SCIENTIFIC ABSTRACT OKATOV, M.A. - OKOLOVICH, V.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002202310003-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

_`_Z/2 009
ClIRC ACCESSION NO--AP0139623 UNCLASS-IF I E 1), PROCESSING DATE--.040EC70
A,B,STRACT/EXTRACT--(U) GP-0- ABSTRACY. THE USE 0 F 'r HE lKIGAS ANALYZER, [s
.RECOMMENDED FOR THE MOST ACCURATE DETN. OF PHOTOSYNTHETIC rNTENSITY. I F
DIFFERENCE BETWEEN CO suB2 coblCN. IN THE PH0TOSYNFHETfC CHM-11BER Ak4i)
GUT~IDE IT (DELTA CO SUbZj 15 A5 LOW AS~ 5 TFMI THE IN THE DETN, OF-
ACTIVITY DOES NGT'EXCEELY 15PERCENT. THE:ERROR IS LESS
'-:'THAN 5PERCENT IF DELTA CO SUB2 IS HIGHER THAN 5 P.P FACILITY:
'INST-PLANT PHYSIOL.v KIEV7 USSR.
UNC _A_S~l

USSR UDC: None
KUZNETSOV, A. Ya., CIIERNYAVSKAYA,,N. A.!s~ QXATOV, M. A., BURMISTROV A. N.
"A Method of Preparing Band-Pass Filters for the Long-Wave Infrared Region of
the Spectrum"
Moscow, Ctkrytiya, izobretenlya, promyshlerhirye obraztsy, tovarnyye znaki,
No 31, 1973, p 144, 391520
Abstract: The filter is designed as a sharp cutoff device and is filled
with hygroscopic, powdered materials such as KBr, NaGl, NaF, and GsBr heated
lo
to.temperatures of 1200C and above for at least two hours be' re and after
pulverization. The filling is then processed by a water-proofing solution.
Some examples of the latter are named.
JUID
1862-W
VT-1

USSR UDC: 621-373
OKAZOV A I.I.
"Wide-Range Measurement Harmonic Oscillator"
Tr. Sev.-Iav.-_-az. 1~-ornometailurr-,. in-ta (Transactions of the
7
Caucasus 'i'llininf, ;.etallur-ical 1-1 stitute) 1~170 28, I)_
(from iZh-I~adio4ekhnika. 3 21)
N'o- 3, ;'..arch 71, Abstr,-Ict 1~0.
Translation: vacuLun-tube oscillator has been developed whic1i
satisfies raquirements that are more stringent tlian those
of ordinary osciliators regardinl- 4'requency stnbility, const!~~ncy
of output volta-ge amplitude in t4L~ frequency ranp:e, and t1ie pos-
sibility of voltage control in tilt, oscillatory circuit. A block,
diagram off the oscillator is given, and a short dt-scri-ption is.
given of its analysis arid desi,~m. The model showed a fr(-.qi(.;_ricy
atab lity of thu order of 1-10 In the fruquency r!inge of 10") to
Z.10~ Rz. Bibliography of three. 1E. L .
112

USSR tMC 621.396-933.2
BALANDTN, V. I., KIYLO, L. E., OK =,IOV, Ye N
KHOSID, S. R.
"An Automatic Keyer"
Moscow, CYtkr-,ftiya, izobreteniya, promyshlennyye obraztsy, tovarnyye znaki
1970, No 33, Soviet Patent No 285067, class.21, filed 29 Aug 68, publishe
29 Oct 70, p 46
Translation: This Author's Certificate introduces an auto-mitic keyer ubich
contains a cadence pulse generator with frequency diviOer, a programmed
decoder, a trigger-type direction-finding signal shaper, a reset circuit,
an OR circuit with output connected to a switch in the suppbr circuit of
the recognition signal decoder, a controlling device, and an output ampli-
fier. As a distinguishing feature of thb patent, to efisure universality
.,in shaping the call signal and in the modes of operation, the keyer con-
tains an additional OR circuit connected'between the outputs of the recog-
nition signal decoder and the input of the controlling device, as well as
a mode switch Twhose inputs are connected to the progranima-d decoder while
the outputs ure oonnected to the above-mcrrI,IQnQd contrr.;IIIng de-11-1ce ".Ind
'the reset circuit.
i 1: 01 1 1

USSR UDC 669.14.018.821
,.P.t Candidate of Technical Sciencesp KUL'KOVAO M. N,# Engineert
CHERNYSHOV#,d-- V., Krasnyy Oktyabr' Plant
"Investigation of the Causes of Reduced Ductility in Ine;ots of Steel 08Kh19NI0B"
Moscow, Stall, No 10, Oct 73, PP 934-935
Abstracti A comtexative study of the microstructuxe arA phase composition of
sound and defective metal showed that failure during rollimS in the range
1060-11800 C occurs by the stratification of lamallar phases of niobium
=bonitrides and niobium oxides. In a defect-free metal there Is only
ntoblum carbonitridel which Is thinner with a smaller number. The presence of
nioblun oxides testifies to the inadequate deoxidation with aluminum. A large
1 0
quantity of the carbonitride phase Is precipitated also In the 800-600 C
Interval as a result of soaking the ingots:prior to set-Unge Addition of
powdered aluminum. du--Ing the xvfining perlo&.and guaranteed setting at 8000 a
made It possible to increase the hot~ductllity of 08Kh1Q,1i10B steel during
rolling. I. I. T.&TERIN and Y. I. KON010MOV11 Engineers., participated in this
work. One figure, three bibliographic referenaes.
49 -

UDC 669.018.81669.183.046-514#669-784
(YOW A& P.0 PIROGGOV, N. A., SABINIXAV KRYAKOVSXIY, YU. V., and
:h~K, I., Moscow Institute of Steel and Alloys
"The Effect of Boron on the Separation Process of Carblde,s in JW3N18 Steel"
Moscow, Izvestlya Vysshikh Uchobaykh Zavedeniy# CherWa Hetallurglya, ho 1,
1973t pp 142-145
Abetracts A study vas w3de of Xb231118 steel without boron addition arA vith
sna3l boron adAitions (0.0012%). The VENV-100A ejectrorl aiarosoopQ WaB Usod,
bozvn was shown to inhibit the se8aration.procoss of carbidea. On cooling,
aft-er prellminary beating to 1200 Cp tho M2306 carbide.in tho steel wit-h boron
began to separ,,-~~te at a lower temperature ( 0-1110500C) Umn in the steel irithout
boron ( /'-11000C). Boron also affected tjiv cNaracter of-the distribution of
c&Tbide along the boundaries ancl 1A the body of the austanita grains. The
indicated phenomena explain the improved hot plasticlty~of "23N18 steel in
the
presence of small addition of boron. Five figures. four bibliographic
references,

t7_
Acc Nr: Abstracting Service: 'lef Code:
CHEMICAL AB
ST. 4170
19F003.85b
78903s Interaction of diacetylenic ketones with Amines.
Vereshchazin. L. IT.; Bol'shedvorsk~ya, R. L.; OkIll L
L (Inst. Nefte- _U~le Ic U b'tj 4n. Urf.
Onim. Sm.. Irkuts
Im. 19YU, tjkl), 621-0 (AUSS). Tlle'mict-ion of RCqC:CCl-'
CPh -(I) (R is Ph or ~ 2-furyl). with' iemhdary aminep jj:~'I~Ett,
piperidine, or morpholin~)guve, itist Ie4ItdIof, the eIxplecjer~ amillo-
addn. products, and
smaHer aints. RCOCHXOCH.C_KPk (111) M. is NE4, mot-
pholino, or pipcridim5). Th~- hydr(;iyl;i of. III (R Ph, x ri.
NEts) with dil. flSQ# xa%,e* It (R 6: 1111). ne mliction ot j
with PhNIT, gave 2.6-diphen~i4-ph641iniitirpyian (~V j., Cott-
deln"onofBzC:CCHiBi;~iiihP]iN~'lliga~'C:!V.: Anali3gou-My,
I-phenyl-6.;(2-furyt)-4-ph6ny)i~iinopyran was prej)d. CP R
REEL/ FRAME
T_~ T, a t wzr~
.... ......

USSR IMC: 534.222.2
KASHIRSOY, A. V., ORIXITKO, L. P., and qLGLIT
jRj_ V. N.
"Bffect of.the Bqua-'Uions of.State on the Dispersion of Detonation
Products"
Moscow, Zhurnal prikladnoy mekhani-kii tekhnicheskoy fiziki, No 2,
1973, pp 165-170
Abs'--act: Results are given in this paper of the numerical 3olution
Of problems of the dispersion of detonation products for various
forms of the equation of state. Recognizing that a number of dif-
ferent equations of state' have been advanced by the literatuxe on
detonation products, the authors select the simplest form of the
-equation which provides sufficient accuracy for the practical solu-
tion of problems on detonation product.dispersion. An expresoion
for the logarithmic slope of the isentrope is al,-o obtained.
Curves are plotted for the pressure,: density, and mass velocity
spectra for plane, cylindricalf and spherical detonation waves.
The analysis shows that the equation of state in simple form and
the expression obtained for the isentrope can. be used for computing
explosion problems with a sufficient degree of accuracy.
43
WN
A -Ni;F

USSR UDC 534.222
LYAKIIOV, G. M., OKIHIT N., CHISTOV0 A. 0. Moscmr
"Shock Waves. in Soil and in gater Near the Detonation Point"
Moscow, Zhurnal Prikladnoy mekhaniki i tekhnicheskoy. fizilci, No 3, 1972, pp
151-159
Abstract: A study was m~ade of the problem of propagatioul of a plane shock wave
in soil and in water by the characteris tics method using a computer. I'he soils
were ronsidered as riulticonponent niiedia in accordance with the previously pro-
posed model [G. 1-1. Lyakhov, Izv. M SSSR, OEN, Illekhanika i riashinos troy nive,
No 1, 1959; Osnovy dinaniki vzrvva v piun.ta-1,;, i zhidicilth sredakh, Nedra Press,
ers and the dir,,iensioiis of the. gas charber were
I-joscowl 19641. The wavc, parariet
compared in soils with different coniponent contents and in water. Vie calcu-
lated wave parameters in three media near, the. detonation- point correspond to
the experinental data showing that p, u and D (the prermure and velocity.of
n, point, rinipectively) -it
the p2rt3cles and the particles and detonatip I the
front in water saturated soil with a 0: (no gaseous componant) have larger
values than in water. Even a small amount of air in -water saturated soil leads
to a noticeable decrease in p, u, D. On goi-fig away from the detonation point,
the intensity of the decrease in. these valueF in the soil containing air by
ccmparison with soil whcre a, = 0 increases. The time of effect of Cie wave in-

