SCIENTIFIC ABSTRACT SAVITSKIY, YE.M. - SAVKEVICH, I.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001447420004-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ACC NR.- rj
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naC-10 talS Ej;-,d 1-1-Cl7o' 1-Zi 0~1 ~1 metals
TIT E: Inves~ ;gat-ion of rao
- - -------- -
SObRCE: AUN SS--SR, Institut loif~klkh splavov (Mbtal-,:
1-K7-~T6w, q-vo Maka, 19651 4-1''54)
lography o1 light ailoy TZ,
TOPIC TAGS: alloy, rare earth metal, phaso diag-ram, notal c rys bal
';d
~~Iod foz- s and ~;c, Y. and -13
developed, arid som propar"'Jeo, iAcrohardness, thermal erS. and magnetic
susceptibility, of tho crysta'L~; -,wrere dotermined. Tire monocrystals -were obtained
o" disrUled metal speciji-ions posseosi-r4,,7 a hag,
by h`gh-temparaturc vacuum anrealin,- L
ita7;ion. 7he axpari~--ental results are presented ally
degree of c;--stal orip- rraphic
(see Fig. 1). In addition, -che phase cliargrans were dntarminc,~J for the bina 1-Y
tems: Sc--Er, Go "b, Ge Sc, Ge--4,d, "e-A!, Y--Sn, and Fe-Nd (see Fif~-. 2).,
Sys
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Fioa. 2. Phase diagram of Crj_-Sc.
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AT 014749 SOURCE CODZ: UR/0000/65/000/000/0053/0058
AUTHORS: Baron, V. V& (Candidate of technical sciences); Savitskiy,:Kq. M. (Doctor
of chemical sciences); Bychkova, M. I.
G: none
V
TrfLE: The superconducting properties of niobium-titanium alloys and the ef~ectl If
alloy additions on the critical cur~-ent din-sity
SOURCE: Soveshchaniye po metallovedonin_,k_Ee~tallofiz:Lke sverkhprovodnikov.
1964. Metali~~e(!W~ ~ye T-metal-lofizika sverkhprovodnilcov (Metallography and physics
or-.metals in superconductors); trudy soveshchaniya. Moscow, Izd-vo flauka, 1965, 53-
58
TOPIC TAGS: superconductivity, superconducting alloy, niobium base alloy, titanium
coiitaining alloy, tensile strength, critical magnetic field, %UMMI current.donsity
The critical current density of niobium. alloys itith,titanium of varying
composition (5.5, 14.8, 32.6 P 48.8, 55.61, and 66% Ti) is studied as a function of
the applied magnetic field strength. The effect of small admixtures (0.2-0.5,ili) on
the critical current density and the mechanical properties of the alloys is also
studied. Certain elements of subgroups IIIB, TV, and VIA of the periodic system
were used as the alloying admixtures. The ingots ware smelted in an electric-arc
furnace in a helium atmosphere., The starting materials were niobium with a purity
Card 113

r--ACC NR: Xf 6014749
bf 99.8' and titanium iodide. The obtained i4trot3 wore cut into squares of 1.3 x
1.3 mmland were drawn to a diameter of 0.25 uLn. The tensile strength and eloctric
resistance were measured. The superconductivity transition Lomporaturo and critical
current density wore measured in floldnof from 0 to 21.2 koo (see Fig. 1).
'Fig. 1. Critical current and tons Us strength of alloys 90
of Nb-Ti system as functions of composition for
maximum field of 21.5 koe. .20- 80
7 G
Go
qO
Nb 29 1/0 60 8#,.
TL, ~~. I.- -
The maximum suDerconductivity transition temperature (10.5K) was found in the
:ard 2/3

16014749
alloys with 32.6% Ti (see Fig. 2).
Fig. 2. Superconductivity transition temperature
of alloys of Nb-TI system as function
of titanium concentration.
TL Wt.
was determined that the effect of allay components in concentratiions to 0.55'r
on.the transition temperature was negligible. Orig. art. has: 8 traphs and 1
diagram.
SUb CODE: 11, 20/ SUBM DATE: 23Dec65/ ORIG RM 004/ OTH~REF: 007
Card 313

3819-66, r!.,wr (m) /T /E-z-1PM/EWP(W)/ST II'TP(c) X;IJ1)IGD
ACC NRt AT6014750 SOURCE CODE: Ul-'Z/OOOC)/651/000/000/0059/00641
Savitskiyj
(Candidate of.technical sciences);
AUTHORS: Yefimov, Yu. V.; Baron) V. V.
Ye. M._(ffoctor of chemical sciences)
OIRG: no ne
TITI0. The su erconducting properties of alloys of vanadium with titanium
S00CE: Soveshchariye po metallovedeniyu i metallofizike sverkhproyodnikov. ist, 1964-1
IMetallovedeniye i metallofizika sverkhprovodnikov (Metallography and physics of metals
in superconductors); trudy soveshchaniya. Moscow, Izd-vo Nauka, 19651 59-64
TOPIC TAGS: superconductivity, superconducting alloy, vanadium base alloy, titanium
containing alloy; wx-ZM=1 current density, cold drawing, electric wire, critical
maghetic field, solid solution, metal heat treatment,
ABS2RACT: 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 materials were titanium iodide (99.9 Wt
and caxbothermal vanadium which2after cerium refinin& contained (wt %): 99-766 V,
0.11 C, 0.04 0, 0.001 N, and 0.10 Ce. The alloys were smelted in an are furnace in an
atmosphere of purified helium at a pressure of 0.7 atm. After annealingat 800C for
1 hr-, one batch of specimens was cold rolled and,drayrn into wirelwith a diameter of
0.2 mm. After cold deformation, the second batch was annealed again at 900C for 1 hir F
Cord 1/3

L 38549-66
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'The third batch was given intermediate vacuum annealing. In the cold-worked state,
2)
the alloy with - 50 wt cla Ti had the maximum critical current density (1.4-104 a/cm
for 95FIlo deformation and afield strength of 22.2 koe (see Fig. 1).
f,,. a
Fig. 1. Critical current of vanadium- 12
titanium wire (0.2 mm. in diameter) as
a function of applied magnetic field 10
strength. The numbers indicate Ti.
M8i
6
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to is z0 zs H.:koe
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A combination of heat treatment and cold deformation was found to be most effective
for the vanadium-rich alloys. The authors thank the coworkers of the Department of
Inorganic Chemistry, Leningrad State Universityim. I. Franko (Ileorganicheskoy khimii
L6U), for performing e x-ray analysis of thoalloya, and R. Sh. Akchurin and V. V.
Volodin for measuring the critical current. Orig. art.
photograph.
SUB CODE: -11, 20/ SUBM DATE, 23Dec65/ ORIG RM 003/ OTH REFt 021
'd 3/3

