SCIENTIFIC ABSTRACT KUSEMBAYEV, KH. N. - KUSHAKEVICH, S. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000927820010-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

VIROGIUDOV, V.S.p inzh.; ALIT511ULEA, M.A., kand. tokhri. rtriuk; r-OLYAFOV,
V.G., Inzh.; KWIOUX111, A.1j.p inzh.; KA;,JIAZIII, V.I.p doktor tokhn.
nauk; ZAIKIN, S.A.; inzh.; OSTROVSKIY, G.P.p inzh.ldeceasod);
NAUMUTKO, P.I.p inzh.; BOBRUSHKID, L.G., inzli.,* RUSTAMOV, I.I.p
inzh.; SHIFRIN, I.I.p inzli.,- GOLOVANOV, G.A.# inzli.; ICIASOVSKIY,
L.A.p inzh.; TSIMBALENKO, L.N., inzh.; RAVIKOVIC11, I.M., inzh.;
BAZILLVICH, S.V., kand. tekhn.nauk; Zoll I I.P., inzh.; ZZUBAREV,
S.N., inzh.; TIKHOVIDOV, A.F., inzh.; SHITOV, I.S.I. inzh.;
GAMAYUROV, A.I., inzh.; KUSEMBAYEV, Kh.N., inzh.; DEKHTYA,9EV,
S.I., inzh.; VORONOV, inzh.; BURMIll, G.M., inzh.; BARYSHEVI
V.M.., inzh.,- GOLOVIN, Yu.p., inzh.; M"IERIKO, K.F., inzh.;
:ffCHKOV, L.F.$ inzh.; NESTERMKO, A.M., inzh.; KABA11OV, V.F.
1.
inzh.; PATRIKEYEV, N.N., inzh.Cdeceased]; ROSSMITI A.F., inzh.;
SOSEDOV, 0.0., inzh.',* POKIOVSKIY, M.A., inzh., retsenzent:
POLOTSK, S.M., red.; GOLIDIN, Ya.A., glav. red.; GOLUB-vATjTIK0VA,G.S.,
red. izd-va; MUMMA, Z.A., tekhn. red.
[Iron mining and ore dressing industry]Zhelazorudnala pro-
nyshlonnost'. Moskvap Gosportekhizdat, 1962. 439 p.
(MIRA 15:12)
1. Moscow. TSentrallrjyy institut infomatsii chernoy metaUurgii.
(Iron mines and mining) (Ore dressing)

MUSTAFIDTA, A.M.; KUSEMBAYEV, Kh.N.
Seleotion of effioient dimensionis for the working face of the
ESh-6/60 excavator in the Sarbay Pit. Trudy Inst.gor,dela AN
Kazakh.SSR 9s88-94 162. (MM 15:8)
(Kustanay Province-Kxcavating machinery)

YU,;L4FINA, A.M.; RLOEMMAYEN, - USCJV, F.M.; SAIM"o-OV, G.KY,.
Selection of the optimum parameters for the dump In using
ESh-6/60 walker dragl1nes In the Sarbay Mine. Trudy Inst.
gor. dela AN Kazakh. SSSR 10:105-109 163. (MIRA 16:8)
(Kustanay Province-Fxcavating machinery)

KUCWEI: II L~.I. CanIU01. Sci -- (dirs) "InHeators oil
Carbohydrophosphorous Yetabolism in tho Livor of imttw_
P./,, I/ I
Cattle". L'vov, 3.957, 16 Pazn,3 (1-4*i"iculturo e--~ ,
u
AsSR. LIvov Zoo-/vot In3t). 100 copies (-,1, 10-51319 120).
- 19 -

21-4-24/24
AUTHORSt Gzhytsfk77, S.Z., CorreaPorxHmg Member of the Ukrainian Academy
of Sciences,and Kusen, S.T.
TITLE: Investigation of the Glycogen Level in the Cow Liver (Doolidsh-
annya rivnya hlikohenu pechinky u koriv)
PERIODICAL: Dopovidi Akademii Nauk Ukrainalkoi RSR, 1957t #49 PP 413-416
(USSR)
ABSTRACT: Extensive investigations were conducted on determining the
glycogen concentration in liver samples of cattle obtained by
means of biopsy, The glycogen concentration fluctuates from
0-595 to 4.327 %, being higher in winter than in summer. Indi-
vidual fluctuations were also observed.
Administering of glucose into the blood (as well as administer-
Ing glucose preceded by an injection of insulin) results in a
double effecti an increase of the liver glycogen concentration
With a low initial level, and a decrease when the level was
rather high.
Card 1/2 The regulation of the blood sugar level in cattle is probably

TITLE: Investigation of the Glycogen Level in the Cow Liver (Doslidzh-
ennya rivnya hlikohenu pechinky u koriv) 21-4-24/24
due to the great capacity of the liver for synthesizing sugar
from volatile fatty acids.
The article contains 2 tables,
There are 10 references, 2 of which are Slavic.
INSTITUTIONt Institute of Agriculture and Livestock Raising of the Ukrainian
Western Regions
PRESENTED M
SUBMITTEDi 2 October 195b
AVAILABLE: At the Library of Congress
Card 2/2

GZHITUIY, B.Z., professort GOLOTACH. Y-Ne, Imndidat biologicheek1kh nauk;
PUPIN, I.G., k&udi"t biologichookikh nauk; PAMT, Y.Tu,, Imudidat
b1ploctchookikh,muk; KUMM' S.I. pirant.
Itiology of chronic hamaturia In cattle, Toterinarile. 34 no.3t44-"
W 157. (mm 1016)
1, Ohlon-hrrespo"out Asdonji mauk Ukrainskol SSR (for Gehitskly),
shivotnovaUtva sapadnykh raronov Vemiiakey
(RomaturIO (Cattle--Diseases and posts)

II)OV/21-58-2-27/28
AUITHORS: Gzhitakiy, S.Z.,
Correspondi"19 Member of the AS Ukr3OR? and
S.Y.
TITLE: -V-efh-63T5-af-jv"LX_BiOP3y in Cattle (Metodika biopsii pecheni
krupnogo rogatogo skota)
PERIODICAL: Dopovidi Akademii nauk Ukrain3lkoi RORs 1959, 'Tr 2,
pp 228-229 (USSR)
ABSTRACT: Very little has been written about the np?lication of biopsy
to cattle. The reason for this has been the technical diffi-
culty of obtaining pieces of an organ from live animals,
Therefore an apparatus for performing biopsy was designed in
a laboratory of the 3cientific Research Institute of Agri-
culture and Cattle-Breeding in the Wiestern Regions of the
UkrSSR. The present article gives a description of this
apparatus and of the method of its application for obtaining
liver tissue from live cattle. The laboratory porformed
about 250 of these experiments, and liver samples were taken
from some cows over ton times.
There are: 1 photo and 8 references, 2 of which are Soviet,
Card 112 1 German, 2 American, and 3 English.

?,',ethods of Liver Biopsy in Cattle
SOV/21-58-2-27/28
ASSOCIATION: Nauchno-issledovatellskiy inatitut zemledeliya i zhivotno-
vodstva zapadnykh rayonov Ukr53R (Scientific Ilesearch In-
stitute of Agriculture and Cattle-Brooding in the 7.'estern
Regions of the UkrSSR)
3'~'B,Y,ITTED: April 8, 1957
NOTE: Russian title and
tions appearing in
literation.
Russian namos of individuals and inatitu-
this article have been used in the trans-
Card 2/2

HORS: Fuaen', S.I. and Pupin, r.(,.
UTH
TITLE: On the Problem of Rhythmic Fluct~iqtions of the '2-ico,-en Con-
tent in the lAvor of Cattle (K v,,prosu o ri t~-,iichrostl kole-
bani
y soderzhani~ia plikoeena v pecheni krupno.p,,z) ro,,xntoro
skota)
! C) D I C A LDopovidi Miademii nauk Ukrains'koi 1-n.-R, ':r
PP 977 - 979 (USH)
1IBSTRACT: The authors nresent the results of investip-ations carried
out on 13 cows from the Llvovskiy mya3okombinat '71,1vov '.'eat
Combine). By means of biops.-,,, samples of liver tissue were
taken 5 to 6 times, at 20-minute intervals, from each animal.
In addition to this, liver samnles were taken 4 times from
3 cows at one-minute intervals. The concentration if zlyco-
e,-en in the liver tissue was determined by the method of 1103d,
Kramer and Somo,7,yi fief. g. The results of these studies
show that the glycogen concentration is constant!-: cl-anrinx
wl-iich confirms a previous h.vpot~,esis, by the aut~iors and
Soldatenkov ZRef .47, as to rhythmicity in the exchan,7e of
carbohydrates in the liver of cattle. sz):--e animals a
20-minute cycle of glycopen concentration fluctuations 'gas
observed, in others a 40-minute, and with still others, even
a lonf-rer cYcle. A transient form, when the 20-,,,niinute c,,.,,cle
Card 1/2 alternates with a longer one, occu--s most freauently. '.'~ h e n

On the ~'roblem of Rhythmic Fluctuations of the ';Iycoglen Conte-1, in t~J,
Liver of Cattle
the glycogen content was determined in various parts of the
liver samples of the same animal, onl.v insignificont differ-
ences were established, a fluctuation in the range from 10
to 140 There are 4 graphs, 1 table and 9 references,
4 of which are Soviet, 1 American, 2 Fn~-lish and I Scan-
dinavian.
ASSOCIATTON: iNauchno-issledovatel'skiy institut zemledeliya i zhivotno-
vodstva zapadnykh rayonov UkrSSR (Research institute for
Agriculture and Cattle-Breeding of the Nestern Regions of
the UkrSSR)
PREUNTED! By IMember of the UkrSSR, ',',.F. Gulyy
SUBM,ITTED- April 3, 195B
NOTE: Russian title and Russian names of individuals and institu-
tions appearing in this article have been used in the trans-
literatior
1. Liver--Analysis 2. Liver--Performance 3. Glyco,.7en--Determination
Card 2/2

PUPTN, 1. G. and LUSEN, S. 1. (USSR)
"Biochemical Processes Jn Rimen of Cattle."
Report presented at the 5th Internat:onal Biochemistry Congress,
Moscow, 10-16 Aug 1961

2~ur. 35
3
t~~, C147,' 1 ..-hem

KUSENI, S.I.; FORODKO, i.S.; DOTWA, V.Ya.
Arginaso aci.Lvity of the muccous -membranezi of tFa gu3trointestinal
tract wal'i. in 11-~tal and adult cattle. Dop. All IIRSR no.5:617-620
164, (HIRA 17:6)
1. IJkv,,iiu.,,kiy iilotLtut I blo-
zhivotnykh. Prodstavieno ~kmdemlkom
AN 11krSSR. I.I.F.Gulyn. philyi, vu.).

