SCIENTIFIC ABSTRACT KARPENKO, P.D. - KARPINOS, O.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002201220008-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 20, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

212 022 LINCLAssir-I
-E D PROCESSING DATE-04DEC70
,,~G[Rr- ACCESSION NIO--AP0136633
'ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. :SATO. VAPOR PRESSURE (P) OF THE
SNCL SU82,(RB, CS)CL SYSTE14S WAS OETO. AND THE VALUES OF THE A AIN D 8
COEFFS. OF. THE LOG P EQUALS IMINUS A-l" PLUS .3 EQUATION FOR THESE SYSTEMS
ARE TABULATED. MASS SPECTRA PROVEO EXISTENCE OF.MSNCL SU83 (1) (14
EQUALS RB OR rS) IN THE VAPOR PHASE. :THERMODYNAMIC PiARAMETERS OF I
~,DECOMPNS. ARE OETO. FACILITY;: ~LENINGRAD.;~GCJS. UNIV.1 LE.NINGRAOP
USSR
UNCLASSIFIED.

112 028 UNCL.AS S I F!I ED 0ROMSING 0A.TE--20NOV70
TITLE--APPK(;XIllATE SOLUTION r0i THE PROBLEM OF A JE1 FLOW PAST THE ARC OF A
LN E-
CUP
AUTHOR-1
(A k P E h K 0"I
CCUNTRY UF INFO-USSR
S 0 UR C C - L' , K P A I N S K I IPATEMATICHES.K1 IZHURNAL# VOL. 221 NO. 2f 19700 P.
23Z-236
PLBLISHEC---70
AREAS-PHYSICS
,,'--_TCPIC, TAGS--JEr FLOW, CURVE GEOMETRY
1~,CCNTRU MAAKING-NO.RESTRICTIONS
'e~%.DGCUK;'NT CLASS--UNCLASSIFIED
REE:L/~-RAME-1998/0568 STEP NO--IJR/0041/70/OZZ/002/0232/0236
ACCE-,S5lCN NQ--AP0l2LZ40
UNCLASSIFIE0

[~:~:~~-2/2 0,28 UNCLASSIFIED P'ROCESSING OATE--20NOV70
CIRCACCESSICN NO-AP0121240
-ABSTRACT/EXTRACT--(U) GP-0-- ABSTRACT. APPLICATION OF SUCCESSIVE
CONFORMAL MAPPING TO THE PROBLEM OF A JET FL1311 PAST AN AR81YRARY CURVE.
14APPIt CU VE
AN APPRI, -ATE SCLUTION IS GbTAINED BY (APPROXIMATELY) NG THE it
IN THIS APPROACH, THE
ONTO A WEDGE WHOSE APEX SPLITS THE ONCOMING FLIJW.~
CURVE IS MAPPED FIRST (INTO A CIRCLE ANU THEN ONTri THE WEDGE.
FACILITY: ZHITCMIRSKII PEDAGOGICHEWI INZTITUT1. ZHITONIRt UKRAINIAN
SSR~.

USSR UDC 621.375.4
KAKIENK0, R. A., NECHITAYLO, L. S.
"Analys is o_` the Szabi 1ity of` a Cascade Transistor Amplifier Using a D.Agital
Computer"
Tr. Uralskogo palitekhn. In-ta (Works oi the Urals Poly-tachnical InSLI tut,~.) ,
1970, collection 182, pp 156-161 (from RMI-Radiotekhnika, No 8, Aug 70, Ab-stract
No. 8D-96)
T
ranslation: The stability of a transistor cascade aiVlifier :1.9 analyzed oil the
basis of the Nyquist number. The results are presented in the form permLtring
use of' a digital computer for the calculations. The flow -diagrani of the calcu-
ation program used by the authors on the Ra
zdan-2 digital computer is pre-
T
sented. Me bibliography has seven entries.

USSR UDC 632-95
CH, F. M.s KARFENKO, Rj_ ~G.GAORUSHKIKA G. 1.j GQL'DFARBj YA. L.,
STOYANOVI
Institute of OrgaAM-f_~ ErYimeni N. D. Zelinskiy
"A Method of making Dibenzothiophene Derivatives"
LISSR Author's Certificate No -Vi9692t filed 0 Aug 70, published 6 Sep 72
(from M-Khimiya, No 10, May 73, Abstract No 1011621P by T. G. Chekareva)
Translationt Dibenzothiophene derivatives, which are of interest as herbi=
cides and insecticides, and can also be used as intermediates in organic
synthesis, are synthesized by cyclizing 2-tert-Bu-21-diphenyisulfinic acids or'
0
-their halides in the presence of acid catalysts at 0-200 C. Cyclization
takes place with splitting of the tert-butyl group. Examplet I g of 2-
-tert-Bu-21-diphonylsulfinic acid (1) and 10 ml of SOQ2 are boiled for 2
hours, the excess SOC19 is driven off in a vacuum, the iesidue is dissolved
0
in 20 Ml of C21'4P12 an2l 0-5 g of anhydrous AlCl 3 is added at 0 0 with agita-
tion for 20 minutes at that temperature,' which is then raiCed to about 20'C,
and the resultant reaction mass is allowed -to stand for about 12 hours, The
mixture is then poured into water, the organic layer is removed, washed in a
solution of XAOHp in -water, wA dried, After eliminating the solvento the
1/2

tro S R
STOYANOVICH, F. It., et &I., USSR Author's CorLificate 110 349692, filed 13
Aug 701 published 6Sep 72
0
result is 0.4 g of dibensothiophen-5-oxide, melting point 185-7 C (dilute
alcohol). A similar process is used to,synthesize dil-enzothio hen-5-07.ide-
p
1-carboxylic acid, nelting point 235-70C (alcohol). 0-95 9 of I is heated
with boiling in 10 al of Ac2O. The arhydride Is drivon off in a vacuum,
arxi the residue is treated with hexane, After evaporating the solvent, the
residue is distilled in a vacuun at 150OC/0-1 rM; the sublimate is dissolved
in 5 ml of hot alcohol, the solution is filtered, evaporated to 2 al, and
cooled. The residue contains dibenzothiophene,with a.,metling point of 96-5-
9.30C. A similar procedure gives dibanzothiophene-l-carboxylic acid uith a
=I-Ung point of 176-7 OC (hexane-benzene), methyl other, irielting point
6&90C.
2/2
OM

---- --------
--- ----------- --- ---
Nr, Ab~!-
Acc, tracting Seviice: Ref. Code
4-4 CHMICAL ABST G4
4153 aR O~3 66
000
cokmpo
ds with,an ezcv-sg of
89982d Reaction of arylsulfonyl
arganolithinni reagent. M_ Synthesis of 2,"isubsti!tWted
alkylbenzenes. K Stovanovich F If.-
Raput 4atowlimt.-TE Khi
L:, -0!!) dews. Urg. Awn. IveU. Q~.Lj. I
ME .4 , r-' t
o 'W,,,Veactjon.~ of l,2,6-BuLi;CH3 (1) tri h'P.CONMe2,
S-Mel mi't., Me-,SO4 PhCHO, or Ph:CO gave msp.: 1,2,6-
Bu(OCH)tCjH3, 1,2,~-Bu(MeS)IC61-13 (U),
1,2,6-Bu[PhCH(OH)I-.C4'H.I,orl,',1,6-B-,jiPh..C(OH,,ILCaHi- The
ojidn. of H with H-01 in AcOH gave
T e action of BuU-MeLi mixt.'on PhSO, Bu-Itit gave Pl.iAle,
-&,, Ph]3u, 1,3,2-(HOtC):rNteC4H; (on treatment with,C03), 1,3.2-
HO,C~BuC,H2 (on tre-atment with C02), 1, 1,2,G,hfeL;1CdHz.
Nand 2-ter1-BuSOjC_j1,CO:H (on treatment with C02), The
formation of all these products supports the transient existence
of 1,2,&k,t-(BuS4:h)LixCJ1,. CPJR
REEL/FRAME
1975JL402

USSR UDC: 535-31
VOROBIYEV, K. I., X&UENKQ, S. G.. KOROTKOV, P. A., and POG013BLOV,
:V. Ye.
"Plectro-Optical 1,11odulator Using Barium Titanate"
Tomsk, Izvestiya VUZ-Fizika,' No 7, 1973, PP 35-38
Abstract: A fundamental parameter of electrooptical modulators is
the controlling critical intensity of the electric field to pro-
U -ion. In this first article, subtitled
vide. close to 10V16 modulat
"Estimation of the Controlling Critical Intensities," of the series
with the general title given above, the authors desciribe research to.deter-
mine these critical intensities for ~a BaTiO crystal for various
mutwal orientations of the crystal's optic2 axis, the vector of
the controlling field intensity, and the vector of the modulated
radi,- U
-t tion waive, for the cases of linear and square electro-optical
effect. The phase shift between oscillations in the two beams pro-
pagated in the crystal is determined for variows directions of the
external electric field in the linear.effect, and a table of the
results obtained in investigating the linear effect is giver.. 1-t-
-z cryttal should be
is concluded that the linear effect it). the BaTiO
good for modulating lasers operating.1-n the vis.ible spectrum.

I)rtkkLr, A. S_ Reception ol ~, FlucNatEng 144.
gtasovskiy, R. R.
Vn3rtsel', V. 1. Optinization of in Optical utter~~-nln.- System 15 Z

Shchelkunov, K. N. Analysis of the Synchronizatica o~ an Optical
Cow"unication Channel with Ti--e Diviiieiv
Multiplj!&4-n& ~,,( the PCIM Trun . ................. 159
Litvinova. T. 1'.. Frequ~-ncY-SPAce Correlation Function of the
Lobitovd. L. It. A~Vlitudes of Waves Propa4ated iz. a Locall~
l,3tqrQDiC _Turbulent Atmarphe a ................ 164

.11.1 Effect of Amplitude and Phase Field Distribution
Chistyakov, A. B., at a Laner Output an the Spatial Cz-herente of
w, Lobkov. ~ 1A. It. the Lager Emission ......... 174
Lubkova. L. K.. Fast and Slow Fluctuations of the Angles of
C11109yakov, A. a.,
w&I at L"Pr ZPA#oi*n .....................
Art
ILI
Labkov, H. M.
Kislitain, H. V., Statistical Desgription of lievait-lan and
P&d4ub0YY. V. V, Lnguarrr Photon Fluxes ......................
Kislitain, N. V`~, quantum Mechanical Description of Same Proced-
Poddubnyy, V. V., ures of Nionpacametric Statistics .............. 194
rulenia. V. Pt
roddubnyy, V. V., Patential.Accuracy of lie,siurint Oid Angular
Trivothenka, B. Ye. Position of Photon Source ..................... is&
-yells"Yev
P. G. ,
Application of Semiconductor lasers for
Insailov. I.. Multichannel Optical Cormurticatle . ........... 20.1
redorg-4, vu. r.,
Kazarmovskfty,%, L. G,

CUTtrizhev kil. V. L.,
enko
S. G.,
; tribution Tunctions of a
Relation of tas Lis
quasimonachrb-intic Signal And Its Amplltu4es,
,
4aum
-zr"r"
ev
, , ,
,
wy
lberpainp 1. A.,
.
Optittis&tion of Optical-bead Quantum Counting
OKuranov. V. 11. ..................................
systems ..... 2110
Adrianova. 1. 1., Lager Emission Modulation ..................... 221
Brodovich, H. A., Vo l-.
zhonakLy,V. R., Dan ilov,
a. S., Nvat*rova, Z. V.,
Petrova, 4. V., Popo v,
Yu. V. Roganov, 11. N.
485 -

Y CIN M IC A L 74"A'N S L.A 7 3 C; AN
I TITI-rt PROBLMS OF t,=R num WNTA UWSMISSION
PROCEEDINCS OF THE FIRST ALL-UNEON CONFERENCE, KIEV.
SEMUZER 1968
foltrAr.N TITLE: PROBLMY PERED&CIII LNPOIMX'rSII LAZERN-YX IZLVCHENI-;zm
4
AUTIM: 1. A. DERYUGIN. ET AL.
KIEV ORDER OF LMN STATE V41VERSIrY
IhENT T.G. SCIMMIENKO
L
TtariWcd for 175TC bY ACSL
0 T I C
't k o,ru rm of chi% pliblicition 1mvc bevn imislAted as prmntcd in the wigmj) Ir"t. Nl
Alttli';'i 11.1% ltVLn si-lo iii verify dir amiricy of An) witenwilt c"nilinect hc"IA Till,
I IN publo1w.1 .'11' . "'I'MIJUM Of COPY Cditing And graphics prcpar.imlm in orriwr
pedite the dr,%ctnirwoon of snf4trination.
Apj--d (,.f I,ubhl, viv,ow. 11mrilwom milimitrii.

