CT70
L
TLE--MUUEL OF A 6ARMOPIC JCEAN -U-
ri
AUTHOR-(031-YEGOROV, K.L.s LAYKHMAN, O.L.*v K A 0 1 K f- V IV1, y.m.
CC--U'lTkY UF INFU--USSR
$(lJRCE--GK[ANQLCGIYA# 1970, VJIL LD, NR 2,~ PP 241-255
DATE PUSL ISHEL)------70
SU6JEC I AREAS-ATMOSPHERIC SC 1ENICE"i, EARTH SC [ENCE ANJ (j'CE4 AG Y
TOPIC TAGS--OCEAU CUKRFNTt SURFACE ARFAj HOPFL, TURt,"OLINI F1,14,
~;E3STRGPHIC WIND, ATOUSPHPIC. W10 FIELO
CGNTROL MA*N'KI%G--NZJ RFSTAICTIO"IS
DOCUMENT CLASS-UNCLASSIFIE0
PROXY kEFl-/fRAME--l,V)(#/1285 STEP

212 028 UNCLASSIFIEn
C IRC ACCE SS 10%- APO 109 3h9
A
ABSTRACT/EXIRACT-l(U) GP-0- 0SYR40. ME T 110 DS I R C'~IPI,Jj V~- Ife"L
UIST;~IOOTIONS OF TtiE SEA CJ)-,R -ENT VFI')1..C1TIkS AI'll) 1: Lilt, F;'J:I- ~-' PAqnmi~TL-"')
ARE SUGGESTED FOR A 0AROTROPLC Ol.':EAN. Tflk-'- 14114-1 Fff:Li) TS
USED AT THE 1NIT1s',,L LnAtA. THE CJ."01UTATIONS AIRE VIM": (A
RUTAINGULAR HAS IN. T ANGE NT 1 4L W t NO S TK E SS A T T H C : t) C" ~- !,N S UA I S A
FUNCTION GIF COORDINATES TAU SU13AY EQUAL 0; TAU SMI,A)( (.I,,h,1AL TAIJ SQ3~,'
TIMES COS P1 Y DIVIDED BY 13. THE OBTAINED UL)ANWIATIVii- RESULr~ ARE Ili
ACCuKL) WITH THE KNOWN ORDERS (IF HAGNIcrum-'s WHKHj;-,cr uAKEs FIDI-511ILF Ttl
ASSUME THAT THE SUGGESTED MODEL CAN GIVE: A CORRIEtf-I 0.1'!1`14MICAL
DESCRIPTION OF THE PROCESSES IN A BARQTROPIC OCIE-Alil. FACILITV:
INSTITUT f)KEAN3LOG11 IM. P. 1:1. SHIRSKC)4A AN MR, FA,'.ILITY:
LENINGRAOSKIY GIOROMETEROLOGICHEMY I"STITUT.
L14' 1: A--&S-f 1r, Ma

-IC TTO
nf:
FlEb S.1 TV; DATE--O?i~
1 028 UNCLA~St
r-TITLE--'-IUUEL OF A 6AROTROPIC UCEAN -U-
ALlTHJR-(03)-YEGQk9Vq K.L.o LAYKHTSIAN* D*L.4 RADIKEYIC14# V4.14
tGU-iTkY UF INFO--USSA
L
S0JRCE--GK[ANfJLGGIYAt 1970, VOL 10, NK 2, Pf' 249-295
'.~OATE PU8LlSHEO------70
SU6JECT AREA S-ATVIOSPH L R I L SCIENCES, FARTH SCIENCES
tUPIC TAGS--GCEA,4 CURRfVt SURFACE, ARFAj~ M0j)FLp T(K*lJLDA Fl-Jdt
GEOSTROPHIC WINU, ATMOSPHEd IC WIND FIELD
CONTROL MARKING-NO RFSTRICTIMIS
DccLJMFN'T CLASS-UNCLASSHAEL)
PROXY KEFL/f RAML--lLv-)()/12S5 STF(I
C, I R c ilk c Ir E j" s I It -1 i~ 11 f"

212 0-38 UNCL. ASS IF I Eb P 11~0( E !i S I Nf,~ AA r 70
CIRC ACCFSSION NO-AP01043h9
A5ST!ZACT/EX7R?;CT--(u) Gp-o- ARSTRACT. METHODS F 0H. -1 P I,, T[ 0- 1 C .1 L
DlSTPI6UTl0-*,i5 OF THE 'jEA CJk4Ehll llFPLEj,TJFS
ARE SUGGESTED FOR A fjljjloT~j(jjlJC C)(,jLAN
T HE GE PS V I I I
A J'-~PUTAT1014`, AKE- 1:1:1;: A
USED AT THE INI T I AL L TA . f HE C.'
P E C T AING UL A R b A S I TJ . T ANGE % T I A L W I NI) S I R ESS AT THIE ]Li-,Vi 5:j',~-AJ: 1(')
FUNCTION GF COOaDINATFS TAU SU"IAN' E.QUAL 0; TAIJ 1:1.!UAL T %J S
TIMES COS PI Y DIVIDED 4Y 11. f H 1:: 0 9 1 A I N F- 1.1 Q UAN *1 1 1! ra t of 1. Q j- ti 1. r F, A -,117
ACCURU WITH THE KNOWN ij:~I)~RS OF PIAGNIT11JOES WHICH Fl'Cl'
ASSUME THAT THE SUGGESTED MODEI. CAN GIVE A 0NAMICAL
OESCRIPTION OF THE PROCESSES 14 4 13AROTROPIC OC60~- FACILITY:
INSTITUT OKEANILOGII tMe P. P. SI-IIRSHOVA AN SSSR FA:ILIVY:
LIENINGRADSKIV GIOROMETEROLOGLCHIESKlY iNSTITUT,.

f11
USSR
PEVZNER, 1. Z., and LAYNM-, A+ 1*1
"On the Theory of the Thorough Desiliconi--atim). of Mx1linate
Solutions"
Moscow, Tzvetnyye 14etally, No 9, Sep 70, pp 264030
;-CJO
,~'bscracz: A study of Liic systim
existcnc,~ of cwo domains. In doz3aill I Lh,~ prccip-itaLLII;
calciu,a hydrosilicaLus Of tlia con1wi3iLio-a
there w,!-,t! 10.d Calciuw. fiydroi~:Lllcazoa fl' QsXMCSiLio.-~
approacil to 0;f 1:1ic)*r0L4;,!% (j*U.':,iL:L(--*D,%.';-
"I'; ;3""Itly LiIaC UUL~l "~l LICP413VO Of A1203
rl',Z :',ZCP0rZi0a OE C41C), et-./~ *.~1110 Wid ~'-'~)2 14.M1
degree of ~ecruasas. Co~relac-,~oa of ra:aU-1c;.c1 "fillow
th is razt;Iarity appaara the strana4r t1ha fkLrLjtar tim colliposi-ti,:64111 of cae
z.-. equ-'IL)ritz3 curva. Lr, i1i sugge-st.v4I t1wit: in 2

USSR
an CIA LA"NER, A. I., Tsvetny'ye 9,
Sep 70, pp 26-30
s ca apnears ir, L,,'o liUicatw ~xld
sudiul.
Wauca ruacc as a C)
v e roactionts be ~.11Q c*-c-.,iij=j -I! LiL
descri.
-21eacr-ion raLe Coli-itaul"S a-.e
Ii 31vell i! "'he eff*4iL Cli
activatioa cne;:,~,~,y
oa dicailicouizacion rato iti cx~,)mo4od aa ~ollowtj:
IIT
2/2

