SCIENTIFIC ABSTRACT GASHPAR, ZH. - GASIMOV, F.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000514410006-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KEME111) A. (Kemeny, A;]; 46W) F.; GASBPAH, Zh.; SHTYUTSELI, ell.
Study in vitro of the respiration and glycolysis of the vascular plexus
under various expeririental conditions. Biokhimiia 26 no.5:787-793
S-0 161. (MIRA W12)
1. Chair of Physiology, Veterinary Institute, Budapest.
(RESPIRATION) (CHOROID PLEXUS)
(GLYCOLUIS)

SOBYANIN, D.P., dots.. kand.tmkbn.nauk.- GliSIMMV, B.S., dotn, kand.
tnkl-.n.naiik
In memory of D.V.Konviisarov; Tren.i Isn.raeb. no.13:214-216
159. (MIRA 12:10)
(Konvisarov, Dmitrii Viktorovich, 1904-1956)

G~ gljwt C V, V 6,
PARNITSKIT, A.B., dotsent, kaudidat tekhnicheskikh nauk; EYDINOV, M.S.,
kandidat tekhnicheskikh nauk; ANTONOV, N.Ye., inzhener; GASHUYOV,
V.S., inzhener; DEMIN, S.I., Inzbener. ... . A." 1. ... I
Wire transmitter tensiometry of mine hoisting machinery. Sbor.st.
Ural.politakh.inst. no.47:91-101 '53. (MLU 8 -. l )
(Ririe hoisting) (Tensiometers)

J.
G.ksi--~riKm-acz, j. rhe gist of the shortcomings of industrl;il. saf ety'in the
Assoications for Rural Building Construction. p. 16. Vol. 10, no. 1-21 Dec.
1956. C.-CHRONA FRAGY: I HIGHIENA MkCY. Warsza~-,a, Poland.

SOV/133-58-12-10/19-
AUTHORS: ..Sokolovskiy Candidatesof Technical
Science, and Lirman M.V., Engineer
TITLE:- An Experimental Investigation of Cold Rolling of Tubes
.(Eksperimentallnoye issledovaniye kholodnoy Prokatki
trub)
PERIODICAL: Stall, 1958, Nr 12, pp 1112-1117 (USSR)
ABSTRACT; A cold rolling tube mill MPT-E 150) with a new lighter
.~stand designed by UZTM (nearly twice lighter than in the
KhPT-75 stand) was investigated. The mill was rolling
150 mm semis. The use of the stand of a new design and
rolling of semis of a large diameter necessitated an
experimental check of stresses and operating ability of
the individual parts and assemblies of the mill. The
method of carrying out the tests is described in some
Card 1/2

SOV/133-58-12-10/19
An Experimental Investigation of Cold Rolling of Tubes
detail. It was found that for heavy duty rolling the
mill girdles should be somewhat strengthened.
There are 11 figures and 4.tables*
ASSOCIATION: Ural'skiy politekhnicheskiy institut (Ural
Polytechnical Institute)

PARNITSKIT, A.B.; KOGAN, L.A.; GASHUKOV, V.S.
. I - , %, ~ ... 1' 1-
Investigating steel structures of pit-furnace crane bridges.
Sbor.9t.Ural.politekh.hat. no.65:67-78 '58. (HIM 12:4)
(Cranes, derricks, etc.)

PARNITSKIT, A.B.; KOGAN, L.A.; SOKOLOVSKIT, V.I.; GASHUMV, V.S.
Experimental determination of stresses in beans caused b7 their-
weight. Sbor.st.Ural.politekh.inst. no.65:79-84 '58-
(MIRA 12-4)
(Girders)

25(2); 18M ! HAF E I f".K FXPLOETATION
Ak3(%1MIYR nauk SSSR. ~:nstltut as3n.-novedonlYa.
-
Tr-
-i W
r Ir
l
I l
a
ea
ye
.
non v abormlk 13 (Friction or
KnehinerY ; Col I-etl ~n 13 ) Poscow, IXJ-vo AN SOZR, '959- 266
P . L. allp InaLrted. 3,-'-14j copies printed.
R05P. Ed. 1 14.9, KhruAhSjov, Doctor of Technical Soicncea, Pro'- (A'
ressor; Zd. of Publl~hlng H."3et N.A. Bablchdv. Tech. Ed. I
tl
T
Y
F=*
Doctor or
Pol
k
M
i
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Y
G
.
.
u
ya
ova,
,or
a
znrq.
*,
ydr,
,
Technical Sciences, Pn2feaaor; A.K. DlyachkcV, Motor ";: Io.oh.
alcal SaLanceA. Prorosoor; 1.7. X-ragal'skly, Dcctor of' T*cP -
nlCal Scldnces~ Pro:casor, A.D. Kurt-syns, Candidate Or TO=
niGal Sclancoal L.Yu. Pruxhanskly, Candidate or Tmc~.nical
Solana&&; and M.N. Khr-u-1h4hov, Doctor of Technical S*Ivnc*
Professor. C"
PURIM; T23a collection -'a in tended for engineers, scientific re -
search workers, and students working In the field of friction .4
wear in machinery.
COMAGE: This collection of articles consists of &A.-arp's I'rcx ---------
1
dieser,.at.-ona. Included nra acerpts from the die4ortattona of .
Aspirants A.A. Soroko-H,7vitakly, V,H. MarconVAn. an.' L.B. ~

