SCIENTIFIC ABSTRACT VASILYEVA, YE.V. - VASILYEVA, Z.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001859010014-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

-L 43ogg-66
ACC NRt AP6014122
W.W wt
1
7
, 1<

Itl 19 77 Nbiv7t
Fig. 1. Change in the tungsten (1) and niobium (2)
content in the oxide scale at.an oxidation temperature
of 1200C as a function of the niobium content in the alloy.
Orig. art. has: 2 tables and 5 figures.
SD CODE; II/ SUBM DATE: IgNov64/ ORIG REF. 008/ OTH REP.- 003
MLP

ACC-NRI- AT60341446
SOURCE COD!;: ni /0000/66/000/000/0124/olZ7
AUTHORi Frokoshkin, D. A.; Vasillye-va, Yoo V.; Chudarev, L. F.
ORGs none
TITIEt Investigation of creep in niobium alloys by the torsion method
SOURCEs A111 SSSR. Institut meta3lurgii. Svoystva i primeneniye zharoprochnyKh
splavov (Proportion and application of heat resistant alloys)* Moscow. Izd-vo Nauka,
1966, 124-127
TOPIC TAGS: nioblum base alloy, creep, titanium containing alloy, boron containing
alloy, molybdenum containing alloy, torsion stress
ABSTRACT: 7he investigation was made on samples of niobium, with 5, 8, and 10 wei+,,ht
percent molybdenum, alloyed with titanium (up to 10~'), boron (up to 2%), and zirconium
kup to 10%). 1, figure shows the dependence of the deformation on time for difforont
temperatures, obtained by conventional and temporature cycle mothod3 for a niobiwm
alloy with 5% molybdorram and 0.5% boron. The closeness of the values of the craep
rate at the same temperature, by the two methods, indicates that the temperature cycle
method can be used oven in the case of complex alloys. To obtain comparative values
of the creep rate, the temperature interval of the experiments was varied some-,hat as
a function of the composition of the alloy. In particular, alloyr, containing 10%
Card

ACC NRI AT60344116
;titanium and 10% zirconium were tost6d at lo-wer tomperatures. It second figure sho-wz; a
Is.emilogari-Uhmic plot of the dependence of the deformation on temperaturo for a
number of different alloys. 7he values of the effective activation onorgy for croop
can be detanninod from tho slope of the straight on the plate On the basis of the
exTorimontal results the conclusion is drawn that it is not possible to establAsh a
corrolation between the activation onorgy for the creep and the activation energy for
I
'lautodiffusion. Orig, art. has, 3 figures,
SUB CODE: 11/ SUM DATEs IOJun66/ ORIG RKF: 006/ OTH REF: 005
Card

ACC NR; AT603ftr SOURCE CODE: uR/oooo/66/ooo/ooo/0285/0290.
AUTHOR: Prokoshkin, D. A.; Vasillyeva, Ye. V.; Lazarev, E. M. C1
ORO: none
TITLE: Investigation of oxidation of niobium alloyed with vanadiums
titanium or zirconium
SOURCE: AN SSSR. Institut metallurgii. Svoystva i primeneniy
zharoprochnykh splavov (Properties anA application of heat-re:iatant
alloys), Moscow, Izd-vo, Nauka, 1966, 285-290
TOPIC TAGS: niobium alloy, -a4;abdna==n-14-&5r_ oxidation, vanadium containing
alloy, titanium containing alloy, zirconium containing alloy
ABSTRACT: Specimens of three series of niobium-base alloys, containing
1-15% vanadium and 1-10% titanium or 1-20% zirconium, arc melted in
an argon atmosphere, were subjected to oxidation tents in air at
900-1200C. It was found that the oxidation rate depends on the com-
position. The oxidation rate of the Ilb-V-Ti alloys with 1009 titanium
depends primarily on the vanadium content. It gradually decreases with
increasin vanadium content and at 1200C reaches a minimum of
6.3-mg/cmi-hr at 5% of vanadium; then it increases and at 10% vanadium
is 20.9 mg/CM2-hr, i*e., even higher than that of unalloyed niobium.

L 08420-67
41-(fC-NR- AT6034467
The alloy containing 5% V and 10% Ti had the highest oxidation resist-
ance, It was established that 500 vanadium reduces the oxidation rate
by 2-3 times, and 10% of titanium reduces it by 3-6 times. Only
zirconium, of the three contents tested, was found to increase the
oxidation rate. Orig. art. has: 3 figures.
SUB CODE: ll/ SUBM DATE: lOJun66/ ORIG REF: 005/ OTH REF: oo6/
ATD PRESS; 5103
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jqP (C)-- _P
A,~/6034466 SOURCE. CODE: Ull/0000/661000/000/0280/0285!
AUTHOR: Lazareva, 1. Yu.; Prokoahkin, D. A.; Vaail'yeva, Ye. V.; Faslenkov, S. B.
ORG., none
TITLE: Investigation of the oxidation resistance of tun gs ten-niobium-tit anium alloys
SOURCE: AN SSSR. Institut metallug . Svoystva i primeneniye zharoprochnykh
Li
splavoV perties and application of heat resistant alloys). Moscow, Izd-vo Nauka,
1966, 200-285
TOPIC TACS: tungsten uL alloy, 4talptreft ++t-e"4-=n niobium
t i t an i u m al 1 o y , :3395=y o xi d a t i o n re a i a t an t , &44" -3-xErJ5`EI75-n1
ABSTRACT: The oxidation resistance of binary tungsten alloys with up to 50% niobium
or titanium, and ternary tun gsten-niobium- titanium alloys has been investigated.
Niobium was found to be the most effective in increasing the oxidation resistance,
especially at contents of up to 302. Titanium at contents of up to 5% improves the
oxidation resistance of binary alloys. At higher contents the titanium effect is
negative, especially at tengeratures above 1200C. Also in ternary alloys, the
titanium effect is negative. Oxidation proceeds by a two-way diffusion of oxygen and
metal with a preferred migration of niobium ions in the tungsten-niobium system and
of titanium ions in the tungsten-titanium-niobium systems. Orig. art. has: 3 figures
and 2 tables.
SUB CODE: 1l/ SUBM DATE: lOJun66/ ORIG REF: 0041 OTH REF: 001/ ATD PRESS: 5104

L 07092-67 EVIT (m)/VIP (w)/EVIP (t)/ETI IJP(c) JD/JG
ACC NR: AP6019006 SOURCE CODE: UR/0109/66/011/006/1150/1151
AUTHOR: Vasi eva, Ye. V.; Dyubua, B. Ch.; Yermolayev, L. A.,
Kultashev; U. K.
ORG: none
;TITLE: Emission properties.0f Pt-La, Ir-La, Os.-La alloys
7 17
SOURCE: Radiotekhnika i elektronika, v. 11, no. 6, 1966, 1150-1151
TOPIC TAGS: electron emisBion, eminsivity, thermionic emission, secondary
electron emission y 9,& A. 0 0,417;r1AJ01)j e6A)TA).4AJ1.X)6
1RjZ)j(.Jrn OX-1-OV, 'qz'tCPv
ABSTRACT: The results are reported of an experimental Investigation of
thermlonic and qecondary -electron emissiori'of Os-La (with a Laves phase Os 2. La),
of Pt-La (with a Pt La phase), and of Ir-La (with an Ir. La phase) alloys; see
~A. E. Dwight, Trans. Am. Soc. Metals, 1961, 53, part 1, 479; T. H. Geballe
,Card UDC: 669.231/233.5.018.5,.621.385.7

