SCIENTIFIC ABSTRACT MALTSEV, B. K. - MALTSEVA, A. S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002201920002-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR UDC: 621.039.001.5
Mal ft--;L-Y- ljilestkip, 1). A., Candidates of Technical Sciences, and
Keller, V. V-, Engineer, All-Union In5titute of Float Enj;ineering
"Experimental Study of the Efflux of Saturated and Underheatcd Water at
High Pressures"
Moscow, Teploonergettika, No (3, 1972,, pp 61-63.
Abstract: Ilie All-11nion Institute of Heat EnginceTing 11as producod :1 test
stand for investigation of critical modes of escap* of bot wator from a
pressure vessel with initial pros sures of tip to 2,10,105 t,,/,11121 In contrast
to earlier test stands, tl)i,.-; stand allow,,; a stable mode ta he icaintained
with any paranicters fOr an extonded perit)d of tir.-,e, Tha test st3nd
used to study the flow -,iodeq of water escaping froiii leak!; nodoling, those
which might ari~,c in the h i8jj_L pressuro cooling cinilit (A'. a nuclea:r power
reactor. The data produced on the flows of S8t=lted LUI,-7 u.TIdC:rhezttC-d kk,ater
.ated ard undei,
can be uscd to calculate the critical flow rates of satti],
heated water, and indicate that: 1) At pressures ol, OVel'. 70-105 N/rr-, a

USSR
Milestkin, 1). A., and Keller, V..D., Moscow, Toploenergetuka,
Malltsev, B. K.,
No 6, 1972, pp 61-63.
value of I/d=9 is probably the maximum, relative chminel length at which a
critical flow of saturated water is;nietastable. 2) Inci-casing tile under-
heating of water to the sattiTation point increas~q filet 13.4it.abi I it)- of' the
flow, with otbeniise equivalent conditions. 3) Ai flie i.pitial water pressurc
increases, metastability decreases, disappeai*ing at preli5llrCS po>.4200-10S Nlm'.
2/2

Man U40U.0
I KOTKOV,
SINITSYN, V. A., POPOV, I. A., BORODUL111, G. I.
A. V.'
"Experimental Industrial Tests of the MSD-1 Phototacbpietex"'
Moscow, Geodeziya i Kartografiya, No 11, 1971, PP _10-:31
Abstract: The paper gives basic technical data and the reaults of exueri-
mental industrial tests of the MSD-1 pho"otachymeter developed by the All-
-Union Scientific Research Institute of Mining Geomechanici mnd SU_rveying
for measuring distances in underground surveyl.nj; jobs~. Thor instrument has
a range of action of 1-300 meters with an accuracy of �(2 am+ 5*10-6D).
Measurements take 3-8 minutes. The test results show that the instrument
is highly accurate and can be used in special geodetic engineering jobs
as well as in surveying work. One figure...two tables6

7`112 016 UNCL ASS r[ ED' PRtlc(:SSVNG 0ATE--040EC70
TITLE--ORDERING OF THE NlCKF:L,IJkON,C-0BALT:ALLoYS 114 THE- GAMMA REGION -U-
AUTHOR-(04)-GOMANKOV, V.I.t PUZEY, I.Mof E.U., P~-TRENKO, E.D.
'COUNTRY OF INFO--USSR
.~,'-SOURCE--FILIKA METALLOV I METALLOVLOENIE#j !FE13. 1970, :;-.9, LZ), 429-431
DATE PUBLISHED----FE870
SUBJECT AREAS--MATERIALS
:L*'TOPIC TAGS--OqDERED ALLOY, ALLOY PHASE COMPOSITIONs, NEUTRI911 DIFFRACTION,
COBALT CONTAINING ALLOY, IRON NICKEL ALLOY ALLOY ('00,14POSKTION
MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSLFIEO
PROXY REEL/FRAME--3003/0345 STEP
CIRC ACCESSION Nt)--AP0129577

'I F ED AOCES.ItNG OATE--040cC70
2/2 016 UNCLAASS p
CIRC ACCESSION NO-AP01295771
'11, ISTIG(JN 01: THE
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE CHARACTI,
ORDERING PROCESS IN ALLOYS IN THE GAMMA REGION OF I'HE (%I:[--F;-::-CO SYSTEM
-Nj WITH SPECIAL V~[-F. TO THE Sf,ECIFIC
WERE STUDIED BY INEUTRON 0IFFRACTIC.)
PART PLAYED BY CO IN THIS PaOCESSo THE GROERING CHARAG"T"RISTIC!; 4 R' E
LARGELY DETERMINED BY THE DEVELOPMENT OF A SUP Ell STR UCTURV OF THL ril. SUB3
FE TYPE; THE ADDITION OF CO TENDS: TO 01:SRUPT THIS 1j'UPFk,tTk(JCTURE BECAUSE
THERE IS A STRONGER INTERACTION BETWEEN 'THE FE AND: CO THAN BETWEEN THE
FE AND N1.
UNCLASSIFIED

Acc. Nr* - Abstractinik Service: Rief. Code:
00050718 :'~Yrgqj"6 'Y
- CHEMICAL ABST.
94975h Effect of electron bombardment on the glow of an
r
efectroluminophor. Kolomoimev, F. L; ~ BeLp~vp'~_%F Kori-
sh P.
dra ov, A
trosk. 1970, 12(1)-, 14$-8 (Ru0s). In the: cxcitatinn oi ~hiknino-
phor EL-510 rn by current of Olectrotis (50.0., -4~25 k6l) or by
sinusoidal voltage (-M V, frequency 5 kHz),'lii:)S-it;011i4 of the
max. in thespectrum i"rc viqaly unchanged, In the'case of
current of electronis, the light ~ hitensity %%;~siipfficantl~ lower
than in the cast of C%ZitatiOn b~ Sil~j%-Pidll VOlit-11itt. RL114-OCd
and the sui:fac-L layer delayed~ cle~tx-au* did ii)t. par-
ticipate in the excit;~tion of ~fltc 44ectraluntilto ,phor. During
the joint action of perietratingi irradn. and e1 ',lit "n-
tensity was lower than in th* rxcitatiori, oniy..
Of Sifrltll~aVC(Ais action of iiinusoi(al vol-
Under the conditio
tage and current of eh;Arged particleN, in an
barricr of the &hOEtk)1 type, in.adonl. atfit. of
'hurge
was generated as 5-electrons.: The I appeIttranoe exf seclindary
electrons caused a decrease of barrier. resistance anil the inLensity
1 me of electro-
of local elec. field decreased, which led to a decre
luminescence intensity. '511Y
REEL/FRAME

UNCL!AVtl;FJEd PROCIESS If NG ~ DATE-LbUt, I IV
~'.%TITLE-ELECTR I CAL CONDUCTIVITY ANO COEFF!"CIENTS OF $CILF IFFUSLON OF THE
..11THIUM CHLORIDE KU-2 (CATION EXCHANGEkl SYSTEM tN~RELATION TO
AUTHOR-1031- t KUR1Nv:'MiN.,v TIKt40MIRQV* t.A.
C(WNTRY OF I*NFO--USSR
~SOURCE--ELEKTROKHl.f4fYA 1970, 6(2)o 258-61
0ATE PUBLISHED----70
SUBJECT AREAS---CHEMISTRY
TOPIC TAGS--ELECTRIC CONDUCTIVITY, LITHIU14 CHLORIDE,.CATION EXCHANGE
RESIN, DIFFUSION COEFFICIENTt CALCULATIONMUMUZ C10,10ft MHANGER
'~CCNTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
:~PROXY REEL/FRAME--1994/0198 SrEP NO--UR/0364/71:)1006/rJO2/025B/026~I
I.-CIRC ACCESSION NO--AP0114584
UNCL-A 5. SlF! li-0

mom
P9j0CE$!l[NG DATE--16OCT70
2/2 009 UNCLASSIFIED
CIRC ACCESSION NO--AP0114584
ABSTRACTIEXTRACT--(U) GP-C~- ABSTRACT. A TABLE OF THE C04~0. OF TgE SYSTEM
WITH LICL CONCNS. OF 0. 1-6-N AT 1OUEGREES INTERVALS AT 10-900&,"REES IS
PRESENTED. COND. AT VARIOUS CONCINS. AND TEMPS. Dl:FFEA;i.0 LITTLE FO,, 3
DIFFERENT RANGES OF PARTICLE SIZE OF.THE CATION EXCHANi.~,B. SELF
~DIFFUSION COEFFS. FOR THE SYSTEM WEREiCALCO, BY U.81,NG 'rHE NERNST
EINSTEIN EQUATION, AND AGREED WITH LIT,ERATURE,VALUES. FACILITY:
~TOMSK. POLITEKH* INST* IM* KIROVAf TOMSK,' USSR.
UNICLAsstr!KED

UDC. 53 2. 7 21. 69
MAR,rYNOVA, N. K., and NOVOKRESHCHENOV,
P. D.
"Influence of Mercury on Strength of Copper Subject to Ultra-
sonic Vibrations"
Kiev, Fiziko-Khiniiebeskaya MekbaniRa Materialov, Vol 7, No 5,
1971, pp Z9-32
Abstract: Tensile tests of arnalgarnated copper i~pecirriens subject
to ultrasonic vibrations were conducted.
The specimens were of I mrn diameter. Tly, coating of
mercury was 0. 001 rrim thick. One end of the sp&Oniun was
connectud to a vibrator operating at 22 and 17. 5 frcquclicy.
The other end was stibject to a itat~q load, The 11"Tain uiza was
varied by varying the annealing temperature.

USSR
MAL'TSEV, G. V., et al, FJ~ziko-Khimicheslraya hekhanika 1,"?.terialov, Vol 7,
No 5, 19?1. pp 29-32
On Fig. I the tensile strength is plotted versus the squaZe
of the vibratory stress. The tensile strength of copper specimens
without mercury is affected little by the vibratory~ stress. The
tensile stress of amalgamated specimenE; is lower.than of the
specimens without mercury, it remains constantIor sinall values
of vibratory stress, then decreases linearly with the square of
the vibratory stress. Curves for six different gra!in sizes are
given, the strength decreases with the size of grafil.
The explanation of these results is that the vil)ratory stress
destroys the intermetallic bond between copper anil merctiry and
makes it possible for the liquid mercury to penetr4te imto the
cracks between the grains of copper*
2/2
74

USSR ITDC None
1'1~ PE~j
13ASOV, IT. G. L IT Ye. P. , V. D. ,
ORAYEVSK ly A W-,.GIT(:)V G. , and
A. X.
Chemical Laser of Mixed Difluoramin With kLydro:-en"
Moscow, Sbornih_krzitkiye, o 17c 11, 11ovL-6_,,ber
1971, pp 3-9
Abs-bract: rThi2 bria-f' commwiJ.cotion repozrt.-, cisci,',11,iLiotio obtalmed
from oscillatory-rotatory tranflitioris of Ifli malleou-DiVs vesul-11-:iJil-r>
from luvic, reoction 041 hydrorim, 0p,~-,:C1i1A.CaJJ.y the
variationo of t-he raJui Ify ljhi~) ja:L.-.-Ajv,e vj~
ppv:u-it ca. , d
the experimemtal conditions. The ~equi. '1~ i~
of t,Uo lasers, an osCillatuar,,nmel an =plifier, excil;od by an r2lec-
trical diacharge -~hrouCh the iaixtine. The -ms a owartz
tube 85 c"m long, and 1.7 cm 4A._,1 diamdter, -wi-J~h M-7~~' Oet',:1-('1-
the Frewster angle. Deteri_~inatjionq we:.,-a ,2ade of timt.- optima-1 :vo-
lationsilips between t-hle pressure.2 of Oe and Hp in the
ture, and a ctivire is plo-l;'Lled of 'llia (-mar;7Y of I;Jac~ 0:5C~A-la-
tion in the mixture as v f-alaction of the rlItic) of t1le
'o .1"017 thil l';:,(:'tCr i_". t"-If?
Curvo,,, arr.~ 'lls e
UO a Yunction 0J., ~61-ixl(.~. 'J'11w -to J_ V.
_DC

T! AINLESS MYOCA-WIAL P,.,FAkCT1DNS -(J--
TLE P
Aur4OR-MALTSEVi L.M.
ri
CCUNTRY OF INFO-USSA
Nkj' DAT
1)itul: Ss I
--KA%:)01JL10C;1YA 10( 152-160 1970
SOLI-RCE
0 AT E PUBIL ISH - - - - - - -70
S U 4J E C rA EA S b 103 L C6 I C AL kND 'At.- I C A L S C I
T 9, P I C T AG S i AA T 0 t CA j L P A 1 j,4, DI At.) INU S'T 1 CM C- I C, II
C C,1 4 T M- f~i L ;-4 A ~ A I NG - - 1I 10 :~ E.S T;~~ I C T T C.-N 5
(LAS~--U;,'CLASSIF ItD
1) 1~41-j __kill -11[) 1 j 1. t J) I
PRGXY
C IRC A CC C I ON Ail U I

