SCIENTIFIC ABSTRACT YASINOVSKIY, M.A. - YAGLOM, I.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962220017-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

JASI~~OVSMU,--M,-A., prof* (Odessa),
Professor L*F. Dmitranko; an c)bitwtr-*;. Vrech delo n0;7:777 J1158
(DMITRAM, LBOHID FILMOV:CH. 187e,1958)

YASIIIOVSEIY, 14.0. ClAsynoys,kyl, M.O.], zasluzhonW doratelf. naWd, prof.(Odessa)
Rheumatism. Ifauka i zhyttia 8 n0.2:25-28 7 158,
(RMIQ.Tj SM) (111RA 13:5)

YASINOVSKIY, M.A., snaluzhennyy deyntel' nauki prof. (Odesen)
Chronic forms of hepatitis and liver cirrhosis no sequelae of
Botkin's disense. TerRu.nrkh. 30 no.2:20-31 F '58. (MIRA 11:4)
(HEPATITIS, IMCTIOUS, complicRtione,
chronic liver cirrhosis & hepatitis (Rus)
(LIVER CIRRHOSIS, etiology and pathogenesis,
Infect. hapntltfii (Rils)

YASINOVSKIY; M.A.
"DE LIACTION ANNINFIAMTOIRE DES 140YET1 IC-DICINEAUX CONTRE LE, MIUMATISME."
presented at the 4th European Rheiumtological, Congress, Istanbul Turkey, 28-30 Sep '59.

JASINOVSKIY, M.A., prof., zaeluzhenzyy dayatell nauki; TERLETSUYA. T.M..
kand.med.nauk
Some side effects of butadione [with nummar7 in Inglish]. Vrach.
delo no.1:1-6 '59- (xrRA 12:4)
1. Irakulltetaka*Ya terapevticheakaya klinika (zav. - zaaluzhennyy
deyatell nauki, prof. M.A. Yasinovskly) lachebnogo fakulltata Odes-
skogo meditsinakogo institutai
(Pr=OLIDINMIORE)

~YASINOVSKIY.- -A-- .-rof., zasluzhennyy doyatel' nauki; PWIMINAYA, R.B. (Odossa)
Rheumatic fever and the thyroid gland. Probl.endok. i gorm. 5
no-3:57-68 My-je '59. (XIRA 12:9)
1. Iz goopital'noy i fakul'tetskoy terapevtichookoy kliniki
(zav. - zasluzhennyy deyatel' nauki prof.M.A.Yaainovskiy)
Odeselcogo meditsinskogo instituta imeni N.I.Pirogova (dir. -
zasluzhennyy deyatel' nauki prof.I.Ya.Deyneka).
(Rnuanc Yffn' physiol.
thyroid gland funct. (Rus))
(THMOID GIAIM, In various die.
rheum. fever (Rus))

YABIllouny, II.A.
"Clinical endocrinology' by N.A.Shereahevskii. Reviewed by
M.A.Ihsinovskii. Probl.endok. i gorm. 5 no-3:117-119 MY-Je
159. (MIRK 1?-:g)
(HIMOCRINOLorry) (ShMEMVSKII, N.A.)

TASINOVSKIY, M.A., prof., zasulzhennyy deyatell nauki
Yorms of rhou-tic fever resembling typhold andEcute septic fever
rrach.delo no.60-571-575 Je 159. (MmA ;2:12)
1. Fakulltetskaya terapevticheskaya klinika (zav, - zaeluzhounyy de-
yatell nanki, prof. M.A@ Tasinovskiy) Odeaskogo meditsinskogo inatituta.
(RHWMATIC Fly
7

saaluzhennyy deyatell naukl, prof. (Odessa)
"Diagnosis and treatment of protracted spetic eudocarditle" [in
Ukralulanj by I,P, larner. Reviewed by M.A. Usinavskii. Vrach.
delo no.lrlOl 160. (MMA 13:6)
(nWCARDITIS) (LZMR, I.P.)

YASINOVSKIYO M.A., zasluzhennyy deyatell nauki, prof. (Odessa)
"Oxygen insufficiency in hypertension (prophylaxis and treatment)"
[in Ukrainian] by M.S.Zanozdra. Reviewed by M.A.IAsinovakii.
Vach.delo no.4:439 Ap 160. (MIRA 13:6)~--
(HYPERTENSION) (ANOXEMIA) (ZANOZDRAt M.S.)

YASINOVSKIY M A zaal.,deyatell nauk, profal (Odessa)
nOutlines of the history of therapy in the Ukrainian S.S.R." b7
A.L.Mikhnev, K.F.Duplenko. Reviewed by M.A. IABinovokii, Yrarh.
delo no.9t133-134 8 160. (MIRA 13: 9)
(UKRAINE-THERAPEUTICS) (MIKHNEV, A.L.)
(DUPLENKO, K.F.)

YASINOVSKIY, H.A" zasluzhenn deyatell nauki, prof. (Odessa); HALAYAt
V~y
-Uhar Iko
Fourth EuropeAn Congreso of Rheumatic Fever Specialiots. Vraell,
delo no.l2sl46-149 D"160, (MIRA 14:1)
(RMMTIC FEVER-CONGRESSES)

-Wj!~O~VSh~t., prof.j LEPYAVKO, A.G., kand.moditainskikh nauk;
NKOP L.A., prozektor
Chloroma (ahloroleukemia). Kaz. mod. zhur. 1#2 no.3:25-29 li~-Je
. l6o. (MIRA .13:9)
1. Iz gospitallnoy terapevticheskoy kliniki (zav. - prof. M.A.
Asinovakiy) Odesskogo meditainakogo instituta.
(CHLOR014)

KUSULEVSKIY, Boris Pavlovich,,~~~SINQY4~IY~-Likhmil-Alok~a~ro-vichj*
RYSS, Somon 14ikhaylovich; MYASNIKOV, A.L... prof., red.;SIITUTSER,
N.V., red.; M-U-SHAK, H.&J. red.; BULIDYMEV, N.A., tekhn. red.
(Diseases of the joints. Rheumatism. Avitaminoses]Bolezni susta-
vov. Revmatizm. Avitaminozy. Moskva~ Medgiz., 1961. 398 p.
(MIRA 15:10)
1. Deystvitellnyy chlen A-kademii meditainskikh nauk SSSR (for
Myasnikov).
(JOINTS-DISEASES) (MMUMATISM) (DEFICIENCY DISEASES)

YASINOVSKIY M.A. prof.
Results of antirheumatic drug treaptt in preventing rhe=atic
relapses. Vop.revm. 1 no.2s55-61 a 161. (MIRA 16:4)
1. Iz kafedry fakulltetskoy terapii Odesskogo medit8inakogo
instituta i otdela, revmatologii Ukrainskogo nauchno-ineledovatelf-
skogo instituta, kx%rortologii i fizioterapii.
(UKRAINE--RHEUMATIC Fk;v (CHMTHERAPY)
F 2 i-~ 90&2 lrt~ MIM *XVA !FW VIAJ M

DUBOTYY,'Ye~D... prof.- YASINOVSKIY# MsAe, prof. zaaluzhennyy deyatoll
nauki (Odesaai
Comparative evaluation of the effectivness of radiation therap7
in erythremia. Klin.med. 39 no.4*.19-23 161. (MIRA 14:4)
1. 1z fakulltetskoy terapevticheskoy kliniki lechebnogo i-sani-
tarno-gigiyenicheskogo fakullteta (zav. - iasluzhennyy doyatell
nauki prof. M.A. Yasinovskiy) i kafedry rentgenologii i radiolo-
gii (zavo - Prof. Ye.D. Dabovyy) Odesskogo meditainskogo instituta
Imeni N.I. Firogova (dir. - zasluzhennyy deyatell nauki prof.
I-Ya. leyneka).
(HUTHREMIA)

YASINO . M.A.9 zasluzhennyy deyatell naukig prof.; ZAYK09 N.Ntj prof*
(Odessa)
"In.f2ammation" by V.V.Voronin. Reviewed by M.A. Usinovokil, 11.11.
Zaiko, Vrach. delo no. le.135-136 161. (MIRA 14:4)
(INFUMMTION) (VORONIN, V.V.)