L 38535-66 E7dT(m)/T/D1P(t)/ETI IJP-(C) il)/JG/GD
AR6014755 SOURCE CODE: UR/0000/65/000/000/0086/0088
AUTIHORS: Baron, V. V. (Candidate of technical sciences); 1-trzenkova, L. F.;
Savitsk Ye. 1..(D7o-ctor of chemical sciences)
ORG: none
TITLE: The phase diagram of the niobiua-gallium system
SOURCE: Soveshchani7 nikov. lst
ye po metallovedeniyu i metallofizike sverkhprovod
10,64. Metallovedeniye i metallo'Lizika sverkhprovodnikov (Metallography and physics of
metals in superconductors ); trudy soveshchaniya. Moscow, Izd-vo Nauka, 1965, 86-88
T6pic,TAGS: - alloy phase diagram, niobium basealloy, gallium aLloy, hardness, solid
solution, x ray analysis, thermal analysis
ABSTRACT- A phase diagram is constructed forthe niobium-gallium 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 microbardness method word
used. Alloys with up to 40 wt % gallium were prepdred in an arc furnace in a . helium
atmosphere. The starting materials were gallium with a purity of 99.99% and sintered
niobium (99.7%) After annealing,, individual alloys were hardened from SOOG (~O hra)
and 1200C (30 hrs). It was found that, besides the Imown compound Nb Ga. three addi-
tional compounds are formed in the system: 11h Ga (31-08 Wt % Ga),~~ilbG
5 3 a3 (,u 51
wt % Ga), and NbGa3 (69.20 wt % Ga) (see Fig. 1). The microhardness of the compounds
C.,d 1/2
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ACC NR: AT6014757 SOURCE CODE: UR/0000/65/000/000/0091/0100
AUTHORS: Yefimov, Yu. V.; Gladyshev",kiy, Ye. I.; Baron, V. V. (Candidate of tech-
nical sciences); Savitsk Ye. M. (Doctor of chemical sciences)
iy
ORG: none r-,
TITIS: The effect of alloying on the critical temperature of transition to the
superconducting state and the crystal-lattice constant of the compoun
SOURCE: Soveshchaniye pq metallqvedeq~iyuA metallofizike sverkhprovodnikov. lst,
1964. Metallovedeniye i metallofizika sverkh-p-ro-vo-"a~~fletallography and physics
of- metals in suT)orconductors); trudy soveshchaaiye. Moscow, Izd-vo Nauka, 1965, 91-
100
TOPIC TAGS: superconductivity, solid solution, vanadium compound, silicon compound,,
germanium compound, tin compound, crystal lattice parameter, x ray analysis, solu-
bility-
ABSTRACT: The solubility f.17 different elements in the compound V Si and t'd
~kl 1 3 - 1%4
effect of the dissolution f these elements on the critical superconductivity,tran-
sition temper-ature are studied. Microstructural and x-ray analysis and the micro-
hardness method are used. The 3tarting materials were sintered vanadium and silicon
with a purity of 99.8 wt %. The alloys were prepared in an arc furnace in an atmos-
.phere of purified helium at a.pressure of 0.7 atm. The alloys.were annealed at 80M
r-4 1 A

- L 3.8538-66
ACC NRt XM014757
for 2500 hrs. The x-ray phase analysis i-ms performed by the powder method with
chromium radiation in a cylindrical chamber. The transition temperature was Meas-
ured by the magnetic method. It was found that interstitial solid solutions are
formed when elements with small atomic radii are dissolved in V Si. There is iso-
3
morphous replacement of the vanadium atoms in the crystal lattice of V Si. by atoms
3
Fig. 1. Change in critical temperature, T'.Iffi
lattice constant, and micro-
hardness of solid solutions
V (Si, Go).
3
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of the transition metals. Atoms of the elements of subgroup B of the poriodic
system replaco Si atoms in the lattice of V Si. The pure compound V Si has the
3. 3
ma=,um critical superconductivity transition temperature (see Fig. 1). The authors
thank- IN. Ye. Alekseyevsk , Institute of Physical Problem AN SSSR (In-t fizDroblem
All SSSR) and V. R. Karasil~, Physics Institute All SSSR (Fizichaskiy in-t All S~SR)
for moasuring the transition tomporatures. Orig. art. has: 4 graphs, 4 tablesp
1 diagramand 2 photographs,
SUB CODE: 1-1, 20/ SUBM DATE: 23Dec65/ ORIG RE-': 008/ OTH REF: 009
C.,d 313 4L

ACC NRt AP6014120 SOURCE CODE: UR/0370/65/000/006/0148/0152
AUTHORS: Grushina, V, V, (1,10 s C' ow) Hodinp A, M , (Moscow); Burkhanov, G, S. (Moscow);
Savitskiy,___Ye,..M. (Doctor of chemical sciences)ilfoacow)
ORG: none
TITLE: Sorption of hydrogen by Ti-Ni, Ti-Cr, and Ti-Al alloys
SOURCE: AN SSSR. IzvestiyaAetally, no, 6, 1965, 148-152
TOPIC TAGS: titanium containing alloy, chromium containing alloy, aluminum con-,
taining alloy, hydrogen
ABSTRACT: The sorption o 0 e the titanium alloys: Ti--Ni (from 5 to 70
wt % Ni), Ti--Cr (from 4.3 to 78.5~wt % Cr), and Ti-Al (from 5-30 wt % Al) was
studied. The investigation supplement3 the results of V. V. GTushina, and A. M.
Rodin (Zh, fiz. khimii, 37, 1963, No. 3, 559). A schematic of the experimental
apparatus is shown. The experimental results are presented graphically (see Fig. 1)e
'It was found that the absorption of hydrogen by the alloys was strongly dependent
on the nature of the solid solutions formed in the alloy, The liberation of hydrogen
from hydrogenated titanium alloys at 200"1050C is more rapid than that from hydro-
genated titanium.
Car 1/2 UDC: 669.295

L 431cu-bb
ACC NR: AP6014120
b
M
/-TI
J-TtIAI%Ni 40-
4-U-47M I I-Ti
J- T i -.FO'Z N't Ti-
.7#19 M t, Oc
Fig. 1. Liberation of hydrogen from hydrogenated alloys Ti-Ni (a), nTi-Al (b),
at different temperatures; c~ - ratio of the Amount of liberated to
absorbed hydrogen by the metal at a given temperature.

J::
ACC NR: AP6013371 SOURCE CODE: UR/0370/66/000/002/0163/0165
AUTHOR: Nyzenkova, L. F. (Mloscow);_ Baron) V._'V. (Moscow); Savitskly, Ye. 1-1. (moscow)r
ORG: none
TITLE: Phase diagram of the nioblum-antimony system
SOURCE: Xi SSSF. Izvestlya. Metally, no. 2, 1966, 163-165
TOPIC TAGS: alloy phase diagram, n1obium alloy, ant1nony-a1*uy--
ABSTPACT: Microstructural, thermal, and x-ray methods as well as microhardness
measurements were used to plot tile phase diagram of the Nb-Sb sy.5tem Fl., 11
Four compounds were identified in this system; Nb3Sb (75.00 at.7.' Nbl', NbSb (50 at~.;f1
Nb), and apparently also Nb3Sb2 (60 at.% NO and Nb4Sb5 (44.4 nt.% 111b). All the
comnounds are formed by peritectic reactions taking place at 1750, 1140, 1020,.and I
7606C respectively. The microhardness of alloys based on the compound Nb3Sb amounts
to 668-490 lcr,/mjr~12, which Indicates tile presence of a region of solid solution based
,,m2.
on this compound; the microhardness of INbSb is 235, and that of NbOb5i 357,
X-ray structural analysis confirmed that the compound 1',fb3Sb has a cubic primitive
lattice with constant a-5.26 A.. NbSb has a hexa-onal lattice (a-4.270 A, c-5.447 A,
a/c=1.276) belonging to the NlAs type. Nioblum lowers the melting.point of antizony,
forming with it a eutectic (61000 whose composition is displaced toward antimony
Card 1/3 UDC: 669,017.12