USSR MC 543.4241547.414.8
LVINt A. A., laiMOREMKIY, V. X.,
6, and SHLWOCHNIKOV,
ROWPSTTbu
Isteni :N,6, Zelins Iyg Academy of
T -A.# Institute of Organic Chemist-, k
Sciences USSR
ORawn Spectra of Folynitro- and +Halogenopolynitroall~anesm
Moscow, Izvestiya Akademii Nauk SSSR9 Seriya Xhizichaskayal No,11, Roy 711 pp
23*-2577
Abstracts The article gives the first results of a study of the intensities
of a n=ber of Raman spectral lines of palrdtro- and , a( -halogenopolyni
troalkanes and previously unpublishecl Ramn spectra for I.C(1102) 3s FC(NO2)
3
CH3CH(Nb2)21 ClCH(NO2)2, FCH(NO?)2, Intensities were measured for lines of the
symmetric stretching and deformation vIbrations of C-X02 groups. Analysis of
the results shows that in the considered series of compounds the line Jden:51ties
v=7 within rather a wide range. It is suggested that intex=tion of the nitro
groups with Wogen atoms leads to.significant changes In thetlectronic
properties of 0(-halogenopolynitroanane molecules. Aa increase In intensities
in wdAly'dus to a decrease In -the electron-acceptor properties of the substituent
and the degree of its polarizability.

7,
!7777
1/2 015 UNCLASSIHEO]l PROtESSINC OATE--20NOV70
T.ATLE-G.I PULE MCMENTS OF STEREL3,13QMERIC BETA- GHL0R0VI,NYLA1-P(-,'!kY CHLORIDES
_u.
'AUTHOR-(03J-KULGl3YAZHNYYv YU.V.t GARNOVSKlYir A.G.v 0KHL(jBYSVN, U.YE.
C.
.,C.UNTRY 6F INFC--USSR
:-S-GURCE-GICKIL. AKAD. NAUK SSSR 19701 191(61t ~322-3 tPHYS. GH-:M)
E PUEL ISHE(;-----7G
AREAS-CHEMISTRY
rnPLC TAGS-DIPULE MUMENTs ISOMER% VLI NYL IOMPOUNU, ORGANG14ERCURY COMPOIJN09
C~KORJNATEO ALIPHATIC COMPOUNDI 01:ELECTRIC~~,PROPERTY,~
.-:LC.'iTRC;L- MARKINr,-.%o RESTRICTIONS
,-DOCUMENT CLASS--UNCLASSIFIED
PROXY. REEL/F-RAME-3005/0215 S Q P NU-Ulk/00.~U/ 70 1 1) 11006/ 1-322113 23
M-tv
i iwwulmrva"im

015 UNCLASSIFIED: PROCESSING DATE--20NOV70
ACCESSION NO-AT0132487
GP-0- AdSTRACT. THE FOLLOWING DIPOLE MOMEI-ITS (IN
D) SEIZE CALCD. FRCM DIELEC. DATA IN C SUB6 H SU86:AT 25C)EGREES: CIS
:f.LCF:CllHGCL 2.92; TRANS ISOmElk 1.81; AND 1:1 MJXT. OF THE 15011ERS (m.
.78DEGREES) 2.79. SINCE YhE VALUE OF THE DIPOLE NOMENT IN THIS MIXT. IS
SE TO THAT OF THE PURE CIS FORMt THI!5 METHOD 1$~iUNDEJISIARBLE FOR
_CL0
-.10ENTIFICAT.ION PURPOSES. FA C I LfTY: ROSTOV.-NA-baNU GOS. UNVI.,
-Cl-DCNv USSR.
r V: 1-1

J /2 -015 UNCLASStPlet DATE--30OCT70
'~_TITLE-MECHANISM OF NUCLEOPHILK SUBSTITUTION -U-
K.A., BUBNOVi-N.N.s. OKHLOBYSTXNv O.YU.v RADZHABOVt
N.G.,
4TRY OF INFO-USSR
COUr
SOURCE-DOKL. AKAD..NAUK SSR 19TOw 191(tit L19-21 IPHYS CHEM)
DATE PUBLISHED ...... ~-70
2SUBJECT AREAS-CHEMISTRY
~--~.TOPIC.TAGS--BENZENE-DERIVATIVF. CELORINATED ORGANIC COMPOUND, FREE
DtCALv CHEMICAL REACTION MECHANISMplEXCHANGE RE,kTION, REACTION
INETICS
CCINTROL' MARK I NG-NO RESTRICTIONS
,_DOCUMENT CLASS-UNCLASSIFIED
STEP NO--UR/OO2Oi7O/l9l/OOl/Oll9/0121
REELIFRAME--200010712
CIRC ACCESSION NO--AT0124382
---UNC LASS IF I (FD

-.212 015 UNCLASSIFIED PROCESSING DATE--30OCT70
C'IRC ACCESSICN NO-AT0124382
..~-ABSTRACTIEXTRACT-(U) GP-0- ABSTRACT. FRO14 DATA OF THE RATE OF INITIAL
IATICN OF ARO RADICALS AS RELATED TO CONCN. OFARD PRIME NEGATIVE ION
FOR M
AND~TRITYL-CHLORIDE IN TEVRA14YDROFURAN,SOLNe AT VARIOUS CONCNS. IN SOLN*
IT WAS CONCLUDED THAT THE FORMATION:OF 1SUCH ARC RADICALS OCCURS GY 2
PATHS. THEY FORM ACCORDING TO A CARBONIUM MECHANISM THAr IS KINETICALLY
IDENTAGAL WITH THE SWAIN TYPE REACTIONSI AND THEY ALSO f~GRM FROM
'INTERACTION OF THE ARO PRIMENEGATIVE,10N WITH TRITYL CATION FORMED BY
OF PH SUB3 CCLi WHICH IS A PUI~~ELY S SUBN: I INGOLD TYPE REACTION
:,OF 1ST ORDER IN RESPECT TO'SUBSTRATE AND ZERO ORDEP. INAESPECT TO THE
..'NUCLEOPHILE. THE CARBONIUM PORTION OF THE PROCESS, IS DESCRISE0,13Y
14
UM ARY ~3RO ORDER KINETICS: AST ORDER; IN RESPECT, TO THt HALIDE. AND 2-ND
S
URDER JN -RESPECT TO ~PHENOX IDE ION-:.-THE' REACTION STUDIED WAS THAT OF Pm
--'.Sue3,tcL -ANDS P#ME SU83 CC SUB6.,H-SU84-0K,.~,~-'
FACILITY: INST.
SOEDIN.~s MOSCOW, USSR*

6 ~i,hii 1.41141 1 Hi Mllimll if TTLIJ;yj I i I 1,mT.,,7-i-il; I I ~Jkmi 6r:
..,
- ---- - --- - - -- - - -- - - --

1/3 029 UNCLASSIFIED P0.0CESISING DATE--230CT70
TITLE--FLUORINATIGN OF SALTS OF ALPHA, qETA? AND GA61MA SUBSTITUTEO
GEMOiNITRO COMPOUNDS BY PERCHLORYL FLUORIDE -U-
-AUTHOR-(,03)-OWjk STINAr L-V.t KliUTORETSKIY, V.M., FAYNLILBERG* A.A4
-COUNTRY OF INFO--USSR
AKAD. NAUK SSSRt SER. KOM.. 1970t 12)1 387-92
DATE PUBLISHED ------- 70
:-SUBJECT AREAS--CHEMISTRY
T-OP I CTAGS--FLURORNITRO COMPOUNOp CHEMICAL SYNTHESIS, NITRILE, ORGANIC
NITRO'COMPOUNO, AMINE DERIVATIVEr NMK:SPECTRUMv tR SPECTRUM
CONTROL MARKING-NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
REEL/FRAME--1997/0614 STEP NO--Ull/0062/70/0001002/0387/0392
CIRC ACCESSION NO--AP0119-121
UNCLASSIFIED

