SCIENTIFIC ABSTRACT SINELNIKOVA, L.I. - SINELOBOV, M.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001550730005-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 24, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SINEL'NIKOVA, L.I.
Vitamin A and carotene content in the blood in gastric and duodenal
ulcer. Ter. arkh., Kooky& 24 no. 3:36-44 May-June 1952. (CLML 22:4)
1. Of the faculty Therapeutic Clinic (Director -- Prof. V, W. Vinogrador,
Active Member AMS USSR). First Moscow Order of Lenin Medical Institute*

L.L.; FASHKOVISKAYA, H.B.
Drying of' m-ilori blue paste in a fluidized 1>--d. Trudi LTI
no. 59: Al- 82 161. MRA 17:9)

ROMANKOV, P.G.; RASHKOVSKAYA, N.B.; SINIFT"NIKOVA, L.L.
Drying of some polymeric materials In a fluidized bed with the
air-lift method. Khim.prom. no.11:841-843 163. (WRA 17:4)

ra,

Sli-VA. '-P.
,xv.d.T.Irt&~ 22
ts',.ncVr,i-r) institxtao

SHEVELIKOV, Vastliy Leontlyevich.; SINY-LINIKOVA, L.N., red.; VORONIN,
K.P., takhn. red. ---
(Thermopl%vaical charanteristics of insulating m-iterials]
Teolof izirheskie kh-irakteristiki izollatsionnykh mnterialoy.
Moskva, Goo. energ. izd-vo, 1958. 95 p. (MIRA 11:11)
( Insulat ion(Hoat))

0 red.; B011-MM, N.I.,
FLEKSEimi, Yuriy Nikolayevich; SINELINIKOVA,
tekhn. red.
[Diagrams for the analysis of the combustion of Soviet fuels]
Diagramny rascheta goreniia topliv SSSR. Foskvay Gos.energ.izd-
vo, 1961. 124 p. (MIFA 14:12)
(Fuel-Analysis)

FRIDMAII) Saadlya Lazarevich; SINELINIKOVA, L.N., red.; L.I.,
tekhn. red.
[Cost problems in power engineering]Voprowy sebestoixosti v
energeticheskom stroitellstve. Moskva, Gosenergoizdat, 10,62.
271 p. (MIRA .15:12)
(Power engineering-Costs)

S.21,~,~iy llasillyr-;icti; L.N., red.
IFrrc-tical fc~- tl-~i -' -'beat Of
induotrial equiprumt and pipingi Fraktiche---kie rsSc,.E!ty
til,plovol jzollht!jii promyshlerinogo oborudovaniia i tru-
b(ilwo,jodov. p6rur. Mo.Ava, Jai-vo "Energiia,"
1964. 143 1). (ml i'l .17: (,)
l#,

GOLUBEV, Boris Pnvlovich; SINELINIKOVA, L.NI , red.; STCLYAW)VA, Yo.L.,
red.; IARMN0v,M.Te*--,-V4=a. ri~.
(Dosimetry and protection against ionizing radiations) Do-
zimetriia i zashchita ot ioniziruiushchikh izIuchenii. Mo-
skva, Gosenergoizdat, 1963. 335 p. (MIRA 16:8)
(Radiation--Dosage) (Shielding (Radiation))

0311 OVA, Varvara Alekoandruvna; S11HOV, Yu.P,,, kand, tekhn. naukp
retsenzent; VUKALOVICH, N.F., doktor tekhr. nauk, Frof.,
d -ed.
red.; SITNELINIKOVA, L.N
(Experimental study of hQat-exchnnge proces-scol Eksperi-
rj:-otsessov teploobnen. Fod red.
mentallnoe ic3ledovanie - -
P.F.Vulk,~.Jovlcha. Moskv:,, Izd-vo "Ener-iial" 196!,. 327
(NIWk 17.6)

ln!~ul,-,-Ion In po-,;er Tepinva-la lzc,-
-er
pe-,
-LesVii.1i stant-,dlakh. 7zd.-)~ I
1 1."': p. V'A

i I lichastiye N.K.
khn. nir~tti.; ~iMELII, I
... . I red.
kleatin,r! netwo:-k.-;; sources -and consumers of thermal energy.
Irstallation., r2intenance, and repair of networks] Teplovye
:;eU-; lztochnikl 4 ~o~reblteli tepla. Ustroistva, obsluzhiva-
I Energiia., 1965. 351 p.
(MIRA 18:9)

U-~M'N,17MVA, ,L...Ye.
I. __ ...- 1,
"Biochemical and TechnolocicAl Properties of Some Types of Winter
'Wheat Grains in Relation to Their Selection for the IrrigrAed Lands of the
Southerr Ukraine." Cand Tech Sci, Main Adminirtration of Technolozical
Vuzes; Oderra Tochrological Inst imeni I. V. Stalin, '.'In Higher Education
"USSR, ~despa, 191;f, (KL, No 10, Mar 55)
SO: Sum No. 670. 29 Sep 55 - Survey of Scientific and Technical Die-
,her Zducational Institutions (1~5'
rertations Defended at USSR Hir -. i

SINJALINIKOVA, L.Yo.; RUMENSKIY, N.V.
Fiffect of various Irrigation standards on the q7-iality of winter
wheat of the southern Ukraine. IzV,vy8.Ucheb.zav.;piehch.tekh*
no.5:8-12 158- (MIRA 11:12)
1. Odesslciy tekhnologichookly institut imeni IsVeStalina,
kafedra biokhimii zerna i zernovedeniya.
(Ukraine--Wheat) (Irrigation)

K-RIVOIAPOV, F.;111. ; SINNLlNIKOVA, L.Tm.
Splittl --n-f
W~ starch in groats during boiling. Izv.vjo.uchet.zav.:
pishch.tokh. no.l:qG-93 159. (MIR& 1?:6)
1. Odof;sl:iv tn;-hnologichnekly Institut Imon! I.T.Stalina. Imfedra
neorganichnskoy khtmil.
(starch)

KRIVOLAPOVY F.G.; SINELINIKOVA, L.Ye.
Effeet of salt treatment on the fementation activity of starch.
Izv.vys.ucheb.zav.; pishch. tekh, no.6:33-36 161. (HIRA l5s2)
1. Odesskiy tekhnologicheskiy institut. kafedra neorganir.-heskoy
khimii.
(Starch)(Fermentaticn)

KRIVOIAPOV, F. G.; SINELINUX)VA, L. Ye.; SHILOVA, L. 1.
Suscentibility x :;tarch to attack by ferments during its
a,,-ing. Izv,vy.-,.tichbb.zav.; pishchtekh.no. 2:24-25 164.
WIPA 17:5)
1. Odesskly tekhrologicheskiy institut imeni lomonosoval
kafedra neort_anicheskoy i analiticheskoy khirrii.

BLYTJGER, A.; KLEMBOVSKiY, A.; SINEL'NIKOVA, M.
Fine morphological manifestations of a shift in the metabolic
processes of the liver in viral hepatitis. Izv.AN Latv.SSR
no.11:101-106 163. (WRA 17:4)
ftwft W

--- SENELINI.P.-VA, L.M.; SrHk--~UFIGH, s.J. red.; -SELIMiSICNA, A., red.
izd-va; VOR(,VINA, R., tr-,khn. red.
[1-lechanization of c-lculating oierations] 1/,ekhanizat.-iia
vychislitellrVkh rabot. Xoskva, Vysshaia shkola, 1963.
251 1-.. (MIRA 17:12)

BLYUGZH, Anatoiiy .-'e6urovlch; bEZIi(UZVANI;YY, boris Kom;tantillovich;
KLIT'.6OVSKIY, Alek2andr lvanovi~.-h; SMEITIKOVA, I,Iarlya
F,,Arovna; ~;HUMINA, 01''ga Borisovna, DYNK-1-SKAYA, 0., red.
[Fine structure of the liver in some pathological proceases;
an electron microscopy atlas] Tonkala Otruktura pecheni pri
nekotorykh patc-logicheskikh protsessakh; elektronnomikre3ko-
picheskii atlas. Riga, Izd-vo ki Latviiskoi M, 1964.
165 P. (1-'IRA 17:12)
1. Kafedra infektsionrqkh bolVZTiey IlEt7hokogo meditsinskcgo
instituta (for Blyuger, SinellniRm.). 2. Universitet
druzhby narodov im. PatrUsa Luramaby (for Klembovskly).
3. Institut virusologi- A:.2,' SSSR (for Bezir-,jzvannyy, Sfrumkina).

bU, I.,G' 7,R) A. F. ; KILL4BOV:3Y,11, A ~ r. , -SINEK'NW)V~, ~Plga)
Diatributlon of and of he~AL-'c cells
in eni(ltymic hepat,JtAs, Arkb. p%',. 27 rics'll;44-47 165.
(Y,!Rk 18tl2)
1. Problemnaya laboratoriyR klinich~iakuy tivilthimii Info kt.slormykh
bc-3. v .0 . ffid-.-.,% in.fektqiornykh 1)c,'Leznov llzav. - dotsent A.F.
p I %
Wyuper Rizhskuj;t, mndlLSLrskrgv Imstita'a. Sii*tvml Ltad Novelber
1.1v aqt,J3.