ACC NR: AP6013371
20
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7ig. 1. Phase diaaram of the Nb-Sb
1800
17SO
systern: 1 - data of thermal analy~ 225*-
sis; 2 single-phase alloys;
/11 ~
ci
3 two-phase alloys.
1200
Ndi
690
,Yd
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AUTHOR: lavilskiy, Ye. M. (1111oscow); Baron, V. V. (Mosco,.,r); Yefimov, Yu. V. Wosco
ORO:
TITLE: Effect of vanaditim on the structure and superconducting properties of niobium~
vanadium alloys
SOURM AIN SSSR. fzvesttya. Metally, no. 3, 1966, 156-160, and insert facing pg. 149
TOPIC TAGS: superconducting alloy, niobium alloy, zirconium containing alloy,
vanadium containing alloy, alloy structure, alloy superconducting property
ABSTRACT: The effect of vanadium (up to 15%) on the structure, critical current and
the temperature of transition to the superconducting state of binar Nb-Zr
y V1 .
alloys has been investigated. The alloys were melted from 99.75-99.95%-pure com-
ponents in a nonconsumable electrode arc furnace in a helium atmosphere at a pressurel
of 0.7 atm, homogenized at 1100C for 200 fir, upset at 90PL-1000C with reducftons.of
up to,20%, annealed at 900C for-100 hr, and furnace cooked. In the as-cast condition
the majority of the alloys had a single-phase.structurAf 6-,olid solution with a
bcc lattice. After annealing, only binary Nb-V,alloys and ternary Nb-base alloys
had a single-phase structure. The majority of annealed alloys contained two phases:
the 6-Nb-base solid solutions with a bcc lattice and the.a-Zr-base solid solutions
with a hexagonal lattice. The investigated Zr-rich region of the Nb-Zr-V.system
Card 1/2 UDC: 669.293.5'296

ACC NR: AP6019773
contained a three-phase region where a ZrV 2 compound was present in equilibrium with
the two solid soltitions. Alloying wLAlf V slightly decreased the lattice parameters
in binary Nb-Zr alloys. The strength o -f-cold-straLned alloys with 5%V and of binary
J%Tb-Zr alloys increased from 134 to 185 kg/mm2 with YKcrgasing Zr content from 0 to 5CP
and then decreased with a further increase in Zr co ent. Alloys containing re
than 70% Zr and 5%V did not sustain cold deformation without process annealing.~ The
\~.temperature of the transition to the superconducting state was measured with a speci.1
'it designed by N. D..Kozlova (IMET im. Alloying with v lowered the
superconducting characteristics of the.binary Nb7Zr.alloys. The decrease in the
critical current was particularly sharp with small additions of vanadium, while the
temperature of the transition to the superconducting state decreased gradually with
increasing Zr content. Annealing (at 900C) increased somewhat the critical current
,of ternary alloys, but the achieved maximum critical current (18-19 amp) was lower
than that of cold-strain,ed Vnary alloys. It appears that binary Nb-Zr alloys
the most favorable conditi s for the presence of superconducting properties,
any departure from the op 40 al conditions, caused by addition of vanadium, lowers,the
superconducting properties\ ofbinary alloys. The authors thank V. V. Volodin and
L. S. Apukhtin (IMET m. A.A. Baykov) for the measurements of the super
conducting
characteristics of thealloys. Orig. art. has: 5 figures. [MS1
SUB CODE: ll/ SUBM DATE: 17jun65/ ORIG REP: 004/ OTH REP: 006/ ATD PRESS:
S6
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IJP(c)
ACC NR, -AP60277-41--- SOURCE CODE: UR/03 70TM61 _0401 0-u--v,
'AUTHOR: SsvitskLy,.~2, ,,.,H. (Hoscow); Tylkinag H. A. - (Holc.0% 0;
0. Khe
ORG: none
TITLEi Scandium-rhenium system
,SOURCE: AN SSSR. Izveitlys. Metally, no. 4, 1966, 116-122
TOPIC TAGSt scandium *6wvvftW&W.W4? vvww**uw rhenium,,..all;1y, alloy
phase diagram, allo y phone composition,.
property
ABSTRACT: A phase diagram of the,scandium-rhenium system (Fig, 1), has
/been plotted on the basis of data obtained by physicochemical analysis'
of 13 alloys containing 0 to 100% rhenium, melted from sinterod 99.918%-
~pure rhenium and distilled 99.4-99.6%-pure scandium. The diagram to
of the peritectic type with two intermetallic compounds, ScRe2 and
Sc5RG24, and limited solubility of components. The solubility of Sr In Re is
approximately 2% Sc at peritectic temperature and decreases InsiSnifi-
cantly at lower temperaturej. The Sc5ReZ4 compound has a cubic lattice
with a constant a - 9.6448 A and a microhardness of 1223 kg/mu2. The
ScRe2 compound of the Laves type has a hexagonal$ close-pack*d lattice
..-Card 1/2 UDC: -.06?.793'849

ACC NR9 AP602774 7
- I - 1 7
toc 31800 0
with constant a 5.270 A and a
microhardness of 930 kg/m;?
3000 solution
/AY Scandium-base solid and
1y00 N + RN +
'o
'W+ ce ScRe2 compound form a eutectic
Z5701 at 1360C which contains approxi-
41: a
a JK - Liquid/ mately 1% Re.. Orige arte has:
2590- , LT+5CN a *I
0009 11K 2 figurealand 21tables. [WW]
+
SUB CODE: 11/ SUBM DATE:- 060aW
Re,am.%,
ORIG REFs 009/ OTH ItEr: oo2
R rie5'c 10
Z
S et 5
INY+ScRez
1535t,
7504 S
1J60*G
coscRe
ZI
loco 20 40 60 80
Sc Re
Re a t.
Fig. 1. :.Phase diagram-bf ths' Se-le
system,
Card .-:2 12