USSR UDC 621.1;~182.C02
U1, I.G., GiUMAYAS WIL1, A.I., W V
A141PVHAV(M, I.B,, GVPRDISTT5 GO
DANS&IINE, E.M., ZASLWSFIY, S.A.,alARPL
=01-
ODoping Of Silicon By Ion Bombardment"
V ob. Radists. fiz. nemat 1,-,riptalloy (.0'adiation Phycice Cf Non-mot llic
L I
Gryetals.-Gollection Of 'ilork.a), Vol 3, Part 2, Kiev, 41auk.dumka." 1-971, pp
111-122 (from RZh--'_:*lek-troni1,a i yeye pri--5pqpl No 10, October 1971,
Abstract No 1031476)
el
'Translation: Doping of n-!!ilicon vith a resistivity of ohm.cm
was conducted by polyenergatic heams of boron ions wiCh a ciirrent denait..y of
10 Ma id nnergy of :~00 plus ar minue 0.11-0 kov with doves of
I l.., cm72 -" dcpinj; w6s attained by scanning
The unifor-mity o~
and amounted to 10 i)ercent. Anneslincy of tbs doped epocimeno wao conducted
0
in a vacuuzna at a temporature 0" ~5 0--700 0 during the courtle of' 150 ffin. The
method of studying th-e Bpecimona and the results obt~iined are described- 7 ill-
8 ref.

USSR UDC 621.372.826
IUMENKO, V. A.
-i'Diffraction of Electromagnetic 14wres at the Open End of a Flat Dielectric
Wave Guide
]4aterialy IResp. konferentsii molodykh uchenykh. In-t fiz. All BSSR' 1970,
Sekts. fiziki - V sb. (Materials of the First Republiz- Conference of Yoling
lorussian SSR Academy of Sciences,
Scientists. Physics Institute of the Be
-1970, Physics Section - collection of works), Minsk, 1970, Pp 20-21 (from
RZh-Radiotekhnika, No 4, Apr 71, Abstrac& ~To 011-5)
franslation: An approximate method of solving the statod problem is illustrated
in the example of TE-waves. has 1 enow.
The bibliography

AA0044250- I IR 0484
Soviet Inventions Illustrated, Section 11 Electrical, qerwent,
243902 HEAT FLO5 RECORDER in particular for bread
Vens cau.measure directly the heat
baking o7
flow during the baking process. The heating
surface is covered by a substance,t-he: *heat
absorption of which is equal to the me4in averageof
absorbing capacity of-the materialbeing baked
while draining channels (4) are provided in the
body of the plate 1. Thermo-electrodes are placed
inside the plate. The heat absor4ing mirface W.
covered with a layer of: a mass 2 with an absorption
equal to that of the baked, ma.teria 1. 3,; The coattng
consists of a mixture of awrphous carbon, pumice
and Liquid glass. The body,*of tbe;plate is aade..~
of a materiul with a heat absorption capacity equal
to that of the crust of the baked',~read.
27-11.67 to 1199288/20-13o A.T.US 10.VEM at' &I,
KIYEVINST. OF FOOD 1HDA26.9.69) ~.Bul 17/14.5.69.
class 421, 2a. Int.Cl.G Olk.A21b.
1977076.0

irmi
Tr7t
,1.

P
UISSR
UDC 536.628
GIZRASHCHMO, 0. A., KARPMO, V. G:. TATARINOV, E. A.
"Adiabetic Calorimeter for Contact Calibration of Thermal Flow
Gauges"
Z1.9plofiz. i toplotekhnika. Reap. Mezhved. ab. (Thermal Physics
and Power EnginecrIng ZZ epublic Me departmental collection
of works), 1970, Vol 16, pp 83-86.(from RZh-Metrolo i-va i Izmeri-
ct So 8_ $
la Tekhnika,
-e1 I n~ No 8, Aug 70, Ab;3tra 32.644)
Translation: The peculiarities of calibration of thermal flow
_~&ugea by 7Ebe radiation and contact methods are considered. The
design and principal or operation of the low-inertia adiabetic
calorimeter with automatic compensation of heatlosses developed
by the Institute TTF of the Ukrainian Academy of Sciences is
described. As the source of tero-indioator which controls ab-
8ence of heat escape from the low-inertia adiab~wtic,calorimeter 3
is used a high-sensitivitT thermoelectric battex7 with n ~~3-10
number of microelements due to which the themal lo4;eeu of the
low-inertia adiabatic oalorimoter do not ezcea4 t Ot'j-0.2%. The
low-inertia adiabatic calorimeter is designed Xor contact cali-
bration of thermal flow gausen. 3 ill., 2:bibl. entries.
Resume

1/2 028 UNCLASSIFIED PROCESSINS DATE--11SEP70
-7'l'TL'r~_---S ELEC T lNG THE PREHEATIM(.3, TEMPERATURE FOR SURFACIN'G DIES -U-
AUTHOR--KARPENK0w V.M., KASSOV, D.S.
C. OU-N OF INFO--USSR
TRY
SOURCE-SVAR. PROIZVOD. 1970,.(l)t 2ft-6,
OATE PUBLISHED ------- 70
SUBJECT AREAS--M.ATERIALSi MECH., IND., CIVIL AND MA.RiflF ENGq
TOPIC TAGS--METAL HEATINGt WFLO FACINCji OTE S-TeRt MARTENSIT[C
TRANSFORMATION, WELD JOINT CRACKINGi TRANSITION TE!APEk4TlJRE, ~TIJ4E
DEPENDENCE, STEEL WFLDINGt DIE/(U)3KH3GSV2F STEEL, (LJM143GS'l S T
M I K fQ V? FM STEEL, (U)KH12 STEEL, (U)f-19 STPFL
(U)TKHG2NFM STEFLt
CONTROL MA'QKIN'G--M'0 RE5TRICTI0!',J'S
DOCUMENT CLASS--UNCLASSIFIED
PROXY STEP
r i%-r r, -tj p)--ppolo7illtq
It I,.'
j

212 028 UNCLASSIFIED PV71CESSfNG OATE
ACCESSInN NO--AP0107849
ABSTRACT/FXTRACT--(,U) GP-0- ABSTRACT. THE DEPENDENCE WaS ST(JOIE9 QP
PREHEATING TEMP. '014 THE CnMPLETE comv. OF C AND THE TPIP. CF BE1,1W'114r,
MARTENSfTE TRANSFORMATInN rtj SURFACING DIES OF STEELS 8KH!GSVPFv
7KH3GSM,-7KHG2NF4, 7KH2GSVMv 6KH6GVSV2Fv KH2V2FM, KH12, AND Rli. THP
C9MPLETE EQUIV. (C SU9E) OF C CAN 13E DETD* BY THE FOLLOWIN-1 EQUATI ON:
(SHOWIN 014 MICROFICHE), WHERE C IS C CONCN. IN THE SURFACE0 METAL (WEL')ED
jJN, METAL)t R IS THE CONTE74T OF ALLOYING ELEMENT IN PFRCENT, N IS Ti-la-
OF ALLOYMG ELE-MENTSv AND-K-IS THE COEFF..DETG. TtlE CHC;~. AFFINITY CF
.,THE EUEMENT 'TO C. THE SURFAC'fNG WAS DONE, IN' 12.-1S LAYERS ON PLATES (60
TIMES 60 TIMES 300 MM) FROM STEEL 45 WITH SU85EQUENT Cl)~?LING IN' SANO
(DIRFCT WELDIING CURRENT 130-70 A AT ?-4-6V). MEN. PRFH'-:ATfNG, TEMFS. WE,-,E
DETO, BY THE ABSENCE OF CRACKS IN THE -NEAR WELD ZONE. WITH THE RISE O.F
THE COMPLETE C,SUBE FROM 1.0 TO 3.0 THE MIN. PREHEATING TE!IP. PPSE FROM
3T0 TO 500DEGREES; liOWEV(-',R, FURTI*R INCREASE OF C*'-)IJ9[- DID, N9T Ac~7:FCT
THE MIN. TIEMP. ANY FURTHER. WITH THE INCREASE oF~ *THE- MIN. PPEHVATING
TEMP. FRO4 250 TO.500DEGRE.ESt THE TEMPo OF 5-EGINNING uAPTENSITE-
TPANSFORMATION DECREASED FROM 300 TO 70DEGREES.-

USSR UDC 577.1:615.7/9
tOIIIIA, I. A., OLEFIR,
BuRmrsKAYA, YE. N., OSTROUKHOVA, V. A.,JAU
A.; I.
"Characteristic Features of the Reactions of the Organism under the Prolonged
Effect of Various Classes of Chemicals"
V sb. Nauch. osnovv sovrem. rietodov Rigiyen. normirovaniva khim. veslichestv v
okruzhavushchev srede (Scientific Principles.of Modern Rethods of ilygienic
Normalization of Chemicals in the -Environment - collection of works), Moscow,
1971, pp 135-141 (from M-Biologicheska~a YJiimiya, No 14, Jul 72, Abstract No
14F2050)
'Translation: On the basis of a study of the effect of organochlorine and organ-
ophosphorus and carbq te pesticides (experiments on rits) on certain bio-
chemical systems of the organisms.,the morphological composition of the blood
axA.Uie immunological reactivity, it is considered that duribg hygienic normali-
zation of chemicals as integral tests, tM biochemical.' hematolqgic and imruno-
logic indexes can be used.

