SCIENTIFIC ABSTRACT GLADYSHOVSKIY, YE. - GLAGULENKO, V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000500010003-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2002
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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ACCESSION NR:
AUTHOR:
Ye. M.;
TITLE:
EVIT (;n)/EWP.(~f)/r WP
- AP5022262 /EWP(t)/E VR/0363_/6.51001./00711115-111M
546.821+546,8814-546.28
Gladyshevskiy, Ye. I.; Markiv. V. Ya. 1!~Liq!w
BaR
The titaniun-vanadium-silicon system
iv.
SOURCE: AN SSSR. Izvestiya. Neorganicheakiye materialy, v. 1, no. 7, 1965,
1115-1120
TOPIC TAGS: titanium compound, silicon compound, vanadium compound, titan~.Um
alloy, silicon alloy, vanadium alloy
ABSTRACT: The object of the work was to investigate the eqUl br and phase
regions in the Ti-V-Si system in alloys containing up to 50 ati. V$Ii. X-ray
structural and microstructural studies as well as microhardmesaVasurements
provided data from which a diagram of the phase equilibria vas plotted. The
isothermal section at 800C showed the presence of a now ternAry compound (Ti, V)Si
and wide regions of solid solutions based on the binary compounds T15Sij' V5Si3'
and V3Si. The compound (Ti, V)Si has a variable content of the transit an metalf
and its region of homogeneity includes the composition TiVS12i vbich was shown to
~crvstallize In the rhombic system. The change of the lattice constarts and

L 1315-66
ACCESSION NR: AP5022262
mLcrohardness of the solid solutions based on TL5Si3, V5S13, and V3SA was studied
as a function of composition of the alloys. The solubility of vanadium in Ti5Si3
is approximately 30 atA, and that of titanium in V5S13 and V3Si, 12 and 18 at.%,
respectively. Orig. art. has: 5 figures.
ASSOCIATION: L'vovskLy gosudarstvennyy universitat im. 1. Franko (Lvov State
Universigy); Institut metallurgii in. A. A~ Baykcrva,_(:~nk~k~g-R~f__KetAtllurgy)
SUMITTED: 07Apr65
NO REF SOV., 002
A
'VM1
Card

FEDOROV, T.F.; POPCVA, N.M.; GLAO-'~.7FUKTY, Ye.l.
Ternary systems hafnLyLm - coliunblum - carlon, zir,~Gniurri - calumbiw. -
carbon and titanium - columbium - carbon. Izv. AN SSSR. Mot. no.3sl5s-
163 My-Je''65. (MERA I8j7)

P::.7
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Ni) - 91 (Ge)-
AT! Uli--- 3Y30-iMS
(MIRA 18:8)

, , ?. . . . . ; I

GLADYSMSKIY, Ye-l-
Compounds La3Si2# Ge3S'29 "r33'2 and Lheir ~-rysLallinij structures.
Izv. kN SSSR. Neorg. mat. 1 r0.5:706-73.() My 165. (MI-RA 18:10)
1. I,Ivovskiy go.,judarstviinnyy univerriteL imelli Fr!Inkc,

DY oR LNA . L A.; PIWPA.'~()V , V .:! . ; I's I IlEv"41 I Y , Y (I.I.
Lum vionos 111 c I di~ and 11 s ",-J, I,, I n I I! rIF! :; , rI. "I., I il , 1. "IV , A ',4
kllf~,jrg. mat. I no. 5 i'll 121 i 4 My ! 6~-, (mim,
1, 1.1 vovski y orderia Laid nq go.li I i I -~!' -I tv v I I I Ivy ur i -lr:,v i te 1, !'Ille tit
Forari~~o I lnvtA',ut, problom AN lier:1:7T.

lind

Ab and their c.,% i! t,F,
165.
--:Vy ;Z!!!vt-v-cl-ltflL ilr-n,, "V.

VC.
June

GLADYSHEVSKIY, Ye.I. [Bladyshevalkyi, IE.I.), YULIKOVA, I.A. (Eulykeva, A.0.1
Continuous transformation I*tween the structural fOm,.q
a- ThSi2 and a-GdSi2 in the homogeneity region of
lanthanum disilicide. Dop. AN URSR no.11:1472-1474 165.
(MIRA 18-12)
1. LYovskiy gosudarstvenW universitet.

SAVITSKrY, Ye.m. [SaVyts'k7iq IE.M.jj BARON, V.V.1 YEF1140111 TU.V.
(IMmov, IU.V.1; GUNSHUSKIY, le.I. [Kadyshavolkyip 32.1.1
Solid solutions of Ge, Sn, Al, and Be in the VjSi compound
and their superconductivity. Dop. AN URSR no.]-1.147.4-1478
165. (MIRA .18:12)

T.
BGILSII"'~Icll, L.K. (LIVOV); GI-DUTUSKlY, Yo.l. (L"ov)
.:on-avi uy3tr-,-a Cr - Co - 61. -zv. ',': SSSP.. :ot.. no..6;*
:~fj, ~ I
~,-D 'U'5- - - -.. I
1. Ta:.Lai-.j- .17, 1~4.

2-& EWT(M)/T/JDM(Q__1J.F(C.). JD/Jd
. LP6002648 SOURCE CODE: UR/0021?6j/000/01111472/1474
I,;'
AUTHOR: Hladyshevs'kyy, Ye.
Gladyahevskiy, Ye. 1,; Kulykova, A. 0.
Kulikova, A. A.
ORG: L'vov State University (Llvivolkyy derzhavayy univeraytet)
TITIE- Continuous transition between structural types o( -ThSi2 and -GdSil:
in the homogeneity region of lanthanum disilicide
SOURCE: AN UkrRSR. Dopovidi, no. 11, 1965, 1472-1474
TOPIC TAGS: lanthanum compound, Bilicide,.solid solution
ABSTRACT: The interaction between a( -ThSi2 and LA -GdS12 structural types in lan-
thanum ailicide were studied in ten alloys containing 31-46 at, % La. The alloys!
were homogenized in a vacuum for 100 hr at 800C and quenched in cold water.
X-ray analysi3 established the presence of an o4 -ThSi2 type structure in alloys
with no more than 34 at. % La, and an ot, -GdS12 structure in alloys containing
more.than this amount of La. As the La content increases, the structure becolnes
deformed; lattice constants a and b decrease, and c. increanes. In alIvs con-
taining less than 33.3 at.% La, a 4;U2 � 0.005 Y, c - 13.86 + 0.02 K; in
those with more than 37.8 atA La) a w 4.270 + 0.005 R, b 2, 4.17-0 + 0.005
_-Card-1/2- ... ...

-L-.159,52-66-
ACC NR: AP6002648
c - 14.05 + 0.02 R. At the same time, the volume of the'unit cell decreases des-
pite the increasing quantity of 14, the atoms of w6ich are -larger than Si atoms.
This indicates the formation of a solid solution in the comipolind LaR2. On the
basis of density data, the unit formula was determined to be IdSi2-x, the defr
ciency of Si atoma being x, The latter increases from 0 at 33.3 at.7. La to I !
17.5% at 37.8 at.7. La. Thus, the findings indicate a continuous trannition be-
tween structures ofok -ThS12 type tteEragonal) and*4,-GdSi2 typeThombic) in the.
homogeneity region of lanthan= disilicide The paper was preaented by V. M.
Svechnikov - V N. Svechnikov,* Member of AN UkrSS&, Orig. art. has, I figure.
SUB CODE: 11 SUBM DATE: 31Aug64 ORIG REF: 001 OTH REF: 004
bvk
Card 2/2