M N POIRODKO, "LJWDA, '--.Y-3.
ArginFL5-- nctivity In Of fed c7,
C-talt chloride. Dop. All (MI-RA 17:9)
1. Ukrair:zkiy .1-1ziclorli j.
bickidmil gf,,llskoknr)zynyr,#,,i.,!n!~~ki~ F r- c: 1v 1 o i i
akndomikam All lJkr'j'iR M.F.Gul~7,. F lyip 1.%f- ,

S.I.; SHVETS, S.F. [Shvets', S.F.]
Phenols in.procipitates obtained during the action of trichloroacetic
acid on liver tissue and the digestive tract wall of adult cattle
and retos6s. Dop. AN URIR no. 12:1625-1628 164. (MIRA 18:1)
1. Ukratnokiy nauohno-ia*ledovfttel'skiy institut fiziologii
biokhlmll selIsk6Xbozyaystvennykh zhivotnykh. Predstavleno
akademikom AN UkrSSR M.F.Gulym [Hulyl, M.F.J.

KUSENI, S.I.; MASLYANKO, N.F.; KOTSYUBA, M.D.
On the chemical composition of fetal mammary glands in cattle.
Ukr. biokhim. zhur. 36 no,2t267-275 '64. (MIRA 17tll)
1. Ukrainian Research Institute for the Physiology and Biochemistry
of Domestic Animals,, Lvov.

KUSENI, S,I.; SHVETSP S.F. [Shvets'. S.F.)
- ~ --z--
Concentration of conjugated phenol compounds in the tissues of
the liver and the walls of the alimentary tract of fetuses and
adult cattle. Ukr. biokhim. zhur. 36 nc.5:756-766 164.
(MIRA 18:6)
1. Ukrainskiy nauchno-issladavateliskiy institut fiziologil i
biokhimii sellskokhozyaystvennykh zhivotnykh, LIvov.

KUS'EN', '3,1,; YANt TICH, V.,C,~ V,H.1
Content c-~* and ketone bcaie7, ~n ~hf-z li-ver, and -Irine
- I nc.l,;1.72-
of catAle as relaled to theIr age., Ukr. biakf-,m. zj-p.,-. -7
1 '11() 1615. (MIRA 18.~,)
; Tj'Kr,,Jniin flrs~i.arr~h it C.,i' %1,.r., oj - - In i
- . . Lll~,, .- - .
of Domcmt,, Ani-mals, Lfvov.

KUVNI~ S.I.; SOLOGUB, L.I. (Solahubt L.I.]
I- I -
Content of carbohydrate-phosphoruo metabolism products in the liver SXA
blood of cattle as related to age. Ukr. biokhim. zhur- 37 no.31437-446
165. (MIRA 180)
1. Ukra-inskiy hauchno-issladovateliskiy institut fiziologii i bio-
khWi seltskokhozyaystvennykh 2hivotnykh, LIvov.

6EL-D
KUSENYO, F.G.; GFLYD, P.V.
. -~7~~
The thermochemistry of the Oxides and carbides of Nb.
report submitted for the 5th Fhysical Cheinical Conference on
Steel Production.
P, ~!Cr-,C(- W
I "! - -) --
.) 0 juti Wj

, "' MYSIRKO, F. G. ; UL I D, P. V.
Heat capacity ard changes of the isothern-tsobar potential during
the formation of Mobium dioxide. Trudy Ural. politekho inst.
A0692:121-124 059, ()WU 13:12)
(Nidbium oxid%)---Thermal properties)

KMICM, F.G.; GELID, P.V.
Heats of formation of niobium oxides and carbides. Izv.Sib.otd.
All SSSR no.2:46-52 160. (MIRA 13:6)
1. Urallskiy filial All SSSR.
(Niobium compounds) (Heat of formation)

6965,6
(7) S/180/0'0/000/02/012,/028
0 0 EM/E135
AUTHORS: Gelld, P.V,, and.Kusenko. F.G. (Sverdlovsk)
TITLE: )nJand S-Re-c-Ifl-effe-at of Niobium Oxides and
Carbides at High Temp raturris 1\
PERIODICAL: Izvestl~ra Akademii nauk SSSR,Otdelenlye tekhnicheskikh
nauk, Metallurglya i toplivo, 1960,Nr 2, pp ~9-86 (USSR)
(# I M)
ABSTRACT: The authors outline the present partly unsatisfactory
position on the specific heats and heats of formation of
substanc-,gs involved in the increasingly important
c~ar.~,)thermic process for the reduction of niobium oxides.
Table 2. compares heat-of-formation values given by
various workers (Refs 12-16), showing considerable
differences. They go on to describe their own investi-
ga t4 or, of the heat contents of* niobium oxides and carbides
at 273 to 1840 OK. The niobium pentoxide used for
preparation was purified by fractional precipitation and
vacuum heating. Lower oxides were prepared by vacuum
heating of briquettes made of this with niobiumt finally
Card at 1800 OC, Chemical compositions were determined as
115 described by GUT,evich and Ormont (Ref 19) for V - C - 0;
phase compositions by X-ray diffraction with a type RKD

69656
S/180/60/000/02/012/028
HIII/E135
Heat Content and Specific Heat of Niobium Oxides and Carbides at
High Temperatures
camera. For temperatures up to 1500 OK the classical
method of mixtures was used, the apparatus and
differential method being as described by Serebreanikov
and Gelld (Ref 21)2 with 12-g samples, carefully degassed,
sealed in a Pt - 10% Rh capsule. Experimental errors
are estimated as not exceeding 0.8-1.0%. For determina-
tions at 1500-184,0 OK a vacuum high-temperature calori-
meter was used, the thermal equivalents of both
calorimeters being determined electrically against the
reliably known (Refs 227 23) thermal capacity of oorund:um.
Heat capacities of capsules were found in a special series
of exgeriments. As previously (Ref 21) experiments at
0-25 0 were carried out to convert I%H values to
298.16 0K. The heat contents for Nb20 are shown in
Table 3. The authors represent their Lta which relate
Card to the high-temperature modifioationv by
2/5 6HT a 38-76 T + 1.77-lo-3T2 + 7.318-105T-1 - 11+162
298.16 (3q 1)

69656
S/180/ 60/0 0 0/02-VO !2_102-8
Elli/E13 r"
Heat Content and Specific Heat of Nlobium Oxides and Carbides at
High Temperatures
and compare (Fig 2) their results with those of Orr
(Ref 18). The same Table gi~ies the data for NbO5t; the7
are represented In Fig 3~ The relation is
T + 3,o,.,1.k-.jo-3T2 + 2~421,-105T-l - 4+60
t~x T
(Eq 4)
w,hll,. abo-,,e 1080 OK it is
6 HT
298~16 = -8060 + 21.2ST (Eq 6)
The resul"Us for NbO and Nb are shown in Tal&.,~le Lr and Fig 4.
The relations are represented by,,, respectively',
AH T = 10.04T + 1.175-lo--3T2 + 0,783-105T-1 - 3359
and 298J.6 (Eq 8)
AHT = 5.60T + 0.655-lo-3T2 - 1727 (10)
Card 298.16
3/5 The latter relates to a sample with 0,5% by weight of
dissolved and combined oxygen. For --arbides the results

69656
S/180/60/000/02/012/028
Elll/E135
Heat Content and Specific Heat of Niobium. Oxides and Carbides at
High Temperatures
are shown in Tables 5 and 6 and Fig 5. The relationships
are.,
Nb C T
50: 6H298
0
16
7.91+T + 0.750.lo-3T2 +
.
. + 1.025-105T-1 - 2776 (14)
Nb CO-7491 &H
298.16 8.95T + 1.1^7.lo-3T2 +
2-
+ 1.26-105T-1 - 3190 (16)
Nb CO.8678tAH298.16 9-70T + 0,995-10--3T2+
+ 1.51-105T-1 -31+85 (18)
Nb C 0 T
00 H~98
16
1 79T + 0.863-lo-3T2 +
10-
.
. + 2.15-105T-1 -4-013 (20)
The authors point ou t that their data together with
Card available data can b e used for thermodynamic calculations
1+15 on equilibria in the systems Nb - C - 0 and Nb - H - 0
and related ones. LK

