SCIENTIFIC ABSTRACT VISHKAREV, A.F. - VISHNEVECKY, Z.D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001860030002-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

I
I,UZGII", V~,-,AIYAREV. A.F.- YA'A.,,Y-'-rlY, V.I.
------ -
fntEra,Alon of oxygen and -~,~rb-.n In liouid -"rx,. vp.
zave; Oinme meto 8 no.1,.22-2-~ 165 (IWMA
1. Moskovs-kly institut nfall I splwrcrv,

YAVOYSKIYO V.I., doktor takhn.nauk; MATEVOSYAN, P.A., inzh.; KRYAKOVSXIY,
kand.tekhn.nauk; TYURIN, Ye.I., kand.tekhn.nauk; Yj$HT-WV2_
A.F., kand.tekhn.nauk; PERHYAKOV, L.N., inzh.; ANTIPOV, X.I., inzh.
Using rare-earth elements in the making of structural, allcyed
and stainless steel. Stall 23 no.5r422-425 My 163. (KRA 160)
(Steel-Blectrometallurgy) (Rare-earth metals)

U DIN-FEV [1k Ting-fen]; VISHKAREVp A.F.; YAVOYSKIY, V.I.
Surface tension of iron and lime slap. lmw,v7m.ucheb. mr,;chern.
met, 6 no.ltZ?-33 163. (KMk 3,6s2)
1. Hookovskiy institat otali i splavov,
(slag) (&aTace tension)

37238
s/148/62/000/003/003/011
E07l/E 31;
5
AUTHORS: V Kryakovskiy, Yu.V.,
Bliznyukov, S.A., Yavoyskiy, V.I.
TITLE: Influence of rare earth elements on the surface
tension of liquid iron
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy.
Chernaya metallurgiya, no.3, 1962, 6o-67
TEXT: The surface activity of rare earth elements in iron is of
importance from the point of view of their modifying effect which
is caused by preferential adsorption of surface active
components on faces of growing crystals, inhibiting their growth.
In multi-component systems, changes in the uurface tension could
be due not only to the adsorption of a :~:en component but also
due to various physico-chemical processes taking place in the
melt (e.g. deoxidation,desulphurization, changes in the activity
of other components),'for this reason the influence of rare
earth elements on the surface tension of specially purified
liquid iron was measured (not more than: 0.020Yo C, 0.015% Mn,
0.005% Si, 0-0028% P, 0.002% S and 0.003% 02). The method
Card 1/3

s/148/62/000/003/003/011
Influence of rare earth ... E071/E435
consisted of measuring the maximum pressure of gas bubbles in
vacuo or in a controlled atmosphere. Well purified argon was
used for blowing bubbles and as a protective atmosphere. The
apparatus and experimental procedure are described in some detail.
It was found that cerium and lanthanum are surface active. In all
cases, first additions of cerium (up 2 to 0.45yo) lower the surface
tension of iron by 100 to 120 erg/cm , whilst further addition of
cerium increases the surface tension of iron due to its reaction
with oxygen and sulphur. Lanthanum acts similarly but a
decrease in the surface tension was noted only after the first
addition (0.1%). This is explained by a higher deoxidizing and
desulphurizing ability of lanthanum in comparison with cerium.
The influence of the admixtures present in iron on changes in the
surface tension on the addition of rare earth elements (Ce, Lag
Nd', Pr) was demonstrated by using ordinary armco iron and
carrying out experiments without a protective atmosphere. In this-
case additions of rare earth elements caused an increase in the
surface tension of iron; only in a few cases was a small decrease X
observed after the first addition. This indicates that tha
Card 2/3

S/148/62/000/003/003/011
influence of rare earth ... E071/E435
increase in the surface tension is associated with the
deoxidation and desulphurization of the metal (in the case of
deoxidation confirmed by analysis). The modifying influence of
additions of rare earth elements was confirmed on special heats
of X23H18 (Kh23N18) steel made in a 30 kg induction furnace.
The grain size of the metal in the cast state was found to be
diminishing with an increasing amount of rare earth element added.
There-are 6 figures and 2 tables.
ASSOCIATION; Moskovskiy institut stali (Moscow Steel Institute)
SUBMITTED: November 22, 1961
Card 3/3