212 OR U"'l c L. A ss I F I L-~ III- DA I i:-.- I'~':3VO
CIPC ACCESS 10,N iNC.'--AP(j 13 1. P)6
A-55Tf%'ACT/t."XTt'%ACT--(U) ;~ -0- A H S T,~ A C TNiE H 15 'F:-, f." y 1* 1 F
SOVIET, A-'~I':~ FCRL PJN' IS I I i.'~ 1%5N TI E L 1-4, ;j 1, )k A Y I 'PIIf 3 P tI ;';~ ; ) L. 1: 1 " ;~ N' &
0 f Sc us S, t-' DTHE cr"U.SP; F-F Wic, IJN I-E-l"!
RE-LEVANT TO CLItifCAL PICFU'.'c', P li 10 G N C S I S_'I 1; 11
J .15 A T I J:) i P) M;`:4) 4i Ji,~ "H
IN U I V I DJA L F t R iOF PAIN!_~:'S MYD~W~L;IAL jl~JVARI_
DIVERGENCE OF THE EXiSflilG A 110, J~ y el E. 1.) T I 15
ANJ CONCEPTS OF THE PATHOGENESIS OF PAINLE-S.S
IiNFARCTION ARF DISCUSSLU", A,~if) ,IRDSP_~:CTS if, SRHY OF
DISEASE Af0_-_ OUTLINIES. FA.ILITY: .1 N U) E PT I I E RC; ~N Tt, r
POSTGRAD. iNEO.Y USSR.

p I". i I ~,t; ,! Sls'-4G OATI:~--r_'ONOV7C
azu
-~ (- T
T L L I NI CL A SP t T.S jc PAINLESS VYfjf- VkO I AL I ',j it
ccu.,IrRy kjF 1,\Fu--U3SR
ZHJ.-'lNAL, N-0 3r 1970 PP 3J-tiO
CATE PUI~,L
SUBJECT AKEAS-BIOLCGICAL Ai~'qlj MFOICAL SCWICES
TOPIC TAGS---H-cNKT D[SEASE, NYLCARDIUMv C L I N I C A L ME D!( C I iN E
I k C L ~ A I P, f S I I C I I iS
JCCijkiE.'A
PkGXY P N 0 - I f t0 1. 7 113 00 0 1 CO Ij i:-f 0
S S I C N -A P I t L
CIP,C A"C,'

21 0210 J;',l LA 'S S I P 11: 1.)

ro A f X I T-- ~..l L

I Y 11 1 C;'~ L L i Ci Ll'
1 F OW( I ll L I T E Y 0:1 1 A
6EGUN IL i--c' T T A C T 11 ~,Y I N E S :,j 1: 1 " I ~1. S.01 CH r!.1 t-- ~1 1"', 1, J I' S
HAVE f.11jT (V.
T A- Q. L Y'L V , 1 c 5) P U I f:,? L ;i,()O; 1 . 1101 HI L f, -S
I .-~AJC-tJ'A T L IC. T I A L P 11 YS K C [ AN: S AND HiL 1)", OF THE
JN~Ali.tJ~i 01. TI..;! i!~ OF
DIA1C,,-ii.'3F1C E r( 1'. Cj S
CGN L I 'T 01- 1 FOW-I'S !;f.
(A I i", I C A L Aft I A:-, T S iil-; C, A 1, 1 NG 'S. p t: r F j I L L V t E I K E r 1 L L L H%
I IN A 1CE C U i-,- T,- L 'r S T 'u G D r i r T F1 C- P E % f 1* P-IJIT IS I''A r 0, P, 40

Pik T I U. r S I '-;H6 1-;-W 1APEi,A
1: 1 F
-3: ER L--NT V,,WIj1ijT.S 61: i-Atki-LSS 1-MA1.1 I A L
INFARCT. UL OF THLP~j L. k-l JEHDRI- U,&Ar,, r L)
AFTEII, IT Fui-~ A Lr ;,;G Ti,-IE
G U4,11A l< I) I 'S P f: N1 A Y i 1.5 i., v f L
oF six -ic, r~.E-LVE YEWS) . 1' 1 1 U I A 1. PLAICI) OF HA: DISEASE ViAs I A L* 1: 0
AN ThE- [M-IMAARY. THL TAJI-t L-'K 1. S E l' 4 F S t H 11- D 1 S I R 113 Q' I' I L' J 11 I,j F T H L P AT I E IN I S,
'k,N'T S A C A N 1)
.13Y CLINICAJ VAP I S EX .
14,

USSR VDC 539-3-313
MALITSEV, L. YE.
"A Yethod of Constructlng a System of Correcting Stress %nsora"
Moscov, Vestnik Mskovskogo Universiteta, ~o 4, 197o, pp, 114-119
Abstract: The variation method of solving tbree-dimensiatial problems in elastic-
ity theory was developed by P. F. Papkovich in 1939- It bias proved difficult to
construct coordinate systems foa- this methoi. The great yariety of problems
encountered in practice requires a rather extensive set rxV coordinate systems.
In the article, vhich is a developmeent of one of the secti.ons of the author'n
dissertation, a method for constructing ouch systems Is 1wCWsed. This Jr-thod is
applicable to simply connected and multiply comected bodles bounded by piece-
wise-smooth surfaces. This general wthod roakes it poociPtile to alloir for the
particularities of specific problems. Xt Is sufficientlyfoonvontent from the
practical point of view.

USSR UDC: 620.17:669.295:620.186.1
HAL-TSEV. M. V., VOLKOVA, T. N., SKUDNOV V. A.) Gorky Pblytoohnic Institute
imeni A. A. ybdanov
"'Influence of Cooling Rate on Phase Composition and Mechanical Properties of
Vrl6 Alloy"
Metallovedeniye i Termicheskaya Obrabotka Metallov, No 9, 1973, pp 49-52.
Abstract: The influence of cooling rate on phase composition and mechanical
properties of VT16 titanium alloy was studied on cold-dxuwn bars 6.1S mm in
diameter. After heating to 600-950' C aild holding for two houzs, the bars
were cooled in water, in air, in a container in air and In a container with
the furnace. In all cases, the specimens, weTe heated under a vacuum of 10-4
mn hg. The cooling rate in air averaged 10* per minute, with the furnace --
3* per minute. It was found that increasing the heating temiperature and
cooling rate increases the structural instability of W16, significantly
influencing mechanical properties and phase composition, Tho minimum yield
point of the alloy follwoing hardening from various temperatvres corresponds
to the maximum content of beta phase. The beginning of.the sharp decreaie in
yield point with increasing hardening temperature corres~pond-s to the appear-
ance of the alpha "phase" in the structure. The strain,hardeiiing during
1/2

F
USSR
Malltsev, M. V., Volkova, T. N., Slcudnov, V. A., Metallovedeniye i Termiches-
kaya Obrabotka Metallov, No 9, 197:3, pp 49-52.
extension of specimens subjected to hardening and annealing iiith heating to
from-750 to 9000 C is the sime. For annealed specimens, it is sonewhat less
with low degrees of deformation, for hardened specimens - at higher degrees
of deformation. The ductility of hardened specimens is slightly higher than
that of annealed specimens in this case.
-28 -

7-1
USSR UDC 669.017-620.18
MAL'TSEV M. V.
Metall ograf iya tugoplavkik1h, redkikh i radioaktivwjkh ratallov i splavov
(Metallography of Refmctory, Rare,. and Radioactive Nleti~lls and Alloys), Poscow,
"14etallurgiya" Press, 1971, 488 p., illustrations, &-isphia, td.bles, bibl.Lographic
i,eference, 3200 copies printed.
Translation of Annotation: The book deals with structu3-es., propertles, and the
application of ref ractory, rare, and radioactive ina-tals and their alloys. The
structures of most typical alloys are sho~m in racro- and microphof,-raphs cornbined
into an atlas to serve as a manual for the analysis of ihfferent structires
of cormercial alloys. 'rhe book is intended for a vide ~:ircla of engine-aring
and technical persomwl in the metal-lurgical industry and scientific research
institutes associated with producing and using these metals, band imy serve as
a textbook for students in metalluraf
Translation of Table of Contents*.
Foreword 4
Introduction
5
Ch. I. Lithium and Its Alloys 7
1. Structure and Properties of Lithium 7

WI
USSR
MALITSEV, M. V., Metallograftya ttAgoplavkildi, redk:Lkhixadicaktivnykh

metalloy i splavar, "Yetallurgiya" Pres Ml
S,
q
2. Lithium Alloys
20
Ch.'3:1. Beryllium and Its Alloys
31
-1. Structure and Properties of Beryllium 31
2. 'Beryllium Alloys
45
3. Refractory Beryllium Compounds and Beryllium Cermts 65
Ch.IIT. TitaiLium, Zirconium, and Its Alloys 75
Titanium and Its Alloys 75
1. Structure and Properties of Titanium 75
2. Titanium Alloys
90
Zirconium and Its Alloys 162
1. Structure and Properties of Zirconium 162
2. Zirconium Alloys 168
Ch. IV. Refractory ~ttals and Their Alloys 175
Vanadium and Its Alloys 180
I* Structure and Properties of Vanadium 180
2. Vanadium Alloys 188
Niobium and. Its Alloys 191
1. Structure and Properties of Hibbium 191
2/4

USSR
'V, M. V., Metal-lografiya tugoplayk~kh, redk1kh i radioa1vtivnykh
MALITSL
metallov i splavov, IlMetallurgiya" Press, ;1971
2. Kidbium. Alloys
Tantalum and Its Alloys
1. Structure and Properties of Tsmtalum,
2. Tantalum and Its Alloys
Chromium and Its Alloys
if Structure and Properties of Chromium
2. Chromium Alloys
Molybdenum and Its Alloys
1. Structure and Properties of Molyb~qnum.
2. Molybdenum Alloys
%tungsten and Its Alloys
1. Structure and Properties of Tungsten
2. Tungsten Alloys
Rhenium and Its Alloys
1. Structure and Properties of Rhenipm
2. Rienium Alloys
Ch. V. Rare-Earth Metals and Their Alloyn
1. Structiam and Properties of %re-Earth Metals
3/4
205
246
246
252
255
255
263
270
270
;?86
323
323
332
344
34-4
31LA
361.
361

owl
d.
USSR
MWTSEV, M. V., 14etallografiya tugoplavkikh, redkikh i radionktivnykh
metallDv i splavoy, PMetallurgiya", Press, 1971
2. Rare-Earth Metals Alloys
Ch. VI. Radioactive Metals and Their Alloys
Thorium and Its Alloys
ii. Structure and Properties of ThorWm
2. Thorium Alloys
Uxtmium and Its Alloys
1. Structure and Properties of Uranium.
2. Uranium A-Uo-js
Plutonium and Its Alloys
1. Structure and Properties of Plutonium
2. Plutonium Alloys
Appendixes
References
Atlas of Micro- and Microstractures of Alloys
374
404
404
W4
406
419
419
422
425
425
h29
4-31
441
4-49
4/4

all mllwmiqlmmmm-.~
LTSSR 1JDC: 66g.28'81;9"188
FREW, H. I., SHCHUM, A. A., ABALIMIN, A. V. , I
Yu. V. , KURDYIPMOVA, G. G.
"All-Union Scientific Research and Design Institute of,flefractory Metals
and Hard Alloys"
"A Molybdonum-Based Alloy"
Moscow, Otkr~tiya, Izobreteniya, ProWshlermyye Obraztt;,Y, Tavarnyye Znih:i,
No 22, Apr 72, Author's Certificate Vo 3310010, Divisiob C, filed 216 Sf--D 70,
published '-30 31,Lar 72, p 104
Tranolation: '11iis Author's Certiflente introduces, a allm
reatillre Of the t%--
which contains rhenim. An FL 01i2tingill $11 ~ Ill!
physicomchax-.ical properties of the alloy are improved liy wlEng cw-ban,
takiag the corTmonents in the following p7oportioris in Ime-rcent.
rhanium , 3,5-'50
carbart 0.02-0.2
molybdermn base

USSR
IMC 539.56
BELOUS, 0. A., DANILOVTSEVA, 0. G., KUZNETSOVA, V. A. mk.~, NP.L.L_ 21 Lill
MINAKOV, V. N., TREFILOV, V. 1. , MUCHATUROV, A. A., :."11CRUN I , A. A.,
Moscow, Kiev. VNIITS (All-Unibn Scientific Research lostitute of Hard
Alloys); Institute of Metallophysics. Academy of Sciences, Mtrainian SSR
"An Investigation of the Influence of Adn&xtures of Carbon and Zirconium
Carbide on the Cold Brittleness of Cast' Molybdenum"
Kiev, Problemy Prochnosti, No. 6, 1971, pp 97-101
Abstract: An investigation is made of the influence of carbon and
zirconium carbide upon the structure of cast molybdennin alloys-, and of the
relationship of the structure to the temperature of transition to a brittle
state.. It is found that even for alloys which have a complex structUTill state,
the rules governing the change of the cold-brittleness teriperature may be
explained if account is taken of the composition of the solid SOlUtiDn, it$
structural state, and the nature of the.formation of:1'exce"' phases on the
grain boundaries. 5 figures, I table,.11 references.

