SCIENTIFIC ABSTRACT ARBUZOV, S.V. - ARENSBURGER, D.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002200210014-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

T 7 0
112 025 11114CL ASS I F I ED DATF
TITLL_-~'EAL STRUCTURE CF THE HIGHER VANADIUM CARBIPE -tJ-
AUTH'JR-(03)-ARHUZ0V, M.P., FAK, V.G.t KHAYENKO, il.V.
OF INFO--USSR
Cu
SC,LjRCE--ScZISTALLGu"RAFIYA 1970, 1511), 191J-9
DATE PU',-'LISHED ----- -70
SUBJECT AIREAS-MATERIALS, PHYSICS
TUPIC. TAGS--X RAY DIFFRACTION ANALYSIS, VANADIUM COMPOOND, CARBIDE,
CdYSTAL STRUCTURE
CC%T-lCL -'tFSTRICTICNS
DOCUMENT CLASS--UNCLASSIFIED
PR9XY 'FEEL/FR4ME--j989/0754 STEP
Cl.-ZC ACCI-SSIC-N Ni~--APOIOUI?o
I I E D

212 025 UNCLASSIFIED PROCE55ING DATE--020CT70
CIRC ACCESSION NO--AP0107296
ABSTRACT/EXTRACT--(U) GP-0- A3STRACT. ANNEALED (1500-19500EGkEES)
SAMPLES C.-F V CARBIDE WERE STUDIED BY X RAY DIFFRACTION. AT 43-5 AT.
PERCE'%T C CONTENTS, THE SAMPLES HAVE A STRUCTUPE OF NACL TYPE ONLY; FOR
~c is GREATtR THAN 451 AT. PERCENTt SOME VERY WEAK REFLECTION LINES, THE
INTENSITY OF WHICH ARE MAX. FOR THE COMPN. VC SUBO TIMES 88, WERE ALSO
OSSD. IN THE DIFFRACTION PATTERNS. FOR THE INTERPLANAR DISTAN:ES OF TIE
CUBIC UNIT CELL, ALPHA EQUALS 8.334. IN AGREEMENT WITH 0. (EXPTL.)
EQUALS 5.67, 32 V ATOMS AND SIMILAR TO 28 C ATOMS OCCUR IN THE UNIT CELL
OF VC SUBO TIMES 88t SPACE GROUP P4 SUBI 32 (P4 SUB3 32). THE
COMPLEMENTARY REFLECTIONS SHOW AN ORDERED DISTRIBUTION OF VACANCIES IN
THE SUBLATTACE OF C WITH DOUBLED LATTICE PARAMETER (ALPHA EQUALS 2A
SUBI) AND ALSO SLIGHT SHIFTS (0.07-0.08 ANGSTROM) OF V NEAREST OT THESE
VACANCIES IN THE- DIRECTION OF A VACANCY NODE. THE SAME TYPE OF
DIFFRACTION.SPECTRUM OF COMPLEMENTARY REF LECTIONS, WAS OBSD. ALSO FOR
THE CUNCNS. VC SUBO TIMES 82 MINUS VC SUBO TIMES 88.
L1 N r I A r, c LIZZ 1 rZ n

L/2 G18 UNCLASSIFIED PROCESSING DATE-20NO1.170
TITLE--CDCk i~f RUSSIAN LEATHEkS A140 MEASURES FOR REDUCING ir -u-
UTHGk-(05)-ARBUlOV, S.V., GORODINSKIY, L.L., MIRONOV, F.V., SUVtjkOVA,
V.P., SUCHK-uv-l V.G.
L-.0Ui-tTRY Glf- 1NFC--USSR
GBUV. PRLIM. 1970, 12(3), 46-51
DATE PU&LI5hED ------- 70
SUBJECT AREAS-MATERIALS
TOPIC TAGS-LEATHER, SYNTHETIC OIL, SPECUAL11ED COATING.
CCNTRCL MAPKING-NO RESTRicrioNs
~DOCUMENT CLASS-UNCLASSIFIED
PROXY kEEL/FRAME--2000/1735 STEP NO--UF./O,~98170/012/00-3/0046/0051
CIRC ACCESSICN NO-AP0125356
HNCL4~SSIFIED

22- 018 UiliC L A S S I F I ED PROCESSING DATE--20NOV70
CIRC ACCESSICN NO-AP0125356
ABSTRACT/EXIRACT-1U) GP-0- ABSTRACT. MEASURES INCLUDE REGUCING THE
TEMP. AND DURATIGIN OF IMANY OPERATIONS, ESP. FOR BACTERIAL Aiio ImPORTF-0
RAW HIDES (THE SOFTENING PROCESS WAS ELIMINATED FOR THEM); ELIMINATING
NA SUBZ SO SU63 IN THE ALKALI SOAKING BATH; USING AN OP TYPE EMULSIFIER
.4 THE CECALCIFYING BATH; USING ACID BLACK S AND FIXER' F DURING DYEING
AND FIXER F DURING OIL[NG; SALT TREATING. lNSTEAD OF PICKLING TO HARDEN
THE DERMA AND FACE LAYER, ESP. OF BACTERIAL AND IMIPORTE0 STOCKS;
LihiERING AIR TEMPS. DURING DRYING; INCREASING THE. AMT. OF SYNTHETIC OIL
IN MIXTS. hITH FISH OIL.; AND COATING WITH ACRYLIC EMULSIONS.
UNC L A-S--S 1 F I E D

112 008 UNCLASSIFIED PROCESSING DATE--300rl!_T0
.TITLE--CATALYTIC AND THERMAL REACTIONS OF 20,01METHYLBUTAGIENE AND
ISGPRENE WITH GLYOXIyLIC ACID ESTERS -U-
AUTHOR-(03)-KLli4OVA, YE.I.v TRESHCHOVAl YE.G.v ARBUZOVi YU-.~.
CCUNTRY OF INFO--USSR
SOURCE--ZH. ORG. KHIM. 1970, 6(3), 413-18
DATE PUBLISHED ------- 70
SUBJECT AREAS--CHEMISTRY
.iTOPIC TAGS--ISOPRENEr PRIMARY ALCOHOL, TIN CHLORIDE, t3UrADIENEt ESTER
CUiTROL -MARK I NG--N'-_l RESTRICTICNS
DOCUMENT CLASS--UNCLASSIFIED
?ROXY REEL/FRAME--1992/1677 STEP NO--UR/0366/70/006/0()3/Ottl3/041,4
C[RC ACCESSION NO--APOLL2671

mmil
HE
...... .................
212 008 UNCLASSIFIED PROCESSING UATE--300CT70
CIRC ACCESSION NO--AP0112671
ABSTRACTiEXTRAr-T--(u) GP-0- ABSTRACT. THE REACTION OF H SUB2 C:CMECME:CH
SUE32 I () WITH OHCCO SUB2 OU ( I I ) IN THE PRESENCE OF SNCL SU34 AT ROOM
TEMP. GAVE AN ISOMERIC MEXT. CONTG. 30PERCENT DIENE ADDUCT BU
3,4,DIMETHYLY 516,DIHYDROt2H,PYRANi6tCARBOXYLATE~AND 70PERCENT H SUt3Z
C:CMEC(:CH SU5Z)CH SUB2 CH(OH)CO SUBZ 8U. THE NDNCATALYTIC 1-11
,REACTION AT 130DEGREES GAVE PREDOMINANTLY THE DIENE ADDUCT. ISOPRENE
REACTED ANALOGOUSLY. FACILITY: MOSK. GOS. UNIV. IM. LOMONOSOVA,
MOSCOW, USSR.
fl~ar I A CC I r- I r-fl

Lfe v 114 UNUL A.5 ~~ I I- t tU VKUL~~P~-INU UA�t--:iuuLi lu
TITLE--CATALYTIC AND THERMAL REACTIONS OF 2,3,DIMETHYLBUTADIENE AND
ISOPRENE AND CHLORAL -U-
AUTHOR-(03)-TRESHCHOVAY YE.G.t KLIMOVA, YE.I~i ARBUZOV, YL;._"~.
CCUNTRY OF INF0--USSR
SOURCE--ZH. ORG. KHIM. 197.0t 6(3)p 419-22
.DATE PUBLISHED ------- 70
SUBJECT AREAS--CHElf-',ISTRY
TOPIC TAGS--ISOMEk, SPECTROSCOPIC ANALYSISP CATALYTIC HYDRCGENATION,
CONDENSATION REACTION, BUTAOIENE, ISOPRENE, CHLORINATED ORGANIC
COMPOUND, TIN CHLORIDE
CCNTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY REELIFRAME--1992/1678 STEP NO--UR/0366/70/006/003/041910422
CIRC ACCESSION NO--AP0112672
UNCLASSIFIED