iACC NR: AP6019006
et al. Phys. Rev. 1 9 65, 137, Al 19. The results are tabulated below:
Work Max.
function Tempr. coeff.
1600K coeff. sec.-el.
Alloy ev ev/IK erniss.
PL - La 0,5% 4,01 2-io-s t,73
Ir- 2 10-1
4 2 47
2: 6 10-6
: 2:20
Orig. art. has: 1 tab 1e.
SUB CODE: 20, 09 SUBM DA TE: l7Nov65 ORIG REF: 002 OTH REF: 002
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ACC NR, AP'(O():')' 31 (A) SOURCE CODE: UR/0219/66/000/012/0021/0024
AU`MOR: Vasil'yeva, Ye. V.; Frokcrshkin, D. A.; Belova, L. M.
ORG: Institute of Mctallurtrj AN SSSR (Institut metallurgii AN BSSR)
TITLE: The structure and properties of niobium-tantalum alloys containing tungsten
and molybdenum
i SOURCE: Metallovedeniye i termicheakaya obrabotka metalloV, no. 12, 1966, 21-24
and inserts facing pages 48 and 49
TOPIC TAGS: niobium, tantalum alloy, molybdenum containing alloy, tungsten containing
alloy, alloy structure, a&&q8F~p_ro_per:Ey_
,ARRTRArT!
The effect of tantalum (0.5,1,5,10 or 15%), molybdenum and tungsten
(5% of each) on the microstructure and room and high-temperature hardness
of niobium-base alloys has been investigated. The alloys were melted from
99.4%-pure niobium, 99.75%-pure tantalum, 99.65%-pure molybdenum and 99.95%-
pure tungsten in a nonconsumable (tungsten) electrode, vacuum-arc furnace
in an argon atmosphere. Alloy ingots were annealed at 1700C for 50 hr.
It was found that the microstructure of cast Nb-Ta alloy had the typical
structure of a single-phase solid solution. With increasing tantalum
content, the substructure became more distinct. As-cast Ub + 5% Ta + 5% Mo
.,and Nb + 10% Ta + 5% Mo alloys also had a single-phase structure with
Card UDC: 20.17:669-2931294127126'-*

NR, AP7002431
ic se e t
elongated grains and traces of dendrit gr gation. no iceable
segregation of impurities was observed in Nb + 57.Ta +-7,Y and Nb + 10% Ta + 5% W
alloys. The respective hardness at 20 and 1000C of Nb + 10% Ta alloy was
180 and 105 U. Additional alloying with 5% molybdenum or 5% tungsten in-
creased the hardness to 198 and 127 HV or to 192and 120 IfV, compared to 150 and
90 RV for unalloyed niobium. The creep rate (calculated from the results of
hot hardness tests) of alloys containing molybdenum and tantalum was the
Fig. 1. Composition dependence of
creep rate (V&l of Nb-Ta, Nb-Ta-Mo
and Nb-Ta-W alloys at 1000C
lowest and that of alloys containing tantalum and tungsten the highest
(see Fig. 1). Ori ' 'art. has: 4 figures and 2 tables.
g.
SUB CODE: 11/ SUBM DATE* none/ ORIG REP: 008/ OTH REP: 003/ ATD PRESS: 5113
. -Card 2 2

ACC NRt AP700-C.'11311 SOURCE CODE: UR/0219/66/000/012/0031/0033
AUTHOR: Lazarev, E. M.; Vauil'yev
ORC_ Ynstitute of Metallurgy, AN SSSR (Institut metallurgii AN SSSR)
TITLE; Structure and mechanical properties of the alloys of the fro-V-Ti system
SOURCE: Metallovedeniye i termicheskaya obrabotka metallov, no. 12, 1966, 31-33 and
insert facing page 48
TOPIC TAGS: niobium base alloy, vanadium containing alloy, titanium containine
alloy, hardness, tensile strength, ductilit
Y, alloy Zyztem
ABSTRACT:
..-Niobium-base alloys containing 1.;-15% vanadium and 1-10% titanium were
melted from 99.78%-pure niobium, iodide vanadium, and iodide titanium.
The as-cast alloys had a dendritic. microstructure which became riore pronounced
with increasing vanadium content. Alloys annealed in vacuum at 1400C for
25 hr had equiaxial grains. Increased titanium and vanadium content increased
the hardness. The effect of vanadium is more pronounced. An increase in
Card 1/2 ux.. 620.1T;669.29312921225

ACC NRt AP70021~3,L
Tensile and
fog
yield stmu*, loo,
kg/mm? 32
I V, r
o-OW
Fig. I. Composition dependance
of mechanical properties of
'!40 Nb-V-Ti alloys containing 1 (1)
5 (2) and 10% (3) Ti,-Tensile
strength-solid lines; yield
strength-broken lines
Elongation
z
.-vanadium content from 0 to '15% increased the*tensile strength from 47.5 f6
107.5 kglmm2 in alloys containing 10% titanium and from 34.3 to 83.6 kg/=2
in alloys containing 1% titanium (see Fig. 1).- The yield strength also
increased with increased vanadium and titanium content. The ductility
I generally dropped with increasing titanium or vanadium content. titanium
being more effective than vanadium. ~ Orig. art. has: 3 figures.
'SUB CODE: II/ SUBM DATE: none/ ORIG REF: 003/ OTH REF: 001/'ATD PRESS: 5113
Sqrd 2/2

L 2661-66 EW dA(c) lip(c) jj)/JG/wB/G0.,_.,
ACCESSION NR: AT5023090 UR/0000/65/000/000/0111/0117
AUTHOR: Vasil 'Yeva, Ye. V.; Prokoshkin, D. A * C4mang, 1ject""og,
TITLE:, Hicrostructure and Qxidatign resistance of the alloys of Rjqbiym wi~~
_LuDZjjen_, aluminum and titanium
SOURCE: Problemy bol'shoy metallurgii i fizicheakoy khimii novykh splavov (Pro-
blems of large-scale metallurgy and physical chemistry of new alloys); k 100-
letiyu so dnya rozhdeniya akademika M. A. Favlova. Moscow,.Izd-vo Nauka, 1965,
111-117
TOPIC TAGS: high temperature oxidation, nioblum bass 81141 grain structure
solid solution, titanium containing alloy, crystal defect
ABSTRACT: Tungsten is an element that toughens niobium. In most cases, however
Nb-W alloys display insufficient resistance to oxidation; this can be remedied
by alloying1with Al and,T1. What to more, Ti also improves the plasticity and
ease of treatment of.Nb, which cannot be
_4said of Al, since if the Al content ex
ceedo:5-10% thii leads to embrittlementl f the base. In this connection, the
authors investigated alloys of Nb with 5, 10, and 15 wt.% W and an Al content
1/4
_Cqrd

-'A
ACCUstom la: ATS023090 I
of from I to 3.5%, with the object of determining the affect of W and Ti on the
ozidAtion resistance of the binary Ub-,V alloys at 1000, 1100, and 12000C. The
alloys were prepared from pure metals(In a tungsten-electrode are furnace with
an argon atmosphere, and annealed (homogenized) at 1400-1600% for 50-200 hr. The
microstructure of the allay ingots was dendriticq with uniform grain aize. since
part of the specimens was charged in polished form into the furnace, annealing
resulted in thermal etching which revealed certain features of the microstructure.
Individual grains displayed characteristic striation which on some acquired the
form of spirals following the tracks of the branches-of former dendrites. There
is not yet a unified theory accounting for the nature of such effects; many
factors are involved: the atmosphere in which the thermal etching takes place ,
and particularly its content of "active" agents -- 02, H21 H20 (vapors) , H2S,
etc., and their partial pressure. In addition, test temperfiture, the nature of
the metal investigated, crystallography of the specimen, and other characteris-
tics also are of major significatice. In its ultimate appearance, following re-
polishing and etching with a reagent consisting Of 112S040 HNO , and H2F2, he
microatructure of all the alloys represented a monophase solil solution. 02-
i dation resistance of the alloys was determined according to weight gain per time
unit by means of periodic weighing following exposures of 1, 2, 3, 5, and 10 hr
C..rd. 2/4

L 2661-66
ACCESSION NR: AT5023090
to temperatures of 1000, 1100, and 1200*C in a silit furnace with an air atmos-
phere. Findings: as W content is increased flom 5 to 10 wt.%, the oxidation rate
2_hr to 10.5 mg/cm. -hr). In alloys with 15 wt.% W the
decreases (from 19.2 mg/cm
pattern is somewhat different: at 1000*C the oxidation rate increases, while at
1100 and 1200*C it decreases. Alloying with 5 wt.% Ti produces a very marked de-
crease in oxidation rate. Thus, the oxidation rate 3f Ti-containing alloy at
5.6 mg/cm -hr and at 1100*C, 6 mg/cm2-hr. The scale from specimens oxi- I
10000C is 2
dized at 1200* was pulverized and subjected to a X-ray analysis. At oxidation
ttemperature of 1200*C niobium oxide was thus found to consist of O-Nb2O5 with a
monoclinic lattice and parameters: a - 20.39 A: b - 3.82 A; c - 19.44
Ice = 115*89'. Roentgenograma of all the alloys clearly displayed ~-M20 linea-
there were no other lines. Apparently, the scale represents a solid soLtion
on O-Hb205 base, containing oxides of the alloy elements. The ion radius of W is
shorter than etat of Nb (0.62 vs. 0.66 A). Apparently,.the dissolution of W in
Nb,05 results n a decrease in volume of the scale owing to substitution, i.e. the`
vo ume ratio of the oxide to the metal decreases; this results in a more compact- I
ly adhering oxide film with enhanced protective propertiese Moreovers according
to Wagner's theory, the addition of an alloy element with a higher valence than
314
iCar.-.-