............
'POIC6ESVING 0ATE-110SEP10
UNCLLis9f
01T
TITLE--SULFURIC ACID TREATMENT OF ZAGLIK AWNI TES _Vf~
AUTHOR-021-LAYNERt A,I,v TAGtYfV* E.I.
CCUNTRY OF INFO--USSR
SOURCE--TSVET. METAL. 1970t 43tl)p 44-7
'DATE PUBLISHED ------- 70
SUBJECT AREAS--CHEMISTRYt EARTH SCIENCES AND 0CFANGIG10P"Y
TOPIC TAGS--POTASSIUS MINEZAL, CRYSTAL HYDRAYEv SULF141F, SULFURIC ACID,
SOLUTION HEAT TRFATMENT, SILICAt (RON OXIDE# ALU41P.iA, iODIOM OXIDEt
'POTASSIUM OXIDE
C('NTq0L MAkKING--NO kESTRICTIONS
JOCUMENT CLASS--J%CL4SSIf'lC0
OROXY REEL/FRAME--1986/0777 STEP
P
'C ACCESSION NO-1--AP0102740
UN CLA SSIFIED

a
-2/2 01T UNCLASSTFIFO' P113CESIING DATE-135EP70
CIPC ACCESSION N.O--AP0102740
ARSTRACT/EXTRACT--(U) GP-0- ABSTRACT. AN ATTEMPT W)hS MADE TO UET. THE
OPTIMUM FIRING TEMP* OF ALUNITES. TO BEE AIDLE TO 00 Tlfl$v /40-G bATCHES OF
THE ALUNITES WERE HEATED IN A 61UFFLE FURNACE AT 441!3, 500s 540t 560t 5809
AND 620DEGREES FOR 3 HR. THE BATC14ES HRLD AT TH~,'SE ri:NP5. oiERE TAEATED
WITH H SUB2 SO SUB4 SOLN. UNDER VARIOUS CONDITIONS IN J4 GLASS VESSEL
WHILE BEING STIRRED MECH. THE FILTRA7E WAS ANALYZLD FOH AL SIJ-92 0 SUB~r
FE SU82 0 SU83v K SURZ (), NA SUB22 0, ANO $10 SU92.~ T41: HIGHESI' EXTN. UF
THE USEFUL COMPONENTS AT THE GIVE" TEMP. TS ACH15VEO AFIER. 3-4 HR
FIRING. IF THE FIRING TIME IS MORE OR LESS THAN THISw L.ElCHING IS NOT
AS SUCCESSFUL, WITH THE EXCESS OF H SUiB2 SO 51J04 14CF11:4,SING, r0E DEGREE
OF DISSOLN. OF FE SU82 0 SU33 INCREASES'. 1.1 ALL Cj~SEsfif slo SU82
DISSOLVES IN ONLY SMALL AMTS. THE MAX. E.XTN. (IF $10 3462 IS ACHIEVEO
AFTER 45 MIN LEACHING OF ALUNITE. INCqEASING T11C, H S1.111T SO $V04 CONCN.
TO 40PERCENT HAS NO EFFECT ON THE FXTN. OF USEEFUL COMPi"bl-cliTS. Atil)
DECREASES THE OUTPUT OF FE SLI82 0 SU03 ONLY SLIGHTLY. THE OPT I AUM
CONDIT19NS OF THE PROCESS WERE: FIRING AT 5t)JUEGP~*J:~ES FOH 3 iiR,, LEAC"iING
AT 80-90DEGREES FOR 45 MIN; H SUL12 SO SUBA. CONCN~ 30 Pll-~RCE~41`; AMT. OF H
SIJ82 SO SUB4 105PEkCENT OF STUICHMMETRIC. THE I)OLID A40 LIO. PHASES
CAN BE, SUCCESSFULLY SFPD. Bit ALLOWING :THE PULP TO: 5ETTkJ- AT PDOEGREES.

uss,~ UIX; 541-122.2
K IIRT SK-110 LAVA , A . A V. V 11 "IY,
MILIVIDS
-XIAR:MID~'l, L. G., St. Design
M. G. , SAK a 97're I 0eai,,,*-h and
Institute of Rare Metals Industry
"Study of the Phase Equilibritat in Callium Arsenide-Aluninilm
Arsenide System"
Moscow, 7-hurnal Fizicheskoy ~himli, Vol 45, No 9, 1971, pp 2374-
2375
Abstract: The tornar7 phase d,ip.F,7,r= of thig i;mrisibintxy
W-r-s-dn-M-a-al=inum vrsenido iiystari with 0-19; molj,~ all4gilmiln. I-Z,Menide
was determined using F.-ravimetric phyo1coch,,,izrjica~1 ayw4lyais.
Arsenic concentration in the melt, tenperature lof the nalt, and
arsenic vapor nres3ure were determined similtnnai:wsly b, the above
y
method. Vacuum der-assi-ir, of the start-1nf7, vv' tevial~,l and o.,L, ~;)-,e
ampoule and ;r-raDbitization of the criacible prev i.,) nt cin't from
i:jieracting with the container and vith oxygen. To diaterinine the
liouidus line polythermal cuts of thit diagram wore i;AD-b-ted for
alloys with different ratios of nonvolatilo acmilioneiitts. The
112
- 23

US-3R
MIRTS-:11TULAVA, A. A., et al, Zhur,,v,,j Fiziellosk(iy. Vol 1,05,
No 9, 1971, up 2374-2375
mazinura liquidus termerature within each cut- i,.-orres,ponded to a
Ga-Al-As melt with 50 at."S As. ':he p2lo.jections of t-ne liquidus
line of the quasibin.-ry systerr, on T-x, P_x, aj:i~t P-T planes it-ro
shovin, The ex-oerLnental coefficient of Intortiliffizzi3lon of tbe
Melt copponents, i,,e,, (lag Al, and As, was found to decrease fison
1.5*10-4 to 1.1*10-Lr' sq. cm./sec.,, when aluinlimin ttruenide con-
centration in the melt was increased from 0 tq 15
212

USSR UEC 621-79JL.001-5:533-5:669-1),',~-,-95
14M. D, I., Doctor of Tachnical Scietcea, EWMKIVA, L. D.., CandIdate of
Technical Sciences, and HASLOV8W., V. A*,, Sngim*er
*Imrastigation of Bonding IAyer Strength in Tltami=-Steel 43i=tal Produced by
Vacuum Condensation of Titanium"
Moscow,, Svarochnoye ProizYcdstvo, No 9., IMP pp, 26-27
Abstract: The chamge of bonding strength of titanium uid eta(tl in relation to
the nature of surface purity of the steel base and the temparature of its heeat-
Ing at the time of titanium condeneat4on vas e=Lizud 4=1 roistlts frcci etrwc-
tural studies of the V',--nium contact regAons. ara prealinted,, Steel Wkp, 0.1
'thick, vas used as the baso metal vhich was washttl in sorgautc solvents prior to
placement in a IJNV-2M-1 vacuum unit., The ~ titani= vas vaporized irith. the &Id
of an electron-beam vaporizer fron imtert-Ooded coly.per aruc:01s. Bon(UtW,
strength was determined by the metnod of normal tear. 4ondlnfij atrea3thts were
found to beX for an lingnmealed basia v*t&l, 0.1 kgrlm?- with Uie base matal
tenperature at 50 and 900C, 1.4, 1.6, 2.1,, and 2.3 kg:f)J'=? Ivt base v3tal te-It-
perstures of 120, 200, 300, &nd 3700C respectively, exWL.grewtthr than 18 kgf/=2
in the 400-80OPC intorvnl. in &U cmeas In tho 400-60t JxUrval, tear occurred
V2

... .... ... .. ------------
USSR
IAYMRs D. I., at &I.., Svarochnoye Proizvodstvo,, No 9, 1913, rp 26-27
okloug the braze joint at stresses higher t~= 3B kgf/nu~2 whi,4h shaw-s that the
bonding strength of titaujum depends op ~Iw.temperatwm tit idii-ch Ue titanium
van applied. TiCl and FeTi am form" in the intormOate 14Wor as a result of
reactive diffusion. 2 tables, 5 bibliograpttic ratersacian.
2/2

coatings
USSR
IAYNER, D.J., XHARIT101,'OVA, L. D., and BWSJf)Y!;K1'Y# V. A., 4,tati- Scieiitific
---R-eiiseiia-ich and Planning Institute for Procausing flon-Foin-ous katals
"ON the E'ethod of Deterizining the Adheslon of Titanluit CoaAA11,1"s to Steel"
Moscow, Zavodskaya Utboratoriya, Vol 39, No 2, 19?~3# :1)p
Abstracti The usual break-of-l" 4:ethod vn~gid for d:Dt-e;v:a:h0.nej., Uia forcq roqui,nid
to separate a j.-.etal coating frou a tr--tal 14LDO iS 110t 11,13pli'310116 for tho
determination of the bondir-j stvingtb of t1twiiu,,a caai~tzign id.th t?-v balle
because the oxide film inhibito the voli',qir1xg of tltall;~'.un W.th th-i 1nvv::tij7u-
tion pins. This ia avoided in tha deseribod. metihid b1l, rat-.4A,,)d,njj an adaUticial
thick layer of copper on the titaniilm cout:1111.jil. 1111) proc:osn Cf 11tarlun
and copper condensation in a vacuum of wo HG 10 x 10 4.1-.
bimetal camples is discussad, Ch=ctarlatlcs o:V no:L41,ors ii~,A utrargth pro.-
parties of soldere-d joints are pxvaentedo One flguxeo one 14.blas