2/2 014 UNCLASSIFIED PROCESSING DATE--30OCT70
CIRC ACCESSION NO--AP011267Z
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE REACTION OF H SUB2 C:CMECME:CH
SUB2 (-I) WITH OHCCCL SUB3 (11) IN THE PRESENCE OF SNCL SUB4 AT ROOM
TEMP. GAVE AN ISOMERIC MIXT. CONTG. SIMILAR TO 20PEkCENT DIENE ADDUCT
3t4tDIMETHYL,6,(TRICHLOROMETHYL),5,6, oiHybko,2H,PYRAN (111) AND SIMILAk
TO 80PERCENT H SUB2 C:CMEC(:CH SU82)CH SUB2 CH(CCL SU83)OH (IV). THE
STRUCTURES OF THESE PRODUCTS WERE CONFIRMED BY CATALYTIC HYDROGENATION
AND SPECTROSCOPY. THE THERMAL CONDENSATION OF I WITH 11 GAVE
PREDOMINANTLY III AND ONLY A SMALL AMT. OF IV. ISOPRENE REACTED wITH 11
ANALOGOUSLY TO GIVE AT ODEGREES IN THE PRESENCE OF SNCL SU64
PREDOMINANTLY H SUB2 C:CHC(:CH SUB2)CH SUB2 CH(CCL SUB31CH AND AT
145-50DEGREES TO GIVE PREDOMINANTLY
4t~IETHYLi6t(TRICHLOROMETHYL)y5p6tDlHYDkOt2HPPYRAN. FACILITY:
MOSK. GOS. UNIV. IM. LOMONUSOVA, MOSCOW, USSR.
UNCL ASS IF! ED
am

112 010 Lj?~ICL ASS I P I ED PR I, ING 01 TF-_ 1,
r I TLE--C AT _4LYT I C E:11E SYNTHES IS W I TH C,*~:.480NYL CG,~~.lpfiut"Ds
ISOPRENE TO FORMALDEHY0E Jx
AUTHOR-( 02) -KL IMOIVA~ I YE.I., ARBULOV, YIJ.A.
COUNTRY 'JF lNF0--lJSSR
SOURCE--DOKL. AKAD. NAUK SSSR 1970, 190(1)1 102-3
OATE PUBL ISHED ------- 70
SUBJECT ARFAS-CHENISTRY
TOPIC TAGS--CATALYTIC ORGANIC SYNTHESIS, CARMI'NYL C~IMPOUND, r I ri
CHLOR f OE I sf"PRE"i L_' IFrW ~A'At_ DEHYD E, A;,,[-TATE, 4 r IA A L F N E
W I NON E P;lLYYKL'EEA;) A L C (L
P"THAL A T E, 3,p47C'?fC rfD, ESTER
CONTPOL RFSTP, ic-TiotiS
30CUM-ENT CLASS--tJ'iCLASSIF- I FO
P ROX Y R L F- R,~
S ri- p --UR /00'? 0 N11 t 1)(11 /ol 1, /01
c cr s -A r
I:

ii N. c L A s s I F I D s 5 1
CIRC ACCESSIO.N '1`~3--AT0100200
Sl~('-L SUA4 TP 5
5 f P T PEX T RA! f--(U) GP-0- AL3SFRACT. ADDliNG 10 .4 C,
A"D -,u iML CHU SU13-~o -T Su"-~? 3Y 21)
150,')i~EN17 GAVF' Af-'rIL5, I') Hit" !,*',, Tiff COU), FOLLGWID iW i(', T
P A R All-0 '- .%,I A L 0 E- ""i Y C-1 t ~j 2P C. E T r4`)Crl SW32- CH SUB2 C- I ' (.'-.I - I SJ C f-,I S 1-1
B SUli'7 50-IDEGRPE-S, N PRP--!~F.20 SUBO 1.4792,F) PR[MF~N 1 A N 9 AC
SU32 0 IN THY P R cl S ',-- N C F YRIDINE UI 2 DAYS C-, A V [- .9 1 p F 4 C,'-= N T
C 11 -R lz E S P i -ND 1 N ~ A C C T A T E , ~l S U ii 7 5 3 D R F F S , I 1 4 56 0 , 0 . ~- 4 3 4 , 1.4 1; 1 C ~l 1111: A T F- D
41TH NAPHTFQ~]4111UWNE IN C SW36 14 SU36 6 HR GAVE i;OP:-~~CENT I I
93-40r-G9,'EFS. THE ALC. I AND L-C SUBIO H SUil7 NCO GAVE THE
NAPHTHYLU4ETHCNE, 1-1 . 9'.1-100OF-GREES, WHICH IWITH I
80PEPCE-ENT ADDUCT, I I I , M. 132DEGREES. HYDROGENATION OF I OVER Pr GAVE
80PERCENT 3-METHYL-1-PENITANGLi B. 152-30EGREES, WHOSE
3-5-Dlk4[TROBENZOATE,M. 37-8DEGREES, AND HYDROGEN 3-.NITROPHTHALATE M.
151-2DEGREES.

USSR UDC: 536.516.2(088.8)
ARBUZOVA, 1. A., TITOV, 11. V., KIMNDROS, L. G.
ItTempcrature-Scnsitikre Element"
USSR Authors' Certificate No 330359 ' Filed 3/07/70, I'Liblishcd 18/04/72
(Translated from Referativny), Zhurnal Metrolopiya. j lzmeritel'nay'), Tolhiijkn,
No 4, 1973 Abstract No 4.32.800P, by V. S. K.).
Translation: A tcmperature-sensitive element (TE) made of a bimetA is
suggested. The sensitivity of the TE is limited by the difference in coeflji-
cients of therniial ex-,.)ansion of the metals or alloys and, in the low tcmj)CratLIZI~
area, is reduced due to the decrease in coefficients of thernal expansion olf
InCt,115 at 10111 tCIIIpC)','ILLIrCS. In order to increase tlw~ sen!JI-ivity, aCIC111,111cy
ge of application, it is suggested that elemwits bo made of materialt:
and rang
which undergo martensite conversion in both directions as the temperature
changes, for example of a Cu-AI-Ni alloy with 12-16% Al and 0-10%, Ni. IIN
varyLng the chemical coaiposition of the CLI-AI-N'i alloy, the hysteresis of thw
martensite conversion can be changed, as can the martensite point. The vrorl.in-
are of thc- TE can djus he varied from -200 to +200' C. To assure (kforl.iation
of' OiC Tk w; iL i-. coolcd, il i!- (~(Illipped with a d71)-1:-ct(!& load unit, ailol'.,
the TE to be itv;ed In rvpefkU(,(I. )1wktA.Iq3, (u)(1. coolini;
VWMIMMMIMII..