USSR UDC 615-777/479-015j612.014.461
BURKATSKAYA' )m'. v., and'MU=Q#Wx.A.* Kiev Scientific Research Institute
:of.Industrial Hygiene and Occupational Diseases
"Effect of Dinitrophenol Pesticides on Water and Electrolyte 14etabolism!'
Kiev# Yrachebnoye Delo, No 2# 197lg pp, 126-130
Abstracti The effects. of five con-pounds - dinitrophenol (DNP), dinitro-ortho-
exesol, (DINOC), dimitro-is I 1~nol (D'IPP), d1aitrosecondarybutylphe-nol
opropy ~2'53
(MBF)p and dichlo---onitrophenol on the concentration of potassium and
sodimi in plasm; erythrocytesp rWocardiums liver, an& kidneyn were studied
in white rats. Despite the differences in chenical stimotures all the pesti-
cides increaned blood sodium and forn of then Increan4xL the potassium con-
'OC, ViFP# and DN~F substa~ntia.Uy incraaj~,F,4 the sodium content
centration, JJ1,
of aLl the visceza. DOP had no offect in this respectir while XP decreased
the socUum and potaoslum concontratlons in tho nyocozOltua arA liver. Total
water in the ryocaardiuz and liver decreased aftex admiftiat=tion of tho pesti-
-he amount. of int=cellular water imareaaed propoxtior-
cides and in same cases t
nately. The above changes in water and electrolyte metabolism account for
some of the clinical syziptons aissociated idth poisoning by .Unitrophenol
deriratives in ran - thirst, elevated temperature, senzation of fear, and
4

UDC: 616.1j1 1 -003971 :616.151
-0T:615-777/-779
V. N., Kiev Scientific Research institute of Labor Hygiene and Occupa-
onal v2seases
nInvestigation of Hemopoiesis and the Blood Coagulating System During Intoxica-
tion With Some Carbamate Pesticides"
Kiev, Vrachebnoye Dualo, No 1, Jan 71, PP 130-133
Abstract: Emeriments i~mre conducted to determine the effect of TIM and sevin
an hemopoiesis and the blood. coagulating. fZrstem. The preparations inre adminis-
tered to rabbits weighing 2-3-2,8 kg per w- in doses o~,' LD., (25 mgAg for TMTD,
70 mglkg for scvin) avery other day for a total. of 15 V.md. Blood draim frovi
the wimals was exa-mined for content of hemioglobin, exythrocytes, robicu.1oc-Acs,
thromboc.-y-tes, coagulating properties, and bone marrow hempol-esis. It was found
that intoxicatim with TIIND initially depresses leif-zopaiesis, reduces the bone-
I
marTov content of granulocytes, and induces the development o' lemkopenia. Tk-,rom-
bopenia also &velops an THID intoxication ~fhich jz thG-u,-Ilt to be one -)f the main
reasons for the retardation of blood coag-alation and t1w -bvelopment CIC hemor-
S.- hnm-r-)-vps in-the of experimiental animals.

USSR
KARPENKO, V. N., Vrachebnoye Delo, No 1, Jan 71, pp 130-133
Under sird-lar ex--Derimental concLitions, sevin. has hardly any effect on either
benopoi-eds or the Ibleod coagiLlating system . Zie tendeq-,cy ncted toi-,-za-d hvper-
coagulation is ascribed to a decline in the activity of. serurn cholinest erase
erythrocytes. During intoxication wIth 'DUD or sev=, it is necessary to
'th re.
initially study the blood picture, partiraula~Ay w-, -pect to the level of
JLeakoeybes and thrombocytes, and also to determine the 'condition of the hemo-
poietic qTstem.

UDC 621.315.592
KASHERININOV, F.G., MATVEYEV, O.A.,
"Surface-Barrier Cadmium Telluride Junction Photomemory'!
Leningrad, Fizika i Tekhnika Poluprovodnikov, Vol 4, No 5, 1970, pp 937-940
Abstract: The mechanism of a surface-bartier Junction phatomemory using cad-
mium. telluride is discussed from the theoretical point of vie,4, and an experi-
meat is described in which the surface-barrier junctions in -x-CdTe with an
initial electron concentration of 2.7.1016,cm-3 were investigated. The volt-
capacitance characteristics of the Junction we re measured. The volt-capacit-
ance an.1 volt-ampere characteristics of the investigateti junctions in the dark
were described by ordinary classical expressions for a sharp.transftion. Curves
are presented for the variation of the capacitance of the junctions illuminated
by extrinsic light ~,- 0.83-1.5 microns with different J.1lurmination inLenSities.
It was discovered that the capacitance of the surface-b.,~rrier junctions cre-
ated in low-resistance zi-CdTa has photosensitivity inthe range of extrin ic
absorption. After switching off the illumination, the perturbation caused by
the extrinsic light ia reLaincd fok, a long time when T w 300' 1, (photomemory).
Of- ni U by it,,oagly absorbed

~'A
USSR
YARPENKO, V.O., et al., Fizika i Tekhnika Poluprovodnikov, Vol 4, No 5, 1970,
pp, 937-940
short-wave light the magnitude of the capacitance decreiases, and the photomem-
ory disappears. A decrease in the capacitance of such a junction takes place
also on illuminating it with light with hv - 1.0-1.2 electron volts. The
observed phenomena are explained by the presence of two groups of impuriLy lev-
els in the initial material. One group of.deep levels is responsible for the
photoweraory effect of the junctions, and their concentriation is equal to
0.96,1016 cm73, y - 1.3-10-17 cm2. The second group of shallow levels lo-
cated at the edge of the valence zone isoresponsible.for tha capacitive relax-
ations on switching off the IJIUMnation andLthe photocurrent when illuminat-
ing the junction.by light with hV < Eg.,
2/2
46

~'N~--
ESS'NG DATE- 30UC,70
UNCLAStl F. PROC
jTLE--ELECTRICAL PROPERTIES OF SURFACE OARRIER P-N JUNCTIONS ON HIGH
T
RES I STANCE CADMIUM TELLUkIOE -U.--
.mp~~~
LAmRP KASHERININOV, P.Got AATVEYEVt
:AUTKOF.-(05)-8OGOMAZOVj A.P.t
O.A. v, .5TETSY`UKv RsS.
(IF INFO--USSR
;~~SOURCE-FIZ. TEKH. POLUPROV. 19701 4(4), 813-14
DATE PUBLISHED ------- 70
,...SUBJECT AREEAS--MATERIALS, PHYSICS
~.--T.OPIC TArvS--f.AUMIUM TELLURIDE, ELECTRIC PROPERTY# PN JUNCTION, ELECTRIC
-FIELOt VOLT AMPERE CHARACTERISTIC
~~CCNTROL-MARKING-NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
.,PROXY REEL/FRAME--1998/0932 STEP NO--UR/0449/70/00ti/004/OSL3/0814
ACCESSION NO--AP0121534
UNCL A S 5 f F I E 0

ROOM
020 UNCLA~SIFIE6' POCESSING DATE--30OCT70
CIRC ACCESSION NO--AP0121534
-,AESST.4,ACT/EXTRACT--(U),GP-0- ABSTRACT. DARK CURRENT VOLTAGE
CHARACTERISTICS OF SURFACE BARRIER P-N JUNCTIONS 014 HIGH RESISTANCE COTE
-jFLUENCED BY T14E ELEC. FIELD IN THE BAS~ AREA
ARE QUADKATIC AND MORE It
THAN BY THE RESISTANCE OF THE JUNCTION ITSELF. THE LAITER BECOMES
-":'..l(4PORTAlNlT WHEN THE BASE RESISTIVITY IS~ REDUCED BY ILLUNINATION; IN THIS
-...CASE# THE CURRENT VOLTAGE CURVE IS EXPONENTIAL. FACILITY: Fit.
::-.TEKH. -INST,, IM, IOFFEi LENINGRAD# USSR*
UNCLASSIFIED,

1/2 OIL UNCLASSI F(ED PROCESSINIG DATE--11SEPTO
TITLE- EXPERIMENTAL OETERMINATroN OF THE eXTlcMT OF LONG :P A NF 0 R D FR I NI N
ALLOYS OF THE COPPER PLATINUM SYSTEM -U-
AUTHOR-KARPE A.N., PqES YAK 9 A.A., DZHANBUSINOV, YE.A., !,lEl_IYHf3%1,
NYUK,
COUNTRY OF W0--USSR
or
FfZ. ZH. (RUSS. ED.) 1970f 15(11, 140-2
1--DATE PUBLISHED ------- 70
AREAS--MATERIALS
__jOPIC TAGS-COPPER ALLOYv PLATINUM ALLOY, ALLOY PHASE COMPOSITION, ORDERED
~ALLOY
CONTROL MARKING-NO RESTRICTIONS
-DOCUMENT CLASS--UNCLASSIFIED
,-~~PPr.IXY.REEL/FRAva--1989/1279 STEP NO--UR/0185/70/015/001/0140/01.4?
0 N IND t P 0- 17 7 5 4-
7777 __rc~
.... ..... ...... .......
F

-2/2 Oil UNCLASSIFIED PROCESSIN' DATF--11SFP70
C I 9ZC ACCI-SSTON NO--AP0107754
R ABSTPACT. CONCN. CHANGES 11 E R;:T AS A
.ABST' ACT/EXTRACT6--(,U) GP-0- r)
FUNCTION 01; RELAVIVE INTEGRAL INTENSITY OF HIGH Rf_:~(7114. (321) AND (410)
LINES AND AS A FUNCTIO-14 OF THE EXTENT.' OF LONG RANGE ORDER IN -4 C!J,PT
ALLOYJANNEALED FOR 1732 AND 21.64 HR). THE EXTENT OF L ONG PA!"GE D;~DER
CHANGED MARKEDLY AT 12.5-20 ATOM PERUNT.PT,.APPARENTLY, DUE TO
FORMATION-OF ORDERED CU SUB7 PT AND CU-SUB4 PT PHASES.
------------ 17 T

fill,
UNCLASSIFIED P90CFSSING DAT=--jlSE?70
TtTLE-:r~E-Y.PEP IMENTAL DETEW41NAT TGN OF THE :EXTENT OF LONG 'MANSE ORDERIN(', IN
Em. _u_
ALL'GYS OF THE COPPER PLATINUM SYSTE
~.A_THOR-.-KARPENYUK, A.N., PRESNYAKOVt A.A., DZHANBUSINOVx, YE.A.t MELIKHOV,
.:.:-.-COUNTRY OF TNFO--USSR
-~-~_SOURCE-UKR. FIZ. ZH. (RUSS. EDol 19701 15f 1) ;r
QATE PUBE. [SHED ------- 70
S'U B J E C TAREAS--MATERIALS
'S
.-TOPIC TAG --COPPER ALLOYt PLATINUM ALLOY' ALLOY
ALLOY
JL 1AARKING-NO PESTRICTIONS
Of4T P. r
DOCUMENT CLASS-UNCLASSIFIED
1'+0-2
PHASE
CoMpr)SITION, ORDEPED
PROXY RESL/FRAvlc--l 989/12 7.9 STEP 40--UR /018 5/7 0/015100 1/0140/0147
1 7 7 7 7 7 7 7