SINELINIKOVA, O.L.
- -~
Using electrolytic gal models for studying the advance of a
water-oil boundary. Neft.khoz. 35 no.3;40-43 Mr '57.
(MMIA 10:4)
(Petroleum geolgoy--klectronschanical analogies)

SINELINIKOVA, O.L., Vand. taklin. nauk
-". S617ilng some of the problems of underground coal gasification
with help of an electrolytic model. -Podzem. gaz. ugi. no.4:43-46
158. (MIRA 11:12)
l.Vsesoy=ny7 nauchno-issledovateliskiy Institut Pod2emgaz.
(Coal gasification, Underground--Electromechanical analogies)

3INELINIKOVA, O.L.
- - .
Changes in gas pressure in a main pipeline under conditions of Ir-
regular flow of gas. Gaz. prom. no.5:48-50 MY 158. (MIRA 11:5)
(Gas, Natural-Pipelines)

SINEVNIKOVA, O.L., kand. tekh. nauk
Approximate calculation of water inflow to boreholes in inclined
medium thickness seams.Podzem, gaz. ugl, no.1:50-53 '59.
(MIRA 12:6)
l.VNIIPodzemgaz. (Drainage) (Water. Underground)

SIXELINIKOV,'~, O.L., I-and.tokhn.nauk
- -, - ': c.4 ~-J
it neldual water saturation of coal spams. Podzen. az.ugl, no,2:
38-39 159. qMIRA l?:9)
1. Vnesoyuzriyy naurhno-isnlednvatel'skI,., i proyektnyy institut
podzennoy gazifikateii ugley.
(Coal gasification. Undorgrnund) (Water. Underground)

GUSETN-2A23, M.A., kand.telchn.nauk. dntu.; SIITHLINIKOVA, O.L., k-und.
tijkhn.nauk
Mothod of electric modeling of nonhotogeneous coal soans.
Padzem.gaz.ugi. no.4:17-19 '59. (MIR& 13:4)
1. Vansoyuznyy nauchno-inaledovatellskiy institut Podzeuw-sz.
(Coal gasification. Underground-Blectromachanical analogies)

I I I .
,-*. i " 11 ! ~. ~ . I , ,- . , ~ il ,, 6 1, . 1 1. 1. ", I . L" r. : 11 . ~ ~~, ., ;
I ~ 9 On the of water
t ' --r~
~he e'."4r-jct C" 'I',- , , --:u r 165.
. , T-1, * ~ , no.A:85-88
1. ~,' tho IfTa $ Trudy ,.,-,:,aze:ngaza (MIRA 1-818)

P C,
i Lad O';?LtPi 1 rinti LUL~!i g-,zl Ik -ttzill I I ey.

VThe pressimfloin of active protoonemossin in different
golvents. 0. It. Shiel'nikova. Allikrahiol. Zhir.i Mad.
Nauk Ukr." ff..T.R 16, No. 2, -ittin-
'.--In nit D.7~% soln. fit ether protmniensonin Ims
:R) 0 nritsactivityin7montlis. lit low" cmicun. Its prewt-
vation i% more effective. lit a 0.2-1.0% %ula. In abs. isle.
it remuini avdyc for 10-12 numiths. in sindbar conciis. lit
acetone it retain'.1 Its orlsiti-11 uctivity 11--a 1110111114. lit u
1.0% win. tit mMone It Ioncs 1301o 01 Its activity In 1.0
111011thq, renulaing unaffecttil the fitst I days. Gil-ccrol,
pcirolcum oik, and pctr, ether are unsuitable for the pur-
pose. Its CAqtnr oil 0.2-1.10170 keeps (or 12months, In cotton-
secd oil it ltetpl I I montim, und in bunflower-sced Oil I R- I I
niontim. 1`1411 Gil Is a poor preservatIve, and peach itrul
aprit:ot nit mrsitifest no preservative properties for the po-
tell'y of prhmaitentonin. D.. S. Levine

~ i , , :i i I - . -
. .- I I
i , ., .1 1
I . i f
GABRINLIYANTS, Mikhail Agaronovich; PMOV, Tiadimir Andreyevich; SIMINIKOVA,
P.B., red.; SUDAX, D,K.. tekhn. red.
[Meat products; a handbook] Miasnye tovar7; spravochnoe posoble,.; .
Moskva, Goa. izd-vo torg, lit-ry, 1958. 273 p. (NIM 11:7)
(Neat)

DUBROVA, Georgiy Borisovich; SINELININOVA, TS.B.; red.; BRODSKIY, M.P.t
tekhn. red. -
[Using antibiotics for the preservation of food products] Pri-
menenie antibiotikov dlia sokhraneniia plshchevykh produktov.
Moskva, Goa. izd-vo torg. lit-ry, 1961. 87 p. (KIRA 14:8)
(AETIBIOTICS) (FOOD--PREMVATION)

A.G-
"',:IKGVA B red.; LkKOLTOVA, tokhn. red.
'adio cci-~;uzrzer j~aods ]I'MdiotDva~, .3prz:vochnik. Le-ningmad,
211 p. (MrRA 15:12)
'ZtO.cE4z'd;:t' lc"~.
(aadio-Equip,,ent ar.C ~;upplies) (Phonograph)
(Te le v *1 sio 1')

MOV, flikolay Pavlovich; SINEL1141ROVAp TS.B., red.; ELIKINA, E.M.,
tekhn. red.
(Storage of vegetables; advanced Practices]Khranonie ovo-
shchei; peredovoi opyt. Moskvap Gostorgizdato ig6i. 41 p.
(MIRA 15:11)
(Vegetables-Storage)

ALEKSEYEV, Nikolay Semenovich; SINELINIKOVA, TS.B., red.; GROMOV, A.S.,
tekhn. red.
[Building materials]Stroitellnyo tovary. Moskva, Gos.izd-vo
torg.lit-ry, 1962. 159 P. (MIRA 16:4)
(Building materials)

BULGAKOV, NikolEty Vasil' evich; KUT', AFIN, Georgiy Isaakovich,
SE:,MEEV, F.Ye.,, prof., ret5enzeng; VE-517.1-CIE21TC, V.T.,
dots., retsenzent; MUYS11OVICH, A.G., red-.; S11:`111:1KCW.,
TS.B., red.; D.P., tekhn. red.
[Introduction, Plastics, Commercial Chcmicnls]Vved,:nie,
Plastic~eskie nassy, Khir..iko-roskatel1r*re tovary. Vook-va,
Gostorelzdat, 19602. 368 p. (MIRA 15:10)
(Corinorcial. products) (Plastics) (Chemicals)

BROZOVSKIY, Dmitriy Ivanovich; YAKOVIIVA, Valentina Nikolayeyna;
SINELINIKOVA, TS.B., red.; VCLKOVA, V.G., tekhn. red.
(Commercial chemical and silicate wares] Khimiko-mosl*tell-
nye i silikatnye tovary, Moskyn, Gostorgizdat, 1963. 239 p.
(min 16.7)
(Chemicals) (Silicates)

STEPAITYAN, Xikhail Arri,makovich; SINELINlYWA, TS.D., red.;
VOLKOVA, V.G., tekhn. red.
[For the buyer of a television set) Pokupateliu o tele-
vizorakh. Moskva, Gostorgizdat, 1963. Ill p.
(MIRA 17:2)