USSR
LMC 669. *3 -,539 -'2 1 L 0 3,,') - 977
LAYNER, D. I., TSYPIN, 14. 1., NOVIKOV, A. V., SHEVAKIN. Yu. P., SOLL-11-
TINSDLYr,-Te. S. , AFONIN, 1-1. P. , State Scientif ic Rer~oaj;.-,-ch Des ign
Institute of Alloys and 'Nonferrous Metabrorking, Hoscoii-
"Ductility, Brittleness and Superplasticity of Copper"
Moscow, Doklady Akademii NaWt S'SSR, Vol 4209, 110 1, max,111pr T3,- Pr. R,-62
Abstract: The authors investigate the pjLrtlcularts of' liehav:Lov of sreeininc
cut from copper ingots and deformed by teosion over a lt:rond tt.,nnperatur~,,
range (frcm -196 to icoooc, tests at 1000C and hig oing ~Ione Ln
,,her 1;
at strain rates irc. %in 10-' to 10-2 C'l. J%e d(!forivvtWj;. wel*t! ", T'D-
'Ninnk-32" digital Oninputc.l., nht. Itil thrw I'llo
cessed on UIL I -
of two fundar-entally different inechanisiml, or de-
formation of copper, in ore of which suporplasticity ill; Cboorlfed elue
perioclic recryst&1lization of the metal at the fccus of* defarlll8ti,~--F.
The existence of such a mechrAnism of eupvrplasticlty tnii.y Lie (xjn:liJzr--d
proved, at least for pure metals,

USSR UDC 621.762.2a4ifJ9.12
CHMFIR, S. P. , SHMM=RG, A. If. MAL# N .. I It E - ~C. SHMES,1- A. VE.
JXUTRIYU'~7r.-12, V. YE. , and. 1AM44
'Tethod ol Pr-odminG Silver Cmnulesm
USSR Authors' Certilicate 4%;o 12007), Cl. 40b, 1/04; 3L '~5, !V00, (3 22f), filed
27 Apr 671 Pu"ished 16 Jul 70 (frwi i;o ), ~%Ia_, *,Pl, AIU;tract
lio 3~404P by S. Krivonsova)
ni i, I= +C, to-! jl.r~ Is rolled inta
Translatio.. An allcy coix'Li 4, - . , _j the Al, A
strip anc! troatel ~n aU:ali. In orler to produco ij.111!h in) to
Al content, th-_ ini-L.1,L1 alloy ir) rolled into rit-rip 11-p 'J'a, 01.5-5, :nn in thick-
0 - 11 4
nesst and b-3fore aU-_Ui treat;iwit i-s hca.Lad LO 54
an inert until a solld colutiowf Ag in M, oo.d in

1/3 036 UNCLAWFI06 OATE-04DEC70
it L A
TITLE--EFFECT OF HE kT TREATMENT ON THE HECHANICALp jt[.ECrjkj)CHEl I NO
CORROSION CHARACT--:RISTICS OF ZINC A140 SOME OF ITS ALLOYS -u-
AUTHOR- (02)-dULGACH'_;VA, N.M.t
COUNTRY OF INFO--USSR
..SOUAC'E-TR.j GOS. NAUCH.-ISSLED* PA0EKTo I IMT. SPLJV~IQV LIBRAB4 TSY$.T, METAL
19701 NO. 31v 3-8 1
DATE PUSLISHED
SUBJECT AREAS--CHEMISTRYl MATERIALS
TOPIC TAGS--METAL HEAT TREArMENT* NECtIANtCAL PROPER11tile, lt:ORROSION WE,
IRON ALLOY, OYo GERIV14ir
ZINC# INOIUMv LEAO* ZINC 4LL Tf,,NSILI STRENGItip
CORROSION RESISTANCE
CONTROL MARKING--NO RFSIRICTIONS
DOCUMENT CLASS--UtICLASSIFIED
PROXY REEL/FRAME--3006/0577 STEP
CIRC ACCESSIO" NO-00134343
UNCLASSIFIED

W~wlowlm ow
ow- 011 - -
2/3 036 UNCLAS 1) It 0 C C 1; Mr, 0 A TE - - 00 EC70
CIRC ACCESSION NO--AT0134343
ABSTRACT/EXTRACT--(U) GP-0- A B.S TR, A C T FOILS OF fllll~ TSO T Y 1) t: ZIN A N 0ITS
ALLOYS WITH IN, PBv CE, AND FE 40.1, 0..3, 0.01, AiND OpIPERCEN7, Rt--!;P.)
WERE ANNEALED IN AIR AT 100, 200, AND :3000EGIlEES FOR 111.5, 3.51 AN D 12
HR, RESP. THE SPECIMENS FOR ELECTROCHL-4,, ANO CORROSE111-1 TESTS WERE
DEGREASED FOR 5 MIN AT 80-90DE"."kKEES IWA SOLIll. NA SUR~ -90
SU64 45 PLUS WATER GLASS 5 G-L. A flAivr cw- nict-i s'0r--cr..4EN WAS THEN
ANODICALLY POLARIZED IN ION KOH -~OLfl. AT 700 A-H ilk"R.11411:2. AND TuE
CORROSION RESISTANCE DF THE OTHER PART WAS EV10. 1,1Y THE OETIN. ~jl; fliE
VOL, OF ti EVOLVED DURING 3 OAYS FROM THE *3 ON PFILIKE2 J,URFACES OF
SPECIMEN IMMERSED IN THE KOH 8.5 PLUS 11`10 0. 'UN THE
METALLOGRAPHIC SPECIMENS WERE ELECTRO~VTICALLY P1011.11SH4.0 01 ETUH 65 PLUS
H SUB3 PO SU84 35PERCENT SOLN. FURTHERMORE , THE ITIENS I L'E STRENGTH !.'I IGMA
SUBVI AND RELATIVE ELONGATION DELTA OF THE FOILS IRAS ll'E:'rO,, TKE fIF!)IjLrS
SHOWED THAT THE HEAT TREATMENT AT 100-2100I)EGREES WORS4INS ALL THE
CHARACTERISTICS INVESTIGATED. E.G., SIGMA S1,1137 QI--- FI)IL OfiCkt-ISED
FROM SIMILAR TO 14 TO SIMILAR TO 9 KG404M PRIME2 FIJR fliiE: UNTRE-AFE-o ANo
TREATED AT 200DEGREES FOIL~ AND THE Rfl;P. OUJA Vj4LUE-1 WERE SIMILAR TO
I() AND SIMILAR TO 6PERCENT. ANN-EALINC, ACCELIFRATEIS PAI.S.IVATION OF
ELECTRODES THAT SHOW ABNORMAL BEHAVIOR ON TREATME14'r Ai 13REATEA THAN
200DEGREES. GENERALLYo THE CORROSION'RESISTANCE OF FIlilLS fREATED J'T
lOaDEGREES IS WORSE THAN THAT OF UNTReATEI) ONES swr SOPME FOILS 51-10111
BETTER RESISTANCE AFTER TREATMENT AT 200OL-GRUES. irHE co.N;SES -01:
PROPERUES ARE ATTRIBUTED TO A UNIFORM GROWN AND~UISIRIBUIIGN OF INO
SURFACE LAYERS.
'IED
UINC L "-SS-1 F

3/3 036 UNCLASSI F[V0 P.P.0cfTSING 0Aif---0ef0ECl0
CIRC ACCESSION NO--.-.fOI34343
AdSTRACT/EXTRACT-THE mrr-AsuRc-mEwS (IF 05 THICOMiSSi, C,11RIMU WT *Y
C4THODIC REON. OF SPECIMENS IN THE 0.1M K SUE12 510, SL)Hfi !;004. BY us~ OF A
AVE ~ fli
PS ANODE, AT 0.5- MA--CM PRIME2, C E VAI,UL-,S P-NWROM 110R ALL
UNTREATED FOILS, AND 25-309 35-6t AW:300-400 ANGIUROII FUR Tfilll~~ rAEMED
AT 1001 2001 AND 300DEGREESt RESP.