--11SEP70
2/2 (1111 WCLASSIFIED PROCESSIN.3 DATF
CIRC.ACCE:SSICIN NO--AP0107-154
-iACT/C-XT;l-ACT--((J) GP-0- ABSTRACT. GONCIN. CHW-YES WER~ ')F-T'). AS A
Func-r I in OF R-FLATifVF INTEGRAL INTENSITY OF HIGH RESoLIN. (321) A IN cl ( 4 11.)
LiNES AND AS A FUNCTION Or- THE EXTENT~ OF LONG RAN'F Cl-~DER IN A CU,PT
ALLOY [ANNEALED FOR 1732 AND 21.64 HRI.,THE EXTENT OF LONG R4NGE C-DER
CHANGED MARKEDLY AT 12.5-20 ATOM PERCENT PT, APPARENTLY, DUE TO
A 's
FORMATION OF ORDERED CU SUB7 PT- ANO CU SU94 PT PH SE

USSR uDc: 621.373:530.145.6
ALMUKOV, V. S., KARPETSKIYI V. V.
"Analysis of the Change in Concentration of the Components of a Gas Mixture
in an Electrical Discharge in Carbon Dioxide"
Elektron. te-khnika. Nauch.-tel-hn. sb. El~-Ktron. SVCh (Electronic Technoloa.
Scientific and Technical Collection. SHF~ Electronics) 1971, Vyp. 32 pp
88-96 (from RZh-Radiotekhnika, No 6, Jun~71, Abs tract No 6D188)
Translwtion: A simple theory is outlined for the cbanfle in concentration
of. a molecular gas in an electric discharge, which can be used to evaluate
the effect which a number of parameters-of the discharge tdrie have on the
rate of change in the composition of the working mixture (the lifetime of
the laser). As an example, the authors examine the cliange- in concentration
Of carbon dioxide in the positive column:of a glow discharge used in a
1wer. The effect which the additional volume, tube diameter and addition
of o)wgen to the gas mixture have on the ~lifetime of the laser is estimated.

USSR UDC 532-582-31
IVANYUTA, Yu. F.', Y-kRPEYE, V, Yu. N.,, and KOROVICI-IEV, B. K.
leningrad
"Autooscillating Motions of a Cylinder Towed in a Weakly Aqueous
Polymar Solution"
Moscow, Izvestiya Alcademii 17,auk USSR, Mekhanika Zhidkosti i Gaza,
No 1, Jan-Feb 73, pp 162-164
Abstract: The action of polymer additions on characteristics of
the nonstationary oscillating motion of a towed cylinder, R.num-
ber--3-103-10 , was investigated. The cylinder had the possibility
of lateral dislocations under the action of the force conditional
to the asyr-netry o-IL' the periodic break-off of -the boundary !,--,yer.
The towLip, speed, reoistance, and the lateral,dAslocantions of the
cylinder were registered. Average amplitudes.of settled lateral
autoosci 'Ilations rand the resistance of the 030Lider are shown as
functionz o--~' its towing sneea. The increment o--:' 'hydrodync-mic ra--
sistF4,ce of the oscillatin,:T:, cylinder is the more t"he greater the
ain-vlitude o.-,L-" oscillations; it is ia a freshly p-re-jared- solution
t - lene oxide much in water, --ions are
of polye hy than
given for the decrease of the axqDlitude of Futooscillations of the
-QvlLider .,.,lien t-w.,iod in vieaI~ -oojyrner -soLiIJ.on. Your -Ci,.Sures, three

1/3 022 UNCLAS'.StFlEbl PROCESSING DATE--020CT70
.TITLE-MECHANISM OF THE OTENE SYNTHESIS-WITH 51ALKOXYOXAZOLES -U-
,~;AUTHOR-(05)-DROBINSKAYAP N.A.* IONOVAt L,V.i KAlkf)EISVIY, M.Y&.t PADYUKOVAr
;SH.9- -TURLHIN# K.Fo
~',CUUNTRY OF INFO-USSR
OURCr-:--KHIM. GETEROTSIKL. SOEDIN. 1970,A1), 37-42
:,,,DATE.PUBLISHED - ----- 70
-.-SUliJECT AREAS-CHEMISTRYv BIOLOGICAL AND.MEDICAL SCIENCES
JOPIC TAGS--MOLECULAR STRUCTUREt CONDENSATION REACTION, ORGANIC AZOLE
CHEMICAL SYNTHESIS, ISOMERIZArIGNP PYRIDINEw~CHE41CAL REACT13N
~--_~'MECHANISM,. ACF-TYLENE, E-LECTRO14 DENSITY1
C V',.'TL I
CLAS S---'JN,CLA.SS I F.1 CID
PAIOXY ~FFL/FRAIMIE-1986/1368 STFP "4Q -IJR/OfiO9/7()/300/001/0037/0042
:CIRC ACCESSION NO-AP010-3222
i; 1% C IA S S I F IJE 0

213 -022 UNCLAS.~jr-TEIJ PkbCESSII-u DATE--02nCT70
C LRC A C C E S S 10 NN0--AP0103222
FA8STRA1'_T/EXTRACT--(UJ GP-0- ABSTRACT. THE NETERODIENE CONDENSATION OF 5o
. A I.? I T H
ALKG'YOXAZOLES TAKES PLACE IN TWO STAGES: REACTION OF GXAZJLES
...OTENOPHILES GIVING UNSTA8LE-ADDUCTS, AND ISOMERIZATION OF T:-4ESE ADOUCTS
TO SLJOSTI~TUTED.3,HYDROXYPYFtIDINES. T14USP ET B[-TAp,ACETYCA-_RYLATE_ (1)
V E
-REACTS WTTH 4tMETHYLt5rETHOXYOXAZfXe 111),10 G1
2,METHYLi:3,HYDROXY*4tACETYL95trAOPETH(IXYPYRIOINE Mf) T14ROUGII THE
-UNSTABLE"ADDUCT-1-flA. THIS M.ECHANISM IS, SUPPORTED BY P I ELECTPO-4
DENSITY (;ALCNS. FOR I AND lit ACTUAL ISOLATTON OP III AS THEIR MAIN
REACTION PRODUCT, ITS CHEM. JCONVERSION, AND-FINALLY BY PMA AND IR
REACTIONS BETWEEN 11 AND BETApACETYLACRYLIC ACID (GIVING
-2sMETHYLI,3,H-YDROXYt5, ACETYLPYRIDINE) (Mi AND BEI'WEEN I AND
-CYCLOPEXTEN t.3, ONE (FORMING 5vMETHY`Lv4vHYDROXYt 6vAZAHYDRJ'40E,%,31rJNE) (V)
~ALSG-~VFkIFI ED' THUS TYPE OF MECHANISM. THUS* TO A: SOLN. OF 17.9- G I IN
20 ML 'At' .~ Ell '1 ML ACOHj AND..-2,00 ~(G'
.5 SUB2 0 WA!~-ADI)Eb 8-~87 G- 11,
HYDROC INONE,,''Al
IU '40 THE SOLN. -KE-PT I WEEK~Ar ROO'.A'TEMP. IN THE DARK TO
GIVE 8-G Illv.M. 151-2DEGPEE~ (HEPTANE)* A SOLN. OF 2.5 G II Aw) 3.,t2 G
RETA,AC.E1-.YLACRYLIC ACID IN 40 ML ADS. ET SLIB2 0 WAS KEPT 5 PAYS UNDE4
:CACL- SUF.,2 TUBE TO GIVE 0.64 G IV, M. 253-ADEGREES (DEC(I.M.) (14EQHI. TO
A SUSPENSIGA. GF 1 .14 G LI ALH SUB4 TIN 50 ML THF WAS A'.')DED URjPNI SE W ITH
'%LING 2.1 G,IlI IN' 50 IML THFv AND THE MIXT. RFFLUXED 6 HI AND LFFT
C
AT KOM TfmP- TO GIVE.1.74 G
.2loMFTf4YLtirli'(iR(IXY,41(ALPitAltlYOK(JXYCTHYI.1, 5,IIYOROXYIIETIIYLPYR101(,4F,-4.
I'tZ-3[)EGK~r-S'(ETOH-ET''SU!32
UNC LIA S S-1 F- I E
msm- pno mquawt Immo ff molmmmmommmifffimm

mulaimirlmliamme
`3 3 02.2 UNCLASSIF PROCESSING DATE--02bCT70
~CIRC ACCESSION NO--AP010322Z
-_ABSfRACT/E.XTRACT--A MOXT. OF 0.8 G CYCLOPENTENOPONEY 0.63 G fit AND 0.1 G
,:,,.-PYROGALLOL WAS HEATED 2 MR AT 110DEGREC-S, COOLED# :TREATED RITH I ML
OR'(:HCL IN ETOHP CAREFULLY SHAKEN WITH TO ML~ABS. ET SUB2 9,
-T f
AND LEr JVERNIGHT IN A REFRIGERATOR TO GIVE 0.22 G V, M. LARGER THA'4
170 DEGR EE S(ETOH-ET SUL32 0).
U iNIC L A S SIF I PP

M.1 r
USSR um, 547-823.07:542.945.32
DROBINSMA, H.A., IONOVA, L.V., and FLOEENTIYEV, V.L.,
~Instituta of Molecular Biology, Ukrainian SSR, Academy of 'Sciences USSR, Second
Moscov Order of Lenin Medical Institute, Moscov-
"Synthesis of Pyridoxal-5'-phosphate and Pyridoxamine-P-Pbosphate Derivatives"
Riga, Khimiya Geterotsiklicheskikh Soyedineniy, No 6, Nov-]Dec 69, PP 1037-1043
Abstract: A synthetic methbd based on direct phosphorylation of respective
amines is reported for the following pyridoxamijae-51 -phosphates (PAMP): 2-nar-PA~LP,
2-nor-6-methylPAMP, and 6-methyl-PAMP. The yields were 50% or better, With some
tuentit; (at the carbonz 2 and
difficulty in phosphorylation due to two ortho-sub6ti
6). The pyridoxal7-5'-phosphate (PP) derivatives were obtained via phosphorylation
of Shiff bases of the respective aldehydes and p-plienetidirie fol-lowed by hydrolysis
The following compounds were obtained: 2-nor-PP) 2-nor-6-mr..!tI1y.1-PP and 6-Iaethyl-PP
in yields ranging from 53 to 73%. These eoMounde had to ba chrowatogrt6phed on a
sulfore4dn and it.was diocovere& that direct.hydrolynis oa;the re-ain colxu= gave
higher yields. UV spectra are reported for all 'compounda in actd, neutral and
basic media.