gri (m))/T/gAT(w)/F.WP(t)/j-3rl JJP(c) JC,/JD/CD
ACC NRz AT6014757 SOURCE CODE: UR/C000/65/000/000/0091/0100
Yu. V. Gl-' -h 13aron, V, V. (Candidate of tech-
AUTHORS: Yefimov a(IYO OVUF Y
nical scionc-e_s);_ Sa-v-its-kiy, Yo_,z-_M_.-7D~J_or of cha=~'~dfs'C-10'11C'os)
ORG: none
TITIS: The effect of alloying on the critical tomporat-uro ca' trar3ition to the
ystal-lattico constant of the compoun - ~ 11
superconducting state and the ci- v Si
3
SOURCE: Soveshchani opq metallovedonlyu i motallofi,,,,1ko seorkh,-)rovodniJov. ls_t
- - -Y
1964. Metallovadeniyo i metallofizika avorkbprovodnikov (tletalloor-a,p,-h,-y,--a-nd--p-h--y,s-ics
of- metals in superconductors); trudy sovoshchanlye. Moscow, Izd-vo Nauka, 1965, 91-
i 100
TOPIC TAGS - sL,)orconductivity, solid solution, vanadium compound, silicon compound,
genm,nium compound, tin compound, ci-f3tal lattice paramotor, x ray anslysis, solu-
bility
ABSTIUCT: The solubility/,6f 17 difforont olomorits in tho compotind V SU and t40
0*, 3 kt
effect of the dissolution of these elements on tho critical. superconductivity tran-
sition temperature are studied. Ricrostructural and x-ray analysis and the micro-
hardnoss method are used. The atarting, i;iatarlals woro jlnLarad vanadium and silicon
with a purity of 99.8 wt %. The alloys were propar(id In an are furnace in an atrv)s-
phere of purified helium at a pressure of 0.7 atm. 'Cho alloys were annealed at 800C

I- L 385i8-66 ---
ACC 14R, AT60W/57
- - -----
for 2500 hrs. Tho x-ray phase analysis was parfors-Le(I "by tho :7owlor method with
chromium radiation in a cylindrical chamber. Tho transition t.onj~crature was Micas-
ured by the magnetic method. It was found that interstitial Bolid 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 erjotal lattice of V Si by atoms
3
Fig. 1. Change in critical tomparaturo,
lattice constant, and micro-
hardness of solid solutions
V (Si, Go).
3
Ca d 2/3

L 33 8'5 3 8
ACC NRt AT6014757
of the transition metals. Atons of the olononts of sub;,roup B of !~ho poriodic
Si. The pure compound V Si has the
systom replace Si atoms in the lattice of V
3 3
-zi'-Uro (~-(je ~'i~:.1). Tho authors
maxi;num, critical suporconductivity transition tompoi
_ys-ical ProbleiAs 0 SSSR (In-t fizproblem
thank N. Ye. Alekseyevski Institute of F~
All 53~ilTand V. R. Karasik T Ssra A 'C~osk-'y in-t L.T SSSR)
Physics Institute 1U, zi
for measuring the transition temperatures. Orig. art. has: 4 graphs, 4 tables,
1 diagram,and 2 photographs.
SUB CODE: 1.1, 20/ SUBM DATE: 23Doc65/ ORIG REF : 008/ OTH RFF: 009

ACC NRi AP_(Id';I.:
T IT i';.' -
`,)PIG IW:3 1 i 'I t I
1,1 1 L! w; I L v i~ I I f': I%dll :a I ;t 1;
:J, ov o -i-'! i 1-1 L)v
-I' "iy
41
t
Ji L i
f p p
L-C t3 .26 5' 2:~ 2

ACC f4f?,
~t7
12
SU B ij I

Att F4P-,' SOURCE Uf',/00'~'?I./()-r-/(),10/")-Cl/1326/1329
5
ffio-jn., F, G. '11-rjn, N. S.-
PijTHOR: illad,isllc~v,.; Ye. 1~ G1wV,,5hf!vsKiy, .1
77= =7---.
ONG: L'vo,,r ~AaLe Un-'vk--icity ~L'vivs'kyy aer--I~:tvriyy
tile i~are e-Li-th mot~Lls Filid Uv~i- staL ~;triw-- ii--!;
ISOURCE: AN Uki-PBR. D(IT)ovi di , lio. 10
jTOPIC TAGL9: Cermaniura allay, germwn j wit rq rl-, c ltrth -.j.J cr- Ii t ~J. ).W, tA
Y
structure, crystal lattice parameter
IABSTRACT: X-ray diffraction and microscopic a~iLq sis are usild for srplyiIii, alloys Of
jLa., Ce, Pr, 14d, Sm, Eu, Gd, Th, L~j, Ho, Er, ni, Yb, ind Lu wil,h (',I,. of lh!2
;comDonents in a. helium atmospherL for 50 houri; at 6001C iirola,,ed Ii1Au:r:; L.11-G~-
CeGe (type FeB) and PrGe, VdGe, SmGe, !,AiGe, GdG-,~ mid HoGt-! (Lvli~o CI-P). Till:
constants for these alloys are diffract-i-on rulter---ic; f.-)r Tuf;t!
and LuGe are veny similar and differ zi-ii-, tlla~W Of Ot)F~r E24 'I) e ri 7": -1 t, 1
data L;t1ow that the alloys RGe arid RSi di~ffel- -WiU respect, Lo
1A gradual increase in the valence of R Ln tiie firct, a-1lo., proe-.ices the i--o7ibin,,,tio-a
FcB-Crll-X (wiknown structure While till'
structure FeB-CrB-FcB-Cr!3. a ~uruplum fonl lom; or t,;:l [12 'y1w, 1,411[11,
all other germanides form ions of tile 113 axt. lins: 3 tabLe'j,
SUB CODE: 20/ SUBM DATE: i6mar64/ ORIG RLF: o(A/ onf Rji"F: 005
Card 1 /1 ,_;

L ?-3585-66--.EWT(m)/EWP(e)/r/EWP(t) IWO -JD/JG
ACC NR- AP6012772 SOURCE COM UR/0226//6)/000/004/0055/0060
AMOR: Gladyshevski
Fedorov, T.- Xum'maL--YU.B-;
ORQL--IYQY-- er of Lenin itate University Im, ly,Franko, - (Livovskiy
ordena Lenina gosuniversitet); Institute of meta2l4fg-y1m,- A. A. Baykov
(Institut metallurgii)
TITLE: The system_M21ybdequm-~iron-boron
-),, -1'-1 "V
SOURCE: Poroshkovaya metallurgiyap no, 4., 1966s 55-6o
TOPIC TAGS: molybdenum compoundj, boron compound, ternary compound,.
isothermal cross section
ABSTRACT: The system Mo-Fe-B has been investigated by x-ray and micro-
scopic analyses, and its isothermal cross section In given. The_pb&~r,-
eauilibria were established at 1000C. The ternary compound Mo2FeBe2
was found to exist in the range 20-28 at %'Fe, with a U';S12-type supppr
structure (a = 5.807 -- 5.729 + 0.064 A, a = 3.142 --- 3-151 + 0,003 A).
The ternary compound (No, Fe)IFhas a CrB-type struoture (thd-lattice
constants are similar to tboBe of the high-temperature modification of
MOB). The compound MoFe;2Bjj has a Ta 3B4-type superstructure (a a. 3.128

ACC.NRI AP60.12772
+ 0.005 b - 12-70 + 0.02 2-981; + 0.005 A). Ir-on was foun-
d
fo have a stabilizing'6ffeot on the high-Cemperature modification of
MoB. OrIg. art. haut 3 figures and 3 tables. [Bamed on author's
abstract] tnfl
SUB CODE: 11o 07/ SUBM DATE: 05May65/ ORIO W;i 00?./ M FM3 004