Abrair. L" I'AY 'Eli 1.
T S ~ b ~ , -. - e J
(c,uiclc for and .)f
gc,od.gj *.vi~o-icisi.v,-, 'k Jubc atorn3(!-,~ I I~ttai~-,!--neski:,: vanllati~a-
po tcvft,-r-,vpderliu fromyshlermykh
1965 3 0 4

YEREIE'NKO, Vlar
JjM4 r Danilovich: STIELINTEVA, TS. ., red.
I 1 .3
[storage and processing of onion and gariicl K-ranenie
f pererabotka luka i chesnoka. F2cncmi-ka, 19~5-
110 P. (Xl:~A 18-: 5)

rol
v a

L-33022-66__ EWP(_~)jT/.,,qp t ETj ~P(k)
,085 f __WZ_ -IF Firl/Ap"
ACC NRi AM21 ~,O11fA'18[1r:j111jC_
AirrifOR: Sinallnikova. V. 73
01G.- nonn
THU": Snvdnar on intormotal1ic compounds, mthods for producing them, and their
physicotnelmical properties
S011RO-l'- Poroalikovaya mtallurgiya. no,, 4, 1966, M
TO)1*111 vyitaUtirf~lc conforonca, intnrmtallic cni"uml, olociron ntnictairn,
-nntrtl phyalcal propnrty, mtal phase systom, crystal strticture, motal, carbido
A scientific xeminar org~tnixet~ by the batitute ot Problem to
Alatprinin science, Academy or sciences UkrS34_,_1q1%_S WtTd--Jn Kiev on 26-98
Can
rLnd__th;* phyalcotechnical properties. Participating In the se"Onar were
mnre than 100 poople representing more than 20 scientific research organi-
zations incinding the Institute of Uetalltir[yj Imeni A. A. Boyhov The
Institute of Metal Physics, AS UkrSSR, Moscow and L'Yov State Universitieve
L cal Institute imeni A. F. lorre, lfajLcow I
eninarad Physicotechni kLd_rr_v1_
the Red Banner of Labor" Institute of Steel and Alloys, 1(harkov Physico-
technical Institute Zhdanov and Urals Pol technical
Institute. 1. 1. Koornilov gave a report in which he revi-ewed problems In
the classification of vaetallides with respect to the position or-metalo-in
Card 1/2

L 33029-66
ACC VIR: AP6024085 -,-7
the Periodic system'according to general and special chftratteristies on the
basis of gFperally accepted hypotheses for the behavior or electrons in the
outer shell In the compounds and the nature of the chemical bond. A report
by 0. V. Samnonoy was devoted to the chemistry of metals and the classiti- i
cation of beryllideegased on hypotheses for the formation of stable elec-
tron configurations in solids. Several papers were devoted to new int r
metallic phases, refinement, or phase dingrtims and phase transrormation:11n
binary and ternary systems, an(] the crystal structures of inetallidem. ~Iany
reports wpro also heard on now methods for producing inctallilles nnd on im-
proving the present methods. V. R. Pohryshev and V. 1. Marcho-tikis live
A4
a
report on producing compact articles from refrILCLOry mCtalliden yith ultra-
Monic-metivaj,ion. Selective Isol^tion of in -~~rmvtallic and rart"Ide 1~_hames
from nickel"lloy was considered in a paper by.R. D. Golubtsova. A report
a
_F_T_ rum, T. Ta. Kosolapova and Yu. H. I(uz'ma was devoted to Inter-
by V. . edo
action betwee h e c d e a transition zirconiun. 'joXide. A
resolution was passed at thci' eminar which emphasized the achtirements made
In the field of notallides and called attention to the necessity for further
development In studies to determine the relationships involved In the forma-
tion of metallides with regard to the electron anti crystal structures or the
Initial components, research on Interactions between metallides and reactions
of metalliden with pure metals, and investigation of the physical# cheisical
and mechanical properties of intermetallie systems. It was resolved that
the next scionWic O"Inar on intormotallis compounds should be caRvesed
in two yoars., YPRD
SUP, CODE: 4 SUBH DATM none,

Sinelinikovas V.A.
IF.14. Yak-obfs V.A. Sinclinikova, and others. obtaining high-purity
vanadium and niobium by electron-beam melting.
Title: Seminar on refractory metalsp compounds, and alloys (Kiev, April 1963).
Source: Atomnaya energiya, v. 15, no. 3, 1963, 266-267

ACC NR% AP5025721" SOURCE CODE: UR/0286/65/0001018/0075/0()75
INVENTOR: Sinellnikova.-V. Yudin, Ye. Balyasov, Yu. F -,:XiueleT&,_N. M.~
Piskunov, A. V.,
jj TITLE: Treatment of qt1togenv9ontainIng vanadiuzh~ Class 40, No- 174793 (Announced
,I by theState Scientific Research and Construction Institute of the Rare-Metals ln~
try Tdo'sudarstyennyy nauchno-18oledovatellskiy i.proyelftWdnatitut reftiometalli
c. eskoy promy'shlennosti)
SOURCE: Byulletent
izobreteniy i tovarnykh znakov, no. 18, 1965, 75
TOPIC TAGS: vanadium, nitrogen containing vanadium, vanadium refining
ABSTRACT., This Author Certificate introduces a method of treating vanadium vhich
contains nitrogen. Rav vanadium is first converted to bydridej vhich is gromd..'
mixed with carbon black, and carbidized at about 1700C. (W]
SUB CODE: MM/ SUBM DATE.- O6Mar64/ ATD PRMS: ~41
Card 1/1 U 49-292,33

4 ,, , -!.1. , ~ . I " ~
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S c, ms? F-', eu r.-) r ! a,~ e- ii Ga 3 L r c, - r, i a :) f 4 tn M, -4 1 - (-. a r t ~,n i f e r.,- -,, 5 - f
rl I
Moscow Province. Biul. MOIP. O~A.z-ic~. 39 S-0 If-40
I
(M-TRA 18.-2)

'~ 7.'..
Snmr~ of' the ',Ilac"%kovo 'ronizon In '.he western
!-"t Of t.l-.e 1!0!'C()w -l-,vileellre. 40 no.5!161-
172 S-C) 165. (MMA 13:11)

SINALINIZOVA, V.P.; TSEMM, I.A.
From experience of taking the routing-relay centralization devices
into operation. Ayton.telem. i silaz' 3 no.1:35-38 Ja '59.
(KNA 12: 1)
1. Nwhal.nik otdela signalizatnil, teentralizatsii, blokirovki
sluxhb tAgnalizateii. t svyazI Krasn6yarskoy dorogi (for Sin-311-
nikova - 2. Nachallnik dorozhnoy laboratorli Krasnoyarskoy dorogi
(for ~Setsura).
(Railroads-Train dispatching)

SOV/21-59-8-12/26
KY8_YY, P. 0.
AUTHOR! (Samsonov. G. V.; V. S., ?- S-)
TITLE; Alloys of the Boron Carbide - Molybdenum Disilicide System
PE,-~I"'DICAL~ Dopovidi Akademli nauk Ukrainslkoi R5R, 1-959, Nr 6,
pp 866 - 668 (USSR)
ABSTRACT: The alloys of boron carbide with molybdenum disilicide
posses a hieh and itable thermal e. m. f. which 1;3 used
when creating high-temperature thermocouples [Ref. 0.
The boron carbide, however, iqat its high resistance to
heat, [Ref. 27 not yet sufficiently resistant to oxidation
at high temperatures. This calls forth the necessity to add
components to the alloy which avert or stop its oxidation.
In connection with this, the properties of boron carbide -
molybdenum disilicide alloys were subjected to investigat-
ions based upon the method of metallography, X-ray patterns,
conductivity and thermal e. m. f. Formation of the quadri-
~artite phase Ma (B C Si) is found. It has a very wide
homoi,eneous ref~-,ion across which ~from 10 to 50 mol-% mosi-2
'lard 112 in alloys with boron carbide) electrical resistance