YASINOVSKlYp M.A., zasluzhennyy deyatell nauki, prof.; TERISTSKAYA, TAP
RUDENKO,, B.B. , kand.med.nauk
Clinical use of hypothiazide In edema of varied origin. Vrach. delo
no-1144-50 Ja 62.. (HAIRA 15--2)
1. Fak-altetakaya torapevtichookaya klinika (zav. - chlen-korrespondent
AMN SSSA., zasluzhermyy doyatell nauki prof. M.A.Yasinovskiy) Odesskogo
maditsinsko 0 instituta. 2. Chlen-korrespondent AMN MR (for Yasinovskly).
RRI"IZINE) (EDaTA)

YASI-BOVSK17Y U.A. prof.; PEMIMUTER., YeAep kand.med,nauk
AcuU pErychotic outhwots in the late stages of rheunatic fe7r-T.
Vop#revm. 1 no,407-91 O-D 161, (MIRA 160)
1. Iz gospitallnoy i fakulltatakoy terapevticheskikh kliniki
zav. - prof. M.A& Yasinovskiy) i psikhiatricheskoy koiniki
tv, - Prof. L.A. Hirellmon) Odeaskago meditsinakogo insti-
tuta (dir. - prof* IeYa,, Dayneka).
(RHEUMATIC FEV ) (HALLUCINATIONS AND nwsioNs)

-Prof.~ zasluzhennyy deyatell nauki; BOYKO, G.F., dotsent
YASIRIOVSKIY, M.
Myocardial infarct in rheumatic fever. Kardiollogila 5 no.2:
10-15 163 (MM 17:2)
l.'Iz fakulltetskoy" i gospitallnoy terapeyticheakikh klinik
Odesskogo meditsinskogo instituta imeni Pirogova. 2..-Chlen -
korrespondent A14N SSSR ( for Yasinovskiy).

-YASINOVSKTI., M.A.P prof., zazbpKhwnyy deyatell nauki (Odessa)
Review of N.E. Kavetskiils book "Treatment of hypertension".
Ter. arkh. 35 no.4:118-1-19 AP'63 WIRA 17t1)
1. Chlen-korrespondent AMN SSSR.

YASINOV5flY, M.r,.,, Borfo, CF'.
y oc ard 4 a' irfarctions dl'.airdcro of cere'-f-d
circulation, wzute rhyLILn dliswdrra and per-foration of tre
InLerventricular septum. Trwh- Inst'. k"Lln. i aksp-~r. kard.
PI; GrjjZ. SSIJ P_.3-1-117
2. Gospil~allnaya V,-kulltet~.slkaya -,er--iFt--vt.Iche-skiye kl-.r2.kL
Odp-3skogo med-its-iriskogo Iman.1 Firogova.

SADOVkKOV, V.A.,` YASIXOVSKIY, M.Ya.
Establishing a reference and information collection at a
plant.' Opyt.-rab...po tekh. inforia..i prop. no.3:24-28 163.
(MMA 16:12)
1. Nachallnik otdela-tekhnicheskoy informataii i izot=etatelf-
stva Moskovskago-zavoda..malnlitrazhnykh avtomobiley (for
Sadovnikov). 2. Starshiy inzh. Moskovskoko zav6da malolitrazhnykh
avtomobile'y (for Ya-sinovskiy).

Ye.
YASINOVY
Algebra problems, exercises, etc.
Froblems blat. v shkole No. 1, 1952
Monthly List of Russian Accessions, Library of Congress, May 952, UNCLA--'SIFIED.

YASINOVYY, )E. (Kitybyahev).
ATmlication of the rules of arithmetic operLtions in identical transformations.
Kat.v shkole no-5:21-24 S-0 '53. (KWA 6:9)
(Transformations (Huthematice))

T M BMWs
TASINOVYT, N.A. (Kuybyshev)
Some results of scholastic examinations in the spring of 1955.
Mat. v shkole no.2:26-28 Mr-Ap '56. (mLRA 9:6)
(Mathematics--Problems, exercises, eto.)
9 M-A

Em - - -
TASINOMI B.A.
T=ri%tI`o;;Aty of certain Viai-~s of trigonometric functions.
Hat. v shkole no.30-6 MY-Je 158. (MIRA 11:5)
(Trigonometrical functions)

YASIMV'YY, E.A. (Kuybyshov)
Pio-ving trig-o-nomatric Identities by neans of the theoren on
a polynnmial Identically equaling zero, Hat. v shkole no.2:
90-92 Mr-Ap 159. (14IR& 12:6)
(Trigonometry)
IT T "I'M
M-0-22-M,

MIKUYLOV, A.V. (Chitinskays. obl.); BEVZ, G.P. (Kiyov); GISIN, B.V.,
(Alma-Ata): SAUDLER, TS.M (Sumy); AVMUKH, M.P. (Leninabad);
SHNIFOR, B.N. (Vinultea); ZAKHAROV, V.L. (Minsk); T&SIR-3TTYT,
B.A.. (Kuybyshev); VOSKRESEIISKIY, S.N. Kuybyshev)
Problems. Mat.v shkole no.4:94-95 Jl-Ag 159.
(MIRA 12:11)
(Geomatry-Froblems, exercices, etc.)

TASIKOVYY. E.A,-(KjUybyshev)
Irrationalit7 of numbers of the ~d-nd coo -k 7r, sin tg -L I
Mat. v shkole no.5:51-53 S-0 160. ~& tL (MMA 13 i 10 r
(Trigonometrical functions)
(Numbers, Irrational)
I

3.A. (l-uyby..'.ev)
----------
RerArks on two to,-)ici; in ti~o alr,abra couree foi z,,bc,c
Mat. v shl:ole no. ".":54-55 I-D 160. Ca. J. 1': 2)
(,'!L-cbrL---:~tvdy ard teachir-)

YASINOVYY, E. Mwbyshev)
Fammples of incroaaad efflcianc7 of matbowtico claores.
Mat. v sbkole no.3-45-46 My-Je 163. (MIRA 16:7)
(Mathematic"tudy and teaching)

ASINSKAITE J - n-RVYTE, A.: MATKUTIE L; MOLDEME, B.,; IIAPtVYDAITF, 0.;
A.; PUODYTE, M.; RADUNIGNTIF", D,; REKSNZTE, B.; S:,'PE-IYTr,, 0.;
TREBUTYTE, M.; VALAK-,'VICITNE, I.; ZINX,"-WICIUTEY Z.
The incidence and piperazine therapy of ascariasis among students
of the Vilnius Republican School of Medicine. Sveik. apsaug. no.12:
41-43 .,62.
1. Respublikines Vilniaus medicinos mokyklos mil=oblologljos burelis.
Mokyklos direktorius -- R. Markauskas; burelio vadovas J. Rublkas).
(PIPERA7,Ilrz,) (ASCARIASIS)
ol

PIFM~-- Mull m
T- -I--- Garid 11V oz7a
YLSINSKAP) of rue, -cj---
# 1.9 .1
Di-~*ferential Converter of the Transformer Type," Kalanas, 1959, 15 PD (Kaunas
PolyLeciinical Institute) (KL) 8-60: 117)

F., med. m..kanda
On the technic of bronchography. Sveik. apsaug. 8 no-5125-30
163.
.1. Kauno Valst. medicinos institutas., Rektoriua - Prof.
Z. Tanuskevicius. Resp. Kauno klinine ligonine. V~T* gydytoJas
med6 m. kand. P. Jasinskas.
(BRONCHOGRAPHY) (DIBUCAINE)

USINSIAYA, A.A.
Relation of the main physical characteristics of sphalerites to
their chemical compoaition. Kin.sbor. n0-5:201-210 '51.
OM 9: 12)
1. Gostwiversitet iment Ivaus, Franko, Llvov.
(Sphalerite)

UM/Geophysics - RMAetism, May/Jun 53
"The Dependence of Magnetic Susceptibility of Zinc
.Blendes Upon the Substitution of the Zinc by Iron,"
G. 1. Kruglyakova and,!A. A. Yasinskaya;-~-Inst of Greol
.of Useful Minerals, Acad Sci USSR
Iz Ak Nauk SSSR, Ser Geofiz, No 31 pp 225-227
Clarifies the relationship of magnetic susceptibility
to chemical compn. Investigate magnetic suscepti-
bility.,,using A. G. Kalashnikov-system torsion
balance. Establish that magn ic susceptibility of
zinc blendes can be represented as a linear function
of the percent of substitution of zinc by iron.
25&.V84

YABINSXAYA, A.A.
~6'pholp
or _&ical characoerintics of sphalerites laukozape
~ I
Llvir.un. 2316N-99'~,,~953. (mia 10; 3)
(SpWerite)

I-)
USSR/Coamochemistry.- Geochemistry. Hydrechemistry, D
Abst Journal: Referat Zhur - nimiya, No 19, 1956, 61305
Author: Yasinskaya., A. A.
Institution: Rone
Title: On the 0.)1oration of Zineblende
Original
Periodical: Mineralog. ab. L'vovsk. geol. c-va No 9, 293- 95
.pz,i un-te, 1955, 2
Abstract:
Card 1/1
Investigations of the author provide additi=al materials on the
role of iron as basic chromophc)re in sphalea,ite. A 3-5% Fe cont4t
corresponds to dark brown coloratjl:~m cf the mineral, while 10-10''
to a black and dark grey. Sputty cUoration is due to uneven dis-
tribution of coloring admixtures. Spectral absorption curves have
been obtained and chemical anal~mes have been made of 3 specimens
of sphalerite: frcm Khamnite (pale g:reen), kapnik (yellow) and
ku-7nechikha (honey-yellow). , Chem*1 ccgp,~oitjon (in %)'I respec-
tively: Zn 65-71; 65.44;.G4.'623 0-343 2.13; 2 .53; Cd-b.40; 0.20;
0~'U~V,0* Mn -0 taaces; tisces.' S 33-553 32.233 32-70. change in
colorat-",= has n!.-, effect on the natr-~ -;f spectrim lines.