2/3 OZ9 UNCLASSIFIED PROCESSING DATE--230CT70
C-MC ACCESSION NO--AP0119721
~:ABSTRACT/EXTRACT.--(U) GP-0- A13STRACT. PASSING FCL0 SUBI INTO 7.2 G (o
SUB2 NJ SUB2 C(HU SUB4)CONH SUB2 IN (C.H SUB2 0rlE).SUBZ,Z HR AT ZODEGREES
GAVE AFTER DILN. AND EXTN. WITH ET SUB2. 0 5.6PERCENT CF(NQ SU82) SU32
NZ C(N-H SU33 ET)CONHET
CONH SUB2? M, 29DEGREFS. SIMILARLY (1) SUB2 NJ SU~
GAVE 14PERCENT CF(NO SUB2) SU62 CONHETt B:SU8Z IOZ-BOEGREESP M.
47DE-GREES. REACTION OF FCLO 51)B3 WITH A SOLN. OF (0 SUE)2 N) SU82 CHACtj
4~DAYS GAVE, IN tiOCH SUB2 CH SUB2 OME9 74Pi-:RCEIIT:r-C(NO SUR2) SUG2
C(:NHIOCH.SIJ32 CH SUB2 OMEt.8 SU82 85-90EGREES, N PRIME20 SUBD 1.4370.
-Slf-IILARLYY (0 SU92 N) SUB2 CKCH SUBZ CINO SUB21 SUR-2 ME IN THF WITH FCLO
SUB3 3 HR AT O-ZOEGREES GAVE Z9PERCENT
L,FLUOR,0,1,193,3,TETRANITROBUTANE, M. 37-8DEGREES. K SALT OF (0 SUB2 N)
SUB2CHCH SUB2 OH AND FCLO SUB3 SIMILARLY GAVE IN 13 HR AT 20DEGREES
ZOPERCENT CHNO SUB2) SU132 CH SUB2 OHo 0 SUBI 54 DEGREES. FC-10 SUB3,
PASSED INTO KCfNO SU62) SU132 CH SUB2 0;%4E IN ME SUB2 CO GAVE 64PE-RCENT
FC(NU SU82) SUB2 CH SUB2 OMEP B SUB26 75-706GREESo N PRIMEZO SUBD
L.4062, 0 PRIME20 1.3855. UCLO SU133 PASSED INTO KC(NO SUB2) SUB2 CH
?01)EGREES GAVE 88PERCENT Cl-*(NO
SU82 HNAC IN M' SUB2 NCHO 1.5 HR'l AT 2
'GREES* (0 SUB2 14) SU62 CHCH SlJB2'HNk3Z
SU92) SUB2 CH SUB2 NACNt M. 55DU
IN 14EOH TREATED WITH MEONA, THEN FCI0 SU63 1*5 HRj GAVE 82PERCENT GF(NO
SUH2) SU-82 CH SUB2 NHt3Zt M. fl9DEGREES. KC(NO SU32) SUR2 CH SIJ82 CH SU32
CN AND FCLO SUB3 IN ME SUB2 CO OVERNIGHT GAVE 49PEIICENT FC(NO SU112) SU32
CH SU62 CH SUfJZ CN, M. 210EGREES.. K SALT JF 5v5,DIU1TRrJ,2,P1NTANQNE AND
FCLO SUR3 IN TOF 3 HR GAVE 65PERCENT CFINO SUB2) $UB2 CH SU82 CH SU52-
AC, B SUB2 71-40LEGREES, B SUB4 86-70EGREESP L.438:2t 1,3577.

029 UNCLASSIFIED~ PROCESSING DATC-23OCT70
:ARC ACCESSION NO--AP0119721
SUB2 N) SUB2 CHCH SUB2~CH SUB2 BZ SIMILARLY TREATED'
-W-ITH NAOH- IN HOCH SUB2 CH SUB2 OMEv FOLLOW,ED BY FCLO SUB3t GAVE
93PERCENT CF(tJU SU,32) SUB2 CH SU82 CH ;SUf32 BZt M-s' :52.5DEGREES. FCLO
-SU83 AND KC(NO' SUB2) SUH2 CH SUB2 CH SU0Z NHAC IN (CH SLJ~~Z OME) SUL32
MIX s, 13, WB2
-GAVE 93PERCENT CF(NO SUB21 SUB2 CH SU9Z CH. SUB2
1.4603- IR AND NAR SPECTRAL OATA;ARE GIVEN.
FACILITY: INST. ORG. KHIM. I W. ZELlNSKOGO, RUSCOVIt USSR*
UINICLASS IF IEO

Acc. Nr. Abstracting Service Ref. Code
ArOO49881 C11DUCAL ABSt,'~/-?O
r 105739n EPR study of single-electron tr"er reactions in a
ro,
"series of polynitro- and balopokynitroalkanes 19havi
metskii V M. tZ k. A.;
Kbutor U.;z *
*611t. ~11.. 61tz7=1 tn. 11i-1'.' Ze1rn71--OizO_._ N-5,Fow.
A
USSR). Dukl. Aka-d. Xauk SS-SR I 9M, ~W)i'l i, t T51-4 ~ Lphys
!* in the reac-
Chem (Russ). EPR:sigtials were detected at -:301
tion products of ~),4,6-tii-teri-b4tylph.~ii(ixyI anion ivith the indi-
catedstibstances- (02N)4C ij),; QlC(X0j).j -(III, FCI NOj)3, and
MCCON003 (III), as Nvell as,VC0,40:010, FIC(XO'1)2,: PhC-
ONOO& (IV), MeC(N02WI. Mel(_N~~F., an&1:Xrc.Q.NO2)2;
at room temp. the EPR:signal wa's ob,. d .1y: frorr 1, IZ, III,
and TV systems.- The, uv spectra of these ivae also reported for
detection of the polynitro anions;: these were absel it i.n cases of
and V The results confirmed that
(XO2)~_ only.
PhC(NO2)i e(
the inion-radical mechanism describes~the nature ti~ the reaction
of the polynitro compds. with the anion shown abeive.
off
G. M. Kosolap
J4 REEL/FRAME
19801813

USSR UDC (S39.551+531.424):(546.24+546.683-143)
ANDRIANOVA, T. N., ALEKSANDROZ, A. A., 0KNOMIN, V. S. , RAMMEYCHENKO, L. A. ,
PANINA, Z. I.
"Viscosity and Density of Melts in the Thallium-Tellurium Systei-till
Teplofizika Vysokikh TemperatuT, Vol 9, No 5, 1971, I)p 934-937.
Abstract: Results are presented from studies of the viscositv and density
of welts in the thallium-telluriuri system in tTLe concentration interval
from 32 at.% Te tc 100% Teand in the temperature interval from the melting
point to 1,309'K. Analysis of the isotherms of the properties studied shows
Ahe existence in the liquid phase of the stable compound TI 2Te, which does
not dissociate over a broad temperature range. An analysis is presented of
structural changes in melts of the concentrations studied.:
jt,;~ ti 1 7 tj
...........
I!--I:. I I,I .

USSR UDC 691.2.087.92-932
2WQOJ.'OLG. N,
"Multiple-Turn Variable Resistor"
USSR Author's Certificate No 284109,~Filed 24/09/68, PUblished 4/01/71,
(Translated froin Referativn>7 Zhurnal Avtomatika, Telemekhanika i Vychis-
litellnaya Tekhnika, No 11, 1971, Abstract No.11,A169 P).
Translation: A multiple-turn variable resistor is suggested which cant-a-ins
ion of an electrical
a stator and rotor made in the sh,%pe of bodies of rotat,
insulating Inaterial-, a two-row spiral rosIstive cle"ont,,one row of which
-is locrited on tho surface of. the stator, turnod ti~.)%Iard the rotor; and a
contact clement connecting the turns :of the various row.,; of tile Spirals of
the resistive element. In order to simplify the dqsign ~Lnd increase tho
reliability, the stator is placed inside the rotor, the turns of the spiral
of the second row of the resistive elements are placed between the turns
of the first row, and there is a spiral channel on the inside surface of
~the rotor, the directionof which is opposite to the direction of the spiral
oned moves in the spiral
of the resistive element. The.contact,element menti
channel of the rotor. 7 Filnires.
Vi

USSR uDc: 62-502
DORRER, G. A., 0FJf0RZTN,-V--A-, Institute of Physics imeni L. V. Kirenskiy,
Siberian Deparrm~eC~"of the Academy of Sciences of the USSR, Krasnoyarsk
"Concerning a Problem in Synthesis of Systems With Distributed Parameters
on the Basis of the Theory of Moments"
Novosibirsk, Izvestiya Sibirskogo Otdeleniya Akademii Nauk SSSR, Seriya
Tekhnicheskikh Nauk, No 13(208),.Issue 3, Oct 72, pp 112-119
Abstract: The problem of calculating the dynamic characteristics of ph-in's
with di-stributed parameterr, mid. systerns for controlling them remains onc of the
vtost important problems in da-siGn of equipinmt for chadcal tfxhuoloU. One of
tho effective nethods of calculanting the dynturdles of plzazts of this typa is
based on utilizin.-, zroment characteristics. In essence, the moments of the
inipulse transfer function of a plant (inertia) are VSed tO e'1-1110ate the dyrial!dc
properties of this plant. Ihe further doveloprrienL of t'~,iis corq.-utational rr~-thod
involves extension to problems of analysis and aynthesis of syZtems for coint-ral
of ind:ustrial D-1-ant's. Ln this paper one of the possible apDroacher. to E;ucl-i
ggested, base--J or, the theor-j- of
problems is t;ur- the znments. com-
paratively- simple fonnulas are derived for the functionwhiea crives t1he rolution
of the finite-diniansional problem of noments in space L'12(0,T), and for detenrin-
the conditior-s of solvability of this problen. The results are utilized
RM

. il
I . r- - - -1 1- , " - .:! I --, "I IMF mm UM
111ri,irli I'JIll, Vil , . , i~ i;!.,~ 1.
71 , ,6 ,
1!11i11i;;lhiihill I lli~Alh,
1 1 tt il 1 " III I - : I I

USSR uDo 621.39-4.5
WMIY, LEOMD PANOVICH: ZAKHkROV, MATOMY IVAINOVICH:'CKHM VIYTOR
KMHAYLOVIGR-
NElements Of The Theory Of The Transmission Of Diacrato Infomation"
adachi disk-ratng informateii
Elementy. teorli per (of. Hngliah above)j 14o a c ow j
lzd. "Svyazl," 197Z 232 pp. ill* 79 ref.'1 r. 15 k.
Abntract: In the book, an account is given of the beeic.problatus in thn trans-
mission cf discrato information: the stati atical charact-zriatire of comwnicat-
-T of transmissiun
ion channels, codes, and systems, tAi increase a the raliabilit,
of discrete infor=tion is coneidered, based on the statistical characteristics
of real comuinication channdlz. 146thods, and dtvioea ar,.) d*Borlbad for a Btatia-
tical study of communication channels intended for drata tranard.usion; tho prin-
cipal results are given- of studias of cable, radio relay, tropoopheric, ard
shoe,;wave channole. On the baois of the procousing Aran generalization of tho
results of atatiatical testing- of the chatinalap mathoda aro preoented for oval-
uation of the effectiveness of groups of' error correcting cod*a and a calculat-
ion of the param-5ters of somo aye-teme of -transmim3ion al' dieuxete, information.
The. book is intended for of apparaitus for data trana-
mission# noiantific workerB$ graduato studanto, ar,d stud.anta of advvncea couraes
of. corresponding tip!3ainlition.
37