DZHOSHI, V.B.1 VI-SHLUM, A.F.; Y-AVOYSKIY# V.I.
Role of surfaeg phenomena in pr6cesses of hydrogen distribution
between metal and the gaseous phase. lzv.vyv. ucheb. zav.; chern
met. no,3t23-30 161. NM 14.3)
1. Hopkovskiy institut stali.
(Surface chemistry) (Steel-Hydrogen content)
9

TjtVOYSKlY, V.I.; _
Oxidation of molten metal additions in the steclmaking process.
Report no.2: Oxidation of silicon and phosphours. Izr.vys.
ucheb.zav.; chern.met. no.?:24-31 160. (KUIA 13:8)
1. Moskovskiy institut stuli.
(Steel--metallurgy)

VISHKAqFY.,j~,F.; KRYjVCVSYIY, Yu.V.; BLIZNY(frOV, S.A.; YAVOYSKIY, V.I.
Effect of rare-earth elements on the surface tensicn cf liquid
Iron. Izv. vya. ucheb. zav.; chern. met. 5 no.3:60-66 162.
(KRA 15:5)
1. Moskovskiy institut stali.
(Rare earth metals) (Liquid metals) (Surface tension)
q,

S/146/60/000/011/003/015
V~!/AOAO
AUTHORS: bzhoshi, V. B.; Vishkarev, A. F ; Yavoyakiy, V. I.
TITLE: The role of surface phenomena in th-~ diq'.ribution of nitrogen
between moltert ,Detal and g4i ~haa,~s
PERIODICAL: Jzvestiya vys2hikh uchet-nykh 7aveleniy. Chernaya metallurgiya..
no. 11, 1960, 36 - 14
TEXT; The effect of nitrogen on tt~.- pr-)p(~rtio-q of steel is consild,~r-
able, and its content in converter oter-A ,a higher than in other types.
Many phenomena observed concerned with tho., tebaviolir cf nitrogen are not
yet e;lear, and investigations are ne--!3s!i,,,y 3r, v,~w of the increasing ex-
tensive uve of the converter pr,,,cesq,, parti-Ilarly of the oxyg,:n process,
No reliable data are available on t~e of carbon on the nitroger, a',-,-
sorption rate, anI only indirtact 4!ita mak- or.-me coriclusion3 poisible. The
measurement of surface tension at hiCk ' teizq)erattir-~j is only poss,"'le with
two methodst "rerumberit drop" and maximim in the b%bblell. Th e
latter was used in the described exp,,-riments at the MoBcow Steel Institute.
Card 1/4

,;/'49/6o/ooo/rj1'/003/Ot5
The role of surface phenomena In A161/AO30
The measuring installation was uAmilfir with the ono forinerly descrtbed
(Ref. 6 - 71 6 - S_ 1. Filippov, book "Theorem of -3t(~al decarbonization",
1956; 7 - V. P, Grigor~yev, A. F. Viahkarev, B, G. Korolev, Ye. V_ Abrosi-
mov, V. I. Yavnysk1y. Izv. vyssh. uch. za-. Chernaya metallurgiya, 1960,
No. 4). The surface tension was measured ivAth alundum capillaries giving
stabl,e Indications during one hour when prop6rly prepared. The end to be
submerged into metal was turned down from c%n& bored te a cone froir
Inside, and the butt surface was ground. As atatid in compariec'n with
measurements using alundum and quartz !~apillarifts, with the former the bulb
separates mostly from the inner cone in the tored duct, with the diameter
between 2.8 and 3.2 mm. The deviatior. from the true spherical shape of
the bulb has to be taken Into aczount in calculationa, and this was done
using the successive approximation method. Metal waa melted in argon care-
fully purified from oxygen and steam using cr,.i500 the effect on the heat-exchange disappears. The experi-
Card 1/2

S/124/62/000/004/Oid/070
Heat exchange with ... D251/D301
mental data, obtained for all the pipes testod, are de,.ici-ibed by
the criteria equation N = 0.0376PO-35 RX0.7 h-M , where RX=4q (1/d)0965
70 * 5/ 0*'ifj the OLLrface tenoioix at the
liq* -4 vap, vap,
boundary liquid v por, rl,q ,r and v) are the density, latent licat of
vaporization and kinematic viscosity of the liquid, r is tile
Vap.
density of the vapor,
m - 2900(1/d)- 1.65 10-1g L29000(lld)-' .65jg/O.lq cr
qcr is the critical thermal load for transition from a bubbl-InF!, to
a film regime of ebullition in a large volume of -the liquid. /_-Ab-
stracter's note: Complete-translation.2
Card 2/2