.;0V121 8--12126
Alloys of 41~ie "'oron Carbide - "'olybdenum Disilicide System
increases and thermal e. m. f. decreases, in accordance with
the degree of defectiveness of the lattice of this phase.
The investigation of alloys in view of their resistance to
oxidation has shown (Photo 2), that an alloy which accord-
ing to its composition corresponds approximat3ly to the
quadripartite chemical compound, possesses the highest
resistance to oXidation. Additions of disilicide of less
than 51) mol.% decrease the resistance of alloys to )xidation.
There is one set of photos, 1 diagram and 5 referenzes,
-1 of which are Soviet, 1 American and 1 German.
ASSOCIATION! Institut metallokeramiki i spetsiailnykh splavov AN USSR
(Iristltute of Powder Metallurgy and Special Alloys of :he AS
of UkrSSR)
PERIODICAL- By V, M. Svechnikov, Member of AS UkrSSR
SUBMITTED: December 22, 19158
Card 2/2

s/i8o/61/000/001/012/015
E021/E406
AUTHORS: Zhuravlev, N.N., Makarenko, G.N.. Samsonov, G.V.,
Sinellni-R-o-va, V.S. and Yi-ebulya, G-L- (Kiyev)
TITLE: T-re--Question of the Properties and Phase Composition of
Alloys of Boron and Carbon
PERIODICAL: Izvestiya Akade%ii na,k SSSR, Otdeleniye tekhnicheskikh
nauk, Metallurgiya i toplivo, 1961, No.1, PP,133-141
TEXT: The aim of the work was to find a method of preparing
~'L " 2L ~
relatively pure alloys of boron with carbon and to investigate their
,,k~hysical properties and phase composition The initial materials
were powders of amorphous boron (9 .5 to 9.5%) and lamp black
(99.8s c . The powders were mixed in alcohol, dried and sieved
through 150 mesh. Several methods of preparation were tried, the
most acceptable being to hot-press a mixture of the powders in an
argon atmosphere in graphite press-formers. Some carburization
took place (chemical analyses were made by T.N.Nazarchuk).
This could be overcome by using a molybdenum lining but it resulted
in contamination with 1.3 to 1.9% molybdenum.-,'I Boron nitride
linings avoided this contamination. The a.116ys prepared were
examined metallographically, etching by anodic treatment in a
Card 149

690,30
s/18o/61/000/001/012/015
The Question of the Properties ... E021/E4o6
40% KOH solution at 0.9 to 1.2 A/cm2 and 10 to 20 V. The
structures obtained are shown in Fig.l. The alloy with 6.4',"0
carbon had a eutectic structure. At about 8% carbon, the structure
was practically single-phased and at 10.2% carbon the whole field
appeared as a eutectic. It is proposed that a compound forms at
about 8*,o*carbon with the formula B12C- A second compound begins
to appear at about 10% carbon and is either B13C2 or B12C3-
X-ray analysis of the alloys was also carried out and confirmed the
nietallographic observations. Pig.2 shows the photograph of the
phases B12C and B4C- The B4C phase had a rhombohedral
structure. Between 20.9 and 80% C, the alloy consisted of two
phases: the rhombohedral phase,with Ytaximum carbon content in the
cell, and graphite. At 61% carbon, an X-ray photograph with a
large number of lines, the intensity and position of which did not
correspond to B4C, was obtained. It is proposed that a compound
richer in carbon than B4C exists at high temperatures, which
decomposes to B4C and graphite at low temperatures. Micro-
hardness measurements showed that in the unannealed state there is
a maximum corresponding to the proposed phase Bl-)C (about 60OOkVimn2l
After annealing, thq.-hardness curve is smoothed out and the hardness
Card 2/a

S/1 80/6 1/000/001/012/013
rhe Question of the Properties ... 17021/E4o6
of B12C was 4000 kg/mm-2 whilst that of B4C was about 5000 kg/mm2.
Electrical resistance measurements showed that there were sharp
maxima at 8 and -')1.7/'o carbon. After annealing, the first maximum
was retained although the absolute value decreased; a high maximum
was observed at about 15%, carbon (Bl3C2)- The resistance of alloys
containing more than 30'0' carbon was low and practically independent
of composition. Studies of temperature dependence of resistance
of B4C confirmed the semiconducting character of this carbide
(see Fig-5). Thermal e.m.f. measurements showed that the highest
values corresponded to defect structures of the compotinds B12C
and B12C3 deficient in carbon. Two possible variations of the
phase diagram of the boron-carbon system at the boron-rich end are
given in Fig.4. There are 5 figure5, 3 tables and 19 references:
Ili Soviet and 5 'lor-Sovi(,t.
SUBMITTED: August 24, 1.960
Card 3/1

) C V,
N F.
36335
S/i85/61/006/005/012/019
7 700 (ILI 3S-, lo 11.31 D274/D303
AUTHORS,- Sarmsonov, H-V~; and Syrellnykova, V.S.
TITLE- On the width of the forbidden grap in boron carbide
PERIODICALt Ukrayinslkyy flzychnyy zhljrnal, v. 6, no. 5, 1961,
687 -- 689
TEXT: The temperature dependence is investigated of the resistivi-
ty of 2ommercial boron carbide and of relaTively pure boron carbide.
The specimens were prepared by hot-pressing in graphite molds. The
widtli of the forDidden gap was calculated from the temperature de-
pendenCe of the resistivity; It w_as found to be approximately 1.64
ev? The coir,-.~ercial B4C contained Fel Si, xid Cr Impurities, as well
as traces of Zn, Sb, Cu and Ni. The pure boron-carbide was obtained
by hot-preosing in an argon atmosphere. The temperature dependence
of the resistivity of con,mercial B4C wrls ireasured up to 20000C, and
of the pure B4C up to 1600OC; the treasurements were conducted by a
method given in the references. The results of the measurements are
shown in figures. The character of the curvea is in both cases ana-
Card 1'~' ~'

S/ 30V35
/185 1/006/005/012/019
On the w1dth of the Torbidden ... D274YD303
logous to the curves for silicon c~.rbide, I.e. first, the resisti-
vity decreases owing to the excitation of the impurity electrons,
then it increases due to scattering uy thermal fluctuationsp and
then it de?reases again on transition to intrinsic conductivity.
Thu zemperatures of the corresponding transitions care however dif_
fereni for each of the Doron-crirbide types, as well as for the si-
the transition to intrinsic conductivity of
,icon carbide. Thus,
pure B4C takes pl,,tce a" 11UC-11-~000 ~Ls compored to i60000 for SM
The activation energy of the electruns; calculated from the tempera-
ture dependencelof the resistivity, is al,proximately 0.7 ev for
pure B4C ir, the temperature range 14U0 - 15500C and In the tempera-
ture range 1'i00 - 20000C - approc-1mately 1.64 ev. In the authors'
opinion, O~'i ev- is not the width of the forbidden gap, but the
transition energy of electrons~ Intrinsic con6uctivity appears at a
temperature of nearly 17UOOC, and the width of the forbidden gap is
approximate'y 1.64 ev. The energy bands of B4C are shown in a figu-
re, and the transition between bands is explained. The electrical
conductivi,.ty in B C is mainly due to the flow of holes in -the filied
band, and of electrons - in the co?jduction band. There are 5 figuies
C: rd

30335
S/165/61A_,06/005/012/019
On the width of the forbidden D274/D303
and b references: 2 Soviet-bloc und 4 non-Sovie4bloc. The referen-
ces to the English-language publicati~,-)ns read as followst R. Hidg-
,,vay, Trans. Am. Electrochem. Soc., 63, 3b9, 1933; 66, 117, 1934;
r,*.. Yamaraki, J. Chem. Phys., 27, 5, '146-51, 1957; G. Fetterley, J.
Blectrochem, Soc,j 249 Ig '14b, 19157.
AS."OCIATION: Instytut metalokeramiky i spetsialInykh splaviv AN
URSR m. Kyyiv (Insiitute for Fowder Metallurgy and
Spfdial Alloys AS UkrSSR, Kyyiv)
SUBMITTED: January 2, 1961
Card .5/3