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ACC NR: AP6025262
SOURCE CODE: UR/0057/66/036/007/1310,/1312
AUTHOR: Savit;kiy,Ye,Me; Burov,I.V,; Litvak,L.N.; Burkhanov, G.S,
'ORG: none
TITLE: Work function anisotropy of mol5 bdenum Isingle crystals
SOURCE: Zhurnal tekhnicheskoy fiziki, v. 36, 7, 1310-1312
TOPIC TAGS: molybdenum, single crystal, work function, thermionic emission
'ABSTRACT: The authors have measured Abe thermionic work functions of three different
faces of molybdenum single crystals.9~7he crystals were grown by electron beam zone
heating in vacuum. Spectrum analysis shovod less than 0.01% metal impurities and
I-vacuum melting revealed the presence of 0.0057 oxygen, 0.0002% hydrogen, and 0.01%
carbon. 2 x 20 x I mm slabs were cut in the desired orientations from the single
crystal bars. The slabs were ground and polWi-d to a thickness of 0.2 mm and their
orientations were checked by means of x-riy diffraction patterns. Measurements were
made on three diffarent groups of faces, which are referred to as (100), (110), and
(114) faces, respectively. ~The inclinat;.(,ns of the nominal (100) and (110) faces to
the corresponding crystallographic planes were between 2 and 80. The inclination of
0
the nominal (111.) face to the (114) and (116) p1nnes was between 2 and 4 , and its
inclination to the (100) planes was lgO.. The work 7functions were derived from
,Richardson plots. The system was evacuated to 10- mm Hg with silicone oil pumps, was
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ACC NRj J-1"0025262
baked out at 4000for 20 hours, and was sealed off after the metal parts h been
heated to some 19000 X for 10 hours. ThQ Vacuum was improved with
_&g-ttersrBfter the
system had been sealed off. The cathode was flashed at 22000 K before the measure-
ments. The emission current was measured at seven temperatures from 1600 to 19000 Kq
the cathode temperature being measured with a thermocouple. The work functions ob-
tained for the nominal (110), (100), and (114) faces were,,4.9, 4.35, and 4.18 V,
respectively; the probable error in each case was 0.07 V. Orig. art. has: 3 figures.
SUB CODE: 20 SUBM DATE: MugO ORIG, BEF; 006 OTH REP: 001
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1. 06577-67 Wr W/EWP(w) /M41P(t)/ErI IJP(c) Wid
ACC NR1 SOURCE CODE: UR/0363/66/002/008/1444/1447
1AU'rHOR: Savitskiy, Ye. M.; Baron, V. V.; Yefimov, Yu. V.
ORG: Institute of Metallurgy im._A. A. Baykov (Institut metallurgii),
TITLE., The V3Si-V3Ga ystem
SOURCE: AN SSSR. Izvestiya. Neorganicheskiye materialy, v. 2, no. 8, 1966, 1444-1447
TOPIC TAGS: vanadium, gallium, phase diagram, phase composition, phase analysis
ABSTRACT: The V3Si-V3Ga system was studied by x ray microstructure and micr ardness
techniques. The object of the work wasto establish the point of transitionlik the
system into a superconductive.material and to determine the structures of the alloys of
the V3Si-V3Ga system. The samples were prepared by fusing mixtures of pure components
in an arc furnace in argon atmosphere at 0.9 atm. All samples were homogenized by
holding them for 2500 hours at 8001C. The continuous formation of the solid solutions
l
bet.ween isomorphic compounds, V3Si and V3Ga, at 8000C I s established by both x ray and
Imicrohardness examinations. The maximum microhardnesslof 1680 -kg/MM2 was found to
correspond to 5-7.5 atom % Ga in the solid solution. At allintercomponent 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
lphases: a solid solution based onvanadium and the V3Si. The transition temperature
Card 1/2 FITY' -';4F; - RA I I F;A 1+546, 881128

AP6029819
;of the various compounds Of V3Si-V3Ga systeminto the superconducting state can be cal-
fprm the empirical foTmula
Where X- ia the. Ca conterIL Ift thtl aynt-OM In dtewfl to., 411-thora 0.1foo"-F!"_41"
ski of LIvov State University for conducting the x ray arialyala of the alloy#, Orig.
art. has: 4 figures and 2 formulas.
SUB CODE: 20/ SUBM DATE: 18Sep65/ ORIG REF: 006/ OTH REF: 006
P'ard ~~2'
C

AT11034432- (-A ku i Dis OoooTC6/ooo/ooo/ooI-I^24-j-
Savitskiy, Burkhanov,' Go So; Kopetakiy, Ch. V.; Bokareva, No No;
none
ffTlEz: Production and properties of single crystals of refractory metals and alloys
SOURM,.- AN SSSR. Institut metallurgii. Svoystva i primeneniy* zharoprochnykh
sPlaftV (Properties and application of heat resistant a3loym). &acav. Igd-vo
Na~'
1966'e 15-24.
CWPIC--TAGS; refractory metal. refractory alloy, single crystal, molybdenum, niobium,
ABSTkACT: The two main methods for production of metallic singlecrystals are
extr4otion from a malt by the recrystallization method, and zone refining. The method
of extraction from a melt by seeding is widely employed industrially for growing large
sUgie-crystals of germanium, silicon (up to 80 mm in diameter), and semiconductor
,dftpbunds of varying composition for diodes, transitors, and condensers* Application
01.his method to refractory metals has not been widely developed. The article
d4scribes in detail the techniques of zone refining. In vertical tone melting without
&-orucible,the rAtio of the surface tension.tothe density of the malt should be
1 [2

.ACC-'NRt AT6034432
Wd cr greater. The maximum size of single crystal rods produced by this method is,
f6r'example, 14-16 mm for molybdenum and 6-8 mm for tungsten, with a length of the
6-kddr of 200-250 UP to 500 mm. A table shows the purity and mechanical properties of
rhanium of different degrees of purity, including the mechanical properties under
elongation stress, the hardness, and the temperature of the start of recrystallization,
A further table lists the mechanical properties of single crystals of various alloys
of the refractory metals. It is found that an increase in the purity of zone refined
molybdenum considerably lowers its resistance to deformation. Based on experimental
results, a series of figures illustrate the substructure of single crystalline alloys,
the-mechanical properties of single crystal alloys of the molybdenum-nibbium Bystem,
and the microhardness of alloys of the molybdenum-niobium system, P. H. Nosov, N. P.
Ehazov, A, Ya. Tsutskov, and T. S. Stronina took part in the work. Orig. art. haal
6 figures and 3 tableei.
SUB CODRs 11/ SUM DAM IOJUn66/ OR3DREFt 012/ BOTH REFs 005
Card 2/2

ACC NRs AT6o34435 SOURCE I
(A)
AUTHORs Bychkova, M. I.; Baron, V. V.; Savitskiy. Ye X.
ORGs none
TITIZ: Fusibility diagram of the nimbiun-tungstenAitanium system vW some properties
of Its alloys
SOURCEz AN SSSR. 1hatitut metallurgii. %~Yoystv& I primenenlye zharoprachnykh
splavov (Properties and application of heat resistant allayu). Moscow, lad-yo Sauka$
1966. 30-34
TOPIC TAGS: heat or fusion, niobiunt containing alloy, tuingsten containing &Uoye
containing alloy
ABSTRACT; The article reports.the results of an investigation of 70 alloys.of the
given syste-m. - Of these, 17.were binary alloys. In the ternary region, the alloy3
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 alloy3 did not correspond to the cross section.' As a result of microstructurs.19
x ray, and thermal analysis, and of measurements of the nicrohardness, it was
established that at 10000, addition of niobium to alloys of tungsten mid titanium
contracts the two-phase'rogion. which in a mixture of two solid solutionsbas6d. on
Card 1 /Z
:-M

ACC NRj AT6034435
tungsten and titanium. The two-phase region extends up to 50 weight percent niobium.
The article gives &'diagram of an isothermal cross section at 1000'DC for alloys of the
niobium-tungsten-titanium system. Experim'ental 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 niobium-tungsten-titanium system above
10000 there are formed a wide region of ternary solid solutions A and a two-phaseI
region QS T +/5 1.1). Many of the alloys hav6 a melting point above 22000, With a
tungsten content oY 30-40%, up to 25% titanium can be introduced into the alloys
0
without lowering the molting point below ZZOO " Therefore, some of theme alloys have
sufficiently good heat resistance for industrial application'(30% W and 7-10% WO,
Orig. art. ban' 3 figures.
SUB C=S 11/ Sum DATsi ioaan66/ mm RzFs oo3/ ow RJWs -007
Card 2/2

