SCIENTIFIC ABSTRACT BASKAKOVA, A.N. - BASKIN, M. L.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000203910007-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

-/V--C) /~ 0 -, C~ -`/
GUSEVA. I.A.; YASKAKOVA, A.N.
---- INAMOMP
Chemical composition of the volatile part of
alcohol-soluble
extract oil from the nalan flower. Trudy TNIISNDV
no.2:82-95 154.
(KLRA 10: 7)
(Azaloa) (11seences and essential oils)

GUSIVA, X.A.; BAECMVA, A.S.
mom
Obtaining liquid extroot of rose oil. Trudy VNIISIN
no-2:158-159
154. (MU-A 10;
(Attar of roses)

GUSEVA. K.A.-. BASXAKOVA, A.N.
Producing extraction oil from dry azalea
flowors. Trudy
VNIISIDY no-.4*.17;3 158, (KIRL 12:5)
(Issences and essential oils)
(Azalea)
I

BASKAKOVAV G.M.; KOPYTOVA, F.V.
Effect of aminazine on realiration in the frog. Blul.
eksp. blol.
i mod. 56 no.12:20-23 D f62.
,(MIRA 17:11)
1. Kafedra fiziologii thivotnykh (naucb-nyy ruknvoditell -
prof. '
M.V. Kirzon) biologo-poohvennogo fakullteta Moskovskogo
gosud&rat-
vennogo universitata imeni M.V. Lomonosova.

BASKAKOVA. G,M.
- 1-11--.:
Changes in the electrotonic potential of the posterior
root fol,
lowing supersegmental(Sechanov's) inhibition in the frog.
Dckl.
AN SSSR 162 no.2t468-471 Yq 165. OGRA 180)
1. Moskovskiy gosudarstvennyy universitet. Submitted
January 18,
1965.

PEREPFIXIN, K.Ye,; aMENOVp YU.P.; BASUKOVA~ G,V.
Studying the processes of swelling and washing of
polyvinyl
alcohol, Kh-lzn. volok. no.4:10-14 164. (HIRA 18140'
1. laningradakiy filial Vaesoyuznogo
nauchno-iseledovatell9kogo
instituta iskusstvennogo volokna (for Perepolkin). 2.
VBSSOYU2nyy
nauchno-issledovatellskiy institut steklya-nogo volokna
(for Semenov,
Baskakova).

-i , T
T~ I
- 1;,
"Intravenous injection of a mxr-specific scru:;~ for em'iaustcd
hor!ics.ll
Konevoistvo 22, no. 9, 1952.

SIMOT, V.I., rodaktor; redaktor; TAXIMEM. L.P.,
rodak-tor; GIMOINDUl-TooDes tektm' sidy rodaktore
[8=11 radio apparatum: problem of constructiox, productiox
and use. Collection of articles translated from foreiga perio-
dical 3iteratural MalogRbaritna'a radleal3paratura; voprosy kozk-
struirovantia, prolsvodstra I ekspluatatsil. Sborzik perevodev
statei Is inestra=oi poriodichookol literatury. Moskra, Izd-ro
inostrannol lit-ry, 1954, 372 p, (MM 8:5)
Is Chlem-korrespondent AN XBOR (for 81forov).
(Radio-4ppw&tus and supplies)

MARKUS, John; ALTAYEV, V.Ya., inzh.[translator); BAYKOVSKIY, V.7a.,,
inzh.
(translator ; ZAYMOVSKIY, Ye.l., inzh.ftranslator]; KORMAKOV,
D.B., inzh.itranslator); MOKErEV, O.K , izizh.Ctranslatorl;
YAROSHEVSKIY, Yu.A.., inzh.[translatori; IVANOV, V.A., kand. tekhn.
nauk j,
j, red.; SOKOLOV, A.A., kand, tekhn. nauk., red.; BASK
red.; DZHAT37EVA, F.Kh,j teklm, red, I_~A~K~
[Handbook of electronic control cirouits]SkhezW elektronnoi avto-
matiki. Pod red. i a prediol. V.A.Ivanova i A.A.Sokolova. Mo-
skva,, Izd-vo inostr. lit-r7,, 1962. 342 p.Translat*0'=
C~ Englieb.
(Electronic control) (Electronic circuits) 15:12)
(Automatic control)

BASKAKOVAS M. 1.
117be Effect of the Composition 6r the, Medium on the Float-
ability of Kainite-Langbeinite Sulfates and Chlorates." Cand Tech
Sci, State Scientific Has Inst of Mined Chemical Materials, Min Qf
Chemical Industry USSR, Mbscows 19549 (KL) No 8s Feb 55)
sot SWO. NO, 631, 26 Aug 55-Survey of Scientific and 'Technical
Dissertations Defended at USSR Higher Educational Institutions
(14)
~777 -M7-

BLMKOVAs T. V.
OThe Pathological Morphology of Acute Forms of P:axteurellosix in
Calves."
Cand Vot, Sci, Moscow Veterinary Acad,, Min Higher Educationj,
Moscowj, 1954.
(KLO No 1s Jan 55)
Survey of SeientAfia and Technical Dissertations Defended at USSR
Higher
Iducatiaml Institubiam (12)
SO: am* NO* 5569 24 Jan 55

BASKAKOVA, V j- GOLOVIN, A.V.; MARTyMK, M.M.,.
-04ENCHMKO, V.K.
*B*
Woulation of the speed of sound from the isodynamle
coefficients
and the determinant of the stability of a substance.
Akust,, zhur.
11 no.1:30-34 165, (MIRA 18t4)
1. Moskovskiy gosudarstvennyy universitet.

SKMMMMO, V.W.j BA9XAKOVAp V~Bo,
Goometria meanIng of thes bilAty ,erairiant. 2hur. fiz. khim. 39
no.3t729-735 Mr 165.- (MIRA ISO)
1. Mookovekiy gosudarstvenqy univerisitat imeni Lcmonosova.
im

BASKAKCVA, V.P.
Conditicned reflexes following ',ht; administration
of
trimecalw,, Farm, i ttks. 26 no.5:53.5-516 8-0 '63o
(MIRA 17:6)
1. Kafedra farmakolcgi! (zav. - jTof. N.S.
Shvarsalon)
Kryiaskogo meditsinakego Instifuta.

BASKAKOVA. V.P.,,-,
Conditioned reflex reaotions of the eyes fol.1-ring
repeated
inr+illations of a number of phrrmacological agento.
Farm, i
tokee 27 no.3s265-267 My-.Te li4. (MIRA 184)
1. Xafedra farmakologii (zav. - prof. N.S.Shvarsalon)
Krymskogo
maditsinskogo institutal Simferopol'.

MBnKOVAO V P SImferopoll)
.!!!~ ~j,-? ~
Conditioned reflex pupillary reactiono to the
aftiuistration of
adrammImetic and antihistudgmic subetances. Trach.dalo
noels
. W-145 Ta 163. (MIFA 16s2)
I* lafedra famakologii .(save - prof, WaS. Mmanalan)
Fj7askogo
mecUtainskogo imatituta.
(CMIDITIONED MWM$19) (PUPI (13)) (MWG6-17=0=QL Mr?=)

BASKAKOVA V P
Effect of courses of folliculin administration on the blood serum
proteins in normal and castrated rabbits. Probl. endok. i gorm.
11 no.2:85-88 Mr-AP 165. (AURA IS: 7) -
1. Kafedra farmakologii (zav. - prof. N.S.Sbvarsalon) Krymskogo
meditsinskogo inatituta, Simforopoll.

BASKAKOVAI V.P.
Conditioned reflex changes in serum proteins under the
influence
of folliculin,, oyneotrol, progesterone and
testosterone propionate.
Airm, i tokao 28 no,5066-568 S-0 165. (KRA 1802)
1. Kafedra farmakologii (zav, - prof. N.S.Shvarealon)
Krymakogo
meditsinskogo institute, Simferopol'. Submitted
February 4., 1964.

