SCIENTIFIC ABSTRACT YERASHOVA, E.M. - YEREMETOV, A.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002203630008-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

7-1 1

2/2 0 2 G ON C LA S E F L'E D PROCESS [NG DATE-23-NOVIG
C IRC A CC I: "'; S 1 CN INL"- -A flu" I_, "1 3,4-1)
fRA%C.T/t--XTPAC T-- ( 0) GV-0- A P, S r ;t C T THE 14 T URA CJ 113 ''I (IF UASS
A
~ALUH.~S' ii.,~ r E 1:3 F7 o s p c '-LUUe';'FSCEl'jT L A H; P 5 '-'s lo!YE---S'T I Gill ED 3 Y LIS ING I
S PH -'r-! I - -
iz C:' F~ ti F riNcr, 5 Lp, F
GLA')--, 5 G F V- ~,t t ni - 2 . c; cEiiir) , TfiE
5A." E t i.',v
E IR fi-.D A'4 GP 1 Til I CKI:L*, 5 C F THE I-11`111NESCk~,T LAYER.
RESULTS- tim~iuTco TH;'J N U~.-Cik'EMSE [IN' 1-It 'D TO A DECREASE IN
4 C U-` C;N L L- C
Rif:
E s A i"i E X P L A N A T I wA S OF FE R E 0 ~ THA T I H 11' V A S 13.11E To rFIE
F0- R X, '~Tl I Get G F 'A C C NT Am I NA T i ~i G L A YER o E T ii E EC N : k4l i~ ;io r li C :NA PRIME POSITIVE
ON S, FROVI THE GL'ASS JNTO TH'E PHU'SPHoko, FAC IL I TY:
~SE S . :S vElcl rEK~i. I NST. U S C U USSR
t1l 'L -1 F- I E 0
U
LAS 5

USSR UDC[537-P-26+537.'d'11.331:1537+5,-)51
YEI IA IT. A..? KPINYiAIR
3ASO' )v V. I. NOVICialav, A. 1.~ and. 1,100M IY, A. B.
ar mi2te
"Apparatus -for fligh-Speed Meacum-m~ent of Thermoztlectric F -Clt -,rs of Semi-
conductor Materials in 150-500o Y, ~emp--1!4ture Ran e,
Tr. Lenin.-Ir. r-oliteklin. in-t (Works of Leningrad Pol3technic Institute), 197-1,
No 325, pp .10-16 (from, IC/h-Fizlika, No 1. Jan 72, Abstract 4o 1a;11469 by
authors)
Translation: The apparat-as ir, J-, ended for similt-aneaus deUeImIIIa!;IoII 0
f
specific electrical and therzal, conductivity ana t1m) coelfricient of' thor.~,o-
electrofmtive force ir, a idde te-mmerature ran c. Chanre:s 1--a-ve bacn vin-de in
the conStm.-ction of"' the device, as compared with It h e X cz~lorim~tter, viiich
thu influence of pur; ,AV*Lc~ helot uxchan.- -
parmit rodiiction to the tAni,,-.,..%m of
An av&,Iua4-ioj-L ol' Jw
and crintact th!a~-,--nA. rur~i~taricec.: cirrors. rihows that in
the det,~rmination of the thermoeleoctric coaf-Ifte-lent of the materia.1,! sfmclied
the error connectt--d vith the ammacy of the 'xneasurerie%i-I,'.s, thermocoaple cali-
bration, and 1-,,eanetry of the does .knot exceed
MIA imi"

USSR UDC 621-1717-71c9:57/7-;~M-zl
)LERAIQLA,_N.~A I'AYDANOY
V.I., NC'VICF':.0V? A. I., Y, U R C r.'s I YB.
Eq~uipment For High-Speed 11,.'ev mu re went Of the: Thermoelee Lric Formeters Of
0
Semiconductor Materials In The Temperature Range 150-~kb i%
Tri. Leningr. polite',;hn. in-t Of The Len4narad Polytechnic!~il Institute),
pp 10-16 (from RZh:Zlektronika i yeye primenenive, No 2, Feb 72,
1971 No .5
~AbBtract No 2377)
Translation: The equipment, in which a normal reEir-e of the vecond hind is used,
is-intended for simultuneouo determinatioh ~of the therma.1 conductivity, the
snecific electrical conductance, and the coefficient of.lhermo-emf over a wide
range of temperature. The error in determining the thermoelectric coefficient
does not exceed 4--5 percent. 2 ill. 4 ref. SummiarX.'

023. 'CLASSIFIED PAGCESSfNG DATE--18SEP70
UN
.c AC.CESSION NO--AP0105561
Clp
,-!Aa~fRACT/EXTRACT--tU) GP-0- ABSTRACT. JHE~ TEMP. DEPENDENCE OF ELEC.
~COND.; THERMAL E14F.t THE HALL CONST.t AND THE TRANSERSE 4ERNST
:ETTINGSHAUSEN EFFECT WAS STUDIED EXPTLo I IN:: SN SUB'L".14EGATIVEX BI SUBX TE
(0 SMALLER THAN OR EQUAL TU Tl-'4FS SMALLER THAN OR FOUAL TO 0.1) S!JLI0
-SOLNS. AT 80-500DEGREES K. IN COMPARISON TO PURE SNTEr A PFCREASE 'IN
HALL 140BILITY IS NOTICED AND A IMAX, APPEARS ON THE,TEMP. DEPEND ENCE
'CUP NATIONS FOR THESE
WE OF:THE HALL CONST. THERE ARE 2 POSSIBLE EXPLA,
_AND OTHER OBSO. CHANGES: (1) THE.ADON.~01f:BITE LO`qERS THE ENERGY GAP
-BETWEEN:REGIONS-OF LIGHT AND HEAVY HOLES;.;(2) IMPURITY (DONOR) LEVELS OF
131-1 SPL ITJ NJO~::AN-- IMPURITY BAND iO~A-T-Ef) BEL01W THE: VALENCE BAND. IN BOTH
DDN. OF 611 LITTLEANFLUENCE ON THE;tONCN. OF HOLES.
7CASES THE -A HAS
UNEI-f'~'-S IF I FD~-

--- i7, -- I - -
liommm

2/2- - OW- ~PROCESSING DATE--230%-.T70
- UNCLASSfktd:
IRC ACCESSION NO--AP0125386
ABSTRA CT/EXTR ACT--(U) GP-0- ABSTRACT. OBSERVATIONAL DATA FOR 46
FLARE STARS DISCOVERED IN THE PLEIADES.OURING 196B AND 1969 AT THE
TONANTZINTLA, ASIAGOP BIURAKANr BUDAPEST# AND ALMA ATA OBSERVATORIES. A
STATISTICAL STUOY OF FLARE STARS SHOWS THAT THEIR OVERALL NUMBER IN THE
PLEIADES SHOULD EXCEED 600. THE DISTRIBUTION OF:FLARE STARS ACCORD~'NG
TO THE NUMBER OF OBSERVED FLARES IS WELL REPRESENTED BY THE SUM OF '11140
POISSON DISTRIBUTIONS WITH DIFFERENT, MEAN FREQUENCIES. ALL, OR ALMOST
ALLv OF THE MEMBERS IN PLEIADES.WITHV[SUAL MAGNITUDES IESS THAN 13.3,
ARE'FLARE STARS. AT A VALUE'OF 1.3.291 THERE IS A SHARP' BO.,,.UER BETIEZEN
PHOTOGRAPHICALLY OBSERVABLE FLARE STARS::AND NONFLARING STARS. THE llE-~ki
FREQUENCY OF LARGE FLARES:(AMPLITUDE GREATER THAN 0.6 MAGNITUDE) WAS
.0001 PER,HR FOR MOST STARS. FACILITY: -84URAKANSKAIA.
ASTROF121CHESKAIA OBSERVATORIlAt YEREVAN#.ARMENIA.N SSR.
UNCLASSIFIE0

uDc 62l. 396.6:621.318(088.8)
ARON, P. VI. RYABKOV.A., L. D. , ITRASTOVA, V I.
"A Method of Producing Ferrite Powders"
USSR Author's Certificate No 2 249 Filed 15 ja 66, Published 13 Feb 70 (from
n
RM-Radiotekhnika, No 10, Oct 70, Ab-,tract No 1OV409 P)
The proposed method of producing ferrite powders by crushing a mixture
of initial oxides and annealing the mixture,witiz subsequent pul.'rerization is dis-
tinguished by the fact that the activity of the~powders is increased by adding to the
mixture of initial oxides UP to 5 ~~.% ammonium sulfate, aud annealing the mixture
at the teraperature of interaction betueen ammonium sulfatk tuid. the oxides for five
hours, followed 'by a raise in temperature to 800-1,0000c.*
3.1

USSR UDC 599.323.4
L
N GLOTOV, I N., and NIKOLAYEV, A, S. Institute of Biology,
Aer-ian'tt=ftr ment, Academ'y of Science6 USSR, Novosibirsk
"Dynamics of the Mobility of Murine Rodents.and the Effect on Mobility of
Some Abiotic Factors"
3olvosibirsk, Izvestiya Sibirskogo Otdeleniya Akademii, 111auk SSSR, Seriya
31ologicheskikh Nauk, No 10 (190), 1971,Tp 161-168
Abstract: Field study of 12 species of Vales mici~, and other rodents (Sicista
Letulina, Apodemus agrarius, Micromys minutus, Phodopus sungc)rus, Cricetus
cricetus, Clethrionomys glareolus, Clethrionomys rutilus, Clethrionomys rufo-
c=us, Arvicola terrestris, Microttis grecalis, 14icrotus*a-restis, Microtus
ceconcmus) in forest biocenoses in the northern part of1the Baraba Lowland
(Western Siberia). Each species develops a definite seasonal- rhythm in its
movements about its range, the determining far-tars being the local climate
a!xd ecology of.the specieo. Species periodicity is fairly conservative and
iz is little affected by alight fluctuations in. temperature and moisture,
W".thougli it can shif r in time as e result of abrupt climatic changes. Sig-
WIicant changes in the rhythm of rodent mobility take place only when
cl4matic facto.-s coincide or nearly coincide with peak activity,
74

USSR
Bioloa
A adeny of Sciences USSR
1J.. ical Institute c Siberian
Branch,.Novosibirsk
"Quantitative Characteristics of the Daily Behavior Pattern of the Water Rat
(A:rvicola terrestris 1.) and Common Hamster.(Cricet-us cricetus 1.)"
Novosibirsk, Izvestiya Sibirskogo Otdelehiya Akadendi Nauk SSSR, Seriya
Biologicheskikh Nauk, No 10, 1972,- PP'15-:80
Abstract: Observation of rats and hamsters kept in open-air cages revealed that
the animals perform a great numberof behavioral acts daily (sleeping, eating,
MOV4
grooming, about, ate.) that follow:a general pattern for each specic3,
with aome variations depcnding on the age and seasonal changas in the environ-
ment. Young hamsters, for example, perform an average~of 650 acts compared to
600 in the case of adults. Both rats and hamsters e_xhibit a:persistent behavior-
al stereotype and individual deviations are insignificant-. Traus, the average
stereotype can be regarded as a species-specific characteristic.