IR 8100
26-1?
S/O."./I61 102 7/~DOe/0' 8/020
B' 24/"B2
AUTHORS: Sinellnikova, V. S., and Vircvtsev, V. A
TITLEs Device for measuring ele:~trlcal
of 2000-25000C
PERIODICALs Zavodskaya laboratoriya. v 27, 1-
TEXT: The authors designed a special devtce f:~r mq~aE.;ring a, tr,'~ al
resistance of high-melting substan~eq at 20CC.:_)c;0'I`;C 11 F T~P adiusting
screw 2 fixes the specimen I between two molyllr'r"'-z Th,,e .ipper
contact 3 is connected with a water-ccoled fer-'a-, 71 V,~- a 77,?-3- tir I made
of heat-resistant steel. The lower contart 6 rc----- ,~ a 7i:-.ycden-.-x spring
7 which gurantees continuous conneotion with th~ spsr:rb.~-.' Tte :cwsr
contact is supplied with ourrent through the f:~xib'~P opper tar e whirh
is connected to the water-cooled support 0. T~4 are :.i)ci-..af,-?d
2
from the water-cooled table 10 by ebcnltg pale '' arc 7a-rr ~e;i~Z 1-1
The system is pr~;vided with cne tungsten and !nre,~- zolylrl,~nz to
reduce the heat loss, For pyrometri~ temosratli:e =~-asirzmen-5. -_,en:ng
14 is pro7ided for the thermocouple, and two M~Ire -1pen:ng4 '~7r r'-0te_=.
Card 1/4

A, -"J -
S /c -~ ;'/02-71/0~,8/0',9/020
Device for measuring.- BI24"YB2'5
The shields are adjusted by guides 16 and fixed -.r. -,cn ty atsp -screws
17, The probes, made of pointed molybdpnum ~r w.,- qT~ ?'7 %-M
in length and 0.,5 mm in diameter, and are ins,,Iatc-i fr--in 'he Fh'eelds ty
lundum tubes, Tantalum plates press the PTCteS th~- ipE-CIMO~n The
whole system is placed in a molybdenum giass enve:-,p-? T~-,e -.I-,ren~ passing
through the specimen is measured by a .6 and an
NIA. ACT (ELA, AST) ammeter. Amperage 'is ~y 20 (.PNO.20)
autotransformer. The voltage drop at the specimin i~ -.r-.--h an
Jji-9-2 (LV-9-2) tube voltmeter, and its tempera-ir- :9 -kralarl~,] ly a
tungsten-rhentum thermocouple and an MVMP) Tt,- fipuice
may be used for measuring the resistivi!y cf OFe7imeri~. 10 mz! -rg and 4 mm
in diameter. The error of measurement is 5 2 a,~ The re3,ik~s cb-Lained
for titanium carbide (linear dependence cf resis,ivity ~~n tf.~mperature)
are in good agreement with those obtained by 11,, V K~7,*-M~zye'1-3 V S
Neshpor, G. V Samsonov, and S. A. Semenkovi~h (Ref 2: Zhurnal teknIches-
koy fiziki, 26, 1282 (1952)). There are 11 figure~5 and 2 refmr~-n7es:
1 Soviet-bloc and 1 non-Soviet-bloc The referen-e o Engl;sh-language
publications reads as follows: F, Glaser, D Mosk'~,witz Prwd Met. Bull
6, 178 (1953).
Card 214

Device for measuring...
ASSOCIATIONi- Institut
nauk USSR
Alloyg of
,-~7 ~, -,
S103 61/027/008/018/020
B124~B215
netallokeramiki i spetsiallnykh.qplavov Akademii
(Institute of Powder Metallu'r alnla Special
the Academy of Sciences Ukrssa~
Card 3/4

41P99
.5/226/62/000/0"/008/012
~il' rciractorl coL.pour4s at elevated temparaturcs
-u.4, 1962, 5)-62
ave C.-t-'Z 'j.- Qlay cQI4tra;.IictQx-j on the above sub'Ject,
'2..c tc;-pcra'.4,~ze "e.-otiJence of tha c~cctric
h -Jum 1 bdai.ua tu.,Zten
tjif- CaIJ.LCZI Z- -!U:4, Jaf 0 y W4
z of '...a vOl' ~.CU -j~ wia zirc,;zau;-, up to 2300 C was ii-rest-E:ated
We U -
a
S-e '~ie ;.nvactir-ated were
'J::tWeen t'
is .,a
..a clectri-s of both the ;-.etillic a:4 '"'~e
atu;..z ,f t--z :-j'i, Zic.-c are 2 "iZ;.rTs ard I ta;.-e.
~.;peciyall"yi-a 3!)Iavov A;i M~iR (The Imititute
Cavd -12

.')/22 ~16 21,.Wlv~4 /,~0/01 2
iW3/1203
L,cctric i*cj.jta--t;,~ v. - . -
of ;.i,,-,al Pow-,,. ts -- "Ll-,jys of tl.e AS U,:rS3A)
Sui:~-ITTLD: ja-ar~/ _1" _1_1 W

SAMSONOV, G.V.; SINEL'NIKOVA, V--.-S.
Preparation and properties of titanium aluminides. TSvet. not.
35 no.11:92-95 N 162. (MIRA 15:11)
(Titanium compounds)

ACCESSION NR: AP4017568 S/0149/64/000/001/0145/0150
AUTHOR: Samsonov, G. V.; Sinellnikova, V. B.; L'vov, S. N.;Nemchenko, V. F.
TITLE: Physical properties of titanium, zirconium, and vanadium aluminides
SOURCE: rVUZ. Tsvetnaya metallurglya, no. 1, 1964, 145-150
TOPIC TAGS: titanium alloy, zirconluni alloy, vanadium alloy, aluminum alloy, aluminide,
Ipbysical property, electrical conductiviLy, thermal conductivity, Hall effect, Wiedemann
Franz ratio, thermal expansion, hardness, magnetic susceptibility
ADSTRACT: The physical properties determined were resistivity, thermal coefficient of
resistivity, coefficient of thermo-omf, Hall constant effective current carrier mobility,
effective current carrier concentration, heat conductivity, Wiedemann Franz ratio,
coefficient of thermal expansion, microhardness, and magnetic susceptibility. Ile alloys
TiAl, * TiA13, Zr3AI, Zr Al, ZrAl., V5Al VAI,. VA., and VAIII were prepared by are
melting in argon or by silring from "008aluminum and 99 .98% pure iodide titanium,
zirconium, and vanadium. The greater hardness, lower resistivity, and lower thermal
expansion of TiAl compared to TiAl Indicate greater electron density in thc Ti M-electron.
level. The speciRc conductivity of Zr-aluminides increases as the ratio of AI:Zr Increases,
cam 1/2

ACCESSION NR: AP400568
which process is linked to a gradual electron influx into the Zr d-level. V-iluminides
show a similar pattern. Minimum current carrier concentrations and maximum current
carrier mobilities for all MeAl alloys are noted. gxcept for Ti-aluminides,- the Wiedemaw
Franz ratio for the alloys was Aund to be greater than theoretical, which Is accounted
for by significant lattice contributions to the electricia conductivity. From the donor-
acceptor theory. itis concluded that the probability or an Al-valence electron influx into
the d-level decreases as the accepting ability of the latter decreases, in the order Ti-Zr-wV.
Orig. art. has: 2 figures and 3 tables.
ASSOCIATION: Institut metallokeramild L spetsiallny*kh splavov AN UkrSSR -(Tzatittite of
Powder Metallurgy and Special Alloys); Khersonskiy pedagogicheskiy Institut (Kherson,
Pedagogical Inst1tute)
SUBMITTED: 19JuIS3
SUB CODE: MM
NO REP SOV: 012
ENCL: 00
OTHER: 001
Card 2/2

_j~ ~8-6~ E;WT(m)/EPF(n)-2/E',VA(d)/E'KP(t)/E'OVP(k)/ WP(b) Pf-4/P -4/Pu'-4
L 148
AYNL/ASD(m)-3/AS(Mp)-2/AFTC(p) JD/HW/ja
ACCESSION NR: AP4047428 S/0136/64/000/010/0069/0073
AUTHORi Sinellniko2, _V.S.
TITLE: Production of aluminides of refractory metals
SOURCEt Tsvetny*yemetally*o no.40, 1964, 69-73
TOPIC TAGS: aluminide, aluminum allo hafnium'vlontaining alloy,
molybdenuml"lontaining aljor. niobium;, ntaining al a $ tantalum con-
taining alloy, vanadium kf'qfntsining R00y, zi.rconium'k on tainins alloy,
sintering, are melting, hSt extrusion induction melting
ABSTRACT: Aluminides, alloys of AlEh various amounts of 11f, Mo.
Nb, Re, Ta, V, or Zr, were prepared by TIG or induction melting, by
sintering in an argon atmosphere, or by hot extrusion of the powdered
components. The advantages and limitations of each preparation method
have been studied. Results of the study showed hot extrusion to be
the best method in that it produces homogeneous single-phase alloys
without heating above the melting temperature of the corresponding
aluminides; the ease of mixing powdered ingredients facilLtates forms-
tLon of homogeneous alloys, and rapid cooling praduces no cracks since
Card 1/3