urloanova or th. :nntitut za*h_-aov*deniy4 Ax xnn (Insitute -A
Or KAchine Constriction, Academy of Sciences, USSR). The articles
deal with the wear real.4tance of carbon a-eal. wear of puncers
In fuel ptmpD, wear from faulty lubrication, friction and wear
from the lubrication of sliding contact bearings wLr-. c,.Irurlo
&old# plastic deforattlen or tapered surfaces, oll-fllc% gene-
ration In 120 -degree boar-Inip with fluid frlotlcr~ and preacures
In oil film. Fxtenx-'Ve bibllographla3 an friction. we&.-, and
lubrication, compiled from Soviet and non-SovInt In
1955 (3upplement) and 1956, a" presentee-. follow
several of the artL,:Ies.
%AZatUjP_V.X. Lildting Plastic 3tats at Yielding and Com-
pressloo OT-Uid ftuatuai or a Can* 84
Investigation Is ftAda or the axially symmetrical state of
stress or a protrusion (simulated by the frustum of a cons)
.4144 -a la a :-';117 at=te in th-y QQntact son*. Solu_
tiOn of the Wally sYgmsetrical-contact problem or the theory af
plasticity In used he the basis of the studY. The shortening
of. thafrustum and the deptb of,lts penetration with con-
slAeration of friction on tn. contact surface are determined,
as well as the distribution or normal pressures and the hard-
cess of zaterial along the come.
7. 74M , Investigation of the Position of the Journal
In the Bushing of a 120-degro* Fluid Friction Be&rlng at Con-
stant and Alternating Load 136
A theoretical and *xp*rlAmental Investigation was made. Mle
*xperl,ments were conducted on a special testing machine with a
bearing 60mm. In di=atvr and 40=m. Loa& The thlak:ness of
the lubricating film was determined by a variable-capact-ty
transducar_built into tAe journal.
-i-7 10~Jsanovs L B kcasurement or treasures in tLe 04.1 rils or a
199
Xeasurements were aft4a with K semiconductor tPXn3dU-..-. The
work was done under the supervision of Prof.asor k.K. Dy&4r_kov,
who in 1952 originated the concept of using sealoonductors for
such measurements.
9. Xhrlsanoys, L.B. Analytical " rVerluental Investigation oi
pressure In the oil Film of a Bearing With Crossed Axas *of
Shaft and Bushing
The Inriu.nae or the ~tuai Inclination of the a.zes of the
shaft and bushing on the capacity of the bearing la discussed.
The pressures were measured by the method described in U10
preceding paper. A general awthw for calculating the capa-
sity or bearings for various film thicknesses and arbitrary
_.boupdary ahap*s of the prak!ure some I* presented.
10. (Sob shin D ,P and VnS Docents, Candidates of
D.
-1.cgmeazh.~.' Z' , crun; &r a., partm.ot, :netltuts or
Xmahlnq Canstruatl~nNa In emery D.V. ronvloaror 214
Bibliography of the works or D.V. Konvisarow 216
21. Blb2lography of 3ovlet and Non-SovIst Works on Prlotloa,W
and Lutirleation,tublishod In 2955 (3upplement to bibli. M
PubLished in Collection =) (Compiled by Ye. 0. vil-dtir 2,,
12% Bibliography of 3ovIst &~d Non-3oviet Works on Fraction, Wear,
and Lubrication, PubIlMed in 1956 (Compiled by Ye. 0. , ,
Til'dt) 242

SOKOLOVSKIY, V.I.j kand.tekhn.nauk; GASh1JK(SLjj�.; LI~YAlp M.V., inzb.
Investigating the food mechanism of mills for nold rolling of
pipes. Trudy Ural.politekh.inst. no.101:6845 160. (MIRA 14:3)
(Pipe mills) (Feed mechanisms) ,

SOKOLOVSK.1y, V.I.; GASHUKOV, V.S.; MUDINOV, D.T,
Investigating the power used by electric motors in dragging. Trudy
Ural,,politekh.inst. no.104.-174-180 161. (,ML 14:6)
(Electric motors-Testing) (Excavation)

GASJIUKOV, V.S.
rfivie-S'Ll-gating changen in the unbalance caefflo:t~ril, cr rols"
skip depending on the action of static and dvnai%-`-,,, loads Trudy
Ural. pohtekh.inst. no.136:106-111 164. imIRA 17:10)

GAS.MJ.F.(,'V? V.5.; FLGTN1K','V, V.S., MMOMOV, A.h.; Y.7.
Investigating the performance of some units of the kvd--qtilj.c
system of the T-157 loader. q,7udy Firal.poll tech. Ins f.. no.136:
11 ~ - 119 164. (MIRA 17-10)