USSR
um 62i..762.4.o47
HALITSEV in M..V = GOR'kiy Polytechnic.Inatitute
"Investigation of Metal Powder Rolling"
Kiyev, Poroshkovaya Yetallurgiva, No 6, (102), Jun 71, PP 19-24
Abstract: Investigation resialts are presented of rollIng pGwilers of stain-
less steels XhIPN15, YJ218119T, iron, titanium (1W-1A), and electrolytic cao-per.
During 'the vertical rolling pr-cess, the s-recific presoure distribution along
the strain arc was measured by means of a "dotted" dyrtunometer built into the
roll. The powders were rolled into bands of different -thickness and density bY
means of changing the roll nip and angular feed. From Oscil-logram; obtainel
by rolling of the powders, diagrams of specific preanu~m d1:1-Vritnition in the
hearth of strain were plotted for each came of ralling, and from these dia-grams
stresses on rolls during rolling powders, into bands of diffts.rent density and
thickness, the neutral argles, and the flattening anglos of rolls were
determined. The analysis of the diagrams and obtained data~led to results
analogous to findings of other authors (Sevarden1w, V., P., et al4, Belorussian
UK BSSR, Vol 7, No 1, 1963)- Two illustr.,, four tabl6t;, m-ven biblio. refs.

Pill 099=M
USSR wc 62i.762,001t'69.295
MITSEV. M.-V., IGMOMOV, V. G., and I-ALYSHKINA, Z . It.
"Investigation of the Production and Properties of P/11 Electrolytic Titanlud
Tr. Gorlkovsk. politehhn. in-ta (Uorks of Gor'kiy Folytechwic Institute), 10,70,
26# No 15, pp 33-40 (from Wh-rlletallurgiyap Vo 3, Va!v 71,lbstraet Iso 3G370
by V. Chelnokov)
Translationt The article investigates.the properties of 0-5-=-thia-k conpact
titanium strip produced by the method of rolling FIEF11-3 elootrolytic Powder.
To obtain the strip, the powder must be rolled into I)ivakdouri stz-1p.-'3 mn
thick with a porosity of Four-time rolling of t',,a breakdowal vith
intermecliate sinterinr, at 1-000 In high vac=4 ilia Hg) and final
annealing at 750-1000 8 es uooiaible the viroduction Qf MttLniwa, withj'-45-
t~ rl~k I
50% and V~' - 32-40 kg/rua . it Is. recommenrled that a:mneal'Ang be perfox.-ed at
0 B
7-50 , which assures the obtaining of fUe-grained stimotuxe of alp~,~-tltaniurri
with optimum plastic properties and strength. Four 'llustrations. One table.
Bibliography with six titles,

USSR UDC 60-18-1B2
MALITSEV, M. V., Professor, Doctor of Technical Scien6es
"Metallograftya promyshlennykh tevetnykh metallov i splayov" (Yetallography of
Industrial Non-Ferrous Matals and Alloys), 2nd edition, published "Metallurgiya"
Moscovi 1970,, 346 pp
ANHOTMON
The structure, promerties.. and the use of non-ferrous inetaln and alloys are
discussed.
Structures of major industrial alloys axe illustrated by appropriate udero-
photographs in a separate atlas.
The book is intended for workers In retallocraphic laboratories of plants and
scientific research institutions. It may be usei!Vl for aspImmts and studonts
of metallurgical institutes of higAer learning- Ye iAUBtr.j 85 tables, 130
bibliographic references.
TABrx OF Comm=
Foreword 3
retroduction
Chapter 1. Aluminum and Its Alloys
Part 1. Structure and Properties of Alumin= 7

-77
7-1
7"'
_7~,7
USSR
MALITSEV, M. V. ~Ietallografiya pranyshlemVkh tsvetuy~h metallov i splavov'
1970,-346 PP
Part 2. Aluminum Alloys 15
1. Cast Alloys 15
2. Malleable ALAnys 46
3. Bearing Alloys 89
4. Solders
90
Chapter 2. Magnesium and Its Alloys
Part 1. Structure and Properties of Magnesium 93
Part 2. Magnesium Alloys 96
l., Cast Alloys
2. Malleable Magnesium A11QY$ 113
Cbapter 3- Copper and Its Alloys,,~
Part 1. Structure and Properties of Copper 128
Part 2. Copper-Zinc Alloys (Brasses) 139
1. Binary Brasses 139
2. YalticoMonent Brassea 148
Part 3- Bronzes 162
1. Aluminum Bronzes 163
2. Stannous, Bronzes 171

USSR
MALITSEVY M. V., Yetallograftya. promyshlennykh tsvetnfth matallav i splavoy,
1970., 346 PP
3- Plumbous Bronzes
4. Silicon Bronzes
5- Manganese Bronzes
6. Antimonous Bronzes
7. Beryllium Bronzes
8. Special bronzes:of High Electrocon4qctivity and
Strength
Part 4. Copper-Nickel Alloys
Part 5- Heat-Resistant'Copper Alloys
Chapter 4. ~ Nickel and Its Alloys
Part 1. Structure and Properties of Nickel
Part 2. Nickel Alloys
1. Structural Alloys
2. Electrotechnical. and Electrovacuum Alloys
3. Alloys-with Specific Physical and Cbmical Properties
4. Refractory Alloyo
5- Heat-Resistant Alloys
Chapter 5. Tin, Lead, and Their Alloys
180
164
187
189
lB_Q
196
,96
202
2o6
209
213
214
217
222
230
Part 1. Structure and Prop 231
3/5 tertics of Tin and Uad

USSR
MALITSEV, M. V.., Metallografiya pronWshl~ennykh tsvetmy~.h metaLloy i splavoV,
1970,9 ~46 pp
Part 2. Tin and Lead Alloys 234
1. Bearing Alloys 234
2. Readily Fusible Alloys 242
3- Soft Solders 242
4. Type Metals 243
5. Alloys for Cable Envelopes 2 k3
Chapter 6. Zinc and Its Alloys
Part 1. Structure and Properties of Zinc 245
Part 2. Zinc Alloys 247
1. Cast Alloys 24-7
2. Malleable Alloys 252
3. Arit-ifriction Alloys 252
4. Solders 254
5. Type Metals 256
Chapter T. Titanium and Its Allwjis

1. Structure and Properties of Titanium
P
art
257
Part 2. Titanium Alloys 262
1. Malleable Titanium Alloys 262

USSR
MAL'TSEV M. V.,, 1-t-tallografiya. promWshlennykh tsvetnjrkh matallow i splavav,
.1970j, i~g pp
2. C&st Titanium Alloys
Chapter 8. High-melting metals Ond Their Alloys
Part 1. Tungsten and Its Alloys 273
Part 2. Molybdenum-and Its Alloys 279
Part 3 - Niobium and Its Alloys -286
Part 4. Tantalum and Its Alloys 296
Appendices 298
Atlas of Macro- and Microstructures of Non-Ferrous Meetals and A.1loys 303
Bibliography 363
5/5

I ,i t
USSR UDC. 621-791.856:669.28
ALEKSEYM-0, G. N., NERODENKO, M. X. (Electric Welding, InstItute im;eni
YE-0. PATON, Academy of Sciences Ukrainian GSR),~ BVRYL1VOYA,. T. A.,
DANTYFLYV1,_T. .4 MAL'TSEV, X. V. , FREZE, 1.,and S11CRUK1N,. A. A.
~Ofosc-ow)
"Effect of Heat Treating on the Properties of Molybdenum-Carbon-Nickel
Alloys and Their Weld Joints's
Kiev, Avtomaticheskaya svarka, No 4, Apr 72, pp 47-49
Abstract: The study deals with the properties of interup-diate products
from TSM-3 structural molybdenum alloy (0.05-0.10170 wt I C and 0.01-0.1017
Ni) following annealing. The specimens were tensile-msted at room
temperature, at 2.5-10-3 sec-1 deforr-tatiOn. rates and -w4-,re arc-welded in
a controlled ivert-gas atmosphere. The specimens were pre-anl'Qaled for
1 hour in vacuum (10-5 n-3 11g) at 800, 1100, 1200, 1300, 1400, 1500, 1600,
and 1700*C. Metallographic examinations indicate that racr-Istallization
begins at 1200% and is completed at 14000C. Ma)timua piastkiLy was shot-rI
by specimens with a coz-pletely recrystallized smicture, Pre-annealims
appears to upgrade the weld quality. Nickel tends to coicentrate aloag
the grainboundaries and not only hinders carbon diffPsion, but also

7-:
jSSR
ALMEYENKO, G. N., et al, Avtomaticheskaya svarka, No 4, Apr 72, pp 47-49
promotes strengthening of the metal bond in the boundary layers owing to
the Iccalized increase of electron concentration. This strengthening
of grain boundaries by nickel appears to be the determtning factor in
raising the plasticity of TSM-3 alloy in recrystallized state. (2
illustrations, 3 tables, 4 bibliographic~referencus)
2/2

USSR UL~ 6ai.791 - -164: 669-28
ALMMYENKO G. N., NEROCENKO, M. M., Institute of Eleotric Welding irnneni Ye.
0. Paton; BIRYUKOVA, T. A. and SUCIMNIN, A. A., 14oscaw
"Properties of ~b-C, Mo-Zr-C, and Mo-Ti-~iC Weld Joints"
Kier, Avtomaticheskaya Svarka, No 9, Sep 72, pp 210-212
Abstract: The effect of zirconium and titanium on tho properties of weld
Joints for a molybde num- carbon alloy was investigefed~ InLpts of the alloys
were produced in an electron-beam furnace and rolled Jantc W%eet 1 m, thick.
The sheets were welded using a tur4,-sten electrode in a cont.r-illed heli-um, atmos-
phere. One heat of the ~b-C alloy contained 0.06%~ C (bent.1); two heats of
the Mo-Zr-C alloy were made, one containing 0.04. w-Erk (", 0.16 vt.,,6 Zr (heat 2),
the other --0.5 wt % C, 0.34 wt.% zr (heat 3); and two heats of the 1,1:)-Ti--C
alloy, one containing 0.05 wt % C, 0.014 'w't % Ti (heal; 4), Une other--0.055 'wt
% c, o.o26 wt %.Ti (heat 5). Alloying with Ti and Zr Inc-niaiied the Weld doint
ductility but reduced cold brittleness. TI was less iATective than Zr, which
is probably associated with the fact that small addit,'Lans of Ti increase solu-
bility of carbon in Mo in the solid state or bond the carban into carbides. Ti
and Zr also increase strength of the weld Jointi! and rm.,,ui bardresti. Both ale-
rents refine the sawn inetal stracture and positively the structure
0~ the heat-affected zone, dirffinishing!the extent of Ithe M.-Ect-affected zone
1 2

USSR
ALEKSEYENKO, G. H.) et al., Aytomaticheskaya Svarka, Ito 9, SeP 72, pp 20-22
and grain size near the fusion lines. In the study ol' imld joint nechiinical
properties it was established that the alloys contakning Ti falled prilr-orily
in the seam and that these alloys tend to form hot enlicks during weldinj, In
contrast to this, weld joints made from the Mo-Zr-C ELIJoys utdergo failu-.re both
in the seam and along the fusion lines. In sunmary, lLdditioms of Zr refine
the structure of the. seam metal and heat-affected zana) faoi.'Litate the forma-
tion. of a substructure, and increase strenjj~th and ductility of the weld .1aints,
vhile Ti additions have a lesser effect on the ducti4ty of weld joints n3de
using the Mo-C alloy. 1 Figure, 2 tables, 6 bibliogralohic references.
2/2
.... .... ...