AUT1i0RS IlVerkhoglyadova, T. S. deceased) j_Vi
ORG: Institute for Ahq"-~Study of Materials
gosudarstvennyy universitet
j
0 vivrP12 A61 I
bird; 0.'1
AN UkrSSR (111mbitut Problem W:
raity im, I, Viiagko -(L'40vskiy
TITiX- Solubility of transition metal disilicides in taojvbdenqm and &Mngsten
disilicide
V1
SOURCEi Foroshkovaya metallurgiya, no. 43 19662 69-73
TOPIC TAGS: molybdenum compound, tungsten compoundj transition element) phase
diagram
ABSTRACT: The phase diagrams of the binary systems 140312 - Re8'2 and WSi2 - ReS:1*1-
and the ternary system MOSi2 - WSi - H9Si2 (where Me - Ti, V) Nbj Ta, or Cr) were
determined. The nature of the sollid phase was deteiinined by x-ray and microstruOiu
methods. The experimental results are presented in graphs and tables (see Fig. 1).
The system Mo8i2 - ReSi2 exhibits a continuous series of solid solutions, and the
BYStOms WS12 - Re312 and MOSi2 - WS'2 - ReS'2 show unlimited rociprocal solubilitya
The systems MoSi2 - WS12 - MOSi2 show only limited solubility Jii the solid state.
It is concluded that the greater solubility of disilicides in WSip as =pared with

L,26027-66
ACC MR: AP6012775
q
re
Fig. 1" Rdgions of solid
solution formation in -the
ternary systems 140%
WS 2 - MGS12, taqwrature
Y111 n I 1400C0
AVOI, W-VI AiWj
MoSi2 is associated with the-decreased stability of the d-electronic level in W atoms,
Orig. art. hast 1 table and 5 figurea.
SUB CODE: 11Z SUBM DATEs l5jul64/ ORIG REF: 006/ OTH REFi 001
Card 2/2 V

L 46111-56 ( t )/ETI JJP(c JD/I rfi -1 - - -
ACC ~R, AP6023925 --d~/ ~8V6~ *- 10- [1317,1319
co-I'l 0 61002 0?
AUTHC,L* e:arkiv, V. Ya.; Gladyshevskiy, Ye. I.; Frip,,,akevich, P. I.; IIjdonJk IT. 1.
ORG: L'vov State University im. Iv. FranI(o (L'vovskiy gosudarstvennyy universitat)
TITL~-: Titanium-nickel-silicon syston
v. 2, no. ?, 1966, 1317-1319
SOURCE: AN SSSR. Izv. Neorg materialy
LO?IC TAGS: metal nhaso system, titanium, nickel, silicon, pl-ase diagram
'y of t, T Ni
Ine stur, Ii-, -3i systen -,,;as carrIed out as a part of a series of
~nv-asti'-ations concerned with Dhase equilibria fnd crystal structures of compounds in
systelas. '1171.e binary svstaris crxmorisir,,-~ the torriRrf system were in-
-ras -~atce. in da'ail. -1ho isothermal scction ~)f tho systeri a- 7500C was
-olot",od (soo Fig. 1). Si-x intermotallic connounds arc, formod in this systom; threo of,
a,'N-16S'?(T) and '~i` Si(-~), woro coiffirmiDd, and three,
',ij, nSi, 7and Silo, .,raro identuilliod, -,'or tho f irsL time. The tornaq com-
s
a uk')tra,,ona stry(
In na '3turi~ with laAlco constard's a 1 C
('Osn 'grollps: -42. !4r-,,.,I;
s-). C4
V
11,11!--,bor of atomu nor unit co" Is 5~,. 'i%io comoound :ij4Nii~qS-j
o -r -hasa of the Ti-Co-'Si crvz3t-allizos In Lho hexagonal Sylitair,. Tri
llociienical s6nsE), the Ti-A-6i s,75~cjm resa-,~31es tho Ti-,Co-~-~ a-jstam. Cir".
Co. C.,

ACC Nk;
2i-. 1. Lriaz,ram o' nhase
ocuilibria -;,i the ternary
systr,a titanium-nickel-
silicon: 1 - s4ngle-phase,
2 - two-phaso, 3 throo-
phaso alloys
0
i's
NL
Card
01
a
a 0 v a
a 0 a
60
Ti Si,
r
89
T L N 1 60 TiNt 4r 0 TLINi
I/. Ni

L i6l'11-66 ----- -----
ACC NR; ~LP6023925
art. has: I figuro.
SUB CODS; 07/ SUB:-! DATE: Oo"Cct65/

Re -RZ 0/156/000/005/o148/ol, 1
U603172h SOURCE CODE: UR/037
AUT1HOR: Skolozdra, ji. V. (L'vov); Gladyshevskiy, Ye. I. (L'voy); Yannolyuk, Ya. P.
(L'vov)
ORG: none
TITLE: Ternary Mo-Co-Si system
SOURCE: AN SSSM. 1,!.vestiya. Metally, no. 190 L
TOPIC TAGS: molybdei.um co-.,ldt silicon mol,ybdonum (-,:)balt ,;ilicon alloy, allay
A
phase diagram, jil()y phase c(--)mj)c)sitJnn, I tj_ C0nip()jjjjt1 7
ABSTRACT: A study has been made of L'O alloys of the systeirl'!
Alloys were meltelt from 99-9'-pure molybdenurn, 99.98Z-pure C(,"0ZLj.t, and 99.99%--jure I
silicon. A phaseVequilibrium diagram of the system at 800C (see Fic-,. 1) was plotted
on the basis of data obtained by physiccohemical analysis. lqi~, existence of MoCoSi
compound, with a homogeneity region extending Croni 150to 30 at,'~ silicon,was confirmed.,
Two previously unknown compoundG, m-) Co 'i (a = 11 .06A, c = 19.89X) and Mo 3Cosi
5 - 2
(a 12.70X, c = 4.85X), were found. r9e 1--OlUbi HtY 01' CCI.Mit in MoSi was about 3 at"
1/3 LIDC: 66~~.2851251

L 46769-66
ACC Wt AP~6317211
S1
Card
1. Phase equilibrium dia-
(..,f the Mcl.-ca-St system at
~,,Ooc
:I;izigl,~-phane alloys;
Lwc-pliase 1.1110YEi;
3 three-phase alloys.

ACC NRt AP6()31'f2)1
and in IV05Si3 and 1-103Si, about 5 at%. The solubility of silicon in '1406C07 was
12 at% and in MoCo3, 1--ss than 5 at%. The solubility of molybdenum i-a silicides was
found to be insignificant. Orig. art. has: 2 figures and 2 tables. [TDI
SUB CODE: 1I./ SUBM DATE: 21Dec64/ ORIG REF: 0071/ OTH REP: 008/ ATD PRESS:
5090

L
- -------------
A.-_C NR, AP6019838 -YAJ SOURCE CODE: Ult/0370/66/000/001/0159/0164
AUTHOR: Glad s)ievBkiy, Ye. 1.(Llvov); BoruBevich, L. K. (L'yov)
ORG: none
TITLE: The ternary system Cr-Fe Si
SOURCE: AN SSSR. Izvestiya. Metally, no. 1, 1966, 159-164
TOPIC TAGS: alloy phase diagram, tornaryalloy, chromitu-n alloy, iron alloy, silicon
alloy, solid solution
ABSTRACT: Although the interaction between Feand Cr and Si has been the subject of several:
studies in the past owing to the significa~,ce of this problem to the development of corrosion-1
-resistant high- temperature materials,( be compleLe phase equilibritan clii.-rani of the Cr-Fe-
-Si system has not previously been investigated. To fill this gap, die authors investigated by
radiographic and microstructural methods speciniens of 120 Cr-Fe-Sialloys melted in coillin-
dum. crucibles within helium-atmosphere induction and are furnaces and annealed at 900*C for
400 hr in evacuated quartz ampoules. The findings (Fig. 1) confirm the existence of a conti-
nuous series of CrSi-FeS.* solid solutions, as well as the limited solubility of the compounds
FeSi2 and CrSi 2* It is further established that the solubility of the c ompounds
r_,A 1/3 UDC: 669. 017.13

L 44309-66
ACC NR, AP6019838 C,
op
21
80
60
60 t\9
FeSL
FeSL
V 9
a 0 0
Fc5S.L3
1/3
t"C
Fc3SLW) -o
20 0
0
0 0 0
~O
0 0 0 0 0 0 0 0 0
-
-=_ - 0
2T3
Card
0 1
Fig. 1. Phase equilibrium
CrS~, diagrPm. of the terna-
=---. j
ry system Cr-Fe-Si
"0
CrSL
I - single-phase alloys;
0 2 - two-phase alloys;
CrSLj a - three-phase alloys;
C
4 - boundaries of phase fieldi
5 - tie lines
CrSL
80
Cr