WiMM -10-HOW-HUMi WOMM" i-
IMC 539.67
ARBUZOVA, I. A., BATILM, V. S., and KFAM)RCS, L. G., Institute of Yetal
PbysUt-,.`Ad~idemy of Sciences UkrSSR
"Study of the Cb-a%-e in Internal Friction in Cu - Al - Ni Alloys Over the
Temperature Rar,-- of the Formation of Elastic Rartensit te Crystals"
Kiev, Metallofizika No 32, 1970, pp 100-104
Translation: The existence of phase equilibriwa in rz,-rtfensite trapsformna-
tion in the Cu - Al - Ni alloy *ves --eason to believe th--t an increevzed
value of internal friction should be observed in - two-phase renjon. Internal
friction in the Cu - Al - Ni alloy with a martensite point of about 60 a over
the ten mature zwige 120 to 1600 C was studied by* th7e torsional vibration
method I cps). It was shown the. stable peaks of internal friction
are observed over the temperature range of direct arxl inverse martensite
transforvation.
The naximuzi value of internal friction on the curves obtained corres-
ponds to ar ly 1: of the transformed phase. An increase in the
proximate 10%
defo--mation aaculitude leads to an increase in internal friction over the
temperature range of the ~31 transfoxTation, Bibliographyi 6 entries,
5 Mustrationss.
-IT
i1 - ~A 11, 11 F'A I

-~C T7 0
1 UNCL ASS IF I ED PRGC;-SSING DArF--02-1
TITLE-SYNThESIS, STil;JCTJ'-,E, A,-i-) hEHAV19" OF PCLYIMERS 'IF THE '4~~T-4YL
ISl'~PF-'.ENECAR9UXYLAlL- OHTAI'~Elj 6Y ANIQN11C ANP ~tADIC4L Pi"LYMERTZATIGN
AUTll:~R-(05)-ARt3UZlJ-VA, I.A., YE!-,~E~iiDVA, V.N., YELISEYFV-'~, A.G., -%IKjTI,,,,
V... S lrt
C OU.',T R YOF li',JFC--USSR
SGUlR%C[--VYSLKUM0L. SOEDIN., SER. A 19701 12(3), 697--704
~DATIE PUeLISHED ------- 70
SUBJECT ARFAS--CHFMISTRY, MATERIALS
TCPIC TAGS--ISCPRENF, CAABOXYLIC ACID FSTER, POLYMERuArJ13N, LJA
T-EAPERATLIKE EFFECT, ORO-ANOLITHIUM COMPOUND, POLYMER STRUCTJRE, PHASE
TRANSITION, IR SPECTRUM
CONTROL 1,1ARKING-N-9 RESTRICTIONS
DOCUMFNT CLASS-UNCLA5SIFIED
PROXY REEL/FRAME--1992/0311 STEP NO--UR/0459/70/312/003/0697/0704
CIRC ACCESSION NO-AP0111505
UNCLASSIFIED

2/2 040 UNCLASSIFIFD PROCESSING DATE--02rlCT70
CIRC ACCESSIdq NU--AP0111505
ABSTRACI/EXTRACT--(U) GP-0- A3STRACT. THE ANf'6NIC P0LYVN li SUB2
C:CHCM.E:CHCU SUB2 ME (1), CARRIED OUT AT NEGATIVE600F,;REES TO
NE7GATIVE70D'FGREES IN PHAE SOLA. CONTG. 0.02 MOLF-L. 91ULI GAVE 80PERCE%T
I POLYMER ( I I) l,"l LFSS THAN 04 EQUAL TO 60 MIN. THE FREE R4DI:AL BUL-K
POLYMN. OF I IN THE PRESENCE (IF 0.2 WT. PERCENT (ON 1) BZ SUB2 0 SU82
REQUIR,ED 90 HR AT 60-80DEGREES TO GIVE 75-8PERCENT I P3LY4ER 1114).
HEATING THE AMORPHOUS ITA CONVERTS IT TO A CRYST. Fg-~M. I IS ~'RYST. AT
R00.1i TEil-IP. BOTH 11 AND IIA HAVE A PHASE TRANSITION POINT AT 90DEGREES
-AND GLASS POINT AT 20DEGREES. BY IR SPECTROSCOPY THEY BOTH HAVE IY4
TRANS CONFIGURATION.
UNC LA SS I F! E 0

112 L) 27 lj',ICL AS S I F I ED PRCCESS14%,", OAT=--02F)CT70
.T 1TLE--PH0TL:E LAST I C PPr':!-1ERTI[S F CRf'S5LINKE0 VINYL
f )L YME RS
AUTH-._)f(-(03)-1L0T1%IK0V, ~'.S., ~'~,iUZJVA, I.A.t KUVSIJI!,JSKIY, Y~.V.
cou.*,4rk,y 0F 1,NFO--IJSSR
ScUr-CE-_f*Kk.. PGLIA. 1970, 6( 11 3-9 Alt
DATE PUELISHED ------- 70
SUBJECT AREAS--MATERIALS, CHEMISTkY
TCPIC TAGS--6t.ASTIC M00ULUS, VOLYSTYRENF RESIN, ETHYLENE GLYCOL, /%CttYLAT.--
~PGLYMIR
CWSSLINKI'~G, PliJTCIELASTICITY
-7~ESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY RECUFRAME--199?11.696 STEP
CIRC ACCIESSFIN' NO-AP0112878
UNC L A SS I F I E 0

212 027 UNCLASSIFIED PROCESSING DATE--020CT70
CIRC ACCESSIGN NO--AP0112878
:A35TRACT/EXTRACT--(U) GP-0- AIISTRACT. CERTA[P'l VHYS. C:;llt%STS. (S-IFTENT'~'y
TEMP., ELASTICITY '-',UDULUS, BIRCEFRINGENCE CONSTS.) OF POLYSTY:kENE,
.POLY (LH LOR USTY RENE), OR POLY (VI NYLTULUENE) CHANGE LINHIRLY Oil INA 14FAR
LINEAR MANNEP WITH INCREASING CROOSLINIKING AGENT CONC`~. (E-THYLENF GLYC~11-
DIMETHACRYLATE). AN ATTEMPT WAS MADE TO CIIRRELATE THF PHDTOFLASTICITY
OF THESE POLYMERS WITH THE NUMINAL N-0. OF GROSSLINKS PER JNIT V3L. (N
.Sl).'-~G). HC.~EVERt N SUBG NOT EQUAL TO E-3KT (E IS THE EL4STICITY VODULU-:,,
K 15 THE BOLTZMANN CONST. AND T IS THE SOFTENING TEM. IN DEGREFSK). -THE
PHOTOELASTIC PROPERTIES OF THESE POLYMERS COULD F40T BE CIRRELATED WITH
ANY KNOWN GAUSSIAN OR NON GAUSSIAN THEORY OF POLYMER CROSSLINKING.
19MMIMIMNIM; NMI

USSR UDC 576-851-L'-9-/.49.o6.a5q-3
ARBUZOVA, V. A., Institute of EpidemioloGy and MicrobioloLy imeni Panteur
"Specificity and Sen_:J.t iv it, J- of Tissue Culture in Detectin:- t'ne Enter(ji-a-ho-
genic Properties of Enterc~bacteriaceae"
MIOSCOVI, ZhUrnal Eikrobioloj~ii, Epidemidologii i Immundbiologii, No 9, 19721.7
,pp 72-77
Abstract: 1,x)re tham 600 strains of different foruis of'
(agents of intestinal infections such as shigell'as, salvionel-las, etc.-, -1--acteria
regarded as potential causative a; -cal* _L I
;el3ts, and so Led ziormal intest nal --,acill
were tested in 11 and transT)Iantabie cu-JOUires of or---;-
Y 1, ~- I -, A.
to deter-.iine the usefulness of these cultures as specific and sensitive testc, cof
tho
junctival LusL '111d enter".1 irliect'lon 01, vhjAc micu, ;-1.,; 11 C
a-el",ts Of txute intectinal infection- C). tl"~~ 1'.
species ofr' i-
onus, were alle to raproduce in tho rwn IL
of, "his model 'ar, a ulc-ur)G (11,
for 'mar. et-_'r_,1O;-:-1-.
20

112 020 UNCLASSIFIED PROCESSING DATF--11SEP70
TITLE--RAMAN AND INFRARED ABSORPTION SPECTRA OF SOME BiJTrXYSILAtNE-S -U-
A UTHOR--OZOL'I NS rL.r KOVALEV, T.F., ARBUZOVA, V.A., SHEVCH ENKO, I.V.,
VORONKOV, M.G.
COUNTRY OF INFO--USSR
~.SOURCE--LATV. PSR ZINAT. AKAD. NESTIS, KIM. SER. 1970, (1), 47-61
DATE PUBLISHED ------- 70
SUBJECT AREAS--CHEMISTRY
TOPIC TAGS--RAMAN SPECTRUM9 IR SPECTRUM, ORGANIC SILANE, np.,A'![C 2XYGEN
COMPOUND
CONTROL MAPKING--.13 PFSTP ICTInNS
DOCUMENT CL4SS--UNCLAS5fFIED
.PROXY REFL/FDAM'_7--lP?9/0440 STEP
CIRC ACCFSSION Ntl--AP0107046
UNCLASSIFIED