USSR
ZAMRIY, LEONID PANOVICH, et al., Elementy teorii pered.achi diskretnoy
informatsii. Moscow, Izd. "Svyaz'," 1972. 232 pp. ill. 79 ref. 1 r. 15 k.
TABLE OF CORKEWD.
Introduction
Section I
Statistic Cberacteriaties of Real ComnMidation Cliannels
Cnapter 1. General principles of construction of oyetem for transmisaior.
of discrete information
1,1 General atatement
1.2 Block diagrams.of systama for tranamisnion oP discrete
0
i-&ormation (STDI)
1.3 Resolver of STDL. 12
1.4 Special features of introduction of ditorote Wormation
into television con=nicstion channels 16
2/8
A

USSR
ZAHM, L EONID PAINOVICH, et al.:~ Elementy teorii peredachi diskretnoy
informatsii, Moscow, Izd. 1'Svyaz1-
PP. ill. 79 ref. I r 15 k,
Chapter 2. Distortion Of The Edgen Cf Code Pulses 19
2.1 Devicea for statistical maaauromerrts of odgo distortions 19
2.2 Results of processing of statistical data 20
2.,7, Calculation of.the proba.bility-of error. 26
Chapter Subdivision of code pulses 28
~.l Special features of distortions of the type rAl subdivision 28
~.2 Device for statistical measurements of subdivisions 30
Reoulte of procasaint of atAtistical data ~1
Calculation of the probability: of' orror
Chapter 4. Errors In Communication Channels
4.1 Types of errors
4.2 Devices for statistical studies of sequetce of' errors 59
4.3 Methoda of processing statistical date 45
Chapte.r Results Of Statistical Studies,Cf Sequence Oft Errors 50
5.1 Conditions for tests of coaurrunication ch~nnelu 50
5.2 Rate of errors and character of their dUstribmtion in tina 50
3/8
38
LP,:F F7-~71 T, 7i~~ I- f~-T; --2747~ 7-;--717,j11, 1, 11 1

USSR
ZMMIY, LEONID PANIOVICH, et a!., Elementy teorii pereti-achi diskretnoy

informatsil, Moscow, Izd. 3
t'SVYaz" 1972- 23 pp,. ill 79 i!ef. 1 r 15 k.
9.3 Probability of occurrence of distorted oombinatione of
various lengthe 62
5.4 Distribution of arrore in combinations Of various langtha 65
5.5 Distribution of packets of errors in dimtorted combin-ationa 72
5.6 Distribution of even and up-even errors in dinterted
combinations
74
Chapter 6. Reirularity Of Distribution Of.grrora In Dia6reta Channels 75
.6.1 Mathematical models of diacrate channelo and principal
requirements on them 75
6. P- Error density 76
6.3 Dif-crete channel& with logarithmic line.,,tr donaity.
9.
Index of groupin
79
6.4 Determination of error densities oil hi&ar orders 8~
6.5 Nethoda of calculattion cf; the :probabililies P (m,n)
and F mrq) for real comminioation o hnnola 86
6.6 Characteriatics.of asymmet~y.:of diecretip channels 90
4/8

USSR
ZAMRIY, LEONID PANOVICH, et al., Elenienty teorii peredachi diskretnoy
Womatl3ii, Moscow, Izd. "Svyaz'w." 1972~ 232 pp. ilL 79 ref. 1 r 15 h.
Section 11
Corrective Codes And Their Hffectivoness~
Chapter 7- GrouR codes 97
7-1 Basio'def init ions 97
7.2 Structure of a group and its propektiei) 99

T6 3
cyclic group 101
7.4 Structure of a.ring and its properties. ~Galoia rieldo 101
7#5 Raprecontation of co4e co#.inationa 104
7.6 Determination or.-group codes and methods of dnocribing
them 105
7-T Oorrooting proportion of group codes
7-8 Doooding.of group (n,k) code 114
7-9 Shortonad codes 115
7-10 Cyclical codes for correction.of =lti~16 orrarn 116
Chapter 8* Wectivoneas 01' Corrootin Ooden 127
8.1 Galculation of noi" immnity of' lin5ar block (n,k) codes 127
5/8 39

USSR
ZAMRIY, LFONID P,%TOVICII, et al., Elementy teorii 2eredachi diskretnoy
informatsii, Moscow, Izd. "Svyazl," 1972'. 323 pp. illk~ 79 ra~,:. 1. r 15 k.
8.2 Results of axnerimental study of the eff ectiTeness of
correcting codes in raal.discrate chann6ls 130
8.3 Conditions for effective-correction of errors by
correcting codes 157
8.4 Boundary evaluations. ef the. munbar of, sarDlus elements
f or vome ~-.Iasaea of codes i4o
8.5 Matching of soma codes with communication channels 143
8.6 Evaluation of the effectiveness of corr-acting codes in
a regime of error detection 1145
2ectioh III
Systems For Transmission Of Discrete &6rmation
Ohapter 9. One-Viax Sy toms For Transmission Of Diecrato Information
(Synte-ma Without Foadback) 147
9.1 F~rinoipal paramsters 1117
9*2 Use of correcting codca in one-way systez~s 148
9.3 Methods of error daoorrelationlin one-way eyetema 14q
6/8

USSR
ZAMRIY, LEGNID PANOVICH, et al., Elementy teorii peredachi diskretnov
informatsii, Moscow, Izd. "Svyaz'," 1972, 323 pp. ill. 79 ref. 1 r 15 k.
Ohapter 1O.Svstems For TranBmission Of Discrete Information 'With Feedback- 155
10.1 Classification system with :Ceodback 155
10o2 Principal paramoters of eystems with fdadbaek 159
10.~ Systems with expeotation cC analysis or ~,oda combination
RW-OZh 161
10.4 systems with sequential transmission of code oombinatione
ROS_PF 167
10,5 Systew with accurato otorage or secoptad. combinations
ROS-IfK 174
10.6 Systems with address redomoind (peresproal of combinations
with discovered arroro RM-AP 177
10-7 Vathoda of combinad transmission of information and food-
back signals 180
10.8 Special features of construction of-syntoms with
resolving.feedback with unq of:oemi tim-w.ey cbnnnela 183
10.9 Systems of transmisviou of ~dlaarata infor',mitign with
information foadbock 3.85
10.10 Erfact a paramaters a feedback channel on parston-tora

7/8
40
p. .....

USSR
ZAMRIY, LEONID PANOVICII, et al., Elementy teorii peyedachi diskretnov
04 informatsii, Moscow, Izd. "Svyaz'," 1972, 323 pp. ill, 79 ref. 1 r 15 k.
Chapter 11.0ptimization Criteria And Yathods Of OptimizinF Systems of
TranamiElsion Of Discreta-Information 192
11.1 Optimization criteria of systems of translaiBsion of
dinorete information 192
11.2 Determination of optimal characteristice of code in a
regime of error datection:for a system with fteiback I 9'~
11.3 Determination of optimal regimt of decoding a corracting
coda in aystems AOS 198
11.4 Methods and results of experimental determination of
parameters of a system ROS 200
11.5 Rooommendationo with raspnet to method aV seloction
of systems of trenmiuBlon :of discrote An Vormaiion and
determination,of their optijum charaoter istion 206
Appendix 1 Z38
Appendix 2 22-2
Bibliography 229
8/8

p2i1milon uo!)nq.jigp !asrojaj 3!lqnd jo-1 ro,%ciddv -IS I Ze L!"'J'A
"!Ain, unintwoju I jr,2!uq22.L jeu,2!)v,4 'V 2.2wl~d~u ) J'~.,Jvv~ ~,j 1,111"y wzv;s~,
sty jo sa!dw puoluppc ioj sisirtbo-d -uaj%tvjlujti~ jo uo:i~uwea-.-.ip akp
Jjp2o ul uol)v!jvd2id vm4daA pui 2upip Adv~ )o uinwl-jitu r. ipm pa4s~:qni 51 uyjvj-="
c"ll 'U1222q FWFrluu;'ltt2walT3T A'60 A'sn"r Qq' ""~ 01 3Frlu u"q ~-,; idiu2..,=
u
ir pirlturil U;,aq mtti ucj;u3!!q"d ity jc -.-.u.)Iuo) _j.L
10 Pk! -
153V AR :11SA 2o; p*zwlvuv2.L
Kj*.jslv.A%t8na -S -V
VOR.Lly
121111 NOIAN01

j
USSR ulr-.(537.22,~A-537.32.1-331:1537+5351
KULMV, A. Z. OKII ASADOVP D. A.j and MCOWM-OV K. Sh.
"Effect of Deformation on
the Thermoelectrical Char;,
..ctei~istics of
-Bi2Se3"
B42Te3
V sb. -Te-Plofiz. m7oystva tyerd. tel (T-he rmophys ic al Characteristics
of So-lids--collection of works) llaov, Nault. d-L-,nLl-,a, 1971, pp 30-33
(from. RM-Fizika, No. 11, 1971, Ab6tra.c.t No. UE1075)
TranslatiRn: The elffect of external single-sided pressure "up to
250 kE-/cM2) on the electrical conductivity (6), the thermal eralf
coefficient- and the thermal conductivity (X) of a solid ,olu-
tion of n-ty-oe Q-'Ot; Bi2Te7-2V,; 3`i2Se are invw~tit;ated in the LeLi-
Perature interval of 7100,5000 K. I. itj (:!.~Aabli.,,~!.hed that at 3000
X, with an increase in load from 0 to 100 lig/cm. 2, d irtcrca2e2
linearly to niore than double its value. ~11 ith e1evations i-q tem-
perature, this tyj,,e of shar, i'ncrease in 6 iL, n'Ot olb-senred. o
p Th
change in 6L did not execed I(VJ. An incrcase in It i2 also ob-
serv5 with increas-ir--.n- deformation, reachin-n- a at 100
The reduc4-ion of 0- and x a It pressuros >100 -_,rIr-1c,22 i, e-):_
k U
Pfdc'
ined by electron and plionon dispersioa,in the defects forred.G. I. I!,alcovetskiy.