AUTHORS:
TITLE:
35753
3/124/62/000/003/031/052
D237/D302
Vishnev,.-Ia., and Yelukhinp N#K.
Heat transfer on the boiling of liquefied gases in
tubes using dimensionless coordinates
PERIODICAL: %eferativnyy zhurnall Ylekhanika, no. 3, 1962t 96-97,
abstract 3B611 (Tr. Vses. n-i in-ta kislorodn. mashi-
nostr., 1960, no. 3, 85 - 102)
TEXT: Investigation of the process of boiling of oxygen freely cir-
culating under atmospheric pressure in a vertical tube, experi-en-
tal apparatus and method are described. The mechanism of boiiin,ig
and the notion of the fluid-vapor mixture in the tube, are descri-
bed in detail. An empirical equation for the heat transfer coefri-
cient is given in a dimensionless form. 12 references. (Abstrac-
tor's note: Complete translationj.
Card 1/1

POBJGAYLA), V.M., alad3hiy nauchny7 sotrudnik; GLUKHINIKIY, B.T., mladshiy
nauchnyy sotrudnik; YISHNXVKIN, H.S.. ordinator
Treatment of gonorrheal urethritis with levorycetin. Test. van. L
derm. no.3:58 MY-Je 156. (KLRA 9:9)
I@ Is Llvovskogo koxhuo-venerologicheskogo instituta,
(GONORRHAA) (CHLCROMYCBTIN)

VISIINEVET.'ZAYA G-,IGOAIYZVp and 5UT-MOLDAVSKIY, G. Ya.
"Results of the Experimental Study of r;pidemic Hepatitis and Directions of
Further Work,#" a report discussed at one of six meetings of the Virologicia
Section, Moscow Dept. All-Union Society of "iicrobiologists,, Epidemiologists, and
Infectionists imeni I.I. Mechnikov in 1955. Voprosy Virusologii, 1, No 2, 1956
Sum. 1003, 20 Jul 56

SHEVCHUK, K.K.; KRAJURENKO, D.P.; KHVALIBOVA, I.I.;
YOZ, L.G.; GUREVICH, Ye.P.; KORNIY4NKO, Ye.I.; POTEYBYA. N.A.;
FISARENKO, Ye.I.; LOT, D.D.; KORLBLE'tj N.G.; GILLBR, I.Yu.
Zpidemiology and prevention of helminth infections in the zone
affected by the construction of Kakhovska reservoir and ghydro-
electric station and the Upper-Ingulete Canal. Ked.paraz. i paraz.
bol. 25 n0-2:121-127 AP-Je '56. (MLRA 9:8)
1. Is gallmintologichookogo otdoleniya Institute malyarii i meditsin-
skoy parazitologii imeni prof. V.Ya.Pubashkina Hintaterstva zdravo-
okhraneniya Ukrainskov SSR (dir. instituta I.A.Domehenko, say.
otdeleniyam - prof. Ye.S.Shullman) i Dnepropetrovskoy Zaporozhokoy.
11hersonskoy, Mikolayevskoy oblastafth sanitarno-opidemiologichookikh
stantsiy.
(HALMINTH IMMONS, prev. and control
in Russia, eff. of reservoir & canal constructions)

VISMWOLISKIY, S.S.
_
?or specialization in general consts- tion trusts. Gor.khox.Mosk. 25 no.10:
25-26 0 151. WaA 6:11)
(Construction industry)

ate I I I a I

f. a. L-j A--.x p Q ir s i Y- i_-" M CL OR

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.-'alukhin, N. X., Candidate of Technical SOY/67-59-4-2/119
:3ciences, Vishnev, I. P., Engineer
TITLE t Heat Bychan-o in the Boiling of Oxygen in Tubes
0
PERIODICAL: Kislorod, 1959, Nr 4P PP 5-15 (USSR)
ABSTRACT: For tho purpose of a rational construction of air-fractionation
plants it was necessary to investigate carefully the processes
taking place with liquid oxygen boiling in vaporization tubes.
~_Icperiments were made with copper tubes, as are used in large
technical plants, at atmospheric pressure and natural
circulation. Heat supply q was in the range between 1U0 and
50000 kcal/m2 per hour. The steam content in the tubes was
varied from 0 to 99% and moref and so were the apparent levels h
(h is H11, H denoting the immersion depth of tube int6.'4V*i1d1' and
I the tube length), and the ratio 1/d of the tube (d denoting
the inner tube diameter). Investigations proved that, when
boiling oxygen in vertical tubes, heat exchange is strongly
influenced both by ratio 1/d (assuming 1/d > 80) and by ft/l.
Observation of the boiling process itself showed that heat
exchange occurs most favorably when the stage of steam bubble
Card 1/2 formation in the liquid is surpassed, and there is a

