SCIENTIFIC ABSTRACT BARON, V. V. - BARONENKOV, A.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000203710009-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

S/0 7 B/62/%'37/005/01 1 /o -, 4
TnV a S I, jELL, ion of t*,,~ sys'em... BIOI/Bl 10
corms at jc;OOC)C. At E01000, the solubility of V in :,:oSi is
bulov, 1 al~'
2
(4) T',,v ~V,:.:oj,.)i, melds conEruently, the phLiou 3 Si
forms by
ccr- t-ct- a, rv-r~O-- or.. 5
- , - , k, * 'ha unli:%ited solubility of '.:o in ~" is much
-rej-acud introduction of Si . -,41th about 2 at,,, 51 in,
V-,'~:o alloys rich in
V, a Solid solution or. the basis of (v':-:0) 3 Si is observed
as second phase.
w-lz', improves -reatly the stalb'l' t, of V to oxidation,
~ 11 r~ I , Y
,out r, c-u cu- s c o r, s e r ab, 1 -1 1; t s p 1 ast i ci ty
. '* i tril 01"', Si, ti,,,~ i-,1wti city on
comp:'e,,sion t = '~Oj-,; with 20 ut~o' ',o + Si, are fi6ures
arid
1 table.::.
S S 0 C A'_1 1 ON : I n s -~ i 1. u -. m o t al 1 u r m . k. A
ay'r. o v a ( 1 n s t i t u t e o -L
:,:etalluri:y imeni A. A Baykov) L I vovskiy Eosudarstvennyy
Ur~4VeZSjtet (Llvov State University)
S U -7li:,: 1T _7 D June 12, 1961,
Fic. 10. lOothermal, section of the system 1.1-Illo-Si at
tKOOCI.
Leogand: Mr.~O' - at~-O-
Card 2/3

investigation of the system...
. ; .1
Card 3/3
S/07 12/007/005/011/014
BlOlYB 110 -,
" %.b" -- -, - ,

ALEEKSEYEVSKIY, N.Ye.; SAVITSKIY, Ye.M.; BARON, V.V.;
YEFIMOV, Yu.V.
Effeict of alloyed elements on the superconducting
properties
of the compound V3Si. Dokl.AN SSSR 145 no.1:82-84 J1
162.
(MIRA 15s7)
1. Institut fizichaskikh problem AN SSSR i Institut
metallurgii,
imeni A.A.Baykova. 2. Chlen-korrespondent AN SSSR (for
Alekseyevskiy).
(Superconductivity) (Vanadium silicide) (Molybdenum
silicida)

SOL-S"M, Yf-.M.;,ij.-*~1~011, V.11.~ -YEYIAOV~l Y12.v.
Vanc,dJur"i recryst tUlizut ion Jingram. DAI.All J~;Sft
IA5 rlo-3-612-
Oh's , a 16~-? . (MMA
-'* lu;titut metalluxl-il jrnul A.A.Baykova.
Frodstavleno ak'-de-al-I.-com
I V.TaTvw,-xycrra.
(V&indiiin)

SAVITSKIY, Ye.M.; BARONA V.V,_j_.KARASIK, V.R.;
AKHNEDOV, S.Sh.; PAKHOWV, V.Ya.;
BYCHKOVA, M.I.
Producing a high magnetic field with the aid of a
~iobium-zirconium
alloy. Prib. i tekh. eksp. 8 no.1:182-183 Ja-F 163. (KRA
16:5)
1. Fizicheskiy institut All SSSR.
(Magnetic fields) (Niobium-zirconium alloys)

SAVITSKIYP Ye.M. (Moskva)j, BARON, V.V. (Moskyu)
Development of-superconducting materials. Jxv. AN
SSSR. Met.
i gar. delo no.5:3-12 S-0 163. (MIRA 16ill)

SAVITSKIY, Ye.M.; BARON, V.-V.; YEFIM,0VP YU.V.;
GLADYSHEVSKIY, Ye.I.
MUM-1--ft-
Investigating the structure and properties of'
some alloys in
the system vanadium - niobium - silicon. Tnidy
Inst. met.
no.12:166-178 '63. (MIM 16:6)
(Vanadium-niobium-silicon alloys-4ietallography)
(Phase rule and equilibrium)

SAVITSKIY, Ye.M.; BARON, V.V.; BYCHKOVA, M.1.
" _: ~, - -
Interaction of niobim vith molybdenum and
silicon, Trudy
Inst. met. no.12&179-188 363. (MIRA 1636)
(Niobiurv-molybdentm-silicon
alloys-Metallography)
(Phase rule and equilibrium)

ACCESSION N-R: AT4009500 S/2509/63/000/014/0139/0146
AUTHOR: Savitskiy, Ye. M.; Baron, V. V.; Yefimov, Yu. V.;
By*ehkova, M. 1.
TITLE: Interaction of niobium mid vanadium, %Kith ma_--nesium
SOURCE- AN SSSR. Institut metallurgii. Trudy*, no. 14, 1963.
Metallurgiya., metal-
lovedeniya, fiziko-mckhanicheskiye metody*- issledovaniya,
139-1.16
TOPIC TAGS: niobium, vanadium, magn--sium, binary alloy,
niobium purification,
vanadium purification.
ABSTRACT: Of the three metals in group V of the periodic table,
most attention, at
present, is being given to niobium and vanadium. These metals
are quite pliable ir. t:ne
pure state, but their properties are markedly affected by
traces of C, N, 0 or H. Their
purification is therefore unusually Jimportant, and one of the
most promisin- techniques
for their purification is reduction of their oxides or nitrides
ivith an active element such as
Mg. The present investigation concerned the interaction of
vanadium and niobium with
magnesium. On the basis of studies of the macro- and
micro-structure, X-ray and &,ermal
analysis, as well as hardness and micro-hardness
determinations, the phase diagrams of
the V-11Y11- and Nb-M, systems could be plotted.
0 Both systems showad immiscibility in the
liquid and solid stat8s, including practically the entire
concentration range. Very narrow
Cord 1/2

ACCESSION NR: AT11009500
areas of solid solutions are formed on the vanadium and niobium
sides. nie solubility
I limit of magnesium in vanadium and n1obium at 20C is 0.01 and
0.04%, respectively; at the'
monotectic temperature (1660C for V-Mg and 2380C for Nb-Mg), the
corresponding figures
are 0. 03-0. 04 and 0. 05%, respectively. This does not
significantly affect the structure of
V and Nh. Vanadium and niobium do not dissolve in solid
magnesium. In liquid Mg the
i solubility of vanadium at 660C is 0. 06%, increasing to 0. 3%
at 950C, while the solubility of
niobiuminnagnesiumatl200CisO.05%. Melting with magnesium leads to
reduction of
vanadium and niobium, lowering their strength and hardness and
increasing their plasticityi
However, reduction of vanacdum and niobium is hampered by the
high vapor pressure of
magnesium and the difficulty of removing the slag. Orig. art.
has: 3 figures, and 3 tables.
ASSOCIAnON- Institut metallur A.N SSSR (Metallurgical Institute,
AN SSSR)
SUBMITTED: 00 DATE, ACQ: 25JanG4 ENCL: 00
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ACCESSION NR! Ai,4041585
S/0078/64/009/007/1653/1657
_Y..; Yefimov, Yu. V., Savitskiy, Ye. 1i
AUTHOR: 1;.i i~Qq.j._
Yc*. I.
TITLE: Vanadiuri-niobium-silicon system
SOURCE: Zhurnall neorganicheskoy khimii, v. 9, no. 7, 1964,
1653-16-507
TOPIC TAGS: vanadium niobium silicon system, vanadium niobium
sili-
con alloy, alloy phase composition. alloy structure
,,, i1 S 7' R A CT :Phase equilibrium in alloy.,; of the
V--,b-Si systeri con-
taining up to 50% Si has been studied. Alloys were molted from
99.~'/
pure sinterod ',b, 99.8!' pure Si.and 99.4 or 99.9-; pure V in
an arc
_urnacc with noncon~r~.:%Ilable tungsten electrodes in purified
helium
of 0.7 atm. Alloy ingots .,,eighin- 20-50 g were
Under a preLsure r.
rapidly cooled iinmediately after solidification; half were
then annealed
1~t 800C for 2500 hr and quenched. '--ray dtffraction and
nicrostruc-
tural analysis and microhardness tests were used in the
investigation.
On the basis of the results, the equilibrium diagrar, of the
V-Nb-S.1
system was plotted. The V5S43 and the $-modlfication Of Nb5S13
.Card