ACC NR' AT60341V~5 A) SOU.RCE' CODEs. UR/oooo/66/000/000/0118/ou3
1AUTIHOR., Savitskiy, Ye. M.; Tsarev, G. L.
ORG: none
TITLE: Fine structure and properties of single crystals of tungsten
,SOURCE: AN SSSR. Institu' metallurgii. Svoystva i primeneniye zharoprochnykh
IsplavoV (Properties and application of heat resistant alloys). Moscow, Izd-vo Hauka,
1966. iia-iz3
TOPIC TAGS: :single crystal growth, tungsten, electron beam melting
1
ABSTRACT: Single crystals of tungsten with a diameter of 4 and a length of
!approximately 250 = were grown by electron beam zone meltingi at a rate of
:displacement of the melting zone of about 5mm min, and at a working yacuum of
5 x jo-5 rn Fg
,. The number of passes varied from. 1 to 9. The impurity content in.the
;single crystals Is shown in a table. Oxygen was determined by the method-of vacuum
elting, carbon by t1ne combustion method, and the metallic impurities
sDectroscopicallly. For purposes of electron microscope examination, thin'films were
IpIrepared by electrolytic polishing in a 2% NaOd solution. Experimental results are-
lexhibited in tabular foria. The following main conclusions were reached: 1) in single
crystals of tungsten grown by the electron beam zone melting method there is observed
C.rd 112

ACC Ms AT6OY4'P5
,a cellular growUh structure and individual separations of tungsten carbide, W2C. The
boundaries of the cells are enriched with carbides; 2) under conditions of vacuua
melting, tungsten oxides and nitrides are, evidently, completely dissociated and
0 1 Ize , 3) zone melting of tungsten in-a vacuum does not lead to elimination of
carbon. With an increase in the number of passes, the carbon content increases
somewhat, Vnile the carbides take on a coarser graij~ structure; 4) increase in the
number of passes loads to purification from metallic impurities; 5) the ductility of
the single crystals of tungsten is directly connected with the amount and the
dimensions of the tungsten carbides. Orig. art. hass 5 figures and 2 tables.
SUB CODE: II/ SUBMI DATEi iOJun66/ ORIG WIS 003/ OTH RUS 002
Card 212

ACC NR' AT6034483 SOURCE CODNt Lrit/0000/66/000/000/0297/0303
~AU'ri0i; Savitskiy, Ye. X.; Burkhanov, G. S.; Bokareva, N. N.
FG: ~bscow Institute of Motallurgy im. A. A.-Baykov (1111oskovskiy institut
netallurgii
ITITLE: Lnvestigation of the structure and properties,of molybdenum-columbium alloys
in the single crystal state
SOURCE: Roat i nesovershenstva metallichoskikh krist&3-lov (Growth and defects of
metal crystals). Kiev, Naukova dumka, 1966, 297-303
TOPIC TAGS; metal zone refining, single crystal growth, refractory alloy, ductility.
molybdenum alloy, columbium alloy
ABSTRACT: The purposo ofthe investigation was to obtain single crystals of alloys of
irefractory net-als free from interstitial impurities which reduce the ductility of the
I
imetal. 11he systen molybdenum-columbium was chosen in various Mo-Cb ratios, from pure
~Molybdenun to pure columbium. The starting material for the preparation of the alloys
1were vacuum melted rods of molybdenum and columbium which were'relted together in the
:apparatus for t1he zone melting by electron beam. The single crystals of the alloys.
!were obtained by two passes of the molten zone made in both directions, the last pass
lbeing mado away from the original Mo-Cb rods. It was found that only by using single,
Card i

ACC NR-
tals of Mo And Go was it possible to obtain single crystals of alloys with a
Irys high
1concentration o'k tho second conponent. The change in hardness*and eloctro;--.~3isstance.
Ivas a function of the composition, similar to that in polycrystalline alloys, the
hardness being greatest at the 50-50 composition. X ray diffraction analysis
disclosed a raosaic structure of the single crystal alloys. N. P. Rhazov, A. Yee
I
!Tsutskov, and T. S. Stronina took part in the work. Orig. art. hass 6 figures and
1 table.
~S CODE:i~ )13/ Sba"I DATE: 22,Tun66/ ORIG REF; OC4
Card 2/2

ACC NR; AP6031725 SOURCr,CODL: UR/0370/-66/000/005/015.9/0168
:AUTHOR: Zakharov, A. if. (Moscow);:Savit:;kiy, Ye. M. (Moscow)
ORG: none
TITLE: Investigation of phase diagram of ternary tungsten-zirconium-
tita-i ium sys teri
SOURCE: AN SSSR. Izvestiya. Metal-ly, no. 5, 1966 159-163
eou 74."o /'V C' fi-l'i 0 fl, 7;~ 7~9 A.~ / 0 ,77 (.7,?A.~74 / A-11-0 6: C/I
TOPIC TAGS*.A ternary Alloy, tungsten zirc ,onium titanium alloy, alloy
structure, alloy microhardness, tungsten zirconium titanium systemlo
12,11,96e- 00A.)r19 /IV 0'0 G 1111 10CY
ABSTRACT: Sixty-three tungsten-zirconiun-titanium alloys containing
0.0-50.90% tungsten, 0.0-49.40% zirconium and 0.0-51.92% titanium
have. been investigated. From the data obtained.theprojection of the
1
ternary phase diagram on the composition triangle (see Fig. 1) was
plotted, in addition to several polythermal and isothermal sections.
It was found that most alloys annealed.at 1500C or 1000C have a
single-phase or two-phase structure and only a few have a three-phase
structure. Single-phase alloys consisted of a-.and 8-solid solutLon
!of titanium and zirconium in tungsten or vice versa* The microhardness
2
10f,W2Zr compound in annealed alloys,was 770 kg/mm :that of a, ternary'i
itungsten-base solid solution was 390 kglmm2, and that of $-solid
i Card 1/3 UDC: 669.27'2961295.

ACC NR: A?6031725
wt%w-
Zr Ct c eZ9 40
P A9 WJZr d
-

6'
0

00
0
Fig. 1. Projection of
0

a,
tungsten-zirconium-
titanium phase diagram on
0 !composition triangle

0 0

v
0 0
L
00
0
.
Ti
ISAIT i
Card 2/3

ACC NR: AP6031725
solution based on high-temperature modifications of titanium and
zirconium varied from 125 to 200 kg/mm2 . depending upon composition.
The solubility of tungsten and zirconium in 0-titanium was found to be'
high, but decreased,from 43-44% at 1500C to 35-36% at IOOOC. The
increase of titanium content promoted the tungsten solubility in
6-zirconium at 1500C and also at 1000C. Orig. art. has: 6,figures.
SUB CODE: II/ SUBM DATE: OlMar66/ ORIG REF; 003/ OTH REF: 006
Card 33

-006
ACC NR- AP6036444 70/66/03/ 1912TTUZ
AUTHOR: Zakharov, A. 14. (Moscow); Savitskiy, Ye. M. (Moscow)
ORG: none
TITLE: Investigation of the phase diagram of'the.ternary W-Mo-Ti eyo,tem
SOURCE: AN SSSR. Izvestiya. Metally,,no., 6, 1966t...'121-126.'..
TOPIC TAGS: tungsten molybdenum titanium system, tungsten molybdenum titanium alloy,
alloy phase diagram, alloy phase composition, alloy structure
ABSTRACT: A series of 49 alloys of the tungsten-molybdenur~-iitanium system ward
,melted from 99.95%-pure tungsten, 99.95%-pure
molybdenum, and 99.9%-pure titanium.
A ternary diagram of the system was plotted on the basis of data obtained by
physicochemical analysis.- It was,found that tungsten and t1itanium have a considerable
solid-state solubility in molybdenum, which slightly decreases with decreasing tem-
perature. For instance, the total solubility of tungsten and titanium in molybdenum
at 1500C and a W:Ti ratio of 4.,1 was over 80%, but at 1000C it dropped to 77-7
The total solubility of a W:Ti ratio of 3:2 changed similarly when the temperature
dropped from 1500 to,1000. Addition of molybdenum to binary W-Ti alloys increases
the mutual solubility of components. At 1500 and 1000C, a continuous series-of
solid solutions is formed at respective molybdenum contents of about 20% and 25%.
Card 40 G .9