Heat Exchange in the Boiling of Oxygen in Tubes SOV/67-59-4-2/19
continuous steam flow along the tube. In this case, there is but
an extremely thin liquid layer left on the tube wells, which is
swept on into fast motion by the steam. Such a propagation of
the liquid surface is the best condition for..~-!,rapid
vaporization. It was recognized that all of i~e factors
exerting an influence on the heat exchange are clearly defined
by the velocity of the steam exit from the tube. Interpretation
of experimental results obtain9d further led to a quantitative
description of the heat transfer when boiling liquids in
tubes, under natural circulation* Three equations were set up
for the calculation of the heat transfer in the process described.
There are 14 figures, 1 table, and 13 referencesp 10 of which
are Soviet.
Card 2/2

VISHNOI, 1. P., Cand Tech Sci (diss) -- "Trrrestigation of tl~er--al enisnion in
the boiling of oxygen, nitrogen, and a mixture of them in tubes". 1"loscow, 1959.
16 pp (Min Higher and Inter Spec Educ RSFSR, Moscow Inst of Ciem k%chinebuild-
ing), 220 copies (KL, No 9, iq,6o, 124)

VISJMV, I.P., JUzh.; YUMIN, N-X-, kand.tekhn.nauk
Beat transfer during the bolling of liquefied gazes in pipes
and Its treatment in term of dimensionless coordinates. Trudy
VNINDUSH no-3:85-102 160. (MIRA 1319)
(Heat-Transmis9ion) (Liquefied gases)

82591
8/170/60/003/005/007/017
B012/BO56
AUTHORS: Vishney~l. P~., Yelukhin, N. K.
TITLE: The Problem of Heat Exchang in the Boiling of Liquids in
Tubes
PERIODICAL: Inzhenerno-fizicheakiy zhurnal, 1960, Vol. 3, No- 5j
pp. 74 - 80
TEXT: In the present paper, the boiling of oxygen, nitrogen, and a
mixture of both in perpendicularly arranged tubes in the case of natural
circulation and under atmospheric pressure is investigated. In these ex-
periments, the total tube surface on which beat exchange occurred was
moistened with the liquid. The experiments were carried out under
"optimum" conditions, i.e., during boiling along the entire tube as well
as in the case of such modes of operation in which the zone of preheat-
ing exerted influence. It was found that the exponent in the empirical
formula cxk - A qn varies from 0.16 to 0.64 in the boiling of oxygen in
tubes with natural liquid-circulation. On the basis of the experiments
Card 1/4

62591
The Problem of Beat Exchange in the Boiling 3/17o
./60/003/005/007/017
of Liquids in Tubes B012/1056
of heat exchange in the boiling of oxygen in tubes of 1/d - 106 to 560,
which were carried out here in the case of thermal stresses of 100 to
50,000 kcal/62-hr,h - 0.9, and at atmospheric preeourep formula (1) is
recommended for the heat exchange coefficient ak. q - apecific thermal
stresep 1 - tube length, d - tube diameter, h - H/19 H - liquid level.
Experimental data obtained by Rachko, Kutateladze, ViBhnev, Tananayko,
Danilova and Mazyukevich, Rabinson and Katteg Ratiani) Ivanov; Korneyev~~
Minohenko, Borishanskiy, Mak-Adamag Nukiyam, and Kichelli are given in
Fig. 2. These data are in agreement with the straight line shown in the
same figure and calculated from formula (1). It ia pointed out that
formula (1), in comparison to the empirical formula ak - Aqn, offers an
advantage in-so-far as in,the latter the coefficient A varies consider-
ably for different liquids and mixtures, and as, besides, this empirical
formula does not reproduce the influence exerted by the geometric dimen-
sions of the surface during boiling in tubes. For this reason, the out-
put of heat in the boiling of a liquid can be calculated from the for-
mulas derived for a large volume only in the case of tubeg with 1/d~~ 80
Card 2/4