69656
S/!80/60/000/02/012/028
Hill/9135
Heat Content and Specific Heat of Niobi'uM OxIdes and Carbides at
High Temperatures
There are 5 figures, 6 tables and 24 references, of
which 12 are Soviet, 10 English and 2 German.
SUBMITTED: November 30, 1959
iwm

'7-)
S.-
AUTHORS: Kusenko, F.G., Gel'd, P.V.
TITLE: On 3ome Properties of &_02 6
82U0
s/14q/6o/ooo/oo4/Oo_3/0Oq
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Tsvetnaya metallurgiya,
1960, No. 4, pp. 102-106
TEXT- In a paper published recently on the heat capaciib~ of Nb02 within a
temperature range of 298-1,5000K, the authors assumed that Ege-re was a phase trans-
formation near 7500C. To check this a8sumption and tb.study the properties of
Nb02 near the temperature of the supposed transformation, the authors investigated
the heat content, electric conductivity and thermal expansion of synthetic Nb02
within 298-1,5000K. The NbO2 compound was prepared from a briquetted mixture of
purified niobium pentoxide and niobium metal powder, by annealing at 1,5000C In
a tungsten vacuum furnace. The temperature dependence of the NbQ2 beat content
was investigated by the differential mixing method. To protect the preparation
from oxidation, it was placed in a platinum-rhodium alloy ampoule. The heat content
of the empty ampoule and of one containing the sample was investigated in an
adiabatic calorimeter. The temperature was measured by a potentiometer. Results
of the experiments are shown In Graph 1. The temperature dependence of NbO2 heat
Card 1/2

82h4o
On Some Properties of Nb02
s/149/60/000/004/003/009
(1): T
content up to 1,0100K can be expressed by the Mayer-Kelly formula A R;11
- -546o + 14.681 T + 3.078 - 10-3T2 - 2.421 - 10:1-1. The temperature dep'Mence
of the Nb02 heat ca acity is described by formula (2); CP W 14.681 + 6.156 ,
I 10-3T - 2.421- 109T-2. Above 1,0800K the heat content increases linearly with
temperature up to 1,5000K. In the range of 1,010-1,0800K the heat content in-
creases at an anomalously high rate, resembling temperature dependences of substances
undergoing phase transformations of second order. The heat capacity increases
rapidly but monotonously with raising temperature up to 1,0100K. It Is constant
over 1,0800K. Between 1,010 and 1.0800K a typical A.-Point is observed. The data
obtained indicate the possible phase transformation of NbO2 near 7500C. To verify
this, the temperature dependence of electric conductivity and thermal expansion of
NbO2 were studied. It was established that NbO2 was a semiconductor whose energy
gap changed from 0.66 ev at 2980 - 7150K to 1.41 ev at 9500-1.0500K. The trans-
formation of Nb02 appears on a graph (3) where the curve 6=(p (T) suffers an
abrupt bend at 1.0500K. Dilatograms of two NbO2 samples (Fig. 4) reveal clearly
the changes in the temperature curves of expansion near 1.0500K. Consequently,
the conclusion is drawn that NbO2 undergoes a phase transformation near 1.0400K.
There are 4 graphs and 9 references: 7 Soviet and 2 English.
ASSOCIATION: Ural'skly politekhnichesRiy institut (Ural P61ytechnic Institute)
SUBMITTED- September 18, 1959
Card 2/2

S/079/60/G30,1/011/025/026
B001/B055
AUTHORS: Kusenko, F. G. and Gelld, P. V.
TITLE: On the Heat of Formation of Niobium Pentoxide
PERIODICAL: Zhurnal obshchey khimii, 1960, Vol. 30, No. 11, PP. 3847-3848
TEXT: M. P. Morozova and L. L. Getskina, in their recently published
report (Ref. 1), stated that the heat of formation of Nb 205 from the
elements is 472.5 kcal/mole. This value was obtained from the heat of
formation of a preparation containing 98.5% Nb. At about the same time,
the authors of the present publication studied the heats of formation of
niobium oxides and niobium carbides (Ref. 2), using a metal which also
contained 98-52% Nb. The heat of formation of Nb 2 05 as determined by them,
however, was 458.6 kcal/mole. The great difference between these two values
(Refs. 1 and 2) induced the authors to carry out further calorimetric
mea3urements using purer metal (99.01~6 Nb, 0.94~6 Ta, 0.04~4 0; no Ti, Fe,
Si or C) which had been sintered close to its melting point. Two series
Card 1/2

On the Heat of Formation of Niobium S/079/60/030/011/025/026
Pentoxide BOO1/BO55
of tests were carried out and the completeness of oxidation was checked
after the tests. The mean values of the two test aeries were 99-33% and
99.10%. Corrections were made for incomplete oxidation and the Ta and 0
content of the initial product, assuming that tantalum is quantitatively
transformed to Ta 205 (499 kcal/mole, Ref. 3) and that the oxygen forms a
solid solution in niobium with a heat of formation approximating that of
the niobium oxide formed from the elements (Ref. 2). The calorimetric
data and corrections are given in the table. From this it can be seen that]
the heat of formation of niobium pentoxide,6M it -455.1 +- 0.5 kcal/mole, a
result which is in agreement neither with the authors' previous results
(Ref. 2) nor with those of G. L. Humpherey (Ref. 5). So far, no other
exact studies on the present calorimetric question have been published,
so that supplementary checking measurements will have to be carried out.
There are 1 table and 5 referencest 4 Soviet and 1 US.
ASSOCIATIONt Institut khimii Urallskogo filiala Akademii nauk
SSSR (Ural Branch Institute of the Academy of Sciences USSR)
SUBMITTED: March 5, 1960
Card 2/2

KUSENKOt F. Go, CAND TECH SQ,If "ON THE THERMOCHEMISTRY
-04~
OFI~CARBO~,kWTHERMIC REDUCTION OF NJOBIUM TETROXIDE."SVERD-
LOVSK9 1961. (MIN OF HIGHER AND SEC SPEC ED RSFSRt URAL
POLYTECH INST IM So M* KIROV). (KLV 3-61, 217).
223

3/ 1 - 7/6 2/CGG/V03VC0 1/201
51X)11~jlo 10
AUTHORS: Kusenlro, F. G., Gelld, P. V.
=TLS: On thormoc'lheni3try of nloblum, ox]des and! carbidez
PERIODICAL: Referativnyj z1lurnal, NetallurZiya, no. 4, 1(1~6)2, 6, a~c;.-.tract 4AZI,
(V sb. "Fiz-1rhim. oznovy proiz-va st-ali", ,:oscow, ;4N SSSR', 1961,
41 - 51)
T-7-'T: 7he ticats of .'or,,::a'6!on of Y,) oxide.- and carbI.1je.-, arr rP;e;--,rIned by
combustion in a cylinder; heal. capacities are measured b., the method of mixing
~n aun adiabatic calorimeter (thesubstances ...,ere placed in '-.ermatlcally soldered
Ft_-~h-ampoulez) . Lo-aer Nb oxides were prepared f rorn %,b,O- (0.00'_'~ Si, 0.001% "'IE,
4 D 2~., ',,Tb
0.01% Fe, 0.001% A!, O.Oir~ Zn, 0.11/3' Ti, 0.001,05' Cu) and ':,-o metai (93.5
0.3r, Ta, 0. 1% Ti, O.Grz~~ C, 0.028,~j' 11 and abcut 1,% 0) . F cr tne preparation of car-
bides acetylene carbon black was used. "Lrle f0IJ0'.'.'jnZ -,k,'2%1tG -,.:ere obtained:
for Nb 0 -458-6*0.4 kcal/r,-ole; C - 38.70' + 3-514 jo-3 7.318
'_'05 -~,11298 p
105- 2
cal/deoree role (298 - 1,500oIC); for Nb02, 11'2~'98 -191-7-170.4, Cp
14.0181 + 6.1-6 - io-?'T - 2.421-105T-2 (298 - 1,0100-4), respectively. At about
Card 112

S/:37/62/CGI3/G04/CO1/2O1.
On theznochemistry of niobium oddes and carbides A006S/Alo:
!,C40`7K, ","C02 is transformed, .,;hich is crjn_`_i,,:::ed, by :~ioasu: electric con-
ductiv'~Y zmd ther-mal e;rpLns-;cn. ~--Ie t U.0
I U -ransformat.-!.,,~n " '9 kcalk..ole.
in the 1,080 the he-at cap,_cilty cf and equal to
21.23 cal/degree.mole; f or 7,5100 -3 F,6c)p 9 7.7 + 0.5 ..lo heats of for-
ma-tion of hijher and lower 1111b carbl(aCS Wit'.114'1 thO CIL; 6f 01ty WC-0
0 .1 , i .
equal to: for ~~W 17.5 kcaI/g-atcm + C) ,-Ln(-, for
0,72-1.00 '1103 = -
11*CCO - 39-0.51 `~ 1102)3 - 14 .5 kc~i/g-atom (Nb + C) . 11-lea-L cx,;acJ* ties Of carbides Of
three~composit2;ons within the 298 1,500014 ra~iGe are expro,-,sed by equations
(in cai/degree/mole) : ftr NbC C 12.10 + 3.2733-10"T - 3.4-2.'-,()5,,,-2
C) p
0 r L, -,()5-,-2
.L Or 17DC 867, CP = 11.24 + 7-I&I-10"T 3.4-a).1 and f or :~_CC 0 .7491 Cp
IO.LL + 105,-2., ,
1.172.10-:;-, - 3.40- L a6reement of the empirical equations
of heat capacity with experimental data is about
[Abstracter's note: Complete translation]
Card 2/2