POLTANSKIY. Yu. L, professor, otystatyennyy redaktor; PHAVDIN, IJ.,
professor, saslusbewVy deyatell nanki Karelo-7inskoy SSR, re-
daktor; SKMO7, A.?.,, kandULaLt biologicheskikh nauk, redaktor;
BASIANDVA odsLkt.or; PDDIULWATA, K., tekbalcheskly redaktor.
(Materials of the Conference called by the Karelian Branch of the
U.S.S.R. Academy of Sciences and the 1hrelian section of the All-
Union Scientific Research Institute of the Fish Industry of lakes
and Rivers, on the problem of increasing fish pro&wtivity in the
Karelian lakes and rivers] MaterialY soveshchaniia. po problems po-
vysheniia rybnoi produktivnosti vimtrannikh vodoemov larelo-Yinakoi
SSR, 9ozvannogo ELrelo-Finakim filialom Akadsmii nauk SM i Kare-
lo-7inskim otdolonlem V11IORKh 11-13 marts, 1953 9. Petrosswodsk,
Goo. izd-vo Karelo-Finskol SSR, 1954. 194 p. [Microfilm] (MLU 8:2)
1. Akademlya nauk SSSR. Xarelo-Fiukly filial. Pstrosavodsk. In.sti-
tut biologil. 2. Diriktor Instituta biologii Earelo-7inakogo filiala
AkRdsmil nank SSGR (for Polyanskiy). 3. Zaveduyushchiy sektorom
zoologit Institati biologii Zarelo-finakogo filial& Akademil nauk
SSSR (for Pravdin). 4. Direktor ELrelo-Yinakogo otdolonlya Vessoyuz-
nogo nauchno-iseledovatellskogo instituta osernogo I ractnogo ryb-
nogo lchonyaystya (for Smirnov).
(rarelia--7ish culture)

-24T(I)/F.PF(e,-),/EPF(n)-2/EPRI/T/EPA(bb)-2/.EWA(l) Pr-4/Ps-4/,,d_4
`A~T,:L/AF" F FETIR/ FS d -p 11
AUTHOR: Baskaloyt A. P.
TITLE, The bOok by Y4k. I. Amdu,- llep~tovoye podobiye, konvektivnyy te loobmen
i entropiya" (Thermal similarity,.convective heat transfer and entropy~
SOURCE: Inzheii~rno-f-kzlchea'kiy-zhurrAl, no. 8, 1964, 133-136
TOPIC TAGS: similarity theory, differential equation, finite equation
Abstract* The author agrees with an earlier reviewer M P. Isacheriko,
Tenlc~energetlkn, No 1.1, 1963) that Asnin's treatment of the theory of
similarity invol,,,es F, typical, rather than specific, error of procedure,
an-d that the theory of similarity -my be employed only where there is
a closed system of equations (differential or finite) which describe a
proci~ss, from which it is necessary to obtain all the criteria which
the prnc-ss. Since Aznin admittedly did not employ such a
-eatment of experimental data based
S'. -em, n,, proride6 a dimensionless t3
y on hiL3 o-.rn Intuition. In similarity theory, the statement of the
prol`len Must jlist as mathematically complete sa In the case of analytical
methods. 3rig. art. Iiaa 6 equ._-tions.
Card 1/2

L i5o47-65
AG,C7-,SSIOX NR: AP5001634
ASSOCIATION: Urai'~-kiy filial AN SSSR, Sverdlovsk (Ural
Bramch. AN SMR) &
SMUTTED: 09MY64 ENCL: 00 SUM CODE: 1E, MA
NO RE7 SOV: COO CITM- : 000 MRS
Card 212

USUNCHIMM, G.Sh.; YAROSTAVMTA, Memo; M(WSMU, S.S.
Una of a new form of tetracycline evopension In the
treatment
of scarlet favor. Antibiotiki 4 no.3'.100-103 Kt~o
159.
(K1U 12-.9)
1. lafedra, n1krobiologil (sav. -
chlen-korrexpondent ANN
SSSR prof.Z.V.Yermollyeva) I kafedra pediatrit
(Xav. - Prof.
M-YeAukharava) Tsentrsalnogo Inatituta
usovershoustvovaniYa
(237MOY01M, tber. use,
scarlet fever, suspension (Rue))
(SCARM YZ , tbar.
tetracycline suspension (Rua))

BASUMIUM . G.Sh.: YARDSTATSFAA. K.K.
I
b"riseutal, and clinical stW an the now mdicinal cospound
Itetracycline dragoo.w Antiblotiki 4 no,5$99-100 S-0 159.
(KMA 13s2)
1. Kafedrauftrobiologil (sav. - chlen-korrespoudeat AM SSSR
Prof. Z.T. Tersollyeva) TSentrallnogo instituta
usovershoustyovaul-
ya Trachey.
(TAMCYGLIU ther.)

BASKANCHIIADZE, G. Sh. Cand Mod Sci -- "Study of the effeot
of new tetra0yollue
t
and erythomyein preparations upon fte hemolytio streptooooous
and staphylococous.11
A
Mos, 1961 (2nd Mos State Med Inst im N. I. Firogov). (KL,
4-61, 207)
3
- J_

SOBOLEVs V.8j; BASKANCHIIADZIj 0.3h.
Comparative studies on the absorption and distribution of now
tetracycline preparations. Antibiotiki 6'no,3:431-433 MV '61.
--TWR& 14:7)
1. Kafedra mikrobiologii (zav. - chlon-korrespondent AMN SSSR
prof,
Z.V.Yermollyeira) TSentrallnogo instituta. usavershenstvavaniya
Vrachey.
(TETRACYCLINE)

BASKA-AICHILAT):*~F. G.Sh.; KIADIASHVILI, M.D.
Corrvarative characterlatIcs of the sons-,tavity to
various
ant-Abioties of staphylococal, strains freably
isolated from
eick children. Antiblotik-A 10 no.",sW-6412 -ri 165.
(MIRA 180)
1. Institut pediatril Wraktor - P,Ak, Kurashvill)
MInistarstva
%dravookhromeniya Grusinakoy SSR, Tbilisi,

W=W1011 NR: AR4018334__'~' V/64/000/ool/iOrr/mr.,
S01UF&: RZh- Metallurgiya, Abea.',,
'AUTHOFt: Tarnovskiy, I YA.;. Washkovt* V~- B BeLokiiahvili Vi
$.,,Khoo 06 Ai: t
-piasticity and resiotanc to d0dimation of all6yed"Itypes of.steel and
Tr=:
~J alloys at high temperatures
."-.C=D SOURCE: -Tr. Urallakogo n6-it in-ta.'chern- meta,,, v. 21
i963, 146-152
--':TOPIC TAGS: alloyed steelop steel alloy. high-temperature
steel.teisting,
A
resistance
-determined during the stretching of
:;TRANSIA71ON: Mechanical properties were 12
..types of' alloyed steel (9tructual,-tool, and ptainless) at
800-1,250 degrees. 'Thel--,-
I
tests took place on a 5-ton-capacity hydraulic press vith a constant
speed Of
e
engagement movement of 0-33 motors/Baca Heating ' and testing
of'samples,took plac
f
iin a tubular oven vith'carborundum rodes I~The true-,resistance -to
-deformation Sb 0
~:/I,the steel of all tested types vas iowered'by 6-10 times~as the
temperature of heatiil
-A
ing increasedo and Ieveled off at L250'dogreeej -reaching
approximately 2 WIDIA21
.t I P - u
!1for BI435 alloy and 3DM, 4P st6l'ozayj,~uWer theee conditionej
theyaue 0
Ob
,-Card 1/2

A
~,!ACCESbICH NR: AR"334
Iremained at 4 kg/vnM2. The highest 61
5at 8W-11000 degrees was characterized by
!alloy In 435 and type BI478 austenitic steel. At the same time, in
the above tem
rature range, more intensive lowering of the value of 8b takes place
in allWs,,
a
d austenitic steels. For these materials, a continuoualnerease in
plastic
n
characteristics (.q' and occurs with an iverease,in the teat
temperature,, Presp; t.'
nges vithisi,4-'~
eutectoid types 12MM and 5KhWT steelep in vhich the value of -Y/ cha
,Ithe range of 92-100 degrees, possess high plastic properties in
the temperature.
VMGMA, RX 478) M3) and 5KhWT oteelop
range studied# With respect to 4502,-
Ithere is a steady increase, in plastialty'at a temperature of about
1) OM degrees 17;
A the remainder steels studied) a"breskdown~' of plasticity is
observed"in the90
0"
'1,000 degree range
'00,
CaM 2/2

FASKAY Tom 0 E. , AND Ovas.
BASKAY TIOTH, B., AND OTH&II.S. Remarics on Professor Kund's
lecture. p. 73.
Unanimous statement by participants of the
International Conference on Flechanization
of Auriculture,~ P~ 77.
Closing words of Jeno Fock,, President of the
Scientific Association of the Machine Industry.
p. 77.
Vol. 2, No. 3, Yzr. 1955.
JAFNUVEY YEZCGA7rASAGI GEFFY.
TECHNOLCGY
Budapest, Hungary
So: Fest European Accession, VoL5, No. 5~ Yay 1956.