LAZARINKO, Te.K., oty.red.; BOBROVNIK, D.P., prof., doktor geologo-
mLneral.nauk, zamestitall otv.red.; VARTANOTA, M.S., kand.
goologo-mineral.nauk. red.;.TASINSKATA, A.A., dotment, kand.
goologo-mineral.nauk. red.; GAM$'-S.L. red;; SARAIM o T. T.
takhred.
(Mineralogy of sedimentary formational Toprosy zineralogii
oesdochnykh obrazovanii. Otyat.red.B.I.Lessrenko. L'vov.
Books 3 and 4. 1956. 673 p. (NMA 13:7)
l.Vvov. Universitet. 2. Chlen-korrespondent AN USSR (for Lazareako).
(Mineralogy, Determinative) (Rocks, Sedimentary)

15-57-4-4588
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 4,
p 84 (USSR)
AUTHORS: Yasinskaya, A. A., Koltun, V. I.
TITLE: Dolomite Pseudomorphs After Rock Salt in the Stebnits
Series in the Cis-Carpathian Region (Psevdomorfozy
dolomita po kamenno soli v otlozheniyakh gtebnitskoy
serii PredkarpatlyaT
PERIODICAL: Mineralog. sb. Llvovsk. geol. -o-vo pri un-te, 1956,
Nr 10, pp 339-340.
ABSTRACT: Casts of halite crystals have been discovered in clays
enriched in Ca and Mg carbonates. They occur chiefly
at the boundary between two layers of clay, the combined
thickness of which is 0.5 cm to 2 cm. The layers are
distinguished from each other by difference in color.
At the top of the lower layer and the bottom of the
upper layer numerous, variously oriented, yellowish
Card 1/2 brown cubes, I mm to 2 mm across, have been observed.

1.5-57-4-4588
Dolomite Pseudomorphs After Rock Salt in the Stebnits (Cont.)
On cutting them in two it was discovered that they are empty pseudo-
morphs of carbonate after halite. These pseudomorphs cover as much
as 30 percent of the bedding plane. Under high-powered lens druses
of small crystals of platy and rhombohedral dolomite are found,
Povering the walls of the cast. In thin sections of rocks that
dontain pelitic particles of argillaceous and carbonate material,
various sections of cubes, 0.6 mm to 2 mm. across, may be seen. Some
sections are completely filled by grains of dolomite. Other sections
show only a border of crystalline grains of dolomite along the edge
of the cube. The indices for the dolomite were determined to be
No = 1.691 and Ne = 1.501.
Card 2/2 G. A. G.
7

130BROVNIK, D.P., prof., red.; VARTANOVA, N.S., dote., red.; KMIN, Ir.N.,
dnts;. red.; WAXWO, Ye.K., prof., red.; WIXMTA.-A-A-,
dotBej red.; GAZIR, S.L., red. izd-va; MALTAVKO, A.V., tekbn.
red.
[Clays, study and utilization; conferenae papers] Issledo'vanie I
ispolIzovanis giin; mt'eriily soveshchaniia. [L1vOv']'Izd-'vo
Livovskogo univ., 1958. 856 p. [Swmnaries in Nnglish, pp. 811-M].
.(MIRA 11:9)
1. Soveahchaniya po is8ledovaniyu i 1epol'zovaniyu glin. iffov, 1957.
2. Chlet-korrespondent Akademil, nauk USSR (for Lazaranko).
(clay)
4 L
'.N

TASIIISKAYAO,,A,A.: KUDRIII, L.N.
Mineralogical study of Manstrichtian deposits of the L7ubsn'
Velikly bealtb resort. Vop.min,osad,obr, 5:267-269 ,38.
(Lvov Province--Mineralog7) (MIRA 121))

PIOTROVSKIY, G.L.; YASINSKAYA, A.A.
Manual by Xmilla, Przybora "X-ray structural methods for identi-
fying minerals aai rocks" [in Polisbj. Min.9bor. no.12:458-459
1513. (HIRh 13:2)
1. Gosuniversitet imeni Ivana Franko. LIvoy.
(X-ray crystallograpbr)

MATKOVSKIYP OJ.; YASINSKAYA, A.A.; CHUIDGHNIKOVJ V.I.; fAVLISHIN, V.I.
Sulfide and complex metal deposits in the Chivchin Mountains.
Min. obor. no.16:273-284 162. (MIFA 16-.10)
1* QqihWarfltvennyy universitet imeni Ivana Franko, L'vov i
Livovskaya geologicheskays. ekspeditsiya.
(Carpathian 14ountains--Ore deposits)

GORZHEVSKIY,-D.I.; KOLTUN, L.7.; LAZARENKO, le.K.; LAZIKO, Ye.M.;
MkTKGVSKIYI 0.1.; SLIVKO, M.M.; YASINSKAYA, A.A.
Academician A.G. Betakhtin; obituary. Ydn. sbor. no.16:454-
456 t62. (MIRA 16:10)
(Betekhtin, Anatolii, Georgievich, 1897-1962)

SIDOREMKO., Ye.F.; YASINSHAYA A.A.
.I!pdoi;ov meeting. Min. abor. no.16:462-464 162. (MIRA 16:10)
1. Gosudarstvennyy universitet imeni I.Franko., Llvov.
(r
jrysta-Uography)

YASINSKAYAt A,A,; YELISEYEV, E.N. 11 (vjfa 17-11)
-95 163.
lit4. Kin. sbor. UO-17:90 Iko LIVOyo
1. Goaudarstvannyy universitat. imeni Frar P

YASINSKAJI$1 A.A.
ldorpholrngical character-l's-1-1--s of the spherical Firite corii-reticw
from Cretaceous sediments In the southwestern margin of tr-ze
Rusdan Platform. Min.sbor. 18 no.1:80.-91 164.
(MIRA 18:5)
1. Cosudarstvennyy universitet imeni Ivana Franko, Llvov.

SIMIEVSKIY, V.Y&.; YASINSPYA-A.A,
Using the direct ciwrent bridge for measuring the electric
conduotivity of ore minerals on the site. Minobor. nool/*:
371-373 260. (141M 15,2)
1, GosudarstvemW univeroitet imeni Ivana Frankop L'yov.
(Minerals.-Blectric properties)

LESNYAKy V.F.; YASINSKAYA, A.A.; TYMCHISHIN, Ya.D.
Vivianite in the western regions of the Ukrainian S.S.R. Vop.
min. osad. obr. 6zl66-180 161. (MLRA 15:6)
(Ukra-ine-Vivianite)

YASIJISKAYA,-AA!.; SINIKOVSKIY, Yu.11.
Barite*fr6m Upper Cretaceous sediments in the middle Dniester
V~lley. Min. abor. no.15:207-215 161. (MIRA 15:6)
1. Gosudarstvennyy universitot imeni Ivana FranIko, LIvov i
Institut, geologii poloznykh i9kopayemykh AN USSR.
(Dniester Valley-Barite)

BOBROVIIIKI D.P.; YASINSKAYA, A.A.
---------------
Mineragraphic study of the meteorite fragment from the Pultusk
collection. Min. sbor. no.15:312-315 161. (MIRA 15:6)
1. Gosudarstvennyy universitet imeni Ivana Franko, Livov,,
(Pultusk-Metcorites)

YASINSIKAO A,,_.[-IAsinalka, A.A.]
Some modern methods of mineragraphy and work diagrams for studying
polished sections. Visnyk Llviv.un. Ser.geol. no.1:139-146 162.
(min 16:7)
(mineralogy) (Microscopy)

TSIRLIN., Tu.A.; YASINSKAYA, A.A.
Nomogram for calculating the rate of steam flow in furfurole,
column . Gidroliz.i leBokhim.prom. 15 no.3:19-20 162.
(KERA 15 :5)
I* Nauchno-issledoVatellskiy institut gidroliznoy i sullfitmapirto-
voy prom7ohlennosti.
(Fwaldehyde) (steam flow)

TSIIUIN, Yu.A.;_IMIIISJ~A~A,J, k.; IVANIOVA, E.K.
Sin--gi-column circult for continuous vacuum rectification of
cruda furfurole. Gldrol4z. i lesokh,Lm.prom. 18 no-4:4-7 10'~).
(MIRA 18:6)
1. Vscsoyuzny-j ri.-,ichnc-icrlo,,iovat,--ll~,~kly Institut gidroliznoy I
t I'M
u - no-spirb*ovoy 1,,rcriyoh2ennonti (for TSIrlin, Yasinskaya).
s
And-zhanskiy gldrollzn~,T zavod (for Ivanova).