ACCESSION NR: AP4041585
compound at hijh temperatures (close to the nelt:ing point) Corm, a
continuous series of solid solutions with a '~'5Si3-tY e str ct re.
V~e solubility of niobiu-m in the Vssi3-balle solid solution is 45'
at
800C; vanadium. solubility in the cL-!,b5S13_base solid solution is
a '-, o u t7%; niobium solubility in the \13Si compound near,
-melting poinr-
is about 30%* and decreases to 18% at 500C. The 6ilicon content in
(VP Nb) Si and (V,'.b) 3Si solid solution at 800C varied from 1 to
2Z.,
The Nb4~i compound dissolves little or no vanadium and was not
detec-
ted in ternary alloys containing more than 5% vanadium. The silicon
solubility in (V,Nb) solid solution does not exceed I at% at 800C.
Orig. art. has: 9 figures.
ASSOCIATION: none
SUBMITTED: 03May63 ATD PRESS: 3064 ENCL: 00
SUB CODE: MH NO REF SOVt 003 OTHER: 007
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L 131%-66 r
ACCESSION KR: AP5022262 UR/0363/65/001/007/1115/1120
546,.821#546.881#546.28
AUTHOR: Gladyahevskiy. Ye, I.; Markiv, V. Ya.; YefiMDV., Yu. V.:
SavitskLy
Ye. M.; Baron, V. V.,
TITLE: The titanium-vanadium-ailicon system d
= --7 1 -f)'J - I r
SOURCE: AN SSSR. Izvestiya. Neorganicheskiyei meterialy, v. 1,
no. 7, 1965,
1115-1120
TOPIC TAGS: titanium compound, silicon compound, vanadium
compound, titaniul
alloy, silicon alloy, vanadium alloy
ABSTRACT: The object of the work was to invesitigate the
equilibr and phase
Si
regions in the Ti-V-Si system in alloys containing up to 50 a
Si. X-ray
t.'I~
i structural and microstructural studies as well as
micrahardness arurements
provided data from which a diagram of the phase equilibria was
plotted. The
isothermal section at 800C showed the presence of a new ternary
compound (Ti, V)SL
and wide regions of solid solutions based on the binary
compounds T'5S'3, VIP
and V3S'. The compound (Ti, V)Si has a variable content of the
transition Wital#
and its region of homogeneity includes the composition TiVS'2-,
which was shasn to
X crystallize In the rhombic system. The change of the lattice
constants and
Card 1/2

L 1315-66 - - -------
ACCESSION NR- APS022262
microhardness of the solid solutions based on TL5Si3, V5SL3, and
V3Si was studied
as a function of composition of the alloys. The solubility of
vanadium in Ti5SL3
is approximately 30 at.%i and that of titanium in V5S13 and
V3Si,,12 and 18 alt.%$
respectively. Grig. art. has: 5 figures.
ASSOCIATION: L'vovskiy gosudarstvennyy universitat im. 1. Franko
(Lvov State'
University); Institut metallurgii In. A. A; Baykova (Institute of
Metallurgy~
SLWLTrED-. 07Apr65 EHM: 00 SUB CODE: Mj, J0
I NO REF SUV.* 002 OW 013
1 Card

ACC NR:
W/aTPM/EPF(n)-2/FCC /FCS(f )/T/DIP(t)/WP(n)/7,ITP(b)/;-'iA(c)
SOURCE: Science abstracts of china, Technical sciences, Y. 2,
no. 1., 1964,, 20-21
AUTHOR: Wang, Wai-li. (3769/0035/4721); Baron V.V. E. m.
Savitakiy
;S' Y'f, _r
TITLE: Structure and properties of the vanadium rich corner of
vanaaium-niobium-
tungsten ternary alloy system
CITM 6OURCE: Chin hsu bsueh pao (Acta metallurgica sinica), v.
6, no. 2, 1963,
155-162
TOPIC TAGS: ternary anoy, vanadium, niobium, tungsten,
soliamechanical pr:)perty,
metallogra;hy, thermal analysis., phase diagram, solid solution
TRANSLATION: The phase equilibriun diagram of' the
vanadium-rich corner of tie
vanadiun-niobium-tungsten ternary alloy system (up to 25r,',
Jrb, 16.6p w) has been es-
tablished by means of metallographic study, thermal analysis
and testing of mechani-
cal properties. An investigation of the vertical sections with
a ratio of W19 - 2,
as well as NO a 1/2, has been made. It is shown that within the
range of the alloy
compositions under investigation there exists a series of
continuous solid Solutions.
The authors consider that the identical crystal lattice, close
atomic radii imci Simi-
lar electron structures of these three metals are a possible
explanation for such
complete miscibi1ities. The variation in pro;erty of alloys in
this systexi accords
Card

ACC NRs
vith the characteristics of ion alloy system having unlimited
solid solubility in
solid state. By adding niobium and tungsten to "carbon-thermalP
vanadium cf a certaii
purity., its hardness is raised appreciably at both room anahigb
tempe atures. At
the sme time, its placticity and ultimate strength durinZ
compression tests are lov-
ered. It is belLeved that these Vrn allDYS vould have good
mechanical properities
at high temperatures, should purerll== be used as a solvent.
that niobium Improves the oxidation resistance of vanadium at
1,000* and 10200t.,
while tungsten makes It deteriorate above 1,,DOD*C. At both
temperatures wmadium and
its alloys an seriously oxidized.
ASSOCIATION:
SUBMITTM: 00 EML: 00 SUB OWE: M
19D MW SOV: OOD OTHER: ODO

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17'71..
I no.7:"1115-1120 11 165.
L'vo,;-.;klv goot:darotvannyy milversitot
InstLtu'. metallurgrii Imeni A.A.Baykova, .!ol'kva.

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,b (piu-e); 2 - Nb 1.~ wt

Sn; 3 Nb +
3.11 wt. % Sn; 4 Nb +

----j

4.92 % Sn; 5 - Nb 5.60 wt Sn.

It was found tbAt alloying'blobium with tin CaM;03 a .7imataneous
reduction of the
critical current density and otthe superconduttivity ransition
temperatures Crig,
art. has: 2
suB com. n, -6/ suBm par, i meow CRIG REF'S OOV Orn t- PXF iOC*
cartj 2/2

L 15953-66 0,7T(m)1VP(W)1T1EWPM IJP(-.) JD/JG
ACC NR: AP6002649 SOURCE COJDE-:--
UR/0021/65/000/011/1474/1478'---I
i
7~0 t
I
AUTHOR: Savytslkyz, Ye. M. (Savitskiy, Ye. M.); Baron, V. V.;
Yefimov, Yu. V.;
Hladyahevs'kyy, Ye. I. (Gladyahevskiy, Ye. 1.) 7;
ORG: L'Yov State University (L'vivslkyy derzhavnyy universytet)
ITLE: Solid solutions of GO Sn~ land Be n the compoun~.V3Si and
their
T
superconductivity
SOURCE: AN UkrRSR, Dopovidi, no. 11, 1965, 1474-1478
TOPIC TAGS: germanium, tin, aluminum, Wryllium, solid solution,
vanadium com-
pound, silicide, superconducting alloy
ABSTRACT: M~tallogK~j ~iic !~nd.2~-ray structural methods -were
used to study the
mutual solubility and properties of alloys of the quaternary
systems V3Si-VX,
where X - Ge, Sn, Al, or Be. The microhardness and lattice
constants were
measured. The existence of continuous solid solutions V3(Si,
Ge) and V3(Si, Sn)
and a. limited solubility of Al (about 8 at.7.) and Be (less
than 0.2.at.%) in the
compound V3Si were established. The critical temperature T. of
transition to the
superconducting state is given by_
Card 1/2 Tc'b. 16 ...9-e-0.0148 + 0,37e,."U

L 15953-66
ACC NR: AP6002649
for the V
30', GO solid solution, x being the Ge content, and by
TC -e-'O-O"` + 0.069~-%'u
for the V3(Si, Sn) solid solution, x being the Sn content, and a, b,
c, and d be-
ing constants. Introduction of Al or Be lowers the Tc of the
compound VOL The
paper was presented by V. M. Svechnikov, Member of AN UkrSSR.
Authors thank
N._Ye. Aleksyeyevs'kyy, Corresponding Member of AN SSSR and Member
of the Institut6
'~_f Phvsical Probleiii-,'AN SSSR (Institut fizproblem) and V. R.
Karasik (of F1 Ali
SSSR) for detemining the T. of the alloys. brig. art. has: 2 figures
and
I table.
SUB CODE: 11 SUBM, DATE: 22Sep64 ORIG REP: 003 OTH REF: 018