USSR UDC 612.17,1,44,2+612-745
V,-, ABROSIHOV; V. Y. j6 TIGI" RK01 Y. D. j
PUKAYLOV V. V. Y~,E FP~Y M' A 13
.1117isiology Departraenit State ln~;titutrl of PAVIO'cal. ~rxlturfl, rnimi
-Blazechanics Sectorj, All-Union Sdientllia R~Voea2jch~ II j+J-Ltj~,O 041 P11ySIC0.1
rM
Culturet Moscow
"Energy Value of Muscular Work U~der kti Conditic,47C,
GUq
Leningrad, Fiziologicheskiy Zhurnal BBSR imeni I. M. S-Chenov,, Vol
Ito -9;, 1972 vpp 1097-1 t402
Abstracti Hypothesej3 regaxding the mechanism of Inmease In the vn,;,rj7,y value
of work am based on the fact that additional rauscles,axa sunrzoned ill
situation3, changes in the physical properties of the mu:,clenj and discocid-ina-
tion of functions. Consicioxing tho ponsibility of fatlgm-~I b j~lycoly!;Is
of respiration during mus-ular An& tha reduction in cut.,ij,,on consumption,
in the ca--a of acute fatigu*,, V. 17010 of activation of: glycolysis with low
enerMr effect and nimultaneous suppression of the UF)ily a~-T-Iclent oxydatim
phosphorylation in the nechanism of increased ezpendituay~.-s during fatigue ia
proposed. A study was mado to check the hypot-heaes.
Experienced bicylists doing a variable amount oT iroxfc of aub.-IlzY.Iv-al
Ile
capacity on a bicycle ergometer were Uste& t detorrdne -2e oxygen ed
1/2

USSR
44IMY-LOV, V. V., et al., Fiziologicheskly Zhuzmal SIO~SR Imleni 1. 1-11. Sechenov,
Vol 58P No 9, 1972# PP 1,3097-1002
of lKoek periods which varo stan&rd with rearxeo~; to capa-city and duration
and also the vegetative and biozzetric indexes. Durii.,q t~e fatigue Per"rod,
the oxygen demand ucnj3 104-1'76% higher than otheniise4 The phenomena of
using additional nuseles in tho presence of 'fatigue nat faxictioning pleviously
and also discoordination of the functione Wre not dsitected in the study.
An increase in work value in the case of fatigue was caused by recruiting
additional motor units of the primary worki zuscleq- and also activation
-ng,
of glycolysis with lowt energy erriciency.~.:
Mmon mwm-

USSR UDC: 62i6-tqi-'793
SUSNOV, V. M., All-JJnion Scientific Research, Planning and Degign Institute of
Hoisting and Conveying Machinery, Loading,:Unloading and :Warehouse Equiprnnent and
Containers, Kramatorsk, and YERMIN L .'.and MAUY, A. YE.,:New Kramatorsk
Machinery Plant imeni V. I. Lenin
-~'Deformations During the Electr --ZlagMelding- of, Alloyed Zrades of Steel"
o
Kiev, Avtomaticheskaya Svarka, No'1O, Oct 73, PP 52-54
Abstract: The authors study the nature and the magnitude of t-he shift ii edges
which are to be joined in conjunction with.,tha necessity for the electro-slag
welding of large products made from the 20KhN1,T~,25Kh2GIMT, and.20Kh2Kh high-
strength grades of steel. For comparison, the authors studied deformations during
..the electro-slag welding of dimensionally analogous parts made from the 25GS grade
steel. I-larks were made along the seams and measured for changes before, during and
after weldinv. The results shoi
0 -t that the magnitude and the nature of the shifting
of the edges are diverse during the electro-slafr, welding of anaular and straight
seams. The results provided correction factors for the errection clearances bet-
ween the parts to be welded.These data may also.be -useful in developing the tech-
nology-for the electro-slag.tielding of other.parts. The existilig data have made
it possible to weld a large hydraulic press,and a hammer.*

N
U$~R UDC 591-524.12(26):639.32
and Y=AKHBAYEV, S. K, , Combined Institute of Natural
Sciences, Karakalpak Branch, Academy.of Sciences Ukrainian SSR
"Zooplankton of Aral Sea Spaiming Grounds 0 ynak, Adzhibay, and Dzhyltyrbas"
Kiev, Gidrobiologicliesk-4y Zhurnal, No 3, 1972, pp 86-90
Abstract; The hydrological regime of the southern Aral Sea changed con-
siderably during the last decade because of the installation of wateniorks
of water from the Amu-Dar'ya for. agricultural purposes. Salinity
increased, the area of the spawning -rounds shrank, and the food supply of
the main car-miercial fishes diminished sharply.. -Most of the spaming grounds
in the southern Aral Sea - Muynak, Adzhibay, and Dzhyltyrbasi are located in
freshwater bays. This study (made in 1968) revealed th6 presence of 56
species and forms on the spa,,ming grounds. They consisted of rotifers,
cladocerans, copepods, harpacticoids, an&Dreissena larvae. The species
composition was most varied an the DzhyltVrbas spawning:ground where 46
species (33 rotifer, 9 cladoceran, and 4 copep9d) were -1"ound. The Adzhibay
zooplankton was the le-ast-varied. Its Aspecies incluied 121 rotifer, 4
cladoceran, arid 4 copepod. The species poverty was due~~to Llic, greater
salinity of the water in this rc4;lon. During the period undex study, the
1/2

z.:7;1 IIIMII'~I_Ivull u1
USSR
YEREKEYEV, U. Ye. and KAZAKHBAYEV, S. K., Gidrobiologicheski~ Zhurnal, No 3,
1972, pp 86-90
dominant rotifer forms were B. plicatilis in Muynak and Adzhib*y bays and
B. quactridentatus and L. bulla in Dzhyltyrbas Bay. Among the clasocerans,
A. rectangula and11esocyclops lauckarti were. dominant., The hydrological
changes in 111fuynak Bay reduced the zooplankton:abundance and especially
biomass 6- to 110-fold by 1968 compared with the 1964 levels. The crustacean
'dis, which constituted 33:'to 80% oi -the total zooplankton
Acanthocyclops vir--
biomass itil 1964, disappeared A years later4
2/2

III V i;::
USSR UDC 53.07/.08+53.001.5
KO.WUSHKOV, G. V. , UE EKLN
V, lf,.x FEDOROV, X~ I.
"Effectiveness of Diffusion Joining of*Metals in the Stemless Pumping of Electra-
vacuum Devices"
Vakuumn. tekhnika. Nauchno-tekhn. sb. (Vacuum Technology. Scientific-Technical
Collection), No. 2, Kazan', 1970, pp 117-iZ4 (from.RM-Fizika, No 1, Jan 71,
Abstract No IA140)
Translation: To obtain a vacuum up to 10 mm Hg in the~working space of dome3tic
electrovacuum devices and to maintain this' vacuum during use of the device, dif-
f usion welding of the components of the de~vice in stemle.,~,s pmping after degassing
Is recommended instead of scaling the stem~by soldering or cold welding. Com-
parative characteristics of the vacuum state in sampleat tioaled by varioun methods
over the course of a day, week, and month, and.also.metallographic studies of
seams obtained by the diffusion m -1dering are giv n. It was shown
ethod and by sL
that the.sealing of metalloceramic electrovacuum devlces~,with a diffusion joint
makes it possible to obtain a quality-reliibleijoint in, these components. '~u.
N. Kogan.
1/1

2/2 007 UNCLASSIIFIED PROCESSING DATE--30OCT7C
:~.CIRG ACCESSICN NU--AP0128032
.'.4BSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE FORMULA OF THE PREVIOUS PAPER
MODIFIED FOR THF kEPLACERENT OF. H PRIME POSITIYE UK OTHER 'NOMOVALENT
,....CATION :BY A DIVALENT CATION (M) TO READ I-LAMBUA~EQUALS [BETA-C,
~'.'SUELIJNFINTTY PRIME2) PLUS l(l~8ARC.S-UaINFV%ITY)--MIhUS [-aARCM--4,BARC
TY PRI14E2)) C~ SUBM ~A',;kVaL'SI&~UBH PAIME2 -K, LAMBDA
WHERE;:ZET
"ECUALS THE DISTRIBUTION' OF THE METAL tdN::8ETW;EEN THE RESIN AND THE
SOLN., BAkC SUBM AND BARC SUBH ARE.THE METAL ION AND H PRIME POSITIVE
(;0NCNS- IN THE Rt:Sli SARC SUBINFINITY IS ;EXCI siGE LAPAC.ItY Of THE
RES Itit C SUBH IS H PRIME POS.1 T IVE CONCN. IN THE EQ :Ul L. I SOLN. I AND K IS A
S.ELECTIVITY CONST. TABLES AND GRAPHS-DEMONSTRATING THE SATISFACTORY
APPLICATIGN OF THIS FORMULA U THE EQUIL. BETWEEN JHE 14 AND NA FORIMS OF
WJTH ZNV mGp CDs CU9 AND CA JONS, AND~OF THE NA FORKOF KB-4 WITH
-,THE SAME.CATICNS.ARE GIVEN. -FACILITY: INST. KOLLUID. KHIM.
KIEV, USSRo
WK
1, ~
7
_-UNCLASSIFIED