USSR uDc: 68a.327
ASTSATUROV, R. M., KONDRAT'YEV, A. F., F. B.
"A Device for Checking an Operational ~emary"
USSR Author's Certificate No 333559, filed 9 Jul 70, published 7 Jun 72
(from RZh-Avtomatika, Telemekhanika i Vychislitel'Daya Teldinika, No 1, Jan
73, abstract No IB378 P)
Translation.- The proposed device pertains to the field of computer tech-
nology. It can be used for checking an,iminediate-access memory. Device-
for checking an immediatc-access. memory are knoirn which cwi be used to
monitor mod-2 readout data. The known d-evices for ronaitor~ng an inmediate-
-access memory do not provide for checking the ~orreftnesi; of operation of
the address decoding channel through which data reading t0tes place (r_-c-
cess to the memory).
The proposed device uses an additional shaping eircuit for forrd-mg a
mod-g control code. This circuit simultaneously "ditiplaces" the datL, iu~.-d
memory address registers. Also incorporated in the propor-ed device is
control code conversion unit. These modifications not onb, provide a inore
effective check on data readout- but also verify correspondence between the
112

7!
USSR
ASTSATUROV, R. M. et al., USSR Author's Certificate No 333559
readout data and the address with respect to which the realing has occurred,'
i. e.,the operation of the address decoder can be mondtored. Besides this,
the device provides further monitoring~of readout data w-itli respect te
modulus of two, in order not to violate the principle of "continuous"
monitoring.
Since increasing the effectiveness of monitoriiy~ 'rc-qv4'Lr(-IG USIrIL7' 1111
additional shaping modulus greater than two (usually 3), the memot-i
wora must -have at -least tvo. control dirits for storii~lir, a control code.
In modern computers, several datu uxiitr. are stored sinultmrv~-oualy in c~ mainory
(with their own control digits), so there it; no need,,to at!d inumory dlijts to
realize the proposed rinnitorIng devicas
ift

USSR UDC: 681.325.5
KONDRAT'YEV, A. P., ASTSATUROV, R. M., A TIKHOVICH, Yu. V.
IrTabular Adder-11-fultiplier"
USSR Authors' Certificate No 253442, Filed 11 January :1.968, Published 25 Feb-
ruary 1970 (Translated from 'Referativnyy Zhurnal Avtomilitika, Teleuiekhanika i
Vychislitel'naya Tekhnika, No 10, 1970, Abstract 'No 10$224P, by V. M.)
Translationt The tabular adder-Miltiplier (TAM) suggetited, coagistin.- I)f a
memory unit, tabular address forating circuit, registart, (R), ftrst (1) and
second (2) operands (0), and control device is simplifIled and the time re-
quired to perform operations is reduced by the use of I.-esult output and
analysis units. The inputs of the iuialysis units are canne,,-.ted ttz) the out-
puts of the It of the first and second 0, ~Aiile the outputs ori, connected
through AND circuits to the inputs of the first -snd saicond OR circuit!, Of
the result output unit. Me output of the first OR cjxcuit of the result:
output unit is connected to the input of the interrDgait;Lc-.1 circuit of the
R oc the second 0, the output of which is connected to !the flip-flops of the
R of the second 0. The output of the second OP aircul~t in 1.*he result autpat
unit is connected to the input of the Laterrogation cj~'rcuft.ai the R of thi.,
first 0, the input of which is connected to the flip-Plops of the R of- the
first 0. one illustration.
42

T
USSR ~ODC 669.29S.OS3.2 (088.8)
TIMCHENKO, B. S., MALITSEV, N. YE., Dneprovsk, Titanium-Magnesium Plant
1,q)evice for Automatic Control of the Process of Metallothermic Reduction of
Titanium Tetrachloride"
USSR Author's Certificate No. 271304, Filed 6/01/67, Published, 10/09/70.
(Translated from Referativnyy Zhurnal Metallurgiya, No, S., 19#11, Abstract No. S
G21SP).
Translation: A device for automatic control of the process o~ metallothermic.
reduction of TiC14, including the interrelated units for proSrammed feed of
TiC14, consist of a rheostat sensor flow meter built into the programmer,
an electronic relay controlling a reversing motor, an b1p:C12weighing and drain
unit, a pressure sensor and a secondary device for measurement of pressure in
the rc!actor, and a relay unit controlling the reactor surface timperature.
To provide more reliable operation of the device, the prograttisied TiC14 feed
unit and temperature control unit for the reactor tsurfmcie temperature include
ferrodynamic converters at the comparison point and a phasesensing semiconductor
amplifier with a relay unit, the contacts of which are Included in the control
unit, while the programmed feed controller for titanfimi tetra~,.hloride is built
Into the flow meter.

UIDG., 621.)7?-F:535
KINB R, B. Ye., PliLITS11-IV, N. Ye., and TOKATLY, V. 1.
"Geometrical Ontics of Irreg-ular '.0aveLuides"
Tr. A'-usc. in-ta- (I'ransactio-as of t'he Acoustlic:;al Il,.Stit-ute) 1970,
A
NO. 13, pp 77-85 (frow 1,1*c. 3, ch 11
stract i,o- 3B212)
-icn: '-AtQ-hin, beam stjructurt~rj in
Translat
-uidL In -,,!~I'ls
wavef, -s, identical k, rf*.-l-'au.4n s,
perrait ge*~atfbn c~ di:f
or nat waves, are ccrkstruct,~il. ..,eEume
CSOt 1860-W
END
NOW

A from the boundary corditions. Botbi these prfmms are reaucm r.Q Tn
%-,he fields
solution of functional equations. Examples of cal*ulatipa arq) tgiven. The can-
dItion of detacbment of the field fron.the walls oit hairn in analyzed.

USSR uDc.. 621.372.132
KINBER, B. Ye., TOKATLY, V. 1.
"Asymptotic Theory of Irregular Waveguides and Hornsm
Moscow. Radiotekhnika i Elektronika, Vol 15, No 12P Dol~ 70, PP 2512-2-521
Abstract: A new method is proposed for calculatir4r, irrelpilar wavoguides. Vie
Ctirvit jis tinn aijit of two fields of

'112 020 UNCLASSIFI~D KI)CESSING UATE--30OCT70
TITLE-CERTAIN MODIFICATIONS OF YHIE HETH~OD OF CROSS SECTIONS -U-
:~AUTHOR-MALTSEV* N.YE.
,.COUNTRY OF INFG--USSR
..-SOURCE-AKUSTICHESKII ZHURNALv VOL. ltjv~JAN.-NAR. V470, P. 102-109
,.:JATE PUBLIShED---70
SUaJECT AREAS-PHYSICS
:JOPIC TAGS--WAVI:GUII)E
-COORDINATE SYSTEM
TRANSMISSION* DIFFERENTIAL EQUATION SYSTEM,
:CCNTRCL MARKING-NO RESTRICTIONS
DOCUMENT CLASS-UNCLASSIFIE0
PROXY REELIFRAME-198811561 STEP N'13---Ull/0046/70/016/000/0102/OL09
CIRC ACCESSIGN NO-AP0106307

020 UNCLASSIFIED PROCESSING OATE--30OCT70
~CIRC ACLESSION' N(j--APOlOo3O7
_A8STRACT/EXTi,',ACT--fU) GP-0- ABSTRACT. CONS I DERAT JGN OF r-f-RTAIN WhYs OF
MODIFYIP4G THE wGDELY KNOWN OF CRUSS SECTION5 6Y ci-im4Gi~jc rm:-
SfJAPE OF THE CROSS SECTIONS. SPECIFIC EXAMPLES AAF CITED OF CR05S
SECTIONS, DETERIIiINED BY THE V41RIALILES 9N THE HELKKOLTZ EWATWN ARE
SEPARATED. THE AET1100 CF CROSS SECTIONS 15 APPLIE0 1-0 THL SULUUUN Of
THE SCALAR KELAHOLTZ EQUATICN IN INFINITE AND SEAlINFINITE WAVEGl)lOz-S
'lKRLSP0N0tNG 114FIPIITE
WHICH ARE SYMMETRICAL RELATIVE TO THE AA15 IHE Cl.
-SYSTEMS OF DIFFERENTIAL EQUATIONS ARE 'OBTAINED. FACILITY:
AKADEM11A NAUK SSSR, AKUSTICHESKII INSIMUT, Moscoll, USSR.

USSR UDC: 062-567-1
ABGARYAN, K. A., RAPOPORT, 1. M.,J,4ALITSEV MOYLOV, Ye. A.,
SA
"Order of Lenin" Aviation Institute ineni Sergo Or-
IRYBAK, S. A., Moscow
dzhonikidze
"A Dynamic Vibration Damper'
ye Znaki,
Moscow, Otkrytiya, Izobreteniya, Promyshlennyye Obraztsy, Tovarny
No 5, Feb 72, Author's Certificate No ~611781, Divisio;n F, filed 17 Mar 71,
published 28 Dec 72, pp 108-109
Translation: This Author's Certificate introduces a (~yn,=ic vibration
damper which contains an additional mass coupled to am elastic element.
As a distinguishing feature of the patent, provision in made for using the
damper in liquid-filled elastic tanks. The elastic element is made in the
form of a ges-filled elastic shell located inside the,liquid, and the our-
rounding liquid comprises the additional mass.
2/2

wom
USSR
ABGARYAN, K. A. et al., USSR Author's Certificate No 364781
2/2

FMIRM
USSR (jr-C: 5337-312.6~
BARA-2,1131T, 1. A. BYCIUMV, Yu. F. KO;i~'ZKOV3 V. P. jIjI A., SLAV-
GORODSKIY, M. F., SHMULEVICH, F. S,
"Effect of Rhoditup on the Superconductive Proper'UJ,c.,; of 2:0.-conium L-,,d Scnc
of its P-1loys"
Moscow, Sverkliprovodyashchiye splavy i sovedin.-sborn-1.1'. (SLIP ~-vl,
Alloys and of worl,,s), '?~Nrm;za% 3-972, pp 1,40-147 (frem
RM-Radictekhniha, No 12, Dec 'T2, abstract No 12D56'(., [r&;II1II6j
Translation: An investl.t~ntioyl 10711if4 Mr,00 Of thf, ".1lic'n
scgrq-tftian.,~ oil iL phim;t. litiving, zi. 11,ighir c-rit 1- 0 1-0
xnatrl.x have on th.,~ crit,icid cia-ri.-iit. Additionr (-):f, vo,"r,flium
.II tion
T, of zjrconium tv 6-7 11" uith fc,~-wi-O;ion of fiolid-i:(Al-
111-12 K vrit-h fo=-ation of Zrp.T4,1i. CHAILeril currun1li; on
ternary alloys ZIr-Irb-Ph and kfller anm!iLLh:j-, 1,,nly
a-phase was segr,~-ated, there a consfder,-~.IbIe Jx t1ic- crtl~-!F-l
current. After rt 5-~()`C, whmn 1"he
were necompmded by Of COMPOLInd -,i4iJCh. IuLt; ti Lir"13 ,,~C-
critictd current was apprecit~bly lcwer.- '17he resno-Itu, t3hou- a hiC,17,-~r
1/2

USSR
BARATTOV, I. A. et al., SvLrki-,rx-cvody,,.sh~h,,.*yf,, syditvy i acye,5~ri - "-Tquk--",
1972, pD IhO-147
effect on the critical curret)t of dispersed wlJoh are zior-
superconductive at 4.2 K in a superconthictive T~.atrlx.. Five
lustrations, one table, bibliaj,~vaphy of: four. titles.
212

USSR UDC' 66 1,546.77
ROVAK, V. P., BOGOVINA, V, 1. , B11)OVIKt S. S. and
oil -Union
43. Int; TU~100 1 ipe
Scientific Research, Design and Tochnologic t
Industry
"Photometric Determination of Molybdenum in Hickel-Bome Alloys in the Form
of a Molybdenum-Unithiol Complex":
Moscow, Zavodskaya laboratoriya, Vol 3T, No 10, 1971, PP 111(0-11TI
Abstract: Discussed is the use of unithiol as a reaStbnt for the -~hotonetric
determination of molybdenu-- in steels without the sepuration of accempary-
ing elements. The optir-al conditions for the complex formati on are: 0.5 r..
bydrochloric acid, maximum light absorption -- 34~ nmp colar intensifies
with time and maxizrum color is achieved after 5 mins. The Dtesence of
Fe(II), Cr(III), Iii and Co in ration (to wlybdenuyn) of 1:~Ob 1:h0, 1:40 -and
1;10, respectively, will not interferes -with the eanalyi3is. YtMinur, ortical
density of the solution is achieved after prolonged standixig. 'rhe reaction
rate increases with temperature, An excess of tbe reN;en-1.prc=otes intensifi-
1/2

USSR
WOVAK, V. P., et al, Zavodskaya laboratorlya, Vol 37, NO 10, 1971, Pp 1170-
cation of color in the molybdenum-unithiol. complex. An analytical procedure
for.molybdenum determination in U-644B and LL-929,steel grades is described.
The-relative error is 3does (3 illustratious,,l table)..;
2/2
59

'112 021 'S' --30OCT70
UNCLASSIFIED PROCE, ING DATE
~-~T-ITLE-ANODIC ISOLATICN OF THE ALPHA PHASE FR09 KHT$N10f STEELt AND ITS
IS -U-
7,4!-AUTHOR-(02 )-MALT
SEV, V.Fot GAVRiLYUK# Y~E*Dm
OUNTRY OF INFO--USSR
UURCE-ZAVOD, LAB@ 1970, 36(2), 161
,5-0ATE PUBLISHED ------- 70
,.:,,SUFJJECT AREAS-MATERIALS, MECH,j INO* oCIVIL ANO MAR I NE ENGR
TOP I CTAGS--SrlAINLESS STEELt ALLOY OESIGNATION, MEVAL
CORROSION/0J)KH18NIOT STAINLESS STEK
MARKING--NO RESTRICTIONS
,~,~DOCUMENT CLASS--UNCLASSIFIED
:,_.,PROXY REEL/FRAME--1996/1897 STEP NO--UR/0032/70/036/002/0161/0161
CIAC ACCESSION N0--AP0118859
UNCLASS1 F ICO,