I
SOBOLEV,, V.R.j BASKANCHIIADZ G.Sh.
Comparative,experimental study of arytbromWein., tetracycline,, and
penioillin in coccal ififections. Antibiotiki 6 no-3t22&231 Nr
161. (MM 1435)
1. Kafedra mikrobioloSii (sav. - chlerk-korrespondent ANN'SSSR
Prof. ZV*Yarmollym) TSentrallnogo institute, usovershensWovaniYa
(ANTIMOTICS) (STREPTOGOCAAL MWTIONS)
(STAPHM=OCGLL INFEGTIONS)*

Ug~IM~KhJ.; GOLIDFARB,, M.M.; DANILDVA, V.V.., red.
(Diploma project in machinery engineering schoolsj
methodological manual on "Metal cutting"] Diplomnoe
proektirovanie v masbinostrditel'rWkh tekhnikumakh;
uchabno-metodicheskoe posobie dlia spetsiallnosti
"Obrabotka metallov reianiem." n.p. Rosvuzizdat, 1963.
223 p. (MIRA 17:5)

USSR/Human and Anival Physiology - Liver. V-8
Abs Jour : Ref zhur - Biol... No 1), 1958., 414o
Author : 1. Ageyenko
Inst
Title Influence of Ulcerative Disease of the Stomach
on the
Hepatic Function,
Orig Pub In: Klinika :L lecheniye zabolevaniy
zheludka. OrdzhorJki..
dze, 1956, lo&ill
Abstract The hemtic function was studied in 150
patients with
an ulcer of the stomach or of the duodenum (Florence's
test., byperglyeaemic curves., Kvik-Pytell test)* In
36 patients only the results of the 3 tests were
abnor-
mal; the results of 2 tests were abnormal in 62
patients,
and the results of one test were abnormal in the other
patients. Liver disorders were not always observed in
patients with peptic ulcers. Some functional disorders
were reversible when rational therapy was applied.
Card 1/1

BASKAYEVA, A. N. X";- k, &~
h&j ci~ 4,w- '7 W- - -
35511. VtorichnoyA krovotecheniye iz razorvavsheysya
travraticheskoy
anevri2m7 vnutrenney cl.elyustnoy arteril..Trudy sev.-oset. Gos.
Yed.
In-ta, VYP. 4, 1949, c. 25-28.
Letopis' Zhurnallpykh Statey, Vol. 48, ISoskva, 292+9
a.x-
A-~~ I ~~ Q--~

I
B;~ SKAYEVA..4A. N. I A--C~ XaA&-~ -
35512. Iz i
dXen ye rezervnoy shchelochn~sti u operirovannyky bollnykl.
Trudy sev.-oset. Goa. Ved. Tn-ta, VYp. 4, 1949, c. 33-40.
4). O-ar~,. v * -, , _', -,
Letipist ZhurnalInykh Statey, Vol. 1+8, Moskva, 1949.

BASKAYEVA, A. 14. Ajj~4QA. 04" -A
-7
35513. izmenlni~e ugollngy AngYdrazy I Rezervnoy Shchelochnosti
Operirovannykh Eollnykh. Trudy Sev.-_Oset. Gos. Yed. In-tpa, VYP. 4,
1949, c . 417-45-
letopis' Zhurnallnykh Statey, Vol. 48, Voskva, 1949

MIT, Dmitriy Aleksandrovich, doteentl BABIOV, Valeriy
Fedorovich,
prof., doktor takhn.naukt SKMNOV, Andray Sergeyevich,
kand.takhn.
nauk; ABRA 07, Leould fikhonovich, kand.takhn.nauk;
ZA7T=, FL-
lipp, Takovlevioh. kand.takhn.nank: ZAMAKEEADY,
Kitrofan Semenovich,
k&nd.takhn.nauk; NIKITIN, Sargey Nikhayloviche insh.:
BIRULTA, A.K.,
prof., rateenzent; DUMKIN, P.A.. lmnd.tokhn.nauk,
retsenzent; AVBZWq
V*19 j retseusentl FaWASM, V*A* 0 rettausentl IPALICMff
0. A,G* , re-
toonsoutj PMV, A.1'.0 reteausentl PTITSIN, 1,G,;
ret"ainsentl RWA-
XWOp I.A., profeq retsensentl BARATSp L*A.j
prepodavatellp re-
tsenzentg 1BAglanCH., N.J., prapodavatell. retsenzenti
BILISKIT. AOTS.,*
prepodavatel.q re-t-88-illent; XALUZKMY, Ya.A.,
prepodavatell, retsen-
sentt CKTANOT, V.G.,'~imd.q KALIKOVA, N.T.i takhn.red.
Westing and designing airfields] Izyakemlia I
proektirovanis
asrodromov. Pod red. Y.F.Babkova. Koskya,
Nsuchno-tekbn.izd-vc
X-va avtonobilinogo transporta i shosseinykh dorog RSM,
11959.
566 p. 3.3:3)
1. lbar1kovskly ayto'nobilluo-doroshnyy institut (for
Romananko,
Barats, BaBkovich, Bel'Wdy, Kalushakir).
(Airports-Planning)

14(2) SOV/127-59-2-11/21
AUTHORS., Baskevich, Ya.Ze, Lysak, G.De, and'Kovler, S.Ya.
TITLE: A Stopping Device for Mine-Shaft Cages With Fria-
tion Pulleys (Ulavlivayushcheye uetroystvo dlya
kletey shakhtnogo pod"y8ma so shkivami treniya)
PERIODICAL: Gornyy zhurnal,'1959, Nr 2, P 54 (USSR)
ABSTRACT: Author's Certificate Nr 106717, class 35a, 16 05*
This is a description of a device ensuring ad-
ditional safety in case the rope of a double-way
shaft elevator breaks. It consists in an addition-
al rope connecting the 2 cages, and passing, on the
surface, thru 2 combined pulleys. There is 1 dia-
gram*
Card 1/1

BABXML V.P., Insh. -
The expedism7 of changing overfrom scale ls2,OOO to
scale 113#000
in murveyj~g for the grading of rice fields. Gidr. t
ml. 17 no*10:
39-38 0 1 bo. (MIRA 23m)
i. KrasnoWskiy filia.1 -Jpr"odkhoi*.
(Surveying) (Irrigation) (Rice)

BASKILOVICH, I.A.; XONISSUOV, I.Ge; PASTUKHOV, To.?.
Medbanized clay amd.processing abop in two naits.
Pasved. I
okho nodr 26 no, 1353-54 J& 160, (MMA 13:12)
1. Trost Mon7bassuglegologiYas
(Drilling flaift)

BASKUMIGH. I KOMMSAROV, I.Q.; MTUKHOV, Ye.T.
t
Two-unit mechanized cIAq plant.,
Biu1.nauch.-tekh.infoxm.VIM
no.1261-63 160. (KM 15 s 5)
1. Treat "Nbabassuglegeologiya".
(GlAy). (Drillin fluids)

28285
s/075/61/016/005/006/010
B110101
AUTHORS: Baskin, A. A., Zakharov, Ye. I., Petrov, K. I., and
Rzhekhina,
le. -1.
TITLE: Speotroecopio determination of impurities in niobium
PERIODICAL:Zhurnal analiticheskoy khimii, v. 16, no- 5,
1961, 627 - 630
TEXTt The authors developed (a) a method of simultaneously
determining iron,
silicon, titanium, tantalum, and lead in niobium by spectrum
analysis, and
(b) a method of obtaining high-purity niobium pentoxide for
producing
standard specimens. The spectra concerned were excited in a
d-c arc.
Niobium pentoxide intermixed with coal dust in a ratio of 20
was used. The
arc amperage, which was 6-5 a in the first 15 seconds of
combustion, wap
increased to 12 a. A further increase to 15 a was found to
be unsuitable
because of a resulting intense background. Conditions for
spectral
excitation were chosen on the basis of burning-out curves
determined exper-
imentally. In the case of the impurities considered here,
and when coal
dust has been added, these curves display two maxima which
are presumably due
to carbides forming while the are is burning. The impurities
evaporate more
or less completely within two minutes. The spectra were
taken with a large
Card 1/4 d

28285
S/075/61/016/005,/006/010
Spectroscopic determination of... B117/B101
Hilger-type spectrograph on diapositives with a sensitivity of 0.25r
OCT

(GOST) units, and on "spectrometric type-!" plates with a
sensitivity of

0.7 GOST units, after an exposure of 2 minutes. The
slit was illuminated by

a single-lens condenser. The reproducibility
of determinations was improved

by using internal standards. In
determining silicon ard iron, cobalt in a.

concentration of 8-10-2%
served as an internal standaru. Titanium and

tantalum were determined
by a comparison with niobium lines. Analytic pairs

of lines and the
concentration ranges considered are presented in Table 1.