DATE--Z30CT70
007 UNCLASSIFI,Eb-~
.-TITLE--FFFECT OF BACKGROUND tSODIUM.CHLORIDE CONCENTRATION) ON THE EXTENT
EXCHANGE CAPACITY UTILIZATION IN KU-2;AND KB-4 CATION EXCHANGERS -U-
N
UTHOR7103).-~-ZAGRAlt YA.M., KOGANOVSKIY*T AK.v YERERE, KOt A.G.
COUNTRY -OF INFO--USSR
KHIM. ZH. 1970, 3612)t 161-3
PU13L ISHED ------- 70
SUBJ EC TAREAS--CHEMISTRY
SODIUM CHLORIDE,, ZI:C/(UIKUZ [ON
JOPIC TAGS--CATION EXCHAINGE RESINv N
_,EXCHANGE RESIN, (U)KB4 ION EXCHANGE RESIN,
CONTROL MARKING--NO RESTRICTIONS
CLASS-UNCLASSIFIED
PROXY REELIFRAME--1999/1848 STEP NO UR/00T3/70/036fQ02/0L6L/0L63
CIPC ACCESSMN Nf)--AP0123637

5' 7V
m!1 -Tl-lFWr-l?rlnE7,l m1morl 1? 1gymn ln~~arl
------------- -777-7-
2/2 06t UNCLASSI FTED:` PROCESSING DATE-Z30CTTO
~IRC ACCESSION NO-AP0123637'
.-ABSTRACT/EXTRACT-M) GP-0- ABSTRACT. TABLES AND GRAPHS ARE GIVEN FOR
THE EXCHANGE OF ZN PRIME2POSITIVE 141TH THE NA FORMS OF KV-2 ANO KB-4 IN
THE PRESENCE OF 0-180 G PER L. NACL. ~ THE VALUE.OF THE LIMITING COEFF.
OF DISTRIBUTICN4 FALLS RAPIDLY . 14ITH NMCLI C PICN. THE LIMITING COEFF. OF
-.SELECTIVITY IS-PRACTICALLY MNST, ASlS THE EXCHANGE CAPACITY OF THE
RESIN. FACILITY: INST. K0LL0ID#.r.KHIM,..KljI:M. VODY, KlEVj USSR.
if

stract: A test' procedure and results from the vi1bration testing of welded Joints
made of transfor--4r steel are Dresented. It is shown that the presence of a Z~ia
-lower the vibration strenj-t-i of t le paqple. in ai~dition to comparing the
does not UA
ngth of the basic metal an'" welded.joints, the effect of the silicon
vibration stre
content in the steel is also noted. Samples 3-50 x 20 x 0-5 mml cut with and across
the rolling direction -were used.
The test results showed that the vi1bration strerirth of the twelded joints and
basic rkleals depends on the E;ilicon content and ~on the welding. direction of the
sheet (the strength across fiber is greater than along. _~t). Fracture of the
atal r
v2ar !.~.e weld-affected
carrples with, a weld alwayr, took place in the basic rn
zone. 7ne vibi-ation stren8th of welded joints iwide of transfo=er steel in the
case of 'rhree-phase are welding with nonconsu--able e1ectrodes in argon in the
~section including the weld and wela-affected zone is appreciably higher than the
vibration strength of the welded steel* The vibration strength:of the basic retal
and welded joints of transformer steel increases with an increase in silicon content,
1/2

-55--
Mfirtilli .11- "1 -
I . .1 1 1 , , ;... ~, !i . 1 11 1; ! 1: it - i ; I : . I

USSR UI)C- 539.3
T
or osed- Cy! c S'~ejjll
_prcx -ate Ca1c, of a,Cl- al,
I - 4-
T-r-. V-cl -'te'khn. i-u-t-~ Olork-,-~ ITOvoc-herkassk Poly~,echnical T-P-sti- te),
U,
'11371, No. 2Z2, f,-5-I';2 --um FZh~-aVhanika, No 3,. Illar 72, Albs le No FV2I
ct 1)
--f long cylind::,ic I 0~ ID-
Os e d
acted czn dli~-,:-ributed surf-=Ce Ic-ads of -m~MtL-ary is discusssed.
.At, the eaz~-s t-h-- slne'U may rest on d, -r
'aph agms that are fje~%
or Can he f,--S-Cezed. ?--e calcuLition vetho-I pi--opcseld, is a development
cf a CallcuIzat-cn, 7~at~c-d pr":-gposed hy V. Z~ Wasov for Cn opell Circular
-the b:qn--thesis, oF stra-it nom-a-Is is ~ussunned, the ralio of -Zhe thickTess of tke
Z a ON e-- n,
"adius is as-sk=;ed t b all in witIn unity the tangentia.1 stresses
d
--E- cormidered- tc. h-e constant aver thp thickness of tlhe,lshell- The con-tom of
a transvei-se secl-ion of The she2l -z considered -1-o ba ricandeo--m-able in 4tS Dlane.
Ine e=-::~ Of -,he md-=- theese initial ~ kvpothesc-,t, is allalyzed
i cn for a p--P-
ti-cular 'law of diarqe in the loaa in a longitudinal direction. V. S. Khar'kav-

USSR
Ma 549.91,547f416
CAFURDY, -R. G. SOGOMMIAN, YE. M*, and, T; Institute of Chemical
L
Pbysics, Academy of Sciences WSR
*Synthesis of Nitroalkyl-K-nitrosoamines
MadwWr izvestiya Akademii Nauk SSSR, Seriya Xhimicheskayap No 11# Nov 71P
~pp 2606-2608
Abstracti The authors studied the U-nitrosation of different F.Lnnich bases
n1troalkane derivatives -- with nitrous acid and its acid. halides. N-Nitroso-
anines are ottalned by the action of an NaN02 solution in concentrated ",S04
on. nitroalkylanines. 11-Nitrosoanines counter synthesials effected by the fluo-
-rination of the dipotasslum salt of 3-nitroso-1,1,5,5-t6tranitro-3-azapentane.
IfItrosyl fluoride in an excellent N-nitrosating agent toicards amines, forming
the corxesponding U-nitrosoamines. Mitrosyl chloride energetically nitrosates
Mwnich bases, but does not react with weakly basic amines In; nonpolar organic
solvents. All the resultant N-nitronoamines axe smoothly converted to N-
nitroanines by the action of concentrated'nitric acid, bat are not oxidized
bY trifluoroperacetic acid. However# X-nitrosoamines axe readily converted
-ta-M-nitroamines If the reaction medium contains concentrated,HSO4 along with
tbe trAlniioroperacetic acid.
I-A

...112 019 UNCLASSIFIED PROCESSING DATE--230CT70
.l`T,ITLE--NFW REACTinN FOR THE PREPAKATIUN,:OF PEROXIDES OF
--.POLY. N1 TRO~,4R BOXY L I C ACIDS -U--
-(03Y-f NATSIBULLINt
-,AUTHOR B4rLNKOi L.T.v FsYA.j TROFIMOVAr G.P.
~C-OUNTRY OF INFO--USSR YER$miet~
~5,bURCE-I-ZV. AKAD* NAUK SSSRt S E R Ki H I M s: 1970t (3), ~.630-3
ATE PUBLISHED ------- 70
UBJECT~ AREAS--CHEMISTRY
JONC TAGS--ORGANIC PCROXIDE, ORGANIC NITRO COMP(lUND.,j.CARBOXYLIC ACIOt
FLUORINATED ORGANIC COMPOUND.t BROMINATO OR GAN I CCOMPOUND, CHEMICAL
MAR.KING--NO RESTRICTIONS
-POCUMENT CLASS--UNCLASSIFIED
~PROXY REEL/FRAME--2000/0735 STEP NO--UR/0062/70/000/003/0630/0633
:--,C I RC ACCESSION NO--AP0124405
UNCLASSIFtED

: I . ji , I .; : ~! 11 1 1 1. ." . i
I :' ~i . I I .. . t I ~ : 1;
.1. 1 . I -Tl~l ~J - ~ 1 .1 - I , ; ~ :
1~ . . , I !I :

I . i;.! -
- - , - 1
V , . , - 11, i. ~ i
-I M r. Tilm, 114M.1, 1:, 11 HJL~, 'III! lli-~, 1 :
~J- - T - 1, 1, 1 .., If .: rlli6, U41MVP . iil; 1 ~ El? ~ M.-MmillIFTIT ~~ .1 0 . I I I,-;i,,i,, I-M nlm!-71;
M-M tm.I.~ T! M

r m P
2'/2:~ 019 UKLASSiFlb) PROCESSING DATE--30OCT70
-;-CIRC ACCESSION NO-AP0124413
-ABSTRACT/EXTRACT-LU) GP-0- ABSTRACT. KEEPING 12 ~41. 40PERCENT FOR44ALLN
WITH 17 G 1,FLUORO#Itl,4,TRINITRfJ,4,AZABUYANE 3 HIL AT 40DEGREES ANG PH
6-7 (WITH ADDED NA SU8Z CO, SUM, THEN 24.HR AT 15-2obEGREES, GAVEr
AFTER ACIDIFICATION TO PH 2-3,.96PERCENT (0 SU62 N1 SUB2 CFCH SUB2 CH
SUBZ N(NO SU82)CH SU82 OH (1), M. 37-80EGREES. SIMILARLY WAS PREPO.
48PERCENT -C (NO SUB2) SU83 CH SU8Z NANG ~ SU-B?) CH SUil,2 ON 4 11 J 2 DECOMP.
75-60EGREES i ANG 95PERCENT (0 SUS2 N). SUB-3 C(CH S.1-182) .512Z N (NO SUB2) CH
SUB2~GH, M. 78-9DEGREES. I AND ACCL-ALCL SUB3 4 fjR AT 50DEGREES GAVE
192PERCENT RMNO SU82)CH SUB2 r-L iR EQUALS CFINO SUB2) SUB2 CH SU82 CH
~SU82), M. 44-50EGREES. SIMILARLY WAS RREPD. 92PEFICENT~CIF THE ANALOG
WITH R EQUALS KING SUt32) SU82 CH SU82* 14:-62-3DEGR'E5; 93PERCENT R
EQUALS (0 SUB2 NJ SUB3 CCH SUB2 CH SU8.Z It il I J , M. 6'8-91)EGREES; AND
-93PERCENT R EQUALS (0 SU82 NJ SU83 CCH SU82t, 14. 55~-6DEGREES. IUKEPT 2
CAYS IN ACCL GAVE LUOPERCEtiT RN(NG SU82JCH SU62 OAG (R:EQUALS 10 SU82 NJ
SU83 CCH SUB21 v 10. 74-5DEGREES. 111 IN; MECN TREATED WITH AGNO SUB3 0.5
HR7.GAVE- 87PERCENT RNINU SU82)CH SUB2 GNU SU82 (R EQUALS (0 SU82 NJ SU83
-CCH SU82: CH SU82)v M. 97-80EGREES.- :SIMILARLY,WAS 11)IREPO.: THE ANALOG WITH
',:,'--~.R:.EQUALS 10 SU82 NJ SU83 CCH SU02o He 41-20EGREES..~' FACILITY:
--INST. :F-IZ. MUSCOW, USSR.
UNC LASuf