.7
2/2 021 UNCLASSIFIED PROCESSINIG DATE--30OCT70
CIRC ACCESSION NO--AP0118859
ABSTRACT/EXTRACT--(Ul GP-0- ABSTRAGT. THE STAINLESS STF.EL KfiI8tNl0T 1S
DECOMPOo BY ANODIC DISSOLN. IN ELECTROLY`T~- CONTG.' 7,'t G KGLt 10 G
THIGUREAr AND 19 ML CONCO. HCL-L.9 AT A C,D. OF 20-100 NA-CIA PkIME2.
THE ALPHA PHASE IS SEPD, FROM THE INSOL4 RESIDUE WITH it MAGNET, ViASHED,
IDENTIFIED BY X RAYS, DISSOLVED IN 15PERCETN H SUB2 SO SUB4, AND
ANALYZED. C 1.14r MN 0.50t SI 28.21t CR 4-.0fto FE 66.1LPERCENT1 AND TI
TRACES IS THE REPORTED COMPN. OF THE ALPHA PHASE. ~~ AN MIT. OF
z,: .0o.65-0.68PERCENT ALPHA PHA,SE IS FOUND 'IN THE STEEL iiY 11-JE PRESENT
I~ETHQD; THE PARALLEL MAGNETOMETRIC DETN. GIVES 0.11GPERCENr.
FACILITY: VSE5, NAUCH.-)SSLE-D.,KDNST?s.-IEK"NOL. (NST.~ )WID. PRDm,j-
D.NEPROPETROVSKr USSR.
UNCLASSIFIED

kTjmi!p!lmlk
'Now 1; !
'7112 024 IE'D'
PAOCMIN!~ DATE-18"'EP70
UNCLA3SIF
JITLE--ANODIC BEHAVIOR OF STAINLE.S$ 5TEEL KH18NIOT --U-
AUTHOR-(05)-i4ALTSEV, V.F.t SHAVELr M.m.p MARUNENKOt L.V.,, GAMIALly T.A.,
SM I RNOVA,
,COUNTRY OF I'NFO--USSR
-..-.SOURC E--Z AVO 0. LAB. 1970t 36(2)9 140-3
-DATE PUBLISHED ------- 70
SUBJECT AREAS--MATERIALS
STEELt STAINLESS STEEL COMPOSITIONs MANGAWSE STEELP
TOPIC TAGS
SILICON STEFLP CHRnmium STER, NICKEL: STEELv TITANIUM STEEL,
ELECTROLYTE, CHLORIDEt THIOUREAt SOLUBILITY/M0118NIol STAINLESS STEEL
CONTROL MARKING--NO RESTRICTIONS
1-onctIMENT CLASS--UNCLASSIFIE0
PROXY 9EEL/fkAME--19d9/0601 STEP NO--UR/003Z./70/03b/002/01-'*0/0143
CIRC ACCESSWN N10--AP0107198
UNC LASS I FIED

212 024 UNCLASSIFIED PRYOCESSING DATE--16SEP70
CIRC 4CCESSION NC--AP0107198
ABSTRACT/EXTRACT-W) GP-0- A"'ISTRACT POMITIAL TJ:KE PIXTS ARE GIVE"4 FOR
STAINLESS STEEL KH18NIOT CONI-G. C 0.013Z9 MN 1.1.7, St 0.58, CR L-7.5, NI
1.0..8, AND TI 0.33PERCENT DORiNG ITS AiNUDIC 01550L.N. IN OIFFERU~CE
ELECTROLYTES. CONST. P~ASSIVATION AND IRREGULARITIES IN LOCAL DISSOLN.
1) SLIB3 CD SUE12 14t, 0.2N ACOH,
OF THE STEEL WERE OBSERVE. IN 0.2N CCL 0-2N
GLYCINEs OR 0.005N H SUf3Z SO SUB4. SMOOTH ANOD I C, 0 1 S50I.N. ,GOOD
ISOLATION OF THE CARBIDES, A140 ELIMINATION OF PAS!)'-(VArI0'N WERE ACHIEVED
LN THE. M[Xr=D ELECTROLYTE CUNTG, M KCL, 0.24M liCLo 10 G THIOUREA-L.9 AND
0.2N CARBOXYLIC ACID. ADONS, OF CHLORIDE-S-AND OFITHW-UREA ALSO IMPROVE
P83 PO SUB4.
THE ANODIC DISSOLN. IN OIL. H SU132 SO SUB4 OR H S
UNCLASSIFIEO

UDC 6,62,612
POPOV, Ye. I., YASHPOROV, L. Ya., X&jj1TS-UXJ_Vr -1.1 and BREYTER,
A. L.
"Combustion 1-lechanism of Aluminum-Magnesium Alloy Particles"
Novosibirsk, Fizika goreniya i vzr.Vva, Ila 2, 1973, pp 240-246
Abstract: An investigation is conducted of the cominAstion process
of single aluminum-magnesium allo,~ particles tinder atmospheric
pressure The particles under te8t contained 5, 10, 20, 50, 70,
90, and ~5~~ magnesium, and were made in spherical form of 100-600
X in diameter. The method of the experiment iia3 to place tht, par-
ticle to be tested on a sharp tunCsten needle and roast it in air
or in the flames of raixtures of ammonium jereh' )orate and in uro-
tropin at temperatures of 2500, 2700, and 3_1V I.', tA.th the com-
itra "I'lonvas" awid the
bustion process observed through the cinema catil;
SICS-1. Photographs from the film ttrips are roproduced, and
curves are plotted of the ratio of the partic.lo glow zone radius
to the radius of the original particle as F. fLuiction o:r tire, Bind
of the relative duration of the fix-at combu-94-lan staUe ca!3 a func-
tion of the all *tion. it is tound that the-~ combustion
OY comnosi
proceeds In two stiges, 1;1th the magnesium burning oufchlef~~y in the first
stage and the aluminum in the secard,
1A

,. ~"~= Mr 11
USSR UDC 629.7.036.54-66:536.46
MALTS9VJ* H., KURYLEV, V. V., and $ELEZNEV, V. A.
"The Ignition of Individual Metal Particles"
Odessa, 11-ya Vses. Konf. po Vopr. Ispareniya, Cort!riiya i Gaz. Dinaniki
Dispersn. Sistem, 1972--Sbornik (11th All-Unioa Conference on ProbleTaS Of 'tile
Evaporation, Cowl)ustion, and Gas Dynamics of Dispersed Syntems, 1972--Col.lec-
--Aviatsionn)-ye i
tion of Works), 1972, p 33 (from Referativxiyy %hurnal
Raketnyye Dvigateli, No 1, 1973, Abstract No 1.34.165. Resume)
Translation; The authors discus:,s the influence of various factors upon the
ignition of particles of zirconium, titanium, triagnesitim, and zirconiurp. hydrid2.
The investigation waii conducted by Means of microphotographing the particles
during heating in tin atmosphere of air. '11te maximum, J:empqtrature of the heucr
was 19000K, the heating rate was from 2.5 to 120 degi,eeshet~. Particles 100
to 500 microns in size were investigated. The influe-rice of the typ,, -of metal,
particle size, heating rate, and porosity upon the ij.,,nition temperatu're was
e-stabl-Ished. Zirconium, titanium, and zirconium. hydi-I.de 1gaite in Lwa stages.
The first stage is snolderiiig, which is characterizeql by elevation of the
particle temperature to a red glow. The second stagt~ is a flare-up, charac-
terized by the formation of a bright nu6leus of light. Zirconium and
1/2

il"INIMMININ IN 1-1
USSR
MAL'TSE
W, V. M., et al., 11-ya Vses. Konf. po Vapr. Lripareniya, Coreniya i
Gaz. Dinamiki Dispersn. Sistem, 1972--Sbornik, 1972, 1) 33
titanium are characterized by the earlier ipition of largf:ir particle.3. The
converse pattern is observed for magneriium. As the heating rate- increases,
the Tignit of the particles decreases. The ignition remperature of the less
dense particles is lower because of the'greater speciftc stxrf'ace.
2/2

------ ---- ------- --- ---------- ---------------------- -----
USSR IrMC 536.46
ROMADONOVA, L. D., M.. and POXHIL, P. V~
"Influence of the Physicochemic4tl Properties of the I'Llel jIll(I tjjj~ Oxj.&-,n~
the Nature of the Pkelationship of the Combustion Rati! of a Fuel Mixture to tile
Particle Size of the ruel"
Novosibirsk, Fizika Coreniya i Vzr-),va, No 1, 1972, p;~j 8-15
Abstract; In order to trace the influence of the physicochomical pro-tiorties
of the fuel and the oxidant upon the natura of the ri!Ilatiow~hip of thii con-
bustion rate of a fuel mixture to the particle size. of the fuel, stoichionetric
compositions were investigated an the basis, of three oxidants ard 28 fuels.
It is shown that in the case of a fusible oxidanr atid a nunsubliria])IL fluel,
the combustion rate of a composition with A fuel of large parLtele A1*.t,(! Is
higher than the co.-iibustioa -.%ite of a coapojH.tion wil:fi ffi)e fue.1 particles,
2 figures. 3 tables. 3 references.
33

USSR UDC 536.4-55+66)9-715
T T'
BHETIE~17 A. L,1 t[A31IF0iiQVv L. Ya. 9
POPOV9 YO. !. 9 Pill ki-KIN, V. I. 3'2,131j~ W11 A. 0 0 C W7
"Burnin- of 3-ingle Fart-licles of Alivai Jurn Alloys in the
Plame of 0-lidizer-_~"xiol _',~.Lxturc"
Novosibix-n-1--, Gorclliya i Vol 7 :1a 2, Ji in 71,
pp 222 -227
AbotrDc--1V- : T'lle of sinr-,Ie
alloys in `Uhe- ton--LIO 03" 1_1 I
Ific, 'lamc. of a mixti,!:rc of r-
chlorat-e ~,,id urot-oniii,~ Of ~Y!!-
(
and 12 ,r1 urc)`ro-:Dinc J_j-~r j_ _q
rqo.,
vestimn-ted. The vcm~,Lllt.,q ~n7c 121,r n c
to to fn-r,~Ils 01, t.-,;1-)Jc!7~,I trac1co of bzzim-lia,l:,
- t~, f- r cmen, 'ance'- 0- ~hc, i-Iflamni-q-1-,ion, t-i-.nc! ,a,!
"na"
ion. rill-b"ic-c-Lo(i tm on
the P.nrticlc f-, c
c n 11" i o n 0",
ftel on n1tim1mira 11.1-3-y!-, 30 -41i v-i Ot -70

USSR
BREYMR) A. L.) MSIIPORCf;, L. Ya,.,el al,, ritzika Gmmiya 1. Vzryva, Vol 7,
No 2, Jun 71, pp P22-227
!Ire to e 0:1~~?('e.,-ive. 1~110
LA
comooric-"It C', dc,;Or. "0. b"', Iro
of bixmin,- of -110
of included metal.1": the nonnc~~ilil,;Y oil j.tz; 0",4(jic
tion cl-D-1-bility, actimit, , vo 1;I.-t j. 1. i, ~,r
-~-he I.,)u-r,.ai;ri,,- v- iv c
ro, density chaji.-c, by fasing, wqd
illustr., one t~--bllc, 16 bibIio..rcJ*s.