212 020 UNCLASSIFIED OROCESSIN~, DATF-11SEP70
CIRC ACCESSION NO--AP0107046
ABSTRACT/EXTRACT--tjJ) GP-0- ABSTRACT. RAMAN AND IR SPECTRA OF M;-- SLJ33
SI(OBU) (1)? ME'SUB2 SI(OBU) SUB2 (11), P4ESIIOBU) SU32 fIll), Sl(~13U)
SLJB4 (IV), SIISEC-BUO) SUB4 IV), AND SHISO-BUO) SUB4 (VI) WERE
MEASURED. FREQUENCIES, INTEGRAL INTENSITIES, HALF f3A;'If)'41DT!qSr AN-1)
DEGREES OF DEP9LARIZATION OF THE RAMAN LINES ARE TABULATED. THE
SCATTERING COEFFS. IN THE SCALES 56 PRIME2 PLUS-7G PRIME2 (S) AN") 53
PRIME2 PLUS 13G PRIME2 (R), THE TRACE, AND THE ANISOTROPY OF THE
POLARIZABfLITY TENSOR W~RE-CALCD. ESTN..OF FORCE CONSTS. FOR III AN")
.IV--WAS-MADE.' -THE DISP'ERSI-ON. OF THE REFRACTION-COEf~F. WAS STUMED I-N' 11,
V, AND VI AND THE ABS. RAMAN SCATTERING CROSS'SECrIONS FOR THE STOKES
WAVES NU SUB3 (S1-0) WERE EVALUATED. THE CORRECTED FREQUeNCIES,
HALF-BANDWIDTHS,.AND ABS. INTENSITIES OF SELECTED IR VIBRATIONS WERE
OBTAINED BY NUMERICAL HAND SEPN. THEEFFECT OF~SUBSTITUENTS ON THE
STUDIED PARAMET-CPS IS DISCUSSED.
UNCLASSIFIED

1 2 015 U C L A S S I F I F D PRrlCESSING 0ATE--11SEP70
j,,ITLE--AN EXPERIMENTAL INVESTIGATION OF THIMBLE IONILATION CHA'iBEPIS F(-,R,
i'ROENTGEN AND GAMMA RADIATION -U-
.:4UTHOR--APC[iAKf3V, A.A., vitinKUROVA, Z.A., LAPCHUK, T.V.
COUNTRY OF INFO--USSR
_S'r
tuRCE-MEDITSINSKAYA RADIOLOGIYA,
1970t VOL 151 NR 3, PP 60-65.
_f) AT EPUBLISHED ------- 70
SUBJECT AREAS--BIOLOGICAL AND MEDICAL SCIENCES
JOPIC TAGS--10NIZATION CIAA!JBEQ, PLASTIC, RAOIATION DOSIMETER, X RAY
MEASUREMENT, GAMMA SU.RVEY METER
..'90CUMENT CL4SS--UNCLASSIFTED
:-PqnxY REEL/FRAMF--1915/1678 STFP
CIRC ACCESSICN N0--AP0101733

2/2 015 UNCLASSIFIED PROCESSINS 0AT==-llSE::370
CIRC ACCESSION NO--AP0101733
ABSTRA-CT/EXTRACT--(IJ) GP-0- ABSTRACT. THE ARTICLE DEALS 141TH THE QF-SfJLTS
OF EXPERI-ENTAL INVFSTIGATIO4 OF THIMBLE IONIZATION CHAI-ORE-S (V-9LU,'A':-Of-
2 CM PRIPF3) PqEPARFD FROM DIFFERENT PLASTICS. IT IS SHOwN THAT TH,
RELATION BETWEEN THF SENSITIVIT-Y OF THE CHAMFiFRS AND THE oui~LITY r,);z
RADIATION IS DETERMINED BOTH BY THE MATERIAL FROM WHICH THE CqAMBER
1EXTERNAL ELECTRODE) IS MADE AND THE MATERIAL OF T14E INTERNAL ELECTRODE.
JHIS ENABLES TO DECREASE MhRKEDLY THE ENERGY DEPENDENCE BY SPECIAL
GHOICE OF*THE DESIGN. SI-'4II:4RLY, ONE COULD DESIGN. INDIVIOUAL DOSIMLTEPS
BASED ON THE'REDTS~RIBIJTION OF THE CHAR-GE ON TWO CO.NDENSFRS THROU-15H THE-
IONIZATinN VOLUME, FOR A WIDE RANG-c OF EXPOSURE DOSES, WITH A
~SIGNIFICANT MECHANICAL ESISTANCE N
R* AND ENERGY DEPENDEICE ERROR OF
10PERCENT. THEORETICAL CALCUL924TION OF THE CHARACTE41STICS OF THE
CHAMBERS IS VERY DIFFICULT, IN VIEW OF WHICH WHEN DESIGNING*THE DEVICES
THE CHOICE OF ELEMENTS OF THE DETECTOR IS EXPEDIENT TO CARRY OUT ON THE
BASIS OF EXPERIMENTAL DATA.

USSR UDC 621.357.1.0351(088.8)
NOVOSELOV, V. A., NELIDOV, V. B., MITROFANOV, V. S.,.U.(Q.K
9,y,,
EPEL'FELID, F. I., SOLOVEY, L. F., PETROVSKII, P; P.
"Device for Distribution of Amalgams"
USSR Author's Certificate No 295736, filed 30/09/69, published 8/04/71.
(Translated from Reforativn)-y Zhurnal Khimiya, No 4, Moscow, 1972, Abstract
No 4L245 from the resume).
Translation: A device is patented for distribution of amalgam in scrubber
separators, consisting of a perforated grid with a circular tip, separating
the upper plane of the grid into central and peripheral zones with apertures
for distribution oil the amalgam and output of hydrogen., differing in that
in order to improve the flow of amalgam,~eliminate wear of the fitting and
prevent hydraulic shock, the apertures in the peripheral zone are made in
the form of slits covered with a screen, while the apertures for passage of
amalgam are located at the points of intersection of slots made on the lower
plane of the grid and forming projections, preventing blockage of the aper-
tures with granules of the packing.
M

Corrosion
USSR uDc 620.193.55
ALEKSEYEV V. BOGOLYUBSKIY, S. D., and SFVARTSY-0, L. A.
qyj.
"Incubation Period of kydrogen Corrosion of Carbon Steel"
Moscow, Zashchita Metallov, Vol 6, No 6, Nov-Dec 70, pp 735-737
Abstract: This article contains the results of a study of the incubation period
of hydrogen corrosion of carbon steel. From the data on the variation of the
density of steel 45 as a function of the time under the effect of hydrogen and
also the distribution of the relative carbon content in~UlOA steel after holding
in hydrogen for 6, 10, caid lit hours it is; concluded that the,time before the
beginning of hydrogen corrosion is' llt-21 hours, which agrees satisfactorily irith
the results calculated by the earlier derived empiricaLequation. The mechzdsm
of the extremal nature of the change in density 4pas a,function of the holding
time in hydrogen is discussed. During a 14-hour period the processes of shrink-
age and swelling of the steel develop predominately in the thin surface layer.
Ho-wever, 'wilea holding for 21 hours the swelling not only greatly exceeds the
contraction but it also extends to a significant depth.'
It is concluded that the incubation period of lVdrogen corrosion can be
subdivided into two steps. In the first step there is surface decarburization
1/2

USSR
ALFXSE-M, V. I., et al., Zashchita Metallov, Vol 6, No 6, Nov-Dec 70, PP 735-737
and accirmullation of net'fiane Ln the micropores of the st.eel to pressures leading
to small, probably elastic deformation of the matrix. The plastic properties of
the steel practically do not change. On i~eaching the critical pressure, intense
growth of the pores begins, controlled, probably, by the laws of elasticity and
plasticity and also by the rate of methane accumulation in the micropores. The
plastic properties of the steel become worse, and this is considered the second
step.-of the incubation period. As a result of,grow-th:and merging of the micro-
pores, microcracks are formed, increasing the hydrogen~penetrability of the steel
and its contact surface with the hydrogen atmosphere, leading to sharply intensi-
fied dscarburization. Thus, the swelling of steel h5 after holding in hydrogen
at 500 and 100 technicaJ. atmospheres up to 1h hours is but holding it
for 21 hours leads to a significant decrease in 'density and plasticity. This
can be related to reaching the critical methane preaswe in the pores during
this tine, leading to accelerated crack development and.decarburization.
2/2

k,l UNCLASSIFIED PROCESSING DATE--230CT70
/2 024
ROGEN WITH STEEL KH18'iqlOT AT
INTERACT ION OF HYG INCREASED
~!,:':.--TEMPERATURES AND PRESSURES -U-
,:.:AUTHOR-(02)-ARCHAKOV, YU.I., ZARETSKAYA, L.V.
OF INFO--USSR
SOURCE--METALLOVED. TERM. OBRAB. METAL. 19701 (3)r*64-6
,DATE PUBLISHED ------- 70
SUBJECT AREAS--MATERIALS
TOPIC TAGS--STAINLESS STEEL, ALLOY DESIGNATIONt HYDROGEN, GAS CONTAINING
METAL, METAL CONTAINING GASf SOLUBILITY, METAL QUENCHING/(UlKHl8Nl0T
STAINLESS STEEL
CUNTROL MA.RKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
..~PROXY REEL/FRAME--1996/1676 STEP NO--UR/OL29/70/000/003/0064/0066
CfRC ACCESSION 'qO--AP0118654
UNCLASSIFIED