L 260732~L6 EPF(n)-2/EWT(, WNW)/EWP(t) 01jDLJqL(~_
ACC NR, AT6014747 (A)
SOURCE CODE: UR/0000/65/000/000/0039/0043 73 1
AUTHOR: Myzenkovti, L. F.; Baron, V. V. (Candidate of technical
sciences);
-Yi,. imov, Yu. V.; Savitskiv.-Y-e.'-H'.-'( ior of chemical sciences)
.0RG: none
TITLE: Effect of alloying additions on the-suEerconductivit of
niobium-zirconium.
alloys
i e po
SOURCE: Soveshchan metallovedeniyu i metallofizike
sverkh2_rqxQda1k-av-,1Lt-x
1964. Metallo7ox eniye i metallofizi a everkhprovodnikov
(Metallography and physics of
imtals in superconductors); tr6dy soveshchaniya. Moscow, Izd-vo
Nauka, 19649 39-43
TOPIC TAGS: superconductivity, alloy superconductivity, niobium
alloy, zirconium
containing alloy, lanthanum containing alloy, cerium containing
alloy, iron containing
alloy, titanium containing alloy, superconductive alloy
ABSTRACT: The effect of small additions of cerit And iron on
,jm. lantbanum, titanium.
the critical current density (10 of niobium-zirconium alloys has
been investigated.
Alloy wires 0.25 mm in diameter, containing 25 and 50 wt% Zr and up
to 0.36% La,
0.39% Ce, 5.44% Ti, or 0.5% Fe individually added, were tested at
4.2 K in a magnetic
field of 22.4 kG9. Ti, Fej La, and Ce at contents of up to 0.1%
increased coneid-
erably the Ik of Nb + 50% Zr alloy. At higher contents, Ik dropped
again (see Fig. 1)--
1n the case of Nb + 252 Zr alloy, the maximum on the lk-compposition
curves was
Card- 1/3

26073-66
ACC NRI AT6014747
fl- - - . 1.
fit's
Fe 1. Critical current of Nb + 5OZ Zr
ID
!j alloy versus content of alloying addition
at an intensity of the magnetic field of
22. 2 kOb,
T1
2
46, 08 f
~observed at higher contents of alloying elements, for instance, at
1% titanium, but
the effect was much weaker than In alloy with 50Z Zr.- The effect of
higher content
of alloying elements was studied with alloyp containing 5 and 10%
Ti. and 20-45% Zr.
Card o 1,3

ACC NRI AT601471-7 V
At 5% Ti the maximum 1~, 4.45.104 alcm2, was observed at 28% Zr
and*in alloys with
10% Ti, at 25% Zr (1k, 3.65-104 a/cm2). Ti, La, and Ce improved and
Fe did not
affect the workability of alloys.4 Annealin at 900 C for 1 hr had a
beneficial
effect on the Ik of alloys with 2 and 50% Zr containing La and Ce.
Orig. art. has:
4 figures. [WWI
SUB CODE: ll/ SUBM DATE: 23Dec65/ ORIG REF: 003/ OTH REF: 001/ ATD
PRESS:
Card '3/3 0-6,

L 27567-66 EPF(n)=2 WW/JD/jG/GS
LjWT(m)/T/SVP(t)/ETT Ijp(c
ACC NRs AT6014746 PC) SOURCE CODE: UR/0000/65/000/000/0029/A-038
AUTHOR': Baron V. V. (Candidate of technical sciences),
ORG: none
TITLE: Superconductin niobium-zirconium alloys and the effect of
heat trestomt as
their properties _ii .0 i - 1%
SOURCE: Soveshchaniye po entallovedeniyu i metallofizike
averkhprovodnikov. let,
1964. Metallovedeniye i metallofizika everkhprovodnikov
(Metallography and physics
of metals in superconductors); trudy soveshchaniya. Moscow,
Izd-vo Nauka, 1965, 29-38
TOPIC TAGS: superconducting alloy, niobium alloy, zirconium
containing alloy, alloy
supercondiictivity, alloy structure
ABSTRACT: The relationship between the critical current
(Icr)inenexternal magnetic
field at 4.2K and the structure of superconducting Nb-Zr alloys
after cold deforma-
tion and various thermal treatment has been investigated.
Arc-melted Nb-Zr alloys
containing up to 65 at% Zr were cold rolled and cold drawn into
a wire 0.20-0.25.m ii
diameter with a total reduction of 99.75%, and annealed at
temperatures up to 1050c'
for various peri;ds of time. The investigation was conducted at
L'vov State
University, the Institute of Metallurgy and the Institute of
Physics AN EMR, with
the participation of Ye. 1. Galdyshevskiv, L. E. Nyzenkova, X.
S. Model and N. D.
Kozlova. All cold-deformed alloys had a b.c.c. lattice of
0-solid solution with a
Card 1/3

ACC NRa AT6014746
0 -A#a
P+ S#C
Fig. 1. Dependence of the critical
current, structure, and mechanical
roperties of Nb-50% Zr alloy.
p
lot Holding time 1 hr, H 22 oe, wirg
diazaeter-0.25 mm, Qb-tensile-..',-'
strength 6-elodgation.
F.
8- UP
00, fop M loop
AnnealingjtemW
lattice constant which increased linearly from 3.31 A to 3.5 A
with increasing
zirconium content from 0 to 65 atki1ri The critical current
ofcold-deformed-;.:

ACC NRs AT6014746
alloys increased with increasing Zr content. In an external
magnetic field of
22 kilo-oersted,the Icr density reached a maximum of 6-8
..104 amp/cM2 in alloys
containi~ig 20-25% Zr, and then dropped to 4 and 2 . 104
amp/cm2 & Zr cortents of 3D an
50%, respectively. The Ic density also increased ulth an
increas'e in reduction to
99.9%, e.g., to 1.6-2 .10t amp/cM2 in an alloy with 25% Zr.
Cold-deformed alloys
with 25,30 and 50% Zr *had a transition temperature of 11.2,
11' 1and 10.5K, respec-
tively - the alloys with the highest Icr had a higher
transition temperature.
Annealing at temperatureo up to 600C had little or no effect
on structure, strength
and Icr (see Fig. 1). A sharp increase in Icr takes place
with annealing at
600-800C, which brings about a decomposition of the solid
solution. With a furthe
increase of annealing temperature, Icr gradually decreased as
the alloy approached
the equilibrium state. The sharp increase in Icr after
annealing at 600-800C. is
probably associated-'with distortions in the crystal lattice
of 0-solid solution and
with the formation of a great number of physical and chemical
inhomogeneities. This
assumption is well confirmed by a minimum strength snd
ductility observed at the
maximum of Icr. Orig. art. has: 9 figures. [HS]
SUB CODE: UP SUBM DATE: 23Dec65/ ORIG REF: 003/ OTH REF: 020/
ATD PRESS

L 38550-_66_ (MVT/bvP(W)/9dP(t)/LT1~_ IJP(c) JD/JG/GD
ACC NK.
AT6014749 SOMICE CODE: U.R/0000/65/000/000/0053/0058
AU71"IMS: Baron, V'. V. (Candidate of technical sciences);
Savitskiy, Ye. 11. (Doctor
1-sciencas-T; Bychkova, 1-1. L
01 Chomida
ORG: none
MIS: Tho superconducting properties of niobium-titanium alloys and
the efka, of
alloy additions on the critical current density
SOLRC:-:: Soveshchaniya po metallovedon~yuj motallofiziko
svorkhprovodnikov. l.st,_
1964. tall 0__V_ ~'cf6riiye i metallofizika
svorl,.hi)r--o-v-o-d-nf,,,o-v-~-i~,-o~Ea-i-iof;raphy and physics
U_.motals in superconductors); trudy sovoslichaniya. Moscow,
Izd-vo Nauka, 1965, 53-
58
TOPIC TAGS: suporconductivity, superconducting alloy, niobium base
alloy, titanium
containing alloy, tensile strength, critical magnetic field,
=2=55a1 current density
ABSTIUCT: The critical current density of n' 1'oblun allc~,, s
with titanium of varying
composition (5.5, l4s8i 3266o 48eg~ 55.61, ani 68,,. . Ti) is
studied as a function of
the applied magnetic field strength. The offe-t of small
admixtures (0.2-0.5%) on
the critical currant density and the mechanical proporties of the
alloys is also
studied. Certain elements of sub-roups HIB, IV, and VIA of the
periodic system
wore used as the alloying admixtures. The ingots wore smelted in
an electric-are
furnaco in a helium, atmosphere. The starting materials were
niobium. with a purity
Card 1/3