TL%TNSK=? B.
Thirty second session of the Scientific cmmcu"4,~f tbei Central
Wood-Ghemical Scientific Research Institute. Gi&ol-iz,.i
lesokhimo prom. 14 no.5:26-2'7 f6l, (MIRA 16-
(Wood research)
f
ke

Kh
2. OP
Ilul
Distri Slio
exist in the SY
aid C.-
arA tM Otl"
AWWON Igwo for 17 - wy. of CrBl
tea 004 0 at VI, C891. -t low* the
at j,200 for W 0 AtWV,tht
dms lot t Cf,IAGB4 MCIts at
:.,.t ~Mkr~Pi~. ~Coulp~~~
F. Y. W
cgs.

15(2)
AUTHORSs
TITLEi
PERIODICA,~:
ABSTRACTt
Card 1/2
S/131/60/000/01/011/017
Samsonovo Go V., Yasinzkay&,G*A.j B015/BOOI
Tay Shou-vey
Crucibles of Difficultly Fusible Carbides, Borides, and
Nitrides
Ogneupory, 1960, Nr 1, PP 35 - 38 (USSR)
In this paper, the authors mention the results of the ex.
perimental use of the above crucibles for the melting of me-
tals. Figure I shows the scheme of the mold for hot-pressing
the crucibles, and figure 2 the finished crucibles. The ex-
perimental results are shown in the table. Cruoitles of
TiC, TiN, TiB 2, TB2 + 5% No, and CrB2 were investigated.The
interaction between the cruoible materials and the molten
metals and slagag respectively, can be seen on microphoto-
graphs (Figs 3 and 4). The experiments showed that all
crucibles are sufficiently stable to the effect of molten
tin, bismuth, cadmium, and lead. Crucibles of obromic boride
and of the alloy of TiB 2 with molybdenum are stable to the
effect of molten carbon steel and cast iron. Crucibles of

Crucibles of Difficultly PuBible Carbides# S1131V60100010110111017
Borides, and Nitrides BO15/BOO1
titanium carbide are the most stable to the effect of slags.
There are 4 figures, I table, and 5 Soviet references.
ASSOCIATION: Inatitut metallokeramiki i spetsialtnykh splavov AN USSR
(Institute of Powder Metallurgy and Special Alloys of the
Academy of Sciences of the Ukrainskaya SSR). Institut metallov
AN KNR (Institute of Metals of the Academy of Sciences of the
PeovIe's ReDublic of China)

A.
Y" 5 Iq S H 6yh 83278
~1310 1, C) 5 S/02i/6o/ooo/ooi/oo6/o13
-26. /coo A158/AO29
AUTHORS: Tay Shou,-Vey,, YAsynsyka, H-.A.j Samsonov, H.V.
TITLE: Interaction of Chromium Boride With Molybdenum
PERIODICAL. Dopovidi Akademiyi nauk Ukrayindkoyi Radyanslkoyi Sotsialistychnoyl
Respubliky, 1960, No. 1, pp. 48 - 50
TFUT% Properties of alloys in a pseudo-binary system CrB?-i4o were inves-
tigated by means of metallographic, thermal and dilatometric analyses, measure-
ment of shrinkage during sintering, ebntrical resistance and tbermal emf. Al-
loys were made from powdered chrcmium boride containing 69-88% of Cr, 29.7% of B
and 0.42% of C; powdered moly"odenum had a 99-98% purity. The melting curve
(Fig. 0-was drawn upon the results otsa-ved at melting sample6 pressed from CrB2
and Mo.powders, that contained 0.5. 1, 2, 5, 10, 20, 30, 40, 50, 6.0, 7o, 8o, go,
95, 98, 99, 99.5 and 100 molecular % (or atomic %) of each component, when they
were heated up to 1,400 - 2,20000. Maximum electrical resistance was found in
alloys containing 70 molecular % of CrB2 (107 microohms per cm). 17he ~~ajne alloys
showed the highest thermal emf (7 mkv/degree) and the highest negative shrinkage
at sintering. A new chemical. compound CrOOB4 was found which melted congruently
Card 1/2

83278
S10211601000100110081013
Interaction of Chromium Boride With Molybdenum A158/AO29
at 2,2700C. Its microhardness (in alloys containing from 30 to 90 molecular % of
CrB2) is constant at a vallue of 1,828 + 92 kg/mm,2. The diagram of a pseudo-binary
system CrB2-Mo is eutectical, with two eutectics at 17 molecular % of CrB2
( 1,9600C) and 94 molecular % of CrBo (,-2,1200C), and little mutual solubility of
the components in a solid state. There are 2 f1gures and 4 referencest 3 Soviet
and 1 English.
ASSOCIATION3 Instytut metalokeramiky i spetslallnykh splaviv AN UxrssR (Institut.--
of Metalloceramics and Sv,~eial AJ_lo_ys,_AS VkrSSR)
PRESENTEDs by V.M. Svyecb-nykov, Academician of the AS UkrSSR
SUBMITMD,. April 16, 19-419
Card 2/2

8/18o/6o/ooO/02/017/028
AUTHORS: Ko-,,ralfchenko, YI.S, Elii/E152
., Samsonov, G.V.9 and Yasinskaya, G.A.
(Kiye7) ---------
TITLE: Alloys of Transition-Element Borides with Other Metals
PERIODICAL: IZVestiya Akademii.nauk SSSRI Otdeleniye tekhnicheskilth-
nauk~ Metallurgiya i toplivo, 1960,Nr 2, pp 115-119 (USSR)
ABSTRACT: The high brittleness,of transition-metal borides limits
the application (Ref,3) of some of their useful
properties (Refs 11 2), The authors suggest that it is
there'll'ore importantto study their pseudo-binary alloys
Witt, ductile meitals, Creep tests at 1000 OC (Ref 4)
showed that few m6tals"were suitable for*high-temperature
useE. Ternary borid6,.'phases, which might be
advantageous (Ref 5), have not been studied much
(Refs 6-8). In the present work the reaction of borides
with metals in the pseudo-binary systems wass
k-B2-~-M-0i~'IT-i--B-;-~4401*:r-B2-,XO, TiBp-Cr and ZrB2-Cr..
Alloys were prepar6d.,by sintering~the mixed powders.
Card 'Approximate determination of liquidus lines was made
1/2 visually (Ref 10),-a1loy melting points also being
determined (Ref.11) to fix its position more precisel

S/180/60/000/02/017/028
Rlll./R152
Alloys-of Transition-Element Borides with Other Metals
In addition micro- and macro-hardness determinations of
phases were made together with metallographic and X-ray
examinations. The hypotectic diagrams for the above .
systems are given in Figs 1~ 2, 31 4 and 5 respectively.
Tay Shou-be of the Institut Metallov AN KNR (Institute
of Metals Academy of Sciences-UR), G.N. Makarenko and
V.I. Kostikov participated in the experimental work.
Card There are 5 figures and 12 references, of which 8 ar(O
2/2 Soviet and 4 English.

24741
S/131/61/000/007/003/003
-15"2-110 B100206
AUTHORSt Samsonov, G.V., Yasinskaya, G.A. and Shiller, E.A.
TITLEt Interaction of some oxides and carbides with difficultly
fusible metals at high temperatures
PERIODMAL& Ogneupory, no* 79 1961, 335-338
TEM This article gives the investigation results of the contact inter-
action of BeO, MgO, Zr02 and the carbides MeC (me - zirconium, hafnium,
niobium or tantalum) with niobium, molybdenum and tungsten at temperatures
of up to 21000C. Chemically pure beryllium- and magnesium oxide, zirconium
dioxide, stabilized by means of calcium oxide, zirconium-, hafnium-,
niobium- and tantalum carbides of stoichiometric composition, as well as
difficultly fusible industrial metals were used. To investigate the con-
tact interaction, an oxide and carbide ring respectively was pressed on
.a sample from difficultly fusible metal, and the heated in a vacuum
furnace to 1000 - 1600 - 21000C for 0.5 to 5 hr. The fronts were then
ground, polished and submitted to a metallographic investigation of the
ground section obtained, the results of which are mentioned in Table 1.
Card 1/4