3/149/61/000/0()2/003/017
A006/A001
AUTIHORS% Kusenko,, F.G Gel'd. P.V.
TITLED On Equilibria in the Nb_C_O Sys-Lem
PERIODICAL: Izvestiya vysehikh uchebnykh zavedeniy, Tsvetnaya metallurgiya,
1961, No. 2, pp. 43 - 52
TEXT: Among the methods of obtaining niobium metal, the-carbothermic
method is coming into extended use. Literature data on its thermodynamical sub-
stantiatlon (Ref. 1, 2) are only approximate and not based on reliable information
as to the temperature of formation, heat oapacities and stendard entropies of a
series of compounds of the Nb_C_O syst-em. Only re3eratly some authors (Ref. 3-12)
have gathered new information on thermochemical characteristics of niobium oxides
and carbides, permitting a more precise calculation for systems containing con-
densed phases of ocnstant compostion. Equilibrium conditiona in direct and in-
direct reduction of niobium pentoxide with carbon monoxide were studied. In indi-
rect reduction reactions (1 4):
Nb205 + CO 2NbO2 + C02 W
Card 1/6 Nb02 + CO NbO + C02 (2)

3/149/61/000/002/ID03/017
On Equilibria in the Nb-C-OSystem A006/A001
NbO + CO - Nb + C02 (3)
Nbx0y + CO . Nbx0y_1 + CO 2 (4)
are analyzed. Temperature relations for ~ q and lgKr are described by equatiDna
(1) 6, ZO - A - B-T and (11) lgK, - C __ DT-1. In direct reduction the interactions
r
of the gaseous phase not only with niobium, oxides but also with carbon are con-
sidered, C + C02 . 2CO (5). The indices of reactionsof direct reduction are (6)_
(8): Nb2o5 + C - 2NbO2 + CO (6)
NtO2 +C - NbO + CO (7)
NbO +C - Nb + CO (8)
To describe process (5) the following polynomial-n (Ref. 11) are employed: A Zt
- 4o8oo - 41.7 T, lgKr - 9.114 - 8918 T- . Values of A Zt and lgKr.thus cal-
culaled are shown in Pigures 3 and 4. Since redusticn of niobi= pentoxide devel-
ops as a rule step-wise with intermediate formation of Nb02 and YbO, it issaffi-
clent. to analyze reactions with the participation of NbC, Nb2C, Nb, NbO, C and CO.
ind 40eS of interaction with the participation of higher oxides and carbides can
be found from characteristice of reactions 6,7,8 and frcm the reactions below (9-
18)
Card 2/ 6

17
Oil Ecl,.i,* I Ab'ZI.a In V.S !Tb..C .0 syeten
tIbO + 1,5 C.' (1,5 rlbpr, i C 0
NO 4 2,'~ NbC f CO
NbO 4- Ilblpc y~b + CO
NbO 4 ?A)C' .:)?4b -t CO
314b0 + IThO 2Nb.-,C + CO
Nt C "TbO2 .91b0 +- C:O
~,NhC N b 0 MO -~ CIO
1,11C 4 XTv lrbl-~c
Nb + c
+ C m02 c
For thn temp ratizrc dope ne.(.nc ol,\ Z, and li-,K, -it is~kY,,~OK
(-Flvurt~ 3) -n be ~,.)~~,rllbcd wlll~vi "v and
I! and ;IV c-..,l no:),,~rf I ~' I e! Ito f, C~ 1'. 1 *6 r, I "',d c r,
T.,d ~.whozr~ df,qw
tr- f-,-m 4-he
Card 5/6"

. 3/0 17
Cm Eqlj i I bri,,t In h~- 0 "~!yet ~:m
liho lilto NtO 15 1
2
rcdurtllon of lFtO to metal. pro,,pel~- 16~~ Fi ID' i.-
Pntalllng 40ij: formation 4.)f' cR-ibidej. Tf Oi~, nbt,8'n
t". f'rcrr thc tl-irniolyn-unl,~.ell point, of u! Ca, r, T 'r- ~
L f 0 Z-.r,
be o.-,rldlv~d t,) a 1~,wer d I on )tvid
mc,+ I- 'Indi.,.cs ct.' t)lc~ fit.agc of thr- vro~*cl.~-, by f.-cn.
ditio-aA of oarhothsrric reduction. This i, po~.qbl,~ above.
Howev6r, und,~,r ronditionn of ~t -,,!l
4
Con.,,ldc-ring, th4', ferma!Aor, cf !icl t-I ct o~vi~~n
In n1cblum (R-:-f. 18, 19) thct re-C47'C"ilty cf I-R.tri ani llo.wi-r prc-~~z~urc-*.
Ar ari-IIVZJ3 of eclullibrium conditic.:- .!~t I:. L-.,,)-d t�ie
11:'llt-, or the -z'tudv. 3
.~atinfactvrv agreernent with and
1--ard 4/6

s/14g/16 i/ON/002/003/t) 17
On Equilibria in the Nb-C-O System A006/AO01
10
_Z4
490 0 12,V KV if 40 SO 1200 16W V
Figure lt Figure 2:
The effect of temperature on changes of Temperattiretdep~!ndb,~,iea,bfleqiillibri-
isothermal-isobaric potentials during um constants In ret4uction reactions
the reduction of niobium oxides with of niobium oxides with carbon monoxide.
carbon monoxide. The number of curves
corresponds to the numbers of reactions.
Card 5/6

t 0 ~;41
?~i 49/6 I/000/1002/1003A 17
On Eaullibria in the Nb_C_O System
6.g.
Ix 51
r2
r2
-6 .9
.9
14
14
148
15
17 60-
7 .19
40,1 Rot] 1,?170 7600 'A' 444 NO _T2100- ~16W -0
Figure Changes in-the isothermal- rigure 41 Temperature dependence of
isobaric potentials of a series of equilibrium constants in the Nb*c_o
processes in the Nb_C_O system system
There are 3 tables, 4 figures and 19 references: 9 Soviet, 8 English and 1
German.
ASSOCIATIONt Ural'skiy politekhnicheskiy institut (Ural Polytechnic Institute)
SUBMITTED: April 12, 1960
Card 616

PONIZOVSKIY, A.M., kand-*-khtm. nauk., ,)Lv. AIAV, red.;
KUSEIIKO, Yu.M.., red.; SrAY.,tOV, S.N., kand. khim. nauk,
i~d 9
[Problem In the overall processing of sea brine and the
production of saline building materials] Voprcsy kompleks-
noi pererabotki rassolov inorskogo tipa i ~,olucheniia rap-
rjykh stroitellkvkh materialov. Ki-ynlzdat:
1963. 151 P. (MIRA 17:12)
1, Akademiya budiv-nytstva i arkhitektury U,'LSi. Iistytlut
budivellnykh materialiv i vyrobiv. Ki-
filial.

TSIL'FjUl, A.A.; ASENOKIj.I.--~
Rare case of incapsulation of a parasite. air-Lrf:iia 35 no. 5:126--
127 11Y '59. (KRA 13:10)
1. Iz oblastnoy bollnitsy (glavnyy vrach V.G. Vallter)
Birobidzhana i gor6dskoy polikliniki No I (glavnyy vrach
M.L. Feshekhodlko).
(WOW-O, INTESTINAL AIM FkUSITIC)

SUSTIC, Vladimir, dr.; KUSER, Josip, dr.; RIBARIC, Ljubomir, dr.
~w- --
Emergency surgery in injuries of the abdomen and retroperitoneal
space. Med. glasn. 15 no.7/8:319-332 JI-Ag 161.
1. Kirurski. odjel Opce bolnice "Brace dr Sobol" u Rijeci (Sef. doe.
dr Ante Medanic).
(ABDOMI wds & inj) (RETROPERIMNEAL SPACE wds & inj)

KUSEV., G.j, Inzh.; GRCZEV, G., inzh.
Some poculiaritios in the intornal roboring and polisidng of the
L '
,7 4000 mm. and D > 600 mm. long hydraulic eylinders.
Mashinostroem 12 no.l.-26-27 Ja 163.
lo Zavod Olffir. Smirnenski". Sofiia,
I

-, ry : ~J,~ I
-J,,.,V, 'ordar, kNaradnaya !?o!ipuoj!.ka ,~-,Igariya)
"to-oophonic ampilf'er. Pad',) no.1i2e-29 ,~. ~ lf:,;~ 4 - ;~~ ~ , ,
IL .. I - I.- I

L 18575-63 Empti)/EPF(c)/mir(l)/W(q)/EWr(m)/B[)S AMC/ASO/M-3/rip(c)
Pc-4/Pr-4
ACCESSION NR: AP3001301 S/Ol8lA3/005/006/ 5/1737
AUTFORSt Belikova, G. S.;,Nusev, Vs G.s Fridkinp V. Me
TITLEt Nonlinear photodepolarization of cXyAta1_9 resulting from a space-charge-
limited photocurrent
SOURCEt Fizika tverdogo telaq ve 5, no. 6t-1963$ 1735-1737
I TOPIC TAGS: photodepolarizationg carrierp space charge, volt-ampere character-
istict photocurrent, drift, mobility, dielectric constantg injectiony I, N,
anthracene, corona discharge
ork on nonlinear photo-
ABSTRAM This work is a continuation of earlier w
depolarization produced by relatively large displacement of carriers. In the,
present work it is shown that the relative potential, V/Vo, depends on initial
potential, Vo, in inverse fashion however, diminishing more rapidly as the value.
e u
of Vo rises. To test this conclusion, th a short investigated the photode-
polarization of single crystals of anthiracene on he surface of which positive
ions of nitrogen have been adsorbed from coro a discharge in air, The method has
the advantage of excluding injection of carriers Into the crystal. The technique
.Card 1/2