PISIRLOW.ZaN, B.Fd, ISMAHZIOE. I.G.; KOSHELNYA, L.M.;.GASHUMOVA, F.A.-
. .P-AMDOV, -Y. A.
13~04-Toaromatic 17droc&rb.-w3 of the 140-1750C fraction of the
petroleum in the Kirmaki aeri,3a of tho Buzovnv field. Azekb.
. no-1:53-S4 159. (HIBA 13:6)
. . . (Buzovny region-Petroleum-Analyals)
(4dr3carbons)

34887
3 /C 1 .'621CO()/r ~~3
"j,
0 Z10 Zi
A!VT,-'G Is.,:- i1: tdr,
o-j F
of tha riitlurc of
aro:~.-~t-c
0,
I L
in -c frLction of r) i n t u t o 2 0 0
-)-~~tj:ol_umn ~'rom 'he 3vizovnin-si.oye
+
--On
P 7
:~c r vn 1
..riiniya, no.
152 (A.7 e rt 1-him. zh. no. 3, 19611
T'-'**T-, T*-.o cl-.ar:ic`~ri: -ics o~ 'he fr2ctioj, t~j-j
of --)t.~trolcuml f.::om t he _:'u z o v n i r, s I z iv d e -,,,) alu i -n tl -. G 'i-::_l' i n z:
::_:.l-i,)n -.~rc detomi-ed. It foun.-I that th,~ li-lt frItctLion i t k~
'5.n~_l b. -). 150 () C :,ad no aro-.-ttuic h.;d,:-o(.,_ir"bonz;; tl~: :'r~ct`n,
140 - MOC ancl 175 - 200 C c-.)ntLiin 0.73~,' -ind 4.1", -ic -)c 1:- ".1 1
c t i v ~_, I.Y . Thin v.-Mu Cztoolinc-lictoin i~3 % n t 1 n ~3
tior, v, i th 71 - 3 G`,', nap!-., th, .-a 'ny 1, 1-c ca z.)Qvon in iv i,!,, "0;.
'hy droc-arbons -.,.,ere foun I i n 4.- he f rac tf. on o f b . p . 0' 1
112

f
31081 /62/000/00 7~//- 65/09-0
j-'DtOrzAnatl on o--" the nature ... 131,"9/3101
MO t'-,,, I n4
an,!
and
)r(a 2 o::An te. The of th:.
0
.%)r 7' Of the arn;-I t 1 C c,,- co!' ,t,: 'k,!,( I i
10 1715 C. 13 inli"i'll'al ;ro!:i~---tic I ~'d- 1* C) Co n s
7 inl,, G oz- 10 carbon atoms. of the 175 - 2 0-
., 1 -30 'v fr-ction
fi 4-';-.~, nature of two in,.livi~,a--.1 h.-,- ~ r o - ao n i;
and of
0
-14r3car'-on- isolated from. 1,-() - 175 ic 'v'rocar-
I/ - 'o
cons senarated fror; 175 - 200 C frtc'ion their
--nn t*-e terminal boiling :)oirt of the cor,--l.--on*ir~- fz-~]Ctiorl. Throc
0
~-ic hy -ro carbons in 140 175 C 'r-action co-'~'
v to
0
-cc!ir 1.'0 C
n tl-,~ f ra tion of b.
bon3 ,vere foiina n . viz. 1
2,-:- und, Abo trac te o co.-~'~Iete
C -, 1-2 2

i.-:Smm :s: increase
l1
additi4mii of Zr
:
-
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bas a 2
ftig.: art ta

V: (KO:,,

t 1.7".

T -

-'L~30o42-65

-
!-ACCESSION WRs
AP5003934 ENGFA)SM: 01
Table 1.1
'
Chemical compositic it of, otee of %

Deiipatv an
C
M
S
S P Cr Mo T1 v Cu Nb zr
I 5XhGL 0.17 1.00 0,039 J).01 8 1,10
I it 15KhGFL
6
o.
0g
4 0.21 031 0,01 6 1,28 7- oje

1
6
0,
4
f7 OAS
051 0.40 1,05 0,27
1 XhGDL 0. 7 _
M 0" 6:69 QW 2 1.14 - 0,79--

5KhGBL 014 -%J5 0.14 0.035 41.01 8- 1.06 -
OM,
15KhGTL 18

0, VAT
0.21
0.052
-
JkOl
1
0.14
-
0.05
-
-
1
1 KhGT2L ; 16
,- 0. IS
0. 11',06
14 ,0.20
%10 06032-
:0.034 .01
U2 3
9 1.29
1.08 -
- 0.10
0.05 -
0.13 -
-
1 CKhGTFL t L
13 0
72 14.
0 %037 1
'W 2 0
96 OX '0
90
GMDL . . . . - - ,
15 2e30 0119 olon
(1,01
8
-
ii I
KhG2L 1 - 0.16 0.42 0.025 (~00 9 1,10 - 0.02
v I KhG2TL
y X 0.16 1.82 Otis, 0.011 402 8 0.95 -