24741
8/131/61/000/007/00""/003
Interaction of some ... B105/B2o6
The interaction of zirconium-, hafnium-, niobium- and tantalum carbide
with molybdenum at temperatures from 1000-21000C and a heating time of
0-5~ 1.0, 2.0, and 5.0 hr is investigated in a similar way. It is finally
stated that tungsten shows the highest stability in contact with BeO,
molybdenum and tungsten in contact with MgO~ and molybdenum in contact
with the stabilized zirconium dioxide. Tantalum carbide shows tile highest
stability in contact with molybdenum up to 21000C. The interaction of
molybdenum with zirconium-, hafnium-, and niobium carbides begins at
1800-20000C. There are 1 figure, 2 tables, and 7 referencess 3 Soviet-
bloc and 4 non-Soviet-bloo. The three references to English-language
publications read as followes. G. Economos, W. Kingery, Journ. Amer. Cer.
Soc-, 1953, No. 12, v. 36$ W. Lidman, H. Hamijan, Journ. Amer. Cer. Soc.,
1952, v. 35; P. Johnson, Journ. Amer. Cer. Soc., 1950, v. 33, No- 5-
ASSOCIATIONt Institut metallokeramiki i spetsiallnykh splavov AN USSR
,(Institute of Powder Metallurgy and Special Alloys AS UkrSSR)
Card 2/4

S/131/61/000/001/003/004
B021/11058
AUTHORS: Samsonov, 0. V., YasinskaLa
G. A., and Lapteva, E. P.
TITLE: Refractory Cerium Dioxide Products
PERIODICAL: Ogneupory, iq6i No- 1) PP- 41-42
TEXT: Experiments for the manufacture of cerium-dioxide products are de-
scribed in this paper, and some of their properties are investigated.
Powder and starch paste were dosed according to the formula by A. N.
Novikov. The maximum firing temperature was 14000C. The results of testing
crucibles from CeO2 for the effects of melts of various metals are tabulat-
ed. The absence of the interaction of crucibles from CeO2 with aluminum
melt was confirmed by the Laboratory of Pure Metals and Semiconductors of
the Krasnoyarskiy institut tsvetnykh metallov (Krasnoyarsk Institute of
Nonferrous Metals). These crucibles also proved to be stable against melts
of semiconductor alloys of the type AII9I. There are 2 figures, 1 table,
and 3 Soviet references.
Card 1/2

S/131/61/ 000/001/oo5/004
Ref,actorY C,rl,, DiOxideIproductB B021/BO56 AN 1USSR
tsialinykh splavov
amiki i sPe ial A110V3
Institut metalloke, r Xetallurgy and Spec
ASSOcIATIONS (Institute of powde
~N
AS 'gkrSS"j

V. ; TA'SUIT"", "' G
Us with irfusa^-'v,- i
ticn or
'76 iio.7.335-33C lu'l.
(11DA 14-7)
rpetSjajljjyj:j' SPUVO.V 1:.SS-"
(1141-atals at high temperatures)

~'ACCESSION NR: AP4005838
S/0226/63/000/006/0036/0038
'~AUTHOR: Yasinskaya. G. A.: Groysberg, H. S.
'iTITLE: Interaction of titanium boride with niobium and tungsten
;SOURCEs Poroshkovaya metallurgiya, no. 60 1963, 36-38
!TOPIC TAGS: titanium boride, titanium boride niobium alloy, tit'anium
I
lboride tungsten alloy, titanium boride niobium system, dlloy phase
'diagram, tungsten titanium boride system, niobium, tungsten, tungsten,
sub 2 phase, intermetallic compound
jABSTRACT: Alloys of titanium boridi with 0-100% niobium or tungsten
iwere prepared from TiB2 powder (69.4% Ti, 30.2% B, 0.3% C) and pure
VNb and W powders with a particle size of less than 40 V. Alloy spec-
~imens were cold-compacted and then sintered in a vacuum of 3.33 n/m
iat 1800-2600C. Both systems were found to have eutectic-type phase
Idiagram (see Figs. 1 and 2 of the Enclosure) with a chemical compound.
,.IX-ray diffraction patterns and metallographic examination confirmed
!the existence of ternary NbTiB2 and WTiB2 compounds which have a com-
~'plex structure different from that of the components. Orig. art. has:
:12 figures.
Card

ACCESSION NRt AP4005838
ASSOCIATION: Institut metallokeramiki i spetsial'ny*kh splavov
ANIUSSR (Institute of Powder Metallurgy and Special Alloys, AN USSR)
;SUBMI.TTEDt 02Feb63 DATE ACQ: 20Jan64 ENCL: 02
SUB CODE: ML No REF SOVt, 004 OTHER: 000

YASINSKAYA, G.A.; KOGAN, S,F-
Refractory materials for the production of zinc whitO.
-Ogneupory 28 no.103472-474 163. (MIRA 16-.2.1)
1. Institut metallokeramiki i spetgiallaykh oplavov AN
UkrSSR (for Yasinskaya). 2. Leningradiskiy zavod im. D.I.
Mendeleyeva (for Kogan).

7.-
(t ),Aek (bb)
5~7 ~11 7~- _4 /T r -iA
C (7 FSF in~; N P, -1 P 4 0 4 6 7,1 n q/022r)/r)4/ooo/ooq/ooi6/ooi
AUTHOR~ Sarnsonov, G. V. . Yasinskava, U. A.
TITLE: The interaction of refractory compounds and rnolten metall
-)-7
SC,jRCE: Poroshkovaya metallurgiya, no. 5, 1964, Ira-21
TOPM TAGS: refractory compound, molten metal, acceptor, transition metal,
iiniz;ltinn po'enti-il, hnri-if- silicide. c-irb-h(iride. ra rhonit ride,
aluminuin, al_kai~ne La ietall
'/~ _Eth p d e a n
ABc;TRA _T The high resistance nf metal-like refractory cornrx);in s tn th -t i-
PhOitv rif the tr~incwi,,i mpt~ii
-1i +hP I(If!70i'M FlOterit ~1 1f~P ~-~Jet :I' Rt') FYI JFJ thPIL;P Ill! V)IJTIA!~Z
F;!T-thPr--n(jrr, tho:a aiith,,rq pr,irit )w t~;f, ;,ii eff(-,-t of *he e
1-011 S i"Ijq :144 ~7) a
poundR but the maximum devol~~Pment if qtructural ellc~menis Itrie
Card 3
777

L 32443-65
ACCESSION NR: AP4046740
metal atoms strengthens the lattice. Another favorable factor is the minimum
difference in the acceptor ability of the transition metal atoms which 1r(- incor-
p,orated in the compound and in the melt provided that the refractory compound
and the compound are not isomorphous which may occur upon the substi.:ution of
the molten metal atoms for the atoms oi the ref.ractory compound. The improba-
bility of the formation of a durable chemical bond of the refractory compound
atoms with the atoms of the melt, and the minimum acceptor ability with a maxi-
mum height of the energetic level of s- or p-electrons of the molten metal are
further advantages. These factors make it possible to outline certain possih ihVs
of creating high- melting material.3 based on metal-like refractory compounds:
by increasing the degree ()f cqmpleteriess of the d-shell or creating -;table sd-
hybridized states whllrh results ir, the for mation of solid solutions of is,,ni,, r ph-u.c
carbides and nitrides and mixed arbide-nitride sollid sollutions, b" ~'!-ating
plex chemical compounds on a bv ride and silicide base with the inclusion of 8- or
i0 Po
qtic le;rels and valent electrons with low ior zat n
tWs (alumMurwo trare-Oartfi7i-Cetalsj~.-ot he -r-e-.r~-aLl~o--the~-poaqibility of
to
r n
is in'g-th me ns :6 c sition: -nietals with
e- sh4re--of-cov a t Wiibiningtiai
n
Ya
Cord 2

t 32443-65
ACCESSION NR: AP4046740
several non-metals (carboborides, carbonitrides, silicoborides, etc.
ASSOCIATION: Institut problem meterialovedeniya AN Ukr9SR (Institute of Ma-
terial Stug-y Pi~oblems, AcadeMy Df Sciences Ukr'39R)
SUBMITTED-04Apr64 ENCL.- 00 SUB CODE: M.M
NR REF SOV 016 OTHER: 000
C.,d 3
M_ I

1 25636-65 LPF(c)/EPF(n)-2/LP~R/EP,,,(B)-2/EPA(w)-2/EWT(m)/~PA(bb)-2/EWP(b)/'
WP(e_)7BWP t Pr-4/Ps-4/Pt-l0/Pu_4/Pab-lO WH1-411;1JD1JG
TIF
ACCESSION NR: AP5005023 S/0131/65/000/002/0020/0023
AUTHOR: ~asinskaya, G. A.
TITLE: Interaction of:~refractoEy compounds with molten metals
2, 1965 20-23
SOURCE: Ogneupory, no.
TOP.IC TAGS: refractory cQmpound, refractory carbide, refractory boride refractory
nitri~eAefractory., jilicidel'? -orrosion,
_21F2tj molten metal, refractory compound
7, _te4erature corrosion
;.."AWTRACT Interaction of refractory carbides, borides, nitrIft's,,and silicides of
nitrides with certain pure
certain transition metal and-of boron and si
metals,jn the molten state.has beer, studied (see Tablej of the Enclosure). Indus-
trial requirements for materials with high-tem r sist:ande to molten metals
Verature e
prompted this study. The metals (over 99% pure) were melted in vacuum or in an in-
ert gas atmosphere in cracibles made of the investigated material. The molten metal
was left in the crucible for various periods of time at melting temperature or
higher and then cooled slowly to room temperature. Chemical, spectroscopic, x-ray,
and microscopic phase analyses were made to evaluate the changes in composition
and-structure of the,materials,during contact. The degree of interaction was ex-
Card 1/3