L 18575-63
ACCESSION NRt AP3001301
C21
ihas been described in de tail in previous papers (V. M. Fridkint Yu. N. Barulin
FTT, 4~ 2982, 1962; DAN SSSRI 1459 1, 78, 1962 Measurements were made on a.
plate of anthracene with an area of about 2 cmi-and a thickness of 0.3 cm, cut
parallel to the (001) face. Depolarization of the crystal was effected by
Illumination in monochromatic light having a wave length of 405 mp. Results
show that V/Vo declines more rapidly with Increase in V and that the relation
deviates somewhat from that predicted by the theoreticaT derivation; i.ea, the
Th
space-charge-limited photocurrent obeys the square law. e deviati6n In theo-2
retical and experimental values may be explained by variations in degree of
refinement of specimens or by the presence of shielded space charge, the radius:
of shielding being as great as the thickness of the crystal specimen. Tests made
at different intensities of light show agreement with results of other authors.:
Orig. art. has; 2 figures and 5 formulas*
:,ASSOCIATION: Institut kristallografil AN SSSR, Moscow (Institute of Crystallox~-_"
Sciences-, USSR); institut fiziki Bolgarskoy Akademil nauks
Sofia tinstitute of-PKV-Sics, 1 ari n Academy of-Sciences)
SUBmITTED: OlFeb63 DATE ACQ: Oljul63 ENCLt 00
SUB CODE1 PH NO REF SOVs 003 OTHERt 006
Card 2/2

KUSS-VIC, IWKO
Mthoma~ical Reviews
V01. 14 No.9
Uotobar 1953
Rechanios

-~&thommtjosl Reviews
91, 14 No- 9
()Otober 1953
Meohanios
o. Rdsolution des 6quallons d'Alas"4 I
rines parrij m6thode des cceffic vits 15dfit"Mla"
te ntcm3t-%'Acad- I Vougoslave, cI, Scl. math. Phyo-
Bull, I 19S2).
rah. (N.S.) 5. 25-3 ( listed aiy)vc.
AbbreviAted vcroiol, Of tile. rajwr I

KUSLVIC~ R., dr
"Mazmal for civil engineerau F. Slajher (Schleicher, F.I. Vols.
1-2. Reviewed by Ra Kusevic. Gradevinar 13 no.11:367 11 161.

KUSEVIC, Rajko, prof., dr inz. (Zagreb)
Iterative solution of equations of the third order. Gradevinar 14.
no.12:440-442 D 162.
1. (;1an Redakcionog odbora, "Gradevirm ".

t~v Ic
own
teitinidilam and Uncturo of picitilli
rtloax f0t the Wepd= of Yugosl4vian PharmacoPet', U.
V F-pl-V portt2 (Inst. Control Drugs, 7asrcb).
-j~And M
Al"m juga;kv~ 6, 133-4111906).-VUirla lampkz
of leaves and ducCure of d1glW4 have biten exarvd. The
stability of the tincture '~%s v" -1mr, and the mults
[
varied wldilyi' On. tlic W4 of muto obtabncd~ it wai
f=d that. Ibc v4lldity pe" imb 1*-.'0 days. the " QU
fit
dr3jac ~17q, and rah oouw4t . .......
WYM

VIP ----V~
t A Qt dftfllu~i t"'rcf1t
-Ito
c I a at (i,"

J.; Jli!JzlrjG, V.
Cr.:np~j,!.son of' J,*,:,;-t,:I,~,~~
I
OF priper c I n-u-,,,ntognqlhy. Ac t- ;-w ~i. I iii-~ ,d . 18 :.-~
I i~l, .
~, rz 1)
. I i I ute the t',, c, I r .

Vl-, Vladlmir, dr
Pharmncoutical packaging frrm, tiv,
reqi;irorr,c-nts g! -ag-r!L 2,r) no.9:
for '.~'osting and -or.,..rul of
C-f Croatia,

KWENJYMY, 1. A. DrXed. Sci.
"Frequency and Character of Tubercular Degeneration of the Bronchi in
Va-rious Forms of 2xiam Pulmonaty Tuberculosis, 11 Prob. Tuber., No.3, 1948
Lab. Pulronary Pathology, AMS USSR - Inst. Normal and Pathol. Morph.

POMELITSOV, K.V.; RABINOVA, A.Ta.; STRUKOV, A.I.; KUSITITSKIT, I.A.
Roentgenographic and anatomical parallels in limited tuberculous
affections of the lung. Probl. tuberk., Moskva fro. 1:42-46 Jpz-
Peb 52. (C.U41 210)
1. Professor for Pomelitsov; Candidate Medical Sciences for Rabinova;
Corresponding Member of the Academy of Medical Sciences USSR, Professor
for Strukov; Professor for Kunovitakiy. 2. Of the Moscow Oblast
Sciontific-Research Taborculonin Inotituto (Director--Prof. F.V.
Shobanov) and of the Institute of Morphology of the Academy of Medical
Scien'.ee's USSR (Director-Academician A.I. Abrikosov).

;,-Ic~i an(I ar*L,-);:.Ic
tub-culo-lis. 6ov. meJ. 16, n.-,. 195-2.
LL;t Df' PLIS ir-,n I.ibr,,.r,y oP

KUSBVITSKIY. _I.A., prof.; GOLUBEV, N.A., zasluzhanyy vrach RSYSR
Pathogenesis and course of tuberculous abscess In oateoerticular
tuborculoste [with sumar7 in Yrenchl. Probl.tub- 36 no.1:102-108
158. (MIRA 11:4)
1. Iz khtrurgicboskogo otdelenlya sanstoriya uKrasnava Rosa"
(zav. II.A.Golubay, glavn~7 vrach L.Vo.Anisimov) Moskovskogo
oblzdravotdels.
(TUHTGUIAIS. OSTBOARTICULAR. comol
tubore. abscess, pathogen. & course (Rus))

JUSEVITSKIT, I.A.. prof., RODIONOV, S.I.. LYWROV111K, L.L.
Gaae of myolosclerools In tuberculous spondylitis [with summar7 in
French]. Probl.tub. 36 no.5:115-11$ '581 (MIRA 11:8)
1. 1% annntorlyR "IrAnnayn Rosa" Moaoblzdrnvotdels (glnvnyy vrach
L.V. Anisimov).
(TUBERCULOSIS. SINAL, comol.
myeloaclerosis (Rus))

IKUSEVITSKIY I.A,,..prof.
Some problems In the pathologiotil anatany of fivraus-cavernous
tuberculosis of the lunge. Probl.tub. no.6t96-103 161. (MIRA,14:9)
1, Iz 13-go protivotuberkuleznogo dispansern (glavnyy vrach
Ya.M. Gurtavoy) Uningradakogo rayonnogo otdola zdravookhrane-
niya i patologoanatomiohookogo otdoleniya Nav. B.P. Kesareva)
bollnitay imeni Botkina.
(TUBERCULOSIS)

SHTENBERG, A.T.; Kfll'~F~V[T,*K~IY7
et, n-nin'st a
VL,[-. Pit. 22 ne.3*2-1-47 M.Y-,,,- '03.
:z otlittlq gif"'iyelly
tutE, eili~,:y,?ny na.,a.

SlITENBERG, A.I., KUSEV17"MY,
9
ordinatrir
Effect of predominant carbohy(irate nutritj~n in iodine
deficiency a-"sociated with Erri.e functionil on the
develorment of experimental Vr-p. pit. -l" no.1!1,3--51
Ja--F 164. (MIRA 1'1:8)
1. 1z kafedry giglyeny pitar'.-ly,,i lFv,--,-dlf-,v-z~?,i,(-, ,w?~Itsinskogo
instituta.

VF.SHALKIN, Ye.N., otv. red.; hU:;E
. _yed.
(-'3urgical patholoa and ane,-,thesia] Operatsionnaia pa-
toloGiia i narkoz. Mos-l-va, Nauka., 1965. 226 p.
(mlwt 18%9)
1. kka(lemlya nauk S351t. Sibirokoye ottleleniye. Institut
okoper-Imental 'nay blologli i r-editrATW.

Wi~ 'I'VITSKI-Y-
J I.A., Prof.
Autr,p.-y data on Wherculm- changeo in ;.atlenL.,: wi li;
viocern-I dineaqos. Probl. tub. 412 no.8:711-77 16!1.
(MIRA 28.12"1
1. PatologoarLatomichenkcye otdeleniye (zav. - prof. I.A.Kusevitskiy)
r, M,-.-,;~va.
53-Y gorodsRoy bollnitsy (;-Iavt,..Yy vrach S.G.1,11"' e I \

KUSEVSKI, Boris, inz.
Releasing brake valves. Tehnika Jug 19 no. 2:Si.,pf)l.:-'::aob-.acaj
11 no. 2:369-370 F 164.

JAKUBOWSKA, Jadvign; KUSENICZ Danuta
Thiamine content in autolysates of wine- and beer-sedizient yeasts.
Acta microbiol. pol. 11 no-4:363-372 162.
1. Z Katedry Mikrobiologii Technicznoj Politechniki Lodzkiej.
(YEASTS) (THIAMINE) (BEER) (WDIE)

Kushldlcz, Danutd
VitamAn B requirements of SAJzc.3a(~chnr(firj,~ev. misroblol.
Fol. 14 nc.2g155-160 ,5.
~ y, Teruhnit:ftl
1. From the Dapa-rtaent of YridwitTlal
Unlverb'L-~.y,, lildz.