ACC NR: AP6019838
Cr Si -Fe Si is also limited and that a continuous series of solid solutions between the iso-
5 3 5 3
structural eompotuids Gr Si (S) and FeS! exists in C-containing alloys. At 900T die or -phase
3 3
of CrFe(Si) gets stabilized by Si; measurements of the lattice constant and nilcrostructure showt
that this phase contains from 37 to 48 at. '10 Cr. 'nie solubility of Si in the or-phase is 18 at.% Si.
Orig. art. has: 2 figures, I table.
SUB CODE. 13T-,M, II/ SU13M DATE: 28Apr6,1/ 01UG REF- 011/ OM REF: 010/

8 - EWT(m)/EWP(t)/ET1, IJP(c) JD1JQ
NRt AP6027V19 SOURCE CODE: UR/0370/60/000/004~012810131
AUTHOR; Fedorov, T. F. (14oscow, Llvov); Gorshkova, L. V. (1-loncow, L'vov);
Gladys'lievskiy, Ye. I. (Moscow, L'vov)
ORG-:- None
TITLE: The ternary system Ti-V-c
SOnCE: AIN SSSR. Izvestiya. Vletally, no. 4, 1966,
TOPIC TAGS: phase equilibrium, phase diagram, titanium ~LIJOY, vanadium alloy, solid
solution, carbide, ternary allay
ABSTRACT: The authors study the diagrzun foi- phaso equilii)ria in the Ti-V-C system.
The initial materials for preparat"on of' the allays were powdercd titanium (99.8',, Ti),
,vanadium (99.5~o V) and lainp black (99.5% C). The powder alloys were remelted in an
arc furnace with a tungsten electrode on a eopper hearth in an inert gas atmosphere
'Sintering was done in a vacuum resistance furnace with a 1,raphiLe heater. The speci-
~mcns were then heat treated in the same Cui-nace at 2000'C with a. gradual reducti.011 in
temperature to 1400'C. The resultant alloys were annealed for 300 hours at 1000'C in
evacuated quartz ampules and quenched by immersion of 1,1,e ampules in water. The alloys
were studied by microstructural and x-ray analysis. The resultant phane diagrarn at
10001C is shown in the figure. The experimental data confinri the existence of a con-
tinuous series of solid solutions between the compounds TiC tuid VC with a linear change!,
in the lattice period at the carbon-rich boundary of the solid solution. No ternary
Card 1/2

ACC NRz AP6027749
icompounds were observed. Measurement o~ the
lattice periods in the space of the elementary
,cell of V2C carbide in alloys lying close to the
region of homogeniety showed that this compound
:dissolves approximately 14 at.% Ti at the given
temperature. The lattice peviods of the
'solution based on V2C in alloys of the three-
:phase region MeC+Me2C+Me are a=2.gltO.01 A and
,c=4.63�0.01 A. The tie lines in the two-nhase
,region MeC+,-Ie connect the vanadium-rich metal
~phase with the titanium-rich carbide phase.
No alloys were observed in the V3C2 region.
,The given ternary system is similar to the
!previously studied Ti-Nb-C and Ti-Ta-C sys-
,;tems, differing from them in the high solu-
:bility of Ti in.V2C- Orig. art. has: 3
figures.
SUB CODE: 1l/ SUBM DATE: 17mar64/ ORIG REF:
0-,
0
e
VC
7
-2)- -v
Ti, ra
Phase e. 1'i i' i1ir,it of th,f TI-V-C SyStem at
10CIOC; allcy!i: 1--single-phase, 2--
two-ph,tie, J-thr~,L-phase. Proken line3
indicate ti". Mica.
009/ OTH REF: o14
Card

L 008 EWT(m)/T/W(t) I IJP(c) jG JIL
__19 L
ACC NR, AP021615 SOURCE CODE; UR/0021/66/000/006/OT69/07n
AUTHOR; Kryryakeyych, P. I -- Kripyakevich, P. I.; HjLdysh~v0!Sgj Ye. 1. -_Gl"y-
ORG: L'vov State University (Llvivalkyy derzhavnyy universytet)
TITLE: The compounds EuNiS, TmNiS and LuNiS and their crystal otructure
SOURCE; AN UkrRSR. Dopovidi, no. 6, 1966, 769-771
TOPIC TAGS: crystal structure, rare earth metal, i~ray dif 'T raction analysitt
I IV
ABSTRACT: The authors study the crystal structure of EU'NiS, Tjn11i5 and 5. The
atomic radii of Tm and Lu are close to those of other rare earth metals n the yttrium
group, which indicates that RMS compounds with a CaCuS type str e might be found
in the Tm-Ni and Lu-Ni systems. Since the atomic radius of Eu (2.02 A) in greater than
that of any of the metals which form the RNiS compounds, the existence of EW115 Is also
feasible. X-ray diffraction analysis proves the existence of the compounds Ewlis,
TmNiS and.LuNiS with a CaCu5 type structure. Comparison of the lattice constants for
all RNi5 compounds shows that the cerium atoms in CeNis axe in a, tetravalent state,
while the rare earth atoms for all the remaining compounds including those of EU and
Yb are in a trivalent state, This article wan presented for publication by Academiciaaf
V. M. Svyechnykov. Orig. art. has: 1 figure, 2 tables.
SUB CODE: 2011/ SUBM DATE; 07jun65/ ORIG REF-. 004/ OTH RL-T-. 008
afs

L 06r,"-"' I
I L
ACC NR: AP6029820 SOURCE CODE: UR/0363/156/002/008/1448/1453
ALMIOR: Skolozdra, R. V., Gladyshevskiv. Ye. I.
ORG: Llvov State University im. I. Franko (L'v,)vskiy gosudarstvennyy universitet)
V1
!TITLE: The M,-Fe-Si svstem
1SOURCE., AN SSSR. Izvestiya. Neorganicheskiye materialy, v, 2, no. 8, 1966, 1448-1453
'TOPIC TAGS: molybdenum, iron, silicon, phase diagram, phase composition, phase
:analysis
1 0
1ABSTRACT: The phase diagram'of the tertiary system, Mo-Fe-Sl, was studied at 8001C.
IFor various samples, the lattice paramerers were determined by the x ray technique.
The study involved 133 individual samples prepared by fusing mixtures of Mo, Fe, and
Si in an electric arc furnace. The existence of the MOF(!2Si2 was confirmed and its
crystal structure was found to belong to the rhombic system. The existence of two
~
;other compounds M03FeSi and Z'105Fe3S', and of the (MOO. 17FeO.83)5Si3-phase was also es-
I
;tablished. The previously reported compound Mo-Fe-Si was found to be a binary solid
i,solution based on MoFe2 stabilized by silicon. The solubility of silicon in the
Mo-Fe-p-phase was found to be about 13.5 atom % and the solubility of Mo and Fe in the
binary silicides was found to be very low. The stabilizing effect of the silicon on
Ivarious X,- and w-phases was found to be associated with the increased electron
119 TID(- S kEa.7-�

L 06578-67
ACC NR. AP6029920
concentration when silicon is being dissolved in such I
MoFel.3(MO2Fe3)- Orig. art. has: 3 figures and I tab]
SUB CODE:kl) 20/ SUBM DATE: 29Sep65/ ORIG REF: 011/
Card