2/2 024 UNCLASSIFIED PROCESSING 0ATtE-230CT70
CIRC ACCESSION NO--AP0118654
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT TflE SOLY. OF H IN STEEL KH18N10T
AT 300-900DEGREES UNDER PRESSURES 2;-600 KG-CM PRIME2 WAS STUDIED BY
USING SPECINENTS, DIAM. 10 AND LENGTH 20 MM, WHICH WERE PREVIOUSLY
AUSTENITIZED. IN ORDER TO PREVENT THE RELEASE OF H FROM STFEL DURING
SLOW COOLING UNDER ATIM. PRESSURE, A SPECIAL AUTOCLAVE WAS SUED IN WHICH
SPE-CIMENIS COULD BE QUENCHED UNDER PRESSURE AT THE RATF 5DE("REES-SEC.
THE AUTOCLAVE AND THE METHOD (IF SATN. 41TH H APE DESCRIBED BY A.# ET AL.
(1959; 1967). UNDER GIVEN EXPTL, CONDITIONS THE SOLY; OF H WAS
PROPORTIONAL TO THE SQUARE ROOT OF THE PRESSURE OF H. AT 300-400[)EGREES
THE SOLY. OF H WAS SOMEWHAT HIGHER THAN AT HIGHER TEMPS. THE SOLY. OF H
INCREASED EXPONENTIALLY WITH INCREASED TEMP. THE HEAT OF SOLN. AT
300-900DEGREES WAS Z800 PLUS OR MINUS 960 CAL-MOLE. THE FOLLOWING
EXPTL. EQUATION IS GIVEN FOR THE DETN. OF H CONCN. (5) UNDEK THESE
ESPTL. CONDITIONS: S EQUALS 14.4 E MINUS 13800 PLUS OR !41NUS 960-2RT)
~PH PRIMEO.5, WHERE PH IS THE PRESSURE OF H. FACILITY: VSES.
NAUCH.-MLED. INST. NFFTEKHIM, PROTESSOV9 LENINGRADt USSR.

Acc. Abstracting Service: Ref. Code;
%043733 INTERNAT. AEROS PACE ABST. -U /?,a ~U. a
rAM2312, Soldering of the boron carbonitride with high
melting-point metals (Paika karbanitrida bora s tugoplavkirni
metallami)." Archakoya ~. ~L.Bu ~kin3, O~ V. Evvishenko. and
E. M. Prshedromirskaia (Akaderniia Naul; Ukrainskoi 5,SR, Insiritut
_KEI)- Poroshkova)j
Aletallurgda, vol. 10, Jan. 1970, p. 52-55. In Russian.
DeveloPment of a high-temperature !;oIdering ie,:hnique for
soldering the boron carbonitride with theniobium, molybdenum and
tungh-ter., using the molybdenum disilicide as a solders A study is
made of the electrical resisiance and gas tightness up to 10 atm of
this soldered joints. Z.W.
_J
REEL/FRAME
19f, 70139

US3R
rA -
3-U-HYXDA, A. L., YE-1-ITUSH-KO .vIar4A
for of t-laterial Science, zlc-demy of 3cfences Uk-,SSR,
"Soldering of Carbonitri-de With Refractory
Kiev, of' Sciences U,.,-- SSR, Poroshkovalra an 70,
PP
Abstract: A mothod was developel for boron carbonitride solt~;ering with r e 1'r a
t-ory metals (niobltlun, molybdenuum, and tungstk.,en) using molybdzemza disilicide as
-a refractory solder. In contrast to a previou.51y developed 3011dering teemalque
in an inducClion furnacc in an arltron medituo, t'he soldaring waa acco.-~pli.s~ed in a
VaCUUM. In certain cases a molybdenixm powder (5, to 7 war, -added to th--- rofrac-
tory solder in order to docrease the temperature. A schematic di-ngram of tHe
soldering set tup is given and the solderina' teehnique is doscrib,ed. --J-crostruc-
ture photo,,-raphs of diff-arent fusion samples are given, :and data on thle electri-
cal rIesistance of soldered boron carbonitrides,w--th thrae methis are presented.
;";C- gas Uy of samples with pressure drops up to 10 at.~: uas invest-i,latad.
xper -wa-
The e ~ ime 50-up is sno,.Tn schematically. The results obtaincd shm; that
the soldering technique ensures'the conservation of je ejectz-4c res-- -6 nee of

USSR UDC 621.317
4#~
ARCHYULIS, A. P.
"Determination of the Economic Efficiency of Radia Measurini; Equipment"
Obmen opytom v radioprom-sti (Exchange of,Experienco- iii clie 11adio Fndu:;Lry),
5, T-loscow, 1970v pp 83-88 (from RZh-Radiot(!khnikzt,. No 9t Sep 70, Abstract
VYP-
No 9A134)
Translation: This article contains an investigation of the problemus of
determining the economic efficiency of radio metering equipment based on
a standard procedure considering the operating characteristics of the
equipment in the planning and design stage and also scientiLic-researcii
and experimental design work.

USSR UDC 621.396.677(02)
ARDAL) VSKIY,-A.-J. VOLKOV, 0. A. , VOSKRESENSKIY, D. I., GOSTYUKHIN, V. L.,
_6EAN6VSKAYA, R. A., GRINEVA, K. I., KRITSYN, V. A., MYAKISHEV, B. YA., FILIPPOV,
V. S., CHEBYSHEV, V. V.
"Ificrowave Antennas and Devices. Calculation and Design of Antenna Arrays
and their Radiating Elements. Textbook for Students at the Radiotechnical
Specialized Institions of Higher Learning"
Antenny i ustroystva SVCh. Raschet i proyektirovaniye antenny1ch reshetok i ikh
izluchayushchikh elementov. Uchebn. posobiye dlya stud. rad3-otekhn. spets. vyzo-,-,
kcf. English above), Moscow, Sov3.et Radio, 1972, 320 pp, ill., 75 k. (from RZh-
Radiotekhnika, No 6, Jun 72, Abstract No 5B32K)
Translation: Methods of calculating the basic parameters of antenna arrays
with electric rocking of the radiation pattern and- frequency and commutation
methods of controlling the radiation pattern are discussed. A study is made
of the structure of the optimal arrays with Dolf-Chebyshev distribution, the
design of irised-wave guide and horn arrays and also methods of calculating
the array elements: dielectric, rod, spiral, horn and director anLenna.s.