~4- 2661-66
ACCESSION NR: AT5023090
thatof the base should cause an increase in the number of free electrons and a
decrease in the number of lattice defects. This leads toan increase in electron
conduction and decrease in ion conduction, i.e. in diffusion rate. The valence
of W (6+) exceeds the valence of Nb (5+). Accordingly, W is bound to augment the
oxidation'resistance of Nb. The presence of Ti causes the formation of the solid
solution T102 in the Nb 0 of the scale. Apparently, the dissolution of Ti makes
the scale's lattica lealo lavorable to the diffusion of oxygen Ions than the lat.
tice 0-Nb205* Orige art* has: 3 figures, 3 tables.
ASSOCIATION: none
SUBMITTED: 00 ENCL: 00 SUB CODE: HK, SS
INO REP SOV: 007 OTM: 005
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L 26,60-M E.,4T(M)/EPF(c)/T/Ll4P(t)/l;-IP(b)/E:4A(c) IJF(c) JDIHdIJGIWBIGS
ACCESSION NR: ATS023091 UR/0000/65/000/000/0118/0124
AUTHOR: Prokoshkin, D. A.; Vasil'yeva, VI.; Ry h~vL A.
i TITLE: Q)cAdAt ~qf the alloys of niobium With tu
~9,en
SOURCE: Problemy bol'shoy metallurgii i f zicheskoy khimii novykh splavov
(Problems of large-scale metallurgy and physical chemistry of new alloys);
k 100-letiyu so dnya rozhdaniya akademika M. A. Pavlova. Hoscow, Izd-vo Nauka,
1965, 118-124
TOPIC TAGS: niobium, alloy, tungsten containing alloy, high temperature oxida-
tion, oxidation kinetics, gas diffusion,,metal scaling
ABSTRACT: Alloys of Nb with W are of major interest, since W markedly enhances
the high-temperature strength of Nb. But while the data on the high-temperature
strength of Hb-W alloys unambigously point to the favorable effect of W, the da-
ta on another important characteristic -- the effect of W on the oxidation re-
sistance of Nb -- are extremely contradictory. In an effort to clarify this
point, the authors investigated the oxidation kinetics of Kb-W alloys containing
0.5 to 40 wt.% W, at temperatures of 1000, 1100, and 1200% by heating alloy
Card 1/4

L 266o-66
ACCESSION NR: AT5023091
specimens in the air for 1, 2, 5, and 10 hr, while at the same time continually
weighing them. It was found that the time-dependence of the weight gain due to
oxidation obeys a parabolic law in the initial stage (Fig. 2). During this stage I
the oxidation rate is determined by the rate of 02 diffusion through the oxide
film forming on the alloy's surface. The thickness of the oxide layer increases
in accordance with the parabolic law until, owing to the great difference in the
i unit volumes of the metal and oxide, th,re arise considerable stresses which lead
to the cracking of the oxide and its peeling from the metal, whereupon the time-
dependence of weight gain begins to obey a linear law. Noteworthy is the anoma-
lous course of the temperature dependence of the oxidation rate: thus, at 1000%
this rate is higher than at 1100*C. At 1200% the oxidation rate increases game-
what aud approaches the values obtained at 1000*C. X-ray analysis established that,
under these conditions the oxidation rate of the alloys is chiefly determined by
the structure of the scale, and in particular by the formation of the solid so-
lution (Nb, W)20 Thus, the reason for the decrease in the oxidation rate of the
alloys is that I diffusion of oxygen across the scale's lattice leads to a de-
crease in the oxide-to-metal volume ratio, hence resulting in a decrease in the
peeling of the oxide film off the metal. Hence, by the same token, the observed
2/4
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.L 266o-66
ACCESSION NR: AT5023091
character of the temperature dependence of oxidation rate cannot be attributed
to the retardation of the diffusion of oxygen through the scale. Orig. art. has:
4 figures, 1 table.
ASSOCIATION: none
SUBMITTED: 00 ENCL: 01 SU3 CODHs HH,
NO REP SOV: 005 OTHER: 009
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-L -266o-66-

ACCESSION NR: AT5023091

I
to
00
T ai

0

W
Oil
ENCLOSURE: 01
4'
W qpptent
-Ei me lir- -
Fig. 2. Scale composition as a function of the W content of alloy
(a) and
of weight gain with time, Nb + 15Z W at 1000-1100*C (b)
4/4
Card

L 2659 .(~)IEWr (m) /50 (W)IUF (C)/Dip (J)/T/Ee (t)/EWP(b)/1WA(c) IJP(C'
-66 gip
rG7- 13 GS
D7 .77
J
ACCESSION NR: ATS023092 UR/0000/65/000/000/0125/0129
AUTHOR: Vasilyeva,'Ye. V.; Prokoshkin, D. A.; Belova, L. M.
TITLE: Certain properties of the alloys of niobium wit boro
"On
SOURCE: Problemy bol'shoy metallurgii i fiziche'skoy khimii novykh splavov
(Problems of large-jeale metallurgy and physical chemistry of new alloys);
k 100-letiyu so dnya rozhdeniya akademika H. A. Pavlova, Moscow, Izd-vo Nauka,
1965, 125-129
TOPIC TAGS: niobium base alloy, boron contai 1' 11 alloy phase diagram,
I high temperature oxidation, X ray analysis Z ng a oy,
ABSTRACT: A-he properties of alloys based on the Nb-B system are virtually un-
known although the constitution diagram of the binary Nb-B system is known
(H. Novotny, F. Denezovsky,,R. Kieffer, Zts. Metallkunde, 50, 7, 417, 1959);
this diagram provides no definite information on the solubility of B in Nb and
vice versa, since the solubility lines i both cases are plotted in broken-line
form. It is also'known that the oxidatiorl rate of Nb at 600 and 800*C decreases
as a result of alloying with B. But no otWer data on the properties of Nb-B alloys!
i Card 1 /1

L 26"19-66
ACCESSION HR: AT5023092
are available. To fill this gap, the authors investigated the properties of the
alloys of Nb with 0.01, 0.05, 0.1, 0.5, 1, 3, and,# wt.% (increasing the B con-
tent above 5 wt.% leads to a marked embrittlomelL lof the alloys). The micro-
tructure of homogenized specimens of the alloys was examined with the aid of an
so
etching agent consisting qf 1 part HN03 + 1 part HF. It was found that the pha a
over the grain boundariesP, visible in the ingot structure of the alloys con-
taining upward of 1% B became completely dissolved during homogenization anneal-
ing, with a marked polygonization. At Yl. B the microstructure is characterized
by a finer grain compared with the alloy containing 0.1% B. Boron markedly re-
duces the density of the alloys, despite its relatively small content. Reason:
the extremely low density of B (2.34 g/cm3) and boride compared with the density
of niobium (8.57 g/cm3). Oxidation resistance was determined by periodic weigh-
ing following exposure to air at 1000, 1100, and 1200*C for up to 20 hr. The
oxidation products were subjected to X-ray analysis. At a B coutent of up to 1%
the oxidation rate of Nb rises considerably (-130 mg/cmZ, whereas any further
increase in the B content of the alloys leads to a decrease in this rate. Accord-
ing to X-ray findings, the structure of the scale of Nb with 1% B is a high-tem-
perature modification of P-Nb205'; hence, the sharp increase in oxidation rate
2/3
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L 2659-66
ACCESSION NR: AT5023092
cannot be attributed to any changes in the scale structure and apparently is due
to its microstructural features, particular4y the large amount of second phases
The decrease in oxidation rate when the B"c6ntent is raised above 1% is to some
extent associated with the change in the structure of the alloys. Alloying with
even small quantities of B (0.01 and 0.05Z) causes a sharp increase in the hard-
ness of Nb at room temperature but produces no effect at 1000'C -- unless the
boron content is raised to 2% and higher. The higher the B content is, the
lower is the rate of creeo f the alloy. Orig. art. has: 4 figures, 1 table.
ASSOCIATION: none
SUBNITTED: 00
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SUB CODE: HH.