L 14808-65
ACCESSION NR: AP4047428
hot extruded alloys can be cooled at practically any cooling rate. A
disadvantage of this method is a slight contamination of the alloys by
oxygen present in the oxide film onpowder particles. Single-phase
aluminides are also readily obtained* without prolonged homogenizing
treatment, by sintering powdered components in an argon atmoshpere,
Since most sintered aluminides are brittle. they are easily powdered,
and test specimens of the required shape can be made by subsequent
cold compacting and sintering in an inert atmosphere or by hot extru-
sion, TIG melting of pure initial ingredients produces poreless in-
gots of aluminides of practically stoichiometric composition. How-
ever, a prolonged homogenizing treatment at near-melting temperatures
is necessary to obtain single-phase alloys, making difficult the pro-
duction of large ingots of the aluminides of refractory metals. Also,
rapid cooling of the ingots results in cracks which hamper measurement
of the alloy properties. The use of induction melting in an argon
atmosphere has the advantages and limitations similar to those met
with TIG melting, exc'ept that the induction-melting process makes it
possible to avoid overheating of the alloya and thus to obtain the re-
quired alloy composition by eliminating the vaporization loss of alumi-
num. Orig. art. has: 5 figures and 5 tables.
Card

L 148o8-65
ACCESSION NR: AP4047428
ASSOCIATION: nonek
SUBMITTEDi 00 ENCL,. 00 SUB CODEi HH, IE
NO REF SOVi 007 OHTER: 000 ATD PRESSt 3140
Card 3 / 3

t 39LL66-65
J c A?/!M/,Tl)/JC
ACCESSION NR: AP4047876 S/0279/64/000/005/0121/0126
AUTHOR: Slnellnikova. V.S. (Kiev); Samsonov, -G.V. (Kiev); Llvov,, S. . (Kiev~
TITLE: _Physical properties Iof aluminides of transition metals of the fifth group
of the Pei~1~a,1c`_s`yq,_t_e, m,--o-f -elements
SOURCE': ANSSSR. Izvestiya. Metallurgiyalgornoyedelo, no, 5, 1964, 121-
126 1 1- /
TOPIC T~GS: transition metal aluminide, vanadium aluminide, niobium aluminid.-,
tantalurn ~luminide, specific electrical resistance, Hall constant, thermal,elec-
tromotive force, thermal conductivity, magnetic susceptibility, mir-rohardness,
work function
ABSTRACT: The specific electrical resistance, Hall constant, thermal- e. m. f.
thermal conductivity, magnetic susceptibility, concentration and mobility of
current carriers, Wiedemann-Franz ratio, and microhardness were determined
at room temperature for the following aluminides: V 3 Al, V5 A18, VA13, VA16,
VA111, Nb3 Al, Nb 2Al, NbA13, TaA13, Ta2A1 and Ta.A13. The work function at
1500 K was determined for ZrAl 3, Zr5AI8, V5 A18, TaAl3 and NbA13- "(Work
c.,dl / 2

L 39466-65
ACCESSION NR: AP4047876
functiL;.i) Measurements were carried out by B. Ch. Dyubya and 0. K. Kultashev"
Orig. art. has: 4 tables
ASSOCIATION: None
SUBMITTED: 0IFeb64 ENCL; 00 SUB CODE: MM
NR REF SOV: 012 OTHER: 009
ca,d 2/2 r't~

L EiF(l )/aF EPR/EW'P( Q /FIP(k ) /VWT (z, I 1hYP
-4 W
,Pf-,)4 if Tu UP )D/JG 'AVIKH
ACCESSION NR: AP5oi6O32 UR/0226/65/ooo/oo6/oo:10/00l7
AUTHOR: Sinel'nikova, V. S.
,4111
TITLE: Production of aluminides of refractory metals
SOURCE: Poroshkovaya metallurgila, no. 6, 1965, 10-1T
TOPIC TAGS: refractory metal, aluminide, refractory metal aluminide, aluminide
production method, aluminide are melting, aluminide induction melting, alum:.nide
synthesis
ABSTRACT: Experiments have been mqde to find the best method -1 of producing e1uminides
of refractory metals. 99.99%-p9r!L'Jlrr99.99%-pure Md-~and Ub`and iodide Ti rnd Zr
ure Ta were
99.15-pure A)knd 99. 4%-p used in mt-&-ing altLndn~jdes by meltinG. High-'
purity aluminidec. with a com ined by
pos'I~Yl close to the stoichiometric were obtai
induction or arc melting with a nonconsumable electrode in all argon atmoGpliere.
But tile alloy ingots had many cracks and cavities and their structure was in-icmo-
geneous, requiring prolonged annealing at near-melting temperatures to obtaia a
single-phase structure. Sound solid specimens of high-purity aluminides can be
obtained by grindin /arc- or induction-relted ingots a-nd subsequent hot compicting.i
Synthesizing by thc_i~_powder-metallurgy method was be3t for producing aluminiles'of
refractory metals where R6-p-urity in not required. Thorough mixing of the initial
Card 1/2

NR: AP5016032
AC6E N
components ensured alloy homogeneity. The required sintering temperature, which
was not higher than the melting temperature of a particular aluminide, was readily
maintained, and the easily controlled rate of cooling practically eliminated ingot
cracking. In the experiments, green compacts were further compacted in an argon
atmosphere at 600C for 3-5 min, after which the temperature was raised to the re-
quired sintering temperature. The optimum temperatures for compacting alurinides
under a pressure of 1011 dan/cm2 with a holding time of 10 min were
(0d):VA111 66o-68o, VAIry 720-730, VA13 161200, V51'16 141500,
1~bAl,- -1600, Nb3A1 17240~-1870, T4A13 -.14oo, HfA13 IV126o,
MoAl -1600, ZrA13 %,1470, ZrA12 'N,1520, Zr3Al2 v1420.
Sln,le-phase alumin1des of refractory metals were also successfully synthe3ized by
sintering below melting temperatures. Orig. art. has: 6 figures and 2 td:)Ies.
(MS)
I-ASSOCIATION: Institut problem mate ri alovedeniy a AN UkrSSR (Institute of t:i'e -Problems*7'
of the Science of Materials, AN UkrSSR)
SUBMITUD: 14jul64 ENCL: 00 SUB CODE: W, IE
NO MF SOV: oo6 OTHER: 001 ATD PREss: 4034
I r
Card 212-C0_Ce_

L 4025-66 Ewp (e)/E,.,rr (m)1EWP (t)/E-dP(k)/EWP(z )/E'.'IP (b iii"'-) "D e,
ACCESSION NR: AP5022256 UR/0363/601001/007'A07171078
546.31621:541.5
AUT11OR: -Samsonov, G. V.1 Sinel'nikova, V. Sl-
I i .1 , 1. .y
TlTlE:*,tStud, of the nature of chemical bonding in aluminides of certain tLaqp-j,--
SOURCE: AN SSSR. Izvestiya. Neorganicheskiye materialy, v. 1, no. 7, 1965,
1071-1078
TOPIC TAGS: aluminum compound# transition element, chemical bonding, electric
conductivity, electric resistance, thermoelectromotive force
ABSTRACT: Compact samp es of aluminides of certain transition metals
1'rl 1-1 Z r j'! W Q-i-1
~7 Ltd,' 11f ;'I Ta "Re)'?were prepared by tering of powdere
-ri ~' -U, sin C!
aluminides. The electrical resistivity was measured as a function of temperature
between 20 and 1100C, and relationships were established between the clect.rical
resistivit and the relative content of alumintzn, probability of scattering of
y
charge carrier by the transition metal atoms, and the acceptor capacity of these
m -e - of th
atoms. The temperature dependence of the absolute differential ther o ME e
aluminides was also investigated, The results obtained are explained in terms
Card 1/2