,:::.I: i. I i.!; I.. li, ~ , ;
:! I. Mi", 1] '!!.1l I - _4 -,"I -h
- L ~ -L ~ i -1111 , la! 1
~ - I

'_~-'2/2 026 UNCLASSIFIED PROCESSING DATE--230CT70
CIRC ACCESS1014 ND--AP0123584
:~,A&STRACTIEXTRACT--(U) GP-0- ABSTRACT. PASSING CH SU32:CO 2 HR INTO 29.6
G-(O,SUfiZ N) SUB3 CH IN ET SUBZ 0 AT 0_5DEGREES GAVE AFTER AN AQ,
:UEATHENT 34PERCENT RED 10 SUB2 N) SU133 CCME SU82 O.:AC, B SUB0.5
33.80EGREES, N PRIME20 SUBD 1.4512, D PRIME20 10680, ALSO PREPD. IN
23PIE-RCENT YIELD IN ME SUB2 COT UNDER SI.MILAR CONOITJONS. TREATING 10 G
'4 A
-Ci ..SU132;CMEOAC~ WITH 15 G (0 SUS2 IN) SUB3, CH IN ET'SU82 0 4 IT, TRACE OF
Z.F S1183 SU82 0 AND REFLUXING 3, 11R GAVE 7412 SAME PRODUCT9 WHOSE
IR AND '41MR SPECTRAL CURVES WERE, SHOWN. FACjLIYV: INST. KHIM.
Fl Z. 40SCOW, US-SR.
UNCLASS-IFIED-

i :- !l . . I ~-: , :..
7 :: " " i I ] ,. f2 i: L 11 ; .
, 1, :13, ,,, ;t ~ - ~ ;;!, I --; i, ; 1-1 :~~, ~- 1, 1 1 - 1
- . I I . .11 H -11:,: 1 '' I - - ': - - i - , - i , ~ " .-
. c il. !;~. I " I I I . 'i I i ~ - ; :- , '. I I

PROUSSING DATE--,230CT7C
1/2 018
TITLE--SYNTHESIS Oi: BIS,2,FLUORO,2'.21);ItJl~rP.OETHYL,:AMINE AND
T.klS,2,FLUORO,2,2tDlNlTROETHYL.AM,INE: Ul
AUTHOR-404)-GAFUROV, F.G., SVIR.IDOV.t Sijar NATSIBULLIN,. F.YA., YEREMENKO,
L T.:
COUNTRY OF INFO--USSR
S OURC E-- I Z V. AKAD. NAUK SSSR# SER. KH I M19701 2 383-7
-~DATE PUBLISHED------70
i.~_-,:_.._SUBJECT AREAS--CHEMISTRY, PROPULSION AND FUEL S
:T09I'C TAGS--CHEMICAL SYNTHESIS, FLUORINATED ORGANIC CO.APOUND' AMINEI
FLUORONTTRO COMPOUND, AMMONIUM SALT?, CHEMICAL DECOMPOSITION
CONTROL MARKING--NO RESTRICTIONS
CLASS--UNCLASSIFIED
PROXY REELIFRA,4E~--1997/0822 STEP NU--U~D,10062/i7O/OQO/OQ"c'/0333/0381
AAC ACC E S S I ON NO--AP0119726
r
UNCLASStFtED

UNCLASSIFIED PROCESSING DATE--230CT7(
ACCESSION NO--AP0119726
ABSTRACT/EXTRACT-M GP-0- ABSTRACT ADDING 39:#8 G HO SUB2 N) SUB2 CH
SU62- CH SUB21. NH AS TNE 01,K SALT TO 200 G HNO SUB3 I(D. 1.5) AND 50 G H
SU82 SO SUB4 (D. 1.84) AT NEGATIVE5.TD NEGATIV&IODEGREESt FOLLOWED AT
0-5DEGREES BY 850 G H SUEB2 SO- SU64v AND~KEEPING,JHE MIXT. I HR GAVE A
PPT., WHICH AFTER BEING WASHED WITH,H.SUB2.SO SU64 OF GRADUALLY
DECREASING CONCN. (FINALLY 5PERCENT) YIELDED 0 SUB2 'NNICH SUB2 Cli(NO
SUB2) SLIB21 SU82t DECOMPO. 100-1[)EGkEES,i WH'ICH 'EN MEPH WITH ALC# KOH O*f
HR GAVE THE OliK SALTI DECOMPD% 128DE-GREES; D101A SALTj PREPO.
SIMILARLY, DECOMPD. 121DEGREES; DJOH SU84 SALT DECOMPD. 99DEGREES.
THE DltNA 0At.T IN H SUB2 0 TREATED AT 0-50EGREES WITH F DILD. WITH 20
PARTS N GAVE 45PERCE14T 0 SUBZ NN(CH SUB2 CF(NO:SU82) SV82) SUB2 (1)f M.
86DEGREES. I FORMED FROM THE DI,NH SU84 SALT IN,40PERCENT YIELD AND
FROM THE DItK SALT IN 44PERCENT YIELD* TO 15.~- & CMNO SUB2) SUB2 CH
SUR2-OH IN H SUB2 0 WAS ADOEDj AT~500EGREESJJVER.4 HR, 34 ML 5PERCENT NF
SUB4 OH AT PH 7.5-8 TO YIELD NHICH SU32 CF(NL) SUB2) SU82) SUB2-) M
42-3DEGREESY WHICH IN CONCD. H SU62 SU SU84-WITH:HNO-SUB3 (D. 1.5; AT
ROOM TCAP. 2 HR GAVE 70PERCENT 1, AUo SUN#, OF: ((0 SUB2 N) SUB2 CKCH
SU62) SU62 NCH SUB2 CHINO.SU52) SU821TREATED KITH, FiN GAVE 75PERCENT
1CFINO SUB2) SUB2 CH SUB2) sua3 N,' M 76DEGREESO FACILITY:
INST. KHI,!-4# FIZ.1 MOSCOW, USSR.-
UNCLASSIFIED

Genetics
L, USSR
KojiONDVA, S. D., KORVIEVi A. m,# YEEOPIEUXO~ L. Tit an~ GUI.W10Y, L. L.,
71
Institute of.Chamical Physicst AcAlemy OT SUFnces WSH
"Hutagenic Effects of Primarj Alkyl Nitrates"
Sep/Oct
o 5,
Moscow, Izvestiya Akademli Nauk SSSR, Seriya Biologichtiskaya, N
71, pp 762-763
Abstractt The mutagenic effects of mothyl nitrate, ethyl nitrate, propyl
-e investigated
nitrate j vd butyl nitrate on the bacterlophage T4B E. coli wex
by keeping the bacteriophage in 0.084 M solutions of the alkyl nitrates
with a 0.2 M carbonate buffer at 27 0C for up -to 48 hours under constant
stirring, The results vere exprossed as the number of i-nutatioas observed
per ItOOO plaques. 'After 24 hours of exposure, tte number of mutations
was 5.6 in methyl nitratep 0.4 In ethyl nitrate, 0.06 ift.propyl nitrate,
0.1in butyl nitrate, and 0.1 in conzrol tests. After.48 hou_-8 of expo5ure,
methyl nitralts induced 14.5 mutations, thus considorably exceeding the
Putagenic effect of -nitroso-h-metehylurea. The itlativie rates with whteh
i~,-ethyl, ethyl, and propyl nitrates entered nucleophilic t-eactions were calcu-
lated to be 9.1sliO.I. It Is concluded that thene substances Induce muta-
tionz by alky:Lating DINA molecales. The zutLigenic effectidecreases with
increasing
size of the alkyl in tho alkyl nitrate, lecauiia tha Induced

3-:~" 0't8 UNCL ASS r F1
ED PROC15SS ING DATE--30OCT70
~l _.C-lRC-,ACCESS+ION NO--AP0119752
%A6STRACTlE--:XTR_ACT-lU) GP-0- ABSTRACT ADOG. SLOWtY 7.5 ML 14N0 SUB3 f0.
_10511 TO 2.1 11; FC(INIG SU62) SUB2 (CH SUBZI SU82 NHAC~IN AC SUB2 0 AT
AND KEEPING 5 HR AT 15DEGREES GAVE 76PERCENT FC(NO SU82) SU132
:4CH SUB2) SU52 N (NO SU82) AC -( I A) I M. '63-4PEFCENP" Kf AND (0 SU32 NJ
~'-.,SU83 CCH SUBZ NHAC IN 12 HR IN 85PERCE-NT:MEOH GAVE '4,TPEkCENT ACj%HCH SU82
.(NO SUB2) SU82 K (1), DECOMP. 226DEGREESY WHICHs SUSP ENDED IN H SUB2 0
-.-AT, O-CEGREES AND TREATED 3 HR WITH 1:45F#,Nf GAVE 92.8PERCENT FC(No SUB2)
-~SU132,,NEGATIVE CH SU32 NHAC.(Ill, M. 57-80EGREES., WHIlLE REACTION OF THE K
...SALT: W*ITH AQ. H SU82 SO SU84 AT PH,Z AT OOEGREES GAVE HC (NO SUBZ)
NHAC tIll). 14. 58-9DEGREES.!
SUB2,CH SU82 I AND 8R,]CH S032 CL SU82 GAVE
KOR AND 100DEGREES BRC (NO SUB2) SU62 CH SU8Z NHACoim. III-12DEGREES.
--NI-TRAT, ION IN AC SU132 0 OF I I GAVE IN 10 :HR 46PERCENT FC (NO SU8?_) 2
NEGATIVE CH SUB2 N (NDSU82) ACj M. 36.5-7.5DEGREES~ SI.MILARLYi III
45PERCENT HC (NO SU82) SU82. CH, SU82 IN (NO ACr~ M. 73-41)EGREES.
_1A AVO IZPERCENT.,NH SUU4 01-i AT ODEGREES UNTIL:DISSOLVEDr THEN TREATEO
~IWITH HCI TO PH 3 GAVE 96PERCENT RNHNU SU62 (R EQUALS CF (NO $U82) SU82
'RCENr FC
.(CH -SUE521 SU82), M. 56-7L)EGREES. SIMILARLY ~WAS PREP0. , 62PL
'5U82) :SUB2 CH SU82 ANALOGf. DECOMP. 30DFGkEE.St WHICH ~WAS UNSTABLE IN
2cz
;~~f,_.'~-STGRAGE. THE LATTER KEPT id"TH 27PERCENT! FORMALIN HR iv: 0-51)EGREES
-7DEiGREES.
PERCENT 1: r3 TRINITRO,.~ AiA,4t8UTANOLt:M. 56
:GAVE~82 *FLUORDYIsl v
UNCLASSIFIED.