- -SUL I P. F. UU'T LOGACIIE'V, V- S-, SETEZNEV, V. A., Moscow
"Combustion of Aluminum Particles in the Flame of a Condensed System"
Flzika Goreniya i Vzryva, No 1, Mar 71,,pp 51-57.
ABSTRAM This work, presents a study of the process of combustion of aluminum
particles in a flame of type N ballistite powder and a model mixture of ammonium
perchlorate with organic fuel. The study of the process of~combustion of
metal particles was performed in a constant pressure brimb with quartz windows,
in which a vacuum or the necessary inert. gas (nitrogen, argon) pressure was
created. The metal particles were introduced to the emposition of the fuels
during the manufacturing process. A pbotographic method. was used to stud), the
processes occurring on the surface of combustion, and s~,ecimons were ta'ken to
study the dimensions of the metal particles through the height of the flame.
It was established that as ballistite powder burns, the, metal particles adhere
to the thermostable decomposition products of the nitroc~sllulasa, later merging
near the surface of the charge. Increasing the percentalle of metal in the fuel
causes an increase in particle diameter, Aluminum particles accumulate and

USSR UDC 536A6 + 662.222A
POWUL, P. F., MALITSEV, V. M. LOGACKV, V. S., SEUMEV, V. A., Firika
Goreniya i Vzryva, No 1, Mar 71, pp 51-57,
aglomerate on the surface of combustion of the charge. In the initial stage
of combustion, oxidation of the metal occurs on its surface., with 4 to 6% 01.
the heat realized due to combustion of the metal liborated in this manner in
the reaction layer. Combustion of aluminum particles in -the flame occurs
through intermediate products with the formation oflower oxidt;s. The tempera-
ture of the combustion zone of aluminum particles is 400-6000 higher than the
temperature of the remainder of the flam
e.
2/2

USSR TDC-.662.2fS.2
POMIL, P F.. EMOIEV,. V T. IMMOX ".,A., Mosr-OW
17*chanism of Combus-tion of-A-1&ral:J'"hrticli~s"
Novosibirsk, Fizilza Goreni~a:- P. Vzxrm~! Vo I ~ 6, No. 3, :;ep 70, pp. 407-410
Abstract: This article is deditated--'m investigation (if the combustion
of condensed 5ystems containing. such,irtetals as alum-inwi, nagnesium and
their allovs as additives. Me: eocperiaental study was perfo=,ed using
cylindrical, specimens 5 mm in-diamater,-and 7-10 nm high. It was estlb-
lished that ballistite burns, st;abl,)-,-iiith,prLIimintir3, herating to a Minimum
temperature oJ7 1100C, i-.,hile airammonium perchlorate conj..)ositLon must be,
heated to a minimum temperature of'200"C., Stt.idic.,~ were nada ol.' tht.,
thermal CffeCt: Of thV in flw~ reaction layer (if
the conderi5ed phase. The- results~~ indicate that in tile :;~Tea of f laneless
combustion of balljLsti te- conpasi.rii irrs:witb aluminum theisurface tempera-
ture.of flamelesa cDmIlustion. is-- 5009C,. that is on the sijime ordtir as for
1/2
M

7 ~7:
71
USSR IJDC:662.215.'4:'
POKHIL, P. F. LOGACHEV, V.. M MALITSEV, V. M., Novosiblrsk, Fizzika
Goreuiya i VzT),va,. Vol - 6,. NV_ 3~ 0
ballistite compositions without-theemetal. This indicates that the altimi-
n= pax-ticles burn in the smoke-gas, zone of the f lavie nihar the surface
rather than on the surface of * thch: corWensed material. 1-figh-speed
cinewtography indicated, that-.. the--mte-of combustion Of,; 11U11INLIM particles
is an order of magnitude les:s-- thaxv tht. rite of combustion of the ballistite
composition,, and- imcrease.T- with: bm=asing surrounding -medivia temperature.
212

If2 049 UNCLASSIFIE0 11110CV~$ING QAV~'--04DEC70
~TITLE--INVESTIGATION OF METAL PARTICLE FUS.ION 0lJlkr4G- TI-11-- comBussrEwl OF
METALLIZED BALLISTITE CORPOSITIONS AND FUEL OXIWIZER MIXTURES -U-
3UTHOR-(03)-POKHIL, P.F., LOGACHEV, V.S.v MALTSEV~~!V.Ml
COUNTRY OF INFO--USSR
SOURCE-FIZIKA GURENIIA I VZRYVA, VOL. 6,, AR. 1970, P. 110-92
-DATE PUBLISHED ---- MAR70
AREAS--PROPULSION AND FUELS
JOPIC TAGS--AMMONIUM PERCHLORATE, POTASSIUM P~RCHLORATEo COMBUSTION RATE't
FORMALOEHYOEP COMBUSTION PRoouc PROPItLLA
-r, SOLIO NT Co!tBUSTION' ALUMINUM
POWDER
~,-CONTROL .14A.RKING--NO RESTRICTIONS
'DOCUMENT CLASS--UNCLASSfF[ED
.PROXY FICHE NO----FD70/605107/1-__l2' $TEP P10--UP/041 4/'ili:)/Ut),'),fOOO/OOd(*.1/0192
CIRC ACCESSION NO--AP0140763

212 049 UNCLASSIFU,. P1iJ:1CE!)!)1N(; 0AT;:----Q~i*~"'-:c~-'.'
CIRC ACCESSION NO--AP0140763
ABSTRACT/EXTRACT---(U) GP-0- ABSTRACT PHOTOGRAPHIC, AND MICROSCOPIC STUDY
OF THE FUSTION OF METALLIC PARTICLES OURING 114E G-r-
STOICHIGMETRIC MIXTURES OF AMMONEUM ANO PIDTASSIUMIPERCHLORATE ~"Vo
POLYFORMALDEHYDE WITH AODITIONS OF 7, ~13, Oil 20Pf:4'CEN1' ALUMINUIM
PARTICLES OF VARIOUS SIZES AND GEO;4ETRIES, SPEC14L T1-',1-.H.N[QUES AE-RE USED
FOR SAMPLING THE CONDENSED PHASE OF THE SMOKE GAS MIXTURES AT VARIOUS
OISTANCES FROA THE BURNING CHARGE SURFACE. THE D6:PEND1*-.,11CE THE
OF
CHARACTERISTICS OF THE FUSION PROCESS ON. THE VAR [11BLES, OF THE COMBUST ro'N
..,PROCESS IS DISCUSSED.
i rdn j A tz 1~ I r. t r.-ri

USSR 'U= 556.46
POKffn., P. F., LOGAC10,71 V. S., MALITSEV,, V, M., SELEZrW$ V. A.
"Spectral and Photometric Research on the Flaw Jet in 140del Fliel-Oxidizer-Metal
Systems"
Novosibirsk, Fizika Goreniya i VzryVa, No 20 June 1970, pp 143-152
Abstract: Me equipment used for spectral research on the flame jet in tile com-
bustion of fuel-oxidizer-metal systems is described, anti its u eration is explained.
Spectral flame-jet research by means of this Imstallation peritd.tited the photonyetric
method to be used for temperature measurement; this methvl pennitted the shapt
of the flaw of Individual metal particles in the combustion jarcducts of 1-he charge
-to be locally determined. Evaluation of the combustion. %ampe-nature of all=inum
and magnesium particles In the fla jet of model systewil by the spectral and the
photamtric method is discussed.

............ .... -------------
Pr .
IKA'
USSR UDC; S36.4S
POKHIL, P. F., LOGACIIEV, V. S. M'TSEV V. M.
"Study of Fusion of Metal Particles During Combusion of Metallized
Ballistite Compositions and Fuel-Oxidizer Mixturesol
Novosibirsk, Fizika Goreniya i Vzrv-va, No. 6, March 197(), pp 80-92
Abstract: Experimental data have indicated that tho miech till i sin of combus-
tion of ballistite compositions does not chaitge with the addition of alunin-,in .
An investigation of the size, form anti state of particIv sureaces before and
after combustion of ballistite compositiow; at various presstires was perf-'ortned
lit order to gain an idea of the mcchanism, of combustion of the altijitinum parti-
clus added, Photogr3phs of particles during, the procestij of combustion -are
presented. As the ballistite compositions plus alwainum burn, the particles
of metal adhere to the thermostable products of de-com1wmition of the nitro-
cellulose, then fuse near the surface of the charge. During combustion of
fuel-oxidizer-metal compositions, fusiml 01' thC Metal JNJ?IiClil~.I: occurs or, 0-
surface of the charge, since the charge telliperaturo is ,iufficiant to melt the
aluminum and magnesium. As the percent of metal in the compoiiition is increased,
the mean particle diameter of aluininim and magnesitim particles fonled as a result
of fusion on the charge surface also increases. 71te dep:ree 0~ fusion of-' metal

7;~
USSR
POMIL, P. F., LOGACIIEV, V. S., MAL-TSEV, V, M., Novosibirsk, FIzik-a
Go reniya i Vzryva, No. 6, March 1970, pp 80-92
particles on the charge surface increases with decreasing site of the initial
particles of metal in the model composition. 7lie mean 1rolum-eetric size of
particles of aluminum and magnesium famed as a result (W fu3ion on the charge
surface decreases with increasing combustion rate of the charge. Me velocity
of particles of aluminum and magnesium famed as a result of fusion on the hot
surface of the model mixture is 2-3 mm/sec for aluminwii and 4-S mm/-3ec for
magnesium.
2/2

- ---------------- -
USSR
GERSHUNII G. V., and PIAL'TSEV V. P. Institute of Evolutionary _Phyrio1oLQr and
Biochemistry imeni I. M. Sechenov AcadetV of Sciences VESR Uningrad
"Some General Features of Impulse Sequences D2 Bioacoustic Signals"
Leningrad, Zhurnal Evolyutsionnoy Biokhimii i Fiziologii, Vol 9, No 2, Mar/Apr
731 pp 162-176
U-CC 591-185-5:577-37
Abstract: Sounds emitted by monkeys (Cebus capucinus), catsP albino rats., and
chickens under various circumstances ifere recorded and aralyzed. Significant
differences were found in the duration of individual impulses and of the inter-
vals between them., organization of impulses into packages, du~atiori of impulse
packages and of the intervals between them, and relative amplitudes and ,zpectral
components of impulses within a -rackage. Frequency inodulation, not observed
amonC; insects, appears to be a typical characteristic of manmui.ls. The first
and the last impulse ill IL packaijo differ from ench otlx.,r, cletirly denoting the
beginning and the end. Organization of impulim paeka,.,ea occui.-s when the, an-ttal
performs no definite :rotor activity and the sound is the imin. expression of
motivational and emotional factors. During, t4tis so-callud acejuBtic behavior,
the packaged sound signals represent general aftentatioxi~ a cal.L, a greeting,
or a threat addressed to another animl or man+ On the ot;her 2-Aand, non-packaged
1/2

2/2
.... . ... . ...... ...

USSR UDC 591-581598.82
Institute of Evolutionary Physiology ond Biochemistry, USSR
WiaaeW of Sciences, Le~ningrad
"Some Types of Acoustic Signals of the Capuchin Cebi.'is capuainus"
Leningrad, Zhurnal Evolyutsionnoy Biokhimii I Fiziologil, Vol 7, No 2,
ftr/APr 71, pp 186-194
Abstract: As one aspoct of the study of the neurophysta-logy rind social be-
havior 6f highex marnalsp convauni cation sounds used by the capuchin ncnkeys
were Investigated. The stucly uas done on two male and two To3ale capuchins,
The sounds they emitted were recorded as oscIllograns ii.nd spNtrog=s -while
their behavior was observed. Six of the eight sounds Ltioted are described
according to the duration of the ingulsesp the intervala, be-twien thxmi the
rise and fall in wave amplitudes, and the value cf cearUU f--tiquencles in
the speetr-al bands. The greeting call is a high--pitohwd trUL The F'hoxtv
food call is a single quasiharmonious Impulse lastine~#, U-40 iLlillineconda and
having a large numb-2r of apectral bands. Tho long food call Is longer In
duration and has different spectral bands. The deforisqi cal2 ~a a lone;, W1-
organized sequence of various Anpulsea. - The threat ca4b. ic, a zorles of shcxt
noise impulses. The aggnosion call is a c6iaplov aeqwince of noise impulsez

2/2

112 015 U14CL ASS IF I C-0 PNOCESSING DATE-20NOV70
TITLE-CN S6UND SIGNALIZATION IN THE CAPUCINE CEBUS~CAPUCINIJS -U-
:ALTHOR-MALTSEVi V*P.
.COUNTRY OF INFU--USSR
EVCLYUTSICNNOY BICKHIMIl. I PILIOLOGILIt
64-73
PATE PUBL15HED ----- -70
AREAS--BIOLGGICAL AND MEDICAL SCIENCES
[:,TOPIC TAGS-MCNKEY9 ACUUSTIC SIGNAL, OSC~LLOGRAM
CGNTROL HARKING-NO RESTRICTIONS
DOCUMENT 'LLASS-UNCLASSIFIED
PROXY REEL/FkAME--3005/G379
1,9701 VCL 6t AiR It
STEP 140--UR/0385/*Ittl/00b.j'001/00bft/0073
CIRC ACCESSICN NO-AP0132608

212 015 UNCL ASS IF I ED PiiiJCESSENG DATE-20NOV70
CIRC ACCESSIGN NO--APOL32608
ABSTRACT/EXTRACT--(Ul GP-0- ABSTRACT. TWO TYPES Of: ACOUSTIC SIGNALS
EMITTkU bY CAPUCINES tNEKE STATISTICALLY DESCRIBED 111TH 14ESPECt' 11) SOmE
Uf THEIR TEYPOR-AL ANG SPECTqAL CHARACTERisrics. PIE DIJRATIONS OF SOUND
IMPULSES AND CF GROUPS UF IMPULSESp THE INTERVAL$ ;HErlvl':i*,N IMPULiES ANU
THE STEEP,iESS OF IMPULSES iiERE MEASURED. 05CILI.IjORAMS: AND DYNAMIC
E ANALY$1,4io. j1* HAS St-;(.-kwpi THAT
SPECTROGRAMS OF rhE DE..jCk16E0 SIGNALSMER
A GROLP Gr IMPULSES TYPICAL OF TI-IE URLENrATION SIGNAL JINCLUDES QIFFERENT
TYPES OF IMPULSES FOLLOWING, 'E.ACH OTFER IN CE4TAIN !.SEQ(Jj'-?%1CE WITH
DECREASING INTERVALS, UN THE CONTRAR'Y, A CROUP 1111 Till- CALLING S[GNAL
CONSISTS (,F MOINOTYPICAL INPULSFS WITH 0 'tHER VALUE;$ 01-ifHE PARAMETERS
srucIED, ThE OURATION OF THE U-1PULSES INCREASKNG FIROM Vhil- 8EGINNING TO
THE END GF A GkGUPw FACILITY: ~ .06TITOTE OF EVOLUTIONARY
PHYSIOLOGY AND BIOCHEMISTRY, USSR ACADEMY OF SLIEII;CES, LENINGRAD.
UNCLASSIFIED