Iron,
silicon, titanium, and lead may be determined with a sanxii;ivity of

1.10-3%, and tantalum with 3.10-2 %. The reproducibility of
individual

determinations characterizruj by the mean squaie error is
10 % for tantalum

and titanium, 11% for silicon, 13% for lead, and 16%
for iron. The

reliability of the method suggested was substantiated by
an analysis of

specimens containing certain admixtures. Neither the
eensitivity nor the

accuracy of determinations are impaired by the
presence of iron, silicon,
lead, and calcium in amounts up to 1%. As regards the method
suggested for

obtaining high-purity niobium pentoxide, the separation
of niobium and

tantalum is based on the different degree to which
their fluoride complexes

can be extracted with cyclohexanome. ~Niobium
is separated from titanium

Card 2/4

28285
S/075161/016/005/006/oio
-Spectroscopic determination of... Bli7/B101
and other admixtures by converting niobio acid into ammonium
peroxyniobate
(WH ) NbO with hydrogen peroxide and ammonia in the presence of
Komplexon ILL
.4 3
Impurities retfiain in the solution under these conditions. It takes
a four-
fold extraction to remove tantalum from a solution containing 200 g of
niobium. -Ammonium peroxyniobate decomposes at 70 - 720C to form
nio'bium,
The latter contains less than jejo-4% of-tantalum' and not more
than 1-10-1% of titanium, iron, silic.oni and lead. Standard samp lea
on the
basis-of niobium pentoxide are prepared by adding calculated amounts
of
tantalum, iron ' silicon, and lead'oxides, as well as cobalt oxide as
an
internal standard. There are 2 figures# 3 tables, and 7 referencess 5
Sovi
and,2 non-Soviet' The reference to the English-language publication
reads
followal Ref- 4; J. R. Varning, K. B. Higbie, J. T. Grace, D. F.
Speece,
H. L'. Gilbert, Industr. and Engngs,Chem. 469 644"(1954)-
SUBMITTEDt March 11, 1960
Card 3/4

GAWZUWIY. D To.. EMKIN. A. I.. inzheiter.
Uvwks ALbout noose. cloaranoss. Vest-mah. 34 n0-9:36-37 8 154.
(pipe) 7--g)

32984
S16411611000100010111033
B104/BIO2
AUTHOR3i Orlov, V. V., Golashvill, T. V., Baskin, A. 1.
4cz-
TITLE.- Voutron vlesonance absorption in a lump
SOURCE: Krupchitskiy, P. A.9 ed. Neytronnaya fizikal sbornik
statey.
Moscow, 1961, 116 - .124
TEXTt The authors develop a general formula for the effective
'r'4esonance
integral which takes account of the scatterinf, and the slowing
down of
neutrons in a lump as well as the possibility of a neutron
passing through
the lump. A survey is given of the formulas of the effective
resonance
integral which have already been dealt with (Marchuk G. I.,
Chislennyye
metody raschata yadernykh reaktorov, - Numerical methods of
reactor calcu-
lation - GI. XXI. Atomizdat, 19581 Galanin A. D., Teoriya
yadernykh reak-
torov na teplovykh neytronakb - Tbeory of thermal reactors -
Atomizdatj
Spinrad B., Chernick J., Corngold N., lecture no. 1847, Second
Imternatio-
nal Conference on the Peaceful Uses of Atomic Enerry, Geneva,
1958). The
authors derive Wignerts formula for the resonance integral J,ff
- b/~I),
Card 1/3

32984
3/6,11/61/000/000/011/033
Neutron ra,sonance ... B104/B102
There a is the volume absorption, b the surface absorption, and
'1~ the
mean free ncutron path in the lump. If the resonance cross
section is
* formula: V /(1 + x2 E - E0,
-avcn by the Breit-Niigncr r(E) - Zro ), x -7~2
:
E0 and;" are the enerfW and the resonance width, respectively, the
resonnnce inteExal is C-ivcn by
S ry x
2 E, +
06A 2EtQ I'll (I+zl)+Zo
x /I - exp -(Z,+ V, I dx.
T+-,0
z.,;ith. stronr resonance the quantities v7ith 1/1 and the
potential sc,!ttorin-
0
cross section, can be neglected a~gainst 4-r (B) S + _:r
tolwal -i--crosco-,ric crozz. section. The volume absorption
tncreat--k.s -.Atl-
temp,2rature, surf--ce stvorption W decrease or increase as a
functir,~
Vrt and '15 the Power of the moderator. I. I. Gur,~,vich an! 1.
c5r,! 21/7

32984
S/641/61/000/000/oil/033
Neutron resonance ... B104/B102
Pomeranchuk (Reaktorstroyeniya i teoriya reaktorov. Doklady
aovetskoy
delegatsii na Mezhdunarodnoy konferentaii po mirnomu
i3pollzovaniyu atom-
noy energii. Izd-vo AN SSSR, 1955, p- 22) are mentioned,
There are
2 figures and 9 referenoes, 7 Soviet and 2 non-Soviet.
t/
Cara 3/3

BURMISTROV, P.I.; SAMOYLOVICHI S.D.; DEIGCHEV, G.M.; KONONOV, V.A.;
EVENCHIK, S.D.; ERODOVSKIY, N.R.-, FAVLOV, S.M.; BOBROV,
A.A.; AA�jjkA."4 SHKOLINIKOVs S.A.; VASILIYEVp B.K.;
ERAMIKOV, A.B.; RIKKAN, M.A.; BURAKOV, V.A.; VIADIMIROV,
A.P.; NIKOLAYEVSKIYI G.M.; PETRUSHEV, I.M., red.;
GERkSIMOVA, U.S... tekhn. red.
[Meebanization of loadingp unloading and storing opera-
tions in industrial enterprises] Mekhanizateiia pogruzocimo-
razgruzochnykb i skladskikh rabot na pronyshlemvkh pred-
priiatiiakh. Moskva, Ekonomizdat, 1963. 276 p.
(MIRA 17.2)

BELOBROV, Andrey Pavlavich. Prinlmali uchastiye: TIASK
inzh.-gidrograf; BOODANOVt I.A., inzh.-gidrograf, dots.;
VILINKt, B.A., inzh.-gidrogr&f; 'J'OLKOV, P.D.., lnzh.-
gidrograf,- GORSHKOV, N.M., inzh.-gidrograf; CHUROV, Ye.P.,
inzh.-gidrograf; YASHKEVICH, Ye.V.., inzh.-gidrograf;
STUPAKOVA, L.A., red.
(Marine 17drography] GidrografRa moria. Moskva, Trans-
port, 1964. 534 p. (I-MIA 17:9)

.BASKIN, B.,L; UTIN, LAI.
Experience in-the mechanized build-up, welding of
metallurgical equipment
parts. Avtom. avar. 16 no.4:67-70 Ap 163. (NIFA 16:4)
I* AwrbVftbanakiy truboprokatWy zavod im, V.I.Leninas
(Pipe mille-Maintenanoe, and ropair)
(Mactric welding-Equipment and supplies)

z ,
7 A; -1 =M .111 ". T1.
Mr. , Chair of 114. rtolo_:7y, MArgiz Statn %Udal
Institute, Rrunze, -19/+7-.
"Janus-Like Regenerative For;,,is in the Rainworm,"
Dok. M], 58, No. 9, 1947.

UTBI.:, T.A.; TrMOMIEV, V.I.
R~,aondltlonlng by cle,-Arli; we'id:L;g of
large-s 4 ui
. a aze uyii*,, I
part's of meLallizrgJ erl, equipiwnt'. Avtcc.
avar. 17 nu.le :
61-64 D 164 (MIRA 18:2)
1. tzerbaydzhanSkiy traWprokaUy-1 zavod ti. V.I.
Lcmllia
(for Utin,, Buskim). 2. AzarbarJzhantikiy
tell I --kiy institut neftyanogo
maehlrio~stvoyaniya (for Tirv-
f eyev) -

PIASHTNI$ 2.M.; UTIN, I.A.; X-NCHAHO, I.P.;
FROKOPCHU., G.P.
Reconditioning couplJngs of automatic pipe rolling
mills,
Yetallurg 10 no.5,.29-30 Yj 165. (KMA 18:6)
1. Azerbaydzhanskly truboprokatrWy zavod i Kharikovskly
politekhnicheskiy institut.