I ACC NRI AT6014749
I
of 99.8' and titanium iodide. Mo obtained inroi'.z wure cut
into squares of 1.3 x
0
i 1.3 mm and were drawn to a diameter of 0.25 rn. 7ha tensile
strenm"th and electric
resistance ware measured. The superconductivity transition
temperature and critical
current density were measured in fields of from 0 to 21.41 koo
(see Fig. 1).
Fia. 1. Critical current and tensile strength of alloys
of Nb-Ti system as functions of composition for
maximum field of 21.5 koo.
R"7
20-
jo-
80
7 0
60
so
YO
Nb 20
TL. -1.60-
The maxi;-au;,i suporcorductivity transition temperature
(10.5K) was found in the
Card 2/3

L 38550-66
'ACC NR,
AT 6014749
alloys with 32.6%, Ti (see Fig. 2).
Fig. 2. Superconductivity transition temperature
of alloys of l'b--Ti system as function
of titanium concentration.
it was detormined that the offeot of alloy components in
concentrations to 0.5p"
on the transition temperature was no.gligible. Orig. art. has: 8
graphs and 1
di,ar,ram.
i
SUB CODE; 11p 20/ SUBM DATE: 23Doc65/ ORIG RLF: 004/ OTH R17: 007
Cor 3/3
U
TE, IX.

T 385b9-,1,6 m) IT li-wP ( t \1 /Z,,1P M/Eff I1JP(c) JC,/,Tn/ D
ACC NR,
SOMICE CODE: U-1-i/0000/65/000/000/0059/&.364
AT6014750
AUTHOIRS: Yef IMOV L YU V Baron V (Candidate of technical
sciences); Savitskiy,
V
Ye. is. ( ctor of chemical sclentesj 3
ORG: none
I TIT7"-J: The superconducting pro erties of alloys of vanadium,
with titanium
SOURCE: Soveshchariye po metallovedenivu i metall(%fizike
sverkhDrovodnikov. 1st, 1964.-"~
'.'etallovede-'ni-y-'e-'-i----m-e---t'a--llo--f'-i*z-ik--a--s,--v-e-
rk-h-p~r-o--v-odnikov (Metallog-raphy and physics of metals!
in superconductors); trudy soveshchaniya. Moscow, Izd-vo liauka,
1965, 59-64
TOPIC TAGS: superconductivity, superconducting alloy, vanadium base
alloy, titanium
-y, cold draviing, electric wire, critical
containin alloy., current densit
magnetic field, solid solution, metal heat treatment
ABIMACT: The critical current density of vanadium-titanium, alloys
with a'body-
centered cubic lattice is studied as a function of the applied
magnetic field strength
and the titanium concentration,. The starting r-itcrialo wore
titanium iodide (99.9 wt
and carbothermal. vanadium which,after cerium refininb contained
(Yrt c 99-766 v,
0.11 C, 0-04 0, 0.001 N, and 0.10 Co. The alloys were smelted in an
arc furnace in an'
atmosphere of purified helium at a pressure of 0.7 atm. After
annealing'at SOOC for
1 hr, one batch of specimens was cold rolled and dravm into wire
17ith a diameter of
0.2 m. After cold deformation, the second batch was annealed agiain
at 900C for 1 hr.
Card 1/3

L 38549-66
ACC NRs AT6014750
The third batch waa given intermediate vacuiua annei0ing. In
thr., cold-worked Otato,
t 2)
the alloy with - 50 wt ','.? Ti had the maximum critical
current density 0 -4 '104 a/cm
for 99,116 deformation and a field strength of 22.2 koe (see
Fig. 1).
I.. a
FiG. 1. Critical current of vanadium- 19
titanium wire (0.2 mm in diameter) as
a function of applied magnetic field
streng-th. The numbers indicate Ti.
6
2/3

10 is 20 2S M. k.oe

L 38549-66
ACC NR 7
AT6o14750
A combination of heat treatment and cold deformation was found -.o
be most effective
for the vanadium-rich alloys. The authors thank the coworkers of
the Department of
!nor&,anio Chemistry, Leningrad State Univorsity im. I. -Pranko
(Ileorganiches-koy khimii
1WU), for performing analysis and R. Sh. Akchurin and V. V.
iVolodin for measuring the critical current. Orig. art. 1
photograph.
SUB CODE: 11, 20/ SUBIM DATE: 23Dec65/ ORIGG RM": 003/ OT11 REFJ 021
Card

-66
~, ~83 ~ n4T mL/T/E7r1P(t)/ET1 IJP(c) JD/Jr,/GD
-AZT-Nk.-- - L
A716014755 SOURCE CODE: UR/OOW/65/000/000/0086/0088
AUTHORS: Baron V. V. (Candidate of technical sciences); ~~yzonkova,
L. F.;
:_Savitskiy, Ye. IM. (Doctor of chemical sciences)
ORG: none
?A
TITLE: The phase diagram of the niobim-galliura system
SOURCE: Sovoshchaniye po, metallovedeniyu i motallofizike
sverkhprovodnikov. lst,
1064. Motallovedeniye i motallofizika sverldiprovodnikov
(MotallOgraDhy and physics ofi
metals in superconductors); trudy sovoshchaniya. Moscow, Izd-vo
Nauia, 1965, 86-88 1
1 TOPIC TAGS: . alloy phano diagram, niobium baoo alloy, gallium
alloy, hardness, solid
solutio"n x ray analysis, thermal analysis
ABSTRACT: A phase diagram is constructed for the niobium--allium
system. The work
was done because there are no data on the diagram in the literature.
The methods of
nicrostructural, thermal, and x-ray analysis, and also the
microhardness method were
used. Alloys with UP to 40 wt /" gallium wore prepared in an arc
furnace in a helium
at-osphero. The starting mtorials wore gallium with a purity of
99.99/1, and sinterod
n.;obi= (99.7,c-'). After annealing, individual alloy3 wore hardened
from 800C (30 hrs)l
and 1200C (30 hrs). It was found that, besides the Imown compound Nb
Ga, three addi-I
tior
.al compounds are formed in the system; Ga3
Kb (31.08 wt Ga), 3Nb2Ga3 (-51
5
irt /'0 Ga), and NbGa3(69.20 wt 'Q' Ga) (see Fig. 1). The
microhardnoss of the compounds
Card 1/2

-1 -JU35-66
ACC NR,
A716014755
Fig. 1. Phase diagrwa of 1;b--Ga system:
1 - data of thormal analysis;
2 - single-phase alloys;
- two-phaso alloys.
was also determined.
Card 2/2 SUB CODEj
r 0/-
2 ODD
16,90
1200
800
G 0, a t.*/o
Pn ji n 60 90

IL

1

02
03

L

a

L*N Go

0235 251

Alb

Orig. art, has: 2 graphs.
20 40 60 80 too
G a wti. % so
003,
D

~Ardl'
L
SOURCE CODF: UR/0370/6'0/bO0/0D3/0l56/0l60
A U1 i 1,, 1~ ~;avft!-kiy, Ye. M. (140,9COW) Bal-ofi, V. V.
(Mo,icow) ; Yef Imov, 7u. V. 0-801~'COW)
ORC, :nont,
T I TLE :Fffect of vanadium on the structure ind superconducting
properties of niobiuTr!
Vanadium alloys
SMIRCE: AN SSSR. Izvestiya. Metally, no. 3, 1966, 156-160, and
Insert facing pp. 149;
701-11C 7ACS: superconducting alloy, niobium alloy, zirconium
containing alloy,
vanadium containing alloy, alloy structure, alloy superconducting
property
ABSTRACT: The effect of vanadium (up to 157) on the structure,
critical current and
tne Lerperature of transition to the superconducting state of
binary Nb-Zr
allovs has been investipated. The alloys were melted from
99.75-99.95'%-pure com-
ponents in a nonconsumable electrode are furnace In a helium
atmosphere at a pressure!
of 0.7 atn, homogenized at 1100C for 200 11r, upset at 90 ` 1000C
with reductions of
up to 2W., annealed at 900C for 100 hr, and furnace co2d. In the
as-cast condition!
the majority of the alloys had a single-phase structure~~f
B-solid solution with a
bee latLice. After annealing, only binary Nb-V alloys and ternary
Nb-base alloys
had a single-phase structure. Tile majority of annealed alloys
contained two phases:
the a-lib-base solid solutions with a bee lattice and the
a-Zr-base solid solutions
with a hexagonal lattice. The investipated Zr-rich region of the
Nb-Zr-V System
Card i UDC: 669.293.5'296