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L
ACCESSION NR: AT404599'y /~)ooo,164 /000 /C.00 /C,2LE /r2cL
AUTHOR: Vasi"llyeva, Ye. V.; ProkoGhkin, D. A.
TITLE: Properties of ternary niobium-tantalum-molybdenum alloys
SOURCE: -All SSSR. Institut iretallur gii. Iasledovaniya metallov v
z h i d k o M - F - Ci e r-d o- m--- -q--o--s- t-o'y__a__nT_y__ `ak__h__(_~_e _s c-a-r c- h o f m e t a I s i n I i q u i d a n d
solid states). Moscow, lzfi-vo Nauxa, 1964, 248-254
TOPIC TAGS: niobium, niobium alloy, alloy property. tantalum contain-
ing alloy, molybdenum cont4ining alloy
ABSTRACT: Ten Nb-Mo-Ta alloys containing 10% Mo and/0.25 -15 wtdo Ta
were investigated. The alloy specimens were melte d in an arc furnace
in argon and annealed at 2000C for 10 hr (also in an argon atmosphere).
Microscopic examination showed that all the alloys had a one-phase
atructure of a solid solution. The specific gravity of the alloys
varied,depending on the compositionefrom 8.748 to 9.400 g/cM3, in-
creasing with tantalum content. 7he oxidation tests conducted at
1000, 1100, and 1200C for a total of 21 hr showed that the, oxidation
at the beginning followed a paraL-D1i- rate wnich later became iinear.
Card 1/ 2

ACCESSION NR: AT4045999
e-addition-of tantalum u-D to o Nb-flu alloy decreased somewhat
the oxidation rate at all three temperatures tested. For instance,
after 21 hr at 1000, 1100, and 1200C, an alloy w Ln 0.5% T& gaine'l
151.3, 174.o, and 26o.o mg/cm2, reapectiv-lv- an Loy with 4' 74a
d an all
2,
gainea 119.7, 137.1, and 243.0 mF,/cm respectively. At 9. tne
oxi dation rate began to increase , renjaini nF. however , belc-w that cf
unalloyed nioblum. X-ray di ffrac~ ion patterns showed Thai th(~ nx I ~e
layer on ai I trie alioys test,~!a was a sci I d so iution of tantalum ana
molybdenum oxides in 3-Nb205- .~ie hardT-,ess or alloys at room anri nigh
~th at 1000C increased -4ith increasing
temperatures and the creep strenF
tantalum content. Orig. art. has: 5 figures and 3 tables.
ASSOCIATION: none
SUBMITTED: 18May64
NO REF SOV: 005
ENCL., 00
OTHER: ou 4
SUB CODE: MM
ATD PRESS: 3137
Card 2/2

PROKOSHKIN, D.A.; VASILIYEVA, Ye.V.; RYABYSHEV, A.M.
Investigating the kinetics and the mechRnism cf the oxidation of
niobium-molybdenum alloys. Issl. po zhRroproch. splav. 10:233-239
163. (MIRA 17:2)
- A
V

PROKOSHKIN, D.A.; VASILIYKVA, Ye.V.; POPOV, N.N.
Proportion of alloys of the system 4obium - tungsten - titanium.
Isal. po zharoproch. Bplav. 10:219-2? .5 163. (MIRA l7s2)

PROKOSHEIN, DmAriy Antonovich; VASILIYL'VA, Yolena Valentinovna;
SAVARIN, A.M., otv. red.
(Iliobium alloys] SPIRvy niobiia. Moskva, lzd-vo "Naukal"
1964- 330 p. (MIRA 17:4)
1. Chlen-korrespondent All SSSR (for Samarin).

ACCESSION NIL. AT4013958 S/2659/63/010/000/0233/0239
AU171014 Prolcosh1cin, D. A.; Vasillyeva, Ye. V.; Ryaby*shov, A. M.
TITLE: A study or the kinetics and mechanism of oxidation of Nb-Mo alloys
SOURCE: AN SSSR. Institut motallurgii. Isslodovaniya po zharoprochny*m
splavam, v. 10, 1963, 233-239
TOPIC TAGS: niobiwa alloy, molybdenum containing alloy, refractory alloy, alloy
oxidation, alloy oxidation rate, alloy scale property, molybdenum trioxide
ABSTRACT: The authors considered the effects of various additions of Mo (0.5-
.50% by weight) on the rate of oxidation of Nb in free air at temperatures of
1000-1200C. Kinetics of high-temperature oxidation of Nb-Mo alloys were studied
by continuous weighing. Finally, scale on the alloy was 5 b' cted to X-ray ana-
lysis. Test specimens were smelted in a vacuum arc furnace non-consumable
tun-rsten electrode, purified argon atmosphere, 200 to 300 mm 11g) and resmelted
several times to insure better fusion and uniform composition. Refractory char-
acteristics were determined from weight increase after 1,.2, 3, 5 and 10 hours
in free air at 1000, 1100 and 1200C. Rate of oxidation of Nb at the 86 tempera-
tures shows a decrease. when Me is alloyed (up to 10% by weight) with it (see
Card l#

ACCESSION N11: AT4013958
l,'i,rs. 1 and 2 in the &closure). Minimum rates of oxidation tend towards higher
concentrations of Mo as temperature is increased. Doterioiation of heat resis-
tance characteristics at high concentrations of Mo is caused by formation or the
volatile M003- Oxidation exhibits a parabolic pattern during its initial sta.,yes,
then becomes linear. X-ray analysis has shown the presence of a solid solution
(Nb, Mo)2o,, whose lattice parameters decrease as the content of Mo increases.
The scale f alloys with more than 5% by weight of Ho exhibits a monoclinic
tX
lattice, analogous to that of,9-Nb 0 5 but differing from it in its fine struc-
ture' ~1003 disappears from the scaie 'at 1000-1200C. Orig. art. has: 4 graphs,
I tablo.
ASSOCLITION; Institut metallwgii AN SSSR (Institute of Hetallurgy)
SUBMITTED: 00 DATE ACQ: 27Fob64 ENCL: 02
SUB CODE: ML NO ILE, r. SOV: 004 OMM: 009
Card 2/$ X

PROKOSHKIN, D.A.; VASILIYEVA, Ye.V.
---- ~ I ~ . .- I - I - -
Oxidation of certain niobium-baBe binary alloys. Isol. po zharopr
splav. 9:164-171 162. (MIRA 16;6)
(Niobium alloys) (Oxidation)

D. A.; VASILIYEVA IS.-V.
PROKOSHKIN, .....
Connection betvaen hardness and asebanical properties of
metals and alloys. Trudy Inst. not. no.13:131-W 16 .
(MIRA 16:41
Netals-Testing) (Hardness)

PROKOSHKINY D. A,; VASILITEVA To. V.; Prinimala uchast:lye AGIBALOVA, L. M.
-Pft~ -LAG;6L~
Kinetics and the mcbanism of niobium oxidation. Tru Irtat.
met. no,13:143-151 163. (MIRA 16:41
(Nioblum-Metallolraphy)
(Oxidation

TRAOSHKIN, D.A.(Moakva); VASILIUVA, Ye.V.(~bskva)
Process and productB of the oxidation of nioblum-titanium alloys.
Izv. AN SSSR.Otd.tekh.nauk. Met. i topl, no.5;151-156 3-0162.
(MIRA 15.'10)
(Niobium-titanium alloys--Meta.Uography)
(Oxidation)

VASILIMA, Yej~_LNEDOPEKIN, T.K.; MRUNIKIN, V.1e.
Complex-foraing capacity of mercapto compounds, Part 1,: Comparative
evaluation of the strength of complex compounds of dithiols with mercury,
lead, cadmium, and zinc cations. Ukr.khim.ahur. 28 no.7:773-778 162.
(MIRA 15:12)
1. Unrainskiy nauchno-isaledovatellskiy sanitarno-khimicheakiy inBtijut.
(Organometallic compounds) (Dithiol)