'21
.&rc' A6/31
lvow-,ki y j.:osudarst vennry "~r. v-r6
of 1j 1.,): (1] C 'i
L C)
C 4 -e s-_-onti-ml compourd, c-y3-,,a--- szrunure
su'-_
1 0,7 F, L r() 11 1.; C t: 0 1 W
A ide (' 0'*'1 5 .1 , c
s t r u c In this structure the Si Farr a th-ec-dimans;(-'n,-~' framc-
work, w~zh one another into -11,1inS r11T, Pjr,111C." _10 CIC
s 4, . Each z'i atow belongs at Lhe Zime Lc,
X, Y, Z alon"-, L110 scrk~.W nxe,
three chL-.n_~, a:; a result of which the a-.,- joined into Lhe and
the number 'to- Si relative to S-. equals 3. Lach Si atom is surround-
ed by four Sr atomts at distances ~i and 6 ?, .,-.::-.ich either do no,: exceed or. slight-
ly exceed su-m of the atomic raLl (11.3'--' The coor6ination 'C!6-01" of
the St atom is ia the for-m o14 an excended The C~O-:('Iina~ion
number alf t,-Le Sr atom equals 1.4, and the coor"ination poly*.-Iodron is "norra'-":
i. e., ccnf~ists cniy of triangles, w:Lh 14 apcx,~.;. ThL2 auz1hor
conclude.; st-ucture of SrS;-i I..' Whili, thi! coz-~-'ositiur.
7+
on65 Lo ','nc valencc3 of ',1-: ca of jr
Corresp 's ba-
, t.J~2 Charge
lanced by the char:;c of a polyanion, con5i8tin3 of S.4 atoms, each of v~-.ch has
one unpaired elce'Lron." Orig. art. ha-,: 5 ft6ures and 2 tables. j Fis : 59)658

--d,ODE: Ul 0_'D3
ACC NR; Xi'7004210 (A) SOU116k V, G__ /66/0OO/06O,16i2*7/0l3'5
A0TiiJH.;: Fodorov, T. F.; Gladyshovskiy, Yo. I.; Popova, N. K.
OhG: none
TI~U: Investigation of the system niobium-zirconiwa-hafnium-carbon
SOURCE: JLN SSSR. Institut metallurgii. EKsperimontallnaya teldinika i motody
vysokotemperaturnykh izmereniy (Experimental techniques and meLhods of high tamper-
ature measurement). Moscow, Izd-vo Nauka, 1966, 127-135
TOPIC TAGS: phase diagram, alloy phase diagram, phase equilibrium, metal phase
system, niobium, zirconium, hafnium, carbon
ABSTRACT: The phase relationships in the system Nb-Zr-Hf-C were investigated. This
study supplements the results of 1. 1. Kornilov (Fiziko -khimic lie skiye osnovf
zharoproclinosti splavov. Izd-vo AN SSSR, 1961, str. 510). Phase diagrans based on
x-ray and metallographic data are presented (sea Fig. 1). The phase composition of
the ternary systems Zr-Nb-C and of the binary system ZrG-IffO, were de%,ermined. The
results are tabulated. It waz found that binary carbide formation did not take
place in the ternary system. Similarly, no evidence for the existence of ternaxy

ACC NRi AT7004210
r
Fig. 1. FWase diagram
for the systom
Zr-Nb-M-C at
apprQximately 17000
N, b
carbides was found in the quaternary system. Orig. art. has: 4 tables and 3 graPhs.
SUB CODE: 1l/ SUBM DATEz none/ ORIG REF: 006/ on REFt oo6
Card

AP6036446 SOURCE CODE: UR/0370/66/000/006/0134/0136
AUTHORS: Fodorov, T. F. (Moscow, Llvov); Glad;rGhevskiy, Yo. I. (Mbscow, LIVOV);
Gorshkova, L. V. (Moscows LIVOV)
ORG: none
TITLE: Phase equilibria in the ternary nyotem Ilf-Ro-G
SOUIRGEt tJJ SSSR. Izvoatiya. Netally, no. 6, 1966, 13.4-136
TOPIC TAGS; hafni=, rhenium, carbon, alloy phaoe diagram, x ray analysis
ABSTRACT: The phase dJagram of the ternary system Ilf-Ro-C at 150X van dotcrmLnod.
rho phaao composition was studied by x-ray and micro3tructu:ral anflly.,jon, and the
exporimental rosulLs vro summarized in graphs and table.9 (soo Fig, 1). It in con-
cluded Thai the torna~~-r system HT-Re-C differs from other Me-Re-C systomo described
by L. K. Boriwevich ard Ye. I Gladyshevskiy (Rentgronostruktw-noye lssledovaniyo
splavov sisteLV Elo.-Re--C. Poroshkovaya motallurgiya, 10,64, No. 6j 22) by the atzence
of complete solid ijolution series between In and RoC.
1/2 UDC: 669.2W.518491

ALA- NX% Ap6o36446
Fig. 1. Phase diagram of the ter=7
3yatem U-Re-C at 1500C&
I - one-pbase alloyp
2 - tywo-phase allcy, 3 three-
phase allay
Orig. art. has: I table and 2 graphs.
SUB COLE: II/ StTBM, DM: WanW ORIG REF i OG4/ OTH RMP: . C03
c
c3
A7
Hf R.%c
Hf V Hf3Rez Wtifna HfSR914
Hf, at."
Ccrd 2/2

ACC NR. AF6036788 SOURCE COD3: M /o-1,63/66/1 '2/011/1980/1954
AUTHCRi Markiv, V. Ya.; Ijysonko, L. A.; Gladyshavskiy, Yo. 1.
ORG: Llvovsk State University im. Iv. Franko (LIvovskiy gosuJarstviint-,Yy Universitat) -
t 11I.IZ: Tho titan' ium-iron-silicon system
:50URCE: XN SSSR. izvostiya. Noorganichoskiye matorialy, v. z, no. 11, 1966,
11980-1984
!'TOPIC TAGS: titanium containing alloy, Iron containing alloy, silicon containing
ialloy, alloy phase diagram
!ABSTRACT: A study was made of the phaso aquilibria of 20 binary and 11.-4 ternary
I alloys of the Ti-Fo-So system; the alloys wore obtained by me"t.ting ti,- - !--xm, iron, and
polycrystalline silicon in an atmosphere of purified argon in an electrlc are furnace.
The composition of the alloys investigated are shown in Figuro 1. 7a,.-I follo-iring
results wore determined by x ray structural and micros tructura I analy;:ii of the phast)
0
;equilibria at 800 C. The oxistonce of the following ternary compolzid,-, was established.
'TiFeSi 'T'46Fej Sil,4(XI) -Tij Til and Ti';'eSi. ~rl
0 a S'40 (X") Z 036 3
1crystai'structure of the co.'pound,4;~Isi belongs to 'the rhonbic systeT 7.604 A,
2
b - 9.53 X, c- = 8.56 1); the possible space groups are:
D21 - F222; the number of atoms in an elementary coll is L4. An isostrd&tural
__-51L6.~1+546.22+ -6.28

ACC NR: AF60305788
'compound -ts also formed in the Ti-11,ffi-Si system (TiMnS ; a = 6.92 A; b 9.54 -7;
;c 8.64 X). The compound TiFeSi crystallizes in thetxagonal sys-ueri (a - 6.z4 A;
6.96 A), the diffraction class is D, = 61rmm, and the numbo-, of a ~umw in on
Uh
;-3lementary coll. is 18. The compound Ti Fo Si is ioostructural with thu
1 2
ems~2 3
lphases of the Ti-Co-Si and Ti-Ni-Si syst r art. hasi 3 figures and 1 tabl2.
I Card 2

ACC NRI AF16036788
Figure 1. Composition of alloys
invostiCated in tho Ti-Fo-Si
systom (in at. %)
, -P,
V
2 P,
Fe
SUB CODE: l1/ SUBM DAM 23Dec65/ CRIG REF; 007/ OTII R~' t008
Card 3/3
Ti

GLAMIL,11,51JY, Yu.1. (Moskva)
~, ',: "
Unit for ooil Z---rtility tcoti. -.~, I -.- 31.
(MIRA DO 7)
(Plants-Ghtmical analyaiv) (Joil fertility)