112 007 UNCLASSIFIED Pt4b C E S'S NG DATE--160CT70
i
j-.ITLE--PLATINUM MUNOCARBONYL -U-
iuTHOR-(03)-RACHKOVSKAYA, L.N., YEREMENKOv N-K.~P.MAI'VEYEVi K.I.

1JDC 632.95.028
SLESAREV, V. N., and Western Kazakhs'tan Agricultural
Institute
Aftereffects of Various Doses of Simazine Under.the Conditions of Western
Kazakhstan
Moscow, Khimiya v Sel'skom Khozyaystve, No 9, 1971, pp:53-55.
Abstract: The results of experiments performed in 1966-1969 on the Frunzen-
skoyeiexperimental farm of the WOstern Razakhstan:Agricultural Institute
(Ural.Oblast).to determine the aftereffects of - various doses of simazine
are reported. The soil in the test area wns~dark chestnut, clay loamy with
a humus accumulative horizon of 35-40 cm and a humus coatent of 2.77%. The
-heat were studied
aftereffects of simazine applied to millet, corn and spring ur
in the presence of weeds calculated to~reduce-the spring wheat harvest by 16%,
the bar1gy barvest by 13%, the millet harvest,by 58% and the corn harvest by
732-without theapplication of herbicides.
Under.the given conditions, simazine in doses of 2, 3 and 4 kg/hectare kills
weeds for 2 to 3 years. In increased amounts,-~perennial..weeds were killed
even in the fourth year after injection. The.greatest iticrease in millet
112

UDC 621.514.58(083.8)
USSR
YEREYEMCO [.%'os*c. enorg. in-t-loloscow 2owerJnstitute]
C2
Orre quency Gonverter With Direct Coupling And Artificial Switching"
USSR Author's Certificate No 269287, filed 21 jan 69, published 16 JulY 70
a, No Karcft~.1971, Abstract No
.(from --Slektronika i yeye primeneW.Ly
Translation: A device for artificial riskusstvonnyyj swLtching contains com-
L
mutating capacitors located between two hai-moniously connectad thyristor recti-
fier bridges, one oil which is connected to -the input of,,the '%frequency converter
and tho other to the output. It is !proposed to connectv*~.a thyristor in parallel
with.the first brid-e,, and a choke coil in parallel with~the second. A variant
circuit is preeanted with. bridgeo twing 0.0miconductor 41,o'des uind two thyrietorB
in the.circuits of thecommutating.capacitorso

Thermomechan ical Treatment
USSR
'0V, V. I., BEI,YAVMYA, V. M., and,,YEREME-,
KIDIN, 1. N. LIZUN,
NKO Moscow Institute of Ste'161 band Atloys~
Study-of the Mechanism of Hardening of~ Wir~ by El ec troth ertno -
medhanical Treatment"
Moscow, MI Z Chernaya Metallurgiya, No 3, 1971, pp 129-132.
Abstract.- The influence of electrothermal and electrothermoriqechanical treat -
ment on the structure and properties of wire made of type 60 steel was studied.
The electrothermomechanical treatment was found to,produce a higher tensile
trength (130 kg/nm2) while retaini e1 of.ductility. Electrother-
s ng a high lev
mal treatment produced a tensile strength of 126 kg/miII2, while ordinary patent-
ing resulted irt a strength of,117,kg/mm2. Electrothermal and electrothermo-
mechanical treatment significantly ,improve~the struciure.

-iwl "11
USSR UDC 621.396.961
BELENKIY, Ya. Ye., Y
_,EZ~X~NZO, V. K. SPEKTOR, Yu. 1.
IfError in Determining the Velocity Vector of 'HovingObjects ia the Case of
Two-Point D-irection Finding by the Doppler Ef f ect"
otbor i peradacha inform. Resp. mezhved. sb. (Information Sorting and Trans-
mission. Republic Interdepartmental. Collection), 1970,. vyp. ~4, pp 130-125
(from lah-Radiotekhnika, No 8, Aug 70 Abstract No 8G6)
Translation: This article contains an investigation of the problem of calcu-
lating the error in determination of velocity by the Doppler effect in the case
of two-point direction finding witli respect to a target, i It io demonstrated
graphically that when determining the velocity,with a given error, doubling
the measurement error of the angular coordinatelleads to A sharp decrease In
-Lree
the. region in which theradiated target is~localted.: Ther*(,- are;tt illustra
tions and a two-entry bibliography.

WSR UDC 66
TZEM~-Z'AL -and S'. -obl
2mm IIITHMI!;T D Inst:1.tutc-i of of platcrio.
Y 19 , ,
cet 'ca-lent ol. ci,~Ilces
adiml: ~!Y,-AQHIS'
ase MuE-muyrt of
Kiev mctullurziya, No 31 1972 PP 7~-81
act - - 3 - -L.-, di~
Abstr, Tlw mc ons.
terjoy of caruer vemions of the phase agran fo
ii-Itli thcdx Y--3:,-iy dcat r)im 0 r,
-a y pted tlle '01 tl-li, Of
s d ctw.~~ of zn~'Llcoys of this sYsterl
new 11 an a detal.1c
involvinl- )--ruy diffraction ~~nd diffcrenti~Ll 'hennil
amilyses. I~c c c- ai nto the new 1)110.--e edacpvnm" is ollown to fcrml
vdth paUncLitut in 11-1 -rinc:diatc pllmses based cin I-KI2 -d~~ 1) T 2
T-i-I'llipand TiPd~ c-ompounds. n cortria t 0 othor
-jued at 60")'-)(" 'J!i2r-tlI
chown thut the TJII)~Pdl plam;e is fai
res-mIt ol, tha Or6o:,rinrr cif th?2 Leta-solid zolution; the TiPd. a
CC)ng- VL":, n tmoLl'u-irit.-I 3-joint. and TilAlf2 U; formcd by Vic- IiL~ritcctuic rccluion it
(3 MuisLrzitions, 2 tablcq, 12 biblioGraphip, 2-Oftrences)

USSR
Editor in MAef
rizichaskaya Yldniya Poverkhnostnykh Yavleniy v =pl~vakh,(Physical
Chenistry of Surface Phanorlana in Malts)~~ Aev, ~"Xaukiym duWm!' Frosat ig7i,
296:p.j,illustrationst tableso,bibliographic, referenc*s
Translation of Annotations The booh- is acollection of artioles on recent
research results on the theory of surface phenomm IA maltsw the develop-
sent of experimentUt zethodr. :for studying- free surfaco energyp matting and
the kinstics of spivAding, Included are now and relieible ef;qeriaental data
on fivo surface energy and tho taxperature.coeffielent of surface enerGy
of pute raetals, as mell as data on tw)-srA~multlconpcaer-t nelts, -astals,
silicatesp ozddes, and salts at high tempexatum, T14D rolo of surface
phenomena in technological procassou of poRder wtallurgy, slectrometallurgy,
and other related sectors is discuased. The collootion is intended for
eagineerin and techrdea personnel and Anstructors of: highar e&uoatioual
g
iWtjtUtiOnZ.
1115

T, ~:T

USSR
-YEREMENKO, V. N., Fizicheskaya'khimiy,~ poverIchnostnykh yavleniy
V.-,rasplavakhj, Kiev,, "Naukova,dumkd",Press, 1971.
q6lx~on of TABLE OF COMMA'S 277
PART ON-A. General Problems of Surface Phenomena
JIV, Salli.. Role. of Surface Energy in iS'ructure:~ Formation of
Alloys 3
Tu. Ya. Golger, V. I. Klassen and~A.,' RusanOv. Power
Engineering of Surface ~Trocesses 9
pf Surfac67jebsion:;,by I?ree
Viii Pavlov, - Cal culation
,
Volwne
T.- I Antonenko. Law
V. -1. flykov, G.-S. Yakovleva and
'Energy
e.
of Correspondiftg S:tates'f6r.Surfac
,
of a Liquid-Saturated,.Vapor.System.~
N. P. Fedoseyeva, L. A. Kochanovaiandle. D.. Shchukin.
Surface-Phenomena-in~a.Binarv Syst-e4a-Vear the
Critical Solution i;-Tempeirature 25
2115

USSR,
YEHICNX0, V. N., Fizicheskaya kh Iimiya poverkhnostnykh yavleniy
V rasplavakh, Kiev, nliaukoira dumIcaPPress, 1971.
Oshcherin., B. N. Structural and.:Thermodynam.ib Calculation
of Enthalpy Cond ~hsatioj~ ~ in:~ the. Surt - ce 29
S. N. Zadumkin, 1. 0. 5beb
i Re D~gilov.
And
h6va ~
ztik
.
,
,,
_
Effect of Dispers:~qri_-.Interabtlob of;jp_Sph.~res
axiz4t on~:'bn';.the~~l$iix~fa6b~iEnergy of
and !on Pol
Metal
32
V.-S. Yushchenko- and B. D. Summ, Initial'Stage of Sur-
face Dif f usion ~ of . 14elts 36
VO V. Baydov, L. L, Kunin and L;, N.~Sokolov. Surface
Phenomena and Compressibility of Oxide Me'lts
in Terms of a Solid,Sphere:Mode' 40
Yu. I. Malov and V. B. LazareV.;'.Ufi46r Relatibnship
Between the Work Functioh - ofdan: Ele~ct;ron and
Surface Tension in Binary.and Ternar~ bletal
Solutions
45
V. K Yatsimirskiy. Calculation of-the Surface Energy
of Metals Using,the,Concept'.0f the Finite~
Thickness of a Surface Layer: 47