USKIN. a. "
Wide use of articles miamdactured frou vaste materials. Prank., -
k9op. ng*9t28.S 157. . . Ocar 1019)
1. Tak-nnb arteliInvalidow 'Promotkbody,m-leningrad,
(Oaprmw)

BDBROVSKIY, Viktor losifovich; GRIDINA, Lidiya Vasillyevna;
WtINp
GrIgRriy Samoylovich; KOBLOV, G.Ya., kand. fil. naa, ftta,,
red.; KOflDTXIY_,_T.T7., r!ed.1 TIKHONOVA.-YA.A... takhn. red.~
(A course of English for seamen] Kura angliiskogo is ka dlia
morskikh uchilishah. Moskva, Isd-vo "Morskoi transW*
1962. 394 p. " (MIRA 16t6)
(English language-Technical eng]-ish)
(Naval art and science--Terminology)

In I TZ p vjz?y -- =IT 7'1-, - - - - --
F., MI.- 1. 1. S.. , ' . I .
Tobacco
come data cr qualitative rating of raw tobacco and makhorka. Tabak
13 no. 1, 1952.
9. MONTHLY L13T OF IRTISSIM ACCE33IONSP Library of Congress, June
1952. Uncl.

Is tr
BASEMjh in anelatorl; SOMIDT.I.A., redaktor;
GIMASIMOVA.U.S., teltmi-
AW16k
cheekiy redaktor
(International electrical eqLtipment cartels.
Translated from the
Inglishl Mesbdussrodnye kertelt-v
elektrotekhnicheskoi*pro-
Wshlennosti, Perevod a anglilskogo U.Neftskina. Kooky&,
Izd-vo
inoltrannot ltl~-rr, 1955. 172 P. (MMA 9:4)
1. U.S.Federal Trade Commission.
(Ilectrio industries)

BASKIV, K,79., inzh.
Are safety fuses in single-phase 35 kv. transfomers
necessary?
Elek, eta, 36 no.Ilt87-88 N 165. (MIRA 18:10)

v "0
;
3
all IL
0 i!j Its 1-.111HIIjAh:
U9
a I-
I
M At
it
Ell
W u"- 0
s Ir .3 'WooU .4 'o -JA -
MAI. 11,

12

"9
A

40

-1

I

..
A
i

A

3.

1
s

.
;A

BASKIKv H. (Professor).
Baskin, M. (Professor) Listed as author of article) "On the
So-Called 'Atomic
Sociology1f" a critique of the brochure, Atompaya aotsiologiva
- ideologichaskove
oruzhiye amerkanskogo iwerializma (Atomic to-ciologyp the
Ideological Weapon of
American Imperialism)p by G. L. YEPI-SKOPOSOV. Article
appeared in Propagandist
i aizitator, no 6. 195/+, of the Main Political
Administration, Ministry of Defense
USSR. (Uispaya Zvezda, MoPcOwt 4 Apr 54)
SO: SUM 1822 13 August, 1954

PAVIDV, N.V., inzh.; BASKIN, M.A., inzh.; SGBOLEVSKIY,
S.Yu., inzh.
W-~
Iayou+ -f an exposed BM 16(~-IOOF boiler unit operating on
pulverized coal. Energomashinostroanis 7 no*4:35-37 A,p 161.
- I (MIRA 34:7)
(Boilers)

RASIIN' M.:z-
----------------
Inanomlo accountability of sbifts at stations* Zhole-dore
tramep. 41 no.9172-73 S 159. (MIRA 13SO
1. GlavW lushener stantaii lAwCan.
N=gan--lallroadm-4ccounte, bookkeeping, etc.)
go
4%

AUTHOR: Baskin, M. L. 120-2-23137
TITIS: Cascaded Voltage Multiplier. (Kaskadnyy Umnozhitell
Hapryazheniya. )
PERIODICAL; Pribory i TekhnikEt "Eksperimenta, 1957, No, 2,
pp. 78 - 83 (USSR).
ABSTRACT: The methods of determining the parameters of
Cascaded
voltage multipliers, as used for the last 20 years
(Refs, 1 - .3) have several advantages,, but at the same
time do not give a cleAr enough picture of the influence
of the internal branch resistances and lead sometimes
to considerable design errors. These errors, depending
on the design parameters, may exceed 100% as can be
seen from a table compiled by Shvartsman (Ref. 4) and
from the tables No. 2 produced by the author. The use of
the old method does not allow for further improvements
in the design of the apparatus. The author proposes,
therefore, a new theory which would allow for improving
the effective power and for the reduction of the internal
resistance of the condenser-rectifier type of voltage
multipliers. The theory is developed from the fact that
for a given voltage and for given parameters the current
at any point is a single-valued function of the load
Card 113 current I, which determines the voltage drop at
any of

A Cascaded Voltage Multiplier.
120-2-23/37
the circuit componentse It is found that in multipliers
the eapacitative voltage drop is of min importance
and it is shown that it is possible to compensate for
it by producing a phase shift between voltage pulsation
at different cascades. The theory also gives a general
solution of the Pagao problem (Ref .1) of how to choose
the parameters for any cascade in. order to increase the
overall potential proportionally to the number of cascades.
Two forms of multipliers are considered (Fig.1). The
theory has been exper~zentally confirmed on a low voltage
A.
installation having 5' cascades, with a maximum voltage
of 300kV. The accura; of readings has been checked
against the energy of vacuum accelerated electrons, giving
full agreement between tbeoretioal and computed results,
the mean square error being about 1%. Circuit diagrams
of the two forms of voltage multipliers, the equivalent
circuit of one cascade, two tables and a graph of the
regulation of the experimental multipliers are given.
There are 4 references, 1 of which is Slavic.
SUBMITTED: November, 16, 1956.
Card 2/3

A cascaded Voltage Multiplier. 120-2-23/37
ASSOCIATION: The All-Union Scientific and Research Institute
for
Hard Alloys. (Vsesoyuznyy Nauchno-Issledovatellskiy
Institut Tverdykh Splavov-)
AVAILLBIE: Library of Congress.
card 3/3

AUTHORS: Baskin, 11. L., Semerchan, A. A. 30-1-11/2119
TITLE: Growth an" Cohesion of CrZat).1s Under the Acti,)n of
Ionizing Radiation (Root i oruchchivaniye kristallov pod
vliyaniyem ioniziruyushchikh izluoheniy)
PERIODICAL: Vestnil: Ail SSSRI 1~58, Vol. 28p Nr 1, pp. 69-70
(USSR)
ABSTRACT: As far baol: as in 194", the authors observed a
considerable
increase of the velocity of crystal ionizat4on under the
action of ionizin- radiation. In order to invectii;ate this
phenomenon the7 carried out tests with a stopped hi,:h-.-.
-tension accelerator, and an aluminu:i foil of 12 - 15 ;.,
thic%ness was used. In a comparatively short time holes
formed in the foil, and it had to be replaced. A thoroii:;h
investigation of this process showed thatt iinder the action
of electron radiation, crystals of aluninu-a oxide rare
formed from the aluminum and atvoanheric oxyZ;en, which were,
ELt first of microscopical dirensinns, tut rhich increased
in size with being irradiatod Ion.-er, rnd rhi Ch -rew
toGotbor and then became separated fro..j the foil. Tests
carried out with thic!,,er aluminum bodies Z,-.ve tha s:~Lie
results at the same conditions, as also tects carried out
Card 1 with other materials. The size of tho crystals depended
on

Growth an~ Cohesion of Crystals Under t.,,.e Action 30-1-11139
of Ionizinb Itudiation
the dose of irradiation. In a scheme the process of crystal.
production is shown &n3 tl~,en discussed. This process can
be utilized in various technical fields (for the production
of inexpensive tools of hi,;h qur-lity from aluminum oxide
for iretal working, etc. ). There is 1 figure.
AVAILABLE: Library of Congress
1. Electrons-Radiation 2. Cr7stals-Production
Card 2/2