USSR UDC: 547.8r_3'722-3:543.422.6:542.942.4
Institute
F -YEV NOVA~ L.V.,
FLOREW V.L., DROBINSKAYA, N.A., IOT
of Molecula Biology, Ukrainian SSR, Academy of Sciences USSR; Second Moscow Order
of Lenin Medical Institute, Moscow
"Synthesis of Pyridoxal Analogues and Their Properties
Riga, Khimiya Geterotsiklicheskikh Soyedineniy, No 6, Nov-Dec 69, pp 1028-1936
Abstract: Cyclization of 11-acylaminoacid esters in the presence of phosphorus
pentoxide gave 5-ethoxyoxazoles, which were reacted with maleic acid diesters to
yield diesters of substituted 3-hydroxycynchomeric acid. Reduction of the latter
over lithium aluminum bydride gave analogoues of pyridoxime) which could then be
converted to pyridoxal derivatives by oxidation with manalpiese dioxide. The
aldekvdes were converted to oxims and Shiff bases with p-j)hLOnet1 dine. Hydro-
_genation of oximes gave pyridoxamine derivatives, Most of.the yields exceeded
UV maxima are reported for the compounds obtained,

"R
IITIIIII.i.cff,
'.'Effect of Loser Radiation
Structures"
Kiev, Poluprovcdnikovaya tekhnika
Pp 105-107
---- -------
UDC 537-312.5
R. 0. and LYASII-101~_, P.
on the Electrical Paramete, s of DICS
i mikroelektronil:,a, No. 4, 1970,
Abstract: The T)ur-.ose of 'his article is to i est.L. U
117% icate the effects
of laser radiation, used f or welding, perforating, lf,,nd resistor adL-
juating in integrated circuits, on~the seraiconduc-11-or devices i
,-;0 in
int o I'
-hese circuits. '31.,ecifically, the article studies laser-~-_-ade
met aLl- Oxide - s emicond-act or transiotorr, of t-he planax st:vuctlitre, us-
ing n-and p-ty-~e silicon, as Well as NOS vartletors makle of 11-type
Si. The laser u3e:d ao t1le radiation sourcc i-a thie expel-imonts -;"a-s
WE the "Luch-11i 1.
Upe operating in ihe pulse wde, in which the ac-
tive material v.aS ruby a 0.05~ admixture of Cr. The !.IUS
at-_7acturaz wia_~_re a-rad-io-zed witlh an uznfocu.-~e~d le.:M -0--eDse enernrv -.-as
insufficient to d=age the target surYaces. Chan-es o- -Ci-an~ient
chaxacter-4-Stics im tthe ?M. transistors ,-.ere Lnvesti-ate-,~; the var-
Z.
factors were investi~7ated for changes in the -tTolta-are-re
istics and in tI)e capticitance as a function of tho voltar~e --ITI_!Jed
in "'Ghe cut-o~ff eunection.

P
USSR UDC: 621.375.$2
XAfflMQ1,T 1. j., P. 0, LYASHOK, A. P.
"Influence of Laser Radiation on Electrical Parameters of Metal-Oxide-
Semiconductor Structures"
Poluprovcdn. Teklm. i i"U'R-roelektroniRa. Resp. ~Iezlwed. 5b. [Semiconductor
Technology and Microelt~ctronics. Republic Interdepart-ent, 1 Collection] ,
Ir
No. 4, 1970, pp 105-107, (Translated froin.Referativnyy Zhx nal Fizikq,
No. 8, 1970, Abstract H'01145, by the authors).
Translation: The influence of laser radiation on the characteristics of
.1105 (metal -oxide-semiconductor) devices is discovered. in the case of MOS
wisistors, devices of n-type silicon are most strongly af-ected. 7"he
t
r,
-ent is increased by .-or 'toys a
discharge curi _-3 times. f MOS varia.C do-
111 capacitance and azi imerea-se in leaka-qe current are noted after
Irradiation. The clianges which develop are stable and irTeversible. The
presumed nature of the challges i,,; di:scusscd. 8 biblio. refs.

PROUSSYNG DATE--160CT70
013 UNCLASS,IFIM
JITLE-SYNTHESIS OF SILICON OXYNITRIDE -U"
UTHOR-(04)--GUZKANv I*YAor PURUSOVA, T.N.,,POLUBOYARINOV, D.N.,
OVSKAYA, M.N.
"ZO TRY UF "S R
--SOURCE-.-OGNEUPORY 1970, 35(3), 41-6
~ZATE POOL IStiED--------70
,SUBJECT ARE4S--CJiEHl-STRY
fC` TAGS---SILICON COMPOUND, NITRIDE, DILATOMETRIC ANALYSIS
CONTROL MARICING--NO RESTRICTIONS
DOCUMENT CLASS-UNCLASSIFIED
'PROXY REEL/FRAME-1996/0871) STEP NO--UR/0131/70/035/003/0041/0046
CIRC ACCESSION NO-AP01180148

2/2 013 UNCLAISSIFI ED, PROCESSING DATE--16OCT7O
CIRC ACCESSION NO--AP0118048
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. ACCORDING TO THE REACTION SI PLUS
SIO SUB2 PLUS N SUB2 EQUALS SI SU82 ON:SU82 PLUS ONEHALF 0 SUB2 (1) OR
SU82 ON SU132 (2) SYNTHETIC
3S1 PLUS SID SUB2 PLUS 2N SUB2 EQUALS 2$1.
.:-,,.:,SILICOiV OXYNITRIDE WAS PREPD. THE THERMOGRAVIMETK[C AND X RAY ANAL6
DATA SHOW THAT THE REACTIONS BEGIN AT 1000DEGREES AND FINISH AT
1450DEGREES, REACTION (2) HAS BETTER PROSPECTS FOR USE. TO PROVE THE
'ASSUMPTION THAT SI SUB2 ON SU82 IS CREATED VIA THE INTERMEIDATE SlOt
-SAMPLES FROM A MIXT. SIO PLUS SI IN WT., RATIO 1.52:1 WERE PREPD. AND
HEATED IN N AT-1450-70DEGREES. BY X RAYS ONLY THE PHASE SI SU8Z ON SUBZ
WAS FOUND. A SLIGHTLY LOWERED W7a INCREASE (IN COMPARISUN WITH THE
THEORETICAL ONE) IN (2) IS CAUSED BY THE SIO ESCAPE. THE DILATOMETRIC
MEASUREMENTS AT 20-700DEGR.EES OF SMAPLES WITH VARIOUS 51;SIO SU62 RATIOS
'CONFIRM THE X RAY DATA, SAMPLES HEATED AT 1350DEGREES AND CUNTG. A
LAR(vE AMT, OF SIO SUB2 SHOW THE QUARTZ,EFFECT CONNECTED WLTH
TRANSFORMATION OF BETA TO ALPHA QUARTZ. THE COURSE OF DILATOMETRIC
CURVES OF SAMPLES HEATED AT 1450DEGREES DEPENDS ON THE INITIAL COMPN. OF
THE MASS. AT SI:SIO SUB2 EUUALS 31.95:65.15 AT 170-2800EGREES THE
EFFECT CORRESPONDING TO THE EXISTENCE OF CRISTOBALITE 15 CLEARLY SHOW1114.
THE AV. COEFF, OF THERMAL EXPANSION IF R.EE TIMES 10 PRIM NEGATIVE6
DEGREES. AT it kATIO 58.37:41.63 THESMOOTHE COURSE OF DfLATOMETRIC
CURVES IS EVIDENT. THE COEFF. OF THERMAL EXP4.NSICh EQUALS 2.13 TIMES 10
~PRIME,NEGATIVE6-DEGREE. FACILITY: MUSK* Kf4l.14.-TEKHNOL. INST.
IM, MENDELEEVAs MOSCOWt USSR*

USSR
GUaIAN, 1. YA., FURUSOVA, T. N., POLUBOYARINOV, D. N.,
KA-RPIWVS
"Synthesis of Silicon Oxynitridell
Moscow, Ogneup_ory, No 3, Mar 70, pp 41-46
Abstract; A refractory material has been produced., consistuing
PrInTrily of silicon oxynitride (S12042); ~he -optimal tlech-qologi-
2. Cal parameters for its synthesis are determined, and certain
properties of the materials produced are desoribed.

USSR UDC:519.44
KARPILOVSKIY G. I
"The Least Power of the Precise Representation of Abelian Groups"
Vestn. KharIkovsk. Un-ta [Herald of KhaT,Ikov University], No. $3, 1970,
Mechanics-Mathenatics Series, No. 34, pp:.~107-115 (Translated from
Referativnyy Zhurnal Matematika, No. 12,~1970, Abstract No..12AI84 by
P. Gudivok)
Translation: The primary result is determination of tbe, least power of
the precise representation of a finite Abelian group in an Palgebraically
closed field of arbitrary characteristics,.

lip
USSR UDG 621.317-726
KARPILOVSKIY, L. N.
"New Me
thod of Measuring the Amplitudes of Pulse Signals of Nanwecond Length"
Haterialy naichno-teklin. konferenr-sii. Leningr- electrotellin. in-t svyazi.
2. (Hateriais of the Scientific and Technical Conference. Leningrad
ElectrotechruLcal Communications Institute. ''Vyp,. 2)j Leningrad, 1970, pp
249-252 (fro-a Uh-Radiotekhaika, No 8, Aug 70, Abstract No 8A353)
Translation: This article contains a discussion of a nethad of measuring pulse
amolitudes based on the principles of frequency compensation conversion. A
description of the operation of the block diagram of the instrument is pre-
sented. The accuracy of the procedure Is es.timated#
163

USSR L~ 1) C 6 213 7. 7
KkRPILOVSKIY, L. N.
"He Frequency Compensation Conversion and So74 CharactertsLic
athod or
O.L -it
Materialm nauchro-cekhn konferentsii. r. elekrrotek'ml. in-t Svvaz;
inc
Vlp- 2 (Materials of the Scientific and Technical Conferencii. rad
Lectrotechnical Conmunicat*ons Institute. Vyp. 2), LenlnL'zrad, 11970, pp
244-249 ffrom R-7h-Radiotekh-nika, 'N~o 8, Aug 70, Abstract No' M352)
ranslation: This article ~:orttains a discuss,ion of O-Lo i-sg~!ncc! of the mathod
:ompensation. ccn,.errsian. So-.,,e charaCLeriszic~ feaLtlres of Con-
o ffrequency
n of the measured s-nals are investigated. Tliey affi!CL Chi? S~!lc,-Ctioll
versio
of the measure-ment limic while retaining rhe givea accuracy. llaflned formulas
.cr ca-IcOlating the charge =id discharge time of a noaiine,ar oapacitaiw:e of a
P-n junction used in the investigated mathod were obtained. 'eco:--menda t ions
are made with respect to expansioa of the measurement limits and actilhods of
constructinc measuring instruments implement,~n
g the given -rinciple.

-A: J2 .006 UNCLAS::
SIF PilillrESS-ING DATE--2MO%/70
..TITLE--POSSIBLE USE OF VARIOUS PRI.NC,IPLES:OF IMPROVING THE A HERENCE OF
D
PAINTING -INKS FOR METALS AND GLASS -U-~
AUTHOR-(04)-GUREVICH, YE.1.1 KARP ILOVSKIYt_.Z,"_ POLYAKOVv V.1 GRINEVAs YE.
COUNTRY 0 F INFO--USSR
~S~OURCE-POLIGRAFIYA 1970P (2)t 33-5
A, T. EPUBLISHED ------- 70
-'-50JECT AREAS--hlETHODS AND EQUIPME14T
AGS---PRINTING INKs ALUMINOSILICATE~ GLASSt A OH E~S I ON
'-TOPIC r
,'~CONTM MARK:TNG--NO RESTRICTIONS
-.~DOCUMENT CLASS--UNCLASSIFIED
PROXY P.EEL/FRAME---3006/0725 STEP NO--UR/0543/70/0001002/0033/0035
_CIRC ArCVSSION Ni.)--AP0134460
ti i%l C L A1 r 1,i:: _0

- - -11NICL A S-S IF I E-D-_-- _- _ _ , ~ -- - - -

USSR UDC: 51
SPENOV. K-,kRPlLOV5,
Ye 'KIY, Ye. B., REDIN, Yu. A.
'~Orgauizaion of Rep= of Rasic Equipment Using Mathematicil
T~r. VIN I Illoloch. Pronn-sti I'VI'orks of All-union Scientific Researe.1 Institute of
the Mill, Industry], 19772, No 28, pp 25-36 ffr~nslated frora Refor.-tivnyy
a
Kibernetika, No 11, 19~2, Abstract No IJV488'j, by the authorri)
Trarislaticn: Problems of organization of repair work at enterprises usin.-
precise methods are studiled. The appayztus of linear prograiwTting is used.
wnples are calculated.
Several simple ex.