M
USSR
LAYNER, D. I., TSYPIN, M. I., NIOVIKOV, A. V., SUEVAKI'N, Yu:I F., SIJLU:ftTIN$KAYA,
-Ye. S., AFONIN, M. P.
"Ductility, Brittleness and Superplasticity of Copig!X411
Doklady Akademii Nauk SSSR, Vol 209, No 1, 1973, pp 810-82.
Abstract: This work studies the peculiaritLes of the bohai-ior of spq-cimeiis
(gage section 6 x 30 nun) cut From copper iyigots and di,,iforinvd by extension over
a broad range of temperatures (from -196 to +10(10*(,, tests at 100% and over
conducted in a vacuum) and deformationlrate sec"I'. Deforillatian
curves were processes on a Hinqk-32 computer. Threti- types OF copper were
tested: MI, containing 99.95% (:u, 0.02% 0 2; coati:i1niiq, 99.99% Cu and
-4 1,~ ().,. '111o
(5-10) 1 10 % 0 ; and MICh, contalaing 519,994% Cu anit ('!1- 10) - W"
2
work establishes oe existence o:r two rile chan is in!s fox Ifl~'Is0c. deformatioll of
copper at high temperattires. Oni,,- exhibits superpIa!;t:5(:it)' by poviodic
recrystalization of the metal in the deformation cenul!r. Tlij- vxistctict- of
this superplasticity mechanism cm be co"Weretl expaji-imenlatly proveo at
least for pure metals.
1/1

Acc. Nr: Abst rac t Int Se rvice:
0004768 cmim ABST.-51-10
Ref. Code:
LIX gao 3 -2-
104871n De-jermbt4tian of qV4110trAphic tepLres tilm an X-
ray diffractometer. Lnhier--D
11 a d i 4V
ZWMO"~Wrb 1970" 364 f
tipskiya, E..!j. (U
U-9s
'Iete data tin the i:r)-somMigm
~Tp , p i c texture of metah;, utiually
oriFinate froin the pole figures. j x U VO Pitt 31,11 of ~,,Xjstjng
kn it P - w
methods for the construction of' h Ole figuro I -y memis of X-
e p
ray ionization devices in the stWy u rolle m tals m =04-
f 4 e
1. F14iduk 0
REEL/FWIE
19791258

USSR
RATNER, A. I., RUZINOV, L. P., IXfNl--,R, L. V.
"Search for Optimal Mixtures Lill Composition-Propert), J:Cigrarmi Willi Limitation-i"
Voprosy Kibernetiki. Nekotaryyc Voprosy PI in:i ravaniy-!i L-.*k--r--j1ei:-iq:(!nl;i [Problems
of Cybernetics. Certain Probl.ems of Experintenta.l. Illa:~iaingj., Moscow, 11)112,
pp 91-96 (Translated from Referativnyy Zhurnal kiI)crwj!iika, !1o 6, 197.3.,
Abstract No 6V296, by the withers).
Translation: In the performance of studies, it is frwqtiently iiecossaq- to
determine the singular points of a composition-1),roperny dirigran. Usual ly,
this is performed using approximation of the des.1red dvpendV1LCU bY puly-
nomials and analysis of the wotiels produced. Iii this *.-Ork, it is sugg4~srcd
that the optimal mixtures be sought using a gradlent ilotho(l, allowing 1he
extremes or areas close to them to be found without pi~~Airnir~axy adequale
description of the entire response surface.

USSR 11TIC
L&YNER~ V--1- Doctor of Technical Scienc~eii, Professor, and ~4~1:01LOYFV, I. A.,
En~gineer
"Increasing Corrosion Resistance of fior-Galvanired StrLli!tural. Sttlels"
Moscow, Vestnik Mashinostroy-eniva, No 1, jan 71, pages (10-62
Abstract: 'rho influence of steel curiposilion, prot.-ti,,!, itic-de and he:tt ti-val;n;ent
on the structure of coatings and corrosion re.,iistance of, hotqalvanized
structural steels is demons t rated. Alloying aketneuts hi, ~,3tri~(,ttiral stcklvLs
expand the ten1writure area of aicce~erated dissolution Of' iroli into the zinc
melt and facilitate the production of thick zinc coatingis. D I f Fu ~ i,011
annealing at 500-600% homogenizes the structure of tho hot coatifills
based an the hexagonal iron-zinc 6-phuse. , 'rhi.s heat tramnewl of hot-
galvanized steels increases their corrosion resistunce appix(Joiatel), a
factor of 2.

USSR UDCt 539-89;535-3
BUYNOV31'a, V., POROVSKI, S., and LAMAR, A. 1.
"Dovico for Optical Resenrch Under, High Presou:;-o. at MitroEen
Temperatures"
Moscow, Pribory i teldinika eksnerimonta,- 11b 1, 1973, pp 224-223
Abstract: The purpose of the device described :1,n thlit p:ipei- J,, to
investigate the optical characteriptics of sol:kj.i~ u!ider 1)ydro~-'tatic
pressure and low temperatures. It comprezises heliuii or sO--!,,o other
inert pas up to a level of .15 kbar, and diffet-w fitim similar in-~tr-'-I-
ments by its simple construction and rel.i.ability
heavy pressure. Cross-sectional dravings ars-, 11jven r).'L' the c,
prescion ayotem, of the high-pressure optlca~ (01nm1wr, ra.'Id OT t"'?
nitrQgen cryostat, and ull threo cg)ij1rjOr1(.'nW a:1,11. detl-i-1
As an example ol" ilic work the davice is capable of "11r., :'!U.-
thors reproduce the edge RbSGrptiOrl npectra or' ii thic."
GaSe monocrystal ineesured under various pressk!ras 1:x.(L tt~,riruoi,at,U'e~;.
They thank the personnel oT the high-jp-e3sur(~- Inboral-ory o-1,
Polish Acadetay of Science Institute of Ehy-sics .'or i:hc- Tuality
of the equipment.
.137

Acc. Nr: Raf. Codo: UR 0326
AP0038104
PRIMMY SOURCE: Fizi(Aogiya Rastenly, 1970, Vol 17, Ur 1,
PP
DIFFUSION RESISTANCE OF LEAVES IN, CONNECTION WITil THEIR
ANATOMY
jg"A; Oya, V'.;; Ralchij If 4'
Institute of Physics and Astronomy. Aodemy of Scitaa!v, Esi. SSR
The C02 and water diffusion resistances were messured in 1$ lipecies, of plaats, st'~-
-matat parameters (stomata number, stomata slit anti tubo lenglho) aod Oe exposed
Internal surface of the IC3VeS were ineasured for ithe same p~,ants. It is 3siumod
-that the anatomically pos0ble maximal slit wid(h dfts rot exc"d 112 Ite slit length.
The, minimal stomatal resistainces determined experimental'iy nevil-r droppil-4 below the
-zninimal values calculated theoretically (fig. 1). The mesophyll rej.iiiance for a gi4,Qn
,species was not constant. For earh species the minimal values ohl.uined correlated with
those calculated on basis of leif anatomy (fig. 2~. 11 is concluded th3t Ittal anatomy de-
Jmninest the maxims) zate of net photasynt1tesJo. UjAer natural, conddlam addjV,)nn;
IfuNting factors will eppear, such as respirstloo, closing of sloanats uld lw~nmse of
-mesopfiyll resistance. The Wier may be of a diffItSidnill or chemical inature,

USSR
UDC: 513-813013-83+517-9316
"On an Operator of Multiplication by a Continuous Operlitol *Fux_'~' t 10 n
V sb. Mat. issledovaniya (Mathewtical of works), T. 5,
M. 4, Kishinev, Acadeqr of Sciences of L the Moldwriai 1 0311$ 19TO, rp 115-13-5
E)l
(from RM-Matematika, No 5, May 71, Abstract No 5B78 i)
Translation: The results of an artirle by the author
,jr,!tt. 1971, 2BT17)
are generali~,ed to the inAnite-4innensiortria case. Lflit Zt, QVI I)e 13-uilwh
spaces, r be a compact of finit-e-&imens~ional ;ipiLce, tw;d A1:0 tit! a Coll t in L; jus
operator function with gezieralizod-reverisibl.e viLlww~a I'v= ixl'51'1~o (1-11e
operator AF_N.-,A,.Zg) is called 1.1-7 tbj-r!! exists an
operator X(:-RvA%.ZJ such Uiat AuLt A).. "Wet, us de:nt::t;j!i by It the uper;,_tcr if
miltiplication by A( ;) acting from Benach space I., (1'. 11.41) tc, LP (r. TO) 0 'CP < -)
or from C(r,Z.~ and Fc-AvfOOice *V Uiv 1*b11(::wjjt9
assertions is estabLished- 1 Ue t"Lactiarl
h
the sense of the subzpace Oponl" -, 2)Uw L'Unctiou 11,1.4 (;~,(J;Eir) J.C'
3) there ey-4ats a ccctil-xus operator-2'4nction uri1ji tralt4-!3 fl-)m
OtM,,fa,) such that 4) the .,ipenfoar it 11.s
-reversible; 5) thn operator I is nonualy aolviible~ Othq!j, asoumptions
similar to this am, proved. Author's te simbri.