1
,5MMoL
Z23
(%95
04 1
~
4~(rI
7
1`08

:
21
1

L
(;T
10

Ox

X

S
7
1
00
3
0.030 4017

C
01
0 1,14

104
!-I KhG.L*
--xdgMetal 1
.
" vith 0-15-MO Ce *iwintrbduced

Card 3/4

------------
~6 30042;.65
k
I EN(MOSWt 02 ~1
UMSION Nt: AP5003934
,_.:.,.Table 2. Mechanical properties-of expekimexital steels after heat-treating and
.,Uormalid
After normal %inR and
AftgM
Designs;
2
2 -2 m? ~11
2.
)COAd m
15]KhGL 48.7 6Z3: 21,2 dZ3 _..YL4 95 ;t.0 UO 31.0 64.3 13,3
~4
A
15KWFL 48.0 6%4 18.4 58,2 6.1 105 41.8- 59,2 20.4 66.0 IZI-
44.2 60.8 22.0 81.7 :,':-7.7 192 30.6 SZO. 29.4 62,3
-10.9 149
;.A5KhGDL Ko #Z8 .21.2 81.0 t95 _41,6 "157.1 25.4. 60.8 9.2 163",
15KhGBL 29.0 A0 27.0. 5M 6.2 14) W
45A 34.4 69.3 9j 131
15nGTL 4V 6A 49
-61.0 21X0 41.6 5.8 122 40,- SU - 28.0 50,0
15n(;WL I '. 1". 1 - '.', 4
50,3 &J3 _21.0 1911 36.3 K2 29.0 61,0 7.2 56
151hGM 619 .---74,2 t2,0-. US: .1,t 2ZI 38,8 66,6
40 w 3.1, a
15KhWL 40,, 61.7
MS 61.0 II.T.%. 2Wr 31.0- KZ 23,6 6100 It
15KhG2L 50 KO .15A j43 0.7 - 200 A2... A7 15.0 2%9+ 2;1'-
95
15 44.0 61.0 21.0 W. -04, -01 3%0.. .7.69.5 24,6 4Z? 156
j 15W2ftli
'163
49,0;' 6Z3 2k0 M2 11,0 'I*jj A,? rA,3 Me 54,3
Iwo
151h% %2' K3~ 2~1 t4. I
.~U 4&1 6.2 31A b?.2 X6 40. 1 159
l5XbMpL
46A SIA -2%6 8%3 10i9 1011 5Z4 28,2 6%3 10.4.
30.3
143
15MOL4 - . a
.2.1.6- 647 MI 94 3010 alh Wi.
Card

GASHUNIN V,F.i P(STNIKOV, O..K.- ".AK( VSKAYA., R- F, red
...............
(Contro'illnil, nol8e and -;--trarir~nsj Bor ba 5 81hiziom I vit~-
ratsiei,, temn V. Uchabnoe po kursu "Tekhnika bez-
opasnos-u" cilitt atuden-.ov zao,.,h,-,ogo 1 vechernego ctdeleni-la,
Moskvn, Mosk, poligr. in-t. 1963 22 p- (MIRA 16:9)
(Printing industr-
.f-.-llygi,-%-nLc aspects)
(Noise) (Vibration)

GASI, Alenka; KOZANMIUK, Marija; KUYZLK, Marko
Identification of Mycobacteri-am bovis. Results of 3-year ctudv.
1~iberlkuloza 16 no.5:403-408 -S-D 164
1. Institut za t-uberkulozu, Gol-nik (Direktor: doe. dr. Bajwi
Fortic).

WESOLOWSKI, Jan; _~~IAR,_ SIgnislaw; HICHALSKI, Kazimierz; STEPNIEWSKI, Waldemar
Meamavwnt of alph-ray radioactivity in the atmosphere over some
localities in the Low Silesia district. Nukleonika 6 no.12:801-812
161,
1. Uniwersy-tat Wroclawski we Wroclawiu, Katedra Fizyki A)swiadczlnej.
Akademia Medynna we Wroclawiu, Ktt3dra Fizyki.

GASIC, Fetar, inz.
Development of the single-phase locanotive at industrial
frequency. Flektroprivreda 16 no.6/I7t278-287 Je-J1163.

GASMI,O,E.
--------------
From the experience of a referent of technology and builAing. p.30
LAS POISKI. (Ministerstwo Iasnicii oraz Stowarzyszenie Naukowo-Ttehiczne
Inzynierow i Technikow lAsnictwa i Drzewnietwa) Waraxawa, Poland
Vol.29, no.4 Apr. 1955
Monthly list of East European ACcessions (BRAI) 14, Vol.9, no.2, Feb. 1960
Uncl.