USSR. UDC 51
SEMENOV, Ye. V., KARPILOVSKIY, Ye. B., REDIN, Yu. A.
"Organization of the Repair of Basic Equipment Using Hathematical Methods"
Tr. '71NII Moloch. prom-sti (Works of the All-Union Scientific Research
Institute of the Dairy Industry), 1972,'No. 28, pp 25-36 (from RZh-
Hatanatika, No 11, Nov 72, Abstract No 11V488)
Translation: Problems of the organization of repair work in enterprises using
exact. methods in which linear programming~is used are discussed. Several
sinple examples are calculated. Authors! abstract.

USSR LTD C 51
zARrrSK1Y, L. S., KARPILOVSKIY, Ye. B., KHALEPSKIY, L. D.
"Planning of the Production Activity of Enterprises of the Dairy Industry
onomics"
Usirqr, Methods of Mathematical Ec
Tr. VNII moloch. prom-sti. (Works of the All-Union Scientific Research
Institute of the Dairy Industry), 1972, No. 28, pp 17-23 (from RZh-
Hateciatika, No 11, Nov 72, Abstract No 11V495)
Translation: A technique for constructing a mathematical model of a dairy
plant.- is discussed. The problem of operational control. of the plant using
dynautic programming is f ormulated. The necessary recurrence relationships
are derived. Autbors abstract.
61
"lm, M11HUTT MAN MIT24-Irstr1ra-, limp

USSR UDC: S I
~ZTSKIIY. L S, FARPILOVSKIY, Ye. B. ,KIIALEPSKIY, L. D.
"Planning of Production Activitv of 1-filk Industry Enterprises Using Malthen.,-it-4cal
Economics Methods"
Tr. WN11 Moloch. ProT-,,.-sti P"'or"S of All-uaion Scientific Rese.~rch Institute c;f
the - Industry), No 23, pp 17-23 (Translated fro-, Refevahnyy -hurnal
Kibernetika, No 11, 1972, Abstract No lJV4qS, by the ~,uthors)
tion of a matheimatical moilel of a
Traislation: A meLhod is studied for Construe
milk plairt. The task OL: OPCI'iltlve 1"Jannina of t1e. phnit using dynaiic program-
ming is st-ated. The necessary rccurrent relationships are ywoduced.

USSR UDo 621-372.6
KOTMIIATIY-RV, S.L., KW~~~ (Members Cf The ScierAific-Toohaic5l. Society
of Radio Engineering, Eleotronics, And Oo=unioation ivicni Ao,9.* Popov)
00onciernitz Correlation Evaluation 0? The 4Aallty 04' Oo=inication Channel"
Radicitakhaik-a. Vol 27, No 3, .1,Ear 1972, pp 93-95
Abstract: It is ehown that an autooorrelatod. funct ion can norve as a crit6rion
of the quality of a synchronous discrete comzunicstion :ch-annal. This concept was
exper im5nt ally verified with the aid of functional ulaulation on a digital coir,
puter. Modela were investigated of All. and FM charmalo with additive normal
zioise and interference in the form off A14,aignals at froquencles cloue to tho
'frequency of the efeective aignal. The levols of noie3 and interference were
changod within vride limits. 2 fig. 3 ref., Received, 7 Jftn 1970, after revision
into short commtaication, 25 Oct 71s

USSR UDC 666.764-36
KARPINOS D M.. GROSHEVA, V. M., MMiASHCHUK, Y2. F...and TOTSKAYA, G. A.,
Institute of Problems of MaterJal Science AcadeaW of Sciences Uk--SSR
"A Refractory Based on C11romiurfi Oxide"
Moscow, Ogneupory, No 1, 1974, pp 55-S6
Abstract: Studies are performed on the production of refractory materials
from chromium oxide, reinforced ivith mullite single crystal fibers. The
promise of the use of mullite fiberas a~:reinforcing component to increase
the thermal and impact strength of products,of chromium oxide is demon-
strated.
1/1

........ ..................... . . . . . . .
USSR imc 621-762.5.001
KARP1jPOS D. H.t TUCHINSKlYt L. I.0 and rEFER, V. YA., Institute of Problems
of Mterial Science, Academy of Sciences UIUGSR
"Calculation of the Corrected Work of Compacting During Dynamic [lot
Pressing of Stratified Reinforced Materials"
Kiev, Poroshkovaya Metallurgiya, No 12, Dec 73, pp 7-13
Abstract: Energy expenditures are analyzed, producing an equation for
calculation of the work of dynamic hot pressing of reinforced materials
as a function of the plastic properties of the matrix and the geometric
parameters of the composition considering the disrribution of' stress on
the contact surface between fiber and matrix and the friction between
them. The results of experimental testing of the equation cluring dynamic
hot pressing of coppei-molybdenum wire and nickel -molybdentwi. wi re systems
show that the work of compacting defined by the formula agrees well with
the experimental results.
1/1

Ussa UDO 62i.?63j669.Oi
YAR1q4O5,-D,-H., FEDORENKO, V. K. I BURYWAjA. L. o and GORSEY, V. V.,
Msiltute of Problems of Material Sciencej~Academy of~$-eiences UkrSSR,
of Metal Physics,.Acadexy of Sciences Ukr6$R
insiltute
ItStudy of Interactions at the Phase DivisioA Boundary:in Composite
Materials with a Nichrome MatTiX and Fibers,Based on.Tungsten and
Molybdenum"
Kiev, Poroshkovaya Metallurgiya, No 2, Feb 74, pp 64-75
Abstract: This work studies the structure and phase composition of the
transition zones, determination of the mechanism and kinetics of growth
of interaction zones, the influence-of alloy elements in the fiber and
matrix or. the mechanism and kinetics, the study of recrystallization
in the fibers and determination of the influence of all these factors
on some.of the strength characteristics of fibe-r-reinforced materials,
It is established that the phase COMPGSition of the reaction zone does
not influence the quantitative relationshi s of
p 1. layer:growtht The
kinetics of diffusion processes in the system,studied correspond to a
vacancy mechanism. The alloying elements in the fiber and matrix have
1/2
15

USSR
2, Feb ?4, pp 64-?5
URPINOB, D. M., at al., Poroshkovaya Matallurgiyat No
a significant influence on the parameters of layer gi-owth. The diffu-
sion of nickel and chromium in the fiber is rapid. Recrystallization
phenomena in fibers represent one of the main causes of the reducticn
in strength of fiber reinforced materials during long-term operation.

USSR UDC 621.762,4.044.2
KARFINgst. D. !4., BESPYAWY, V. A., SUKHM, L. L., SHIYANOYSIMA, I. YE.,
;i;TBESPYM1-f T, A. A., Inatitute of Problems of Katerial Sciences, Academy
~of Sciences Ukr5SRj Zaporozhlye Aluminum Plant "Kamaunoz"
"Somq PropDrties of Reinforced Cylindrical Shells"
X:Lev,, Poroshkovaya b1letallurgiya, No 11(131), Nov 73, pp 31-35
Abstracti The described technological. schema of the formation of cylindrical
Shells includes the explosive squeezing with subsequent heat treatment
(heating up to 8500 C cuid 50 min aging) of a composite Consisting of a plaztic
matr1x In the form of a foil on a nickel base and reitiforcinE tungsten fibers,
0.03 mm in dian., in the form of a grid., The results of an Inyestigation of
the high-temperature short-duration strength of the shel ;s show that the short-
duration strength of -the composite at 800, ~501 and 1101) C considerably
exceeis 116-he strength of the matrix. At 950 C the st-rengthenIng effect of
the composite reaches 6, at iWOO 0 it reaches 12, with a Bimultaneo= decrease
in pliLstlclty -properties, After heat treatment the coml%osites reveal thermal
streetws wbich develop from the difference in~the lineax. elongation and the
Olastilo constants of the components of the compoBite.
1A
15

USSR uDc 621.762.001.541.1t669.01.84
X&RT.%Y S, D. R. and LISTOMICHAYA, S. P.g Institute of Problems of Materials
LC
Sciences A~emy of Sciences Ukrainina SSR
"Interaction of Cartain OxIde Diffusion Barriers with the Matrix Phase and
Hardening Elements of Materials Reinforced with Fibers"
Xiev9 Poroshkovaya 11-letallurgiyal No 1, Jan 74, pp 101-107
Abstracti An attempt was made to use oxide, one micron thick, as diffusio,
barriers to prevent the formation of brittle intermetallides. This waz done
by studying the interaction of the matrix phase with reInforced-fiber hardening
elements, being protected by the diffusion barriers. Silicon dioxide,
alumAnum oxide, and aluminosilical,:e coatings were used as the diffusion barTiers,
proditced by electron-beam vaporiWUon or high-frequency discharge. From
tests using the above-mentioned coatings on steel Xbl8NVT ar'd Co, N1, nichrome,
Mo, and W It was found that the temperature stability of these coatings
Increased In the order givenj i.e.0 the thermal stability of 0.35 micron films
of si:Ucon dioxide increased with the order of the steel and aetals listed
above., altu:inum oxide coatings were stable at higher teaperatures which increased
In the ordor of the metals and steel listed above, e.g., 1100-12000C for
1/2

USSR
KARE-INOS, D. U., and IISTOVNICHAYA, S. P., Floroshkovaya Metallurgiyal No 11
,Tan 74, pp ioi-io7
for '.018N9T up to 1500-1600 for tung3ten, with a lower thermal stability
noted for the aluminosilicate coatings. Annealing of the coated zaterials
produces different coating thicknesses d.--pending on the compatibility of the
coating and matrix and the fiber used, The major factor involved is 1-0he
degree to which mass tramsfer of the coating Nnetrates tne substrate. It
was concluded that the use of diffusion barriers opens new avenues for use
in the development of zaterWs reinforced with fibers.~~ Four figures, three
table5p 18 bibliographic references,
2/2