son
USSR UDCt 51M~517-9118
LAYTEM. Yu-
more Theorem of muitidim-~nsionaj wiener-Fia.r.141, ECLUUtic-111411
V sb. Mat. issledovaniya (Mathematical $ese arch-- cal:j.uct W11 of 'wcr'jj), 5,
vyp. 3, Kishinev, Acadeqr of Sciences of the Moldwpliwi SSH, 19TO' pp L95-PO-1
(from RM-Matematika, No 5, May T1, Abstract No 5B78!11)
Translationi A criterion of un1laterial reversibilil;y- Is witablishei for
multidimensional Wisner-Hopf equations for the case :1.n. wh~lch tho ratr~x is
made up of the Fourier coeificients Of,a plecewiss-1:1-n-eaXXII-nCtion of
sperAal type. Author's resumo,

7~` " ~ i P!
1/2 014 UNCLAt $1 FlEo ItIlU5,15101ti DATE-30OCT70
r
~_TITLE-NITRATION OF DLHYDRORESORCINOL -U-
AUTHOR-(03)-NEYLAN0S* 0.9 SKUJMA* J,* LAIIANEY Z.
CCUNTRY OF INFO-USSR
SOURCE-LATV. PSR ZINAT. AKAD. VESTIS* KIM# SCRo Vilr0l 244-$
:A)ATE PUBLISHED-70
SUBJECT AREAS-CHEMISTRY
,:TOPIC TAGS-NITRAT LIONs RESORCINOLt AMMUP41UM SALlp GLRj,'jivNlL(; liltW CORPOUND,
:',.CYCLOHEXANEr AETONE
CONTROL MARKING-NO RESIRICTIONS
,DOCUMENT CLASS-UNCLASSIFIED
PROXY REELIFRAME--1999/1878
STEP NO--VR/0-4b4/ hl)()~)Q 1002/0-244,02 45
CIRC AACCESSICN NO-AP01236L6

TIC
2/2 014 U14CLASS I F IED
CLRC ACCESSION .".10-AP0123666
ABSTRACTIEXTRA cT-W) GP-0- AB STA AC T 2 N I T RO v I'I wc yi" 0! 1 f: A "11 i': b I(:I
M. li4-15DEGREES (NH SU84 SALT P1. 16181- 1) W: C, R 1*. E S 4 J'. I' I)Iw:'s 1; it I tli
67PERCENT YIELD BY ADDING, UUMING I HR AT
SUB3 TO 4.5 G DIHYDRCRES014CINUL IN 20 M,L rumc:
STIRRING THE MIXT. L5 MIN. WHEN THE ABOVE M9X1'. 14A.1 Pd~jAi:!) UVL~ 111-L
ANO HEATED TO bODEGREESI 69PERCENT 0 SIJIB2 NCH ~J'31) ~1!1
AAS
SUB2 H 111), M.96-70EGREES IC SU62 H SUM Q. WiIii 1 IN ~C~pw
YIE,11IF11 !"NLY It ok-'v') 0
PRCPD. CHLORINATION OF I 1N C SUB2 H 5,08-4. CL~SLIP2,
SUSZ NCHCLCO (CH SUM SUS3 PRIME; NEGAT,IVL- CO SUEI~l al. FACILA IY:
R11H. POLITEKH. INST., RIGA* USSR.
IN f- C"'M 1-wk-
I
U LAS-, E u

USSR UDC; 772.99
AVRORIN, A. V., KOPYLOV, Ye. A., KUZNEtSOV, V. V., _~A"
_eLM~Q~V jl~.V. , Novosibirsk
"Optical Production of Images by Means of SHF Holograms"
Novosibirsk, Avtom.-triya, No 5, Sep-Oct 73, pp 78-79.
Abstract: This article presents the reskilts of experInents on SHF holography
in the centimeter waveband, in which an ImprovemenT .0 achieved in the quality
of images produced by some improvements in the circiil-t fow electronic
processing of the signals received, to *chiove linearLty of recording of the
signals on the photographic material. lbe maximim Rii)Iloigh resolution, defined
,by the geometry of the equipment was12.7 cm. Inilmed, bands separated by
30 mmi are clearly, shown as separate bands in tho photographs presented
with the article.
1A
- -yu -

112 UNCL A!> St F 10: 14' 1ING )ATE-110EC70
C.jfo)JLTIlG IUF AN UPT104AL. IN. 1: Ll;.t' ix cl.P~IsEsl
Cu,"d'CLUSUN -U-
L T n 0 k - -4.UdaUj, t;
'CCUNTPY LF 1,40--USSR
:SE;U),CE--KhIP'. SHi. 1970t 25(2).. 41-5
~)ATE PUdLlShEU-----7C
.:SL6JECT AR~EAS-IYATERIALS
TCPIC TAGS-CFE,%ILCAL 80NJING, CRYSTAL ST141CUREP Cf*UpiIUM COPPER
AANGANESEo METAL COMPLEX CGII~PUUND~
CZ*%TRCL MA9XlhG--N0 RESTAICTIGNS
OCCUMENT CLASS--UNCLASSIFIED
Pk.jXY FICFE STEP NG--UR/Cfi'O~)/liOitO24/Oi)210,1811001i!i
__CI-iRC ACCESSICt. tiL-~_-APC,13-)4~7

212 023 UNCLASSt F IED Plairm'Essuit, oATlF---Il0E-C70
CIRC ACLESSIC.'i NO-APC13,3487
A2SlkACl/EXTRACl--lU) GP-0- Ai3STRACT* L HA P T E RS, V AND V1 CU'XERNING
GENERAL INFCi~,iXTIGN lj.~ METALS AND MCALS OF SUU614)[INAft; AINU
UESCRIdEG AS PARt UF (;PrL(:N.IL COURSE Ill 1:0141 Ixf ciix~, ro~ v
LUNTAINS SECTIC%S ON 'ItIL- METAL b,')ND AND CRYST,
REACTILNS dF METbLS THCIA COMPOS., UXION, lU:'jl,C'.rCLJl'4S, Ciz-:~-I. ANJ
ELECTRGC~fLm. Cuj-'kUSIC,, Ato) ALLUYS. CHAPTER VI C.J~%IAMS StMONS 01'14 1-11[
PROPERTIES AING f-3CCURRENCE OF ELEAE:iTS UP rHV ~,U ~Miilcok&00, CLFIWL~cx
FilKPATICN, PRUERYIES JI- CR AND AE4%13ER~S 01-- ITS , It I L) PRUFL~-' if F 5
UF JIM ANU ITS CCMPDS. F AC I L I TY: 5liK. NJ. :1 L4 MIGSCU USSk

USSR LrDC 621-16),5-76.2.001.4.5
FEDORCHRENKO, 1. H., Academicigui of the Academy of Scietines Ultzatnian S'Slip
KOSYAK, YU. F., )aWswilRO11p Y. N.. OindidiLted of Techn~c-nl
Scioncesl K.MUMI, fi. D., ard WOWNIKOVA, L. A.p Eal,,tweevi
"Full-Scale Tests of Bronza-Gnaphita Powder Hotalluro, Sizalilig Kiteriala in
PVK-150 Turbine"
Leningrad# Energomazlibios troyen lye$ Ito 12v Doo 71~ pl) , 7-29
Abstracts Ir hiph- ;1nd
Xharlicov Tux"bogencrator PLint, zinlrum c1(,43_razco oyc!r the LTwr11:iig bl,~Idas is
provided by sealing atrips in the ~4ititor. Cart-nin ht,
should not be u_-od for the stxips, e.g. nickol, Ger',,-all Ifl-1vor, i, ntrel,
Nev turbina de:31-fmr. w~a seiilu with tho mada In (pjijwi:,,t,k)n i!~ th the
shroud. Until racently f~uch Lie iusad, only caij t vat;00_aa~j-, chli --1y itvl~l
alloyed Full"scale tecto, of' the ill
ulth 6'~ chro!,i1xii. , ; in 11
material UPG-l in VK--50, V*:.",-1.00 an'.1 V-300 turbiren `L th:lt tb~;:- 11UN01-
base material is not for hiflh-p~Lxirxitcr of inter-
Cry6tallina corrozion. Coppor-baragi 1"'morill1o have Pruvilli no:41D in
this respilet,