112 019 UINC L A S S I F! IF 0'PROCESSING DATE--18SEP70
TITLE_-THE- EFFECT OF ENGINEERIING FACTOKS ON THE M~VIANJICAL PROPERTIES OF
AL.9 ALLOYS POURED IN A CHILL MOLD -U.-,
A.UTHOR-(03)-IIALTSEVt V.P.,r KRYSIN, B.T~:.t SUVOROVo A-S.
www"_
COUNTRY OF INFO--USSR
--MOSCOWt IZVESTIYA
SOURCE VYSSHIKH UCHEBNYKH ZAVEDEN[Vv MASHINUSTROYENIYE,
NO., I v 1970,, PP 176-180
PUBLISHED ------- 70
SUBJECT AREAS--MATERI ALS
..-TOPIC TAGS--MECHANICAL PROPERTYV ALUMINUM ALLOY, METALCASTING, FOU14DRY
-1 'm.MOLD/(U)AL9 ALUMINUM ALLOY
CONTROL MARKING--NO RESTRimmis
DOCUMENT CLASS--UNCLASSIFIED
PROXY REEL/FRAM'--1985/0517
STEP NO--UR/0145170/000/001/0176/Olt!O
CIRC ACCESSION NO--ArO100978

18 SEP70
2/2 019 UNCLASSIFIED l:'R13Cl:SSfNG DATE
CIRC ACCESSION NO--AT0100978
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE EFFECTS OF METAL FLOW RATE IW
THE MOLD, POURING TEMPERATURE, MOLDS, AND THE TH4CKNESS OF T"--- MOLD
COATING ON THE MECHANICAL PROPERTIES OF AL9 ALLOY CAsm,,it;s IN CHILL
MOLDS ARE EXAMINED. A CHART SHOWING THE EFFECTS OF RISER DIAMETER ON
MECHANICAL PROPERTIES IS GIVEN. EXPERIMENTAL CASTINGS nF PLATES 5v al
12, ANO 16 MM THICK AND RISER DIANiETERS OF 81 149 la, 4ND 24 M14 RERF
MADE A14D THE RESULTS, REFLECTING THE MECHAN'LCAL iikopc-i,'rIES ITEN'SILE
STRENGTH) FOR THE ZONES AND SUBIONES OF THE PLATES WERiE PLOTTED
GRAPHICALLY. THE BEST MECHANICAL PROPERTIES WL-11,1' OBTAINIC-3 AT P0Ul-',ING
TEMPERATURES OF 690 AND 700DEG.REESC AnD THE BEST I'ENSILE AT MOLD
TEMPERATURES OF 200-250DEGREESC AND A MOLD LINER I'HICKNESS OF 0.2-0.65
M.4 IT IS CON-CLUUED THAT rHE~ POUR-Ifiq SPEED-SHOIAD BE 14IN111UM VO PERMIT
UN;FORM HEATING OF THE MOLD. IT I5:R.EC-O1A.4ENDEDJHAT F-LAr CASriqr,,S WITH
110 IN CASTIINGS IHI-'-KE.R
A THICK14ESS OF 7-8 HM 10T BE POURED IN THE H0:'IZONTAL.
THAN 8 4M SHOULD HAVE SUPPLEMENTAL POURING (OeZ INJECTION) OR SHOULD BE
POVRED IN THE VERTICAL,

................
USSR UDC 669.71.053.2(088.8)
and ABISHEVA, R. U., Chemicometallurgical Institute of
Academy of Sciences Kazakh SSR
Method for Reduction of Sodium Aluminate"
USSR Authors' Certificate No 282~49, Cl. 40a 5/04, (C 22 b 5/04), filed
9 Feb 67, publi-,hed 2 Aug 71 (from RZh-MetallurgiXa, No 1, Jan 72, Abstract
-No .101-15P by G. Svodtseva)
Translation of Abstract: Vie method for he- reduction of N-a aluminate by
aluminum taken with an excess _4 50'4" at residual pressure. -4 0,.8 wn 11g and
amperature of 1000*-1100* is unique in that,up to 5%:Na:F is added to the
t
e
charge in order to obtain pure n1pha-modifications of A12 0 and Na. The
method makes it possible to obtain pure Na and an,alpha-mohfication of
A1203 with purity.~:;95%.

"51 F
112 019 UNC L A I F i-. r .3 NO 117 0
G J A T F.
CA PARALLkEL TO SO WSTF.14
TL, .-U.-
AUTHJI R- 0 2G A S A NA L I Y E V , A ..kl 111A L TSE 11 ,VT

C0J,'-lTRY OF 1'00--USSA

SGURCE-Zil. -N&Cr~%G. KHIM.
1970 15 1 L) 16 3.3-90
DATE PlJ3LISHFD - - - - - - -70
~SUBJECT 4AF-AS-CHEM IS TRY
--PHASE 'DIAGk;VA,
TOPIC TAGS -SULF AT FSODIUH C 0
1M, P 1) U N 0THk.LIJ,'i UJAPUUND,

CALCUIM CJ'iPl-
-UNG;p CHEA[CAL STABILITY, XRAY DIFFRAI:T10h; ANALYSIS,
T,HERMAL ANALY S IS
CONTRUL AAPKING-I'li-D RESTRICTIONS
00MIENT CLASS-UNCLASSIFIED
PROXY KEEL/FRAME-3006/1408 STEP
CIRC ACCESSION NG--AP013~(M2
UNCLASS) 1,

7_7
212 019 UNCL A S'S I F I ED p q IX- Ls SING DATE--- L.3(,,IG~-70
C IRC ACCESS IGN NlJ--4P,)13~0;32
ABS7RACT/EXTRACT--W) Gil-0- Absri~aCT. (A PHASE D I A GX`4 (,IF TElNNA,iY SYSTEM
NA, TL, CA PARALLEL TO 5,_J' SU64 IS COiNSTRUCTED BY VISUAL, X
RAY 01HRACT113,Nt AND (PrICAL P'LTHUDS. THE P.Ri:~SENCE OF TL S032 SQ' SIJBt
M A .,o SUE14 CASO : -
. kRKEOL~ AFFECTS THE OFCI~,kWtl. OF NA SU112 '' ilUB-4 S-Lif) S0kNS.
BUT INDUCES STABILITY GF NA SU82 SO SU134 11CASO SUG~fij GLAUUEkITi'-_, AHICH
DOES NOT FORM IN THE Cilk._~%ESPONQING BINARY SYSTEM. F"'C[LITY:
ROSTOV. I.NZH.-STKOIT. l,'\IST., ROST-JVt USSR.,
UM. LA S5.( F11 E. 1)

9
USSR rg) C1,; 411 64.: 6 713 8 6
PLATE, N. A., MALITSEV, V. V., Institute of Petrq),'.;horjIcal Synt1klei3is
Imeni A. V. Topchlyev, T M , Academy of 5cjqnj.,&,qj
"Peculiarities of the Interaction of Butyllithim" Ifith Organotin
Derivatives During the Polymerizin-tion of Triethylvinyltin"
Moscow, VysekoinolekulyarMe SoyodineniYa
--jg, No 7, 19TO, PP 1533
1537
Abstract: A rapid transformation takes pInce dixi,ing I)Olymerization
of tr'ie7hylvinyltin (TEVT) in the presence of n..(;;4H Lji after int.-a-
duction. of the organolithium initiator into the jijrs?ijfa, knong the
peculiarities or the roaction are: low yiel.ds in tho homopolymer,
extremely slow polymerization rates,. low mol,eculqir woijz t. of the
,h
products fomed, and dooeloratIon of the retictioot nuthorti
found that the n-CjIIqLi catalyst lorms J.-1;3 IICI;iVJ.1;-Y 1-113 -001.ymoriza-
tion initiator because it forms a coviplax with tho orgimiotin group3
of the TEVT ma-roanions. This fact was oftonfil-112131i by Igarma-reamance
spectroscopy, according to wbich the~stability covII)lexes with
n-Ck.,HgLi increases oonsiderably when one comparem the 7SM monomer
1/2

possible existence or syszems comaimi% Lrou mwiA-11-v ovs.-N- --. -
anionica117 pol7merized, the complexod OniO11R.' ih."LlbiatDr, and
active anionic centers, but no polymerization t,f~cos place.

USSR
PLATE, N. A., at al, yXsokom lekulyarnyve Soledineni-ga 12, No
1970v pp 1533-1537
with the corresponding polymar. The data obtaln6d indicate tha
.-I - --J -4----- -P ,^-mf~a4,nfnrr f-Oan mrY4.11-Ir"w" -ul-Aeth r-.1411

Acc. N Abstracting Service: tj
X~604173 CHEMICAL ABST.
r 79518t Ionic copolymerization of trW
styrene. 1) V.; Plate N AJ (Inst.
*11col
mcow,
Topchieva 26T
MI), 182-5 (Russ). CH?:CHSuEt., (WwA4
'-J
Ref. Code;
4)4-rq
itill With

di
USSR Ulu 541.15
MALTSEV, YE. I., a-nd VANNIKU, A. V.# 113stultuto of E.*L4?CgrQCheMlztzyv
A-C~~ ences USSR
"Effect of Temperature on the Properties of Solvated Electrons In Irradiated
Nexamothylphosphotriamide"
Moscow, Khimlya Vyoskikh Enargiy, Vol No 4, Jul.-Aug 73, Pp 382-383
Abstracti With Increased temperature the spectr= of a in hexanothyl-
soly
phosphotriazdde /-IL%PT7 -.a hif ts bowazd the IR, The effect r~f teaperature an
the shortlived absorptioa spectrum of the pairs fka+ aW.-7 agreas with
the data obtained from matal solutions in F.PTr when tlie tem-pDrature latfering
favored tho formation of pal-rao With Increafilng taxrspipratin,e the eyeatrum
changes. Since the bond en-argy of shortlived palra -7 is lovr,
0:'
increazing the temperature by t 15 will shift tho equilibrium
+ 2e- Z'He+ 0 2
1/2

USSR
MALITSEV, YE. I., and VAIINIKOV, A. V,, hbirJya Vysokilth Enargiy, Vol No 44'
Jul-Aug 73# pp 382-383
to the left. The movement of e in HMFT is not due to simple diffusion.
solv
The activation energy of a-001'r was found to ba 1.6 Keal per mole, in
t with other literaturvi data*
agreemen

112- 016 UNC L AS S I F 1 -0 PROCE$SING DAIE-20NOV70
,TLTLE-ELECTkICAL CCNDU~_TIVITY OF ZLNC SULF WE S ING~LE Ci,.Y:STALS -U--
AUTHOk-041-KORSUN, V.~., MALTSEVo YE.K-1 103MANCHENK0, Y.A., PEREXRESFOVA,
LoGs
COUNTRY VF INFG-USSR
SOURCE-IZV. VYSSH. UCHE3. ZAVED.,. Flz~~:1970r 1342)~lr 131-3
-DATE PUbLISFEL----70
SUBJECT AREAS-PHYSICS
JOPIC TAGS-ELECTRIC CCNOUCTIVITY,t
BAND
~FCCNTROL MARKING-NO RESTRICTfCNS
DOCUMENT CLASS-UNCLASSIFIED
PROXY REEL/~RAME-1997/1396
-IDit 'IDDEN
ZINC $ULI SI-JJ(;LE FOR13
STEP t;G---UR/01391*1'0,/0131002/0131/OL33
CIRC ACCESSiCN NO-AT0120191
UNCLASSIFIED

LARGE RANGE OF FIELDS 'WLRf GETO. THE ULL, CUP041), ~ 141AZ) ~IM-11)s Lit i ji
AND 25GUEGREES; THE 44-JIVATION L-141ERGY GoF THE PR0(-.j;.-SS WA$ bETWEIEPI
ANO 1.41 EV. THE STkUCTURE oF THE FORBIDDEN BANDI! IS tAISCUSSEDo.
FACILITY:, ONEPRGPETRUVSK. CUSUN,IV., ONEPROPET11014K, QSSR.
:Jji 4
Lo25