UDC 77
USSR
SAMOYLOVICH, D. M., ARDASHEV, 1. V., RYABOVA, R. V.
"Concerning the Formation of a Latent Photographic Image in Very Fine-Grained
Photoemulsions"
V sb. Mezhdunar. kongress po- fotogr. nauke, Kos cva, 1970, Priroda fotogr.
chuvstvitellnosti (International Congress on Photographic Science, Moscow,
1970, Nature of Photographic Sensitivity--- Collection of Works), no place of
publication given, Vnesbtorgizdat, no year given, pp 329-332 (from RZb-Fizlka,
No 12(1), Dec 70, Abstract No 12DI321)
t
Translation: The chemical stabilization of very fine-grained emulsions by Ag
ions is investigated. The calculation shows that in one microc~ystal of such
an emulsion with a thickness of 1-25 mp there is ~,10-2 mobile Ag ions but,con-
sidering their concentration on the surface, not more than one ion. The forma-
tion of more than one Ag atom in the photolysis of this microcrystal. is + there-
fore impossible and only an increase in the surface concentration of Ag can
lead to the appearance of photographic sensitivityin the +microcrystal. One of
the methods for increasing the concentration of mobile Ag ions is synthesis
1/2

SAMOYLOVICH, D. M., et al, Mezhdunar. kongress po foto& . nauke, Moskva, 1970,
Priroda fotogr. chuvstvitellnosti, no place of publication given, Vneshtorgizdat,
no year-given, pp 329-332
with a large excess of Ag+ ions: experiments showel that a similar synthesis
in an excess of Br ions or in a small excess of Ag ions does not lead to the
appearance,of photographic spsitivity of such small microcrystals, but with an
increase in the excess of Ag above a certain threshold, the sensitivity sharply
rises. It was shown that Ag absorbed on the mic:rocrystal from without is in
ionic form and is separated by washing. The dimensions of the Ag-groups pro-
ducing a-considerable change in photographic properties of the microcrystal
under these conditions (fogging, desensitization), including the presence of
~gold, were evaluated. A. L. Kartuzhanskiy.
2/2
__57

USSR UDC 629.78.018.1
ARDASHEVik M. ki-, ILIINA, S. A., LODYCIN, N. A-, MAYKAYAR, G. I_
_FERVU5Hr1T,_r-r7., TODIACHEVA, K. F.
"Use of Fusible Temperature Indicators to.Measuro float Fluxes to Models in
Wind Tunnels"
Uch. zap. Tsentr. Aero-gidrodinam. Inta [Scientific Writings of Central
Aero-Hydrodynamics Institute], Vol 3, No 1, 1972, pp 77-82, (Translated from
Referativnyy Zhurnal, Raketostroyeni,,%re, No 4, 1972, Abstract No 4.41.171
from the Resume).
Translation: Temperature-indicating countings are widely used in studying
heat transfer in aerodynamic experiments. A method i-q described for study-
ing fusible heat indicators which allows the temperature and temperature in-
terval of melting of the temperature indicators to be determined as a func-
tion of pressure and heating rate. The rate of sublimation of the tempera -
ture indicators is determined at various pressures. The use of this method
has allowed the All-Union Scientific Re5earch Institute of" Luminoplio-i-s and
high-purity substances to develop fusible temperature indicators suitable
for investigation of heat transfer to flight vehicle models. Model photo-
graphs produced in various wind tunnels are presented as examples. 7 Figures;
I Table; 4 Biblio. Refs.

UNCLASSIF PROCESSING DATE--ZONUVIO
0111
:T-ITLE-INFLUENCE OF THE TITPANT SOLVENIT DURING ACID~BASE TITRATION OF
*AQUELUS SCLUTICNS -U-
ALTHOK-(03)-BYKGVA# L.N.v AROASHNIKOVAr,V.D., BLAGODATSKAYA,~Z.G.
,:~:CCUNTP%Y_G-F lt%FC--LSSR
P1 IKL.,KHIM. A 1, 970, 43(5), 1155-7
(LENINGR D
DATE PLBL ISHED--.----70
:-SUaJECT,AREAS--CHEMISTRY
~'i_.TOPIC TAGS--TITRATIGNt SOLVENT ACTION, METHANOL, PROPANOL, BENZENE
CONTROL.MAIFF-INC-NO RESTRICTIONS
.,-:.:DGCUV.Et'iT CLASS--UNCLASSIFIED
REEL/FRAME--3004/1953 STEP NO--Ull/CO60/70/0,(i3/005/1155/1157
CIRC ACCESSICN NO--AP0132214
'L ISS IFIED
v .~ 'A~ a

-- - ------- ---
--212 011 UNCLASSIFfED PROCESSING DATE--ZONOV70
C I RC ACCESSICN NO--41:;0132214
A,BSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE MAX. DECREASE IN THE BASIC
LIMIT~.GF ThE ACICITY SCALE OF THE SOLVENT WAS OBSERVED ON ADDING MEOH,
~.dHICH HAS MCRE PRCMINENT ACID PROPERTIES C014PARED TO ISO-PROH AND
TERT-GUOH. C SUBfj H SU136 ADDN. DOES NOT ~L)ECREASE THE bASIC LIMIT OF THE
SCALE OF THE SOLVENT UP TO 60PERCENT,(VOL.-VOL.). FOR TITRATING
r~.:.-QUARTERNAkY AMMCNIUMSALTS THE USE OF MIXED -SOLVENT coNTG. c SUB6 H SUB6
.AND ANALC. WITH LESS ACIDIC PROPERTIES WAS SUGGESTED,..
UNCLASSIFIED

USSR UDC 612-95
ARDATOVA, A. N., and VIKMkYIW, A. V.
"Determination of Granosan in GraiWI
Tr. 2-go Vses, soveshch, po issled. ostatkov peztitsidov i profilp-'-t.
zagryazranlya irai produktov pitaniya, kormov i vnesh. sredy (Transactions of
the Second All-Union Conference on the Study of Pesticide Residue-- and Pre-
vention of Their Conta-m-Inationof Food Prc~iuctsj Podder, and the Extexn_al
Environentri), Tallinn, 19?1, pp 265-266 (from RZh-KIqrIiya, No 131 10 Jul 72,
Abstract No 13N505 b)- T. A. Belyayeva)
Translationt Sone 20-40 g of erain are treated'. twica with 110-60 vft 2.5 N
HCl (acid), 15 rdn. bach time with shaking, ixid:. filtered. OtIff"Cl is extracted
from solution with 3 x '10 ml CHC13 . The. e7.tnc:tg are.filtered nand the total
filtrate voluB,.e is brought to 50 ml. Ten milliliters of acetate buffer
(pH 4-5) and 5 MI of di5tilled iiater are adAed. to 5 nl of extmct a-rid titrated
with an 0.00i percent solution of dithivone.

USSR UDC 621.1'85.6;52
ARDELYAN, N.G., MTLY-,j7I'7, E.D. , SHTERN, V.A.
nSo=5 Results Cf An Experimental Investization Of The Operation Of A TVT In A Regime
Of Simultaneous Amplification Of Two Harmonic Signnis Of Different Frequencies"
auchno-tekhn, ob. Elektron. SVCh (Electronics Technology.
Elektron. teRhnika. N L'
Scientific-Technical Collection. Micr owave ElectrorilcO, 1970, Vo I, pp 141-144
(from RZh--Elektroniks I yeye primeneniye, No 8v August 1970, Abstract No, 8A14.7)
Translation: An account is griven of the results ot an exporimental investigation of
The operatio'n of a Miff with the delivery ut the input of two harmonic signals with
4. requencies fl and f2. On exposure of such signals to the T-.r, predominant ampli-
fication of one of them was not observed for a detuning of the frequency
Af = 15
raiz. Under equal conditions the signals with frequencies f, and f2 were amplified
equally. With equality of the input powers of the signals f, and f2, the powers of
the signals of these frequencies at the output of u TiT were equal, and the powers
mf the ccm-binstive com-Donents of the second and third order were also equul. It is
possible to compare the power of the co=binattive componante with the power of the
basic signals. The ouppreenion coefficient with unequal powers of the input signal
depends on the voltage in the decelorating system of the device, which perm1tv it
to be controlled. 6 Ill. 5 ref. G.B.