XUSEYEV, 0.
Take care of military and public property. Voen. znau. 39
no.3:4-5 Hr 163# (MIRA 16%7)
(Socialist property)

rA LA S k-) , r. K -
DURININ, Al-eknandr Iosifovich; PEDTATEVA, NA., redaktor; BEGIGHEVA, M.N.,
tekhnicbeakly redaktor; KUSH, I.K.
[Mading cargoes onto seagoing veasels anchored offshore unprotected]
Gruzovye raboty na otkrytykh reidakh. Moskva, Goo. izd-vo vodnogo tran-
sporta, 1954. 153 P. (MIRL 8:1)
(Ships) (Anchorage) (Loading and unloading)

YEV,c=, V.S.;KOMAROV, V.I.;KUSH, V.7.; ROGANOV, V.. CTL."OGOROVA,
I -
V.A.; SHIMCHAK) IU,
(Asymetry in the apgular distribution of neutrons emitted In the
capture of AV--mesons in calcium) Acirmtriia v uglovom raspredo-
lenii neitronovs ispuskaoirqkh pri zaklivato Av,--mezonov v kalltsii,
Dubna,, Ob"edinonnyi in-t iadernykh isal., 1961. 27 p.
(M IRA 14: 11)
(Tieutrons) (Hesons-Capture) (Calcium)

2 01 6", 5
S/120/61/000/001/02o/062
9 Ll E03.'*/L3 Vt
AUTHORS: Yevseyev, V.S.: Komarov. V.I,, Rush. V. Z.
' XT -S -h -1~111 c I i a k, M. M.
Roganov, V.S. , Chernogorova, V.
TITLE: A Multilayer Scintillation Detector for the
Recording of Neutrons in the Presence of y-rays
PERIODICAL: Pribory i tekhnika eksrA-rimenta., 1961, No. 1,
PP. 68 72
TEXT: A description is given of a neutron detector having
a high sensitivity to neutrons but a low sensitivity to
y-rays. The detector is designed for the energy range
5-20 MeV. The detector is similar to that reported by Baker
and Rubbia (Ref. 4). The multilayer detector is based on the
difference between the ranges of protons and electrons of the
same energy. The detector consistb of a number of thin
scintillators, each having a thickness h . The scintillators
are separated by opaque partitions.. The device is so arranged
that scintillations from layers 1, 3, 5--~ etc. are recorded
by one photomultiplier and scintillations from the remaining
layers by another. If the energy of an electron is sufficient
Card 1/4

20685
S/120/61/000/001/020/062
A Multilayer .... E032/E311i
for it to penetrate into a neighbouring layer, tlien coincident
pulses will be produced in the two photomultipliers, The
electronic circuitry employed is such that it rs~jects coincident
pulses. Non-coincident pulses arising in either of the photo-
multipliers are analysed by a kicksorter, In this way, one can
separate recoil protons from electrons dun to y-rays, The
multilayer detector con.4sts of 28 discs (diameter 80 iruv
h = 4 mni) .The discs are made frow a plastic, based on poly-
styrene with the addition of 296 p-terphenyl + 0.25. aNPO.
The neighbouring discs are separated from eath other by pieces
of black paper, 0.05 mm thick, The detector cutisl8ts of' two
identical parts placed in series, In each part,scintillations
from "even" discs are collected through perspex light pipes
by the corresponding to multipliers, whilst the scintillations
from the "odd" discs are collected by two other- photomultipliers.
In order to prevent the light from the "even" discs from
entering the photomultipliers belonging to the "odd" discs
(and conversely), the side surfaces of' the discs are separated
into four equal parts and two (opposite) of these are covered
Card 2/4

~068'D-
I/ooo/ool/02o/062
A Multilayer .... E032/E314
by an aluminium foil, Altogether, the detector ijisorporateB
6 photomultiplers of the typa ~41/- - (FEU-29),, Each photo-
multiplier was placed in a separate magnetic sc-reen made of
soft iron. The light guide6 were not in optical contact with
the scintillators,which reducedthe amplitude of the pulses but
Sitrplified the operation. Pulses from each photonailtiplier group
were amplified and equalised in amplitude, The maximum
amplitude of Co 6o y-ray pulses was about 0.01 V. The pulses
were then fed into an adding circuit and the pulses from the
adding circuit and those from one of the photomultiplier groups
were fed into a coincidence circuit and a dis---riminator, which
were so arranged that coincident pulses uvre rejected while
tnose which were not in coincidence were allowed to pa:3s on into
a kicksorter. Detailed tests carried out on this detector have
shown that its sensitivity to y-rays is lower by a factor of 2
and it sensitivity to neutrons is higher by a factor of 2, as
compared with the detector reported by Baker and Rubbia in
Ref. 4. It is said that this is due to the fact that the
thickness of each scintillator in the present instrument is
Card 3/4

20685
S/120/61/000/001/02o/o62
A Multilayer E, u 3 ~-' /1 -"3 14
lower by a factor of 1.2 while the total thickness of the
devico is smaller by a fnctor of 2, 1(. as i,~ith Ref, 11,
There are 6 figures and 6 references., 2 Soviet arid
4 non-Soviet..
ASSOCIATION:
SUBMITTED:
Oblyedinennyy iustitut. vadernykil issledovaniy
(Institute for Nuclear Research)
February 5, 196o
Card 4/4

YEVSEYEV~t V.S.; KOMAROV, V.I.; KUSH, V.Z..; ROGANGV, V.S.; CHER.NOGOFOVA, V.A.; _
SH114CHAKO M.M.
Asymmetry of the angular distribution of neutrons emitted in the
capture of 1*4- - -mesons in calcium. Zhur.eksp.i teor.fiz. 41
nool:306-307 J1 161. (KUU 14:7)
1. Ob"yedinennyy institut yadernykh issledovaniy.
(Mesons-Capture) (Neutrons--Scattering)

oimt)ot frj,.i oil 1.
10 13

g 10
0 losses
0, 1 o, 111 0 .0
: I
4 If ?I it It 14 If a 41

a
K 1,
d
4 A
4 1 , : V
A a c a L
1 I I
At ML 1111 A
A
~
-
-
-
-
-
.
..0 - , -
,
00 A . - . .
so -410
-00

.00
00

so '00
*04 We AdboAn of 00onsseW Arm Mob Dwtu Amixesbac In MA~
OOZ
lp
trums. H. Kissbakevich (M"4wV (M"vrifid). JIM 16), 77-7s)-lin
1twotiaml ln6W"uwrcW briumithestm in packets atkkingovcurain the
crntre of the sbwU durWX aa=aW* in muffie funmwf* after the sheeta have
fxvnprevkwlypkkiedit-oulphtfiowki. Me")graphicinvestioationsAW
nkrhankel tests h4ve shown dist We adhosinct is cloo to difluxior; mraa~urwd
by roml4rto removal tot air. fabricating ta&tc". sAW ultio" ln)m 11W MjAAV

1
000
~twmntheshcvu. To obviAte " tylo (A w"tc. it i4suflititut, after rtibux
of the packet, lowTarasetbeabseseand thm to rrpack them. Thesirthua
fro 0
intructuord comsAriciv Preveno MhuirmL-S. AL
40
fro 0

0100

Flo*
-
t ~il, ~SV ~W
'a, iglooj WIP 04. 9-1
go
V- 1-7 -9T -r-- S 0 -W 0 0 0 1 Is 14 9 a 0 1 6
b All 1 11
; Op M M It 91 it W, In Il of W910 it IKA 4, v gal
a
0 IN 0 0 0 41 0 0 0 0 0 0
1

0:09 #0 ***go** 0101,
0000000000 0 0 #-w-w-w-W
0,711 2 1 4 1 a ? # 0 4 on
A I f--A- I ~-R- it
A
so
d a-Brem H. A. Kujt44kvvk+ (Mr(dUsty (,Vtfatitirria),
U-97; (10-11). 64-77).-(1n 1TC66UWj Works'os1wrinwnta on Ow
htpt-rulW of %.bmia and the multing mtwhAnkal ph,jwrtwo tA the rujW
brammearedeeryibrwi. The rmultsarvxivenin
11; N. I L A*47ALL&WGICAL LITTRAILOI C&KATION
u U AV 90 0 it tg n
114-5"i 04 ISAV lot
-"j 142
L Aj T a 9 a 0
u ad 04
too
age
we:
WOO
Noo

N
I. a A
t Q A L AA a CC I
cr A
'
.
p"Mtt

09 A

00 -00

00
All 0
00
"T114 SWAUM d CWWWWWO sad AmsmWw to Mockmakw propwti.$
90
"d knkUn Of OWNW: IM-Tembsk. D. G. Ifut,"tui scul S. A, KUAA~_
JSM(7).75-1421. - (in llumagn.j )jrfI;w1 f

00 o Ju A.,
'ning the brat workisw pnnwrtko tA thr 6wsal inu Tomismik Arr 11
at,
riw. with 01wim! ff(CMGC* It) the edcvt of defurinatitk" at III .,ow c' alul
90 Cos
:ubortitwnt anno%ling Itw 1-3 bro. of 51A) -for 1'. tin the tri-h4nit-al pe, J.-rtm,a
00 r4l mili ItAstrw-fum; &mp* C. is the b"I allf"ling tenliratur, if. Ilan).
*0