JPRS 55503
30 March 1972
LmA
METHODS OF INVESTIGATING TK T`4EMELECT~ IC
PROPERTIES OF SEMICONDUCTORS
Tr;inslatlork of Chapter 5 'of ltussian-.lah_guai~e baok by -Z
-xova
Glazov- A tin, R. P.otorovi
I) r -0-
v4niya F r-m -oel
Issle Rfil~i~-,qk-lth Svoystv
vNnixov 1969. At..iZd.t PI.F.5; MOSCOW. pp 2. 131'-16
U 52T. 1
CONTENTS PAGE
Abstract ...................... .................. I
chapter St Method of Investigating the Thermoelectric
Properties of Semiconductors in the Liquid
Phase ............................................... 2
Ix USSFI F1

USSR UDC: 621-315.592
WhM__aTT1T___ A- --Pl-
~GORRACHEX, V. V., MALOVEITS-MA, V. M., and PUTILIN,
Moscow Institute of mSteel, ar4. AUoys
"Investigating the Infrared Reflection Spectra of Tin Telluride"
Leningrad, Fizilca i tekhnika poluprovodnikov, vol 6, No 6, 1972,
PP 1034-106--
Abstract: Because of the high concentration of free charge clarriers
in degenerate semiconductors, most methods for de texminin the bas-
ic parameters of -the seniconductor Material become complex. Hience,
the optical method of investigation is preferred. in this paper,
a description is given of experiments for finding the effective
mass of the holes and the relaxation tLme -bi tin telluride (BnTe)
by experiment-ally Mensur)jlg infrared reflection opectra. In tlicse
experiments, the effect of the charge carrier concentration on the
DOsition of the plasEm minimum was investig ted.. The reUection
coefficient was meazured in mmonoc2-ystalllne SnT;-- groun 1)y the
Bridgeman method, iith concentrations of 3.25-10 0 to 6.25.1t)20
per cc. Specimens were out in the form; of. plat6ij 005 Lul, thick,
and the carrier concentration'in then, was deterjained by the Mall
ef'Fect.

UNCLASSIFIED PRCCESSING DATE--17JUL70
CF TFE V16COSITY (IF LCW' ALKALI NO ALKALINE FREE
UTHCP-.;~.KHOTIkt M.V.t ANDRYUKHINAP T. C,
CUNTRY;:cF-:INFC--LSSR 7/
STEKLC KERAP. 19709 27(1)t 12-13
TE~PUBLISHEC _7C
S_UBjECT AREAS--MATER14LS
TOPIC TAGS-GLASS VISCOSITY, ALKALI FREE GLASS# GLASS CCFPCSITIONI SODIUM
OXIDE, MAGNESIUM CXIDEr ALUM.11%UM OXIDEP CALCULATION
C-CNT.RIOL PARKIhG-NC RESTRICTICNS
DOCUMENT CLASS--UNCLASSIFIED
PROXY PEEL/FRAME-1583/0,367 STEP NC--JR/0072/70/027/001/0012/0013
CCt-5-SJ(h- N(Y--tP00-53346
kill

Acc. Nr; Abstracting Service: Ref. Code:
-UR007;L
CHEMICAL ABST., q1,7(
410053346
92423p Calculation of th i zudty-gf low-alkaHne and alka-
line free glasses 1e, Z- =.~')Andaukhina, T. D.
"I'lle vis-
(USSR). Steklo. Jx #VP
cosity (q) of glasses contg~ 0-57p N'a-.0 wa-9 calcd 'according to
the equation T = AX + BY +~C-Z + D where T- temp. cor-
responding to a. determinate value of x IN iL.- 011
cao
+ MgO, and Z = A120s ~(wt- %) content. The yalues of the
consts. A, B, C, and D that were detd. exptl. for log 17 7-14 are
Abrani Chertkoff
given.

USSR JJDC 681.327
MELIN, V. it. OMIOTM, S. 11, ROMIA""OV V. V. , Engineers, PETHE"TKO, A. 1. ,
Docte-r of Tec~n*TVa~T_Mcnces, FESEC11YOP V. A., Candidate of Technical Sciences
"All-Purpose Graphical Data Input Device for a Digital Coviputer"
Moscow, Priborv i Sistemv Upravleniv No 2, Februarv 1971, 6-7
Abstract: A cranhical data conversion device desipned for converting graphical
docunents to code has been developed at the All-Union Scientific Research
Institute of Exploration Geophysics jointly with the Department of Technical
Electronics of Kiev Polvtechnical Institute. Its technical parameters make it
possible to read a variety of graphical data including shingle curves, families
of curvesand various sets of outlines. A block diw,,ram of the device, its
operating tire diagram, data allocation inmemory,and basic technical specifica-
tions of the device are presented. It is pointed out. that in contrast to the
Luch and Graf 1graphical data input device,-,, banned on the. sarte. principle of
color recognition, the present desipn achieves parallel color recognition so
that it can read six colors simultaneously -- black, rexii blue, green, yellow,
and one other arbitrary color. The basic iinitsof the device are an electro-
nechanical scanner with an optical system and tape drive, a video pulse shaver,
44

7 77-1,

TECHNICAL TRANSLATION'
ISTC-UT-23- 1023-72

TITLEi THEILMOELEMIC GEITERATORS

TMOELEKTRWHESKIYE GEUCRATORY
4
A. S. Okhotln. A. A. Yefremov,
and A. S. Pushkarskiy
Tartnuallakertebeetlelye gentirato 197)
ry
r=z!.zt#A for TS%C by ACS1

71r': ca~-tl!t~ of tht, publication have been translated 24 pmented in she originil text. No
lr'n Mjdt~ tO VCrifV Lht 4CfttT*Cy Of any ST.Ifement cortrainec~ hetein~ TMs
Pub'16rd with a mlnimum of copy editing and ?,taphics liTtpAtation in order
t~r d~lscrmn=on of information, Requests for additianAl copies of this
1-vU br addressed w Department A, National Tcchnical Informatico Service,
V-,~m;~s 22151. Approved for public release; d4iribution unliniited.

USSR uDc 621-362.2
NINA, Z. I.
ANDRUNOVA, T. N., AIMANDROV, A. A. KHqIN, V~ S., PAI
RAWMYCHEKKO, L. A.
"Investigation of Semiconductor Systems Based on Sb2SC3 in the Molten State"
Tr. Mosk. energ. in-ta (Works of the Moscow Power Engineering Institute),
1970, vyp. 75, pp 192-196 (from RZh-Elektrotekhnika i ~Energetika, I-To 1.
Jan 71, Abstract No 1A.159)
Translation: An investigation is made of the effect of various elements on
the structure of ant1mony selenide in the..molten state 'Me kinematic
viscosity and density of melts of Sb, Se~ Zn, Cu, Ga, In, Te-and Sn in
antimony selenide were measured. The change in strucLure of melts of .90
at-% Sb2Se3 + 20 at.% Ga and 80 at,% '43b2Se3 + 210 at.15 Sin takes place o7er
a narTOW temperature interval of At - 501K, while the structure of a melt
of 8o at.% Sb2Se3 + 20 at.% In varies continuously-over the entire tem-
perature interval from 950 -to 1300cK. Tvo illustrations, bibliography of
two titles. A. Kh. Cherkasskiy.
1A

030 UNCLASSI FIED: PRO~ESSING I)ATE--23OCT70
..r-[TLE--ALGORITHri FOR THE AUTONOMOUS CONTROL OIF THE ARRIVAL OFA SPACECRAFT
~.AT:A -U-
GIVEN LANDING POINT
.~._AbTA,0R-(03)-0KHOTSIMSKIY, D.YEt BUKHARKIINAtl:A.P., GOLUBEV, YU.Fe
C..0U N T R VOF INFO_-USSR
ISSLEDOVANIIA, VOL. 8, MAR.-APR.~1970, Pz 169-188.
~.DATE PUBLISHED ------- 70
,:SUBJ.,ECT AREAS--ELECTRONICS AND ELECTRICAL ENGR*j SPACE TECHNOLOGY
f-TOPIC TAGS--ALGORITHM, AUTOMATIC CONTROLt SPACECRAFT LANDING, SATELLITE
MOTION.
--NO RESTRICTIONS
_CONTROL MARKING
~-OOCUMENT CLASS--UNCLASSIFIED
PROX Y REEL/FRAIAE--1994/1757 STEP ND--UR/02931~70/003/000/0169/0133
CIRC ACCESSION Nt-,--AP0115586

_-212 030 UNCLASSI FIED PROCESSIttS DATE--23ocr7C
._.CfR.C ACCESSION NO--AP0115586
.c*rAaSTRACT/EXTRACT--(U) GP-0- ABSTRACT. DESCRIPTION OF A CONTROL ALGOPUTH.M
SPECIFIED LANDING OF A SP4CEf;_-,AFT ACCORDING
:_ENS UR I N GTHE GGEOGkAPHICALLY
-.-TO-A SCHEME OF INITIAL REENTRY WITH EXIT FROM THE ATMUSPHEREv FOLLOelEO
THE: MOTIOW OF THE SRAGECRAFT
-"BY' F I N' A L ~REENTRY AND LANDING. IN BOTH
REENTRY SEGMENTS IS ANALYZED, COMPUTER SIMULATION OF- TH~, CONTROL
~ALGORITHM DEMONSTRATES THAT A HIGH DEGREE OF BOTH LONGPITUDINAL AND
ATERAL LANDING ACCURACY CAN BE ACHIEVED EVEN FOR LARGE DISTANCES OF THE
-IN-1-TIAL:REENTRY POINT TO THE LANDING AREAj OF THE LACK OF
REGARDLESS
NOWLEDGE OF ATMOSPHERJC' DENSITY, DISTRIBUTIPN.
-~COMPLETE K

USSR UDO 546.8'1'546.55
PILAT, 1. M., CHAYKA, S. vo, 4 V. Chhrnovtoy 5tate
University
"The Effect of the Degree of PurIficabion of Bismuth Sin,310
Crystals on the Anisotropy.-of Thervio-ellif
ol V 11,-'ay 70,
loscow, Neqrganicheskiye V 6 o pp 032-
983
Abstract: A stydy was made of the relationshl~p bot-zj,_~on ~hc
-degree i
7risotropy of thorn, o-ovif a and the 041 pU,,J.f-
Bi single crystals, It was foond thiab in teq~r:~ratiir r- t or va 1 s
120-2000K and 280-4000K a is practically ind.,.~pendonb of
perature, but. shows different valu 'es which arp ralat*od to 11 h -
purity of samples. T'ho studies wore carriod out op sarplaz c
parallel to It he trigonal axis. and perpendicultir to it. I ~. i Z,
concluded that in ordonto obta-in'high-pul'iZY BI suitable for
thernooleatric and thermortagpetic studies, it1s riocessary to u.se
double drop-melting and zone-melting*.(at leaul, 50 P a z s ag e S
m6thods.