USSR UDO 620oAP4,11036.4
KARPINOS, 1). H., TWHINSKIY, L. I., MIRC6HEIKOVA, T. K. , and VISH11YAK011,
=.R., Institute of Problems of Material Science, Academy of Sciences
UkraJjaian SSR
Z "Calculation of the Thermal Expansion of Reinforced Metals"
Kiev, Poroshkovaya Metallurgiya, Ho 1, Jan 74j pp 80-84
Abstreacti A method was proposed for calculating the thermal oxpansion of
cemposites, reinforced by unidirectionally oriented fibe:rB, In Hbich o;ie.or
both ccf the materials in the composite possesses plastic rather than e.Laetic
propextes. Tungsten wire of alloy DMOV (VZh9b) was usesd as the experimental
material where the reinforcing fiber usea was tungsten wfta VA with its con-
tent in T&-'h98 varied. Tests showea that pure tungsten has a verj low coefficient
of theraal ax-namslon arA alloy VZh9d has a relatively hl..gh coefficient between
300 and i)000 C and Increasos with temperaUre. When reirforood ;iith VA
fibersp the thermal expansion is not aa hi& as for the talrelziforoed alloy
and stairts decrea:Ang between 700 and g(juOU0 d4~perAl" ci~ the VA content. The
reason for this that at comparatively low temperatums the matrix has a yield
strength high enough to cauuu substantW tensile efresi3as in the tunigsten

USSII
KARPRICS, D. Ii., et al., Poroshkovaya Metallurgiya, No 1, Jan 740 pp 60-64
fibers anti, corsequently, to cause additional temperature daformation in them.
At high temperatures the matrix assimilates an ideal plastic body, its yield
strength remains small and, therefore, the coefficient!of thermal expansion
of the conposite is basically determined by the thermal expansion of the fibers.
Thus:, the matrix (VZh9B) coefficient is greater thaii timIgsten. (fibers) and.
at loy temperat-ures the coefficient increases, but as temperature rises the
pure matrix becomes plastic, e-qd the coefficient is governed then by the
fibers, and the overall coefficient diminishes, Three ftgut%~usp one table,
five bibliographic references.
2/2
10
RIM 0-=l.Pl.,l-.

JPkS S9873
23 kuguzt 1973
TECHNOLOGY OF PRODUCING NEW PATERIALS -

Ic
T4an*Iat:
n at us langruage collectionz Takhrtoloulya
s=
Q
luct Vl
,
,.
rialov,~ 1972,- 9
kh
CONTENTS PAGE-

Emissitivity al Zirconium and Niobium Carbiden In the
Region of Homogeneity
(L.N. 02..mchuk ,_0. _5h. 1JfWakh*y*1 .............. w, I

Hark function of silicon:-Carbida-
........... ..................
4

XlectrIcal Resistance of Composite material$
(Yq. K. P~trayA)... ............ I...................
Heat capacity ms,~sur&ment in somo Ceramic Materials
,
!
o. 1
11 He Ince, V.S. Xllmanko ...................
n 14
Thermal Conductivity of Rcinforctd'Plastics
(D.K. garpinos. V.S. Klimenkol ................ 113
one Optimum ease of a Method of Axial 7hermal Flow for
Deterruning the Coefficient at Thermal Conductivity
V
-5. Kii-manko, 4t al.) .............................
( 21
Study of Sintering KinatLcs by flat Extrusion of Zirconium
and Titanium Carbide& in tho Regions of Their Homogeneity
ya. ............... 25
Hot Pressing Features of ftlybd num Carbide
(YU.- 1. Rqqovoy. H.S. Xovat'ClIvinko) .................
32