BaKiNg M.L. (moscov)
Pkiyelcochoulcal and quantitative analysis by means of electron
absorP-
tion (viethod of known additions and varied amittera)o Zhure fise Wzo
34 no.3t670-674.Xr 160. (MIRA 13:11)
Ul".~rous) (Wiocheirdstry) (Chemistry, Analytical)

28879
14 N S/180/61/000/004/017/020
B073/Z535
AUTHORS: Savin, A.V., Tumanov, V.I. and
yduk, Yu.A. (Moscow)
TITLEt Mutual solubility of copper and molybdenum and
certain properties of molybdenum-copper alloys
PERIODICALt Izvestiya Akademii nauk SSSR. Otdeleniye
tekhnicheskikh
nauk, Metallurgiya i toplivo, 1961, No.4, pp.111-114
TEXT: Mo-Cu alloys are extensively used for electric
contacts. The authors prepared alloys containing 1.5 to 14% Cu
by means of current powder metallurgy methods. Sintering of
molybdenum was carried out at 1700% and the alloys of molybdenum
with low contents of copper (1.5 to 10% by weight) were sintered
at the same temperature. At lower temperatures, either no sinter-
ing took place at all or the material was very porous. The-alloy
with 14% Cu sintered at 16000C. The porosity of the.produced
alloys (determined metallographically) was about 0.6 volume % and
that of pure Mo was about I volume The grain size of the
molybdenum phase was approximately the same for all the alloys
andj
also for pure molybdenum, i.e. mainly 25-30 p. To obtain grains
Card 14

28879
Mutual solubility of copper S/180/61/000/004/017/020
E073/E535
of this size molybdenum had to be sintered for a duration
almost
twice as long as that of the alloys. The properties of the
starting materialst Mo and Ga, were as followst bulk density
1.60 and 1.49 g/cm , respectively; adsorption of methanol
vapours
0.200 and 0.026 mg/g, respectively, The average grain aize of
the starting powders, Mo and Cu, was I to 2 '14. To prevent
contamination with iron, the powders were mixed in molybdenum
lined
mills. The specimens were sintered in molybdenum boats in
resistance furnaces with an open molybdenum heater in a
hydrogen
atmosphere for a duration of one hour and the specimens of
pure
molybdenum for a duration of two hours. Heat treatment was an
followst heating in a hydrogen atmosphere to 950*C, holding at
that temperature for 5 hours and quenching in oil at room
tempera-
ture. Data on the Mo-Cu alloys are given in Table 2, the
column
headings from eft to right being as followss Cu, wt.%;
specific
weight6d, g/cmi; electric resistance x 102 Ohm mm2/m;
& X 10 I/deg; phase composition, Mo denoting Mo-base phase,
Cu - denoting copper-base phase (To Weo - ditto); lattice
parameter
kX; Mo-base phase, Cu-base phase. The tabulated electric
Card 2/X.
Y

28879
Mutual solubility of copper S/18o/61/000/004/017/020
2073/E535
resistance values are averages trom~36 measure'ments, whereby the
maximum error was +2% and the deviations from the average value
did not exceed 0.3W. The coefficient of linear expansion was
determined by means of a dilatometer with quartz rods and
indicator head in the temperature range 18 to 400*C, the error
being within the limits of +2.5%. To determine the influence of
admixtures which*are important in the industrial manufacture of
Mo-Cu alloys, a series of melts were produced containing
admixtures of C, Si and SiO Table 3 gives the obtained
reaults'for Mo-Cu alloys wifh 3, 5 and 8% Cu, respectivelY and
the followin adm~ xture wt.%t 0.05% C, 0.05% Si, 0.10% Si,and
2 'SnAn
.10 Ohm /m; a,kX). The influence of nickel
0.50% Sio m 2 2/m) of Mo_Cu
(wt.%) on the electric resistance (P x 10 Ohm mm
alloys with 5% CU was as follows: 0 - 7-10; 0.5 - 10-31;
1.0 - 12.94; 3.0 - 14.92; 5-0 - 15.29. L. G. Grigorenko,
A. A. MAksimov and A. A..Cheredinov participated in the experi
tetural
mental work, L. Kh. Pivovarov carried out the X-ray stri
analysis and M. N. Nalimova carried out the m6tallographic
investigations. There-are 3 figures, 4 tables.and
Card

28879
~,Iutual solubility of copper S/i8o/61/ooo/004/017/020
E073/8535
12 referencest 4 Soviet and 8-non-Soviet. The English-languago
references read as follows: Ref-3, C. L. Sargent, J.Amer.Chem.
'Soc."1900' V.22.,Ip.783; Ref.7,-M. Hanson, Constitution of
binary alloys, second edition, New York - Toronto - London, 19581
Ref.12, W. P. Sykal R, Kent,*van Iforh and C. M. Tucker, Trans.
AIME, 1935, V-117, P-173.
SUBMITTM July, 15,. 1960- Table 3
3% cu 5% ca 8% CU
08.
npwmu PA.% - t1ol. PX1 FX100.
OA-Ams M IV-Am$ M ~!A' _V"' kX.
7.74 AM 7.10 3.1397, 7.25 SAM
0-056A C.
8.55 3.1393 7.75 - 7.65 3.1395.
0-05% SI - - - 8.58
0 IO%SI 9.6i
0:50% SIO'- -.17,90 1375 M40
Card

5/1 go/W/00(11/006/01 7/020
AUTHORS Tumanov, V.I., Ftinke, V.P., Baskin, M:L~ and
Novikova, T.A. (Moscow)
T1 TIA-7 Physical prop6rtie* of the alloys tungss-ten carbile-..-.
cobalt
P K 111013 1 C A I.: Akademiya nauk SSSR. Ivvesti-ya. otd4planiye,
tekhmicheakikh nniik. Metallurgiyn i tonlivn-
No.69 ig6i , 04-.08
T EX r,., Systematic data on the physical. properties of' Sl(;-Co
allovs hnve not. been piiblished ands therefore, the noth-ru have
jinvemti-Knted the xoecific resistance, the Yoting modultis, the
coefficient of linear exphnsion and the hardnesm ot' WC-Co olJolys
contpining various quantities of tho hinder phase with various
qizeq. of' the. tungsten carbide grains. For the tests, specimen-sa
coiitaining 0 to 100% Co and Appeimenn containing 6 wt-~4 Co were
investigAted, differing as regards the size of the tvingsten
t-irb.-ide grain. The alloys were produced according to ,;tniielard
technology. The main series Of 1111OVR with varioxis contentm of'
hinder had a practically equal average diameter of' the tiingsten
17ard ]/If

Phyqical proporties of S/1-80/61/()00/0()(-)/01-7/()2()
carbide grain of 2.5 It. The phase composition nt* the nlltiv,4
througrhotit the entire rnnge of changes of the Co content
remained
constant; phase WC p1tis solid solution of tiingsten and carhon
irt
cobalt. The porosity of the alloys did not exceed 0,,2- vol.7~,
the tunviten cnrbide hnd a porosity of 1.5;~ The mintere~d
Snecimeris were quenched and annenled; the quenching consisted
of
heating in a hydrogen atmosphero at 10000C for 1.2 hoiirs Arid
cooling in the water-cooled cooler of the furnace. The annealing
w-19 At 1000% for 12 hours in a hydrogen ntninanherp followed by
rooling to 8000C and holding at that temperaturo for 24 hours
.ind Ahev cooling to room temperature at an average rate of
1, 1 %Imin. The specific resistance el the modisjus of
elasticity E, the coefficient of linear expansion a and the
h-Irdness H were determined on quenched and Annealed specimens.
v
The specific electric resistance was determined by tile
compen-ga-
tion gnef-hod iising a potentiometer, the maxiiistim error
being 2.0)~;
the coefficient of linear expansion was determined with a
quart?. rod dilatometer in the range 18 to 4200C with an evrnr
of'
2.5%; the Young modulus was determined by it dynamic method with
Card 2/4