-Souwg comt
16/ow
AUTIPM,'. 3~ koz:Oat A. V. t
ORG*' L vo'V'State, Univerbity'Im'
-Frank ivfftkyy derrhitniver"yL6t)
T
ITL i? In the . Vlo4i-Si, 9~jstfmii
_E: Compound vith.str~cture of the W sub 6-Fe sub 7 typ
SOURCE: Ukrayinslkyy fivichnyy zhurnal,~I. 11, no. 21 1966j 206-2M
TOPIC TAGS: crystal structure, metal crystal, tungsten, 1ron, molybdenum, nickelf
silicon
ABSTRACT: The crystal structure of the phase M06 ("10.75S:LO.25~7 wav determined
by means of X-ray diffraction. The structure belongsto the W6Fe type (space
group R3m-D5 ; a = 4.738 t 0.003 1, c = 25.85 1 0.01 Ap c/a . 5.&). orig. ut.
has: I tab Jd. CjpRS]
SUB CODE: 11, 20 / SUBM.DATE*. 16Apr65 / 0111G REF: 007 / M PM 005
Card 1/1

"Con
p ti, ~r- Vol - I I ,r-- 10', -D!J c -I
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Auril Ic,5

4-,;~ w.
it "Ii -4,
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law
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CP
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dr iriz.
cic-t:--!:-njrdng tiI6 law C'I -izulluity ctrjl tlollil apponxin-7
,,dtil fA it) f.,1 r 1,.,, i-~, ntrif',~,~-a -1 pimps.
rl ~,)I;l 2;,' !"Ic', '~5 J-1 -6 i -
~ . )w!-: :-, F'of:lp-, i --. 1 '~ -k!~ , Ijfr~l
I

GLADYSIFWICZ, Gustaw, dr ina.
Calculating and constructing guide ringa for radloal. centr-fugal
pumps, Przagl math 24 no.9:260v-264 10 My loj,
1. Head, Department of Hydraulic Machines of Wroclaw Technical
University.

AYZENEKRG, V.N., kand. tekhn. nauk; GLADSK1Y, I.E.. inah.; ALI-3IN, O.M., inzh.
Using sludges from soda and salt industries as p_Tvaum hardening
accelerants. Stroi. mt. 5 no.4:34 Ap 159. 011RA 12:6)
(Factory, and trade waste) (G7psim)

GL'-D~:KIY, F.V.
T, 0) 1 or: for cnhr~nr "inict r n' nrv.- :-~i- I, r I r ~ !; for - I
, ir) le boCies. P-azved, i
n-. ~ 1: T'-76 '5'.
0,111.", 1'.10
(Grav i )

GIJMSZ ) A.
"The Dresent state of fruit trees. p.. (2) of cover." A Vol. 6, no. 6,
June i953, 1,,Tarszawa, Poland
So: !-Ionthly List of East European Accessions L. G. Vol. 2, ~,Io- 11, Nov. 1953, Uncl.

I ' * ",
-j", , i..
't " ''. , I ~~,'' 1 ,, '. "
: . , , - " - .1 -I ." - : )" '~ .'; ~ 1,
, : 1, -- 1 ~" " f, , : - .. . ,. : ..'. 3 .~ :. . . .9 , : . "' , ' ' :.. . il i~ , . .1
, . , , " . '. I ~ ; ,. -) : ,-*' nrilesS,
. ~ I- , ,. . I ( I I - : * I :I S'i ~: f.. !.r1 ) : y I I - y I . I
. t - . .
-1 . I - ii" , .

.
1 .1
,7 ADY',,
T,tr, ijzi-rson, ;oi e
Vol. 11, o. "i,
Kontl-ily Indpx 01, Z"3,. L", 7-1. 1:~,

GLADYSZ,__~.,_ __
Miners' festival 19f)?-* Wiadom gorn 13 no.10:369-370 0 162.

GANSUR, W.;GIADYSZ, B.
Observations on application of contrant media in cqsea of so-called
hemorrhagic cysts in the suDracravicular region. Polski przegl. radiol.
17 no-1:37-46 Jan-Mar 1953, (CIML 211:5)
lo Of the Hospital imienta Przemyslaw II in Y_ilinz.

GLADYSZ, Roja%jaw
14yelasclerants. Pastepy radiol.Vol.1:7-81 1954.
1. Z Zakladu Radiolegli A.M. v Pgxwwiu.. Kiarovnik: prof., dr
med. B. Gladyes.
(ANT41A. LWORUMMBLASTIC,
review)

GLADYSZ. Boleslaw. Dr
A now solution of the problem of transversal tomography. BM11.
Soc. amis se. Poznan, ser. C Wo.4:27-43 1954.
1. Inatitute of Radiology of the Medical Academy In Poonen.
(ROINTGNNOGRAPHT,
tomography, transverse)

GLADYSZ, Boleelaw (Poznan. u1. Glowna 53 m.4)
Prolapse of the prepyloric mucosa. Polalci przegl. radiol. 18
no.2:91-97 Ap-Je 154.
1. Z Zakladu RadiolGgii Sspitala Miejaklego Mr 1 w Pnznanlu
(kierownik: dr mod. B.Gladyes).
(STOMAGH, diseases,
*prolapse of propyloric mworo)

-See 15 "'0', jarl
24 9. 1`1131MCULONIAS OF 'Fill.
logloznym - G Ind Ys z 11 . Zaki. I k., AKad. Mvd.
P It ACE KONMI ~.E I. ~DO~Wl ADC Z A I. NF.1 11,111N 0 58. 1 1 ~ (111) (67- 107)
Tables :1 111tas. I I
In ?Vi , oqvs of lulivi-vulom:% of Oil, IIIIIg.4 1111. autIvir p(i -
o1wrahvt, ralliligrams and toillogralils willi th, 1"lacr.", "pi., -l,t-IIl,,p,,t1,.,~,,j;..
picture of postoperative slit-viniens. 'I'liv ~-f
featurest was confirmed hy the results of 1111cros,"I'l, al filillings. Thelic cx~lnllma-
tions showed that in fart everv tylw of tuberculmis ll~rw,iirs rnav prod,-e tr;(- sarT~.,
radiological picture of 'com lusimis'. However. dovmtwn~ "ron) 1he
radiological picture are of qrmw significanor for 41 i(fe-rcm iat ink b,nmeen -!,- vz)rz,-s
I,qws )f tuhl-l-I ulonla.Glant priwal y I"l, I ., , ~,:i: .,, *,-: iw:, ,
Pit turv. lit 1-1 out of 17 of I- tually t-xlsl;:Ig ;~;,I; *11, ao twwr,
lesions were manifested by ;I Oiarac,,-I-isuc Yom"grap:;!,:11 I'l, tu.-. T~-,(
describes the tomographic and rarliological featurt-s of brolichi-il th. In
prolonged radiologival otiservation showtd In ~cvcra: rwk,,L,.r;iz-ns dw ~prvadinL!
ti) from the tuberculoina to the ~arrolllldltlg tissu.-s' I ht, all"hol. 111(tica'.Vs. wl;i,11
radiological fratiAres ronstitute evicivnve of the dani:o-t-us on.-quenct,; wm,
tubt,rculonia may have for the patimt.