USSR - Ij

USSR UDC: 621.762-5.001
KAR?INOS. D. M., TUCHINSKIY, I., FEFER, V. Ya., Institute of Problems of'
~~~-S-cre-ncezp Academy of"Sciences UkxSSR
"The-Problem of Compacting of Sandwich Materials by Hot Pressing"
Kiev, Poroshkovaya Metallurgiya, No 7, Ju-I 73, pp 43-50.
Abstract: An analytic dependence is produced, describing the compacting of
sandwich-type reinforced material during hot pressing, consido-ring the
influence of smoothing of matrix projections pressed into the. intervals
between fibers. It is assumed that the compacting rate is controlled by the
rate of steady-state creep of the matrix. It is shown that in the initial
stages of hot pressing, compacting results only from fibers pressing into tie
matrix, after which the smoothing of the portions of the matrix pressed into
the spaces between the fibers becomes significant. Experimental testing with
reinforced copper-molybdenum and nickel-molybdenum specimens shows that the
dependence produced describes the actual process of compacting of a reinforced
material during hot pressing satisfactorily.

USSR UDC: 666.T64.36
--Q& I Ins p. M., PAVLIKOV, V. N., 14IKHASHCHTFK, Ye. P., PILIPOVSKIY, Yu. L.,
"Order, 6-f-th-e Red Banner of Labor" Institute of Problems of Material
Science Academy of Sciences of the Ukrainian SSR
"A Composite Material"
Moscow, Otkr-,ftiya, Izobreten-4ya, Promyshlennyye Obraztsy, Tovamyye Znaki,
No 22, Aug 72, Author's Certificate No 345111, Division C, filed 22 Jun 70,
ublished 14 Jul 72, p 86
p
Transla:tion: This Author's Certificate introduces a composite material
based on aluminum oxide. As a distinguishing feature of the patent,
thermal stability is improved without sacrificing flame resistance and
impact strength by adding lamellar single cryat&ls of chromic oxide with
the following ratios of components (in vt.%):~ aluminum oxide -- 80-95,
lwaellar single crjstals of chromic oxide --,5-20.

Composite HateriaL,
USSR,
FRANTSEVICH, I. N., and KARPINAS, D,.kL,..~
Kompozitsionnyye Materialy Voloknistogo Stroyeniya (Composite Materials With
a Fibrous Filament Structure), Kiev, "Naukova Dum1ta" Press, MO, 403 pp
Translation of Introduction: For the solution of problems of the construc-
tion of machines and mechanisms in various branches of 'the new technologies,
especially the high-parameter technologies, new materials are required with
a conplex of different, occasionally even contradictory,properties, which
have been ~stipulated by the requirements of the designer. The materials
scientist can solve these problems effectively and expeditiously only by
the rational synthesis of materials with advanced, pre-established complex
prope-rties, It is therefore necessary to have a thorough understanding of
solid-state physics, which will open the way to predicting the- properties
expected in fabricated materials, as well as to point to options of variants
of the most flexible technology, resulting in the synthesis or construction
of materials with any combination of constituents in a homogeneous, or
sometimes, complex composite material.
There is another side of the problem under consideration information and
its process~',ng. Information in the area of material,,; science is especially
1/15

USSIII
FRANTSEVICH, 1. N., and ICARPINAS, D. M-, "Naukova Dunika" Press, 1970, 403 pp
complex, not only because of the abundance of sources but also because it is
necessary to understand new, additional information from allied sciences --
mathematics, physics, chemistrY, and mechanics.
Consequently, in research in materials science, particularly for the designer,
one imst Droceed not from the original, even if it is only systematized ma--
terial information, but from material reprocessed by higbly qualified special-
ists,and published in the form of a monograph, This mo'nograph must include
~for e~acb narrcr,7 subject, sufficiently complete and strictly stated physical
questions and a fundamental theoretieal presentation for a glwn area, a
detailed and exhaustive description of the technological scheme of production,
both of original com-pounds and materials -and basic-purpDae materials and,
finally, a comprehensive and exhaustive dencription of ti complete range of
literature sources relating to properties of materials An a given class and
to tta- area of their use.
This monograph, prepared by specialists havirig wide experience in the given
area,,must not merely be a compilation. To a-certain extent it must also be
2/15
7

----------- -
USSR
FRANTSEVICH, I. N., and YQARPINAS, D. M., "Naukova Dumka" Press, 1970, 403 pp
original, reflecting the subjective feelings of the authors. The reader is
thus engaged with the authors in a creative search in a given area of com-
posite materials. The monograph, "Composite Materials,With a Fibrous Fila-
ment Structure," has been written according to this metliod and is presented
for the attention of the reader-
The book is devoted to one of the very realproblems of contemporary materials
studies. Materials, about which much hasbeen said, to a significant degree
predetermine further progress in aviation and- rocket technolo.-Y. For their
development numerous associations of outstanding scientists of all disciplines
have been attracted, and yearly the number of publications in scientific
periodicals and in monzographic. literature have.increased, Until the publi-
cation of the present monograph, "Composite Materials Vith a Fibrous Filalwnt
Structure," no generalized mono-raph, of this type had beezi publisheO, either
f~--re or abroad.
The first nine chapters of the monograph were written by G. A. Van Fo Fy.
This is: original material, dealing writh calculations of stability and other
characteristics of reinforced composite materials. ContInuous tiodels were
3/15

USSR
FRANTSEVICH, 1. N., and KIWINAS, D. M., ~"Naukova Dumka" Press, 1970, 403 pp
used in a consideration of the elastic and rheonomic properties of fibrous
materials, processes of heat conductivity and heat diffusion in them,
questions of thermoelectromotive force and loss during their preparation
and work at high temperatures, and also the electromagne~tic properties and
propagation of elastic waves in such materials. Methods of analogy in the
theory of composite materials and methods of manufacturing parts from them
are described.
Chapter ten, written by D. M. Karpinos and L. 1. Tuchinskiy, also has a
theoretical character. Consideration is given to the reinforcement and
stability of properties of the materlals, reinforced by.continUDUs and
discrete fibers, the effect of electromotive forces on the stability of the
mater-als, a statistical model of breakdown,.defects in composite materials,
and t~,pes of breakdovm in comDosite materials..
The last chapters deal with a description of the technology of the prepara-
tion.cif different forms of fibrous materials and their use.
41/15

USSPI
FRMTSEVICH, 1. N., and KARPINAS, D. M., I.INaukova Dumk-a" Press, 1970, 403 pp
Tdbhnological schemes for the production of metallic and ceramic materials,
reinforced by fibers, and their physical-mechanical propextieu are described
inC:Chapter 11 by D. M. Karpinos, L. I. Tuchinskiy, and V. G. Zil'berberg.
InE:Chapter 12, D. M. Karpinos and V. M. Grosheva discuss.reinforced plastics.
P&rmedSle fibrous materials, such as filters, transpirators, packing, and
shuck:absorbers are described in Chapter 13, which was written by A. G.
Kdstornov and I. M. Fedorchenko.
ChApte-r 14, which was written by A. G. Kos tornov, V. G. Zil'berberg, D. M.
Karplnas, and A. V. Tkachenko, describes technological m~!thods of preparing
metallEc and nonmetallic.reinforcing elements, i.e.. fibers and filaments.
Thp- firial chapter describes specific forms of metallic inaterials with fibrous
st-ructure which are created in the process of crystallizvtion and other
foims of thermal processing. The chapter waswritten by D. M. Karpinos and
YeL-- N. Denbnovetskiy.
I. N. Frantsevich,
Academy of Scionces WaSSR

USSR
FRAYESEVICH, I. N., and KARPINAS, D. M., ~INaukcova Dumka" Press, 1970, 403 pp
Table of Contents:
Foreword
Chapter 1
Correlation of Continuum Theory for-Composite C6nponents
1. Real microstructures and. models of fibrous composition 8
2. Stability and elasticity, of~ fibers 15
-ties of polymeric binding with quasi-stat-ic loading
3. Proper
18
4. PiAymers at increasing tumperaltures 28
5. Properties of plastics during,periodic loadings
30
6. Heat conductivity and diffusion in continuum. 34
7. H'quation of an electromagnetic field in continuum 36
Litet-ature 39
Chapter 2
Internal Field Stress and Models of Elasticity of Fib-rous Compositions
1. Problems of longitudinal displacement 40
2. optimum volume of component content in fibrous compositions
(luring displacement 50
6115

USSR
FRANTSEVICH, I. N., and KARPINAS, D. M., "Naukova Dumka" Press, 1970, 403 pp
3.'-' Effect of form of microstructure of the properties of composites 52
.4.-'..Lcyngitudinal displacement of microcomponents of composites 54
5.'. Transverse displacement in fibrous composites 55
6w-. Models of multi-component materials with transverse displacement 60
.7.-. Stress in microstructures and elastic~:donstants of composites
with longitudinal elongation 62
B.' Lcingitudinal elongation of multi-component media 65
19.' Transverse elongation of reinforced solids with simple regular
structure 66
1(Y-' Transverse elongation of multi-componqnt composites 72
11. Elastic constants by area, slope, andlorientation of fibers 74
Literature 76
Chapter 3
Viscoelasticity of Reinforced Materials
l.: . Viscoelasticity of reinforced plastics with displacement 77
2.~' Viscoelasticity of reinforced~plastics with longitudinal and
transverse strain 80
7/15

-undamental relations of the theory of linear viscdelasticity of
plastics 83
4. Elastic heredity of multi-component materials 85
Literature 90
Chapter~4
Heat Conductivity and Diffusion With Absorption
1. Ifeat conductivity of composites with continuous and tubular
Abers during transverse heat flow 91
97
2. Longitudinal heat conductivity of reinforced materials
3. Reat conductivity of multi-component'reirtforced materialti 98
4.- Equation of theory of heat conductivit of.reinforced bodies 99
Diffusion in absorpin- media 101
103
Chapter'5
Heat Expansion and Loss
8/15

USSR
FRANTSEVICH, I. N., and KWl,qA.5, D. M., "Naukova Dumka" Press, 1970, 403 pp
1. Thermoelastic expansion of composite materials with continuous
and tubular f ibers 104
2. Effect of form of microstructure on heat exvansion 106
~3. Heat expansion in multi-component materials 107
4. Ej'fect.of viscoelastic properties together with heat expansion
and internal field loading 108
5. Loss and residual strain in glass-reinforced plastics 110
Chapter 6
Electromagnetic Fields in Fibrous Composites
1. Electrostatics of reinforced dielectrics 112
2. D.I!electric, permeability in w.eakly alternating fielft 114
3. 'Kagnetostatics of reinforced media 115
4. Electromagnetostatics of dielectrics reinforced with composite
and tubular fibers 116
5. Melectric and magnetic permeability of multicomponent
materials 117
6. Equation for the electromagnetic field in reinforced materials 117
9/15

'UH
USSR
FRANTSEVICH, I. N., and KARPINAS, D. M., "Naukove Dumka" Press, 1970, 403 pp
7. High-frequency fields in media reinforced by conductors 118
8. Longitudinal propagation of waves in~media reinforced with
conductors
123
9. Electromagnetic waves in fibrous dielectrics 124
Literature 126
Chapter 7
Elastic Waves in ReinforcediMaterials
1. Waves in anisotropic viscoelastic media 127
2. Dissipation of energy in reinforced nedia 131
3. Elastic waves based on diffraction 133
4. Waves of longitudinal displacement 134
5. Transverse propagation of.elastic waves 135
-6. Longitudinal propagation of elastic waves 136
Literature 137
Chapter~8
Analogy and Modeling of Composite Materials
10/15
-----------

1~ Analogy to the theory of dispersion-hardening compoqites 138
Anal~o to the theory of fibrous composites
gy 141
.3..
y reinforced media.'
Analogy to hereditar 142
4., kialogy of dynamic field...s.in two-phase.fibrous composites 143

5.
NonUnea
r analogy of polymers 146
6. ,
Kithematical modeling of composite materials 147
Chapter
Concentration of Strain About an Aperture in Plastics
and,Coatings of Reinforced Materials
L. Concentration of strain about a circular aperture iz plastics
o:E laaLnated glass-rcinforrpd.plasticsi~ 149
2. Distribution of strain about an elliptical aperture and an
opening in glass-reinforded plastics 154
3. H~thods- of investigation of strain in a three-ply with rigid
t,-LII,3ro spherical bottom having a slitl 157
~4. QDncentration of strain about an aperture in a thref!-ply
spherical shell with a light filler 161
Literature 166

USSR
FRANTSEVICH, 1. N., and KARPINAS, D. M.J. Naukova. Dumka" Press, 1970, 403 pp
Chapter.:10
Hardening Effect of Reinforcement.of Composites Vith
F:U)rous Structure
1. Characteristics of reinforced materials of metallic: and ceramic
bases 167
2. Requixements for fibers and matrices~ 170
3. Stability of composites reinforced with continuous parallel
fibera 173
4. Elastic constants of composites reinfor6ed by oriented
continuous fibers 178
5. Stability of materials with discrete parallel fibers 183
6- Statistical analyses of the stability;of fibers 189
7, Statistical models of the destruction of reinforced materials
during elongation 192
8. rypes of destruction of composites 196
Stability of composites to compression 200
10. Thermal strain in materials with fiber reinforcement 204
Lite rature 211

00-010 1

USSR
FRANTSEVICH, I. N., and KARPINAS, D. M., "Haukova Dumka" Press, 1970, 403 pp
Chapter 11
Teeinological Outline of Froduction'of Materials~Reinforced
With Fibers, and Their.Physical-Mechanical Characteristics
I.L.Preparation of composites by the method of powder metallurgy 214
2.-'.Mathod of coating application 219
3.'.Hathod of controlled crystallization
221
4.-. C-mposites based on copper and its alloys 221
5.-'. C6mposites based on silver and its alloys 225
6.-'. Composites based on aluminum and its alloys 228
7.7. 0:)mposites based on nickel and its alloys 232
8.. Compos:Ltes based on titanium 236
Wnposites based on iron, cobalt, magnesium, and their alloys 237
19., . Fiber-reinforced ceramic materials 238
IL- . -C-7mposites based an alumina and silica 241
12...-.. Cxmpos~tes based on other ceramic materials 245
Literature 246
Chapter 12
1.3115-

USSK
FIWMEVICH, I. N. , and KARPINAS, D. H. , "Naukova Dumka" Press, 1970, 403 pp
Reinforced Plastics
I.-.Basic principles for the production of reinforced -plastics .249
2.:,.Types and properties of glass fibers 251
3._'~.Types of reinforced plastics 254
.4.-'..Refrectory-fiber reinforced plastics 261
5.,..Area of use of reinforced plastics 267
Li:Uxature 269
f Chapter 13
Filters, Transpirators, Packing, and Insulators With
Fibrous Structure
I.- -Method.of preparation of high-porosit~y fibrous ob ects 272

2._'.*Filtex materials of Eibers, 281
Transpiration materials with f ib rous structure 300
4- Fibrous-base packing material
319
5.- Insulators for mechanical and acoustic vibrations 334
Litexature 338
1411.5

..... ......
USSR
YRANTSEVICH, I. N., and KARPIIIAS, D. M., "Naukova Dumka~' Press, 1970, 403 pp
Chapter.14
Methods of Production of,Reinforced,Materials and Physical-
Mechanical Properties of These Materials
1- Mechanical methods 340
2. Preparation of fibers from molten metals 341
3- Physical-chemical methods 344
4.- Fibers with metallic coatings 376
383
Literature
Chapter 15
re by; the Method of~Melt
Production of Fibrous Structu
Crystallization of Eutectic Alloys. and Thermal Processing
of Solid Solutions
386
I., Properties of poured composite materials
2. Satisfactory and unsatisfactory poured.composite materials 394
Literature 398
15/15

USSR uDc 620-19i.113:514-1.12.o14
KARPINqp CIY, L. I., and VIS11HYAKOV, L. R., Institute of
D. M., TUCHITISr
Wgilems &r~MYVetiai Science, Academy of, Sciences Ukrainian S"M
"Selection of a Matrix for 6 Composite 1~hterial Which Does Not Dissolve the
Reinforcing Fiber"
Kiev, Poroshkovaya Metallurgiya, No 5, MaY 73, pp 68-T2
Abstract* On the basis of concepts of alloy thermodynamics, the co,,11pcsition
of a com aterial was calculated for ", matrix
of a multicomponent matrix posite w-
vhic4 does not dissolve single-component Pz!inforcinj; fib-~2rs. A calculation was
m;-- d efor -the case when the matrix forms a solid solutfxin -with the fibel-I with
clac
limited solubility of the components. An experiment ack of one of' the
Calculated compositions of a four-component Ni-Cr-W-Al =AtriY, reinforc.-ad with
tungsten fibers, confirmed the correctness of the obtaine-d relationsLips. The
experime-ixtal check showed -that the tungsten. fibers were. not dissolved in the
matrix after 100 hours of annealing at 12000C. 2 figureo, 9 bibliographic
refel.cnees.

USSR LU) CU1 .793-75
KARPIHM-g,-)~,_14-0 ZIL-BERGBERG, V. G., and SHARIVYX- R, S. YU., Institute of
-11io'ble-is of Raterial Science, b7crainian SSH Academy of Sciences
"Plasma Spraying With Submersion of the Nozzle In Water~'
Kiev, Poroshkovaya Metallurgiya, No 4 tApr 73P pp 95-96
Abstracti A description Is given of a method of plwma spraying involving
subnersion of the nozzle and the article bein-.-.sp=yod in water during
sprayiAg. This method prevents oxidation of the sprayed poirdez, us'-n~;
zirconium carbide as an example, and allowsthe spraying distance to 'to
shortened to 25-30 mm while increasing the costing dbnsity.

USSR Ul)d:1620.193.43
qHMEY.-,V, N. YA, , VOROB'n' VA, 14, P., UVIERBERG, V. G. , w1.r1.,j 11F~1`10s, D. 1-1.
AmideiV of Sciences UlaSSRp Institute. af General and Inorp-nic Cheipiatry,
In3titu-te of Problens of 14aterial Scie7lce
7,
Coatings on Nickel, MolyteLentuz, and Titwiium in
"On the Resistance of A1203
Nelted LiCI-KCI Eutectic"
Mroscow, Zashchita Metallov, Vol 19, No 2, DIP-r-Apr 73P pp 195-196
AbAractt The corrosion resistance in xelted LiCI-01 eutectic of Al 0
2 3
ca R'ting.-3 (200,V. m thick, Porosity), applied in az-,-on on wire spacimans
f It
o
U, Mo, and Ti, was inveBtigated. In conpariaon vith taiprotected Pi
No-, and TU-specimons, the coatin- decreased the cor-tosion, bY 2.3-2,4 tirrez,
0 '> 0
at 400 and by more tham 3-6 times at 500 ; at t~p timey aluialnwii oxide
dissolved at rates of 8.0-10-5 and 1-3110-'~ g/cja'hx, respav.:tivel- The
-4'
unprotected Pi-specine;,a corroded at 4000 at the rat