82591
The Problem of Heat Exchange in the Boiling B/170/60/003/005/00-1/017
of Liquids in Tubes B012/BO56
(at h> 0-7). In the case of boiling in tubes of 1/d >80, the influence
exerted by the tube dimensions must be taken into account. On the basis
of the experimental results given here, and in consideration of the model
test method suggested by Professor A. A. Gukhman, formula (2) is re-
commended. It expresses the heat exchange in boiling of a liquid in
tubes in the case of natural circulation. The experimental data given
here further show that as a determining quantity in the boiling of a
liquid in tubes, not the rate of vapor development, but the flow rate
of the vapors ma A 1/d in formula (2) may be
*y be taken. In that case, Re
replaced by Re* - Re* 1/d. It is pointed out that the introduotion of
the numbers Rex* and h makes it possible to characterize the influence
exerted by the hydrodynamics of the system more completely. Both numbers
together take account of the change in the molar and molecular heat
transfers in boiling which is due to the change in the rate and thickness
of the underlying laminar layer. Fig. 3 shows the evaluation of experl-,
mental data on the boiling of oxygen. Formula (6) obtained from these
results is written down. Professor A. A. Gukhman displayed interest in
the present investigation. There are 3 figures, I table, and 7 references:
6 Soviet and 1 German.
Card 3/4

62591
The Problem of Beat Rxohange in the Boiling S/170J60/003/005/001/017
of Liquids in Tubes B012/FO56
ASSOCIATION: Institut kislorodnogo mashinostroyeniya, g. Moskva
(Institute of Oxygen Machine Construotion, Moscow)
Card 4/4

3&Nmm-. and YELUKHIII, N. 1.
"On the Effect of Vapour Content on Heat Transfer at
Boiling in Tubes."
Report submitted for the Confe-rence on Heat and Mass Transfer,
Minsk, BSSR, june 1961.

- __ -VISHITEV) I. P*; YELUiU11DT, N. K.; IMAZAYEV) 13. 111.
"Ifeat transfer Ln boiling of a liquefied gas in pipes iLnder vi1bratIcn
ditions."
report submitted for 2nd ALI-Union Conf on Heat & Mass Transfer, Minsk, 4-12
may 1964.
All-Union Sci Res Inst Oxygen Engineering.

21
BALASHOT, A.I.L!-ISMW, L.A.;--XAMEY, X.A.
Training rooms for crane operators. Besop.truda v pros. 1
no.7:33-34 JI 157. (M$;10:7)
1. Xolomenskly teployozostroltellayy savod in. V.V. Uvbysh9TR.
(Crane*, derricks. ete.)

VISHN3V, P. (g. Kuybyshev)
. no*6:74
ioners as active vorkers. Okh. truda i sots. strakh
JS '59. (MIRA 12:10)
(Kuybyshev--Fensioners)

'RAATM. Frits [Boade, Fritz], pftf.; BAT&VIOVA, N.A. [tranalutorj; FOHIN,
B.S. (translator]; . red.; LFBjUINSUYA, L.N., red.;
KHCKTAKOV, A.D., tekhn.red.
[World power engineering; nuclear power - now or in the future?]
Mirovoe energeticheakoe klioxigistvo; atommia energiia - seichas
i1i v budushchem? Moskva, Izd-vo inostr,lit-ry, 1960. 247 p.
Translated from the German. (MIRA 13:12)
(Power resources)

- --- -- -- -- - - -1
." ~ f Tat.-cn-."
ll'inn-7erron- r rr- in t-- War pr-)-- ' !, ",,, ,
a . ~l
Ir I - r -'r r~ " , . ., . " - - , ll~ 1 1 1 -t' q
").- - ~f ..- ~, . C.-F . . I ... .3 . I . . I 1 -.1 .
Rf-Pori TT-I-."n";, 1, n,.t.

vI.;NI'IIrVI V.
Raljot~-. Dobroleta za 17' k of thE: 7o"unteer A! r --,rce -7
L-' r. I Z, -
(oflyqO30to 1930p no. It 1). 42
30: Soviet Transportation am.1 COT.Wunications, A 'IiblioF-rarAiy Liltrary of ConCre3s
Reference DeparLment, 7,,,lashincton, 1952, Unclassified