USSR UDC 621.385.6,-2
ARDS N, N.G., YiLOTIN, D.D.
"Phase Characteristics Of A Type UV-2`0 WV
Elektron. telhnika. Nauchno-tskhn. ob. Elektron. 5110h (El-jctronics Technology.
Scientific-Technical Collection. iVicrawave ElectrGnice), 1970, No 2, pp 146-149
-10, A stract ~'o eA140)
(from R?h--vlektronJka i yeye p~j~imerje
No 8, AuCust 19 b
Translation: 7i-,e results are presented of on experimentn1 Inveatigution 04' the phase
characteristics of a Type Ulf-2,'-o Wr which is useci in relay appuratua. Severul. mod-
els of tubes were 'investigated which made it possible to judge the roe-irrence of
characteristics. The dependences were oleo measured of the F-1-haae of the output signal,
on the power supply volt'age and the Input power.. The slope of -the dependence of the
phase characteristic on the voltage of the decelerating system amounts to C.9 1.2
degree/volt, for the anode voltage 0 1 -* 0 7 degree/volt, and for the voltage the
focusing electrode 0.95 t 1.1 degree~-eoit."':With a change,of the voltare in t~e`de-
calerating system corresponding to a � 700 phase change,.the output power ie c~unged
by 50,00 Mt-~C/Ialy w-M'Lle tubazid. J,n:--iilji-ts
microbacte-rial gruwt-h in concentrations of 0.10 to 22.46 mcr Tabl'-s
1/2

USSR
GEYTA, L. S. Izvestiva Akadeviii..'~auk Latvivsloy SSIZ, Sariva
Kidmicheskaya, no 5, 70, pp D71-375
in the original article provide data on infrared spectri and tuberculostotic
activities ox various CL sulfo6erivativcs, their formulas, mcIting poiats,
composition and yields
2/12

USSR Ubc 620.193-01
ARMIS W'A 4 S KOPIWIA V. P., PEREPELKIN, A. V., Institute
D1_rrODj_eM5 01 Namerial Science,, Acaclemy of Sciences UlrrSSR
W
"Porous Metal-Ceramic Titanium-Based Alloys"
Poroshkovaya Metallurgiya., No 1, 1972, pp 48-52.
Abstract: Problems of the production and corrosion resistance of titanium
alloys with molybdenum, chromium,and palladium are studied * A preliminary
estimate is presented of the possibility of producing complexly alloyed
powders of these allOys by hydrogenation and.grinding of the alloys. Metal
ceramic alloys such as Ti20MoSCrO.211d, sintered at 1,400%, have high resis-
tance to hot and concentrated solutions of hydrochloric and nitric acid and
can be used as a basis for the production of permeable materials. Hydrogena-
tion and subsequent dehydrogenation of sintered spedi,,icns of multi.component
alloys of titanium allow the production of coarsely ground, complexly alloyed
powders.

USSR UDC 669.295
1111ACKO P. 1. I&E~INS JJ=ERV~O.~S. PUGIN, V. S. , NEMCHENKO, V. F., and L'VOV,
S. N., Institute of Problems of Material Science, Academy of.Sciences Ukr SSR,
Kherson State Pedagogical.Institute imeni N..K. Krupskaya
"Thermal and Electrical Properties of Porous Titanium",
Kiev, Poroshkovaya Metallurgiya, No 8, Aug 70, pp 35-38
Abstract: A study was made of the dependence of the coefficient of thermal
conductivity, the thermal expansion, the, thermoelectromotive force, and the
resistivity of titanium on 0-50% porosity in the interval from room tempera-
ture to 1200* C. Thermal conductivity and electrical conductivity decreased
with an increase in porosity. It was not possible to apply formulas of
generalized conductivity for the determination of the dependence of thermal
conductivity and electrical conductivity,on porosity., is explained by,
the coarseness of grain size of the initial powder (1-0.1 mm).
1/1

USSR UDC 66.067.12
S PUGIN, V. S., and FEDORCEENKO, 1. M., Institute of Prob-
A,4
lems.of Material Science, Academy of Sciences, Ukrainiah SSR
"Technology of Production and Properties of Porous Titahium-Molybdenum Alloy
Materials"
Kiev, Poroshkovaya Metallurgiya, No 12, Dec 70, pp 39-42
Abstract: The alloy titanium-30% molybdenum has been found to be highly
resistant in hydrochloric and sulfuric acids~at high temperatures.
corrosion
Therefore, this alloy was used in experiments on the production of porous
permeable materials. The technology,of manufacture and properties of porous
titanium materials of this alloy, designed to operate in hot.'acid solutions,
were studied. A technology was developed for diffusion saturation of titanium
powders with molybdenum, allowing the production of a corrosion-resistant
coating on the surface of titanium particles. The porous permeable specimens
manufactured of titanium powder which had.been diffusion saturated with moly-
bdenum also have high corrosionrPsistance and can berecommended for use in
hot solutions of non-oxidative acids.,
1/1

Corrosion
USSR UDC 620-193-01
AMISBURGER, D._S., PLIGIN, V. S., BRYNZA, A. KOLO.M.Y-M, G. G., and
FATRUSIttX~' *~ Dnetropetrovsk State Unive:n. ity, All-Union Scientif ic
Research and Design institute for. Titanium, Zaporozhe,' Institute of Problems
of Material Scienceg Academy of Sciences UkrSSR
"The Corrosion Behavior of Titanium Cermets in Mineral Acid Solu' Lions"
Poroshk-ovaya Metallurgiya, No 4(100),. Apr 71. PP 74-80
Abstracti Porous cerret materials'having devn*loped surfaces are subject to
corxoA-on both externuill,,- as wcU as int-eximXly, 'which r,,auses a deterlora-
ysi cal- fie
tion in the ph~ c mical proper+ies Study was m-de of the corrosion
resistance of tititnium cornets In hydrochloric ancl su3:f%1r1c aci,dr, nolutions
at temmeratures o-P 20-60 C. The san-ples were:prepared from titanium powder
with a particle size n.nae of -0.25 + 0.1 mm. aiA -0.18 + 0 rim. The titai-dum
powders urere prepared by hydrogenation with subsequent dagassing of the rielt
and by elecgrolytic refining of the waste tif=.ium s 19e, One set of
T/c Z p0 0
samples was pressed under a pressure of 1.5 'n arxi sintered at 1150 in oure
argon for two hours. , The other samples were sintered in vacuum at 1100 C
for one hour. The specific surfaces of the 20% ard 4C%: porous samples were
determined and found to be 0.17 and 0.455 m2-/g.., respectively.

USSR
ARENSBLTRGERt, D.. S., et al., Poroshkovaya Metallurgiya, No LK100), 1971,
PP 7"'
Corrosion tests with sulfuric acid (5-91%) were carried out by in-
cubating the samples at 40-800C for.4-5 hours and at 20-30 0C for 12-14 hours.
Velocity of corrosion was found to be independent of tinp. A curve of the
relation of the velocity of corrosion to-acid concentration shows two ru-.Yina
which corres-oond to 20 and 78% sulfuric acid; a minimun occurs at 50-60% su.1-
furic acid while with concentrations above 780% the velocity decreases signi-
ficantly. Titaniun cermets have little stability in sulfuric acid and! the
use of nitric acid as an inhibitor gave almost complete:protection.
Titaniun cermets were stable at 20,C to r, Hu,"at increazed con-
centrationsv the corrosion increased rapidly.; Comparison of results with
both hydrochloric and sulfuric acids showed tluLt the velocity of-corrosion is
inhibited by the presence of the CI-ion and activated by the SO - within
4
a fixed time. At increased acidities, this is . reversed band can be explained
-by the fact that the titanium sulfate which is deDosited on the surface as a
corrosion product is Irsoluble and, prevents further degeneration.
2/2
9

USSR
PSI
Tn.,;titUIe of Problems of :1-,atCrial SCi ~IICC, ACadOny Of
U
Sciences UkrSSE.'
"Sinterability of Titanium Pmzdcr"
Kiev, Foroshkovaya NO 2 (86), Feb 70, pla 2-7-31.
Abstract: The sinter-Ling activation energy is determidne :i for norous briquets of
-der i h particles measuring 10 microns. The ca Icullations
reducei titanitm pow rit
are based on kinetic curves of the change in porosity during isotherra-1 sinter-
ing. Specimens with a diameter of 10 x 10 r,-L and porosity of 28. oto. 5,111 WOre
sintered at temDerat es of 127), 1373, and 14-730K~. The sinterLn- tomme-rature
ur
was reached in 2 ml'nutes, and. coolina after sinter3'X;;7 to 0*7`01K vas done in
iminute. The activation energy was deterrUJUIled by two zmeLhods ,Ihich -are dencribed
in deltaJl. It- was found that the sintering process consists of tao stages: a
z nonstationary, stage irith a high rate of sintering,, and a stationary :,tago wnere
the sinterinZ rate i_~ detervaned by volitactric di-P-lusion. Wit-h respect to order
~of magnitude, the activation energies for sinter:Lng of titanu= ibriyuots are the
the same as for tungsten, molybdewjr.,, and sonoD othor metuals, amountin:l
to 40-50,L of the zelf-diffusion activation energ-f.
1/2