'7
11'RERENK03, V. N., Fizicheskaya khimiya poverlchnostnykh yavleniy
v rasplavakh, Kiev, "Nauk-ova dumka," Press, 1971.
:V. 1. Rykov, G. S. Yakovleva, L.'F. Slonovskiy and T. I.
Golonoz. Relation of Sound Propagation Velocity
in Liquids To ~,ITheir'Surface:Enerky
V. A. Petrovskiy. Surface Layer and -MetastbLble States
A. 1. Temrokov and S. N. Zadumkin. ~Surface,Lenergy and
Ion Tension of Crystals'With a Fluorite,
Structure
V. A. Grigoryan and V. P. Karshin. Role of the Anisotropy
of Surface Properties in the Dissolution Kinetics
of Solids in Liquids--
N 41 P. Konyukhova, V. A. Kuznotsova 4hd N. A Dudina.
Electrocapillary Phenom na Ion In-i :~~Melts,
e
Vo G. Kovalenko and Yu..P. Nikiti.n.~~ Use. of ~E'Iectrocapil-
Motions for Detecting the:Conditions of
Interaction of Liquid 144t.ta. With.8149
1. Bykhovskiy and A. Yu..Pro'le*skovskaya. 1heritio-
mechanical Effect Durin the Spread of i Liquid
9
Drop Over a Hard Surfam
4/13
51
55
57
61
64
67
71

USSR
YEREMENKO, V. N., Fizicheskaya-khimiya:p6verkhndstnyk~ yavleniy.
rasplavakh, Kiev, "Naukova dumkatt Press, 1971.-
V
Yu. A. Minayev. Role of Surface .'?orcds in the Motion
..-of, ~Partkcles in Solutions-With-an Inhomogenous
Concentration Field
-P. V tkin.: "Face.Effect"'and Nature
U. M Kulish and A. ya
~of-Alloy Admixtures in Semilc-onductors
P. A. Savintsev, V. I..Rogov and A. G.:Mikhaylyuk.
Diffusion Phenomena in the,;Coh-tact of,
Dissimilar IMetals
B. Khokonov and S. N. Zadumkin& Size Effect of the
Electron Work Function1roih VL- ~11 1
an
A. I. Bilyak. Coalescence:Kineticss' :d"Determination
;So
urface Tension on the I'd Phase~Boundary
of~s
in Sn-Sb Al-Sij A _8141nland Al'Si-Cr. Melts
ai, chanism OPThreshold
P. S. Kislyy-and M. A. Kuzenkov $~e
Creep Under the Effect ofi' S urface Ten6ion-Forces
'in Sintering PlIetals. land Refractory Co:rlpounds
I. Ye. Titova. Correlation. Betvieeri Changes of.':Surface
Tension and Hydrogen ro"ratme. on 1-letals and
Alloys
5115
75
79
82
85
90
93
97

:77
USSR
YEREMENK0, V. N., Fizicheskaya-khimi poverkhnostnykh yavleniy
P
v rasplavakh, Kiev, "Naukova dumka!' Press, 1971.
L'. Le Kunin , Yu. P.Pimenov, L. A. Arbuzova-and A. I*
Demenkov. Hydrogen Interaction WithAluminum
Oxide at High Temperature6,and Pressures 99
N. V. Pertsov, V. Yu., Traskin) Z# N. Skvortsova and.'
le. 0. Shchukin. Destruction'-of Crysial Ions
t4e Presence of Salt Solutions and;Melts 103
Ye G. Ageychenko, Yu. P. Dubovenko' V.~~ A. :Mai~Veiyev,;
-Lati"stical
V., A.. Tereshin Ana L.-H.-Shpherbakov.. S
modynamics of:,Nuc1:euti,6a;..11 106
Ther
0
G. A. Sakhnoo I.. V. Salli.and i0. ;Vomichev. R le:of
'0 -ic
Surface Energy and:ForinatioA f Eute at,'
109
Structures
S. L. Goltdshteyn, V. A. Lebedev, 1. F. NichkoV, V. I.
Pyatkov, S. P- Raspopi 'n and V -M. Shaklein
Surface Phenomena in Lead.Precipitation From
Chloride Melts
6115
59 -

USSR
YEREAENKO, V. V., Fizicheskaya khimiya poverkhnd:5tnykh yavleniy
v rasplavakh, Kiev, "Naukova dumka" Press, 1971
PART TWO. Methods of Studying Surface Phenomena and
Measuring the Characteristics,of Sur.Lace Layers
Yu. No Ivashchenko. Generalized Ap oach to Constructing
Pr
the Theory of Statistical blethods: for :14easuring
S haract rise`
urface-Layer C e ics;'~ 118
.-j"': 1. A., Andreyeva L. S o Bryukhanova -and Do Shchultin.
Measuring the- Surface, Tenslon ~of liard.:;Metals
in the Presence of Metal Melts'by thb~~Zero7
Creep blethod 1214.

Nesmikh and
-So B. Yakobashvili V. F. Kh6runov,~.V. 5
No. No Sinitsa. Ufiit.-for Mbasuring the'Surface
Tension of Aefractory_;Mat6rials 1.29
I. ~I. -Chesa and:Tovbin M, V.: Stati.6har~,~ Position of a
;. them ftt,er.~.Air Inter face
Spheroidal Particle.. ~on L31
,
So Ye. Vaysburd and Go 14, of
Adsorption on the Surface :of a Melt by Radio-
active Indicator blethod.
%17/13

USSR
MUMENKO, V. N., Fizicheskaya khimiy'A poverkhhostnykh yavleniy
rasplavakh, Kiev, "Naukova dumka" Press, 19710,
~.v
~D.- I.'Shepotlko, P. P. Ryazants.ev and.L., M. Shcherbakov.
Unit for Mleasuring:the Contact Ingle,s, dt H,~ h
19
-Pressures
PART THREE. 'Surface Properties of Melts
Y. F, Ukhov 0. A. Yesin N. A. Vatolin:,and:E. L,
P
Dubinin. Surface roperties,:of Pd-Base Alloys
B F Burylevand'V V. Vasil!yev~... IS.ur..face.' Tehsiion
.~an
d Rare;j Barth' I~lement-
sotherms in Sc-,
S
Ba6e Liquid Alloy
Yu.~N. Ivashchenko:,and V. N.,Yereihenko.
G. P. Khilya,
ee
Study of the Temperature Dependence Ot:Fr'
Surface Enargy and.Density:of,CU-,Ge Liquid
Alloys
V. F. Yely-utin, V, I. Kostikov and Ya. Levin', Stir-
face Tension and Density,:of Si-Base Melts,
60-ft
136
138
1.44
149

USSR
UREMENKO, V. N. F-Lzicheskaya khimiya~ poverkhnostlunykh yavleniy
v rasplavakh,* Kiev, ~ "Naukova dtit*all 'Presp, 1971.
R, V. Lebedev, P. P. Pugachevich and S *-- N. Zadum]lcin.
Surface Tension in Melts of Alkali M6t:als and
Their Solutions
.'RO V. Lebedev and P. P..Pugachevicha Density in a
Na-K Liquid System
L. M.'Shergi I Popell and B. VV: Tsarevski
S*~ Y
Temperature Dependence of~DehSiti.Ps an~
Surface Tension of,~FerNi-Si
P.- S.M senyuk, Yu. N. Ivashchenk6:dhd Vw N.
art
..Yeremenko'. Free Surtface.Energy of Certain
Molten Transition Metals
F. N. Tavadze, D. V. Khantadze' andj Tsertsvadze.
Density and Surface,Tension of Fe-Co; Melts
V. N. Desyatnik, Yu. T. Melnik6v;)'I' .-F, Nichk6v and S.
P. Raspopin. -Uranium Cations.Effect,,6n Sur-
face Tension of MolteniK ~md.* U Chlorides
~G _X. Moiaeyev and G. K. Stepanor~ : Suxiface Tdn*sion,of
Molten Alkali, Metal,,, Carbonates
157
16o
1.61
166
169
172
175

JI_
5R
YEREPENK0, V. N. Fizicheskaya khimiya-po-Y'erkhnostnykh yavleniy
1971.
v rasplavakh, Ki v, "Naukova dW*a" Presa,
e
E V. Krinochkin, X. T. Kurochkin and- P V.,. Umrik,hin.
Surface Tensionand Density:of Oxide ReIts of
-the CaO_AI
1203-SiO2 System 1~9
Si Be Yakobashvili and V. I.,Zhvkay6v. Surface-Tension
r rifl,gal
-and Density of Slag Mlelts:Used fo CeAt
Pipe-Casting

'
~
'
183
A me . K. 'Petrov and
. Novokhatskiyi.:A
kov4lenko, I. A
'
on Surface
G. S. Yershov.- Eff ect. of Gases
Tension of Oxide Melt 1,86
Pe N. Perchatkin. Physical Properti6s and Frothing
Of Open-Hearth Slags 189
PART FOUR.Interphase Phenomena on-:the Solid-Melt
Boundary
Yu. V. Goryunov, V. D. DolzhL%ova and Be D. SUMMI
Evaluation of the. Decrease in Free Surface
Energy in a Spreading Met.al.Melt O-Ve,r'a Hard
10115 Surface 194
.61

USSR
YFMNENKO, V. N. Fizicheskaya khimiya poverklijiobtnykh yavleniy,

splavakh, Kiev, "Naukova dumka" P ess ,1971.'
v ra r
~V. P6 Yelyutin, V. I. Kostikov and It A'*~ Pehlkov.
Wetting of Graphite With Liquid V ~- Nb and Plo 197
YUO V . Naydich, G. A. Kole'snichdnko,!L**i:1* Felldgun
M. S. Druy and Ye..M. Chistyakov.r Contact
Interaction of Metal. Melts,: W~-*th, the Suiff ace of

Bor
Hexagonal and Cubic on:Nitride;
200

V. Nj~ 6 ko N. D. LeBaik :T.,S.'..PeStUn.and )T. R
Yeremen
t
ics of SpreAding
Ryabov. Study of the Kine
.
-
Aluminum 0ver Iron 203
G. V. SamsonoV, A. D. Panasyuk.and G.-X K6zina, 4ebting
Refractory Carbides With Molten Metalsi and,
Alloys 206
V, S, Zhurdvlev and Yu. V Naydich.~Vetting of:Aluminum
Oxide Ceramics and Leucosapphire Vith.Cu-Ti

-and Au-Ti blelts~'- e08
F. N. Tavadze, D. V. Khantadze, G. V! Tsag6reyshvili and
E.: G. Onikashvili. Wettabllity.of Crystalline
B
oren With Liquid Metals
11115