ACC NRt (Oco)'s
Ma
A A /7?K 0

ACC NRt AP6036841 SOURCE, CODE:
AUrHOR: Savitskiy, Ye. M. (Corresponding member MI SSSR); Baron, V. V.; Yefimov,
,Yu. V.
iORG: institute of Metallurgy im. A. A. Baykov (Institut metallurgii)
~TITLE: New vanadium compounds with the pe structure
Cr3S'-ty
iSOURCE*. AN SSSR. Doklady, v. 171, no. 2. 1966, 331-332
iTOPIC TAGS- superconductor, superconducting property, vanadium, vanadium indium.
!compound, vanadium cadmium compound, vana-dium zinc compound, vanadium bismuth com-
!pound, compound superconductivity, vanadium tel'lurium"compound', vanadium lead co
pound
1ABSTFACT.- In a search for new superconducting compounds, vanadium wires diffusion
'coated with An, Cd, In, TI, Pb or Bi were investigated. It was found that all
;coatings had a multiphase structure. In addition to vanadium lines, Ix-ray diffraction
~patterns showed lines of phases with a cubjc structure of the CqSi-type and the
Ifollowing lattice parameters: 4.92-4.,95 A for V3Cd; 4.87 A* for V Pb; 5.28-5.56 A
a 3
IfOr V31n; 5.21-5.25 A for V3TI, and 4.72 A for V3Bi. Variations in the lattice
!parameters of Win, V Cd and V Ti indicate the existence of a homogeneity zone
3 3 3
Diffusion coatings containing V31n had a temperature of transition to the super-
2 UDG: 539.23;537.312.62

-ACC NRt AP6036722 SOURCE C DE: UR/0030/66/000/011/0043/0049
;AUTHOR: Savitskiy, Ye. M. (Corresponding member AN SSSR)
ORG: none
TITEZ: Metallic compounds--a reserve of new materials
~
SOURCE: AH SSSR. Vestnik, no. 11, 1966, 43-49
TOPIC TAGS: intermetallic compound, physical metallurgy, physicochemical property,
melting point, plastic deformation, temperature dependence, phase diagram, crystal
structure, superconductivity, magnetic property
ABSTRACT- Recent advances in the development of intervetallic compounds, their physical
and chemical properties, and their applications in science and technology were review-
ed. The properties of intermetallic compounds differ from those of the parent metals.
In many intermetallic compounds the melting point is greater than any of its component
metals, favoring the use of metallic compounds in high temperature environments. Most
metallic compounds were discoveredthrough phase diagrams. in the SSSR the successes
in this direction have been due chiefly to N. S. Kurnakov and his school at the Insti-:
tute of General and Inorganic Chemistry, and at the Institute of Metallurgy. The sta-
bility of intermetallics depends an their free erivitgy, heat of formation, and melting
temperature. Classification 'is done an the basis of their chemical interaction and
UDC: 661*8
Card 1/2

ACC NR: AP6036722
the similarity of their crystal structure. In contrast to metals, metal compounds have
I
1complex crystal structures. Being brittle at room temperature, metallic compounds cani
be deformed plastically at 70-90% of their melting temperature. A photograph showed
a cylinder of gamma phase aluminum-magnesium hot compressed into a disc. Micro-
structures showed that hot working refined the grain size relative to the case condi-
tion. At 50-80% of the melting point, the silicides of copper, nickel, and cobalt at-
tain maximum strength. The peculiarities of the intermetallic bond, and of the elec-
tronic and crystal structures at various temperatures is still under study. Metal-in-
,termetallic materials have betterplasticity at somewhat lowered strengths. A sch Iema-
tic drawing was shown of an apparatus used for producing such composites, and the pro-
,perties and applications of these were described. Metal-nonmetal compounds are used
as heating elements (molybdenum disilicide) and crucibles are made from carbides of
titanium and molybdenum aluminide for the melting of titanium which is extremely reac-
tive. Superconducting compounds made of niobium-tin are being used in research. Pho-
tographs are shown of a superconducting bushing and of a superconducting magnetic pump
~made from a metallic compound. Orig. art. has; 6 figures.,
SUB CODE: ll/ SUBM DATE: none
Card 2/2

ACC INR: iVi,7001547 SOURCE CODE: UR/0020/66/M/003/0577/0579
AUTEOR: Savitskiy,,Ye. 1-1. (Corresponding member AN SSSR); Burkhanov, G. S.;
Bokareva,, N. N.; Khazov, N. P.
OiZG: Institute of Metallurgy im. A, A. Bay1cov, Academy of Sciences SSSR (Institut
metallurgii Akademii nauk SSSR)
TITLE: Investigation of the structure and properties of molybdenum-niobium alloy
single crystals
OU ..-579
-RCE: kN- SSSR. Doklady, v. 171, no. 3, 1966, 577
S
TOPIC TAGS: molybdenum niobium alloy, molybdentmi niobium alloy property, molybdenum
niobium alloy crystal alloy single crystal CLUCI C.
ABSTRACT: Single crystals o,f rrDlybdenum-niobiu-,a alloys containing 0-100%, iiiobium were
grown from alloy bars obtained by vacuum melting components "inich contained
O.GOI-0.002% 0 0.0001-0.0005% H and 0.01% C. All the crystals grown
22 2~
had (1001 or [110],orientation. It as foun,d that the electrophysical and
mechanical properties of. alloy single crystals strongly depended on the
orientation. The highest ductility was found in crystals with [1101
orientation. Differences in strength, reduction of area, and elongation
between the crystals with [1001 and (110] orientations were up to 50%. No
anisotropy of hardness was observed. The content of irvterstitial impu 't3'
significantly affected the elongation and reduction of area. Increasing.
1/2- uDC:- '669.017:53-'
Card

ACC NRt 427001547
the second component in mlybdenum-niobiu m alloys increased the strength
oi single crystals and decrease:d the ductility folTowing the same pattein
as that of polycrystalline alloys. Single crystals of molybdenum, niobium
and their alloys with up to 207. of the: second component have a high
ductility with a reduction of area of.over 50%. Alloys containing
over 40% of the second cougonent have a lower ductility and fail. along the
lane [1001.
4ea-va ge p Orig. art. has: 4 figures and 1 table.
i-S
UB CODE: 11, 20/ SUBM DATE: 13Aug66/ ORIG REF: 004/ ATD PRESS: 5111
Card 2