.EXCERKA X:_:Dl'_ll 3ec IP_ ',ol
91G. Tomographical picture of thr rtspiralur 's, .)t I 'J'l
Lek. Akad. Mud., Pommn I Py--l m A,lj
'ramL, 17 tut, 0;

It I 'i It (-;I,, , (if v1 I ri Ili ic (-I r I it I Ili -)I I ; 11, v, I I i ia I I, Ir,
fron t :it Mid I ill IM )it'Ct it Ill W.I, (',it I lt't 011 , . %~4 -I II II kt . ItII1 .1 .1 J!i!. It-.
11 it- uxaminc(I radi-il,)picall,' .after . kolal, I;w~ I'. , 1, ~ it! , :
I dilllcll~ioll, \%(-I .. (accol-dilig t'l ill.- Inctli, .I .I I '. P. -11~ 111p ~ IIIt .~;l
w ~ I I IN I wI I 'it )I I o f 711" - , harmill '1111,11,11r, Nhi 1 ......W~Ai,kl .1 ...1
Ili t andard radiograill , :014 111 11 )IM Hl'UH 1, W- I I li I IV It 1, Z11 ::11
au t It. )I- avitievc(I tomi wraiw; 4 , f I it it It IIII 1:~'. v.-1 I Ill I 111
dow%; I if pa Forch.villal colldcli.~;it I( III, III k x I c1l'I Vc t 111 Ip
to cla.;'Ov Ow si'vi-I itv o f Ilw ralhi t1( ki;~i 114t M, t. m!11, 'IN -It
inti-I IIII'lliatc part of Ili,- pilmonai \ ill I"I V 11. Ow I I I ! I ~ -111 1: I~ , ii ~:, 1'1111 t~I
cl )I I I I . o f I lit. dkv; I'l ~ I I I 111 I-L~, I -, ;I ri ;it I I I, I I (I I I.i t . I I I I, IIt.,, I % t I I.,II-:
wirith (fl,till ::-4 111111.) 1 Ilt. I Ight and Ilo 1,t1 1! 11 ~. I II t.,l 1, In 1.
I i It I ~ it I I I o gli ca I Irc l I it rt -a I (I If i, - r, , I I I kII i!W., I II1111
t iol I of I mc o f t I Iv lint I Ic I it S. T] it - a I I t I it jr I I iv;t, I I I Ih,II-, - I I II
arturiv,; aml t licit wKincill al ralill Ilcat 1, .11, oil ;j 11'1t It1' 1. 1 ,j; , L I ' 'I
I I lo~ " I: f all I; 1111,;y I leci It lc I I,. ( '. a I I I tat I " ) It , I f ill. nt, 'I'm 1111 lit ~0 WI -I~ 1. L' t ~'! iIII
thl. 11, It,,; i It lit, v Ill I . I I it- (I ! 1. k t a t I ( Ili I ~ I t lit % k _- I1~ 1 -:1( 2 1-!" ;': 7~.t
a I I it I ont, ica I. ItIld the eq I lit I I v Co I I' it Iui it I )I ~ (1% naillic I. A- I "t. it I-,
progrr~scs, t It(- dviiamic dikuttion o I Ili,- -;q, .1-l' :;I, t. 1.~l I
thrmigh the pi-riplicial ramilicatiolo. Callhir , llalll.~, 111 1. , -'t I.:1 -,.1) ; I ii. , 1 .1 -
it) cowt6clion, lakvs jih,i ill all ca,i , at Ilic I%Ilp, I'll (1t% 1, :!,It. I h" 11 ":. 1:111,
dilatat ion of the vi"'Sek Illav Ili vct dc I lir allatolifical A1-1'. It
t d below. Dilatation of thc pulmonary artrr\ .ramwi'mi, -it- t-ik ii- I. ~ t. "I In
11(imogram,; if the milwl-ficial layci aic compart d %% ilh "1l''- inafli -,!I,- d-, -Z it
thc In the sup"I ficial laycr, Ili' 1. V'; iill CAO ,I% I 1.11111k I ":
dXial cros.~-scction,;, fiont, which iadiatu htandiing~ t,1 -tnku~~:I.v 'It, 1.111.
All IavvrN made at flic dclIth of tht. Ililll~ ont., M-( , wide ~(I 1, 11. , it, -i! it..: II'l. I
mcdMie zoll-, (If tIIC Iilll.~ 14-41 - ~Iild thill Ill Lit" i" 11i'll' :111 11 IL. :~I,tj ':i1\
ub,,Lrvc that flik! branch vi-d I. 11110!.A; It'
uf cascs unt: ma I:
NLI
T3 .. ~I~ .... A.,~...

i'a*b1.1J1% lvo tit ilk,
toroograill'; if t1w sillivi-lic.
thr lidw;. fit thc iipurfici
It i.tili-iL. h:.mi 11::ji! l;.::1! 1~, !!-w,
I It IWTr, IlMd" ~11 tit- 1: f If 111' 11:1 ',il- Lilt -1: 1 1: t
ol, diatv ZoIll, of tl,t- 11111" 111 Ill - and thin wv, ill th'. ~iph -lA /--1w h. :1i-
of ca~vs oil', III;Lv 01),~clvv Illat tilt- hialli'll fit 111k, p1111111-11,1!% ;it li : v i,
ider than tit(- bronditi~ a 'i ollip'llivill- it. R"i-xiii,ki ah~ ulv tit! I;, it !I
1w 11 ;11,k% I ;, .1, t- '!, it I k. I
till, fact ill 1!),)2. AIIA0116%.1 %L-11t
9l.LI)IlICA C.VtIllillMiOll. di'llitil(l lilt ill,' U.1 111-it %.,.I tll~ -11- 111, ll"k:
k~, .:Wt : I' X1 .0
oldvcl-lk- tilvir tubillar 'tiaightt'llill
.1. IN. Sliijkt (11ol) ill C.Ijilffl.. j*jjtL,t. IIII)III,kl k 4, -A, 01,1V -:11. !it;, -iv OAI
diffilsk., spill(III-iiiii. dilaultion'. ()It I Itc kl,i, 4.1 wl,
Ill- uplmwil that in till, begilming t It,- I 111,111;o d'.1"I 11,.il 1-1 N
(-,lilt of a riw ill Ill c-m v tit I Ill- 'lliall , it cilial t,,ii. 1 1'., .1 "b,l I it, I P. :Ill
Ina It a(k tit tilt! coil~tl iction ami oWitclatit ill ill I Iw I - IILI I It : -,1111 .:1.
radiological charactcristic-; ill tilt- tlll)lliitr w-1- a
pillinoliale di-N-cloPI119 it- ;L Iv,lilt tit (11-til
t,miogram,; till, amv (I,gri, -\.-litv if v.k".111al -h kuc~
;ill([ Cal-Illicilacl it asr, o1 11111111-mal v livp~ It.-Il'ilili, I . --I, lil I'll- ill, :.1
Initial Ill thu tollinviall), 1,1 2 ,I k Al. w
tiii(::--Ilifig of tit(- olfflinc of tilt. I)l'1lj(Ijj;jI
limitcu localizeil bronchosclk-r-i, -JID-4411 11VI-1 ill -;hl P .1 Ill-' 1:I.
as the li-wase '111" 4)1(14 Y` Ill tit" - 1j.11 t,. ':
br,in,-hi of tilt' mt.wkcil. fir't. ill, ;i 11--oill .;1, !1! k
fii~,tl Iv t Ill ,I- of till- apical -11 il , , 'I t I I- - I, \% c[ I- .: ". , .1 - X~ I I ;I - ......
all(I. of the 1110(ilt, Iohc. I'll,- ~!)w;td If 101.111i il-d, M tit, 1,~%, 0''
ol;It0IlIIV;LI changt F111141.111wiltalk . -I), I ill. ;,I,- IL. I;
dvilaillic ditatatiows of lilt dilull laillifi, .11 [1 id: :~~l .11 t, I
sidVillICO tOWill1k I It-' Ilt-1111111 I It" ')I- It " lot"I I
Ill oncili'll wall. I tas"(1 4 in allitt om. 1-1 'kill, ill 1"'1"A Inat, Ii.d I;I. 11~,;l
totilographical d ucil\ nqAtv n1,. 1 1:!, --t
IL-alows of cillphy-1-Imitt ill, H. I), .11A ;it,- M.,111 I il~ I
I )Ill. I Acil It. it Us ill(lirvc t ~igl 1, 4 If 1 )1),[ 111( 1 1~ - cill 1.11 ~ -clll.t it ( !1~ k I I -,- , I i.-..
deformation of tho vascular patlt,'111. A 1(:~I*Al.k. I> Liv~ L-11.1hLaii, ill tile
-L-1- -1 --l - U- IF- -( ~ ~ . ..... 1-A li-I. r);. , 'I" IJ-