GASIFRKIEWICZ,, J.
USIERKIMOZ., J. Remarks on the organization of the building site and
scaffolding in building with clay. p. 20.
Vol. 8, no. 5, may 1956
BUDOWNICTW WIEJSKIE
AGRICULTURE
Poland
So: East European Accession., Vol. 6, No. 5, MaY 1957

GASIK,_LLj YESINKO, N.Ya.
.- wwmommm~
Patronage of rural hospitals by aity hospitals. Sov.xdrav. 16
no.3 :36-38 Mr 157. KRA 10:6)
1. 1z 4-y Gorodskoy bollnitsy (glavnyy vrach G.D.Tepsnov),
g.Zaporoshlye.
(HOSPITALS
in Russia, patronage of rural hosp. by city homp.)

STARODUBOV, K.F.; BABICH, V.K.; GASIK, L.I.
Changes in mecluinical proportion during oteel wire drawing.
Izv. VS. ucheb. zELv.; chern. met. 4 no.11:155-158 161.
(MIRA 14:12)
1. Dnepropetrovskiy metallurgicheskiy institut.
(Wire dming)

S/126/61/012/005/021/028
Eo40/E435
AUTHORS3 Starodubov, K~F., Babich, V.K., Siukhin; A.F.,
Gasik, L.I.
TITLE- Changes in plasticity of cold-drawn wire during its
annealing in the temperature range of 300 to 600"C
PERIODICAL.-, F�zlka metallov i metallovedeniye, v,12, no,,5, 1961,
765--768
TEXT~ Changes in plasticity properties of St 50 steel were
investigated at the Dnepropetrovskiy Metallurgical Institute by
determining the relative elongation and reduction in cross-section
area of -,racuum-annealed specimens held for 1, 5, 10, 15 and 30 min
at temperatures in the range of 300 to 600"C4 After annealing,
the specimens were examined by X.-rayS (interference lines from
(110) and (220) planes). Tests were also made on cold-worked
specimens at 61,6 and 87.5% deformation, Relative elongation
was found to increase with increasing temperature of annealing,
with a maximum of 6 to 7% corresponding to annealing temperatures
within the range of 300 to 350'C, A further increase of the
annealing temperature (UP to 5500C) and specimen holding for
Card l/ 3 1

S/126/61/012/005/021/028
Changes in plasticity of cold- Eo40/E435
periods of I to 60 min has no effect on the relative elongation
whose value remains constant for a given degree of :old-working-
When the specimen deformation was increased from 61.6 to 87.5%
the relative elongations dropped by an approximately constant
value in comparison with those given by non-deformed specimens,
Identical values of the relative elongation of specimens subjected
to the two degrees of deformation were obtained after annealing at
6oo0c, On the other hand. values of the reduction in specimen
r,ross-section area drop sharply with increasing degree of
deformation, The curve of reduction in area vs annealing
temperature passes through a minimum corresponding to 450 to
550'C, depending on the duration of sp--.:;imen holding at a given
temperature., This is explained as being due ro diffusion
processes, which reduce the permissible distortton of the crystal
lattice and result in a reduction of strength, A significant
weakening of the background intensity in X-ray d-iagrams is
regarded as confirming the above conclusions It is postulated
that the observed reduction in the plasticity of steel dur-Lng
annealing is the consequence of a breakdown of thct grain and block
Card 2/3

S/126/61/012/005/021/028
Changes in plasticity of cold- Eo4o/E435
boundaries caused, in its turn, by their penetration by
dislocations and also by a non-unirorm distribution of the
dislocations in the sub-grains volume (polygonization). The
increase in pla-qticity of the steel observed at temperatures
exceeding 500*C is ascribed to the onset of recrystallization,
G.V.Kurdyumov and L.I.Lysak are mentioned in connection with their
contributions in this field, There are 5 figures and 3 Soviet-bloc
references.
ASSOCIATION: Dnepropetrovskiy metallurgicheskiy institut
(Dnepropetrovsk Metallurgical Institute)
SUBMITTED, January 29, 1961
Card 3/3

Ho E cow
Use of Vacuum in M;~.ta4ur (Co st
I ta
0 1 bove Me
Trans. of a Uo"t' W n% .
There are 2 drawings.
izd-vo mi s3slt, 1053, 165P,P.
I I'Ll
All 0551R, )Xc-d. S/ A.M.)
Kh1trik, S.I., Neymark, N.Ya., Nikolayev, V.I. and Gasik M I Obtaining
Dense Inadto of Carbon-free Ferrochrome and Metali~c! ~ea
; by the
Vams-treatment Method
Author's conclusions: 1. Blistering of the ingots is caused by a
hi*& gas content, particularly hydrogen tind nitrogen. 2. Vacuum
treatment is the sinplest and most reliable method of producing
dense ingots of these metals. 3. Introduction of vacuum treatment
of ferroa.1loys at the Zaporozhlye Ferromlloys Plant resulted in an
increase of 5-20 percent in the satisfactory yield of metallic manga-
nese and an increase of 3 percent in the case of carbon-free ferro-
chrome. 4. Vacuum treatment of alloys makes it possible to reduce
the content of gases, phosphorus, and nonmetallic inclusions.
5o Vac= treatment under a residual prassure of about 5 mm, mercury
also permits a certain reduction of che carbon content., thus assuring
a yield of KhrOOW-t7pe ferrochrome of unvarying quality. 6. It is
recommended that vacu= treatment be testecl in the production of other
ferroaLloys. (There, are 3 Soviet references).
U2
Card 11/16