F,EDOhCHINKO, I. II., et al., ]to :LP, I;I-c '71, rp
Full-sca-lo tests wero, made ot 1--onze-6wphite mati:n-inji. Ln U113 plj~:-15G
turbine at the Bere-zovsIavN SULt~i Mectxial Poll-III!, CIx-
perinental matcria13 contain aluminun, 1~-vn ruki as tho
alloying slement.3, an well mis j;;n'talit"i a:!3 an autli):Actioo adclltlon. Thil- r,i-
sults Indicate oatisf.-xtory -.n3.,fozvanco for 100910 hvtz~i~. Dizo Iiust vatwria-ll
are branda 43, 53 an,:'. 71, which nhould I-,xi mscxt for in:jx:rLs for
p3xameter turblnea~t)'Ihe gmphitiq (xinttnit of Via Ilaturfit-Is 4AU301i 11-at
exceed X, (by wair . The ilveraf-,a clearance Iraz f0wid i4e,) IIIPV'ase~ frc-11- U-0-3
mm in the initlil atato to 0.8-0*9 mm attar Vio tesita. jQ;-5e:tjjI,,j- of the or.11
unit requires norconvantric radial oloarmic*. Thu cGn.441iMon oX Une rotor
strips is satisfactory. The we of bxanzp-gmphAt* zwOJIi"i u-j.borials an 1-1)
recommended after check tests in a K-500-240 type turblnj~,,
2/2
- - --------

USSR
LAZARENKO, B. P., GITLEVICH, &.Y~.Ip TKACIMNKO, V. N. and
F~URSOV, -~. ~P., K-ishinev
"Effect of Electric Discharge Parameters and Disctwtrge Syti-tem Des~gri
on Metal Powder Deposition Process"
Kishinev, Electronnaya Obrabotka Materia-lov, Applitt-A Phyiiics
pp 24 -26
Institute, Academy of Sciences, Moldavian SSR, No 4, 19Ti -
Abstract: Experiments were marle witit discharging x
. , ni,.-Aal p(:iwder otit
of a 8 mm diameter barrel againat a flat suxfactt, Thit~ effticti-Itiviess
was defined as the ratio of powder depotitter,1 to the iniflal t-liarge.
According to the grlaphs the effectivencss varied it IaVwith the electric
discharge energy and with the distance (rorn the barroil outlet to the
flat surface, but depended little on the leogth of Ahe Im'Xrel, However,
according to the photographs in the artiqle the char4LA-t~Or of &t1josit
depends on the length of the barrel; with~ longer barrq!il, cite ImAilder is
deposited in liquid phase, probably becatwe of cooling in thil barrCL.
With shorter barrel the vapor phase app-oars. Photographs t~d Plasma
jets leaving the barrel show shock -waves.
1A

irk
ULIC

EPOSION lq~ n1-AL =;AU~tU
(Autict- by ,7f tn,, AZ, ma-

of the C
nx
znA 1,rhavior of ti~~
-fre :1~ 'fiztzric. '4rart -f-.*CtL INx skpa-~
tr c cv; 0- ~iedtrodais. fillt-1 wirh a liqs-id zr it ==z.
Itl th(.t Cato th. parw-tern of the rc~O;'Ot~'% friA transformation. Wo figureap ow toble# eleviva biVUogmphic
references.

C
JPR5 58777
Is April 1971
V:w "t,01A.Li
5TXUCTV1kAt-J(l9FT1C STUDY Of Tir OXMIZAMM Or rlCKrL-
.rtxr%Txr1rr
EAtLicleltr Alr-"iW4 ;r T Tyrars-. r - --rrzTvr
Im*At A. A. :1)wrwAI
khwi. Kussifin. Val 40. t4o 5. 1471. #0-itt-1 12
19% 91 - ht w -Itov- cantat-I., 0.2
pnxtauz. ro- Ls and I -% at IDM'C.
1% -10 (-01-4 thAt the 4.wrodoctia. of additives of at* a~,tth
-Ir"arts into thr inhicwtj Male _1461146
rate 6y 1-1 is".. alloys contalft.1% yttrium have the greatest
oul"tion resistance.
Madsen m,4-LLon-te3LLst&aL hIckel-throtium, based allays air* usually
aLloyad vith much GIMMOLO as tunnot". sa4ybdrwm ad cab.11t. W'hila Inct"sIq&
the higit-tewperature stroftth of tb& sI:ayi-tb*%s atmawatz tavat XV5 axidarlaft
resLotonce-. - AcEottitibxTy- Us- Sr# tU44 WIM "AF prohlew irt- Islas ton z1as ext4att=
rats of such allays. ;" published literature co~ntstfts data. *a the afroet at
Carl earth On it- exidlambility of 1110-40 AUG)PA Ill.
T1- purpomar of tha, ptesent V*pst Is to atiml~f m offset of ystrUm.
lanchm-M and r-rtq- sdatti-S mt th* a-tht-tieft kleattte, as- 41 A M 'Er a" r-L
+ LO% Ce + 61 V alters,
The allays were aad* In an are furnace vIth pwrwanw" qjqqtrqdwo in a
Witte mcmaphere. In order to achieve anifozt distrilcation of the &Ilcr7Lrg
'w, tiv*4 In .h* Ingot*. fivefold r4uqltLc% of thaim .1th vul.-q.ant b-F..1"tj
onno4linp was Porter-wd. The rare earth almemas wre Introduced calculating:
0.2 percent of the chargs mass. Th*Lc toss was 30-50 percent. The procedure
for agnufacturin, smVies for qtroctwraI-jL,,*tjc sto4jes of the outd&6ability
of the allays is analogous to that de&cribed its r.foramwo (2). Th. ampj..
had the shape of cylisdem 10 an to dlaawter and 5 sim high.
USSR

USSR UDC 62-50:66-93.012-52
KAFAROV, V. V., Corresponding Member USSR Academy of Si.,iencas,. Lu4mv. G. 13U
and AVDEYEV, V. I., Moscow Chemico-Technological lnst~~ute :Wieali D. I.
Hendeleyev, Northern Doneta Branch of the Experimental Design office of
Automation
"A Method for Solving Multicriterial Problems of Control in -a Composite
Chemicotechnological System"
Moscow, Doklady Akademii Nauk SSSR, Vol 198, No 1, 1 Kiv- 71. pp 62-63
Abstract: Control of composite chemicotechnological systems., when a nunber
of goals are involved, is often an intuitive process Wised on experience.
This article seeks ways to solve this problem matliematically and lists
several factors which illustrate the diversity of the basic problem:
maximal output of production (in condLtional unita), m4imimal gain, maximal.
voluma output, and maximal productivity.
The authors divide the multicriterial problems into fomr catogories:
1. Solution on the basis of ranking the criteria of optimal-~ty, including
summation with weight factors.
1/3

USSR
KAFAROV, V. V., et al., Doklady Akmdemii Nauk SSSR, Vol. 198, No 1, 1 M4y 71,
pp 62-63
2. Solution involving choice of one main criterion =4 limitation of the
other goals.
3. Solution based on certain intuitive arguments prompted by the nature of
the problem itself for constructin$ a generalIzed critwrion, depending on
the investigator.
4. This category, which is most amenable to mathmatical triiatcent, involves
the use of aormalized criterial. space to seek a solution that will ensure
minimal distance of the specific function (Fd from the individual optima.
It Is this latter category which the authors use Jn the expi.-ritnent, altbough
it has wider application than just that discussed in Oto artLcle.
Rosen's method of projectible gradients was used In solving the problem ,
and testing was done at the Northern Donqts *,'hemival Ccinplex. uiiing a
Minsk-22 computer. The program used permits solving mt4lticrLterial
problems containing up to 40 variables.
2/3

USSR
KAFAROV, V. V., et al., Doklady Alcademil Hauk MR, Vo4 MO No 1, 1 May 71,
pp 62-63
The article contains three equations an4abibliography of four title$.
3/3