00 4 than 311". by m6cf-workulIt 00

A*L! ,0*
i z*o

1400
i Igo 0

ts
too*

io~ 'too
If 3 An L I I "M 0
TAW 00 AV
0 it t) tv it ft 44 of a it w If a cc it Of
.
ooo!oo*oo** 0 0 0
00 0 0

~0041? TI
Of 4 A--f- L
7: f
of
0:
insumom d mah Dwa cd Ddwasum LuA Anankm T-punk--
C"W IWO.
DdK=&UW M tM UWARMW PCOOKUM Of
N. A. Kumhghr4l (Ma4arg (me"artw). IM (11), M &,).-I In Rumian.)
7%p'9WrQa`or&formMbon of wpp" by cokl-uotting Lffunts a awwo d
M"imurn am"y is
t.btAlryd by an intownw"le &naml as 3L'O*-6W C.. mW winim um at 71A)" V.
MOT". no fiml umtelhog tomip"Slum h&A a gtftwr or sTlW$,-f edect. but
ne'ror masks (be c4ed o(the interuirdkie trmtomL Ile m*Wt* AWnvol
are d1u4niftl by diagmaw of the chanwe in mechanlral Inupert".-S. A.
9 1---
W049
U s A, 0 41
tPeply 1049 W49 ;111 ;ul N w 0 9 A a 3 2
.00
see
00
also
COO
,See
lei: 0 4 0 a 0 0 0 4 0 0 0 0 0 0 0 0
M-A-2.0 0 0 0 0 0 6 * 0 0 0 * 0 0

410 u 14 a Ilk IF is p 0 1
16 11

00
001,
0o
00
o o
o Cam" of Cruka tn Lbe Cam-ROW" Of at"% JAEOU 'ds--
CU).

00 _
1937. 11). Ill,, jim, It,
in brwa .111,
0o . .....
00

00
'

go J; Imms, dilva u4-1 Wiwi III., hol n4ling l,rww,
Th'. I'sibmw A Ih,, jjji:~As An*
Itmit-r
%,

-1.1 th.111 A).1 I.- --1-U N, I,
Ill 46~ao
00
.00
'&o *
=00
too
ago
go*
ate, I
1144IIAr CLAIiIIK11104
At.
-"-, I ~' .9- - - -' - ." ~1* ...... 41.
.0- - 1- 0 IIA4
U n ji 10 1, It
0 *Ole/
0.6
00 0 o 04 Go*** 000000 0
6, 4111 go 0 0 0 of q 010 6000 0 609000 00 0 0 go
0 00 0

0
11 a a 16 S pig 0 0!
%044441200 40
.
O
AW

: Eftwe of Thkk~ Of Flat
To"i8o" an t6 R
l
f
0 em
u o
the
K A. 1937
-
t
l
12
00
,
ol
.
,
Ft. r,
pll.
thO I'Mult
f
e -
an inyvotigatil)II (if he (.ffo.l_t J,r 41
14-4
hicknemoolon the tornioile stmn
th
f fl
"
(i
g
at test-pievem colt frq'llj Plit.,.ts
tum. in thicknm and cold
-worked to var
.
7*1
in
d
I
,,!,,.
3,
1c,
egrt
g
;-Lile mirenial, was fmirml CO illCrlNIW 'Aith
1-111--rk-141 milminjenn, whilAt will, r1mitilI44 in Illi.-kil-m
L"",, %-re illimerv(41 ill the 7, roe
90

00
we*

100
I11.1i L A, IIIIIALLURGICAL U11111411fac CLAIVOCATIC011
Igo 0
via.. O-Slil
Rao.. IIIIIIJI".
&A Goov I%i
WON$ -0 "it O"V as, gulmool; _qO 0
I=- T T_
eIT - a AV 10 is a 411t Vq it 6
0 06000
oil 00: 0000040040000 00000000
0 0 0 * so 00
:00*0:0*000- 66,06069066000:000400900006*40

0 1o 0 * 0 6909000000 1 - 4~ ;' 1, 1." q~ -I
4,40900 *4000 4 0 is of* 41*000
6 1 1 y a Is 11 9 it " is 17 a 0 a i A' I A?
A CA-k A -A -A_.JAXL_A_X L-4-JI-PA I T11" t
L-AFLAt
~ #..
so A
019clims &NO footfall#% C.4 a
00
_00
The Use of btpir-~m; in Rallf"C H. A. NushAevich.
Of a' lVetallurg, IM, No, 10-11, pp, 123-140). (In
99 rkluctions in rolling am defined as reductions per pan which, by 00
00 2 the method of calculation developed ky Kirchberg, involve a 0
coefficient of incresm in length greater than 2, i.e., a reduction 0
a gmter than 50%. The old theory that reductions greater than
LO% will lead to cracking of the metal is shown to be wrong, as
(lie increase in length of the metal in a lism is shown to be
:o the mult of triaxisil compression rattler than a process akin to see
00's drawing. The author goes on to give experimental data. obtained use
in tile mlling of Peveral steels anil aon-ferrous alloys. Super. a**
reductions In the hot-rolling of both ingots and &-mi-rolled mskyWs
were found to be fe"Jible without detriment to the structure
eou or mechanical pmperties. In conclusion, the author eonsiticri; 7, gee
00-4 mathematically the question of pressure an the rolls, the gripping goo
of the metal by the rolls when r9lUng with super-reductions, the x*0
jlju
V efrectofthis method of rolling on tile output cap,,,ity offolfing.mill coo
Wilts, WW the saving in fuel mita lis 4 rest;lt (if the loss fm uent Oro 0
reheating uirod beca tbe redurod 1"t )(Mot-4 during rur"
Ali iner, rm Q, 6=1COOf 4*0
a Ina nsumptiou is the one wrious drawti
to the PrOcOn of rolling with. super-reductions. 1040411
!too
ACIALLUNCICAL LIT two CLASSAPICATON
3 0 ~14 "it a., a" am -V.' It.
U Is AV I L a fW 0 It I 'I or IN 9 a a 1 11 11 Ap.0
114110tor It
900 *1** 0 * * 0 9 0 0 0 ta no la, A*' 0900 9 0 0 0 0 0 0 0 0
0 0 0 q 0 '0 '00 00 09 so 0 0 * 0 0 * 0 0 0 0 0 0 0 0 * * 0 0 0 0 9 0 0 0 0 0 0 0 0

Ai
1~11'.!, 0-
ii q r I.;

KUSHAKZVICH S.A.- LAZAREV. M.N.
Operating machines for continuous annealing of nonferrous
metal strips by the electric resistance method. TSvet.
met. 29 no.10:64-69 0 156. (MLRA 9312)
(konferrous metals--glectrometallurgy)
(Rolling Mille)

SHULIKINP S.M.P kand.takhn.nauk; KUSHAKEVICH, S.A.9 inzh.; IIOTAPLNKO, Yu.
I., inzh.
Characterintics in the technology of the jr.anufacture of hot-
-%rolled sheets of 48-OT3 titani= alloys. Matallurgiia 2:282-
293 159. (MIRA 24:3)
(Rolling (Motalwork))(Titanium alloys)

69830
S/136/60/000/05/011/025
E071/E235
AUTHORS: Morozov, L, N, Kaiu,~in, V. F., Kaganovich, I, N
Kushakevich, S. and Agarkov, V. F.
- --------------------
TITLE: Mastering the Technology of Rollinolon a Merchant Milikq
% of Rods from Titanium Alloys on a Metallurgical Works
PERIODICAL: Tsvetnyye metally, 1960, ~~ 5, Pp 57-61 (USSR)
ABSTRACT: The possibility of rol ing rods from titanium and its
alloys (OT4kland VT2-1)"Ion a merchant mill and the quality
of the products made were investigated. Chemical analyses
of the ingots rolled are given in Table 1. Ingots of
ON alloy, were obtained by a vacuo-argon melting and those
h
of VTZ-11 y a double vacuo melting, As semis for rolling
forged squares 80 x 80 to 230 x 230 mm, 1100 to 1400 mm
long were used. The rolling was done on a mill 600 with
water cooling of bearings and rolls at a rolling velocity
2 to 2.7 m/sec (Table 2). Temperature of the beginning
of rolling 1020 to 10700C and that of the end of rolling
950 to 9800C. The main parameters of roll passes for
rolling rods of 16 mm diameter are given in Table 3;
mechanical properties of rolled and annealed products
are given in Table 4; examples of the microstructure of
Card 1/2 rods are reproduced in Figs 1 to 3, a comparison of the

69830
S/136/roO/000/05/011/025
E071/E235
Mastering the Technology of Rolling on a Merchant Mill of Rods
from Titanium Alloys on a Metallurgical Works
appearance of the surface of forged, pressed and rolled
rods from VTZ-1 alloy is shown in Fig 4. It is concluded
that rolling of titanium alloys is feasible. Under works'
conditions, semis for rolling should be forged squares
230 x 230 mm 1100 to 1400 mm long. In order to obtain
the best structure in finished products, rolling should
be finished at a lower temperature, ie, below the range
of the 0 phase. There are 4 figures and 4 tables. V~
Card 212