SOV/ 137-58-9- 18645
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 9, p 69 (USSR)
AUTHORS: Khitrik, 0.1., Gasik, M.I.
TITLE: Effect of Certain Factors Upon the Quality of Self-baking Con-
tinuous Electrodes (Vliyaniye nekotorykh faktorov na kachestvo
samospekayushchikhsya nepr+-ryvnykii elektrodov)
PERIODICAL: Izv. vyssh. uchebn. zavedeniy. Chernaya metallurgiya,
1958, Nr 2, pp 64-70
ABSTRACT: An investigation is made of the effect of temperature and
baking rate on the properties of self-baking electrodes (E). The
electrode paste consisted 50% of carbonized anthracite coal and
507o of foundry coke, with 240jo pitch added thereto. It is estab-
lished that in increase in firing temperature from 400 to 9000C
results in a decline from 350 to 267 kg/cm? in the ultimate
strength of the specimens while the true sp. gr. rose from 1.87
to 1.91, apparent sp. gr. diminished frorn 1.52 to 1.54, porosity
increased from 18.7 to 23.13%, oxidizability declined from 16.04
to 13.39Yo, and friability increased from 4.03 to 9.41,10. The re-
sistivity of the specimens dropped sharply as baking tempera-
Card 1/2 ture rose from 400 to 7000C and then remained virtually stable
e,

SOV/ 137-58-9- 186,15
Effqct of Certain Factors Upon the Quality of Self-baking (cont.)
at a level of f~;62 ohms-mmZ/m. As baking rate was increased from 25 to
1000 per hour (final baking temperature 900o), the strength of the speci-
mens dropped from 320 to 267 kg/cm2, porosity increased from 22.3 to
23.87o, oxidizability from 6.78 to 13.397o, friability from 3.61 to 4.1670, and
resistivity from 57.5 to 61.5 ohm-mmZ/m. Measurements of specimens
taken from industrial E also revealed that the cracking of the volatiles in
the pitch and the graphitization of the working end of the E caused the resis-
tivity to drop from 60-70 to 10-40 ohm-mmZ/m, while their strength in-
creased. Segregation of the solid carbonaceous components of the E was
revealed, as manifested in the reduction of the strength of the E from 280-
300 to 100-140 kg/cmZ. It is shown that normal conditions for E operation
can be attained only when baking conditions are stable.
A.Sh.
1. Electrodes--Processing 2. Electrodes--QAiality control 3. Te,=erature--Effectiveness
Card 2/2

AUTHORS: -Gasik, 711. !., Yeinlin, B. I. S07/52-24-10-1,;/~
TITLE: A Rapid Analysis of Carbon-Free and Carbon-Low Ferro-
chromium for Silicon Content According to the T.E.M.F.
'Met, hod (Thermoel ectromot ive Force Method)(Ekspress-analiz
benuglerodistot;o i malouglerodistogo ferrok.hroma na
soderzhaniye 'Kremniya T.E.D.S.)
PERIODICAL: Zavo,13kaya Laboratoriya, 1956, Vol 249 Nr loj
pp 1218 - 11210 (USSU)
ABSTRACT: To obt,%,in the maximum efficiency of flurnaces that fuse
the sorts of ferroc;,romium mentioned in the title
according to the silicothermal method the silicon
content in the metal after the treatment iE; to be kept
at 1,0 - 1,5/7"o. The method of-determina-tion for silicon
riorked-oCk in the prcsont case is based on the dependence
oil the t2ermoelect-romctive force of the pLir allDy -
thermoelect rode up-on the ciemical composition of the
alloy, up-on the tempcrature, and up-on other factors
(Ref 1). For the analysis a do!vice described in t-e
Card 1/3 literature (Rof 2) was used. The temperature of the

A Rapid Analysis of Carbon-Pree and Carbon-Lo-a S01/32-24-10-18/70
Ferrochromium -for Silicon Content Accordin-v to the T.L.M.F. Xethod
(Thermoelectromotive Force Method.)
hot thernoclectrode was mncaourcd by meano of a
mercury t'iermometer with an accuracy of + 10. A
diagram showing the T.E.:,!.F. as a function of the silicon
content at three different tenperatures is reproduced
in the paper. The inclinition of the line shovrs
that a temperature of 3000 is moot !"Uitable
., rapid analysis. Thz! chan,-.,e in carbon content
in the 71,etal for evE!ry furnace varies only little;
in the case of ferrc)ch:,,omium of the type Khr J000 it
amounts to 0,06-0,1%, i-:hile in the case of fusion
furnaces for the tn,es KhrOO and KhrO it is 0,11-0,25.
'There are I fii;ure and 5 referenceo villich are Soviet.
ASSOCIATION: Dnt3propetrovskiy metallureicheskiy inotitut (Dnepropetrovsk
Me-1-allureical Institute)
Card 2/3