Ow emphysematous, areas pits I it -s t I it: vascti I ir Ili ii,-:ii it i ti-i_, I
cither of the symmetrical branches of tilt! dichotomical di-II-l"n Illav jilt -Itt Illwl
the layer of tilt! tomographiL,11 ClOsh-10CII011, Tlll~ J!k 1 , Ili, impl. -Iml 111.11 I!l,
vusscl running ill th(I layer (If tilt- tomogi-aphical , (,I Ion li.iil h,cn %*I. .:- ! ~!%
hVilt, fl-Ool Otte fliViSiOl. to tit(' IJCXt in variozis difc,. t wn-. I Ili:, On, !I 'alln. 1: (I-lir,
as a Aisorderlv bratiching vessel'. I it tilt, arcas of far-;iI,lvanc, I III i,t rt:,:i ive rmj;hv-
Illa. tilt, vits
.milar patient k completviv loft or I'll" 111, vt~ widl ollk Il't, 'ni. I~t -
thu vvswk. Other ,igns of, ib,t ruct iv,- (.111 plivm rml IT, ~ iIIIIl1.t-4i:1Al
like bending of the interlobal fi~,im-s and tlall,loca!~wl I,i ill.-
si,stem. 'When comparing tilt, mctorc.,; of Ow fiontai
I" w; I"'sible to show ill(, silUeASIVe JWI Pd, of I I'A".1 I1,111,ot L%-
Ia. 'Ili- author dom7ril Iv,; tilt, tonlogi.1i'llical pictm, ; 'I'w. " III li,pliv
of obstructivi, emphysemit. The incita,v of "I I'll, [111, 11"',
conforms to tilt, inti'llsification of TadIoloj:iCAl 1-1 JOIIIIIIWAIV
The 'primcd branches' -;ymptorn Ith-mb-A bv l*.%.o- a,
areas attacke(l. by obstoictive

GLADYS-, B. .
- -
Advnncos in tomo,--rnphy. Polvki , ',,'
Hnr 59
1. 2 'Inkladn Rndiologi-I A.-M. w Poznnniu Kiel-own1k: ~on dr med. B Glndy.,j7.
(ROFUT"GRI10GITUPHY,
t-)mogrnnhy, ind~:!. 81 tp(,hnt(,q (Pol))

GLADYSZ, Boleslaw
Radiological studies (general) prrior to pulama--r7 resection. Postopy
hig. med. dow. no.2:122-127 160.
1. Z Zakladu Radiologii Tekarokiej A. M. w Poisnaniu Kierownik: doc.
dr med. Bolealaw Gladysz.
(TUBERCULOSIS PUIFONARY radio1r)

GIADYSZ, B.; KIM14HAGEN, S.
------ - -
The magnitude of roentgen dose In simple and nimaltanonuti multi-
section tomography. PolsM przagl.radlol. 24 to.6:397-400 R-D 160.
1. Z Zakladn Radiologii Lekaroklej A.M. w Poznhnin, Klerownik: doe.
dr mod. B.Gladyez.
(RADIOGRAPHY)

STADNICKI, J.;-~!S-ZB.; KOPAGZYK,F.; KRAJ141K, J.; MO(;Z-'KO, W.
Radiological and histological studles on otit.-ogenesia experimen-
tal bone defect of the mandible filled up by transplants of sus-
tentacular tissue. aill. so(.-. m1s. scl. Pozilan (mod.] 1.3t
35-45 '64

Adam; C'U.-OsZ.. Boleq~aw; Jerzy; ffj~'. 1":
S-PYUV offf
~;. T
Hadiolo-ical invest1gation of gaaLric ar%,! diiodun~. a
after vago-antrectomy in duodenal ulcer. Pol. tyg. Ie~.
n0.25:915-918 21 Je 165.
1. Z III K-liniki Chirurgiczriej AM w Poznaniii ( F. 1-erowni
dr. A. iliskorz) i z Zakladu Padi ologii AM w
prof. dr. B. Glanyoz).

GLADYSZ, S. (krroclaw)
An ergodic paradox. Col math 7 no.2:245-Z49 160. (EEkT 10~1)
1. Matematischas Institut der Polnischen kkademie der Wissenschaften.
(Transformations (Mathematics))
(Ergodic theory)
(Topology)
(Groups, Theory of)

GLADYSZ, S.; MARGZEWSKI, E.; RYLL-NARDZEUSKI, C. (WrOclaw)
Concerning distances of sets and distances of functions. Col math
no.1:71-75 161. (EFA.1 10:5)
(Aggregates) (Distance geometry) (Functions)

,-;'LADYSZ,
col ooulu::i :'at",.: :,o
ff..axi7:;al and In

GLADYSZ-l--�---(Wroclaw~
Maximum undersemigroups.and Iconvexity in group. Col. math 9 no.2:
213-221 162.

Gladysz, S.
Convex topology in -roups and Euclidean opaces.
Bul Ac Pol mat 12 no. 1: 1-4 164.
1. Institute of Mathematics, Polish Academy of Sciences,
Warsaw. Presented by E. Marczewski.

- . _ _
Driving centers. Mechanik 35 no.12:687--689 1) 162.
1. Fabryka Urzadzen 1-fechanicznych, Czestochowa.

R.B.; STRUKOV, S.A.
AKSENTOYAN K.B.;.qjAqZHLV
Calculation of the strength of m1ternator aseia. Trakt. i sellkhozmash.
31 [i.e.323 no.11:22-24 N 162. (MIRA l5tl2)
(Harvesting machinery)

: ~-,c -13q-' "', 1.
Exncriencf~ in us in ~, th-~, ift I I i.~,ecr nl -et*,,,,-'fl 1 - ~- I n:it -,i. 1) . 2 f" r)
Vol. 2, 11;o. 1.1, ~"ov. 1'-54- IZUDY. Praha.
3~' URCE: rnr~-rean Accessicns T,jSt D; Vol. ~, ' : . 3,
p y

PETROV$ K.I.I.; DYAKONOV, V.I.; FADEW, I.G.; SEMElaiNK0, P.P.; MIYUKOV, L.G.;
Prinizali uchastiye: PASTUTHOV, A.I.; SHISH1,11M, 11.1,;
FAZDVIKOVA, T.S.; CHIRKOVA., S.F.; KARELISIXD., T.A.,; LO M-V, A.A.;
DZENYAN, S.K.; ISUPOV, V.F.; &ELYAKOV, A.I., GUDOV, V.I.;
SUMIAN, L.Ya.; SLWREV, S.G.; GOLOVANOV, 14.H~;.q~,AfkLENKO, V.V.;
ISUPOVA, T.A.; ZY-ABLITSEVA, M.A.; KA'v11NSK-AYA, G.A.;
UTKINA, V.A.; WIEVICH, L.G.
Vacuum treatment of alloyed open hearth steel. Stall 22 no.2:113-
117 F 162. (1,IIRA 15-2)
1. Urallskiy nauchno-is,-Iedovatellskiy institut che"ifth metallov
(for Pastukhovj Shishkina, Pazdnikova, Chdrkova, Karellskaya,
Loptev, Dzemyan). 2. Metallurgicheskiy kombinat im. A.K. Serova
(for lsnapov, Belyakov, Gudov, SukW=, Sleoaxev, Golovanov,
Glagol-inko, Isupova, Zyablitseva, Kamenskaya)., 3. -'-.-v Gosudar-
stvonnyy podshipnikovyy zavod (for Pomukliin, Utkina, Manevich).
(Steel-Metallurgy)
(Vacuum metallurgy)

V-11.1111W
ISUPOVY V.F., inzh.; NOSOV, V.A., inzh.; SUKflW Y L.-Ya., irlzh,,;
SMIRNOV, L.A., iazh.; CHEPURNOVA, A.A., inzh,; Prinimali
uchastiye.- SWENENKO, P.P., GLAG01=0, V,V.; KOROSTMVI S.K.;
VOLOSNIKOV, B.M,; BEI.YAKOV, M.i FADEYEV, I,G,,; ROMANOV, A.A.
Use of lightweight grog firebrick for the lining of rise heads,
Stall 22 no.6%517-518 Je 162. (MIRA 16M
1. Metallurg~cheskly kombinat im~ Serova i UraVskly nauchno-
issledovatel'skiy institut chernykh metallov,
(Steel ingots) (Refractory materials)