ACC NR: AP6019773
contained a three-phase region where a I zrV2 compound was
present In equilibrium. with
the two solid solutions. Alloying wiLAN V slightly decreased the
lattice parameters
ill binary Nb-Zr alloys. ThC strength of cold-stralned alloys
with 5'-%' and of hinary
Nb-Zr alloys increased from 134 to 185 kg/mm2 with I creasing Zr
content from 0 to 5U',-
and then decreased with a further increase In Zr cotlent. Alloys
containin, m-
than 70% Zr and 52,"" did not sustain cold deformation1without
process anneal lr ~TT,,.
temperature of the transition to state was measured wi th a
specia!
r
t designed by 11- 1). Koz1ova (IMET im. A. A. Bavkov) . Alloying
with V lowered the
-
superconducting characteristics of the binary ',,I)-Zr alloys,
Tile decrease in the
critical current was particularly sharp with small additions of
vanadium., while the
ter-,perature of the transition to the superconducting state
decreased gradually with
Annealing (at 900C) increased somewhat the critic-
increasing Zr content. al current
of ternary alloys, but the achieved maximum critical current
(18-1-9 amp) was lower
than that of cold-strained binary alloys. It appears that binary
Nb-Zr alloys have
the most favorable conditi.
?4~ s for the presence of superconducting properties, and
any departure from the opd al conditions, caused by addition of
vanadium, lowers the
superconducting propertieq\ of binary alloys. The authors thank
V. V. Volodin and
L. S. Apukhtina (IMET im. A. A. Baykov) for the measurements of
the supere ucting
characteristics of the alloys. Orig. art. has: 5 figures. [MS1
SUB CODE: 11/ SUBM DATE: 17Jun65/ ORIG REF: 004/ OTH REF: 006/
ATD PRESS:
~5 6,-1
Corc

L 385'_'~844 JG/JD/GD
ACC NR: AT6014757 SotJRCE CODE: Lr-1/0000/65/000/000/OC)91/010C)
AUPFORS: Yefinov Yu. V.; Gladyshovskiy Yo. I.; Baron, V. V.
(Candidate of tech-
9 - 1 41
nical sciences)'; Savitskiy, Ye. M. (Dn-cto-r-ofchc'-,AtffIn s) q b
i O.VG: none
TITLE: The effect of alloying on the critical tomperature of
transition to the
superconducting state and the crystal-lattico constant of the
compounq V Si j
-_3
j SOURCE: Soveshchaniye Po notallovedeni i metallofizike
sver;~J~2;~ovodnikov. lst,
YU-
1964. Motallovedeniyo i metallofizilm sverkhprovodnikov
(1-11atal-lography and physics
of- metals in sunorconductors); trudy sovoshchaniye. ]*)scow,
Izd-vo Nauka, 1965, 91-
100
f
TOPIC TAGS: suporconductivity, solid solution., vanadium compound,
silicon compound,
germanium compound, -bin compound, crystal lattice parameter, x ray
analysis, solu-
bility
ABSTRACT: The solubility(,~/f 17 different elements in tho compound
V Si and t 0
3 1~1
effect of the dissolution of those elements on the critical
suporconductivity'tran-
sition tomDorature are s:Eudiod. 11icrostructural and x-ray
analysis an-d-tEei-micro-
hardness nothod are used. The starting 1;iatorials wore sintorod
vanadium and silicon
with a purity of 99.8 wt %. The alloys were proparod in an arc
furnace in an atmos-
phere of purified helium at a pressure of 0.7 atm. The alloys were
annealed at SOOC
Card 1/3

- L -3 85M~6__ I
ACC NR: AT 6014757
.Lor 2500 hrs. The x-ray phase analysis was porfoniod 'Lrj the
powder method with
chromium radiation in a cylindrical chamber. The transition
temperature was moas-
urod by the magnetic method. It was found that interstitial
solid solutions are
formed when elementa with small atomic radii are dissolved in
V 3Si. There is iso-
raorphous roplacemont of the vanadiun, atoras in the crystal
lattice of V Si by atoms
3
Fig. 1. Change in critical temperature,
lattice constant, and inicro-
hardness of solid solutions
v (Si, Go).
3
T"-K'
NOV
0 5 19 IS 20
V351 Ge, dt.*4
Card

L ~8538-66
f
ACC NR: AT6014757
of the transition metals. Atoms of the elements of subgroup B of
the periodic
%I - Si. The pure compound V Si has the
system replace Si atoms in the lattice of V
3 3
maxi:.ium critical superconductivity transition tomparaturo (see
Fig. 1). The authors
thank N. Ye. Aleksoyevskiy, Institute of P sical Problens AN SSSR
(In-t fizT)roblem
Ivi SSSI-IT and V. R. Karasik, Physics Institute AN
sSS,-R---(v-i-z-ic-hesI:-*,.y in-t AN SSSR)
for zioasuring the transition temperatures. Orig. art. has.- J,
graphs, 4 tablos,
1 diagrarnand 2 photographs.
SUB CODE: 11, 20/ SUBM DATE: 23Dec65/ ORIG REF; 008/ OTH REF: 009

AT60)4435 (A) SOURCE COM 'UR/0000/66/000/000/0030/0034
i Bychkoyag & L; Barone Ve V.1 Savitskiy. Yes Its
none
721 Fusibility diagram of the n1obim-tungsten-titaidum system
and some properties
its alloys
OLIRCEt AN SSSR. 1wtitut astallurgii. Proystva i primenenlye
zharoprochnykh
plavov (Properties and application of heat resistant &31oyv)o
Xwoov. Izd-vo Nauka,
We 30-34
TOPIC TAGS: heat of fusion, niobivn containing alloy, t-ung3ten
containing alloy,
titanium containing alloy .
I
ABSTRACT: The article reports the results of an investigation of
70 alloys of the
given syston. Of these, 17 were binary alloys. In the ternary
region, the alloys
were investigated with respect to six radiation cross sections.
Chemical analysis of
the alloys showed that in certain cases, due to losses of
titanium, the composition of
the alloys did not correspond to the cross section. As a result
of micro3tructural,
x ray, and thermal analysis, and of measurements of the
microhardness, it was
established that at 10000. addition of niabium to alloys of
tungsten and titanium
cortracts the two-phase* regime which is a MiXtM-0 Of WD solid
solutions based on
I

ACC. NRs AT6034435
tungsten and titanium. Ihe two-phase region extends up to 50
weight porcent niobium.
The article gives a diagram of an isothermal cross section at
IOOOOC for alloys of the
niobium-tungsten-titanium system. &"rimontal data on the heat
resistance of the
various alloys is presented in a series of curves. In general, as
a result of the
investigation, it was established that in the
niabium-tungsten-titanium system above
10000 there are formed a wide region of ternary solid solutions
/6 and a two-phase
region Q3 T, +~6 ) Man f this alloys hav6 a malting point above
22000, With a
tungsten contont OY ;0-407, UOP to 25% tit3nium can be introduced
into the alloys
without lowering the melting point below 22000. Therefora, some
of these alloys have
sufficiently good heat resistance for industrial application'(30%
W and 7.10% Ti).-
Orig, art. has' 3 figures*
SUB COM 11/ SUEM DM& IOJun66/ CM RW& 005/ 0711 JUWS 007
I Card 2/4