69696
J-2 ps-
S/126/60/009/03/019/033
E091/E435
AUTHORS: Lerinman, R.M., Shchegoleva_L_T.V Kushakevich, S.A
and Selitakaya, S.I.
TITLEt Electron Microscopic Investigation of Structural
14 Transformations in Titanium3Manganeseyland Titanium-
AChrom1um Alloys
PERIODICAL:Fizika metallov i metallovedeniye, 1960, Vol 9, Nr 3,
pp 437-44o (USSR)
ABSTRACTz The transformation of the P-phase on tempering quenched
Ti-Mn and Ti-Cr alloys were studied. The following binary
alloys, containing elements which stabilize the P-phase,
were used for the investigations Ti-Mn (10.5% Mn) and
Ti-Cr (9.4% Cr). The alloys were prepared from titanium
sponge of TGO quality, manganese of MR1 and chromium of
KhO quality. Ingots were prepared by double vacuum melting.
For the alloy containing Mn, the second fusion was carried
out in argon. The composition of the alloys is shown in
the table on P 438. The ingots were deformed by hot
rolling and forging and the alloys were water quenched
from 8509C (ie from the P-region). The time of heating
Card 1/3 prior to quenching was 30 minutes. Tempering was carried
V

69696
S/126/60/009/03/019/033
E091/E435
Electron Microscopic Investigation of Structural Transformations
in Titanium-Manganese and Titanium-Chromium Alloys
out by soaking for I to 25 hours at 400 to 550*C and
cooling in air. In order to reproduce the structures
of the alloys, single-stepped angular prints (replicas)
were prepared (Ref 10). The specimens were first
chemically polished in anhydrous boiling ortho-phosphoric
acid for I to 2 minutes. They were then etched in a
mixture of 20% HF, 20% HN03 and 60% glycerin.The etching
time varied from a few seconds to one minute. Apart
from the electron microscopic investigation, hardness
tests were made on a Rockwell machine with a diamond
indenter, using a load of 150 kg. In Fig la,lb and 1B,
the microstructures of specimens of Ti-10-5%Mn alloys
as tempered at 4oo 9C for 1, 5 and 25 hours, respectively,
are shown; in Fig 1g, 1d and le, those of similar
specimens tempered at 5500C for 1, 10 and 25 hours,
respectively. Fig 2 shows the microstructure of a
Ti-2.4% Cr alloy (a - after quenching and tempering at
400 C for one hour; b - after quenching and tempering
Card 2/3 at 5000C for 25 hours). From the above micrOBtrUCtures

6M6
S/126/60/009/03/019/033
E091/E435
Electron Microscopic investigation of Structural Transformations
in Titanium-Manganese and Titanium-Chromium Alloys
it can be seen that an w-phase appears in Ti-Cr and
Ti-Mn alloys after quenching and tempering at 400*C.
It has the shape of very 'finely dispersed platelets,
300-400 A thick. Periodically, chains of equiaxed
particles and individual equiaxed particles can be
observed which point to the fact that the w-phase has
an equiaxed shape from the very moment of its formation.
Gratitude is expressed to YU.A.Bagaryatskiy and
V.I.Dobatkin for the discussion of the results of this
work. There are 2 figures, 1 table and 10 references,
7 of which are English, 2 French and 1 Soviet.
ASSOCIATION:Institut fiziki metallov AN SSSR
(Institute of PhysicB-of Metals AS USSR)
SUBMITTED: April 22, 1959
Card 3/3

L'6319J-65 'r M
ACCESSION IIR: A~561_0�Tj f4-?-Ut)7- Kff/jb0i-~__ Z6136/65/m/oo8/oo84 oa 5
66q.2q5-mk.i2;62l-7TL2 6
6
-7
AMHOR, Krassatkovi, M~ Ye 6 k;ry ab n , N. P.- Kushakevich S. A.; Mikitin, Ye K~
)Bazhenov, Yu. M.; Tokmakov, P. Ya..; Gritseako, Yu. P. Ye. A.. er
7,
tPITLE: Iwrestigation ofthe mechanical properties and structure of titAM um.
L
oys during -rolling-
3OURCE: Tavetnyye metally, no.*B, 1965, 84-85
r-OPIC TA N, titanium alloy, titanium alloy rolling, titanium alloy structure,
ititaniuri- -alloy. mechanical
~MTRACT: IC
The mchanical prop Al dtucroatructure of BT5, apd ~BT~ titani.-
un. alloys Dolled on rolling i'lill 300~Tt Verxious tamperature"s and with various re-
Specimens 20 x 26 x 1140
~ductions have been investigated. were preheatel an
--end temperature f 800 650, 990, 1000, and 1100C . Th"%._
trolled wIth a rolling
stren IIF%f LM thk
_Seri atr, h ed that tensile e alloyn increassed a-- rolli em-
-Irwe
Perature d eased fr~Ew_1100 to CC.- Microscopic examin-ation revealed that r
~1. a -
tallization, as not.completed at Boo 850C, but only at 90~,1-1000C. Tba recrystal-
Itzdd structure- improved ductilit~rlt the valuer, changcd according to the curvel,hav-
card 1/2

L I Z86-66 - 9WT(m)/EWP(0/EWP(b) lip(c) 14JY1/1JD
ACC NR: AP6001109 SOURCE CODE: UR/0136165/000/012/0086/0089
(N)
AUTHOR: Kushakevich, S. A.; Khanina, Z. K.
ORG: none
TITLE: Features of the pickling of titanium alloys by the sulfuric acid method
SOURCE: Tsvetnyye metally, no. 12, 1965, 86-89
TOPIC TAGS: pickling, titanium alloy, sulfuric acid, ammonium fluoride, hydrofluoric
acid, metal scaling
ABSTRACT: The traditional method of removing scale from the surface of sheets in a
solution of 6% HCl with 4% NaF involves a considerable unit consumption of expensive
chemicals. Hence the authors investigated the ways and means of improving the compo-
sition of the Ti pickling agent. in particular, the reason for the sharp drop in the
activity of HM during the pickling of Ti was elucidated: the oxygen of the ambient
air converts Ti(II) to Ti(IV) which is an inhibitor and passivates the solution.
Hence, 30 other pickling solutions were tested. Of these, a 20% solution of H ,SO wit
4% NH4F at a working temperature of 60*C proved to be of the greatest interest. tt is
three times as effective as a 6% solution of HCl with 4% NaF. The presence of F- in
the H2SO solution, even in small quantities (0.05 mote/liter) (introduced in the
form of AH'F or HF) increases the dissolution rate of Ti 20-40 times depending on the
4
1/2 UM: 669.295:621.794.4

L 13286-66
ACC NRt AP6001109
acid concentration. Activity of the solution was determined according to the diffe-
rence in weight referred to a unit surface area of the specimen (g/m2). Studies of
the characteristic curves of activity of solutions with 5, 10 and 20% H2SO4 and I to
557. NH4F indicate that the most active -- with respect to the number of times it can
be used and the amount of metal pickled -- is a.20% solution of H2SO4 with 3-4%
NH47 (37-46 picklings). In the H2SO4 solutions containing HF, the activity is so high
as to be excessive, thus leading to considerable heating of the solution and to cor-
rosion of the metal as well. Hence solutions of this kind, to be effective, must con-
tain a minimal content of H2SO4 (5%) and 2-3% HF. The absolute activity of the solu-
tions with HF is lower than that of the solutions with MH F and decreases at a faster
rate. Thus it may be concluded that the best pickling agetit for Ti alloys to a solu-
tion containing 20% H 2s04 and 4% NHO. Orig. art. has: 3 figures, 2 tables.
SUB CODE: 07,11/ SUBH DATE: none/ ORIG REFt 000/ OTH REP: 000
Card 2/2

L
'V GOD -/oo
I !~ .UVO, 156/61
L
n ".-,ov, 11. Ye.; Kushakc-rich, S. A.; Tokrn;eov, P. Ya.; A.;
0. Gritouako, Yu. P.; Mat-Vycv, G.
01-"G: none
M~ T r,,'EA'dopt-ion, of rolling large round profiles from titanium alloys
\',I ------------------------
SOLMCE: Tsvetnyyc metally, no. 8, 1966, 77-80
TOPIC TAGS: titanium alloy, metal rolling, metal forming
The rolling of lart-,e diameter (25 - 60 nm) titanium alloy stock was studied
P;-ior to rollinc, the Specimer's were heated for 10 min in an induction furnace up to a
temocrature of 1270--1370K, and for 5 min in a 3ilit furnace a'. a temperature of 1270-~'
-1370'K. A achematic of the rolling acheme is presented
(see Fig. 1). The rolling
-=~;.in was calculated after the formula of N. Ye. Krasnikov and N. P. Sk--fabin
(Tsvetny-je metally, 19065, No. 4)
jh
h)? (/I h)l
,;here 6 1h io the absolute compre3sion, B width of zone before pasaa0e, H and h
0
liciL,,'it oA" zone before and aftor passa6;-o rospectively, and r - the radius of the
.;orkin-r rollor. It vian found that the experimental data were in good agreement with
L~ I
LC~! d 1/2 1
UDC L69-295T422.1 622.77-L2--j

L 106~~16-67
.ACC NP4 AP6029673
YT_
S
~70 W
~j
L
7\
N!Y IZ7 AzIr C Q,
I Fir% 1. Schematic for rolling large round profiles on rolling stand 450 10,
i L-ric above cqwation. The degree of mold fillin,- for hexa,~:onal, cquare ' and oval
(-Uculatod after I. Ya. Turnovil'~iy (Pormoizmencniye Pri plaoticheskoy
w) MetallurGizdat, 1953)- Cho results are tabulated. It ia con-
_-o1linr,: of large diameter stoc',,, mz.~do of ti-tv-,Iium alloys VT3-1, OT4,
~i, ~728, V-115, VT.14, and others yioldD products with safip~,,'dct
OT
0
C~ri,7,. art. has: 1 table, 3 crapho, and 4 Oquat' no.
ORIG RUi 006/ Wil PMa 001
UB CO 1~/ SUXI DATEz none/