022 .1 UNCLA StfFIEU,
PROCESSIN6 DATE- 04DEC70
-,TITLE-THE. EFFECT OF THE DEGREE OF PURIFICATION OF SI,SMUTli SINGLE CRYSTALS
_QN THE ANISTROPY OF THERMO EMF -U-~
I*M.t CHAYKAt SnV*v OKHREMt VoGo
INFO--USSR
COUNTRY OF
,';'SOURCE--IZV. SSSR. MOSCOW, NEORGANICRESKIYE ~NATER I ALY., VOL 6, NO 5, 1AY
PP~,982-983
"'70
""'04TE~ PUBLISHED- --MAY70
~~'~SUBACT AREAS--MATERIALS, PHYSICS
-,TOPIC TAGS--BISMUTH ALLOY, METAL S.INGLE.CRYSTALi METAL ZONE MELTING; HIGH
METAL,:CRYSTAL ANISOTROPY# HETAL~MELTINGv THERMOE"'CTROMCTIVE
-'~CCN
TROL MARKING--NO RESTRICTIONS
~_-:-.DOCUMENT CLASS--UNCLASSIFIED
z~:PROXY REEL/FRAME--3005,'1542 STEP NO--UR/0363/70/006!005/09i32/0983
:'CIRC ACCESSION NO--AP0133465

jl!~ .1;, I I h,
............
2/2 022 UNCLASSIFIED PROCESSING DATE-04DEC70
CIRC ACC E S S -1 ON NO-AP0133465
ABSTRACT /EA'TRACT- (U) GP-0- ABSTRACT. A STUDY WAS MADE fj:-- THE
RELATIONSHIP BETWEEN THE ANISOTROPY OF THERMO E lif AND TH(i DEGREE OF
PURIFICATION OF 81 SINGLE CRYSTALS. IT 'WAS. FOUNG THAT [?I TEMPERATURE
INTERVALS 120-200DEGREESK AND 280-400DEGR 'EESK A IS PRACT[CALLY
INDEPENDENT OF TEMPERAfURE, BUT SHOWS DIFFERENT VALUES WNICH. ARE RELATED
TO THE PURITY OF SAMPLES. THE STUDIES WIERE CARRIEO~TOUT ON SAMPLES cuT
-PARALLEL TO THE TRIGONAL AXIS AND PERPENDICULAR TO [T. IT IS CONCLUOED
THAT IN. ORDER TO OBTAIN HIGH PURITY BI SUITABLE FOR 1THERHOELECTRIC &NO
1 E
H -RMOMAGNETIC STUDIES, IT IS NECESSARY :TO USE DOUBLE DROP MELTING AND
(AT LEAST 50 PASSAGES) METKODS4 FACILITY:
JE UNIVERSITY.
CHERNOVTSYST;
"ED
IN C L AS S- " F
k A

USSR UDC-,~
537.533.2:669.01
ICHUX, L. N., UPADMIAYA G4 Sh., and NAUIM
SANSOTIOV, G. V.,
0
V. Ya.
"Vork ction of Titanium and Ni
-Fun obium Carbides in the Homogeneity Re-
ion"
:Y1O_sco'w, TeT)lofizika Vysokikh Tem2eratur
,V01. 8, No. 4, 1970, 921-
922.
Abstract: This brief paper describes experiments performed on
titanium and niobium monocarbides and undertakes to explain the basic
expressions of the variations in their work function, along with the
.,.variations in their other physical characteristics.such tas electrical
thermal conductivity, and the like. In this work the
characteristics o'f the carbide phase electron struoture were taken in-
to account. The oTiginal specimens were in the fotm of cylinders 8 Mm
in diameter and 10 mm high. The work function was'neasured by usin6
'Lull current 'Llow in a temperature interval of 1400-21000 K. The au-
thors find that their results agree with those obtained in res"earch on
the thermoemission of Ift C.
2

JPSIS $9073
23 August 1973
TECHNOL06Y OF PRODUCING NEW MTERIALS

Translation of nussian-lansruage collection%
Voluolhtaiyft Noxxkh 1"teriaLov
CONTENTS
PAM
Cniaoftivity ol zirconi um and Niobium Carbides in the
Region of Homogeneity
(L-N. Ok.iremchuk, G. sh. Upadkbaya) ................. I
"ark 7=r-tion of Silicon Carbide-
(L.N. Okhiem6huk) .............................. 4
tiecItricallm-sistAnca of Composite Materials
(Ye. M. Peti6VA) ........................ ...... 8
Heat. Capacity Measuremen in some ceramic Materials
(D.N,Karpin .. ...................
io k*L,
=~j, V.S. X LIZIn 14
Thermal Conductivity of Reinforced Plaseicx
(D.M. garpinos, V.S. Xlimanko)- ................... l9
One optimum case of a Method of Axial. Thermal Flow for
Determining the Coefficient of Thermal Conductivity
L
G
KlI
k
t
W
)
21
.............................
.
men
a
.
.
o, e
S
tudy of Sintering Kinetics by Hot Extrusion of Zirconium
a

n
f
d Titenjim Carbides in the Re Their Homogeneity
o
!i
oNs
1
) ............
na
J-V. Ya. yaurnetnke, R. Ya.
i 25
'
H
ot Pressing Features
of Molybdenum Carbide
(ru. I 1L. a.
-42,90voy Xavallchonko) .................. 32
a
11 - USSR - 11

USSR UDC 547.341
14ASHLYAKOVSKIY, L. N., ZAGUDAYEVA, T. A., IONIN, B. I.,
and PETROV, A. A., Leningrad Technological Institute Imeni Lensovet
"Synthesis of Derivatives of Thionephosphonic Acids With Conjugated Dienes"
Leningrad, Zhurnal Obshchey Khimii, Vol 42 (104), No 12, Dec 72, pp 2648-2656
Abstract; Gradual replacement of the halogen atoms iv. PSC12 by alkoxyl
radicals produced new ester-acid chlorides and diesters of 2-methylbuta-
diena-1,3--thionepho-sphonic acid and bis-1,3-dienethionephosplionates. The
ester acid chlorides of 1,3-7d ienethionepbos phonic acids, have higher thermal
stability than the phosphoryl analogs because of the weaker basic properties
of the P:S group and lower electrophilic.strength of che phosphorus atom.
Comparative analysis of the PMR spectra of the derivatives of 2-methylbu-
taduene-1,3-phosphonic and thionephosphonic. acids shoved that these compounds
represent mixtures of various quantities of cis- and trians- isomers. The
latter are stabilized by an iatramolecular hydrogen bona.with the chlori-ne
atoms of the PSC12 group. P:5 participates to a considtrably lesser degree
in formation of hydrogen bonding than the:P:O,group.

_7~
USSR UDC 547-341'
MASHLYAKOVSKIY, L. N.j ZAGUDXZeVA, T, A., IONIN B I., and
OKHRIIAXNKO, 1. S., Leningrad Technical Institute meni Lensovet
"Synthesis of Ester Acid Chlorides, Mixed Esten and Amidoesters of
10-Dienylphosphonic AcIds"
Leningrad, Zhurnal Obshchey Khimii, vol 41 (103), No 2, Feb 71,
PP 330-335
Abstract: The -eaction of acid dichlorides with primary or secondary al-
coho-Is in, presence of tertiary bases leads to replacement of G1 atoms
with formation of esters of acid chlorides, mixe-,,d esters and r-,ster ami-
des 1,3-dienylp~osphonic ac!As. T~~ follo,~,ino, corrpoLnds ivere syn-
thesized Iformula, b.-p /mm,.dj, , and n2o being, reported CH Ur'(011
-12' l, ~ 3
CHP(O)(OC2H5)G1' 880/;-:5, 1441, jj5o35; CH Crt-UCH-CHP(0)(CC21-.~)CI,
108-1100/2,'1.1622, 1-5172; CIT C11i=CHOH=CHP(O (OC3H~-iso)Cl, 135- 37014,
!-1167j 1-5002; CH2=CHCH=PHP(C?(~C2H~)i!(C2115)2,*10 -111/3-5, 1.0214,
1,4852; CIJ -HC(CH ) =C_'
'2~'C 'P (0) (OCH3) C-C2,
3 - - 5. !? 8611/1, 1.06741, 1.4832;
CH2"zCHC(C'r13)=GHPk/0) (O"_ 'O_ C W 930/2, 1,0F 0;
'46, 1,4656
CH2=CHG(Cq3)=CHP(O) (~j~~?-,)!.I(c~2;,5i~~'93-940/1, 1.0224, 1.4928,
'=C14C!H~CHPkC) k0C )::iso-r,rl H84- 860/3, 1.0 19 1.4797;
CH3Ch L-3
CHg_CHCH=C _8ZO'/11 14-0667, 1-~~
HP(Q)(GCH3)QC2]5' 79
75

112 (J.NCLASSIFIE0,- PROCESSING QATE-13NOV70
TITLE--RHQSPHINE OXIDES CONTAINING. A 1,3,:)IEtN_f GRGUP3NG AT THE PHOSPHORUS
ATOM -U-
L.N., IONIN, CKHRIMENKil I.S., PETROV?
A A.
~,:~CQUNTRY OF INF0--USSP
'.~_.SOURCE~-Z4. 03SHCH. KHIM. 1970t 40 (4), 80.4-B.- evlil ii~
..f.-DATE PUBLISHED ------- 70
,~'..SUBJECT AREAS--CHE,41STRY
JOPIC TAGS--PHOSPHORUS OXIDEt DIENEv 0KGANOMAGNESIUM 1,OMPOUND t CATALYTIC
HYDROGENAT I ON 13UTACIENE
:,~C:ONTROL MARKING-110 RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY RELL/FRAW5-3002/1371 S T C-1) N~)----'-(Jit/~)071~/70/n4O/OO4/O8O4/01JOtI
:-C IRC_ ACC ESS JOIN NO-AP0 128 7 71
UNG LAS S I t~ i E Q