ACC NR. AP6036841 SOURCE CODE.: Ult/0020/66/171/002/0331/0332
AU iIIOR: Savitskiy, Ye. M. (Corresponding member AIN SSSR);
Baron, V. V.; Yefirlov,
YU. V.
ORG: Institute of Metallurgy im. A. A. Baykov (Institut
metallurgii)
TITLE: New vanadium compounds with the Cr3S'-tyPe structure
SOURCE: Mi SSSR. Poklady, v. 171, no. 2, 1966, 331-332
iTOPIC TAGS: superconductor, superconducting propert7, vanadium,
vanadium indium.
compound, vanadium cadmium compound, vanadium zinc compound,
vanadium bismuth com
,pound, compound superconductivity, vanadium tellurium compound,
vanadium lead com-
~pound
~ABSTP.ACT: in a search for new superconducting compounds,
vanadium wires diffusion
;coated with An, Cd, In, Tl, Pb or Bi were investigated. It was
found that all
:coatings had a multiphase structure. In addition to vanadium
lines, x-ray diffraction!
!patterns showed lines of phases with a cubjc structure of t1 'le
Cr3Si-type and the
~following lattice parameters: 4.92-4.95 A for V Cd; 4.87 A for
V3Pb; 5.28-5.56 A
0 3
,'for V31n; 5.21-5 .2 A for V3
5 Tl; and 4.72 A for V3Bi- Variations in the lattice
parameters of V'31n, V3Cd and V3Ti indi6ate the existence of a
homogeneity zone.
';Diffusion coatings containing V31n had a temperature of
transition to the super-
Card 1/2 UDC: 539.23;537-1112.62

ACC NR: AP603684.r
conducting state of 13.9*K.
at temperatures above 4.2*K.
,SUB CODE: 11*1 SUBM DATE:
ATD PRESS: 5168
Other coatings tested did not ohow superconductivity
Orig. art. has: 1 figure.
IlAug66/ ORIG REF: 002/ OTH REF: 004/
iC rc 2/2

ACC NR- AP6013371 SOURCE CODE: UR/0370/66/000/002/0163/0165
AUTHOP: \.jyzenkova, L. F. (Moscow)~ Bp~ES]R3-Y1-.Y- ,(XOSCOW);
SaVitSkiY, Ye- (""OSCO"
ORG: none Z
16
TITLE: Phase diagrw~ of the niobiwn-antimony system
SOURCE: AN SSSR. Izvestiya. X'etally, no. 2, 1966, 163-165
TOPIC TAGS: alloy phase diaZram, niobium alloy, antIniony
ABSTRACT: Yicrcstructural, thormal, and x-ray methods as well as
i .-..ezisurc.-.,.c-nts vere r;'.-.:ise dla!~ram of the
1,;1h-S1, ystcr-
Four co,,.-ipounds i7cre identified in this systcm; Nb3Sb (75.00
at.% NLY, Oi,Sb (50
Nb), and apparently also Nb3
Sb2 (60 at.'/ NO and Nb4Sb5 (44.4 at.,. Nb). Ali the
comDo-ands are for-med by peritectic reactions taking place at
1750, 1140, 1020, and
7606C respectivoly. Tho microhardaess of alloys based on the
co-..~pcund :;b3sb a~.~-Du%tr
to 669-496 vhich Indicates the presence of a repien of solid
sclutic'n lba-,;-~!d
on this compound; the m1crohardness of NbSb Is 235, and t1hat of
;b1,S-f)5, 357
1! X-rny structural analysis confinied that the coninound Nb3Sb
has a cu1j1c tiv~
lattice -ait- constant a-5.26 A. NbSb has a hexagonal lattice
1'a--1.270 w2,,
a/c-1.276) b"elongin." to the NiAs 'type. Niobl= lowers the
mel--in.1g, p3in-, of
forming with it a eutectic (6100C) whose composition is
displa~,,ed tomard antlm~,ny
Card 1/3

ACC NR: A?6013371
FiE. i. Phase diaf!ram of the Nb-Sb
syste~n: 1 - data of thernal analy-
sis; 2 single-phase alloyc;
3 two-phase alloys.
t,-c
L L
\
"1 1
Nb 29 #0 CIO S6
At. %
/
"'m:20- I
V,
IrT
S61
500 - -t-1
~ I I I
vJ
;,A'6J6 'I S!

L 3896P-66
A
6E
i~ AP6013371
(psoudocutectic). The phase diagram of the 1,,'b-Sb systems is
in respects analo-
-ous to that of ele-nents of group Va (V, Nb) with elcments of
group 111b (Ga).
Orig. art. has: 2 figures.
SUB CODE: l1/ SUM DATE: 16~lay64/ ORIG REF*. 003/ OTH REF: 002
Card 3/3 /,,, z

L 06577-67 EW? ( m) /E7WT (w /Ef I IJP(c) JDIJG
V PATWI-ff
ACC NRI AP6029819 SOURCE CODE: UR/0363/66/002/008/1444/1447
AUTHOR: Savitskiy, Ye. M.; Baron, V. V.; Yefimov, Yu. V.
,ORG: Institute of Metallurgy im. A. A. Baykov (Institut
metallurgii)
TITLE: Th V S' V G ys em
e 3 1 3 a 11 t
SOURCE: A14 SSSR. Izvestiya. Neorganicheskiye materialy, v. 2,
no. 8, 1966, 14,44-1447
~TOPIC TAGS: vanadium, gallium, phase diagram, phase
composition, phase analysis
ABSTRACT: The V3Si-V3Ga system was studied by x ray
microstructure and micr ardness
itechniques. The object of the work was to establish the point
of transitio,111f the
isystem into a superconductive material and to determine the
structures of the alloys of
ithe V3Si-V3Ga system. The samples were prepared by fusing
mixtures of pure components
I
lin an arc furnace in argon atmosphere at 0.9 atm. All samples
were homogenized by
iholding them for 2500 hours at 8000C. The continuous formation
of the solid solutions
-between isomorphic compounds, V3Si and V3Ga, at 8000C s
established by both x ray and
frucrohardness examinations. The maximum microhardness\of 1680
kg/mm2 was found to
Icorrespond to 5-7.5 atom % Ga in the solid solution. At all
intercomponent ratios, the
:solid solutions Of V3Si and V3Ga. were found to have a lattice
structure of the Cr3Si -
:type. Above 13000C, the V3Si-V3Ga system was found to be
composed of two distinct
!phases: a solid solution based on vanadium and the V Si. The
transition temperature
3
Cord

L 06577-67
ACC N2, AP6029819
of the various compounds Of V3Si-V3Ga system into the
superconducting state can be cal-
culated fron the empirical formula
T. = 17,1 - e-04"x + 0,059 - e0x6z
~where x- is the Ga content in the system in atom %. The
authors thank E. I. Gladyshev-
ls~ __Llty for conducting the x ray analysis of the alloys.
Orig.
k~* of LIvov State Unive:~s
1~~rt. has: 4 figures and 2 formulas.
ISUB CODE: 20/ SUBM DATE: l8Sep65/ ORIG REF: 006/ OTH REF: 006
/iCard

ANSEIROV, M.A., kand. tekhn. nauk. BARON, Yu.M.,
inzh., red.
[Attachments for machine too1q; design and
construction]
Prisposobleniia dlia rLetallorezhushchikh
stankov; rasche-
ty i kon.9truktsii. lzd.2., perer. i dop.
Moskva, Mashi-
nostroenie, 1964. 650 p. (VIRA 17:12)

BARONAS,_Y._T.,, Cand of Med Sci - (diss) "On the problem of the
development of obstetric
aid in Lithuani4" Villnyus.. 1957., 19 pp (VillrqU3 StatO
University im V. Kapsukas).,
100 copies (KL, 2'~-37, 93)

S/081/62/000/005/041/112
B151/B101
T "-.* 0 11 Bbronay, 11.
TITLE: New methods used in the chemical iniustry of Hungary
PIE'RIODICAL: Referativnyy zhurnal. Khimiya, no- 5, 1962, 339,
abstract
511 (Prakt. Chem., v. 12, no. 8, 1961, 345-344)
TZXT: The following processes are described: The purification
1desulfuration) of gases using pyrites cinders (the mass --ay
be
regenerated 6-10 times without loss of activity); the
production of Co and
NJ. of hij:h. purity from various sources containing their
ox-ides, sulfates,
carbonates, hydrocarbonates, sulfides and hydroxides; the
production of V/
NKH3from ammoniac-al. water without any additional consumption
of energy.
Abstracter's notes Complete translation.
cari 1/1

BARONVIKOP 1.
Increase the material self-interest of pipe rollers
to stimu-
late the improvement of praduction quality. Sots.
trud 6 no.7:
130-131 Ti 161. (MIRA 16:7)
1. Nikopol,sk-ly trubnyy zavod.
(Nikopolf-Pipe milla) (Bonus system)