USSR
F
a E ,3 U. RL E.: ID. S., Poroshkovaya ~.~etallurgiy~, a 2 (86), zeb 70, pp 27-31
lHowever, in the initial stage of Imi-t-emperature s-interinlq (1271 am, -o""),
th, esir~ering activation ene-ra is only 20-25-j-.~, oi' the self -di-Flfusion activation
V
energy. This may be due to the dissolution c1-- oxides in t he outer laye~7s of
the po-.,Tder particles, which increases surface defects,or r,-,ay be cause-4 by flow
by the mechardsa of activatea; slipping of dislocations.
21/2
65

USSR
1", V. 3 1 T~.-St-`U~c -:,Or
D, 3. P-i E. and D311CI L,
E
Problems of ~-,Iaterial Science, Academy of 37ciences UkraL,--i4an
111wresti3ation of, Tita- 3
nium-l"olybdenum Pm:de-redl ~-etal y 11
Kilev, Poroshkovaya. No 4, r 70, IT 32-J"03
Abstract; The Fhysicochcmical and physicomechanical Gf -LI'letal
alloys based on zuitariu:a and nolybdonuvi (cont:1: up
Lning, to ~-O
:0) are ro-
v el, e a ard
'ion tec'anology is discussel. p "er 'rype
prcduc~-
with a Darticle size of 5-7,,V- and titanium calcium hydridc, i T h a i c'
-Le
size of' 56 tL 0 x
.,4~ ore u, ed n the,invcsti~ntion. Specimans, -40 Y 4 --.ni
I . - 0. 1_ to ~:() r " * _
x 5 x 5 m=ri and norosi:tY 30 1 -o -y ali C
con 1 n, ..Gj -.aIZT la~,~D
si 'cred in argor. at 5C0-144000 C. 'a,,e holding L -io aqt 4- s~ ntcrLin- c - ~ z~rature
6
'he si: "I .
vas 2 hrs and U L, 11 5 Ie7 C111 Coll-
atercd st)ecimens woracooled fron 0 4. o I . al
respoiids to a cool-Lig rate of ~q,000 alld !Mdeir/hr. Data on
porosity, and specific electrical resistance of co -acts, de:,,enr-;i--,,.:Z on the con-
ent of =olybdem:rz a.,-- si- -r ng t ar e -o r e E e::. ~ a
ntc --;- e=.:-erature. -e'. of
1 di~
mul -a ssolution of titar,4=, and aolybienum dur4n- Diz-torin-', o' al,ly 1
ar.1 corrosion ro:jistanao curva5 of ~Llioy,~ a-,7 I'Lnct,ion of
alloy_ CC:nj3o!;4~~on -0 -~;M- 'ar lor -,,,i'h up to
n. corros, ~ rasisL., co.o:7 alloys I
1/2

AIRENSBURGER, D. -3. , et.- al, Poroshkcovaya ,-Ietallurgiya, '10 A-'..r 7-0, Po 32--~
50 wt. - ,j :!~
zi "9S04 that powdere, ";ats' allcys C.f t'-a
In 20
Ln argon at a teimoratu---e of 1200C, 7possess t.--e
ros4on res`s~ red -me~al'allqys o4' `,4s cr,=cs4-ion, are
aigmest cor 4'arce. powae
recomamended I rl
'or the production of Porous permeab'o mate 'als from titaniuz
molylodienum powdei-s.
2 /2

~1.212 C39 UNCLASSIFIED PROCESSING DATE--20NOV70
~-C_IRC A C U-S S I C N NO--AP0125924
_T
"Ai3STRACT/EXTRIA4 --(U). GP-0 ABSTRACT. THE PHYSIOCHEMICAL AND
PHY S ICOMECHAN [CAL PROPI.RTIES OF POWDERED METAL ALLOYS BASED ON TITANIUM
-~ANU MOLYBDENUM (CONTAINING UP TO~ 50 WT. PERCENT MO) ARE REVIEWED, AND
TECHNOLOGY IS DISCUSSED. MOLYBDENUM POWDER (TYPE MCH) WITH A
PARTICLE SIZE OF 5-7 MU, ANO TITANIUMlCALCLUM HYDRIDE, WITH A PARTICLE
~SIZE OF 56 MU, WERE USED IN THE INVESTIGATIGN. SPECIMENSw 40 TIMES 5
T-IMES 4-AND 60 TIMES 5 FIMES .5 MM AND:POROSITY 30:PLUS OR MINUS
4.5PERCENT, C.CXTAINING UP TO 50 WT. PERCENT MOLYBDENUM, WERE SINTERED IN
AT 500-14000EGREESC.
-ARGON THE HOLDING T.IME AT THE SINTERING
TEMPERATURE WAS 2 HRS AND THE SINTERED SPECIMENS WERE.COOLED FROM 0.4 TO
WHICH CORRESPONDS TO A COOLING RATE OF 3,000 AND 100 DEG-HR,
E OF'
CN.ThE SHRINKAGE, POROSITYt. AND SPECIFIC ELECTRICAL RESISTANC
compAcTs DEPENDING ON THE CONTENT...OF.. MOLYBDENUM ~AN S NTER NG
ARE PRESENTED. A DIAGRAM OF MUTUAL 015SOLUTION OF TITANIUM
-A
N.D. -M-CLYBDENUM DURING SINTERING OF ALLOY T133MO :AND CORROSION RESISTANCE
-CURVES OF-TITANIUM MOLYBDENUM ALLOYS AS A FUNCTION OF ALLOY COMPOSITION
-_.~_.~ARE SFGWN. THE CORRUSIGN RESISTANCE OF-AL. LOYS W11H UP TO 50 WT. PERCENT
:'AO IN 2-OPERLENT HCL AND 40PERCENT H SUB2 SO SUB4 SHOWS THAT POWDERED
-OF T14E COMPOSITION Tt33MCt SI_NTERED IN ARGON AT A
MET~AL ALLOYS
...TEMPER.ATURE OF 12000EGREESC, POSSESS THE% HIGHEST, CORROSION RESISTANCE.
POWDERED ;4ETAL ALLOYS OF THIS COMPOSITION.ARE RECOMMENDED FOR THE
M N U a
10,.Ni- OF POROUS PERMEABLE MATERIALS FRO TITAi 1 14 1-1 LY81)ENUM
POWDERS.' FACILITY: INSTITUTE FOR PROBLEMS OF:MATERIAL SCIENCEt
-ACADEMY OF SCIENCES UKRAINIAN SSR*

--i __ _N, N
1/2 -030 ~UNCLASSIFIED PROCESSING DATE--18SEP70
:TITLE--SINTERABILITY OF TITANIUM POWDERS -U--
'AUTHOR--ARENS BURGER, O.S. Lall
.COUNTRY OF INFO--US__spl
S_O0RCE--POROSHKOVAIA METALLURGIIA, VOL. IOv FEB. 1970, P. 27-31
:DATE PUBLISHED----FEB70
SUBjECT AREA S---4ATER I ALS
~JOPIC TAGS--TITANIUM, ACTIVATION ENERGY, OXIDE, METAL P014DER
CCNTROL MARKIKIG--'4,~j RESTRICT)ONS
V0CU,',lFhiT CLASS.--UINCLASSIFIED
PROXY RFEL/FRA4E--1989/0592 STi~'-P NO---Oil/0226/~70/010/000/0027/,)031
CIRC ACCESSION NO--AP0107189
UlNICLASSIFIED

2/2 030 UNCLASSIFIED PROCCSSING DATE--ISSEP70
CIRC ACCESSION NO--AP0107189
ABSTRACT/EXTRACT--(U) GP-0- ABSTPACT. DETERMINATION Of: THE ACTIVATION
.&NERGY IN THE SINTERING PROCESS OF POROUS PREFORMS OF TITANIUM POWDER
WITH PARTICLE 01MENSIONS OF ABOUT 10 MICRONS. IT IS FOUND THAT THE
SINTERING PROCESS PROCEEDS IN Two DISTINCT STAGES: (1) UNSTEAOY STAGE
WITH A'HIGH COMPACTION RATE AND.(2) STEADY STATE STAGE URfNG WHICH
COMPACTION RATE IS DEPENDENT ON THE VOLUME DIFFUSION. LOW VALUES OF THE
ACTIVATION ENERGY DURING THE FIRST COMPACTION STAGE ARE SUGGESTED To BE
DUE TO THE SOLUTION OF OX!(3ES INTHE SURFACE LAYER OF TITANIUM
PARTICLES.
UNCLASSIFIED