L 25636-65
ACCESSION NR: AP5005023
pressed by means of a five point rating system according to which the materials
studied were divided into four groups, The first group (rated 1) included materials
.which might be used in-long-duration contact with corresponding metals; the second
-groupI(rated 2), materials suitable for a short-term contact with not very pure
(rated h' and 5), materials not l"kely to
metals; mid the third and fotirth groups
4
be used as cermet components because they are not stable in contact with indicated
metals, None of the materia"s studied was rated 3.' The degree of interaction of
~.the materials of the-second group could be decreased by certain admixtures, espe-
2 tables. (JK]
cially matals to form a cermat. Orig, art, has.,
ASSOCIATION: Institut metallokeramiki i spetsi lavov, AN UkrSSff Institute
45p
-of Powder Metallurgy and Special A112ys, ADI UKvS'iR)
SUBMITTED: 00 ENCL:' 01 SUB CODE: Kf Arq
110 -REP SOV: 00-3 OTHER. 001 ATD PRESS'- 3185
Card 2/3

P

cm
0
UN

IUN
C-

Lr\

u'N
tm

. ....... ....

2 2 222,2l-1p eel ea22
- - - - - - - - - -

-----------

1w an ----------

11 Nk

- - - - - - - - - -

-9-1m - - - - - - - - - - - -
EMS 89M899-
------------

BUT
(DOW

jo

'
'lz;E ~i7g!
;i tau
.
,

vs

...4

a 0 u
-10

10
4
o*w

/EWP(k) jjp(c) JD/WW/jG)
EWT
_N14 AP6006725 SOURCE CODE: UR/03OV66/OW/OM/0073/0DX
AUTHOR: Nano So F0
aRge none
T=: New refr"comermaterlals for boiling zinc
SOURCE: LakokrasochMe-materialy i ikh primeneniye, no. lt 19"s 73-W'
TOPIC TAGS: refract(n7'-compound, corrosion resistance, zinc, metal phVata&L_prop=rq
metal grain structure,, protective coating
ABSTRACT: Corrosion re51stance'to bpilipg zinc- an& zinc vapors of;nuwmwc=:,.
ture refractory xnaterialsIRNas testedLunder laborat'
~~~era ory
.and worldng conditions because of the failure of. pre ently used Materws
'to withstand the sustained action of molten zinc att-boiling temperatum
:This problem arose, lor instance, in conre-yinq~liquld metal,,
where thermopouples. pipings. and electroma ieti um 4 have to be
made of corrosion -resistant materials or coated with such materia3s,
.if they are to withstand continuous and prolonged use in contact with
liquid metal at high temperature. The tests described in this article
were conducted jointly by the Institute of the Sciince of - Mater4ls~*.A!~_
USSR, and the 1AAjqV&d Phe t IM 'b,-_-_-_, --dayev. to
card 1A UDC: 6679613

L 42065-56 - ,
'ACC Mks AP65%725
precisely develoj now refractory materials which would meet the abovt
..requirements.
Samples formed into crucibles or cylinders were first submitted to
the action of molten zinc under laboratory conditions, and then to boiling
zinc, contained in a muffle, for periods up to 12.5 days. The corrosion
resistance of the samples was evaluated from visual and micrographic
observations and changes in weight and dimensions. Some of the data
are summarized in Table L
,~j Them ro-st A cturl-fnd properties of the boride (T!EL2. ~~r_Ba.S 11
N
CrB 2. anAn2Bs),MqcOij. the nitride (T 1 ~ZrI4, a-no AlN). S13N4 + X,
DNC. and S13 N4 + BN samples did not change after &ey were exposed, to'
the action of boiling zinc. Formation of a dense, zinc -impregnated
titanium:oxide crust on the TiB2 sample protected it from further corro-'
sion by oxygen present in the muffle atmosphere. The most corrosion-
resistant carbide, titanium carbide, displayed a change In structure
and decrease in microhardness.
Refractory compounds-of the nonmetallic type, AlN, BN, SijN,,Jsicj,
Si3N4 + SiC alloy, S13N4 + BN alloy, and BNC were singlFd out for
practical applications as highly corrosion- res is tant to arld barely wettable
Card 21L

ZNp,ortmental. data or the refractory samples in b6iling n
..inc, at 9hooc z
I

ample Residence

time In dMi
1Lr Pcaltion

in the malt
Bpecific

g
visual

observation
Titanium On the Insignificant
borLde 240 $arfsea #0.02 slag adherence
upecalum, Slog adherence
borlds AD +0.15 putiaw abwt

boride 120 #o.oo6
Timpten Mein sudhoe. no
borlde 168 IMMOrsed -0.014 slag adherence
Titanium On the Unchanged
castide, M surface -0.042 externaLly
Ziremium Loose sampl*.
carbide 220 -3.8 lost strength
dtswxW
carbide 24 in the &*11L
Considerable
carbide 168 +0.14 slag stLcking'
Tiagetain Thin oxide
carbide lhh Immersed -0.015 -film
NDlybdamma on the - SaMqAe t-saw
allicide 20h surface imstable
Inalgaificant
altriGs 4,0.02 ourftoe addation
Kuccm OR the Significant
111%pide 204 surface +0.022 slag adherence
Stile= cLnder--~
300 +0.0hi like layer
morm No visible
C4*wdwb' 20% -0.053 change,
MpAAcant over-
204 -0.026 line
=.% oqar-
able)
2" -0.008
SL381 IM
Q>

L 42o6g-&
Acc t4as AP6006725
by molten zinc at boiling temperature. Moreover, these materials can
easily be profiled into agiven-Ahape-vith the* help otmetal4cuttift- ft6ls -a.
and are cheaper than the refractory compounds of the metallic type
(compounds of the IV-VI group transition metals).
Boron carbonitride, silicon carbonitride, and.AIN refractwy
';naterials of the nonmetallic type, TiB2, ZrB2, CrB2,,W2B5, TIN,
t)rN, andsconditional on an increase in thermal stability. MoSil mater-
Lils of the metallic type may be recommended for use in contact with
moUen and boiling. zinc. In view of the relatively high price of -the
metillic-type refractory compounds, their-iise as protective coatings
Was indicated; they may be conveniently sprayed on ceramic or metallic
P '&'by -' ' - - of plama guns Orig - art - a - : -, 1
means h a tabie.- EFSB; v. 2, no
SUB CA. 11 SUBM DATE: none OTH Rff: 001
c,,d 4/4 af

L 45264-66 EWP(e)/EWTW/EWP(t)/E1T T-7P(,-) ID IVJ~j IG /VJQ 1A 'r 111111
ACC NR, T*P 025938
6
r11) SOURCE COM' UR
AUTHOR: YaE!2 ~~a a, G. A.
UkrSSR. (Institut
ORG: Institute for Problems in the Science of Materials,
Problem Materialovedeniya. AN USSR)
TITLE: Wettability/of refractory carbide. borlde and nitride by molten metal
SOURCE: Poroshkovaya. metallurgiya, no. 7, 1966, 53-56
TOPIC TAGS: molten metal, refractory carbide, boride, nitride, wettability
ABSTRACT: Investigations showed that the wettability of refractory compounds by
molten metals iX directly related to the nature of their chemical interaction (the
nature, in turn'~~being determined by their electren and crystal structure) as well as
to the direction of the primary migration of elements from the melt to the refractory
bacldng and vice versa. The wettability of the backing by the melt can be regulated
by introduction of additions to one of the contacting materials, intensifying or weak-
ening the migration of chemically interacting atoms in the necessary direction.
Orig. art. has: 1 table. , [Based on author's abstract) [KS]
SUB CODE: 11! , SUBM DATE: 10Oct65/ ORIG REF: 005
Card i /I

Yt'tsrN3KA'(,%, L. F.
ISAKOV, I.S., prof., admiral flota, otv.red.; FETROVSKIY V.A " dotsent,
kand.voyanno-morskikh nauk, kontr-admiral, red. tdocesed]: OWN.