USSR
BELOY, D. G.., KGNDRASIIONI, A. P., and
KOLOMOYTSEV, F. I.~
MALITSEV, Ye. K.
Electroli'minescence"
"Effect of Electron Bombardment:on
Minsk, Zhurnal Prikladnoy Spektraskopil., Vol.. 12, No. 1, Jan 1970,
pp 145-148
Abstract: By considering the excitation of electrically lumines-
cent materials as the product of separate ai5 well as combined
actions of ~.:harged particles and elect-ric fields, the authors
undertook an investigation into the spectrwrh of the glow frou an
EL-510 target. It is aasorted that there is no data in the lit-
erature for this type of research. The al,.~ctroa beam used in the
experiments was obtained hy a proton-electron accelerator; the
remaindor of the equipment and its interrelations are shown in
a schematic diagram. Source of the electrori beam was a. tungsten
filament, heated to incangle5cence, in a 11itirce :Ivns. Tbo beam
was controlled by two Faraday cylinders. llf~xper,jnonts w*re con-
ducted at room temperature, and the pressia-e in I;he opern-ting
Lum~nescent scrilicns -in the form of
chamber was 5-10-6 Mg, jig..
2
212 GIs
CIRC ACCESSION NO--AT0120191 PROCESSING DATE -201NOV7C
~ABSTRACT/EXTRACT--(U) Gp-0-
Aas,rRACT THE ACC4jjUj
jq- 10
o N OF SPACE CHARGh

Kelm
USSR
KOLOMOYTSEV, F. I., et al, Zhurnal Prikladno), S'pektroskopii,
Vol. 12, No. 1, Jan 1970, pp 145-148
electroluminescent capacitors were the targets; the luminescent
substance, EL-510, was deposited an transp~!Lrent, electrically
conducting glass 40-50 microns thick. The results of the exper-
iments are given in the form of curves: with separate excitation
of the screen by tile electron beanr and a sfnusoidal voltage of
about 80 volts at a frequency of 5 kliz, thirmaximum of the
resultant spectrum did not shift. On the ij)ther Itand, th4i
intensity of tile EL-510 glow under electrom botabardment. was much
less than with tile sinusoidal voltage. A-possi:ble explanation
for this phenomenon is offered.

lf2 016 U' C LAS S I Fli r: o :pi
ROCESSING DATE--04DEC70
TITLE--HIGHER PEROXIDE OF HYDROGEN AND:FROZEN RADICALSil XIV. ELECTRON
DIFFRACTION STUDY OF AMORPHOUS PEROXIDE',FtADICAL~,C;UND~-.NSATES -U-
AUTHOR-(OZ)-MALTSEVt YU.A.t NEKRASOV, ('olt:
COUNTRY OF INFO--USSR
SQURCE-ZH. FIZ. KHIM* 19709 44(2)w 43L,-6-
DATE PUBLISHED - ----- 70
SUBJECT AREAS--CHEMISTqY
TOPIC TAGS--ELECTRON DIFFRACTION ANALY51St PEROX101(lo FREE RAOICAI.r OZONE
~CONTROL MARKING-L-NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY REEL/FRAME---3008/0887 STEP Nu--uR/oa7t),i'*)'o/o,4.~i/002/0,~31/0436
CIRC ACCESSION Nll--AP0137915.

- - --.- r- mr%C WJV431 UCKVU* ITIUL;r-4. I
SU82 0 SUB4 MOLS* AND THE MGDEL 11 CONTAVIIS 1-1 SUB;2 0 IIUB4 MOLS,
-11:: CALCO. AND E;(PTL.
CONNECTED BY H SUB2 0 MOLS. THE COMPARISON OF :Til
OATA INDICATE THAT THE PEROXIDE RADICAL CON0C-N5-ATr---S SVNTHESIZED~ FROM
OZONE CORRESPOND TO MODEL It* FACILITY: 140SK. GOS, UNIV. IM,
10MONGSOVAP MOSCOW9 USSR.
UNCLASSIFIED

USSR UDC: 512.7
"Basis of Identitiev in the Algebra of Upper TrianSuiar matricee
"Algebra i lo ika" (Algebra and Logic) 10, u0 -1-, 1971, Pr '4/93-4-00
1from RZh--Ila e'7tika, ro 4, 1.972.,, Abstract 111) 4AM)
Translation: It is proved that the ideal for :Ldentities in tbe
algebra of upper tria.,ml-alar riatrices of order n oviginates iii
the polynomiai lzi'x~l ~ihere Lx,yj =--
xy - yx. 1t is estatliHePthat' Z-116 eom-ple~-ely cl-;~,.iracteri,.-tic
ideal of frce algebri, wj-tjj jdejjt:Lt-jc-,i:1 contaj-11:1.ng tha
indicated above and the ololr-ant (~ ti 0 a 0
(the bruckwts on the right) hau a 1jil-ite lmnb'or 6T, ."eiieratricee
as a fully characteristic ideal. V.: latyshov
2.12 UNCLASSIFIED FROCE'ISING DATE--04DEC70
CIRC ACCESSION NO--AP0137915
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT, THE ELECTRON 011:FRACTION STUDY n1=

BSSR UBC 621.382.2
KLEYNER, E. A., Engineer, HALITSKIY, G. A., Engineer, and KkT.,'TSEV, Yu. S.,
Engineer
"Use of an Integrated Operational Amplifier in the Elements of Digital
Devices"
Moscow, Pribory i Sistemy Upravleuiya, No 6, Jun 71, pp 30-32
Abstract: Soviet integrated DC amplifiers are experimoritaily studied and
practical circuits are considered for the.elements of digital measuring
instruments which operate or. the basis of linear monolfthic Integrated cir-
cuits. The 1UT401 is a three-stage solid-state DC amplifier with differen-
tial input made by planar-epitaxial techniques on a sUgle semiconductor
crystal. The unit is designed for use as an operationiul amplifier. This
integrated circuit contains nine NPN transistors and 11 res1stive elements.
The unit amplifies the difference between signals applied tD the Input, one
signal being inverted, while the other is not inverted. Two modifications
are available: the 1UT401A with power supply of +6.3 V and voltage gain
of 700-1800, and the IUT401B with power supply oC+12.6 V anti voltage gain
of 1800-4500. IlLe device can perform the operations of addition, subtraction,
inversion, integration, differentiation and scaling, and can also convert,
1/2

USSR
KLEYNER, E. A., et al., Pribory i Sistemy Upravleniya, No 6, Jun 71, pp 30-32
compare, generate, stabilize and detect linear and nonlinear signals. In
addition, the 1UT401 can be used as a resonance, shaper or video amplifier
over a broad frequency range. Because of the low input impedance of the de-
vice (tens of kilohms), an emitter follower is connected to the input, This
follower is based on the lKTOll integrated interrupter. Practical null-
'indicator and integrator circuits are presented. The integrator circuit
can also be used as a sawtooth voltage generator for ti,=Lng a digital measur-
ing instrument for pulse-time conversiono The characteristics of the null-
detector and integrator are given.:
2/2

A/2 017 PROCESSING DATE-04DEC70
UNCLASSIFlEd
T-ITLE?-E~TRACTIOM Of WATER BY TRIGUTYL PHOSPHATE ANO SOLUTIO-14S OF TRIBUTY'-
PHOSPH.~TE IN DILUNTS -U-
AUTHOR-(05)-ROZENt A.M.t KHORKHORINAt Lop.# AGASHKINAt G*Dtv TETERINg
G.y: MALTSEVA, A~N.
E
o
aGUNTik F
SIOURCE-RAD[OKHIMIYA 1970Y 1212) P3155
6ATE PUBLISHED ------- 70
SUBJECT AREAS--CHEMISTRY
rOPIC TAGS--ORGANIC P.HOSPHATE, ORGANIC SOLVENT9 URA14YL NITRATEr ENTROPY,
SOLVENT EXTRACTION
'CONTROL MARKING--NO RESTRICTIONS
)OPUMENT CLASS--UNCLASSIFIED
PROXY REEL/FRAME--3006/1461 STEP NO'--UR/0186170/012/002/0345/0355
'IRC ACCESSION NO--AP0135132
UNC L AS I F 1 E D-

- - - - --------------
2/Z 017 UNCLASSIFIED pkbCESS'ING DATE--04DEC70
74CCESSION NO--AP0135132
6'IRC
kBSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE PROPERTIES OF THE SYSTEMS BU
PO SUB4 H SUB2 0 AND BU SUB3 PO SUB4 H SUB2 0 DILUENT WERE STUDIED,
THE SOLVENTS USED WERE KEROSINE, BENZENE, METHYLOENIZENE, CHCL SUB3, BU
SUB2 0, CCL SU84, OR AS MIXTS. WITH BU~SUB3 PO SUB4.. THE EFFECT OF
.URANYL NITRATE ON THE SOLY. OF WATER I(j THE SYSTEM. H SU13,2 0 BU SUB3 PO
SUB4 URANYL NITRATE SOLVATE AND THE PHYS. CHEM. 114TERPRETATION OF THE
RESULTS FOR OU SUB3 PO SUB4 li SUB2 0 SYSTEM AT VARIOUS TEM.PS. ARE
DISCUSSED. THE EXTN. OF H SUB2 0 IS DEPENDENT ON AN ENTROPY EFFECTs, A
~,DECREASE IN THE EXCESS ENTROPY IN BU SUB3.PO*SUt34 10 SUa2 0 SOLNS.
THE EXTN. OF H SUB2 0 IS DEP NDENT 014 SOME ORDERING IN THE
z-ORGe PHASE,

USSR UDC 678.742.2-137.46.22:66.018.86
TERTERYAN, R. A., LESHCHEINKO, S. S., LIVSHITS, S. D., MGI 20 ~V A,_ P.,
ITSIKSON, L. B., IMONASTYRSIM, V. N., KARPOV, V. L., SOBOLEVA, N. S.,
and ISKILWOV, L. 1.
MACTSEVA,
"Radiation Stability of Ethylene and Styrene Copolyiners"r
Moscow, Plasticheskiye Massy, 7, 1973, pp 3-5
Abstract: A study was made of the continuous staListical copaiymerizatioii of
ethylene monomers (E) with styrene (S) under conditions aimilar to thce,~ 1-nder
which low density polyethylene is pro(luced and also of tke behavior of Z + S
polymers in an ionizing radiation field. The results of copo~yrierizaLion
studied -- grams of copolymar/hr concentration of S in the pollyi.-,er, denSity,
and others - are given as a function of styrene concentraticri and pressure
at 2000C. An increase in the concentration of S in the react.Jon mixwre
leads to a decrease in the copolymer yield;, in its characteristic viscosity,
in its melting temperature, and its crystallinity, and to an --increase in the
density. The pre5ence of S monomers in the polyethylene chaias and the
ch~--mical bonds between them and the methylene groups significanl:ly incre.-Ises
the resistance of the material to a-radiation dawage. The ga8e,-, evolved
during the radlation of vartous types of polymers were determIned.

USSR UDC 77
SOLOVYEV, S. M., MINOV, V. 0., MALITSEVA, A. S.,
"Effect of Gelatin on the Storage Life of LIgbt-Sensitive Layer!;"
in S,c:ien.t,ifi,C Phot.ography), 19,10, Vol. 14,
pp 124-133 from RZh-Fizika, [To 12(l), Dec 70'."Abstriact Ni,) 121DI'316)
Translation: The effect of- 'he sele,~:tion of gelatin on the chang
I ge in the proper-
ties of photoemulsion in storage. and, on certain da*vkeniT1j7 processed in
them is investigated. it was shown that the choice of gelatin can have a vel'y
considerable effect. 7111r, dark discoloration arid the phob,,mtah.i:Lt-j of the sen-
sitizing dye, the oxidaticn products of which can react with saiiiiitivity centers,
strongly depend on the choice of- gelatin, The choice of ~(,,*,Iaty',n has an effect
(and a vei-I individual effect) an the sensitivity of the dye enulsions and on its
storage qualities; the gelatin used in the second aging hiLs a TIM:h greater effect
on the latter than that used in the first aging. If the Offerences in the ef-
fect of the gelatin reduce to differmces 4-n their conten~t of thiosulfate M,
1/2
USSR
SOLOV IYEV M., e, tfil lizp,Hil naij(,~!-aj, r ojq,,, 1970V1.
- cjtx

+heir effect could he simulated bv an additional. im-roduc!tLon of I into the P-mul-
-Ihezuthars,
Sion. According to the experiren;s of i licuevir, the th~osulfate did
not have a considerable effect on the initial sensitivity, and vtorage qualities
of optically unsensitized emulsion but had a strong and vl~ry fto-ranging effect
(depression or activation of sensitivity, especially by tie 'add-itional emiil-
sion) on emulsions -With different dyes. The effect of th,~,osulfa-,~e on the aging
of'any opti6ally-sensitized emulsions was slight,"and a alitar depression-*,i:ppears
oniy for very small concentrations of it. Authcrs abstrat:t.