-7777J77-1--
~77
7 F
-IED PROC E S I6'G DATE--l3PJQV7U
2/2 010 UNCLASSIf
_~_CIRC ACCESSION NO--AP0128771
ABSTR%ACT/EXTRACT--(U) GP-0- ABSTRACT. TO PHMGBR FRUR 3 G MG PREPO. IN ET
FiCH:CHP(OKL SU82v AND THE
:SUB2 0. WAS ADDED W I TH COOL I NG 10. 8 G MECH, I
-HE). THE CRUDE
MIXT. HEATEO 3 HR, (HEN REFLUXED IN I S H OVIN. ON AIICPICjF.I(,
;REACTION PRODUCT OF I I AiND PliMGBR WAS TREATED WITH ALC. KOH 20 HR 'AT
:ROOM TEMP. AND 0.5 HR AT 50DEGREES 'To YIELD 22PFRCENT CH
SUB2:CHCH:CHP(O)PH SUB2, N. 105-70EGREES, THE PROOUCTS OF HYDROGENATION
-WERE MIXED CIS-TRANS FORMS IN CASE OF DERIVS. OF 2.tMETHYLvL?3#8UTp%DIENEs
[A WAS THE TF-lANS ISOME.R, AS WAS :ITS ORECURSOR DIBNE O.ERIV.
FACILITY: LENINGRAD. TEKHINOL. INST. I M. LENSOVETA, LENINGRADP USSR.
1 UNCLASSIFIEU

1/2 010 UNCILASS[f[ED i PROC~: S 114G DATE--040EC70
.-,T-,ITLE--BU ILD ING PAINTS BASED ON MIXTURES OFIAQUEOUS SOLUTIONS AND
,DUSPERSIONS OF FILM FORMING MATERIALS -U--~
-~AUT4i R-(03) Y~P VERKHOLm'
-OKHRIMENKOt I.S., VAS.ILYEVAt NITSEV iV.V.
t'11UNTRY OF fNFO--USSR
_0U_RCE--LAKOKRASOCH,. MATER. IKH PRIMEN. 1970, (2) 13-16
,OATE. PUBL ISHEO ------- 70
BJECT AREAS--MATERIALS# MECH.t IND. CIVIL AND MARINE ENGR
P I C' TAGS-CONSTRUCTION MATERIAL# PAINTi STYRENE, LATEX, PGLYVINYL
STYRENE RUBBER, (U)SKs65GP STYRENE RUBB Ell
--NO RESTRICTIONS
,0*ROL_ MARKING
!;DOCUMENT CLASS--UNCLASSIFIED
.Lp.g,QXY....F.IC.H,E.,.ND----FD70/605019/BIO
-CtAC
STEP NG--UR/030.1,170/000/OCi?/0013/0016
A G G E Sf W-4 NO- -AP 0 140903
AJNftA ~'S 1 F4E 0

Organooho*
~Compounds
USSR UDC 6061.718.1
L. N. and 1.
a! institute imeni
brad,
Secondary Specialized Education RSFSR
Phosphorus-ContainiRg Oligoesters with
ide-Chain"
S
S., Lenin-rj1d, TectinoLo-i-
M-Lnistry of hi:gher az-,d
1,3-Diene Graupin,;Irs in ti-le
Leningrad, Zhurnal PrikLadnoy I
Khimii, Vol 43, No I, J~-- 70, pp 1-137-
112
o -sters
Abstract: P-contairiiri~ L ;oe
1,3-diene groups R, att,
ached to were i~ra_, pol-con-
tion of die-j_
,Vjene~rlyCol n (_7.iC:_.'. )rtjOt!_iLne a~"
donsa L
. - :, 0 - 7 DKw t i7i t,, e
dic1hlorides Cl2P(=O)--,Z of pen a 2,.3
and buta-1,3-dienephosphonic a c -Z'. d-fiie tharee pro~.-uc-c~, ~)bi:aineld- ~,,,ere
viscous, transparent liquids. -2 a y oly~-iierized to Sull.-'iJ olymers :~n
J -ese
L pero:~C4de
-heating Ln tha pi nce of or hydropero.~:~de
on being applied -Ln the form 6_1*1 on solution, rorf~l-_,G
sional polymer fillms that adhered well to metal and -laISS. 3y using
peroxide + dimethyLanilime, polymerization cou'-d b,? ca-z-r.-Led
out at room temperature. The capacity fox' pOIymr_-):-!,zat:on d',~PendLd
L
on the structure of R; it decreased in the order C'd =(_jHf*,",I C*I
2 "2
1/2

uDc: 547-341
U9SR
A.A. Leningrad
MASELYAKOVSKIY, L.N., IONIN, B.I., 0WIj!!qM _Z,S., and PETROV)
Technological Institute imeni Lensovet, Leningrad~ Miuistry:of Higher -and
Secoadary Specialized Education RSFSP.
"Phosphine Oxides Containing Is 3-Di=6 Grouping at Phospho.rus Atom"
:Lenihgrad,.Zhurnal Obshchey Khimii, VP1-40, No 41 A pr 70, pp 804-808
Abstract: A previous article by t he authors reported the synthesis of
~individual 1,3-dienephosphine oxides by the interaction of unsaturated
phosphonyl dichlorides with Griguard reagents. The present article
gives more detailed information on the. synthesis and structure of
these compounds. The interaction of 1,3-dieneptiosphonic and chloro-
butenephosphonic acid dichlorides with,.Grignard re 'agents with subse-
quent dehydrochlorination by alcoholicalkali gives previou3ly Unde-
scribed tertiary phosphine oxides containing a 43-diene grouping at
the phosphorus atom. The structure of the resultant phosphine oxides
is confirmed by the results of catalytic hydrogenation.
The formation of compounds with the cis, and traas configura-
1/2

.s - Tj-, - ;:; -
t3

SEE=
Ref. Code: UR 0069
Acc. N
X*036524
PRIEW SOURCE: Kolloidnyy Zhu al; 19701 Vol 32, Nr 1,
STUDY OF THE STRUCTURE.
OF FILMS OBTAINED PROAtLATEX AIIXTUIZES
V. V. verkholizatsevy''
-1~ S. OAttr
S u mrn a ry
The structure of films obtained from binary mixtures of latires of butadiene-stv-
rene rubber SKS-30 and polystyrene or polyvinyl chloride has bee
n studied by a pboto-
metric method. The globule distribution in the SKS-30-polyvin~l chloride mixtures has
been found to be nonuniform to a considerable degree and the pentlTation of elastomer
-egments into p0ystyi
-ene to be sufficiently deep. The film; with a nonuniform globule
distribution are more, reinforced and their nonijiliforinity carx be controlled by addition
oi surfactants to latices.
REELORME

9H-U i IM FAIII XT;U'll 11ij j;m rdji. brT; n, vj
Acc. N A
bstracting Service: Ref Code
W0055(;98 ,
16-210, 1-1 4 4,
CHEMICALABST,
e 112164z Copolymerization of I oligo:- esteks of 1,3-diene-
1-4 h unsat urat -,, aW cu -AMIA,
- onte acids with ed ~ d repine. a d
Printseva.l. V.. Nla~hlyakovs;kii, ~i N.;
ljAningrpd. Telkabitiol. flst.: im LenMvf-to' Ingra
vrysoro'mol. Mo-edim. Ser. ff 19M.-MIJ
(1) (glycerol Phthatate modi(i6d %*b: dehydrated caitilr oil) waii
-Wigoftier,111) of!2-methyl-
copolymd. with a. diethylene glycol
1,3-butad:ene-l-phosphanic:act-d in'the pre5ence oficumene hy-
roxi& at 120'. : A 4 C,,H,(O.H)2 (Il'lYredui!L
drope. ddn.. of 0 5%. f.,
the crosslinking. rate. The:,copolyrm. rate of I %A1 11 was
versely proportional to It COMM, pmurnably due to~ the high
reactivity of 11, which ovetshadowed' the: effect of 111. The copo.
I ked poly'mers a;bd
lywo. gave flame resizaant, f1maxible, mmslin
REEL/FRAKE
--- -------
, ~41111

Acco r Abstracting Service: Ref. Code
~I -Ad 0 C)
PM48 CHEMCAL ABST.
glmq Phosphorus-containing iou 'ric, estem with'
r
iwien UVW-k the'skto chains*, ~ MahlyakoskiL L. N.:
Leningrad.*Tekhhol, Inst. Un. I.Ansov Lent
USSjj)7zhraT.JVUnL (L4nma . - -Iz
(Buss). 1--.~PU((;II:L;R:L;H],I*)(OCH2CHi)i 0~). i , W R -
R' H, R I)Mwe
=' Me and R' or R, 4. 9 an , - ~nd n ii
2-:4, were prepd.--bv poly&mdem;aflo~ 6f.IR'HCXR;2HWOCl
at sol. in
WIt diethylene.glycot. I wer~~Nigcous,tri6pml
ales.. chloro hydrocarbons and-PhNOg,* an4, iniol, in Et~O an&
hydrocarbons. I -were- re&;'U~ ~platirilzK even vndei N at poa~
temp... and had Hr nos: that were WTO% of the theoretied. ap-
ifficulty in. bromingrin ijugated~'Oquble
parently.due to the di .g coi
bonds attached to P. I werf~ Im&neO, beating in the pres-,
ence of Omene hydr6peroxi&6i B%O-ilh-~- ej~to rigid.
transparent films with good- adhesionjo glan Wi
abd rn I and
high abrasion resistance. Hardtned I (R 14 X sw H)Idoes 66t burn
after removal from aflame..' DIUR
REEL/FRAME
19800572