ACC NR: AP7003649 SOURCE CODE: UR/0020/67/172/001/0087/0089
AUTHOR: jjavitskiy, Ye.,M. (Corresponding member AN SSSR); Burkhanov, G. S.;'
Bokareva, N. N.; Grokhochinskiy, A. S.; Ottenberg, Ye. V.
ORG: Institute of Metallurgy im. A. A. Baykov, Academy of Sciences SSSR (Institut
metallurgii Akadewii nauk.SSSR)
TITLE: Effect of original crystallographic orientation on the recrystallization
temperature wire obtained from molybdenum single crystals
SOURCE: AN SSSR. Doklady, v. 172, no. 1, 1967, 87-89and insert facing p. 77
TOPIC TAGS: molybdenum single crystal, ibh~~ recrystallization temperature,
LAkQ-i-sia crystal orientatio
n
ABSTRACT: Pure molybdenum single crystals were grown along threedifferentlaxes
and wires were drawn from these crystals and annealed at various tempera--
tures to determine the temperature of recrystallization. Wires,obtained
from single crystals with an original orientation of 24' from (1001 had
the lowest temperature of.recrystallization (650C) and.wires obtained
-temperature
from crystals with an orientation of [110] had the highest
of recrystallization (950C). Mlicroalloying with zirconium and titanium
significantly increases thetemperature ofthe beginning of recrystalliza-,~
tion. Wires obtained from microalloyed molybdenum singlecrystals with
an orienta Ition of [1101 had the highest temperature.of recrystallization
Cord 112 UDC: -669.017

A~C - -- 7003
AP 6149

SkVIT.'KIY YU. A.
of P-In4stcrs lr~:~ih~ 'Un tne- el cf
and nvt-rtir-r-P '-~nt Vic ~Inl lcair-Ing is cl.t-rttfic vvr;-,S
xl~ev, "JA I-mvto(w)pcg ~#-r wAr"M tt4~d for covw4a~tktlwl for ,-M8! to prkxes r-Dr
Ap
of *Nfjw,~Ijlrtted '01
Savitskiv. Yu. A llj;~Jndamentals of the Con- Ministry of Communications
struction of Radio Mlasts"

I-) M
CONSIUNICATTON
."Analysis of Five-Digit Codes for Letter-Printimc Telegraph Anparatus",
by Yu. I. SavitsIdy and V. M. Timoveyev, Elektro~-lrjazl. MIr, 7, July 1957,
PP
Various telegraph codes for letter-print-ing sets are analyzed from
the noint of view of protection against "reaister" errors. A mtithod
is proposed for devising a telegraoh code with a minimuin crobability
of false service combination.
Card 1/1 20

S/044J60/000/009/0211/021
C111/C222
AUTHORS: Pugach, A.B., Savitskiy,.Yu.I.,-and Tumanovskiy, Ye.I.
----------
TITLE: On theQuestion on Reading Instruments of Electronic Transmitters
PERIODICAL. Referativnyy zhurnal.Matematika, 1960, No.9, p.212,
Abstract No.11059. Tr.Sektsii provodn.svyazi.Ukr.resp.pravl.
Nauchno-tekhn. o-va radiotekhn. i elektrosvyazi, 1958, vYP-31
pp-63-66
TEXTt The author give a short survey of photoelectronic reading
instruments of transmitters working with a tape with a five-digit code.* Al~
They consider some peculiarities Of the scheme of the reading instruments:
1) Scheme with one constant surce of light if the photocells are
commiltated; 2)Scheme with several sources of light which are switched on
alternately by the distributor; 3) Scheme in which the elements of the
distributor themselves axe the sources of light.
[Abstracter's note: The above text is a full translation of the
original Soviet abstract.]
Card 1 /1

AID P 456
Subject USSR/Electricity
Card 1/1 Pub. 27 19/34
Author sav-itskiy, Yu. K., Eng,, Rostov
Title I. Dvoskin's "New Layout and Structure of the Switch-
ing Equipment of Electric Power Stations" (Elektrichestvo,
Nos. il, 1953; 6, 19511) (Discussion),
Periodical Elektr1chestvo, 7, 83-84, Jl 1954
Abstract The scheme proposed by L. L Dvoskin is criticized. Them
necessity of widespread introduction of split reactors-
-connected into the transformer and generator networks in
the layouts of 6 to 25,000-kw electric power stations and
substations 13 recognized. 3 diagrams,
Institution Rostov Branch of TEPLOELEKTROPROYEKT: Trust for the Planning
and Investigation of Thermal and.Electric Power Plants,
Networks and Substations.
Submitted No date

AID P 3323
Subject USSR/Power Engineering
Card 11*2 Pub. 26 9/28
Author Savitskiy, Yu. K., Eng.
Title Use of a dividing-bvs reactor in the electric
distribution layout of a thermal power plant
Periodical I Elek. sta., 8, 31-33, Ag 1955
Abstract I The additional equipment necessary wh.en a thermal
power plant is expanded, especially the bus and
.
switch gear equipment and its installation, is
discussed. Different layouts are suggested and
illustrated with diagrams and tables. The use of
reactors Is strongly recommended for their rela-
tively low cost, uncomplicated design, and safe
operation.. A pass production of standard reactors
to also recommended. Five diagrams,

SAVITSKIT, Yu.N. (Minsk)
- - i:N:l ~
Six cases of diaphragmatic hernia. Vest.khir- 77 no.4:94-97 Ap 156.
I

EXCERPTA MEDICA See 9 Vol 13/4 Surgery Apr 59
1785, (58-q coNTRAST HADIOGRA I'll Y OF THE KNEE ioiNT AS A NIFTIIQP
FOR DIAGNOSIS OF CA RTILAGE INJURIES(Russian text) - S a vitski~
Yu. N. - ZDRAVOOKHH.BELOR. 1957, 4 (47-50)
A -111116'g-olMon of inethioda I ('sergosine*) was usLd in contrast tomography of the
knee joint. It is necessary to anaesthetize the joint before the injection of the
contrast medium. Contrast radiography is indicated in all cases in which damage
of the cartilages is suspected. The conclusions derived from this method of
examination were found to be correct in 97.3% of cases. Contrast arthrotomo-
graphy allows the location or cartilaginous tears. (S)

FARCFIF, V,(7-,,
Lst~.IbiimhinF qn efficient flow sheet for the. transportation
of vindow glass. Stek. 4 ker. 123 nc.1r16-17 Ja 166.
(M:RA 19:-1)
1. VEesnyuznyy gosudarstvennry mezhotraslevoy proyektno-
kr,,-,7 t rikt-orskiy instifut po nv~oniat.--,'zatsil predpriyatty
p r v, h I c n"1 0.-7 tStroltelln7kh matprial:w.

IvMTOVY V.M.; SAVITSYN, G.M.(Savitsyn, H.M.]
Sons problems of Tertiary and Jurassic water-bearing sediments
in the Rudk7 gas field. Geol. zhur. 23 no.2:71-78 163.
(MIRA 16:6)
1. Ukrainskiy nauchno-issledovatel'skiy gornorudnyy institut.
(Carpathian Mountain region-Water, Underground-
Analysis)
(Carpathian Mountain region-Gas, Natural-
~Geology)

c 6L: I Z
sa ED.-

17-12,
t krSSR

15-57-12-17213
Transiationfrom: ReferativnVy zhurnal, Geologiya, 1957, Nr 1:2,
p 69 (USSR)
AUTHORS: Tkachuk, L. G., Ivanova, G. N., Savitsyna, A. A.
TITLE: The Charnockite-Norite Rocks of the Moldavskaya SSR
(Charn-okito-noritovyye porody Moldavskoy SISR)
PERIODICAL; Nauchn. zap. L'vovsk. politekhn. in-t., 1956, Mr,46,
pp 106-111
ABSTRACT: Ancient Precambrian rocks occur along the right bank
of the Dnestr River below the village of Kosoutsa.
They are predominantly red granites (or pink) ofthe
Dnepr type and are an extension of the Precambrian
crystalline rocks of the Ukrainian crystalline shield.
The rocks of the charnockite-norite series are exposed
on the right bank of the Dnestr River and are strongly.
weathered on the surface. On fresh exposures they are
dark gray and fine grained. They consist of
Card 1/4