BARCMKO, V.A.; TIHOFZMA. K.F.
Effect of hig~i-frequency and ultrahigh-frequency fields
on conditioned
reflex activity and some unconditioned functions in
animals and man.
Fiziol.zhur. 45 no.2:203-207 F '59. (MIRA 12:3)
1. From the Institute of Occupational Hazards Control,
Leningrad.
(BLECTRICITY, effects,
high & uUrahigh frequency fields, on conditioned &
unconditioned reflexes (Rug))
(RINLEX, CONDITIONM,
ef f . of high & ultrahig~i frequency electric f ields
(Rus))
(RKF=,
unconditioned, eff. of high & ultrahigh frequency
electric fields (Rus))

BARMINKO, V.A.
Effect of exposure of the neck zone to solar
radiation on the
conditioned reflbx activity and dynarnics of
axterial pressure
In animals. Vop. k-ar., fizioter. i lech. fi,-.
ktfllt. 29 n:).2t
104-108 Mr-Ap 164 (MIRA IW)
1. Nerrologiche-kaya klinika (zav. - 1 rof. B.V.
Likhtermaz ) I
eksperinentalInyy otdel (zav. - dotsent V.A.
Zarabln) Listituta
meditsinsko7 klimatologii i klimatoterapii imeni
Sechencva
(dir. B.V. Bogutskiy)p Yalta.

c C. 7;? 0- X1, i, 1-
5P 1~
zz
~yy

USSR/Mining Methods
Bibliography.
jul. 48
*Reviev of P. M. Ipatov and P. D.
Lunevskly's
Book, ISysteme for Unlergrouni'Mining of
Deposits
of Nonferrous Metals and Gold;O A. V.
Baronenkov,
A. V. lovazhenkov, A. k. Sergeyov,
Engineers,
3/4 p
"Gor Zhur" No 7
General dencription of practical experience
Intended as manual for engineers, technical
varkers, mining Institutions, etc. It is
valua-
ble as'it describes means for selecting
optimum
exploitat.11on methods for various
geological and
33/49T85
USSR/$41ning Methods (Contd) jul 48
mining conditions, and aide engineers and
technicians in selecting mining systems. It
lacks proper evaluation of systems used
under
certain conditions. D&ta given is
inaccurate.
4w
33/4,9T85

TT
V.
USSR,&ning Methods oot 48
Zxcavating Machinery
"Review of N. 0. Trupak's Book, 'Sinking Shafts
by the Refrigeration Method,'" Ya. A. Dorm-n, A. V.
Baronenkov, Mining Engineers, 1 p
"Gor Zhur" No 10
Method has been used for 65 years. However-,
Trupak's book is first to attempt a comprehensive
coverage. Unfortunately, it haBuwty defects.
Published by ugletakhizdat,1,947, 246 pp, 163 ill,
4,000 copies, price 23 rubles 50 kopeck.
=b

USSR/Mining Apr 49
Explosi~-ea, Blasting
Bibliogmph,y
"Review of ~1. M~ -Malakhov's Book, 'Mining Systems
vith Br"Vn_- by Blasting E016s, " A. V~
&ronqz~.ko-; A, V,, F':,~razhenka~-, I p
"G,-):- Zhur" No 4
Farorable ra7-iew of subject book, vhlk~h describes
systems that bre-4k dowtL ores by bla v6ing holes,
ccnside:~s methods cf drillirg deep shafts, and
a- up the first experimental vork on mining
systems vith stepped-forjed collapsing of the
ore in the Krivoy Rog Inca ore basin.
IC 41/49T92

BATIC)I,.I'-,',:KOV? A. V. .1 SERGEYEV, A. A. and POMINSIXTY,
L. A.
"Classification of Losses of ~.'ard !'.hierals in Exploitini.-
Doposits," Gor. zhur.,
11 1952
:0. 2)

BARONENKOV, A. V.
BARONEENIKOV, A. V. -- "The Selection of a System of
Operating a. Wining En-
terprise." Min Higher Education USSR. Mosccyw Mining
Inst imeni I. V.
Staiin, Moscow, 19~5- (Dissertstion for the Degree of
Candidnte of
Technical Sciences.)
SO: Kjjizhn&vA 1~.topisl , No. 4, Moscow, 1956

~.1. 11.
Baronenkov, A. V.
"The - Selection of a S)-stem of ODerations for a Iline
Enternrise witl- " Res',~,ect to
Tire." i-'in Yligher Education USSR. oscow 1-'Ining Inst
imeend - V. Stalin.
Foscow, 1955. (Dissertations for the Degree of Candi(bite
ir Technical Sciencer,) .
~~O: Knizhnaya Letopis', No 27, 2 July 1955

GRISHIN, Mikliail Xarpovich; BAAGja;aQY,.4,j..,
redaktor; SHUSTOVA, V.H.,
rodaktor izdatellstva; VATUSHTRO, Ye.3..
tek~xicheskiy redaktor
(Mining) Gornoe delo. Moskva, Gos. nauchno-takhn.
izd-vo lit-ry
po chernoi i tovetnot catallurgii, 1956. 3315 P.
(HLRA 10:1)
(Hinin& engineering)

,R&RONENKOV, A.V.
The choice of working system in mining installations
at the time
of its design. Gor.rhur. no.2:7-12 Y 156. (KLRA 9:5)
1. Moskovekiy gornyy institut Imeni I.V. Stalina.
(Mining engineering)

SHPITALINIKOV, A.G.; BARONEMM, A.V.
I- I I..,.-..
oxcenexic aspects of mining industries in the
U.S.S.R.0 S.IA.
Rpchkovskii. Reviewed by A.G.Shpltallzikov,
M.Bareneukov.
Gor.zhur. n9.9;60-62 S '56. (MLHA 9:10)
(Mineral iadustries)

AGAPOV, D.S.; ARTIBILOV, B.M.; VIKTOROV, A.M.; GINTS,
A.N.: GORIKOV, A.V.:
GUSYATINSKIT, M.A.; KARPOV, A.S.; KOLOOT, I.I.;
XOMAR3VSKIT, T.T.;
KCRYAGIN, A.I.; KRIVSKIT. M.N.; KRAYNOV, A.G.; RESTKROVA,
I.E.;
OBXS, I.S., kandidat takhnicheakikh nauk-, SOSNOVIKOV,
K.S.; SUKHOT-
SKLY. S.F.; CHLKNOV, G.O.; YUSOV. S.K.; ZHUK, S.Ya..
akademik, glavn7y
redaktor; KOSTROV, I.H., redaktor: BARONMO A.V.,
professor,
doktor tekhnicheakikh nauk. redaktor; LLK41utsix, ji. ..
larofessor,
doktor tekhnicheskikh nauk. redaktor; SHRSHKO. Ye.F.,
profezsor. doktor
tekhnicheskikh nBuk, redaktor; ATERIN, N.D., inzhener,
radaktor
[deceased); GORIKOV, A.V., inzhener, redaktor:
KOMAUVSKIY, V.T.0
inzhenar. redaktor; ROGOVSKIY, L.V., inzhener. redaktor;
SBAPOVALOV,
T.I., inzhener. radaktor; RUSSO, G.A., kandidat
tekhnichaskikh nauk.
radaktor; FILIMONOV, N.A.. inthener, rodaktor; VOLKOV,
L.N., inzhenar,
redaktor; GRISHIN, H.M.. professor. doktor takhnichaskikh
nauk, redak-
tor; ZWRIU, V.D., professor, doktor takhnichaskikh nauk.
radaktor;
LIKHACHXV, V.P., inzhener, radaktor; MOVJWY.V, V.M.,
kandidat tekhni-
chaskikh nauk. redaktor; MIKHAYLOV, A.V., kandidat
tekhnichei3kikb nauk,
redaktor; PATROV. G.D., inzhaner, redgktor; RAZIN, N.V.,
radektor; . ~
SOBOIAV. V.P., inzhenar. rednktor; FARINGa, B.P.,
innhanar, redaktor;
TSYPIALOV, V.D., inzhaner, radaktor: ISAYJCV, N.V.,
rodaktor; TISTROVA,
O.N.. radaktor; SKVORTSOV, I.M., tekhnicheskly redaIrtor
[The Volga-Don Canal; technical report on the
construction of the
Volga-Don Canal, the TSimlyanskaya ~qdro development and
irrigation
works (1949-1952); in five volumes] Volgo-Don:
takhnichaskii otchet
(continued on next card)