L 4025-66
ACCESSION NR: APS022256
of the concept of formation of stable configurations approaching thed5 type in
transition metal atoms and the 4 type in aluminupt atom's uRon the formation
of I.inides. Orig. art. has: 6 figures and 2
ASSOCIATION: Institut problem materialovedeniya Akademii nauk UkrSsRp Kiel
(Inattvvte-of Materials Science Problems, Academy of Sciences UkrSSR)
SUBMITTED: 210ct64 ENCL: 00 SUB CODE:
NO REF SOV: 012 OTHER: 003
Card 2/2

L 3082 EW (t) /W (b) IJP(r-) JD
AM5026188 MM EXPWITATIM UP/
6F3.4 ti
S38
Sinellnikova, Vera Scmen2va~,Jodtrpin, Veniamin Alekse ch; Rechking Viktor
NikojAZevich Yq,
Aluminidgy ( yuminidy), Kiev, Izd-vo 'Naukova dumka"s 1963. 240 P. illueo,
Akadmiya nauk
biblio., tables. 1,700 copies printed. (At head of title:
_
Ukr ins SSR. Institut roblem mater1alovect~Ri-Yj&4.,,(-.
js2y

TOPIC TAGS: aluminum, Ajv_m1n%yianoy, aluminum compound, refractory compound,
halide, metal property, boron compounds carbon compound, aluminum oxids,
m
i
A3
m
nu
PURPOSE AND COVERAGE: Ihis book presents the characteristics of interaction
between aluminum and all elements of the periodic system. A classification
of aluminides based on the nature of their interaction is givens and classes
of elements not chemically interacting with aluminum are specified. The
physico-chemical nature of aluminides is explained in relation to electronic
interaction. This book,is useful for scientists and technical engineers
specializing in refractory compounds and in research of materials for new
technology. It also can be ueed by students and university aspirants in
Card 1/2

L, 3082-66
AM3026188
physics,j chemistry and metallurgy.
TABLE OF CONUNTS (abridged):
Foreword - 3
Ch. I. Metallochemistz7 of aluminum - 5
Ch. 11. Structures and phyaical-chemical properties of aluminides 23
Ch. III. Methods of preparation and application of aluninides - 39
Ch. IV. Aluminidee of metals in the first group c?f the periodic table 53
Ch. V. Alvminides of metals in the second group of the poriodic, tabl* 63
Ch. VI. Aluminides of intermediate metals - 70
Ch. VII. Alwainides of elanents of the boron subgroup - 149
Ch. VIII. Aluminides of elements of the carbon subgroup - 156
Ch. IX. Aluminides of elements of the nitrogen subgroup - 161
Ch. X. Aluminides of elements of the oxygen subgroup 168
Ch. XI. Halide compounds of aluminum - 173
Ch. X11. Multicomponent, &Uoys with aluminun
176
Bibliography - 225
SUB CODE: IC,MH SUPKITTED: Wn'65
NO REF SOV: 231 oimi 560
Card V2

L' 'l'uI;Crv , ( , ~: - ~.- , I ~', ~-,- ,
11, :) I .V.; , I ."', L, .1 , t., )w A I D .
. . I . .- -:1 eta-S&
Nature ;f cemi,?al bonds ir. ult;r.-z ::~ 5-no *ra-:31t" ;'
Izv, A,,,.,; &3~w.R, Ziecrg# 1-ato I- roo7:1C'7_i--",)7d JI 165, ( , ! -, -., , 'A ~ : ,~ ~
_i L I . .. . , -A I !
1. inititut problem mate.rialnvedenlyu AN lrkxSSR, Kiyev.

i ~ _r) I-
y- T F T T~- r
j ) C, f) I ~i,6j:jcj
SOURCE CODE: UR/0080/66/039/004/0729/0735
AUTHOR: Samsonov, G. V.; Sinellnikova, V. .; Kopylova, V. P.
ORG: Institute of Materials Science Problems ialov
qkrSSR (Institut problem mater e-
deniya AN UkrSSR)
TITLE: Aluminothermic reduction of titan
,um
1xides
SOU13CE: Zhurnal prikladnoy khimii, v. 39, no. 4, 1966, 729-735
TOPIC TAGS: chemical reduction, whmwkmm titanium oxide, aluminum
oxide, aiu
ABSTRACT: The conditions of reduction of titanium oxides (TiO and TIO) by aluminum
in a vacuum were studied in order to obtain titanium aluminides.1, e mechanism of the
aluminothcrmic reduction was investigated by recording the corre ponding thermograms for
TiO2 and TiO. In order to determine the phase composition of the products, the reduction
was carried out at various temperatures, including 975C (the only temperature at which a
peak appeared on the thermograms), and the products were analyzed by x-ray diffraction and
chemical means. The following conclusions were reached! the reduction of TiO 2 by aluminu
in a vacuum proceeds via the formation of TiO and Al 203; the formation of aluminum titanate
V
8241136

ACC NR,. APGO 12838
was not observed. At 975C, the aluminides TiAl and TIM 3 are formed during the reduction
of both TiO2 and TiO. Up to 1300C, in addition to the aluminides, aluminum oxide is present
in the products; it is reduced by the aluminides and driven off as Al20. The rate of heating
to the reduction temperature has virtually no effect on the reduction processes. It is suffi-
cient to carry out the heating for 80 to 100 min at about 975C. Aluminum oxide begins to be
removed at 1300C, but this is a slow process. The reduction takes place at a rapid rate at
1400-1500C. Alloys of practically any composition can be obtained by changing the amount
of excess aluminum in the initial batch. The chemical stability of TiAl and TiAl 3 In HCIP
11240 31 If2SO 41 and If31304was determined. Orig. art. has, 6 figures and 3 tables.
SUB CODE: 07,1//SUBM DATE: 25May64 / ORIG REF: 010 / OTH REF: 002
2/2 i

SIN' LINIKOVA, Ye. F.; ROZINA, R. I.
~ ~
Effect of PAS on liver function in tuberculosis. Prob.
tuberk., Moskv& no-3:43-47 Hay6-June 1951. (CLML 20:11)
1. Candidate Medical Sciences Sidellnikova; Candidate
Biological Sciences Rozina. 2. Of the Biochemical
Division, Moscow Oblast Scientific-Research Tuberculosis
Institute (Director - Prof. F. V. Shebanov).

SI-M11111-OVA, To. P.
Dissertation: "Protoanemonin and Its Effect on Microoreanisms.' Caal -Oiol Sci,
Inst of Hicrobiolog7, Acad Sci Ukranlan SSR. Kiev 1953
W-30928
SO: Reforativray ZhAxrnal, Nj. 5. Dec 1953, Moscow, AN USSR (JUMP=)

SINF,L'NIKOVA. Ye.P.
Change in the concentration of streptomycin in animal blood and
tissues effected by the action of different agents on the central
nervous system. Probl.tub- 37 no-1:113 159. (MIU 12:2)
1. Iz Ukrainakogo nauchno-Insledovatel'skogo instituta, tuberkuleza.
(S CrN)

Yc.P. (Sync1':aykova, O.P.j
IW.hod of the viability of mici-o-orf;anism in experi-
mental aerosols. 14ikrobiol. zhur. 23 no.2:45-48 '61. (MIA:-A 14:7)
1. Kiyevskiy institut usovorshenstvovaniya vrachey.
(STAPHYLOCOCOUS) (AEFOSOLS)

%Ei'SEIGORA, Apollinariy Yefimovich [VorsIqhora, A.H.], kand. mad.
nauk; GRIGOMYEVA, Lyudmil, VlLdinirovna [Hx-~hovlieva, L.V.1,
kand. med. nauk; j_jjIa!I!UQ.VA,.Ye1ena Favloyna [Synellriykova,
O.P.], dots.; YAilOSHIIIKO, V.A.., red.; XYKO, V.P.) tekhn.red.
jFractical handbook of medical microbiology) Praktychnyi po-
oibrWk z medychnoi mikrobiologii. Kyiv, Derz)=,edvydav URSR,
1963. 194 P. (MIRA 16:12)
1
(nDIC%,L 1XICIMBIOLOGY -LABORATORY MAJALS)

SIIIT-Ltt;IKOV,Al Ye.p.
Liquld f oamy filters .4:3.- '.iio II ~.t ~,; '-'- ;'. "I ~-. :'-' ~,_- -, ~i.
Zhur. mikrobiol.39 eFid. i i.-Mni ~. 4~) r.-..:4~,-53 Ap 163.
(1-11" 11 7-5)
1. 1z Klyfivikogo inatitit.ii u~~

,iIN'ELINIKGjVAO ye.Y.
Methodology of experimental streptcroccal aerosol. Zh,,,r. m1kro-
biol., epid. i immun. 42 no.2:120-1.23 Ja 165.
(MIRA 18:(,')
1. Kiyjvski.y inatitut t;sovnrnhi~rBtvovaniya vrachey.