TABILIYEVAj Ye. V.
Investigating-'t.be effect of heat treatment and tensile strain
at high temperatures on the microstructure of chroxiuw-base
alloys, Trudy Inst. met. no.13:122-130 163. (MIRA 16:4)
(Chromium alloys-Metallography)
(Metalej, Effect of temperature on)

FRO.NOSHKIN, Do A,;-VASILIYEVA, Ye. V.) Prinimali uchantiyet VMGASOVA,
.
L. L.; RYABYSHEV, . -
Investigating the oxidation of niobium--vanadium alloya. Trudy
Inst. net. no.13:152-156 '63- (MIRA 16:4)
(Niobima-vanadium alloys-Metallograpby)
(Oicidation)

PROKOSHKINY D. A.; IASILIYEVA, Yc. V.; RYABYSHEV, A. M.
Investigating the oxidation of zdobium-titanlum-zirconlum
alloyso Trudy Inat. met. no.13:157-162 163. (MIRA 1614)
(Robium-titanium-sirconiuR alloys-Metallograpby)
(Oxidation)

PROKOSHMS D.A. (Moskva); VASILIYEVA, Ye.V. (I'bBkva); YANUSHMVICH, V.Y&.
(Moskva)
Investigating tho oxidatian of niobium-sirconium alloys. Izv. AN SSSR.
Otd. tekh. nauk. Met. i gor. delo no.1:186-190 Ja-F 163. (MIRA 160)
(Niobium-zirconiwa alloys--Testing) (OxidatioQ

VASILIYEVA, Yelena, VladimiLm=; LISETSKAYA, A.P., red.; P01110MCaVA,
I ~. W~.'
.. tekhn. red.
(Development of the food industry and the economics of public
labor in the U.S.S.R.]Razvitle pishchevol pronyshlonnosti i
ekonoriia obohchestvcnnogo truds v SMR. Moskva, Ekonomizdat,
1962. 194 P. WIRA 15:10)
(Food industry)
(Labor and laboring classes)

VASILIYEVA, Ye.V.; ZAGOi~SYIY, G,, red.; FOLOVA, ~5,, tolchr, red,
(The most valubble achiev,!ments of efficient corn growers!
Samoe teennoe v opyto peredovykh kukuruzovoc:ov. Yookva,
Mosk. rabochii, 1961. 47 p. (MIRA 15:10)
(Corn (Maize))

S/073/62/028/007/001/004,
E075/E436
AUTHORS: Vasillyeva, Ye.V., Nedopekin, T.K., Petrun'kin, V.Ye.
TITLE: Investigation of the complex-forming capacity of
mercapto-compounds. Part I. Comparative evaluation
of the strength of complex compounds of dithiols with
the cations of mercury, lead, cadmium and zinc
PERIODICAL: Ukrainskiy khimicheskiy zhurnal, v.28, no.7, 1962,
773-778
TEXT: The method of investigation was to decompose a dithizone
complex of a metal witli an aqueous dithiol. The extent of the
decomposition was taken as a measure of the strength of the
dithiol-metal complex. Thiols forming a.stable complex with one
of the metals form also stable complexes with the other metals.
The most stable complexes (95% of dithizone, complex decompose~d)
were formed by
CH3CHCHjNHCHjCH:S0,Na
SH SH
.ICH'Ullso"Na
CHsCHCHiN'
I I '1CH.,C1i.5O.Na
Card 1/3 SH SH

S/073/62/028/007/GGI/GO4
Investigation of the complex- E075/E436
In general, the most stable complexes are formed by sodium
dimercaptoalkylsulphonates containing sulpho-sulphur or
amine-nitrogen. The least stable compounds nre formed by
dimercaptoderivatives of malonic acid, aromatic thiols and
heterocyclic thiols containing two non-aligned Sli groups and
monothiols.' Transfer of SH in thiols of the fatty series from
2,3 to 1,3 position does not increase the strength of the complexeD.
Soviet produced thiol CH2CJfCF12SO3Na-H20
I I II
SH SH formscomplexes with
Zn and fig having similar stability to those formed by non-Soviet
product BAL (2,3 dimercaptopropanol). The latter decomposes 75/~'
of the dithizone complex. N!any of the thiols form much stronger
complexes with fig than ethylenediaminetetraacetic acid, With
Pb, Zn and Cd the acid gives complexes having similar stabili-,-y to
those formed by the best thiols. The dithizone method of
determining complex stability is recommended for general usage.
There are 4 tables.
Card 2/3

S/073/62/028/007/001/004
Investigation of the complex- ... E075/E436
ASSOCIATION: Ukrainskiy nauchno-issledovatellskiy-sanitarno-
khimicheskiy institut (Ukrainian Scientific Research
Sanitary Chemistry Institute)
SUBMITTED: may 18, 1961
Card 3/3

SYSUYEV, Ya.A.; PSIL-1YEVA,.-Ye..V.-;- MASILINIKOVA, M.A.
Iffect of plastic deformation on phase transformations in silicon
and nickel steels. I"*vys.ucheb.zav.; fiz. no-3:218-222 160.
(MIRA 13:7)
1. Fiziko-takhnicheskiy institut pri Gor'kovskom gosuniversitete
imeni N.I.Lobachav.skogo.
(Steel alloya-Retallography)

82341
Ap, ?,r-v 0 S/139/60/000/03/038/o45
EOJ;~f~3
AUTHORS: Sysuyev, Yu.A., Vasil'Xova, 9nd
Krasillnikova, M~.A.
TITLE: Influence ofkpplastic Defgv-m-+-i-- on Phase Transformations
'W-
in Silicon a d Nickel Stools
PERIODICAL: Izvestiya vysshikh uchebnykh znvedeniy, Fizika,
1960, No 3, pp 218 - 222 (USSR)
ABSTRACT: In earlier work of one of the authors and his team
(Refs 1-3) it was shown
the cementite decomposes
and a metastable carbide
the reaction:
Fe3P
that in simple carbon steels
during plastic deformation
Y.Fe XC forms on the basis of
F eC + m Fe
It is obvious that in steel in which a new phase forms
the change in the mechanical properties as a function
of the degree of deformation differs from that of steel
where there is no such transformation,. In this paper,
the authors attempt to elucidate the influence of plastic
Cardl/3 deformation on the changes in the cementite of steels
V

82341
S/139/60/000/03/038/045
Influence of Plastic Deformation on PHN"WNsformationA in
Silicon and Nickel Steels
alloyed with Si and Ni. The specimens studied were
Ni and Si steels quenghed from 1 150 0C and temp8red
for two hours at 600 C (silicon steel.) and 650 C
(nickel steel), respectively. The chemical analyses of
the seven iteels used in the experiments re given in a
table, p 218. The phase transformations~lunder the effect
of plastic deformation were studied by means of a
magnetic method. It was found that during plastic
deformation steels alloyed with Si and Ni with an initial
structure consisting of a + Fe3C phase transformations
may take place. As a result of the deformation, the
cementite befomes transformed into an intermediate
carbide XFexC (the Curie point being 26o-265 OC), which
becomes unstable on heating above 400 OC and ceases to
exist at 600 OC. Comparison of the processes of
graphitisation on the example of a Si steel after
deformation and quenching conf irms the conclusion Mat the:-e is
Card 2/3

Influence of Plastic Deformation
Silicon and Nickel Steels
82341
S/139/60/000/03/038/045
EO~R~E33
on se transformations in
a jedu:ticninthe 3peed of graphitisation in steel which has
been deformed from all sides by non-uniform compression.
There are 7 figures, 1 table and 6 references, all Soviet.
ASSOCIATION: Fiziko-tekhnlcheskiy inst1tut pri Gor1kovskom
gosunivorsitete imeni N.I. Lobachevskogo (Pjiyp
J.g~
Technical Institute of Gorlkiy State University
imeni N.I. Lobachevski
SUBMITTED: July 20, 1959 all"
Card 3/3

t yq
d f c"n
zav.; t!,vet. rot. 7 no.6:131-135 164. ('ITP 18
A ~ I
vu
je(jov:j te'. 1:1*~,iy 1 I,r-oyektn- yingtil t
ol bral,o"~l k 1,