Physical properties of s/I8o/6i/ooo/oo6/ol7/020
E073/95~5
an error of 1%. Fig,l shown the dependonce on the.cobalt content,
wt.% or the following: specifi resistance .0 , 1,Lohm-cm (a);_
modulus of elasticity 91 kg/mma and the coMfficient of.lifienr
expansion a, I/deg ('~); hardness H , kg/mm4l(G). Curves 1 and 3
after quenching, curies 2 and 4 - after annealing. The obtained
experimental results show that the specific electric resistanc-e
is the most sensitive physical characteriitic of WC-Co alloys which
provides an indication of the state and the composition of the
binding and the carbide phases and of tl-~e structure. The modulus
of, elasticity and the 'coefficient lof .11near,-expans.Lon, indicate
predominantly the quantitative relations between the tungsten
carbide and the cobalt in the 'alloy and depend little on heat
treatment and composition of the binding phase. The modulus of
elasticity changes conalderably with the,grain size of the tungsten
carbide. The results confirm the view of the existence of a
continuous cobalt phase in alloys of this type. L. G. Grigorenko
and A. A. Cheredinov participated in the'experiments. There are
2 figures and 4 referencess 2 Soviet-bloc and 2 non-Soviet-bloc.
The tnglish-langua" references read as followat Ref.lt Vawihl W.
and Hinnuber J. The structure of hard metal alloys. Kolloid-Z..
Card 3/4

Physical properties of S/180/61/000/006/017/020
E073/E535
1943, io4, No.2/3, 233; Ref.2t Gurland J. and Norton J. Role of
the binder phase in cemented tungsten carbide-cobalt alloys.
Metals, 1952, 4,1 No.101 1051,
SUBMITTED: June 18, 1961
2S
A
ep,
Sw
z 7 7 ZIA SH A r, rn Aw !'11AL_ 1B 37 ON BA, 80 Elft
Card 4/4
~'-17

31740
S/l36/,61/00O/O12/oo4/oo6
E193/E383
and Anders, N.R.
AUTHORS; Tumanov, V.I.,
TITLE: Some properties of cobalt-bonded tungsten carbides
PERIODICAL: Tavetnyye metally, no. 12, 1961, 68 - 73
TEXT: Cemented carbides are used in increasing quantities
as materials of construction and this prompted the authors to
undertake the present investigation, whose object was to
determine the Young modulus, E I electrical resi.stIvIty, to
and linear coefficient of thermal expansion, a I of WC-Co
alloys in relation to their composition and structure. The
composItIon of experimental alloys is included in Table 1.
The results-of measurements are reproduced graphically in
Figs. 1-3, where the curves marked N, C and B relate to
specimens with the average grain size 1.2 - 1.5 ILI 1*5 - 2-5 11
and 3.4 - 5.0 iL, respectively. In Fige 1,
9 (kg/mm2) to plotted against the Co content (wto%) in the
alloy. The concentration dependence of a(10-6 /00 and
Card 1/6

1 1 31740
9/136/61/000/012/004/006
Some properties of # ... 9193/9383
(D (rx mm2/m is similarly represented in Figs* 2 and 3. The
general conclusion reached was that -E, a and (0 depend not
only on the composition (Co content) but also on the grain size
of cemented carbides, the maximum value of each of these
properties being attained in finely-crystalline materials.
There are 3.:Cigures, 5 tables and 17 references: 7 Soviet-bloc
and 10 non-Soviet-bloc. The four latest-English-language
references mentioned are: Ref. 6 - A.G. Johnson - Technical
Note 3309. Nst. Advisory Committee on Aeronautics, Washington,
D.C.D, CC 1954; Ref. 7 ~- E. Lardner, Mc.J. Gregor. Inst. of
Metals, 1952, no* 80, 369; Ref. 8 - Felgar. Lubahn, American
Society for Testing.Materials, 1957, v-57; Ref. 9 - W.W.Wellborn,
Mater. Design Engx.~p., 1959, v.49, no. 2, 79.
L.G. Qrigorenko and A.A. Cheredinov participated in the work.
Card 2/6

31740

XONINICKMA COCTAO a%*

Co
two

0

CUM

0 0

B M
6.77
0,05
3.16 0.37
O,lt
5,al
116

264

-SKSM
5.96
0.10
5.95 0,39
0.10
14,86
132
M,S
243

cn
MOM

993 0 44
0,10
14.53
200
93.5
194

BK15M
6.11
0706
15:15 0:42
-
13,91
192
88,2
129

BK20M
-
-
19,81 0.37
0.04
13.61
204
86.5
99

BKfiA
5.6D
0.03
.5.80 0.37
-
14.92
!22
90.7
172

ON

tv

I'pynm

co H
BK4
5.79
0,05
4.01 0.36
0.12
5,07
1 W
90 ~2
146

-0
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-
5,78
0.06
6.04 0.38
-
14.85
152
90.9
168

0 ! I .
BI(8
S. 6$
0,05
7.86 0.38
-
14.65
198
88.9
140

BK 5
542
0,04,
14,73 0.41
-
.14,02
212
87.9
103
1

0
By

4.92
05
0
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0,11
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4.30
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Some properties of ....
317hO
S/136/61/000/012/004/006
E193/E383
Table 1-. Composition, physicomechanical properties and micro-
structurb of tungsten-cobalt alloys studied in the.
present investigation
Key: 1 Chemical composition, Jo'; 2.- Properties;
.3 Microstructure; 4 Volume-percentage of
WC particles of the'sizes
5 - total carbon; 6 - combined carbon;
7"- specific gravity, S/cm 8 - strength,
2
kg/mm i 9 hardness, %A; 10 Coercive
force, Oe; 11 - Porosity, %; i2 - Maximum
size of individual pores, Iq
13 - Graphite
inclusions$ 94;_ 14 - Fine-grain alloys.
15 Average.grain-size alloys; 16 - Coarse-
grain alloys.
The,remainder is tungsten and additions of other elements,
Al, etc.)
(Si,
4~.*, Dashes indicate that the pore dimensions are les's than 5 It.
Card 5/6
11~
0

qoo/~oo/zTo/ooo/Tq/qcT/S
OILTC

Woes

Ta
JO GGT4jodoid smoS
Ta

J!g :z 2 40
33452
S/126/61/012/Oo6/oo9/023
F.193/9383
AUTHORS: . Baskin, M.L., Tretlyakov. V.I. and Chaporova, I.N.
TITLE: Diffusion of niobium, in titanium carbide and in the
TiC-NbC solid solution of equimolecular composition
PERIODICAL: Pizika metallov I metallovedeniye, vol29 no* 6.
19ft, 86o - 864
TEXT: The object of the present investigation was to obtain
data on diffusion of Nb in titanium carbide and In the TIC-NbC
alloy, indispensable in solving the problems arising in studies
of processes taking place during the preparation.of-so.-called
complex carbideno To facilitate sintering of TiC specimens,
0.25% Ni was added to the powder mixture,.the Ni binder
volatilizing completely during subsequent sIntering. Simtering
of both TIC and TIC-NbC specimens (15 mm diameter, 5 mm thick)
was carried out in vacuum I two stages: slow heating I
(10 0C/min) to about 1 930,%, followed by 2.5 hours at'2 300 OC
(a high sintering temperature was used to ensure that no.grain
growth would occur during the subsequent 0diffusion anneals ~
carried out at temperatures below;2 300 C. The properties of
Card 1/,# -~

33452
S/126/61/012/006/009/023
Diffusion of niobium 5193/E383
sintered compact$ are given in Table12. T he method employed
for determination of~ the diffusiong0efficients, D , entailed
deposition of thin, radioactive Nb -films on one side of
polished specimens, and measuring the counting rates on the
opposite side as a function of time at the test (diffusion
annealing) temperature. -The results (average of four measure-
ments) for the diffusion of Nb in TiC are given in Table 3,
those for diffusion of Nb in TIC-NbC alloy being given in
Table 4. The variation of D In the former and latter caseA
can be described by~
D =~244 exp (1. "400 cm2/see (4)
RT
and:
2 120 000
D 4-7 x 10 exp Rt- (5)
Card 2/1 -~

Diffusion of niobium
33452
S/126/61/012/006/009/023
9193/1383
the two values of 84 000 and 120 000 repre*Vnting the
activation energies (cal/mole) for the respective
processeso
Thmesults obtained showed that addItion of NbC to TiC
do .eases considerably the rate of diffusion of Nb, which
indicates that the atom.ic-bond forces in the TiC-NbC
solid
solution are higher than those In TIC. Acknowledgments
are expressed to L.G.-Grigoranko and N.S.
Anikinagtechnicians.
There are 3 figures, 4 tables and 7 references; 6
Soviet-bloc
and 1 non-Soviet-bloc.
ASSOCIATION: Vaesoyuznyy nauchno-IssledovAtel'skiy
institut.
tverdykh splayov (All-Union Scientific Research
Institute of Hard Alloys)
SUBMITTED: January-24i 1961
Card 3/,F,3