AGAPOV, D.S. --- (continued) Card 2.
o stroitalletva Volgo-Donskogo sudokhodnogo kanala imeni
Y-1.1anins.
TSimlianskogo gidrousla i orositellnykh sooruzhanii
(1949-1952) v
piati, tomakh. Glav.red. S.IA. Zhuk. Hoskva, Gos.energ.
izd-vo.
Vol-5. (Qparry management] Karlsrnoe khozisistvo.
Red.toma I.N.
Kostrov. 1956. 172 p. (MLRA 10:4)
1. Russia (1923- U.S.S.R.) Miniaterstvo alektrostantBii.
Byuro
takhnichaskopo otcheta o stroitellstva Volgo-Dona. 2.
Daystvitel'nyy
choln 6kademii stroitellstva, i arkhttaktury SSSR (for
Razin)
(Quarries and quarrying)

SKOCHIHSKIY, A.A.; TMIGOREV, A.M.; SHEVYAKOV, L.D.,
SERGEYEV. A.A.;
ZAKHAROV, P.A.; USKOV, S.Iq JkGOS3KOV, M.I.; MELINIKOV,
N.V-;
ERDNNIKOV. D.M.; YEITIKETEV. N.B.; PROTOPOPOV, D,D.;
SUDOPLATOV,
A.P.; BARON, L.I.; tUNIKOVSKIY, G.I.; NAZARCHIK, A.F.;
TERPOGOSOV,
Z.A.; BARSUKOV, F.A.; POMORTSEV, A.D.; MIDrX, G.P.;
MOIZHMV.
P.-V.; MAKSIMOVA, Ye.P., GRIBIN, A.A.; BAR011911KOV,
A.V.-; SINDAROVSKIT,
H.S.; DOGOMOLOV, V.I.; KHODOV, L.V.; MOSKALIKOV, Ye.F.;
GONCHAROV,
T.I.
Aleksandr Vasillevich Kovazhankov; obituary. Bazop.
truda v prom.
1 no.12:35 D 157. (MIRA 12:3)
(Kovazhenl-ov, Aleksandr Vasil'ovich, 1906-1957)

P ARONENKOV, A.
Contemporary methods of developwnt, preparatory work, mining, and
haulage in the USSR metal
mines. Tr. from the RussAan.
P. 205 (Rudarsko-Metalurski Zbornik) No- 3, 1957, Ljubljana,
Yugoslovia
SO: YONTHLY I'MEX CF EAS'.' E'UROPEAN .CCESSIONS (EEAI) Lc, VO.L.
7, 11r. 1, JAN. 19:,8

SKOGHIIISKIY, A.A.; TZRPIGORRV, A.M.; SHETTAKOV, L.D.;
AGOSHKOV, M.I.;
HELINIKOV, NJ,; BRONNIKOV, D.M,-, YENIKETAV, N.B.;
NAZARCHIK, A.Y.;
TXRPOGOSOV, Z.A.; BARSUKOV. 7.A,; 53ROEYBY, A.A.;
PROTOPOPOV. D.D.:
SUDOPIATOV, A.F.; BARON, L.I.; MANIKOVSKIY, G.I.;
POMORTS.NT, A.D.;
DAMIDYEIK, G.P.; KAPITANOV, T.V.; MOLGHAINOV, P.V.;
HAKSIMOVA, Ye.p.;
GRIBIN, A.A*; BARONNNKOV, A.V.; SINMROVSKIY, N.S.;
BOGOMOWV, V.I.;
KHODOT, L.V.; i(OSULTnV-,Te~0-1r.
Aleksandr Vasillevich E:ovazhenikov; an obituary. Gor.
zhur. no.12:
72 D 157. (MIRA 11:1)
(XDvazhankov. Alsksandr Vasiltevich. d. 1957)

BARDRWOV. ~ A' eka-m4r, Vyevich; KAHINUIT, I.No.
otvatstvannyy red.:
HIRDSHNICHNIKO, VeDo, red. lzd-va; OUTAR, S.Ta.,
tekhn. red.
[Choosing an operating system for mines] Vybo'r
rezhima raboty
gornogo predpriiatiia. Moskva, Ugletekhizdat. 1958.
124 p'
(Hine management) (MIU 11:10)

POMVSKIT, N.M., prof.; KKATSALI-ROV, I.N., dots.;
BARONE dots.:
CHUPRUIDV, G.D.. dots.; IIIASO.4)V 0 L.H., lotg.
'Vertical Rhaft sinking" G.V. Surmilo. Reviewed by
N.M. Pokrovskii
aLd others. Shakht.stroi. n0-12:32-33 158. (1,41RA
11:12)
(Sbaft sinking) (Surmilo, G.V.)

SOV/127-59-1-1/26
AUTHOR: Baronenkov, A. V., Candidate of Technical Sciences
TITLE: Labor Productivity - Up to the Level of Present
Requirements
(Proizvcditellnost' truda - na uroven' sovremennykh trebovaniy)
PERIODICAL: Gornyy zhurnal 1959, Nr 1, PP 3-6 (USSR)
ABSTRACT: The article deals with the problem of raising labor
product-
ivity up to the level of Seven Year Plan requirements. A
production target of 230- 245,000,000 tons of iron ore, or
150- 160,000,000 tons of commercial iron was set for 1965-
This represents an increase of 70' in comparison with 1958.
The average yearly increase in iron ore production amounted
to 6,000,000 tons in the last few years as compared with a
yearly production decrease of 3,000,000 tons in the USA.
The production of copper and lead-zinc ores also increased.
The production of aluminum, nickel, tin, tungsten, molyb-
denum etc was greatly increased. The open cast mining
method was introduced in the Krivoy Rog basin, the Ural,
the "Kursk 111agnetic Anomaly", the Dzhe-.kazgan copper ore
mine, the Leninogorsk lead-zinc mine, and the Zyryanovsk
Card 1/2 and Tekeli Combines. Mines and quarries were 98-1001-,'

SOV/127-59-1-1/26
Labor Productivity - Up to the Level of Present Requirements
mechanized. Labor productivity increased as follows: The
average monthly productivity of a mining worker in the
Krivoy Rog basin amounted, in 1940, to 101 tons; in 1950,
127.5 tons; in 1957, 166.2 tons. Labor productivity in-
creased in the mining of non-ferrous ore was half as much
as that of the Krivoy Rog basin worker. The productivity
of a miner fron the most a-uccessful "Gigant" mine was half
as much as that of a miner in the USA. The Seven Year Plan
will reduce auxiliary labor and increase the length of stopes
assigned to brigades; it will also introduce a wide exchange
of experience and improve the technical training of workers.
A contract bonus systein will be introduced instead of a
progressive piece rate system.
Card 2/2

BARONENYOV, A.
Development of the minign industry in the Soviet Union.
p. 82.
PEVISTA 1AINUOR. (.~tinisterul Minelorj Mirristerul
Industriei Petrolului si
Chimiei, Directia aploatarilor Viniere si AsociatiR
Stiintifica a
Inginerilor si Tchnicienilor din Romina) 'Rurcuresti,,
Rumanias Vol* 103
no. 3, March 1959.
Yonthly List of East Baropean Accessions ( MAI) IC,
Vol. 8. no. 7, July 1959
Uncle

BAROITERIKOV., A.V.P kand.tekhn.nauk
*Economics, organization, and p3anning of mining
Industry enter-
prisea" by M. A. Gurvicb, Z. 14. Ioffe, and V. V.
Osmoloviskii.
Gor. Zhur. no-079-80 Ap 160. (MIRA :L4:6)
1. I-loskovskiy gornyy institut.
(Mining industry and finance)
(Gurvichl M.A.) (Ioffe., Z. M.)
(Osmelovskii., V.V.)

KOROBOV. P.J.;
L. D.
tj
A 0
L.".; IPATOV, Poll.; P.P.; D.
~VS.,IY, V.N.
:1-k :10, !".P. p
',:.A.; 0 -3 3: :IT
SC!3~00V, O.P.; v- ~LDQV, V.S.; Zull~-,,V, S.:,.
.T
1:ola! 'dkolacvic' ry.
(Patrikcu.-, :.Tzol:A 7:i1mia-evich,
no.6:711') Jc
14:2)

A.V., dotoent; KOBISHCHA"XV, M.A., ~ots(--nt;
*-,,,',Y-',-'7ZTUL-!':, Y'S.H.,
~ aspirmyt
Problems in the economics of the mining irdustry. Title
Page.
Possibilities for lowering the cost of mining ore In the
mines
of the Kursk Magnetic Anomaly Coribine. Vauch. trud-v
',.'.GI no.43t
3-11 162. 16:9)
(Kursk Magnetic Anomaly-4-Uning anginearing-costs)