VASILIYEVA, Yu.S., kand.med.nauk
Determination of th,,rrold FLnv~,.iLn in tuberclA-ciiis c!" the 1-,-ngC
b U~ I
,y the basal metabolism me*h..-d and radioactive inclication.
I
Probl. tub. 41 no.6-72-75 163. k IE RA- 17:
1. 1z kliniki legocbnoFo tubprkuleza (zn,.r. V.K.DargevIc!-.),
Nauchno-issledovatellskogo Instituta TrIeditsinskv
i klimatoterapii imeni SechenovR (dir. B.V.Bogiit.,3kiy),

VASIL'YEVA., Z.A. (Barsukova)
Effect of a sharp increase of positive and inhibitory
conditioned stimuli on the higher nervous activity in
dogs. Zhur. vys. nerv. deiat. 11 no.6:1032-1037 11-D 161.
(IMMN 15:3)
1. Pavlov Physiological Department, Institute of Experimental
Medicine) U.S.S.R. Academy of Medical Sciences, Leningrad.
(COMITIOIED RESPOISE) -

VAYNSHTEYN, B.P.; KRUGLIKOV, V.Ya.; RAPOPOFT, I.B.; VASIL I,YEVA,_,_Z.A,;..
KAGAN, L.Kh.; PLOKHINSKAYA, Ye.A.; VGLYMMIY, A.V.; 114JZOVSKIT,
V.V.; KL",TSOVA, V.P.; Prinimali nchastiya: MICHAN, A.I.;
KONOVALICHIKOV, L.D.; AYHSIITrYN, V.G.; KVASIIA, V.B.; GTIFLYANOVA,
D.P.; ZAYTSEVA, A.F.; ANDIFT,,YvVA, T.A.
Now way to synthesize oxygen compounds from carbon monoxide
and hydrogen over iron-copper catalysts. Trudy VNII NP no.
9:177-196 163. (MA 17:6)

ROMAZANOVICH, 11-P-; VASILIYEVA, Z.A.
Production of esters of aroxypropionic acids. Wr. kUm. zhur.
27 no.4- 948-549 '61. ~- (MIRA 14:7)
(Propionic acid)

VASILOYINNIM, D.P. [Vaoileviono, D.P.]; GIRMIYAUSKAS, V.I. [Girdzinuokno, V.I.]
Use of a selection method in the production of dermal smallpox
detritus. Vop.virus. 4 no-3:353-355 MY-Je 159. (KIRA 12:8)
1. V11'rCrasekly institut epidemiologii I giglyeny i meditain-
akiy faiatlitet Villnyuaskogo gosudaretvonnopo univeraiteta
ineni V.Kapsukasa.
(MkLWOZ. immmol.
vaccine, selection of calves (-dua))

VASILITNVA. Yu.M., kand.med.nauk; PEMODCHIXOVI. N.I., kand.med.nauk
Seventh International Cancer Congress in London. Vast. AKK SSSR
14 no-3:70-76 159. (MM 12:3)
(UNDON-COM-COWGRESSES)

VAP , Cand Med Sci -- (diss) "Course of the tubercular
process in sick persons with altered function of the thyroid gland
under sanatorium and climate treatment on the southern shore of the
Crimea." Yalta, 1960 16 pp; (Crimea State Medical Inst im I. V. Stalin);
200 copies; price noi given; (KL, 29-60, 127)

Mh~~ K 7 N, ; .'-. ~ - , .!; .
0, , 11-1.11-1--l I---
! r-dac;L'on and d,, a, ri-trirhioror-r-c-
p.1 (-, ri 4 - h c 10 . pr~;m, 41 no.ilj "", 71-5'~8 Ag 165.
(MMA 1819)

0 I[p 0 0 0 9 wr-- w V-
-
V40 0 0 0 * 0 2 0 a f* 0 e 0 0 a 0 o * 6 0-0-V
11 4k i. 't 6 '1 it Is Iv a a it A it 17 nil mil U111416 1411 w o0 46 41 4~ 0
A L it AP 0 1 1 g 4

V),l'
IVA T IL 'Y g.
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I- 09
ilk
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-
:
s'Albl'a 3, ;mx1likul. miuvwwmd
0
KW.Q ywigo I
00 clu"t"tim (C.". results -4 whik-la age given in driatil.
alow that this cial is Satisfactory fur the InanuC uf coke.
00 A. A. tkhiliask
00 1 .00
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0 0 0 0 0 0 0 0 0 0 9 0 0 0 q 0 0 0 0 0 0 0 0 0 0 4 0 9 0 0 0 0 0 0 e 0 0 9
, ::000000000000040000 0 0 0 * 0 0 0 0- 0-0 0 -0 0 e 0 0 0 0 0 0 0

BIRYUKOV, Dmitriy Andreyevich, prof., otv. red.; GOLIKOV, N.V.,W red.;
ZIMKINP N.V., red.; KARAKYAN, A.I., red.; KUPALOV, P.S., red.;
LAFINA, I.A., red.1 _VA3jL'-.,YEVA,,,Z.A., red.; KHARASH, G.A., tekhn.
red.
(Problems of the physiology and pathology of higher nervous activity)
Problemy fizologii i patologii vysshei nervnoi deiatellnosti.
Pod obshchei r6d. D.A.Biriukova. Leningrad, Medgiz. No.2. 1963.
192 p. (KRA 16M.)
1. Akademiya meditsinskikh nauk SSSR, Moscow. 2. Deystvitel'Anyy
chlen AMN SSSR (for Biryukov).
(NERVOUS SYSTEM)

KVASt.,'IKOV, Ye.I. [Kvavn7l,,or, IE.1.7; DWSHTEYN, A.F.- VASILIYE'll, Z.A.
[Vasyltieva, Z.A.'? SUK1,61.7 V.V.
UBe of lajljio acid buiLerla I-or ilie blologi,~~ presernrati.,.,)n
of pul.p. M.1krob-fol. Anr. 25 nc.-:54-58161 (MIRA

AYRAPETIYANTS, Ervand Shamirovich; GRACHEVI losif Ivanovich;
TULBAYEV, Foysen Tu:Lbayevich;.jAPjLIYL'-VA, Z.A... red.
izd-va; KRUGLIKOVA, N.A., tekhn. red.
[New studies on the physioloU of farm animals] Novye is-
sledovaniia po fiziologii sel'skokhoziaistvennykh zhivot-
YUkh. Moskva, Izd-vo All SM, 1963. 94 P.
(MIRA 17:1)
(Conditioned response) (Veterinary physiology)

KONONOVAJ, Yelizaveta Pigasiyevna;_VASIL.IYEVA,, Z.A.,__red.; SAFRONOVA,
I.M., tekhn. red.
(Frontal region of the cerebrum] Lobnala oblast' bol'shogo
mozga. Leningrad, Madgiz, 1962. 175 P. (MIRA 16:5)
(BRAIN)

KHANANASHVILI,, Mikhail Mikhaylovich; VASIL7YEVA, Z.A.,, red,,;
BUGROVA, T.I.p teklm.red.
(Experimestal &Wy of the central mechanisms of the vimial
ftmetion] Eksperimentalinoe issledavaide tsentrallnykh
mekhani=ov zritellnoi funktaii. leningrad, Medgiz, 1962.
1?9 P. (MIM 15:5)
(EWN-LOCALIZATION OF FUNCTIONS)
(VISION)

ABUIADZE, Kalenik Sardionovich;_Wq~L'YKVA,.Z.A ' red.; ZHUNAYEVA, Z.V.,
tekhn. red, I - - 1 -40 . ~
[The function of paired organs] K voprosu o funktsii parnykh organov.
Leningrad, Medgiz., 1961. 102 p. (MIRA 14:11)
(REFLEXES) (SMETRY (BIOLOGY))

KUPALOY, Petr Stepanovich. prof., otv.red.; GOLMOV, N.V., red.; KASHKIN,
X.I., red.; KARAKrAN. A.I., red.; LAPDIA, I.A.. red.;-VASILIMA,
Z.A., red.; HUL&VA, K.S., takhn.red.
------------
[Problems in the physiology and pathology of the higher nervous
activity; successes and prospects for development] Problemy
fiziologii i patologii vysshei nervnoi delatellnosti; dostizhe-
niia i perspektivy rosvitiia. Pod obshchei red. P.S.1upalova.
Leningrad, Gos.izd-vo med.lit-ry Medgiz, Leningr.otd., 1960.
238 P. (MIRA 13:12)
1. Akedemiya maditsinskikh rwuk SSSR. Moscow. 2. Deystvitel'nyy
chlen ANN SBSR (for Kupolov).
(NERVOUS STSTICK)