USSR UDC 62-,50:66-93.012-52
KAFAROV, V. V., Member Correspondent of the USSR Acade-ta), of Sciences,
LNAREV~ G-J., and AVDEYEV, V. I., Moscow Chemico-Teclillological Institute
imciu-i D. M. Mendeleyev and The Experimental Design Offic.c of kutocLation
in Severodonetsk
"Operational-Production Planning and Control ef a Compotilte Chemicotechno-
logical System"
Moscow, Doklady Akadamii Nauk SSSk, Vol 198, No 2, 1971i pp 303-306
Abstract: A composite chemicotechnological system (CTS) is defined as a
chemical enterprise vith technological brmches construq,.ted an a raw-
material and power-production base; It isiconcerned widi the composite
processing of raw materials and intermediate products amd involves the
utilization of raw material and power wastas.
This paper treats the CTS not only as a dynamic componeat, but also as
heuristic and logical components. Three V4riatioris of Lhe proUlcm are
posed: (1) The position of point M, into which the obj~act frain the
initial state (to,V is transformed for the time T, is $;iv(!m, (2) the
position of point H requires determination based on a citi1aim criterion
1/2
166 -

USSR
KAFAROV, V. V., et al., Doklady Akademii Nauk SSSR, Vol 198. 1.11o 2, 1971,
pp, 303-306
or set of criteria; and (3) the position of p~oint H is,a randam function
of time and must be determined by prediction.
The authors present and solve the problem mathematicall.y, giving the
Appropriate equations and one table.
The Investigations show the possibility of expanding formul4tion of the
problem with fixed ends for a new class of objects of i::antral and solution
to the problem for a composite CTS with continuouis proi~uccion processes.
The article contains 1 table, 9 equations and a biblipHraphy of 2 titles.
2/2

USSR UDC 669.71.43
MERKUL.OV, L. G., YAKOVLrV, L. A., GUSEVA, YR. K., LA7ABIKY, C. I., KNFAYEV, 3.1i!i.
"'New Method of Ultrasonic Control of the Purity of Alwrit'Enum Ingots Purified
by Zone Melting" i
Tr. Vses. n.-i. i nrovcl~tn. in-ta i~lvumitj., mav,,n. t elel~.trod,.,'. rrcm-sti
(Works of the All-Union Scientific Maearcli and Planninjr, and Dii-siRn Institute
of Alumintm, Magnesium and Electrode Indus~ry), 1970, N() 71, pp 128-134 Unan
RZh-MetallurQiya, No 4, Apk- 71, Abstract 'Kilo 4CP176)
Translation: The oltrxionic mcthod of conml.linp, the Ourivv of alumintim, Is
based on the effect of d0jocatioli absarptLon of Out ull.viso.O.c. itbrattoiis in
crystalline materials. Practical implementation of difti: pravedttre Is
as applied to the problen. of finding the boundary of diii: pum- part of tLie
aluminum ingots obtained by zona me-Itinp lie ~data from uLrra-
.. Coniparisca of t
sonic measurements and Oie trathod of residual vlecLrical rcsdiittance derionstrated
good correspondence of t'lie reaults. Applicatj.on of the, kilt rmi cauic MeLhui.4 Of
finding the boundary of the pure part of the ingott; permitted. the yield of
Al type A999 to be Increased by 82 on the average under plant conditiors. Phe
1/2

USSR
HEIMHX$ L. G., et al., Tr. VseB. n--i*,
elektrodn. prom-sti, 1970, No 71P pp 12,18-3-34
procedure developed was used during the process of dclvil~ Lopill!" the op ti.r.11
technological process for zone purificatibn of lilrge all-mutinuin ingots ~Ielghin,-;
up to 70 kg. Itigh sensitivity, simplicity.,and rellabilLf.ty of the ultrat;onic
method permit it to be rccormnende4 as an, e."ress met'joit of jn4ustrial control
of aluminum purified by zone maltIng. Thore are 3 illiAlitrittlonu.
2/2

Wd
i Him!
P-
USSR
LAZARET., G. L.
"A Theory of the Ancnalous Kall fffect in Ferrmagnetio Nrith
Strong s-d Coupling"
Leningrad, Fizika Tyerdogo Tela J=uary, 1,972, pp n-34
Abstract: The autho-l- stud-ied the a-cralo"Is Fall effect in Oc7-'-
conductors irith strong s-d counling i~ien Llia s-d inter-niction oan rof~ he de-scv'LL-IL-d
by, means of ordinary perturbation. theory. I;e corsidpred -.,hn ~rojrion of lorg
te.mperatwres in v~-Ich thn eiretronz; are sci~tarfvl md-illy `,-,j'
the scattering anis&vrc,,) is due to the intfcract-ion of t4t -zilruav of
Y
electrons vdth the orbit of a cond-iction electron. The ijamnZLI-ccis i-'aU corLqtart
uas calculated by a transition to the spin-polaron reprfji,~(-ital--ion ar." the solli-
tdon. of the )dn&.ic eql.~ation for the donsity natrix. Tho ratio of tile
Hall constant to the ncrna) 114-0.1 ccrv.7tant was shoim to bo pr('*,*~cr~~t,--~-"-, ta 7
whereas tho re-lation between thx a'-IoralaU3- trall CoIntlint, 11M, I'hill ; i-ii-I"""Ic
'1/2' -Lri
of the electrical roolstan-ri is liroar to idt)ar a fa(Arir of 'I A c crn. n
irith exper-ii-ental

i'?ONOv (u
E--#
112 006 RIU~-E;SSING DAT
-'141AL GRAS~~HIXVUkES W A
TI,TLE--REA(.I'ICN OF THE LUNVOiNENJS OF 13fiAN,5
-U-
VAKYING KtPEATECNESS Of MOWING
A'%jTti0F-tC2)-ZAKhARYLV# N.1mv LAZAREV, J,P
CCONTRY OF INFU--USSR
SL6kCE--ILVtSIlYA AKAUEVII NAUK SSSR, SERl[YA 0101,OGICH(:SKsVYA9 [970o NR 31
?P 3dZ-3dE
OATE PUbLlSFEC------7C
1,SLBJECT AREAS-AGRICULTURE
TOPIC TAGS-LEGUME CROP, PLANT PHYSIOLOGY# BIOLOGIC Pg(;mc-nT
Ci:,4%TRCL MAkKING-NO RESTRICTIONS
OCCIUME14T CLASS-UNCLASSIFIED
.PROXY REEL/fRAME-3001/0491.
STEP a a
CIRC tCCESSIC. N't)--AP0lf'l?7,2ij2
uNf~ K S I F-I ir

212 CC6 UNCLASSIFIEO [~lli~l(:ESSIING 0ATF-20NOV70
CLAC ACCESSICN NO-APOU62,42
At3SfRACT/LXTkAC'&--(U) t;P-0- ABSTkACI INVEST IGAT 11114 OF 131; AN S!-K [,LL ~Rt)slr,
NIXTUkES UNUFR CUDI flUIN"i Of INTENSE (,UL,TIYATrtJPj H,10')
PUSSIbILITY UF Obl'Alftl;,46 A LARGE YIELD Of (;R['(:;N liiliji)!*~, U-'(,-
WALITY. PERENNIAL Gf"ASSLS UfILI-?14',-0 IN CULTURE-0 ON
IRRIGATED SOILS UNDEi, UNDITION OF SIMVLTANEGOS ri-IREE OEA-l
SPECIES (ULUE ALF#ILFA vililfi- AND RED CLOVER) AIN10 Thi4i:[ (AND
kEPEATED 1%10~41NG) PROVIVE A MEANS UF C61AININ6 THE 111USF CU416-%~1ATICIIN IN
FHE PLANTS GF THE LEAVI~-S il-ND STEMS FRAC[IONS. EXP,j:Almt':l-,j'S CARit[ti.0 (JuT
AT THE LAOCRAT6RY UF CHk-Mlz;TjVf OF PLANI f0kAGE 11141;1'111.111i: u$.
BIOCHEMISTKY AND PHYSIOLUGY AC. SCI.s KJKGPJIZ SSK)~hAVI:4; $00W114 Tll~: EFFECI
jF RLPEATED mawi.,,iG ot., ri-it'- FULIAGE PRODOCHUN Of ALI':JkLfl%~, TH~: VRIPICUAL
PLANT Gt- THE BEAN FRACTION CF GKA$S M14TUAE-S. THIll MAY $ERVE Alt, AN
IMPURTANT CRITERION bl- rtiL-, itar-Nsm GOVE OF REMPIVAL (11: THE UPN.K PLANT
MASS AS hELL AS CREATING GF UPTIMAL COUITIGNS IN l1ki)EIZ. T(j OoTAIN A
FORAGE PLANI BIGMASS OF LXCELLENT QUAl.IlY ANC cowriii6im; IHE m6iEsr
AMOUNT OF PURTEIN, CAktiTIN ANU OtflhK VAUABLE GAIJUIP!) olt iouulrm
SUdSTANCES. FACILITY: lN$'rlTU14. OF SIULUGII' AND PHYSIOLOGY$
ACADEMY UF SCIENCESP KlRGffI5 SSR*