L.A., dotsent, kand.geograf.nauk, inzb.-kapitan I ranga, glavW
red.; DAROOV, A.N., red.; BERG, L.S., akademik, inzh.-mayor, red.;
BOWGOV, N.A., dotsent, kontr-admiral v otitavko, red.; VIM.R,
I.A., profensor, doktor geograf.nauk, rod.,; GRIGORIYW , A.A.,
akademik; YEGORIYEV, V.Ya., zasluzhonny7 day4tall nauki, prof.,
doktor voyenno-mmrskik'n nank, kontr-admiral v otstavke, roil.;
ZIMATT, L.Ta., prof., red.; ZUBOV, N.N., prof., doktor goograf.
nauk, lnzh.-kontr-admiral v ototavke, red.; KAVRATSKIY, V,V.,
prnf., daktor fiziko-mat.nauk. lnzh.-kontr-admiral v otstavke, red.;
KALESHIK, S.V., prof., doktor geograf.nauk, red.; KUDRYAVIGIV, M.K.,
general-loytenAnt tekhn.voysk, red.; LAMIN, S.M., kapitan 1 ranga,
rod.; MATUSEVICII, N.N., zasluzbonrqy deyatell naliki i tekliniki,
prof., doktor fiziko-mat.nauk, inzh.-vitse-admiral v otstavke, red.i
[deceased]; MZSHCTWTINOV, I.I., akademik, red.; MILETTKI, 13.4., red.;
ORWV, B.P., prof., doktor geograf.naulk. red.; PAIMLEM. Yu.A.,
vitae-admiral, red.; SNEZRINSM, V.A., dotsent. kand.voyenno-
morskikh nauk, inzh.-kapitan I ranga, red.: SALISHCHEV, K.A., prof.,
doktor tokhn.nauk, red.; TRIBUTS, Y.F., admiral, red.; YOKIII, V.A.,
vitse-admiral, red.; SHVEDE, Ye.Ye., prof., doktor voyento-morskikh
nauk, kontr-aimiral, red.; SHULETKIN, V.V., akademik, Inzh.-k-apitan
I ranga, red.; PAVLOV, V.Y., inzb.-polkovnik, red.; VOLKOV. F.G.,
(Continued on noxt card)

ISAKOV, I.S,---(continued) Card 2.
podpolknvnik, pomoshcbnlk glavnogo red. po izd-vu; SXDOV, II.Ye.,
kapitan 2 ranga, ucbeW sakretar'; VOROB'YN, V.I., kapitan
I range, red.kart; MIGALKIN, G.A., inzh.-kapitan I ranga, red.kart;
GAPONOYA, A.A., red.kart; GONCHAROVA, A.I., red.kart; GORBACHEVA,
N.Yo., red.kart: OMMEM, G.Tu., red.kart; DUROV, A.G., red.
kart; YERSMT, I.B., red.kart; ZILIBIRSM, A.B., red.kart;
KASTALISKAYA, N.I., red.kart; KUBLIKOVA, M.M., red.kart; MAROVA,
T.N., red.kart; WROZOVA, A.F., red.kart: PAVLOVA, Ye.A., red.
kart; POCMMUT, A.N.. red.kart; ROMANOVA, G.N., red.kart; SMIRNOVA,
L.V., red.kart; 91411UK)VA, L.N., rqmd.kart; TAXANKOVA, A.I., red.
kart; YAIWICH, M.A.. red.kart; YASINSKATTA,,~P. kart.
red
A ~p.
VASIL'YEVA, Z.P., tekbn.rod.; VIZ1_1ffV1,_-G.1T_ ekhn.rod.; 60WVANOVA,
A.T., tekhn.red.; GOROKHOV, V.I., takhn.red:,; MALIUKO, V.I., takhn.
red.; SVIDERSKAYA, G.V., tekhn.red.; CHEMOOROVA, L.P., tekbn.red.;
FUUTEVA, Te.M., tekhn.red.
[Marine etlas] f4orskoi atlas. Otv.red. I.S. Isakov. Glav.red.
L.A. Demin. Izd. %rokogo goneralinogo shtaba. Vol.1 (Navigation
geograp~ql Navigatsionno-geograficheskii. Zamestitell otv. red.
po I tomu V.A. Petrovskii. 1950. 83 maps. (MIRA 12:1)
(Continued on next-card)

ISAKOV, I.S.-(continued) Card 3.
1. Russia (19?3- U.S.S.R.) Voyenno-morskoye miniatnretvo.
2. flachal'nik Mmrskogo kart9rrafichAnkogo Instituta v07enno-
morskikh ail (for Larykin). 3. DaystvitelInyy chlon Akademii
padagngichnskikh nauk RSFBR (for Orlov). 4. Nachallnik GIdro-
graficheakogo upravloniya voyenno-morskikh nil (for Tributs)o
5. Goneral ' ryy jrosudarstv. direktor topograf ichaskoy sluzhby (for
Baranov). 6. Direktor topografichn8koy slahby (for Milanki).
(Ocean--Kips) (Harbors--Maps)
MMI MIM

BERG, S.L., polkovnik; VORODIYEV, V.I., kapitan pervogo ranga; GIL1130,
G.M., kapitan pervogo ranga; ANADCHENKO, A.A.; BALAKSHIPA, EIJI'%;
BA11111KOV, B.S.,, k-apitan vtorogo rangra; BAKETINA, G.F.; BMIZETITA14,
N.V.; bUTYRINIA, N.Ya.; VOROBIYEV, V.I... kapitan pervogo ranga;
GASS, I.P.; GINBYSH, N.S.; GLADI11, D.F.,, polkovnik; GOLOVANOVA, L.G.,
kand. ist. nauk; GOLUEEVA, Z.D., kand. filol. nauk; GO11CHAAOVA, A.I.;
ZAIJADVO;tOVA, R.N.; IVAVOVA, N.G.; KARAMZINI G.B.; KOVALICHUK, A.S.;
KRO11IDOVA, V.A.; LITOVA, Ye.I.; MOLCHA1.1OVAp T.I.; OKUNI, L.S.;
POCHEDUT, A.I.I.; RAYTSES, V.I.; SAVINOVA, G.N.; SIMICHKINA, T.I.;
SHRYNINIKOV, R;G., kand. ist. nauk; FURAYEVA, I.I.; CHIZHOVA, W.N.;
YASUISKAYA., L F GLADIN, D.F., polkovnik; LABETSKIY, Ye.F.., pod-
S.M., kapitan pervogo ranga; ORDYPSKIY, N.I.,
kapitan pervogo ranga; NADVODSKIY, V.Ye., podpolkovnik; DWIV, L.A.,
inzh.-kontr-admiral, glav. red.; FRUMKIN, U.S., polkovnik, zav.. otv.
red.; LEVC]HENKO, G.I., admiral, red.; BAMINA, G.F., tekhn. red.
(Naval atlas] Morskoi atlas. n.p. Izd. Glavnogo Shtaba Voenno-
MorBko o Flota. V01-3. (Naval history] Voenno-istorichoskii.
Pt.l. fText for the maps) Opisaniia k kartam. 1959. xxii, 1942 p.
(NIHA 15:5)
2. Ruesia (1923- U.S.S.R.) Ninisteratvo obororW.
(Naval history)

o
AUTHORS:
TITLE:
SOURCE:
6-1 /c*o/cco/ci 61m 6
A057/A126
Chirko, A.I.; Yasinskaya, O.A.
Investigation of the kinetics of autoxidation of pinocamphane
Yerafeyev, B.V. and Tishchenko, I.G., eds. Zhidkofaznoye okisleniye
nepredellnykh organicheskikh soyedineniy, Minsk, 1961, 151 - 160
TEXT: Kinetics of initiated autoxidation of pinocamphane were studied in
the presence ofsalts of aliphatic acids, or metal oxides at 650C. The reproduci-
bility, the effect of temperature, of the initiator concentration and of the ratio
of the components in mixed initiators, of the partial pressure of oxygen and of
the concentration of pinocamphane, on the rate of autoxidation were investigated.
The authors obtained in an earlier work dihydropinene which showed properties
similar to pinocamphane prepared by S.S. Nametkin and N.N. Dolgopolov, Hence the
same structure is assumed for both substances. Finocamphane hydroperoxide, or di-
alkyl-hydroxideperoxide are formed by thermal decomposition of pinocamphane ac-
cording to earlier investigations of the present authors.. The preparation tech-
nique of pinocamphane and the method employed in the present work was also de-
scribed in earlier papers. Good reproducibility of results was obtained in autoAr
Ca:rd 1/2

s/58o/6i/ooo/ccp/oi6/0i6
Investigation of the kinetics of ..... A057/A126
dations at 650C with 0.5% manganese stearate (as initiator) using stored or fresh-
ly distilled pinocamphane. Among 19 investigated initiators, greatest activity
was shown by cobalt stearate, butyrate, acetate andcaprylate, and manganese
stearate. The lowest effect was observed with the metal oxides. Rising te.'.-~pcra-
ture increases the maximum rate Vm of autoxidation and the activation energy In
the presence of cobalt stearate was calculated with 8,460 cal/mole. Experimen-"
carried out with mixtures of a more and a less active initiator, i.e., cobalt bu-
tyrate and lead acetate, showed that a mixture containing 5054 of each substance .
increases the oxidation rate *.32 times more than lead acetate. This is explained
by a stabilizing effect of the lead ions on the generated hydroperoxide in the
oxidized medium, and on the other hand by the high initiation effect of cobalt
butyrate at the beginning of autoxidation. Experiments carried out with oxygen-
nitrogen mixtures showed that VM, increases with the partial pressure of oxygen.
The effect of pihocamphane concentration (C) on Vm was studied by varying C from