N a W tt I

Aj

gi.

goo
00 712
f The

coo
7 me 0
o0 Ax

l
00
W e*
l
i
,

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0
too

40
too
A S OS L A CULCUM CKAL LiTIRATuff CLASSWKATIGO
o
i moo
, OR
I it 14 5 'di j 3

L00908-66
ACCESSION NRt AP5019677 UR,/0064/65/000/008/0577/0578
547.239.23'113-07+547.297-3-07
AUTHORSt Khaskin, 1. G.; Vaoillyevap Z. A.
TITLE: Production of ck, 019~ -trichloropropionitrile d 0( -trichloro-
propionic acid
SOURCE: Khimicheakaya promyehlennost', no. 81 1965, 577-578
TOPIC TAGS.- chlorinationt chlorine organic compound, trichloropropionitrile,
trichloropropionic acid
0-
ABSTRAM The conditions for the.synthesis of the herbioideB Ct -trichlor
propiontrile (A) v a j 6. p P -trichloropropionio acid (B) , and the sodi 1
!
were studied. The synthesis is based on the chlorination of aorylonuimtrM~w7fthB
ichlorine gas in the presence of tertiary aliphatic aminee$ diaoryloamines, or their,
salts at 40C. The yield of A was 90-90%. B is derived from A by reaction with 73~,'
sulfurio acid at 120 130C1 yield 95%. The sodium salt of B is obtained by neutral-
izing B with 40-50% ;odium hydroxide. Orig. art. haot 2 equations,
ASSOCIATIONo none
SUB)CITTED 1 00 'ENCL: 00 SUB CODE: OC
Do REP BOVI I OTM 1 023
card

DOMAN, N.G.; Z.-A..; R011ANIOVA, A.K.; ZIAVARZIN, G.A.
Assimilation of carbon of monocarboxylic compounds by budding
bacteria Hyphomicrobium vulgare Stuts. et Ilartleb. Mik-robio-
logiia 24 no.1:3-11 Ja-F 165. OMIRA 18:7)
1. Institut biokbimii All SSSR imeni AJI. Bakha i Institut mikxo-
biologii AN SSSR.

- I
,:r- " I
T`,-,
f
-- .. 4

BORZUNOVA, Aleksandra Stepanovna; BlIVIUKOV, Dmitriy Andreyevich;
VASYUKOV, Nikolay Mikhaylovich; VASI.LIYEVA, Z.A., red.;
KHARASH) G.A., tekhn. red.
(Theoretical fundamentals of medical expertise on the
capacity for work] 0 tooretichoskikh osnovakh vrachebno-
trudovoi ekspertizy. Leningrad, Medgiz, 1963. 185 P.
(MIRA 17:1)

ULITSW 9 Genrikh Llvovich; KREPSp Ye.M. , red.; VASILOYEVA# Z.A. red. I CHU-
NAYEVA, Z.V.# tekhn. red.
[Physiological bases for himan life under conditions of iwreased
atmospheric pressure] Fiziologicheskis onnovy prebyvaniia chelove-
ka v uoloviiakh povyobe=ogo davlaniia gazovoi aredy. Pod red.
E.M.Irepsa. LeniWad, Goa* izd-.,Yo mod. lit-ry Medgizp Leningr.
otd-nieq 1961. 185 p. (MIRA 3.07)
le Chlon-korrespondont AN SSSR (for Kropa)
(ATHOSPMRIC RESSURE-PErSIOIDGICAL EFFM)

VASILIYEVA, Z.A. (Barsukova)
Interaction of extinctive and suprali-lingl inhibition. Bi-11.
eksp. biol. i med. 50 no.7:3-7 Jl 160. (1-aU J-4: 5)
1. Iz fiziologicheakogo otdela imeni I.P.Pavlova Instituta
eksperimentallnoy meditsiny MI SSSR, Leningrad. Prodatavlena
deystvitellnym chlenom ARI SSSR P.S.Kupalovym.
(INHIBITION)

YC.'TlTl`E,1S?d,YA,
[Condit1r;ricn rp-Mr-1 r *r- x
tollud kory
lovnol,,o LerArl:rr,'d,

VASILIYEVA, Z.A.
Sffect c-, CK an ir! the ir: ter, Z; it y of t+.-- --- t-, --n e (I s
c;n the retarded c=~'fti'c:-ed refl~~-x. Zhur. -.ry::. nez-.r. defat. 1":,
no. lt28-33 Ja-F 16's (II",~A 19:2 )
1. otdel ivwni I.P. Pavlova Instituta eks;;Cri-
mental Inoy meditsIny lu~!1141 SSSR. SuhnLtted Sep"cribor 29, 19t'~J'4 -

VASILIYEVA, Z.F,
Problem of hwolytic diseass in awborn infanta in ABa-4nc=pdta-
bility. Pediatrila 38 no.lN37-0 0 160. (MIRA 13211)
1. Irivoserologicbeskoy laboraiftli (zave - doktor neditainskikh
nauk ToGe Soloviyevap nauchMy rAovodite"LO inBtituta - ahlert--
korreffyondent Akademii meditainakikh nauk SM prof. A.W. Filatov)
Dmingtadskogo ordena Tradovogo Krasnogo 2bmeui. nauchno-iseledo-
vateltakogo instituta perelivaniya krovi (dir. - dotsent A.D.
Belyakov). (MIYTHROBLASTOSIS FETAL)

SOLOV'YSVA# T.0.-j VASILOYEVA, Z.F.
Production of an antiglobulin precipitating serum@ Zhur. mikrobiol.
'apid. i Immin. 31 no. 5t76-78 My 160. (MIU 13 110)
1. Iz Leningradskogo inatituta perelivaniya krovi,
(SERUM) (GLOBULIN)

VASIL'YeVA, Z. F. Dand Med Sci -(diss) "Importance cLf RhesuB-Factors
in Forensic Meoicinej" Leningradj 3960, 14 ppj 300 copies (Leningrad
Institute for the Advanced TrAining of Physicians im S. M. Kirov) (KL, 4V60j 2.06)

VASMIYXVA, Z.7.
Nethod. for detection of Rho(D) agglatinogen in blood stalus. Sud.-
med.okepert. 2 uo.35-39 O-D 159. (MIRL 13:5)
1. Is oserologicheakaya laboratoriya, (zav. - doktor med.nauk T.G.
Solovl.veva) Leningradekogo nauchno-iseledovateliskogo institute.
perelivaniya krovi i kafedra sudebnoy meditsiny (zar. - doteent
A,D. Adrianov) Leningradakogo inutituta usovereheustvovauiya
vrachey Imeni S.M, Kirova.
(AGGLUTIROGINS) (MEMISTRY, LEGAL)

Z.G.; GRANOVSKAYA, p,.A.; ~,kMyCIIEVA, Ye.P.; TAPEROVA,
VASILIYEVA maLVINP, T-A-p red.
A.I..;-FRIDENMR.Go ye.E.; D ,
(Laboratory work in gen.r.1 chemistry; somimicroanalYsis)
Laboratornyi praktikum po obshchei khimii; poiumikrometod.
2, izd. 14oskva$ Khimiia) 1965- 346 P. (MIRA 18:7)

v
the
be lin': e n fr v i~ui -'TI ',Ck L k
y , F~A

AUTHOR TOMASSOT, N.D., VMMYEVA, 14.A., VASIL' YS VA, Z.1- 32-6-12/54
TITLE The Sjoet".0hemical Mothod, for-TE-e--D-~f-er-M-jMrtjvx of Antioorro-
vivo Strength ir Welding Joints of Illoyed Stools*
(Elektrokhimicbm s k iy metod o pr ed eia niya icorroziovncy stoykOBti
ovarnykh soyedine niy aizkolegiroyannykh staley -Rueb.Laa)
PERIODICAL Zeyodakays Laboi3.tor.ya,1957jol 25,Nr 6,pp 683-686 (U S.S.R.)
Received 7/1957 Reviewed ;/1957
LBSTRACT For'tho determinatioa of the anticorrosive str*nght of deeply allo-
yed stools in welding Joints as well as in those parts which are
untouohad by weldIng the application of the sleatrochomigAl MO-
thod: is reoo=oxd*do This method Is based upon the ratio of the
olectroohemiaal potentials in various zones of the welded steel
object. The welding Joint In contact with electrolyte forms a mul-
ti-*lectrode maorogalvanic element, the electrodes of which &rot
basic metal, welding seamsq zones of thermal effect and zones of
maximum voltage eanseatrations, Nonuniformity of the voltage dis-
tribution *too *aaeed by chemical as well as structural 4ifferea-
coo are formed on the metal surface of miorogalvanio pairaq which
served as research objects. Such experiments could prove to be
dangerous if the &nods of the welding seam becomes ground metal~-
In this ease the tendency of the welding seam to'corrode may be
inereised automaticallyq which, L-.-.,tv*rq is die to the time taken
Card 1/2 by the'experiment.An early detexca~'nation of anticorrosive strenght