A Rapid Analysis of' Carbon-Free and Carbon-Low SOV/32-24-10-1f,/7~,
Ferrochromium f'or Silicon Content Ac.-,ordini,- to the T.E.I,I.F.Method
(Thermoelectromotive Force Method)
Card 3/3

DEKWOV, N.M., inzh., otv. red.; KHAVCHKIK09 V.A., inzh., zames. otv,
red.; RAGULINAp R.I., inzh.p red.; YIN, A.P., kand. tekhn.
nauk,, red.; GASIKy 14.1. assistenp red.; ZELIDIN, V.S.) inzh.)
red.; SAKHWI-OV'-,-U~ -S-eLc1-'-; BELIKOV, Yu.V... inzb., red.;
KOCHERGA, N.T., ved. red.; SYCHUGOV, V.G., tekhn. red.
[Development of the iron alloy industry in the U.S.S.R.).'Raz-
vitie ferrosplavnoi promyshlennosti SSSR. Kiev, Gos. izd-vo
tekhn. lit-ry,, USM, 1961. 243 p. (MIRA 151.4)
1. Ukraine. Gosudarstvenr*ry nau.chno-tekhniches1dy kmitet.
Institut tekhnicheskoy informatsii. 2. Zaporozhskiy zavod
ferrosplavov (for Dekhanov, Krexchenko, Ragulina).. 3. Dnepro-
petrovsk.V metallurgichosk4- institut (for Gasik,, B61ikov).
(Iron industry)

AUTHORS: Khitrik, S. I., Doctor of Techrical 56c:-ces; Volkov, V.
Yoti-, h.,"I., Cd'didate o' Tecmical-'
Nikolayev, V.I., Engineers;
0
T
Sci6rces; Gas; 1~.T Assistant; Yernlin, B.I., ---hicer.
TITLE- Industrial ex-oorii--ncc with the'vactnurn treau-nent of iror, alloys.
SOURCE: Razvitiye .-errosplavnoy promy~)-Jenrtosti S-SS.V'.. Ed. by N. M. Duk-hanov
-and other-,. Gostekhizdat USSR, -961, Z31-2-10.
TEXT:" The paper describes vac'uun-i techniqucs applied by the
School of Electrometallurgy of the Dnepropevrovsk Institute of IVIC'tallurgy, jointly
zlwye Iron-Alloys Plant, foz the nnall-dn- of dease iint-lots irce ofl~as
blo,wlholes of C-free ferrochrome and metallil: IMn. The viork xvas be~-un in 1953,
and the present pauc. describes the improved vacuum chainber and punnping 6ySte-m
developed since i955 and L950' (schernatic cross-z;uction sho%vii). The vacuum
chz~mber comprises -- nnetallic co:itainer with an int-c-.nal lindna of a siiule rovq of
firebtick. The removablc: cover is water-coolcd and, while not protectcd b,Ir a lin-
ing, is shielded from the heat radiation of the liqttid i-notal by means of a shtiet-
metal screen. The pun-ming plant, which is connected to the chan-.ber by ricans of
hainber. A rriultiple-
a large-*diarn conduit, is placed at a distance ol' 25 m frorn the C.
Card 1/3

Industrial experience with the vacuum S/76-1/61/000/000/003/003
unit -,oina system is used. - With the use ol a single P3,IK-4 (R-%,fK-4) pump, the
-e sidual pressure attained is 30-40 mrn Hg; -the additional operation of 2 BI-'.'-6r
6 G) pumps reditces the pressure to 8-15 inni Hig after 7-9 min. The chi!mical
co-n-oosition of the metal after various hold5 in ;!-,e iadle prior to vacu,,,m t.-catment
and ior variou.s durations of the vacuum treatalent is slhowi,. and it is estaalished
that the Cr.0 content in the slaos decrea-Ses on the mear, by 24,7~ and the FeO content
0
-6c;creases ByI00i'6. This dec_reaase is attributed to an process of reduction of these
o:ddes by Si and also by the'SiO and, GO o~:idc s' whicil form durin- the oxidation of
Si and C in the rnetzi. The beneficial effects of :he vacuum treatment are also inter-
D,. eted re spectto the decarburization OIL fe r rochronic. and othe Zs. Tile r 6sults
;f this vzork have been brought into practical opera,~ion at the Zaz)orozli'yc Iron-
Alloys Plant. in IMarch 11,157 a vacuum equipi-nent was also estaLished at P_~anl- No.
3 for the vacuum treatment of metallic .'VIh(:reas in 1957 only 3",!j of the total
"errochronne production was vacutarn-treaicd, in 1955 ncarly 50~o of the total ferro-
chrome i3roduction was vacuu-n-treated. A farther sLudy of the favorable effect of
vac,,_-_,~ -.1 treatment on the quality of ierroclironc, Lerronianganese, ferrosilicon,
-n -nei
_:.,~,,ancse, and sili~:ochronlc is recon ~i -,6ed. it `:5 also to study
of vacuupi treatment of iroll 4110Ys. Or, thu quality of the alloyed steel. The
e-x,parience of the Zaporoz*-ye Iron,-Uloys Plant substantiates the tr-chnical and
econornic advantages of a broad-scaLe vacuum trearcment o" 1'errochrome and metallic
Card 213