2.8240' to 5.8049 mole/liter in naphthalene solution and in the presence of 4.ol
g/l cobalt caprylate and the validity of V. = kC + b estimated,(k - 0.00304, b
0.0112) for C > 3.7 mole/liter. The negative value of b indicates the simultane-
ous decomposition of the hydroperoxide during its formation. There are 4 figures
and 5 tables.
Card 2/2

USSR/Virology Bacte al Viruses.
E-1
Abs Jour : Ref Zhur - Biol.., No 3) 1958Y 9639
Author : Kozinskiy, A.V. Kubinskiy, G. Opara, Z,_14ainskaya, S.
Inst
Title : Investigation of Substrates for Bacterial Viruses.
Proterties of Phages which Multiply on Bacteria which DO
or Do Not Contain Vi Antigen.
Orig Pub : Dyul. Fol'skoy AN. Otd. 2, 1956, 4, No 9, 327-334
Abstract : Phage Vi-1 multiplied an cultures of Salmonella typhi,
which contain Vi-antigen (phagolysate FTy), and also on a
culture of E. freundi, in vhich this antigen is absent
(phagolysate FEf). Phagolysate FEf can cause decomposi-
tion of Vi-antigen only to a minor degree, while the pha-
golysate FTy gave rose to marked decomposition of this
antigen. The above-mentioned phages differed from one
another by the speed of their elution from erythrocyte
surfaces which were seAsitized by Vi-antigen. Phage
Card 1/2

mom
USSR/Virology Bacterial Viruses. E-1
Abs Jour Ref Zhur -~ Biol., No 3, 1958., 9639
FTy eluted rapidly-- in 0-30 minutes; phage FEf did not
elute in the first 4 hours. The data obtained show that
the host cell exerts a substantial influence on the syn-
thetic course and the properties of virus particles.
The method of phage titratiQn is given in the supplement
whiph represents an original modifiQw-tion of the Khorvat-
Alfeldi method.
CardL,2/2

TERENVY9V,,Yu,A,p inzhi,; POPOV,,V.IY., doktor tekhn. nauk;
KOT, Yu.D.,,,kand. tekhn. nauk; YASINSKAYA,,,..ZY!, inzh.
Rheological properties of sugar massecuite. Pishch. pr0M.
no.1:38-46 165. (MIM 18:11)

EWT(m)/WA(d)/-EWP(t)/&1 rk B)Izkjr kD
-4616-66
ACC M AT5022898. SOURCEF6E,.' UH/P776/65/001),10li3/01110/Olhl1
AINHOR: , Dzneladze, Zh I Yefinkin, V. 1. - Yasinskaya, V. S.
44,)
ORG:. Central Scientific Research Institute of Ferrous Metallurgy, Moscov (TBentrall-
nyy nauchno=-ssledovatel'skly insTIMT cEe;hoy metallurgli)
-matio conditions for sintered billets of
TITLE: Determination of optimum defoi
molybdenum and molybdenum alloy containing 0,115; zirconium.
SOURCE:
Vow Tsentrallnyy nauchno-issledovatel skiy inGtitut chernoy metallurgii.
Sbornik trudov, no. 43, 1965. Poroshkovaya metallurgiya IPowder metall,atE), 14o-144
TOPIC TAGS: molybdenum, molybdenum alloy, zirconiumzirconium containing alloy, sin-
tering, sintered,molybdenum, sintered molybdenum alloy
ABSTRACT. The optimum deformation conditions for TsSDM sintered molybdenum and
TsSDM-1 molybdenum-base alloy with 0.45% zirconium have been investigated. Sintered
20 mm in diameter and 30 mm high were upset under a pneumatic
hammer at 100 _100 with a deformation rate of 6 m/sec and a reduction of 20, 40,
60, and 80%. O~sSDMIEolybdenum withstood deformation at all temperatures tested with-
out cracks,but TsSD14-1 alloy upset with 80% reduction at 1000C had deep cracks. In
TsSDM molybdenuj~i, an in'~rease in hardness with an increase in reduction was observed
after upsetting at 1000C, but after upsetting at 1200C and above, the hardness de-
creased. In TsSD14-1 alloy, the hardn,~,ss began to drop only with upsetting at 1400C
with a reduction of 60%. This difference in behavior is explained by the higher re-

L - 4076.&
:ACC-NRI- - ATW2858
crystallization temperature of TsSD?4-1 alloy, 1300-1350C. To determine the effect
of the temperature of deformation on mechanical properties, sinter'ed billets wei
forged and elongated with one reheating after 50% reduction. Itwas found thAt the mechan-
ical properties of both materials improve with increasing reduction and lower tempera-
ture in the last stages of forging. For instance, molybdenum forged in the 950-750C
range (second forging) with a reduction of 85% had astrength of 70-75 kg/MM2 and an
elongation of 25-30%. The TsSDM alloy forged-in the 1200-800C range with 85% re-
Iduction had a tensile strength of 80-90 kg/mm2 and an elongation of 211-206%. Thus,
sintered billets should be deformed in two steps. The billets should first be heated
to 14ooc (TsSDM molybdenum) or 1500-1600C (TsSDM alloy) and deformed with a reduc-
tion of 40-50%. Then the billets should be reheated to 950C (TsSDM molybdenum) or
1200C (TsSD14-1 alloy) and finish' forged. The temperature of final forgii-g for molyb-
Uenum and TsSDM-l alloy should not exceed 750 and 806C, respectively. VsSD?4 and
TsSDM-l sheeta,l X 506 X 500 mm, were hot rolled in several steps from forged bars
25-30 mm thick, with the final step done at low temperatures,;as indicated above.
Orig. art. has: 4 figures and 1 table. [WWI
SUB CODE: MM/ SUBM.DATE: none/ ORIG REF: 001/ OTH REF: 001/,,ATD PRESS:y/--)-ff
c
7
r-4
7

L 2848-a DIT m)1
ACCESSION NR: AT5022900 UR/2776/65/000/04310151/0156
33
AUTHOR: Dzneladze, Zh. 1. JGol'tsev' V. P.; )rasinskaya,.V. se
TITLE: Nonmetallic inclusiont in molybden -base powdered-metal alloys
21
/SOURCE: Moscow. Tsentral'M nauchno-Lasladovatil'nkiy-iwjsut-the=ay-mtal-
'~'Jlurgii, Sbornik trudov, no. 43, 1965. Poroshkovaya metallurgiya (Powder metal-
74V - -156
--Iurgy),., 151
TOPIC TAGS: nonmetallic inclusion, alloy powder, molybdenum base alloy, nitride,
carbide, oxide, interstitial impurity
ABSTRACT: The authors present the results of an experimental investigation of
the effect of the shape, size, and distribution of nonmetallic inclusions -- the
oxides, nitrides, and carbides of alloy elements -- on binary and ternary molyb-
denum base powdered-metal alloys. The alloy elements selected were Ti' Zr, V, Hf
La'vland Y, which have a high chemical affinity with 0 nd C. The specimens
2) N2f a
were prepared by mixing the metal powders for 8-12 hr and subjecting them to
hydrostatic pressing under -a pressure of 0.9 ton/CM2 and, thereupon, sintering
in a vacuum furnace at 1800-2000% forging the sintered briquets, and !~oljin~_ L~]
Card 1/2

L 2848-66
ACCESSION NR: AT5022900
the resulting sheet bars into 1.0 mm thick sheets. Hetallographic examination of
the sheets (which contained 0, 08% C) showed the presence
'L02-0.16% 0 0.04% N, 0*
of incluaions riot observed inVyme Mo. Riectrm icroscopic and X-ray micrographic
examinations revealed the presence of inclusions of the oxides, carbides and
nitrides of the alloy elements. This confirms the theory that in the process of
the sintering of molybdenum'alloys the alloy elements interact with the inter-
atitial.impurities present in the molybdenum powder. Orig. art. has: 4 figure],
1 table.
ASSOCIATION: none
SUBMITTED; 00 ~KNGL: 00 SUB CODE: HK.
NO REP SOV: 004 OTM: 003
P,\J K
I C.rd 2/2

YAGLOM, 1.F.; R07XNPEI.'D., B.A.; YAISTNSKAYA, Ya.U.
FroJective metrics. Usp. mat. nauk 19 S-") '64.
'A