USSR
YEREMENKOs V. N. Fizicheskaya khimiya poverkhn(istnylch yavleniy
V rasplavakh, Kiev, "Naukova duzkall Press, 1971
V I. Ishimov, V. V. Khlynov and:,O. A., Yesin. Kinetics
of - Vietting Hard Oxides With .14161tet 1,16tals 213
~I. D. I'Ykachinskiyland V., Yb,* Manevich~:: Attab'lity of
-~:Glass Ceramics With Alumifium~11~1; q 218
.:Yu. V .,~Naydich, Yu. N. Semenorg: ~I 4 ka., LaVrInenko" and
~B :M Yemel-t yanov.:~- Xetallization~ an& Aggrega-
of ~-Piam nd:.P040r -With jidh66i6o~-ACV-iVe
-,tion o
Metal~Molts ;1 220
Le--L~ Kut'juin.:: Effect of 'the. ~Ci ~..ystaj -:S~rudture: of
ts !ori, ~~T

P4r
-Refractor
Y heir'-W ibLbi t Y, W i V'a
~I Ot
. 224
Rogdv. and S~t.~ato. -of ~:Liquid-
-P. A. Savintsev,'..
:Cr stal Boundarieo;iri Con~t~a '6 Mo_tiri~ of
y
Oertain Metal Systems 225

T. P.

V~J- Boricov.
Mark it T. B. Timofe'yeva.an
o a,
';
Bb~osilicate
Sintering Powders of-'Lead

Glasses 227
't -D 14 9:

ag, lig

USSR
YEREI-EN'KO V. N. Fizicheskaya khibiya poverkhnostnykh yavlenk/
v rasplavakh, Kiev, "Naukova.:dumka", Press, 1971.
S. Ye. blanlkovetskaya and E. L. Bokser.
Yu. P. Nikitin
,
Interaction of Hdrd Ferrous:-Oxide,With Boro-
silicate blelts.. 231
V. V. Khlynov, Tu. V. Sorokin and: V. -191 Gornovoy.
Nonmetallic': Iriclusions
Kinetics of Wetting
.
'With Slag at thelvl~tal Boundary 234
Yu. V. Naydich and G. M. Nevodnik:.:I::Kinetics of Liquid
Copper Spreading- Over Me tal": Surfaces 238
VO I. Shvetsov, Yu. P. Vasin and ..P.~~-V.~ Chernogorov.
Role of Surface Phenom6na:bn the i4etal-Mold
Boundary in the Formation of No'nme'tallid
Inclusions in Steel:0astings 241
M. A. Sherstobi-tov and P. V. Gubchevskiy. Wetting
Primary Graphite With Converter Pil Iron 243
-5 1-~ PoPel'-
V, G. Babkin, B. V. Tsarevskiyand
Penetration Rates bf Oxid6. Melts ii~ Porous
Materials With Various!8urface Treatments 246
A. Ya. Khrapov and N. I. Shvidkov. Kinetics of wetting Ineltisions
13/15 and IL%gnesium Cast iron Smale With S~mthe Itic Slag 249

2~, -t -777,
USSR
YERENEINK0$ V. N. Fizicheskaya khimiya..poverkhnostnykh yavlertiy
v rasplavakh, Kiev, "Naukova dumlka~". Press, 1971.
V. N. Batygin, 1. 1. Motelkin.and.14. A. Pavlova.
Pressure Soldering Nonm tallized Ceramics
e
With Metals 253
PART FIVE. Interphase Phenomena at the Boundary of No
Melts
K .K .Strelov. Predicting the Distribution of Condensed
Phases in Refractory Materials 257
A. A. Deryabin, S. I. Popell, 11. A. Saydulin and P1. V.
Tarkhanov. Interpbase Ten-sion,of Ferrochrome
With Oxides and Phasd Adhesion 261
D. Ya. Povolotskiy, V. Ye.. Roshchin and V. I. Dudorov,
D1echanism of the Effect.of Interphase Tension
on. the Removal -Rate of Nonmetallic Inclusions
From Steel. 265
L. 1. Pronskoy, M. I. Beyiinovp A. N. Surguchev, A. P,,
Ogurtsov and V. A. Talat. Study of, 5urface
PlIenomena Rpl,,.1.tive to metal 11ouring Under
14/1 i d S la 269

------L
IFFMI

uDc 669-28-051
YERE LISTMICM, V. YE.$ OPALOVSKIYj, A. A.,, and. FEDOROV, V., 'YE.
-.WNKO.--V
Cil
"Physicochemical Investigation of the System Molybdenum-Sulfur
V sb. Khallkogenidy (Chalcogenides--collection,of works),,' Vyp 2, Kiev,
IsNaukova DwAa",Ji 1970, PP 92-97 (from RM-Metallurgiya,:No 11, Nolf 70,
Abstract No lIG181)
Translation: A physicochemical investigation is conducted of the system Mo-S
by the methods of thermoisraphy, radiography, metallograj~hy, dilatometry, and
retistometry. It is established that-in the region of.concentration up 'to
.26 vt. % S, a two-phase fiel(I-of crystallization of Mo + M02SI with a 15400
iempe.rature of the "solidus" lina,js realized, 2 ill., ~2 tables.
8, Krivonosciva

TJ
USSR UDC 621-791-011t543.~621046.72
ISSNIX, N. D., and NATANZON, YA. V., Institute of Problens
Wf. Material Science, Academy of Sciences UkrSSR', and .113yabov, V. R., Institute
of.Electric Welding imeni N. 0. Paton Academy. of Sciences
"Interaction of Aluminum With Iron Suitable for.Welding Conditions"
Kiev, Avtomaticheskaya Svarka, No 4, APr 71, pp, 14-16
Abstracti A general-purpose model for welding of dissimilar metals, developed
by the Institute of Metallurgy imeniA, A. Baykov, proposes two stagess
formation of contact between the adjacent surfaces and formation of a stivng
metallic bond between the metals being joined.. The authors undertook sojviiig
of the.problem of welding steel with'aluminum. alloys considering the inter-
action of iron andmolten aluminum. :In this study the first step was spr3ading
of molten aluminum on the iron surfacel the second step,:involved formation of
termetallic phases at the iron-alumiinwt interface; in the
a substrate of in..
third step there oc-urxed dissolution of these phases in.the neit of al-uninun..
Kinetics of molten aluminum wetting on the iron surface was 51tudied and the
ratio of growth rates and dissolution of boundary phases wasidetermined,
In all cases for the dissolution of ironinmolten aluninua a. substrate of
intermetaXUdes was observed composed for O(FeAl )- ands n(Fe Al )-phase.3.
ign with al 2int% without the
It was concluded that it is impossible to weld Ufa
formation of intermetallic substrates.

USSR UDC 621.721.541.121
and VELIWOVA, T. YA. Institate of Pro-
blems.of-Material Sciencey Academy'Of Sciences Ukrain:ian SSR
Phase Equilibria in the Molybdenum-Titanium Carbide-Titanium
Region ofthe Ternary System Molybdenum-Titanium!-Carbon.
Communication 211
Kiev, Poroshkovaya Mletallurgiya, No'9, Sep 70, pp 57-61
made of Laetallogra~phy and x-ray pha~,e Onalysis of
Kostract; Use has been
hardened alloys to study phase equilibria at 1400'C in the Mo-Ti-C system.
the direction of conoids in the two-phaz~e (6+3) region
It is shown that
which is formed by cLfbic carbide and metallic 'solid. solul;ions is parallel
to the quasi-binary 14o-TiC section of the Mlo-Ti-C terna-rlr S~rsterli over a
wide range of compositions oi- carbide and~metallic phases and does not depend
on temperature (from the aolidus sizrfacc)~. The distribiition coefficient
in the 4t0 two-phaae.regicn:'at the solidua surface (K--34�8)
-3jum Oontantfj~ alo 'Aon of 20 at.% has
within 20 to 58 at.% of titat ng the sectJ
1/2

Titani=
.USSR U1) C669.295.5'232
rm:~tNKO 't. and T. D. Klev
"PhaGC Diagram of tile Titanium-Iridium Sy6 te
Moscow Izvestiya Akademii Nauk SSSR, Retally~ no 6, Nov-L)~_-c 70, pp l9d-203
-ormu atiov~s over Gle
Abstract: he experimental homogencous alloys (47 t
entire range of concentratioaa) waro made, froo tit and pure
iridium powder. The alloys were studied by uietallograpliy, -x-ray ditfrac-
tion,and differential ther,7.,~l aiialysc:s. 1(easurements we-ce CIdu of tile
teMperatures of the beginning of melting as well .13 of ti-.c poase micro-
hardness of tile alloys. Tile ojbLair..ed data were u.,jed as, a bakiia for ploLLillg
the phase diagram of the Ti4r systum shr),,iing: solidus : ti!j-,pera tures, single-
phase alloys, two-phase alloys, a-phase trans f orwatioas~ On qi1enchins, and
thermal analysis. It has beea shown that tile phase wit"), a CsGl-like struc-
ture which was revealed in alloys with 30-~40 at.%- Ir and was, found to be
stable down to room temDeraLurei.is a li-Lgh-Lemperature-niodification of a
i1r-base phase stabilized with an. excess,coatent of titanium.