VISHNEVY V.
Blizhaishie zadachi vozdushnogo soolshchenila. Z Next proble75 0- a-r
(Samolet, 1924, no. 12, p. 10-13, map).
DLC: TL504.S25
Iz opyta nashikh voxdushnykh linii. Z-From the eTrience of our air linell
(Vestnik vo::zdushnogo flota, 1928, no. 8, p. 34-3L).
DLC: TL504.1145
Vozdushnye soobshcheniia v SSSR. Z-Air communications of the USSR7. (Samolet, 1926,
no.2, P. 33-34; no. 12, p. 10-13, illus., map).
DLC: TL504.825
Vozdushnyi transport. 7-Air transportj (Tekhnicheskaia ents., v. 4, p. 241-251).
DLC: T9,T4
(Prilozhenle k zhurnalu "Khronika
Vozdushnye soobshchenlia. Z-Air comrunications 7
vozdushnogo dela'19 1930, no. 11-12).
DLC: TL504.K5
SO: Soviet Transportation and Co-municationa, A Bibliography, Library of Congress,
-ie-ference Department~ Wahhington, 1952, Unclassified.

VISHNEV, V. M.
Puti udeshovieniia vozdushnogo transporta. Z-The ways of reducing the cost of air
transportj. (Sarjolet, 1930, no. 10, p.-25-26; no. 11, p. 12-13 ard no. 12,
p. 9-11; 1931, no. 2, p. 10-12, maFs .
DLC: TL504.S25
SO: Soviet Transportation and Communications, A Bibliograph , Library of Congress,
Reference Department, Washington, 1952, Unclassified.

WMA-isceli-aneous - Foundry processes
Card 1/1 1 Pub. 61 - 2o/23
Authors I Vishnev, V. M.
Title I Foimless moulding
Perlodical Lit. proizv. 4, page 30, July 1954
Abstract I A method for formless moulding of individual parts is briefty describ-
ed. Illustrationo
Institution :
Submitted :

visamff, V.M.
-. 'i -, *4. . I -' ,
Making colds without patterns. Idt.prolsv. no.4-.30 ii 154.
(Younding) (MLRA 7:7)

VISHIZVA,-A,P.
Letters to the editor. Khleb.i kond.prom. 6 no.6.-45 Je 162.
(MIRA 15:7)
1. cheboksarskiy khleboxavod WO-1.
(BWwre and bakeries)
pw- ~ -, ,

M--
Hairdressers strive for the title of shock workers of cor-nniot
labor. Zhil.-kom. khoz. 10 no.11:25-26 160. (MIRA 13:11)
1, Predeedatell gruppkoma tresta parikTAkherskogo khozyayotva
g.Sverdlovska.
(Sverdlovsk-Hairdressing)

ZARYVA SKAU [Za 1) Kh.], kand.med.nauk,- GOYLNSKAYA; V.
VTaialka
[Hai;-,~~a, . vrach.; SHEYKINA, Ye.., vrach.;
vrach
Results of hygiene tests of hot-air beating systems with natural
stimulation. Bud.mat.i konstr. no.5s6l-62 8-0 162. (MIRA 15:11)
(Hot-air heating)

v I -v
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9-108. METHOD OF TESTD4 FATIGUE OF STEEL SAMPLES AT HIGH
TEP1MUTIURES, M. F. Slchftov and Z. D. Vishamaky. FgalgWal
Plaestp Y. 10, Feb. 1949,p p. 46. Tri[Kili-W sM 6ondensed from
?Avodska" lah2rat*Eia (Factory laboratory), Jan. 1948, p. 86-91.
Apparatus for datcraining fatigue of cylindrical test pieces
at temperatures up to 6000 C. while revolving at "*do of 50M
r.p a. and above. An important feature in the mods of t4upera-
t;;; determination.
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floc 9-108. WHOD OF TZMNG FATIGUE Or CM SWUM AT HIGH
009 TWERATUM. M. F. Sichikov and Z. D. Tifte"4
_._ _' q. &CUM'
V. 10p Feb. 2949 p 46 Tr"iUted snd'4~~l from
g:: ALUdAbn IfikRulada ffa;to~; lAbontory), Jan. 1948, p. 9,91.
Apparatus for d*teraining fat1guo of cylinWeal test pleoes
at temperstuns up to 6000 Ca while rovolviog at speeds of 5M
ffs. and above, An important festuro is the mod* of tuperutw*
itl deteminstion.
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0 .31 P. M-91.
jFact.,ry 1,six,ratory), Jan. 1948.
:0 llrie~y demrib" and diagrams apparatus for dl`
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