7 95 8o-il.ou
USSR LIDC 6161003.8?+61 6.5-003 .*1 'o,
LAZARMG-1--R.., EPSHTE;YN, A. B., FOLISHCHUK, YE. I., &1'i! ATXArYEVA, S. YU.,
lCre-v Institute of Experinental and Clnliaal Oncologyp OfixalOan Acadeny of
Sciences
"User Treatment of Bowen's Disease Associ&ted With Pwillaus"
Kievg Vrachebnoye Delop No 4, 1972, pp 133-133
Abstracts Description of a c"e hlLitory of a 55-~exv-obi felmile who MEL t*en
suffering for 12 years from Bowen's d3.4sease (diagnoslis histologically confirmed)
did not respond to steroid or antibiotics otharapy, Exitmiration oe biopay
material revealed the presence of the fungus Geotrichum. Eloven lealo113 an
the abdomen, buttocks, back, upper 4Lnd lower extreni-tica wevi exposed to
la&er rays (total energy on OIL01 lesion 910 to 274'0 jotiles). Ccagulation
necrosis occurred in each lesion in the form of a dx7 alcust vith aliphl.
edexap and hemorrhage and orythema of tho morzvundlng O.zsuof Vifm;o PhPr1O:,.q11a
gradually subsided a:4 tho crusts daxkenodo tocamo complLeit, il-IL foA! off
within 3 to 5 weeks, leaving a pink amooth scar at-, the st-Le.
Analysis of the blood w-ui urine showed no abnorualltle3j No now lersions or
traces of Geotrichu ifere detected in thajolOw-up pex3md (duttion not
specified).
AM--

LMC 616-W6-085.449.19
OR"NIZATIOW OF rNE OMCDLOCICAL DIVISION Of LASER THERAPY
(Article by V,y~ Canslay., 1. P~. L-&&-&r*-v, and Xh. A. serat", 6_Sj"qfic-
41%rlrj
r t ev; ""c4m,
14~ditslaltus Tcrinilks. Lux'stan. Xo 5. 1971, subaittotl 16 Mov".1wer .9740.
During the 10 YOM Of theIr dAlfit&1JC*t laser* b&~ begUM ED be
==-u vidCly xdffts4 in vwrlaws fielas or science and t#chnoloXy. With
eat-h jztr the use of lasers sufands also In ordica-Mological research.
In A m=btr of brawhoo or isedicime (Oncology, dervatology an,44 possibly
surgery) --ttempts; at clinical adaptation of laser y&diation sro being
wadartakka. taxer opbthaltsocostgulstoTs have already been In use far Pa
oral years in tim oirphChalsological. clinic.
The clinical use of levers; Tequires the presence of special operat-
L64 Personnel -A ---- 4asiig~mvnz const*t4 0 *4a"t*# thee: rl~- to laser
technology for solving therapauric proUs" by moonx of appr"rt*to deviceii
(lighr guide*. protective shieldit, &it.) under coadittonh 4somring the
eft(tty C! =d lalazy zzzt--'t~ty f-t I.- t%- ce=tTi
tmtug-nt in ortanizint ard equLpping laser operatt-- The y..' U~--q
-1 thaIr natural f6c.&Lag .1,11ity, - the -Pt renottive of mteman Orgams
to laser racitt,tion,
f'-, aTH z-.rmW b'T izrrr-r-'1zz== r=
Elte ft-tult of direct sz%-.-~n frc* r&4',&t1c,11 (,t Ita indir~t effect cn the
surrounding rAdL*. Taking Into account these two a%"cto of the injurious
t.7flk
As safteral -ures et pro-
Sa ... I cm of 7---t~-ti= =lUdia vr-.rzr, VPrz;-.X;
-
.o.tly-fitting Cog6leb nd op.q.e ~terlol for tht, protc-tion of the
81PLO. General safety mossures lntlod* corrttt Plaftaing of IAAcr C~Vtrxt-
.ng and trlat"g in th= the icstrusents, outfitting the rot,"
~'Ith the proper equipment. etc.
r1uring Jrr-A4,tJ= of p ....... h-- ~~r tt;. 4.r P.6"t*td-
mated bv LLa acaxzar&4 Wti&lsa ~i "1'44s#4!-4 *441V t4. 1-.!rr e te'le. ttt=r
- 5 -

USSR TJDC: 362.11-1 9. 127:6-!;!!
SIDORIK, YE. P., ,wd XOGUT, T. S., Imtitutv of and,
Clinical Oncology., Kiev
"Organization of a Laser Therapy Departmmt"
Moscow, Gigiyena Truda I Profeasionmljj~yye Zabolevaniyaj Ho 12, Fjr~,c 70, 1-~p 1.
Abstract: Measnwe:i for the protection cii personnel in laser lth,impy
against the kno-i-in haiieiiL effectz, of nadiation on viSLIoL %nd tile 71X,~.Ouf
membranes axe of paramout-it inpcrtzmre. The =angr4momt (if' -0-oi la.-ar 4c-
partmnt set up at ilie Kiov Scien"LifiC (,I'
IoMr, Ministry of' Public Iftralth Ukranlan L953~ is dwmv~hiud. A block di!wrxit of
a IAser modified for c:Uni-ca-1 use is preoelt%ted. U.I. pei~vmvwd v=,king it, the
unit are kept under continuoua medical -w-veil2ance. TV is Willi
for monitoring the patients during treatment.

USSR UDC 6-21.438
DEYCH, M. Ye. and LAZ Ya.
"Investigation of Nozzle Cascades With Release of the 1~:oclinj; Air Tbroulth
the Exhaust Edge"
Kazan', Izvestiya Vysshikh Uchebnyk-h Zavedeniy, kviets:1.oariiya T,ikl,nika, No 2,
1972, pp 107-112
Abstract: The process of air zuid gas mWnr
holifild
with; relationships are- preseni;~~d for calculation of panimeter-i; .2fcer
MiXiDg. EXDerimental research on parameters behind a iiozzlo mnd in th.:! wake
behind the exhaust edge, ewiducted on a riodel packet itti an tjl)t)n wind tuiinel,
confirms the premises uadarlying the callculation and kti.-Ucneit thi:! sotirccs of
loss, as well as pointing out poasible w~a a of docrvas~q:-, 01a 10~ji~cs. 6
figures. 5 references.

-- - - - - -- - - - 7
VI
USSR VDC 532.525.621-4`26.3
DEYCH, M. E., Doctor of Technical Scienqes, Ya., Candidate of
Technical Sciences and LOKTEV, A. L. (Mo.9caw PowlelH Vrrurlo 0
"On Meridional Shaping of Turbine Super4anic Nozzle Grid"
Moscaw, Teploenergetika, No 3, -March 72, pp 61-64
Abstract: A three-dimensional flow 4.rk a maridionally shap--i!d noz.:la grid oner-
ating steadily in a wide range of M is analyzed. In Olls the intez-bli,de
passage is convergenL in the cylindricirl croi:16 sq!ction, ana d:ker,,,,!nt in thc
meridian cross section. It is aswrt~,d that a ne-,Iiun rruss
ensures an efficient, ope-ration at itear ;.Iil!d t:;ljj)er:j;onh,,: th,.i
divergent passago allows to obtain milall, lu.,.Ises -Itt. hIgh ve'locAt:j.
This assumptiun was cxperimentally substantisted by twill-5 4:jjaj1tjj~tL'1I 01% a
meridionally shaped grid C-9012BM of Jw hefg,11t. The
are presented In the forat of presoure distribution, vzm-[at:k,n. o~ tLa ftcw
exit angle and of clip- coefficiLzmt of total 1.4n;seo. Mlpv thaL tills
grid type is between the conversent and dil.vergent typop pre:jcmting moderiLa
and practically constant losses in the kai-.h rango of Ml,:~11.6 Ao 1,6,
III