USSR UDC: 621.73.043
M., SHIRNOV, 0. M., BALAKIN, V. P., BOYTSEKHOVSKIY, V. A.,
-SffKLYAY',::V, V. Ye,
"Process of Prbduction of Long-Axis Forgings by Extension in the Superplastic
State"
Kuznechno-Shtampovochnoye Proizvodstvo, No 1, Jan 73, pp 7-10.
Abstract: A process of monaxial form change in the state of suporplasticity,
the relationship between initial and final dimensions of the piece, kinematic
plans of experimental installations and t .he dependence between the primary
parameters of the process in the initial. and stable stages are studied. The
conditions of development of the state of supprplasticity are also studied.
Exampits of products produced by this method are presented and the advantages
and disadvantages are noted.
In, I RN M I MR. I` II

USSR UDC 621.7.011
OKHRIMENK0 Ya. M., 5MIRNOV, 0. bf., SURMCH, L. V., KUCHINOV, M. M.
I'Superplasticity of VTZ-1 Titanium Alloy"
'Ordzhonikidze, Isvestiya Vysshikh Uchebnykh Savedeniy, Tsvetnaya
Metallurgiya, No 4, 1972, pp 133-136.
Abstract: The optimal temperature and rate conditions for dLformation of
VTZ-1 alloy to the state of superplasticity are established: temperature
interval .800-9SO*, rate interval 10-3_10-4 see-1; it is shown that the
single-phase a area should not be entered during heating. Wider these
temperature and rate conditions, clear signs of the state of superplasticity
were produced in VTZ-1 alloy, i.e., exceptionally, high values of relative
elongation (6 = 9501) in combination with low deformatfon resistance (a
0.4-4 kg/mmz) and a coefficient rating sensitivity o:tdefoi!mation resistance
to deformation rate m > 0.4. These data indicate good prospects for the
use of the effect of superplasticity in the pressure working of metals.

USSR UDC::621.777-61
OKOLIENKO, YA. 14., BEa=IX"NOY, V. L., V. Y. ard S111-J11KOV, 0. S.
"A Nev Process of Rapid LIxtrusion. of Lou-Plasticity Alloys"
Moscow, Kuznechno-shtampovochnoye proizvodstvo, No 1, Jan 72, pp 6-9
Abstract: Detailed is a new process of high-speed forming of semifinished
products, shapes,and pipes without lubricants usirg the principle of
deformation friction between the container and the metal, with the friction
oriented in the direction of the outflaw,of.the extrudable metal. rhe study
was conducted on cast AV, V96Ts, XIs6, AD31, Dlr,, AGO., LS59-1 and granulated
01435, 597 alloys under both laboratory &nd,plent conditions. Analysis of
the process indicates its potentialities in metalworking. %he use of high-
speed extrusion (as an alternative to direct extrusion) to produce rods
from D16 alloy under readcontinudus conditions without lubricants increases
the labor productivity 2,5 times Ate a result of the bigher rate of outflow
and yield of extrudable product as well as the elimination of somme of inter-
mediate overations sDecified in the current technology*,for separating the
discard. The test results of high-speed extrusion under oroduction condi-
tions support the expediency, of itz further development and promotion for

USSR UDC 539-4-015/019
OMIMMKO
Ya. M.., and TWM~ V. A.,t Moscow
"Surface of the Plastic Properties of a Metal"
)bscov. Izvestlya Akademii Nauk SSSR, Yetally, No 3, Yhy-~run 71, pp 112-116
Abstract: An investigation was made of the plastic properties of a forged
shaft 430 rnm in diameter and 60G0 rm long made from a 10.6--con 38KhNVA steel
Ingot. A descriptidu is given of the forging process on a 35GD-ton press. A
disk 220 mm thick was cut from the shaft for the purpose of mechanical tests,
from which 16 test samples oriented along 13 different directions were cut in
the annular zone of the disk at a certain distance from the center. After two
different heat treatmento all samplea.were. subjected to tenoile strength tests.
The results are presented in the form of 11hodographs" of the lateral contrac-
t1on. The graphic method of analysis which was.developed iukes it possible to
interpret the test results by surfaces of plastic propertitt.,s, such ae index of
lateral contraction and absolute anisotropy. The effect of repeated hardening
with low tempe-r-aturee annealing, resulting in increased plaritic properties, is
noted. The minim= value of lateral, contr=tion was observed w1th thc- sample
Oriented radiaUy (15%), while the muimum value correspomled to a longitudinal
Orientation (39.6,16). The absolute anisotropy is manifested more in sections
of plastic property surfaces with parameter a constaut (6- 30,600) -
its
TO
vmnn
map,

USSR UDC 669.74'-.621.73.011
LIVSHIfS, B# G,,_qQLRP1ENKO, Ya. M., TYURIN, V. A., and MILYAYBV, I. M.,
Moscow Institute of Siie~~AWVAITWk
"Deformation Characteristics of Low-Plasticity Hanganese-Aluminum Alloys"
Moscow, Izvestiya Vysshikh Uchebnykh Zavedeniy Cliernaya Metallurgiya,
No 11, 1970, pp 126-129
Abstract: An experimental investigation was made of the temperature dependence
of the plasticity of Mn-Al alloys (71% Hn; -292 Al) in dyn=ic and quasi-static
compression, in the interval of 20-1100%, and of the effoBat of the structural
condition on strain hardening in the cyclic loading procei~a. Experimental
data are discussed by reference to diagrams showing the &qormation stress
during static upsetting at various temperatures and in relation to the com-
press.ion degree in highly coercive and monotonic cyclic loading conditions.
A sharp increase of plasticity was found in s 19,4 rate del!ormation at 550-
850%. which in this Interval combines with, phase trans fo umatioas . An - ab-
normal increase of the slastic modulus, the proportional limit, and the
maximum compression stress takes place In a.repeated*1oa4JA& after unload-,
i the specimens In a highly cboraiV4 coflditlon~
i 13'6" 66

- - . .1. , i I, i z! I Iv k It I -., AIII:, . d 1i;1141 1 killuli 1 ., l.. .. - , . - . ... . . . li
. , - ; . ~] ~ : - . 31 1 , I " m~ . I.... rFl I
- ii 1. 6111-- - .-Mid i ini . i . i . 11 . . . , I I I I I I I I I I i .

2/2 -018 UNCLA~Sl F IED~ P40CESSING DATE--13fjOV7C
C-IRC ACCESSION NO-AP0 123962
ABSTRACT/EXTRACT-W) GP-0- ABSTRACT. EXISTING EMTHODS Uf-w STUDYING THF.
EXTRUSIO.N 0 F. P13 AND SIMILAiR METALS AR FSUMMAMIZE.0 OISCUSSEL)y A.ND THE
:MERITS OF COMBINING THE TECHNIQUE OF VISUAL ANALYSIS (STUDIES OF
DEFORMATION USING INSCkIBED GRIDS -Oil! THE 4ILLET SM"FAC") AITH AN
ANALYTICAL ESTIMATE OF THE UPPER LIMLT~QF. THE SPECIFIC Pil-ESSURE ARE
CONSIOERID. THE COMB [NAT ld'N UF
THE SE TWO APPROACH(:S IS EXTREMELY
PROMISING FOR THE STUDY OF ALL PROCESSES CONNECTED~ WITH MIETAL EXI`RUSION.

USSR LD c669-4i?_,i4i.z4l.2,658,5~2
KOLOSOVI 1-1. 1., STR=NOV, A. I. SURITOV, YU. D., and 010M.10111CH, B. P.
"Y-Uled Steel Tngot Quality"
Moscow, Yachastvo slitka spextoynoy stali (cf. English above), Mie tall urgiya.,
'etal
1973, 408 pp (from Xachestvo slitka spokoynoy stali, IN lurgiYa, 1973o
PP 2-5)
Translation of Annotationt This book Is devoted to thii! de3crlption of the
crystallization of a killed s'eel Ingot, A stL-jy Is m~d e simul-
process of
taneously of the processes occu=InS on solidifying- of the InGots the behavior
of the gases and nonirietallic inclusions, Ahe admixtimy-- distriblitiont coil-
voctive flous, and so on.
A great deal of attention in the book is given to the investigation of
various macro and microdefects of the steel ingot and ill tile waJority of cases
practical recommendations are made with respect to elimination of them.
The book is intended for engineering and technical workers of the metal-
lurgical-plants, the planning and design and scientific research institutions
and training institutions, and it can be useful for students specializing in
steel metallurgy.
There are 89 illustrations, 60 tablibs and a 551-entry bibliography.
Contents
Foreword ......................................... ...... ........ 6
40

USSR
KOLOSOV, M. I, et al., Kachestvo slitka spokoynov-stilli, 11'etallurgiya, 1973,
408 pp
Chapter I. Structure of Solid and Liquid Metal ....... .......... 7
1. Structure of Solid Metal .....
............. .......... 7
2. Structure of Liquid Metal ............ ........... 14
3. Effect of Admixtures on the Proper-ties of Liquid Iron 20
Chapter II . -Solidification of a Steel Ingot ......... ........... 26
1. CrysLallization of the Metal .......................... 27
2. Solidification Rate of the Ingot. ...................... 41
3. Parameters of the Two-phase Rqgioa~in the Ingots ...... 53
4. Formation of Structural. Zones,in Che Killed $teel Ingots 60
Chapter III. Chemical Inhomogencity of the Steel Ingot ........... 75
1. Formation of Chemical Inhomogeneity in Steel ........... 76
2. Dendritic Inhomogenelty ...... .................... 82
3. Redintribution of Admixturen During Crystallization of
Steel ........................ I........................... 86
4. Accumulation of Admixtures under a:Pipe .................. 94
5. Formation of the Axial Zone of the Ingot and,the V-Type
Axial Inhomogeneity ............................... .... 97
6. Formation of the Extraaxial.Inhomogeneity ............. 102
7. Relation Between the Dendritic:and Various Forms of
Zonal Chemical Inhoinogeneity of.an Ingot ... .......... 118
2/5

USSR
KOLOSOV, M. 1. et al., Kachestvo slitl