32-4-12/54
The Elootro-Chomioal Method for the Determination of Antiaerre-
sive Strenght in Welding Joints of illoyed Stools.
is described by the paper and the peculiarities are dealt with
in detail.
(With 6 illustrations).
ASSOCIATION
PRESENTED BY
SUDNITTED
AUILLBLI Library of Congress.
Card 2/2

DGURLWKIYO I.V.;,yA�~-4'YE'vAq 4,1,1_APARIN, G.F.
Antifermentative action of antiplague sera.. Izv. Irk. goi. nauch.-
isal. protivochumo inst. 218122-227 159, (MIRA 14:1)
(SERUM) (PIAGUE)

D014AfLkWKIY, IN.; YAHOMYUK, G.A.; VASILITIVA, Z.1.
Relation of plague macrobe to hyaluronic acid and the presence of
of the spreading factor in the microbe. Zhur. mikrobiol. epid. i
IM=- 31 no.7:11,4-117 Jl 160. (MIRA 13:9)
1. Iz Irkutskogo nauchno-isaledovatellskogo protivochumnogo instituta.
Ministerstva, zdravookhraneniya SSSR.
(FASTEURELIA FESTIS) (HYALUROUIDASE)

DOMARADSKIT, LV.; VASILITEVA, Z.I.; AFARIN, G.P.
Antlenzyme activity of antirabies mera; authorls abstract. Zhur.
mlkrobiol.,epid.i immun. 30 no.11:111-112 N 159. (MM 13:3)
1. 1z Irkutsk o protivochumnogo instituta.
(RAB INIS (EWLTIMS)

TROFIMMO, N.7,.-;, VASILITWA, Z.L; KROTOU, V.A.
Change In the amino acid composition of the nutrient sodium
in deep culturing of the plague microbe. Report No.l. lzv.lrk.
goo.nauch.-inal,protivoobum.itat, IN117-123 158.
(AMINO ACID KXWOLISK) (PASTWRUIA PXSTIS) (MIRA 13:7)

BUTLEROV, Alekaandr Mikhaylovich [1828-18861; ANGZRT, G.A. (translator];
MOMMA, H. [translator]; SOKOLOVSKIT, A.A. (translator]; UUjj'TXVA,
Z.H. [translator]; ATAVSANMOT. L. [translator]; ELAW, T.M.
'[Yr-anslatorl; PUTZ. A.F. [translator], red.; POWDIN. S.A.,
otv.red.; BYKOV, G.V.. red.; RASKIN, N.M., red.; POLTAKOVA, T.T.,
takhn.red.
[A.M.Butlerov; his scientific and pedagogical endeavors. A collection
of documental A.M.Butlerov; nauchnaia i pedegogicheakoia deistell-
Aost'. Sbornik dokumentov. Hoekvat 1961. 416 p.
WRA 14:3)
1. Akademiya nauk SSSR.
(Butlerov. Aleksondr Mikbailovich, 1828-1886)

YEMIYANOV, N.P.; VASILIYEEVA, Z.N.; TABORISSKAYA, Ye&A*
Dehydra-tion of 1-cyclohexon-3-ol and -tetralol to
1.,3-cyclohexadiene.and 1,2-dihydroxynaphthalene on alkaline
earth metalIphosphates as catalysts. DAL AN BSSR 7 no.12:
821-824 D 63. (MIRA 17:8)
1. InBtItut fiziko-organicheskoy khimil AN BSSR. Predstavleno
akademikom AN BSSR B.V. Yerofeyevym.

RUDAKOVA, N.YU., kand.tokhn.nauk; POLISHCHUK, S.A., kand.takhn.naukj
-SHEMETAI BAS, kand.tekhn.nauk; GAMDLINA, L.N., inzh.j
STANITSMAYA) Z.11., inzh.; GEIR14ASH, E.A., J&zh.; VASILOYEVA2
Z.N,, inzh.
Possibility of production of transformer oils from the petro'Laum
of the Okhinskiy and Katangli fields. Nauch.zap.Ukrniiproekta
no.8s64-70 162. (MIRA 16t1)
(Insulating oils) (Petroleum-Refining)

FAYERMAN, N.N.; MIKHAfLOVA, A.M.; VASILIYEVA, Z.F. I_, _
I
Dingnostic vAlue of the tellurite test in fAUCiAl diphtheria.
Zhur.mikrobiol.epid. i immun.,supplement for 1956:45 '57 (MIRA 1193)
1. Iz kllniki detakikh infektsionnvkh bolezney Gorlkavskogo
meditsinskogo instituta Imeni S.M.Kirovn na baze detakoy infektsionnoy
bollnitay No.8 i infektsionnoy bollnitay No.3.
(DIPHTHERIA) (TELUJRIUM)

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VASILIYEVA, Z.S.
Methods of washing, filling, and sterilizing ampules.
Med.prom. 16 no.503-36 Yq 162. (MIRA 15:9)
1. Moskovskiy khimiko-farmatsevticheakiy zavod imeni N.A.
Semashko.
(DRUG INDUSTRY)

Inteamity 4 pbousyntlessils In aconite and kidney bean,
yd'eyst aq4 M. I. KurgAnfria. Poki-idy Ahad.
-Drili. ol folitit-yelth'.
lit activity (by deln. W eth SSW Ind.& 11011) 111 AWRI140
flerarii and Phavroliss vidtarts At ;.N 1 41' In t111106VOIS %I AdC
with 21 min. exposures to light show that the kidney beAn
has a much higher photosynthetic intensity. averaging
sorne 50% higher over seym) d,%y penods with del I
made in viiudous prriods of a day. C.. M.

USSR/Physiology of Plants. Photosynthesis. 1-2
Abs Jour: Ref. Zhur-Biologiya, No 1, 1958, 1127.
Author : Vasil ly~n,_Z.V.
Inst : bli~'-botanical Garden of the kcad Sci USSR
Title : Photosynthesis in Several Sorts of Grape Under Moscow Oblast'
Conditions.
Orig Pub: Byul. GI. botan. sada A.N. SSSR, 1956., xo 24, 51-58.
Abstract: The intensity of photosynthesis was determined over the course
of the vegetation period by the halves method for four types
of grape (amurskiy, Al I fa, Buytur, Korl -n Micharina) of Moscow
Oblast'. For the investigations samples of leaves of the middle
stage were taken from bushes of three or four-year growth. The
loss of organic substances from the leaves was calculated at
the same time. During the day the maximum intensity of photo-
synthesis was seen to be: for Amurskiy and Al'fa sorts -- from
7:00 to 11:00 A.M. and for the Buytur and Kbrinka Michurina
Card 1/2 _11-

~SSR/Physiology of Plants. Photosynthesis.
Abs Joar: Ref. Zhur-Biologiya, No 1, 1958, U27-
1-2
sorts -- from U:OU A.M. to 1:00 P.M. For aU vaxieties the
intensity of photosynthesis der.-reased toward the end of vege-
tation, and dropped sharply in late August. The early ripening
varieties, Allfa and Amrskiy, possessed in the first half of
the vegetation period high intensity of photosyntaesis in cam-
parison with other types.
Card : 2/2 -12-