-9/ Z4~00
J- AUTHORS:
TITLE,:
PERIODICAL:
41520
s/126/62/oi4/003/0.11/0
1~202^49Z~
Baskin, M.L. Trot yakov,,, V. 1. Chapo~rova, I.No
Diffusion of t ngsten in' mionocarbides of tungste
u n
tantalum, titanium, and in solid solutions of
TICWC and TiCWCTaC
Fizika metallov i metallovedeniye,' v.14, no-3, 1962,
422-427
TEXT; Diffusion. coefficients of,tui~gsten (D), and activation
energies (Q) j during the ditrusion of 1W in Tj.-C,- WC,' TaC and. in
solid solutions comprising: 93% TIC +*7% WC; 77% TiC + 23%-WC;
59% TiC + 34% WC + 7% TaC and 48% TiC + 37% WC + 15% TaC
(all % mol), were determined. A method.of introducing and
anchoring on the surface of the sampl-e radioactive tungsten was
developed. Considerable difficulties were experienced in
compacting and high temperature diffusional annealing. Chemical
composition including combined and free and t46 stoichiometric
C content, lattice parameter.of the original:qonstituents and
their brigin were given an well as' the details of the compact&.
The latter iiicluded specific gravity,~lattlce~ Iparameter, porosity,
-.Card 1/2
-7

S/126/62/014/003/011/092-
Diffusion of tungsten ..t 9202/E492
grain size and Ni content (spectrometrically) L. Foster's
method (J.Amer. Coramic"Soc., v-33, no.1, 1950, 27) of
compacting was used throughout. D values for the diffusiona'l
annealing at 2130, 2170;-2230 and 23000C were determined for,
the above compositions
-and the Q and Do-values calculated
therefrom. It was found that TiC had the lowest Q
(115 + 8 kcal/mol) while 50% TiC + 34% WC + 7% TaC had the
highest (225 t'27 kcal/mol). Addition of TaC'to the solid
solution of TiCWC substantially.increased Q. Cer'tain
compositions of TiCWC and TiCWCTaC showed maximum values of Q.
The presence of these maxima were explained by thi energy levels
'4 tables.
and the incomplete 3d shell in titanium. There are
ASSOCIATION: Vaesoyuznyy nauchno-!iaaledovatellskiy inatitut
tverdykh splavoV (All.Union Scientific Research
institute of Hard Alloys)
SUBMITTEDs December 26t 1961
Card.2/2-

Wp(q)/~W(z)/BW AYTTG/ASD JD/fN-2/.JG
AOMSION IMt AP30028%
S/Ouz/63/013/065
TX=t :Meat of ma elevated towWatoxe.lon bara~,
l5#'m0'q'6x 1963$'Wi~943
MICI TAWt,.Tl5X6 hard allm Ph
, y, - ~1!0$ &Uoy.. 006p"ition,, Tl% alloy ase. all.
VORItIOAs- Tl5X6 6119Y b7drOitiftO cOmpression., T15KS alloy
b1gla-tem1perature
bydrostAtIa amprossion, blgb h~rostatj* pressure
AWTUC T t The affeate of blah bydrostafto pressure kg/m ad
(up to IOD.QOD
rat we (MV to.lxm) the, 06 (12.5% TI .5% C, 6%
on ba~' :falloy T151 f
were studiqd, The sit the alloy conslstgr6f three pbases':
0010PO) ruo
WO aarbldej a TIC-WC 3olld solution containing Q)% wei and a Co "a a solid
solution of small quantities Of, V (mV to 3%), Tj (up to 0. 5%), and C NP
to
0-5%) In Co. CYlindricial specimens 6 m in dismetWand 8 = long vere sub-
Jected to & P"Glum Of lOOsODO WON L wA UM-Oratuft of 14= for 5 min MID14
then owled at-Ahe rate of i5a/mi~. WeroeoOple exuduatIon revealed no chanWo
L:
in porosity (VP t0 0.2%),, SrW#Uts *(Mteut (UP to 0-5%) Or
(3,46 11) and TLC-WC love" found In vast

L 18077-63
ACCESSIM NR; AP3DO46DO s/oi26/6J/oi6/ooi/onj/6ii6'
I.; ~nkej V._?'
ATJTHORSt Baakin~ M. L.;
11 ME: V4dulua of elastiol
/for alloyst jMgsteS carbide-cobalt
`1963,
:SCURCE: Fizikei metallov I metallovedeniye,g v. 16t 1100 11 11~416
;TCPIC TAGS: tungsten carbide-oobalt, alloy, modulus of elasticity. J
tis
'ABSTRACT: An attempt is made to determine the relation of
WC-do'elastic proper ea.
Ito their corwaition and structure. A formla Is offered which
expresses the rela-11
ition of Young's rodulus E to the Go content. Three structural
variants are dia-
,culsed, and the formmlaa for E in each vm-iant are offered. 1) The
phases are
!distributed in layers parallel to the main sample axis;
E. Ea + (El - E.) q,
The phases Pre distributed in layers perpendicular tu the axis;
C, (I
U,
"A
j.Cqrd_-_l/3_

L 18077-63
4
Uccmrm, WRt AP3004600
3Y The matrix distribution of pfissess a) cobalt matrix with
disseminated WO-grain
E..- Ej I ej (El Ej Ej..
'.carbide matrix witli disseminated Cc grains;
4
E4 E, + e, (El Es) :E.').
E.' 61 - (El -PS) AS, 3
.In these formulas Rap Ej and Z~v erte.$ are the elasticitz moduli of
the variants
-~stracterfs note: d2, is
land el is'volumetric concentration of tungsten carbide-LA
not explained7. The results thus obtained eonfirm the previous
deductions: pertaiid4 ~~.l
Ao the WC-Co structure. These deductions were based on the relation
of electrical:. 71
Card

L 18077-63
J,
ACCESSIM NRs 93004600
Iresistivity as wen as on the p1welcal and mobanical properties of
these al
their content of Co. Orig. art.hast 6 formlas and 3 figures.
ASSOMA7TCNi
Vassoyumy*ynauobno-iseledovatellaklyinatitttttvardy*khaplavov,,
(Ail-Union'sclentific Research Institute of Hm-d, Alloys)
SUBRITTEDs 19Apr62 DATE ACQs 27Aug63 IN mi,
SUB CODEs IML NO RYP SM 009
-OTHER's
00
F
Card 313

BASKIN, M.L.; TUMANOV, V.I.
Device for meamwing Mmaific electric res4stance. Zav.lab. 29
so.4t 508-509 163. (MMA 1615)
lo VeesoyumW saucbso-iseledovatellskiy institut tyerdykb splavoy,
.(Zleotrie'resistance-Mbasurement)

BASKIN, TRETIYAKOV, V.I.; CHAPOROVA, I.N.
Niobium diffusion in titanium carbide in a solid solution
of TiC-
NbC-of equimolar composition, Fiz. met. i metalloved, 12
no.6:
860-&4 D 161, (MIRA 16:11)
1. Vsesoyuznyy nauchno-issledovateltakiy institut
tverdykh splavov.

==0]l NHs AP4019817 S/027P/64/000/001/0170/0175
WIDRS% 'Tumanovs V.,I. (KOSCOV); !P~Mkoj, V- F- (NOBCOW)i BA, !jL
M-~ L- (Moscow);
Avovikova,, T. A. (Mosc6w~
TITLEt T*crature effect on physical properilas ot tungsten carbide
and cobalt
alloys
SHIROM AN =Z(. Izv xetiiiurgiya i cornoye, dolo, no. 1, 19642 170-175
WPIC TA063 comet alloy, metalloceramic solid alloy, WC+Co alloy.,
WC+Co physical
propertiespl; 1410 grain sizoj, Wb+Co ther6a oxpansio~, WO +. Cc
electrical rosistiv,-~o
ity
ABSTRACT: This work was carried out in order to determine the
variation in the
;elasticity *ulusj linear expansion coefficient,, and specific
electrical resistiv-j
ity of *r)C*" with respect, to the temperature changes (8DO-IM)s the
cobalt con-
tent., and the grain size of the IC-phase. Thd, samples consisted of
two sets%
1
the &1.1o ontaining 0-50 wt% of Cc and made up Of equal WO-phase,
grains (2.9"*A
2
!6
tt); 2ft'bs alloys with a corAt=6 Cc conteAt 4% and with. varied
grain sizes
Tjc-~4;0 (1.7-3.7p The results aro ahosm on Pipres 1,, 2 -and 3 of
the
Card 115