lndust--ial c%pcricnce with the vacuum .... S/76-1/61/000/000/00SIO03
Mn aL other plants also. There -are 2 figures, -1 tables,t' iind 8 references U..'
a s: ""vans, J. ,Pr c
Russian-lannuafle Soviet and 2 En"lish-lan-maue origin, obi s 0~
NIAitchells,
'N"Oetern Urgy, no.1, 1954; Sally, Brandcs,
j. T St. ' tion).
-r. L~Vf C t. V. 8, 1953; the first of these :in 11.ussian transla
A
ASSOCIATION: Dnepro-petrovskiy metallurgicheskiy idstitut (Dnepropetzrov~k
urgical Inst-ute) and Zaporozh!jkiy Zavod Ferrospla'~ov
(Zaporozh'ye Iron-Alloys Plant).
Card 3/3

YEMLIN, B.I.; GASIK, M.I.
Determinntion of the carbon content in ferroochromium by the method
of thermoelectricity. Zav.lab. 219 no.2:201 163. ONURA 160)
1. Dnepropetrovskiy metallurgicheskiy institut.
(Clarbon-Analysis) (Chromium.alloys-Electric properties)

GASIKI SHCHESNO, L.P.; KHITRIK, S.I.
Corrosion resistance of stainlesit chromium-nickel step' made with
the use of.various brands of ferrochromium. Izv. vys. ucheb. zav -
chern. met. 6 no.11:79--87 163. (MIRA, Mij
1. Dnepropetrovskiy metallurgicheskiy Inatitut.

IGNAVY?,V, 7,.-*J.; RAD'NOVIC11, A.V.; OASIX, M.J.
I mprovi rig f. he me thoda of qua nt I vo I ve unnVr, A a r~f ux ~ eta ina I ta I! (,tin - ,
In carbon--frp,) ferrochromium. Nauch. Lvudy U41 no,5-1~2.93-101 -16L ~
(Ml PA 1714.10)

GALITSKIY, Yu.P.; CKYKO, N.M.; -.-ij; YEMLIN, B.I.; PER-MAZKO,
A.T.; BOGDAIICHENKO, A.G.; RALIKOV, G.P.
Using a thermoelectric silicometer in the making of transformer
steel. Stall 23 no. 3:231-232 Rr 164. (MIRA 17:5)
1. Dnepropetrovskiy metallurgicheskiy institut i zavod "Dneprospets-
stall".

L 33544-65
ACCESSION NR' Ap5ooqi~,6
i-conditions. 'Howaveri juild'Jothts' of the~'.Sleel tend to pitting, which, reactifis
,4
la.depth of 3 mm/year,
'iticIte4lo typ~~OOKUSN20 can be used for work wit I
Low-carbon auston
I oxidizing -media. -The iiaxhuum~ decrease im ]the carbon of the steel must provide V
0 C D' th,' 'stedl and its weld Joints nder th
the necessary corr sil,n resistance r a; u a
;-LndLcated,condLtLons#'. 2t
6-uCaamples oil,extremely low-cartion vacuum-thtrmal fetrochrochrom-
ium steel were prepared -in Induction - f urlini-es at the Yuzhnotrubnyy Metallur;4
gical 111ant. and the Dn0prospetsetal -Plaiiti, The chemical content of the
steels is shown in TabIle 1.
it was rolled into shecAill:!t :0
After the was poured, nto- ivigots a
Welding was done by arljon are with a- tunifsten electr6de. The welds were
~tested for corrosion ritsistance in a, 65%~sil)lution of HM03 for 144 hours
I (solution replaced of t0r, 48 hours) and 6r'100 hours in a 98% solution of
'boiling HBO eats in shown in Table 2. For purposss~
31 - The realilts the -t 4
r,f comparison, results'are shownin the iable of testa made on weld joints (if
B1417 steel (0.11% C -23.3% Cr,'20.44 Hi, MMSi, 0.67% Mn, O.OL3% 31
type
0 37% P). The samples were compared uMlew the same conditions as the testi
-did not change In
The 1esteid we a Lssmpiii,fi, P, an&Sh
e of i?~4teel 84M4? ~brros olu
appearance j': but the &urJ!1a*-s,*___.___. fas exhibited extena.kY~,%
.6

L.33544-65
Off-W.-AP500917,67---l 7-
a of 91417 steel samples exhibited the greatest corrosion attack
Weld
-gh car G t. v xtreme ~.-,orrosion. It is interesting
~The.hi bon canten' invited~e' t
that' the stability of t ps,E1417.steel t6 lin oxidizing medium such as .3 65V-
...solution of HN03 increased considerably After cold working. The unaffected"
:portions of the steal,~eformied during stamping were distinctly evident,j
Hicrostudy of t6a samples after corrosion tests~revealed that welds