15-57-12-17213
The Charnockite-Norite Rocks (Cont.)
lagioclase, ranging from~andesine (An44-48) and labradorite
~
An~2 56 60-67) to pure anorthite (An 100), clinohypersthene~
(ex nct on angle to Ng 30 to 10,1 9
i i 0 Ng_ONR~ 0.012), diopside (ex-
tinction angle to Ng 430, Ng-Np = 0.027 and hornblende (extinction
angle to Ng 120 to 180 Ng-N 0.016). Chemical analyses of these
rocks are given in the tableTin percent). Petrochemicallythe
rocks are very similar to the rocks of the Podolian charnockite-
norite complex, on the one,hand, and to the pyroxene-plagioclase
gneisses, on the other. Consequently the rocks of the charnockite-,
'norite complex are seen to be the products of various petrogenetic
processes, which, although they.produced granite intrusions, cannot
be considered strictly magmatic. Therefore the charnockite-norite
complex should not be considered of magmatic origin..
Card 2/4

15-57-12-17213
The Charnockite-Norite Rocks (Cont.).
Components 2 3 4
Si02 47-46 52.78 .24
55 62.oo
T102 2.50 2.40 .
1.83 1.93
A1203 15.28 13-94 14-04 12.46
Fe203 ~7-78 51.80 3.20 2.67
FeO 8.28 9.70 10-05 6.94
Mno 0.13 0.22 0.21 b.16
MgO 5.65 4.75 4.71 2.84
CaO 9.76 7.92 7.83 8.32
Na20 0.45 tr 0.45 tr
K20 0.46 None None None
Card 3/4

~15-57-12-17213
The Charnockite-Norite Rocks (Cont.)

P205 0.. 46 o.66 0.85 1.16,

H20 1050 0.08 None o.o6 None

Others
0.11
None 0.12 0.12

S03
1.23 0.89 0.48 0.49

Spyr
o.62
0.50 0.60 0.70
Total 100.25 99-56 99.67 99-719

Card 4/4 0. V. Bryzgalin

t
y
~)a Vi ~,.-Yr~ H.
j
a iy. Dc-~.
Nre~,,t date or., the -!"ne sy -1 (milk 18:7)
UpSR no.69758-70-3
rlyY
1. Ukrainskiy nau-:~Irinc--ss KIT geologo,razvedoc'~,
ins titut.

SAVIUC, Victor; CORLATEANU, Vasile, prof. KJRGU~ Zatra
Transitory processes during the connecting and disconnecting of single-
phase transformers functioning under a capacitive load. Studii fiz
tehn Iasi 11 no~1:39-50 160. (EFAI 10:3)
1. Comitetul de redactie, Studii si cercetari. stlintifice, Fizica
si sti-inte tehnice, Membru (for Corlateanu).
(Electric transformers) (Electric switchgear)

(Electric networks) (Matrices)
(Calculus of tensors)

SAviuc,, ytctard CORUTEPLNU, Vasile, prof.; MURGU, Zaira
Transitory processes in coupling the single-phase transformers.
Studii fiz tehn Iasi 10 no.2:159-176 159. (Ew 9:9)
1. Comitetul de redactie, Studii A cercetari stiintifice,
Fizica A stUnte tehnice, Filiala Iasi, kcademia Republicii
Populare Romine (for Corlateanu)
(Electric transformers)

--

KOZAK, Filipp Grigorlyevich; USHAKOV, Dmitriy Mikhaylovich;-SAVKEVICH.
.-D.Y., doteent, kand.tekhn.nauk, retsenzent; BESSONOV, B.7.,,
Tiiih., red.; SOROKA, H.S., red.izd-va
[Automatic machinery for cutting ceramic materials] Avtomaty
dlia rezki keramicheskikh materialov. Kiev, Gos.nauchno-tekhn.
izd-vo mashinontroit.lit-ry, 1958. 141 -o. (MIRA 12:4)
(Cutting machines) (Ceramics)

LNUR
3. The
lp vm.
With a
ruct

AUTHORS- Zhik~mrevich~ S.A., Getman) I.A. , Kozy-re-ra, L.A.,
Safktvi..:;h, I,A. , Milshenko, R.S., Konet3ki'v, N,V
TITLE: The Production Technology of Highly Aluminous Demse Prodi; s+s
Using the Disperael Concentrz:te of the Aktash Ocr)urrence
(Tekhno1ogVm proizvodstva ~,ysokoglinozejnistyldh plotrfta lxdel:~y
s primeneniyem akt-ashskogo diasporo-,rogo kontsentrata)
PERIODICAL., OJ~7n9VrO~,,'V, !9.58, Nr 4, pp. -t.5-479 (USSR)
ABSTRACT: Ex-pa. riment';s showed that 'bhis disperaed concentrate i3l not eazi~
caked together at high -benrpezatuztes even if previolzsly finely
arushed. F-arther, th-e result of petrographic investigations car-
ried o-,.:", b~y N.V. Guilko is g17en. An illustration shows the prop-
concentrate of the Ak-*.ashsk
erties of qample3 from 100% iispersai
,
"
oc,-rarrjmci at a pressure of 9-00 kg/cm~- ani a burning tempem-ture
of up to -000. If -.-he dispersed conce
~j n"-wrate ia burned. twiae it-s
quality is impro-Ted 'but the working'proceas is rendered more wm-
plicateC Experiments were therefore.mrriad out in Vih-Acb. pr-,vi-
o1a3ly b-arned and f!,miely groma dispersed concentrate is u3ea " a
Card 113 dust-14-1-ke component of thi fire-o3ay mass (dispersed fire c3ay).

7
The Production. Te&Ano-'og7 -of Highly AlurldDous Denze
ProJ,-,cts `fihen Us--ng ",-he Dl3perse3 Concentrate of th-,
Ak~ash 0 c~ ~.z r-r -a n c
Trv~~, pr-~~D~4 of flne C'La'y imn of xa:~hmadl-~ of Tedmical
a -Jrdna- aiia o'l-3y av~ s' en :r-. `tAll- The character!;O.~C. of 4.h3-;.
M-3-33e.3 aril 40n= of ttle Crude Sampl-es M.Y bi -1~een from
+ -b
eall --,node c~f 3amrpl~3 at 4q2Oo frm '~-,abl~ I Fl;~v-ffier-
meirg, az~,~ of bliBt Crl.!
D-11 wa-., mai:~. slay sliown ~xr Tabl a
anl 4.he of m---5s eP-J ~b-l mw a2-, Shovr.,--
1- 5. By a joint applisat-lop. of 4-.be d-43;--
p -2 rs e aonc~~rvtra.,!I-e techrizal al~miina it is poss.~-ble to 61-)~~n
den.:ae vri:ius',-.~. 27.) TI.-I-3
of 11-1~53
'~2% EL gool- 3-z-r.Lc-!%ri. ihiy
ane of `ow for alad ga.4e3., ar.d.La:le a
stal4l:`ty at `7
,00.,.-'550C. I;-
orw~li oi; cond."llon tha - sti are cor-sderabIq Ps-
duw~d, Ti-,.--r-, ar-, I f~gurp, 5 iables~ and 5 referenoes: 24. of whIch,
are
Car-3