~.USSR UUC: 621,791.856.3.011
Teldim, imen" Ye 0.
RABKIN, D. X., and J~YABOV, V. R.-,.Institute. Pf Electric W
Patoa',-Academy of Sqiences Ukrainian SSR; YERIZ NKG V. 'N.,~ LESNIK, -1. D.
and-PESTUN, T. S.-j Institute of ProbleTO-ot Material -Science, Academy
of Sciences Ukrainian SSR
rface Phenomena in Welding Aluminum Directly to Arnico Iran"
Kiev, Avtomaticheskaya Svarka, No 11, Nov 70, pp 20-23
Abstract: The behavior of liquid aluminum with respect to,solid iron is
6f great theoretical interest for a number of metallurgical processes. This
study conceras the effect of temperature-time conditions ori the spreadiu.-
of al=ittunt over iron and the intermetallide pitases VO-3ta Fc2A1 5, E'~A13-
analyzed in vacutim,(1_3*10- it 1111 '~ Lmaximum
7"he.kinetics of spreading was (x
:temperatures of the experiment) using filmiijg and teluscop,.ic leiki phouograpliy
for, recording the process. Use was. mada,of AV-UOO (99.99~:Al) wid arifict)
iron. Conzidered were the possible mechanism forcontatt~' nteraction of
liquid aluminum with iron and the conditioni for pro*ducing welded joints of
1/2

USSR UDC 621,762.5..001
YERDENKO. V. N.
Process of UqL~id Phase Sintering
"Surface Phenomena and Their Role in the i
and Soaking of Porous Bodies With Liquid Meta Is"
Sovrem. probl. poToshk. metallurgii (ModernProbletas of Powder Metallurgy
d. 1~ress',: 1970, pp,101-121, (Translated
'collection of works], Kiev, Nauk. umka
from Refe-rativnyy Zhurnal-Metallurgiya, No. 13, 1971, Abstract'No.1 G423 by
the author).
Translation: The processes occurring during Sintering in the presence of
the liquid phase are analyzed, The re ul:rities knvolvg.-d in'the change
9
of capillary forces for particles of various form.are studied. A
theoretical analysis is presented of thezonditions of qontaneous pene-
tratiort of the solid by a liquid, the kinetics of the Process, and also
solution of a number of technologica! problems on the basis of the
replarities. produced. 14 figurcs; 3 tables;',36 biblidi. refs.
44

!SR
N 4-JIYAN011 W. I., and PAIA101017,0, 11. M., Latititute for Problems
of satex ial 5 -ences Ukrainian SSR
cience, Acade.-,Z, of Sci
its
tr=vare of Polytherzal and isothermal Sections of the System Titanniur-,-Copper--
Silver; Remort 2"
Kievil Poroshkovaya MetlallurgiYa, 7-0 5, MaY 70, PP 73-78
Xostract: Therwall and x-ray phase anallyses were conducted of the structure of
iase diagram of the titaro-um -- copper--
th-ree polythex7ral sections of the p.
silver s-~-ntem: at 5 aer., Ar,, at 60.aep Ag, and.the radial vection TiAg (Eta) -_ Cu.
-ctions and liquidus skirface, isotherrr-11
Based on the structure of the paly-thermal st,
sections were plotted of the titanium -- cop~),_-r -- silver rystcm at 1300, 10.005,
"0 and WC. ule Scher-c of processes occur. r-iig in the titaniwi -- con er --
silver ternax-j system and its binax-j syste-d is gi:,ren. Dnt,- on the sti-acture a.~id
s=p- -phace properties of the titanium -- copper and tita-ni= -- zilver systems are
saLted in a table. Me phase diaggram of the copper -- silver system is related
pre-
t,- the ol-gole eutectic type with l'auted solubility of the ccr.-Irments in the solid
cc~_-_za o-P :7.onovar- t and nonvariant equilibria ~ r the titanium,
ian 1.0
copper silver sy.5tc:a is presented. lbw% tewperatums of w=,ruri=t convers -ions
def sp_ CPA 2Cu. (~~eta)
'were. 'ined more precisely, and it was shawn that the ph~i lorms

2/2

'PR 'C~SSlhG DATE-18SEP70
72 ::0
25 UNCLASSt:PIED 0
~-T'I-TL&--;-UPPM LIMIT OF THE HOMOMEITY-REGION OF ITI, MQ) AND C SUBI -MINUS
Y, . crit,ir n, rni I IT T nm I-
-"PROXY REEL/FRAME-1984/0149 STEP NO--UR/0363/70/0061(101/11006/,OOLO
CIAC ACCESSION Nf)--AP0051045
IJ Nfl' L-A S.S IF IF D

25 U,14CLASS? FiED "PROCESSING' DATE-18SEP70
0
LJRC~ ACCESSIONI NO--AP0054945
-~~ABS.TR ACT /EXTR AC-T-- (U) GP-0- A3STRACT. THE UPPE~k LIM11 OF. flip tlf)MOGENUI-lly
REGION OF irlt MO) C SUB1 MINUS X SOLID Sf-IL-NS- IN TH E I I C s Y S r E m Wh -s
DETD. AILOYS WEPE INVESTIGATED,. Ti E COMPNS. OF WH I CLH F:,'-LL INFO THF
COEXISTENCE REGION OF GRAPHITE AND THE CARBIDE PHASES AND IN THE 40C
ON OF rHE PHASE DIAGRAM, 1HE ALLOYS TO BE
~U$O.SUB64 MR410 TIC SECTW
STUDIED WEREE PREP0. 9Y.-ARIC MELTING- IN A PROTECTIVE AR ATM. ANC, dEfkE
~-ANNEALED IN VACUO IN GP,-.iPHITE CONTAINERS. THE INITIAL MATERIALS wEl),,E
-99.7PERCENT MO POWDER, TIC (CONT6. 18.7PERCENT.COMB.lr4Eo C AND 0.4Pf-:RcENT
:FREE,C)i ANO SPECTRALLY PURE GRAPHITE* VRAY PHASE,:141CROSCOPIC, ANJ-
ETHODS WERE USED. THE
-CHEl4* A-NAL. M PHASE COMPN. OF THE ALLOYS AT THE
~--,~-,,,SURFACE OF THE SOLY. OF C IN CARBIDE PHASES OF THE 1-10,TltC SYSTEM WAS
~-.I.NVESZLGATI.ED. BY EXTRAPOL4TING.THE, CON-CN.::0EPENDENCE OF THE LATTICE
ig~,-~,-PAAAMET-ERS. OF..THE CUBIC SOLID SOLNS. '(T:LjMO.). C,,SLI811 MINIUSX TO OPERCENT
E VA L U FE f0 A J H E, L AT T I C E PAiWA.ETERs: aPi 'rHE CU8.jC Al PHA-MINUS MOC
-`.SUBl'-.JMINUSX,-WA,S KX AT, 40 A%~' PERUMC? 'AND -!44~243 A(X AT.38 AT,
'P
EPCENTC
UNCLASSIFUED

026 F ED;
:_ .1 UNCLASO'i PRt~ESSINGG DATE--18SEP70
_TlTLE--LQW TEMPERATURE MODIFICATION*DF THEILOWER MOLYBDENUA CARBIDE -U-
-AUTHOR-04)-YEREMEN V.N.t VELIKAN.Ii-VAI T4YA.t LISTOVNICKIY, V.YE.,
ibb4TRY OF INFO--USSR
'~SOURCE-IZV. AKAD., NA UK SSSRf NEC MATER4 1970f, 6 1) 11-14
------- 70
DATE PUBLISHED
:,SUBJECT AREAS--CHEMISTRY, PHYSICS
D (IN CRYSTAL
IJQPI~C TA GS--MOLYBDENUM COMPOUND* CARBIDE.- X RAY IFFR:ACTT
_:____._STRUCTURE, THERMAL EF~ECTt ELEC'rRIC RESIS'rIVITY, IRFRMOIGRAPHIC ANALYSIS
.-c_c-%TP
,OL MARK I firj--NO ICTIONS
:00CUMENT CLASS--UNCLASSIFIED
PROXY REELIFRAME-1984/0151 STEP NJ--UR/0363/70/006/001/0011/0014
-CIRC--,kf-' -ESS-TOI~l_~iO-_-A_POO-5.4-'?47-
C
- - --------
LA :D

-7:7.7 -71
026 UNCLASSIFIED PROCESSING DATE--lFSEP70
C-IRC ACCESSION NO--AP0054947
:ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THERMOGRAPHIC AND X RAY
'OjFFRACTI'3iN METHODS 4ERE USED. DURING X PAY DIFFRACTInN INIVESrIGATION,
OF MO-C 4LLOYS, CAST AND ANiNlEALED IS GREATCR THAN 1200DEGREE'a (WITH C
CONTENT 12.538 AT. PERCENT AT IS LESS THAiN 1634-DEGREES hi"ID UP TO 50 AT-
~PERCENT C AT LOWER TEMPS.), ONLY THE PSEUCOHEXAGONAL LATTICE 'WAS OBSD.
FOR THE MO SUBC-BASED ?fl,"iSEi WITH T14E PARAMETERS: ItLPHA EQUALS 2,9931 C
EQUALS 4.739 KXv AINO C-A EQUALS t.58 IAT 31 AT. PERCENT C); AND ALPHA
EQUALS 3-015t C EQUALS 4.739 KX, AND C--A EQUALS 1.5T (Ar 33.75 AT
'PERCENTC). A PHASE TRANSITION WAS OBSO.-AT 1170 PLUS OR MINUS 1.30EGRIr-GS
N THE LOWER MO CAR81DE MO SUBZ Cy ACCOMPANIED BY EXOTHERMAL EFFECT
.-,(DUqING COOLING) WITH A SIGNIFI.CANT.. TEMP.; HYSTERE$TS. A DECREASE IN
THE SYMMETRY OF THE CRYST. LATTIC-E;r- -I.E. RHOMBOHEDRAL DTSTORTIO!'J, OF THE
ORTHORHOMBir, no suB2 c STRUCTURE, IS OBSD.~ THE MO'CARBIE)ES STUDIED HAD
'ESP. EXPTS. WERE PERFORMED
JHE COMPNS,, OF IMOC SUB0.48 AND MOC SU80.51, 1,
Mr
RELATIVE TO THE MEASUREMENT OF SP. ELECo RESISTIVIYY Or -IC SUBO.48 AS
DEPENDENT (IN THE QUENCHING TEMP. WITHIN THE TRANSITION TEMP. RANGE. THE
-TIV,ITY OF THE ALLOY QUENCHED FROM -GP Es
ELEC. RESIS 140ODt -EE- DOES NOT DIFFER
FAGM TH WIT14 DECREASED QUENCHING
E ELEC. RESISTIVITY OF THE CAST ALLOY*
TEMP..THE ELEC. RESISTIVITY DECREASES TO 050DEGREES, WHERE UPON IT
UNCHANGED. THE DEPENDENCE OF THE P VALUE~ON THE QUENCHING TEMP.
-OF THE.SAMPLE CAN BE ASSOCIDO WITH-THE CHANGE- IN -11:5 CRYST. STRUCTURE.
.:AN--AODNL. THERMAL EFFECT WAS t)BSD* :AT 1.634DEGREE-S..'
UNCILASS--rF-TED-

, ~Lu'
112: 024 UNCLASSIFIED PkOCESSING DATE-20NOV70
_.l't-TLE--i4ELHAN I SMS GF EAdIUM THERMAL CCNCUCTIVITY -U-.:
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