L 11549-66
ACC NR, APO
SOURCE CODE: UR/0105A5/000/001/0090/0090
AUTHOR: Aleksandrov, B. K.; Dorman, B. A.; Drozdov, No G.; Dubinakiyp L. A.;
Zalesskiy. A. M.; Kamenskiy, M. D.; Kozlov, M. D.; Liaovskiy, Go So; Sinelobov.
Trebulev, P. V.., Uspenskiy, B. S.p Kheyfite, No Do; Shvetaovp M. A,
ORG: none
TITLE: Nikolay Nikolayevich Krachkovskiy
SOURCE: Elektrichestvo, no. 1, 1965, 90
TOPIC TAGS: electric power engineering, electric engineering personnel
Ko So
/B
ABSTRACT: Brief biography or suoject, a senior scientific associate of
the Institute of Power Engineering AS USSR, on the occasion of his 75th
birthday on 16 Dee 04. He was graduated from the Leningrad Polytechnical
Inatituto in 1016. Worked for a number of years i:,the planning, survey-
ing, construction and operation of the first UV tr imission lines ind
substations. From 1922 to 1026, participated in the planning and construc-
tion of the first Soviet hydroelectric station (Volkay GES In. Lenin) and
110 ky transmission line. rn 1927-1932, designed transmission lines at
the GET (State Electrical Engineering Trust) and the Leningrad branch of
Dneprostroy. Chief of electric power and transmission station at Sverd-
lovsk, Volgostroy and Leningrad Enorgoproy*kt (1932-1938)1 simultaneously
studied 100-cycle current for AS USSR szd~psrtleipated In pAaAAiAS_thQ
Kuybyshev GES - Mo'sc'6W transmission'lineo Worked at Leningrad Gidroproys.kt.until
1947, and at Moscow Gidrenergoproyekt unti.1 1955. Among the first to propmose

L 11549-66
ACC NRi
converting the Kuybyshev - Moscow line from 400 to 500 ky. An ardent advocate of '
d-c for HV and EV transmission. Authored over 75 scientific and technical articles,
and two inventions. Awarded the Order of the Red Bannerof labor and other
decorations. Orig. art. hass 1 figures Lypw- 14 ,
SUB CODEt 09 / SUBM DATEt none
p 0)

GOLUBTSOV., R.A.; KAiL4SAULIDZE, A.N.; KESELIVAN, L.M.; SMELOW;, K.S.
11~),ndnmentals of the mechanical section of overhead power transmission
lines" by A.A.Clazunov,, A.A.Glazurov. Reviewed by R.A.Golubtsov.
Elektrichestvo no.6:91-96 Je 161. OIRA 14:10)
1. Vsesoyuznyy gocudarstvennyy institut po proyektirovaniyu teplovykh
elektrostantsiy, 114oakva (for Golubtsov). 2. Vsesoyuzriyy nauchno-
issledovatellakiy institut elektroenergetiki, ~bskva (for Karsaulidze).
3. Vseuoyuznyy goaudarstvannyy inatitut Vo proyektirovaniyu teplovykh
elektrostantaiy., Tashkent (for Kesellaan). 4. Vaeooyuznyy treat p0
proyektirovaniyu gidroelektrostantsiy I gidroelektxonlovo Leningrad
(for Sinelobov).
(Electric power distribution)

BOSHNYAKOVICH, Andrey Dragomirovich- SINEL4080V K S* retsenzent;
K'RYUKOV, K.F., red.; ZHITNIKOV ,
red.
[Mechanical calculation of lines and wires for overhead power
transmission linea]Mekhanicheskii raschet provodov i trosov li-
nii elektroperedachi. Moskva, Gosenargoizdat, 1962. 253 p.
(MIRA 16:3)
(Electric lines-Overhead)

.Y 1" KU ,Kir ill ~ #-- t. , - o . -A, -- ". ; I,. i I " ." . , '~ ,!'. -I ek ~-ey ; , - -.-. ~-' 1 . (~ D'IV
bor-hi T %V lov 1CA I; L 'V ri. en'."ent.;
Cori.--. truction and de.Agn of metal reiracrcei (:one:-ete power
transr,`-:~sion lino oupports] Kcncti-Atsil --' raoch(~t -..f-talli-
chonkikh j c-por lin'! "'C)-
sh-va, F-nergiia, c85 1- la~ 17:10)

TSALKIN. V.I.; SINILOBOV. M.A., vedush&,i7 red.
~ . ~
[Sibirlan mountain goat (Capra sibirica sibirica)] Sibirskii gornyl
kozel. Nookva, Izd-vo Hook. ob-va lopytatelei prirody, 1950. 108 P.
(Haterialy k Poznanliu fauny i f1oz7 SSSR. Mel zoologIcheakil,
no.21). (miRA 11W
(Asia, Central-Goats)

0 0 ~69 0 0
I it #40 lot Nn
A
000
04 c
*so.
**A
404 1
0040
0091
004
000
006
Oem
009
n" OWL
%~m ft
OIL AwL
VIA401 40 am Ati
Odom -a M vow
:so
WOO
000
as*
see,
xe
so
go
so
so
b m 0 A, 00 it Al i 11 ; li "IrmMI& some nolwova

TOLKAGHEV, A.N., imndidat isel'eko-khozyay9tvennykji nauk; SINIMBOV, M.A.
- .., -, ~
Methods of carrying out tree tapping experiments. Der.i lesokhIm. prom.
3 no.2:12-14 7 054. (KLHA 7:1)
1. TSNILKHL
(Tree tapping)

11 1 1 1 - I 1Tf r-r
TOLKACHIV. A.K. ; SINNLUBOV. M.A.
Some regularities of exudation in tapping pines. Der.i lesokhim.
prom. 3 no.3:13-16 Hr '54. (KI.RA 7:3)
1. TsNILKhI. (Tres tapping)

fluence of streak dej~li.. -the yl.R-d~r..Y.Rrn ~V.
tinbg. A. K. Tollracbev and M. A. Sinelobov.
pererabaIyvaywkAay4 i Laokhim-.Pio-m-.-V-N-o~W
=
8-10(1954).-The effect of streak depth (1) m th~* yia! ;I
oleoresin (H) was studied; for I group of pines (3.8 daya
chieping intffval) the av. yield was 13.3 x. H per streak
for I - 4.8 mm. (" mm. range) and 12.2 g. for I - 93 mm.
(8-11 mm. range). For another group of pines, the In-
c"a3rd yield of 11 when the I was reduced from app"m I to
0.5 cm. wa3 167e for trees with wide (1.7-2.5 mm.) and ay.
mm.) growth rings, and 9% for trees with narrow
R".7 rnm.) growth rings. John Lake Kesys

TOLKAGIIEV, A.K.; SINELOBOV, )4.A.
Intensive method of tapping firm. Der. i lesokhim. prom. 3 no.12:
12-13 D 154. (~(I-M 8:1 )
1. T$eutral'Vy Muchno-lesledovatellskiy lesokhimichookiy ingtitut.
(Tree tapping)

, .Xikhail Alekseyevich, USTINOVICH,
TOLXAGHZV, Andrey Kirillovich,,34jWJA&QT,,
B.P., redaktor; SARKATSKATA, G.I., redaktor izd3telletva; SHITS, V.P.,
tekhnicheakiy redaktor
[Innovations in the tapping of pine and spruce] Movoe v podsochka
soany i eli. Moslcva. Goslesbumizdat. 1956. 61 p. (MIA 9:11)
(Fine) (spruce) (Tree tappine)