SCIENTIFIC ABSTRACT YELTSOV, K.S. - YELUKHIN, N.K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962620003-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

[ACCESSION NRI AP4041869
Therefore, the nitrogen and titanium contents of the initial metal
I
must be reduced to aminimum. This can be done, for example, by
irefining the metal in the ladle with synthetic slag. Electroslag
melting of open-hearth steel refined with synthetic slag eliminated I
!all the inclusions larger than IOU-and reduced the number of smaller
linclusions by more than 50% and the nitrogen an'd oxygen contents
to 0.0053 and 0,0020X, respectively, To produce ultra-hiRh purity
ball-bearing steel.the double electroslag meltinR was applied with
a combination of various fluxes. The use of ANF-6-ANF-6 fluxes in
double electroslag malting or of AN-29-ANP-6 fluxes produced best
,results. Ultra-high purity steel, fully satisfying requirements
for critical ball bej~rings, was obtained, Orig, art. has: 2 figuread
J
ASSOCIATfONi Dneprospetastall (Dneprospetsotall plant); Zaporozh-
skiy mashinastraitellny*y institut (Zaporozh Machine-BuLlding Insti-
tute); InstLtut slaktroavarkL Lm Yes Ot Paton& (BlectrLe VeldLng
Institute); WHOM
Card 2/ 3

'ACCESSION NRt AP4041869
ISUBMLTTEDS 00 ATD PRESS: 3068 ENCL.: 00
,SUB CODES MM NO REF SOVs 007 OTHERs 000
Card 3/3

GABUYEV, G.Kh.; YELITSOV K 8 SHULITE, Yu.A.j MIKHAYLOV, P.A.; GAREVSKIKH, I.A.;
LEYBUZON;.~- E.I.; MEDOVAR, -B.I.; LATASH,
Yu. V.; FWITSOV,
VOP.1 PAXHC?40V,,A.I.; KAUNOVSKITI G.F.; VOINOV, S.C.; SHALIMOV, A.G.;
KALINNIKOV, Ye.j~; SMOLYAKOV, V.P.; KOSOY, L.F.
q
Improving the qua3ity of electric-slag-refined bearing steel. Stall
24 no,71640-642 J1 164, (MIRA 18:1)
1. Zavod "Dneprospetsatall", Zaporozhakiy maohinoet-oitellnyy institut,
Institut elektrosvarki im. Ye.O.Patona i TSentrallnyy nauchno-issledo-
vatellskiy institut chernoy metallurgii imeni I.P.Bardbm.

KMIN. G.V.; BRYZGALOVA, Te.A.; YMLITSOV, L.M.
Observations of the partial lunar eclipse of Nova";2
at the Irkutsk Observatory. Astron.teirk, no.168f, -~219;5 91,
()U.BA 1:6)
1. Irkutskaya gorodukaya astronomicheskaya obmarvatorika gosudar-
stvannogo universitsta Imeni A.A. Zhdanova.
(Solipses, Lunar--1935) I

L 2722j4j EPF(n)-2/EWT(m)/EWP(t) JJP(c) WW/JD/JG
ki- AP-60-603j SOMCE; CODES UR/041j/6,61 04/0097/00-18
s?
ALVDIORt Kovalenko, A. K.; Hurin., F# Borodulin. G. H I ta2ze -
SM01yakov, VaXt
ORG: none
TITISi - Tethod for vaemm deaassinz of LAauld mtaIg. vM simltaneousl treatment with
I& jlass 18, ly - - i
SOURCES Itobrotenlya, prorqzihlennyye obraztsy, tovarrVy*'znaki, no. 4, 1966, 27-28
I.TOPIC TAGS: metal, liquid metal, metal degassing, vacuum dogassing
I ABSTRACTS This Author Certificate presents a-mathod,for vacuum degassing and sina-
Uneous refining of liquid metals bya slag treatment in a two-tube chamber. Tha
metal is sucked Into the chamber through ono tube andt after vacuum degassing, is
discharged through the other tube containing liquid slag which rofj"s the matale
-SUL CODES 3-1 SM DATE s 03SopO+
6rd I/1' --- 669.M.683-982
MINOR;.

~CC NR, AP602905b souAd CODE: uR/o4l3/66/ooo/o14/O082/0082
INVENTOR: Averchenko, P. A.; Alekseyenkol M. F.; Babakov, A.__A.,. BabitakaYa, -A- K-
Batrakov, V Bondarenko, A. L Gabuyev , G. Kh. Yel I teov K. S - ; KulyginL G~V-
MolyZ~ov. V. F. 1.
Orekhov. G. N.; Pridantsev, M.'V.- Sk =
lup~lav -~N - I arov
Soroko, L. N.;_Solovlyev, L. L.; Frantsov, V. P.; Shamill, Yu. Moshk'~v-ich. Ye.
Tatanov, B. S.
ORG: none Xj
TITIE: Stainless steel. Class ho, No. 10394T.
SOURCE: Izobret prom obraz toy zn, no. 14, 1966, 62
TOPIC TAGS: stainless steel, chromium titanium steel, molybdenum containing steel,
nitrogen containing steel, titanium containing steel
ABSTRACT: This Author Certificate' introduces a stainless steel containing
chromium, molybdenum, and nitrogen. In order to improve welaa75ility, the steel baS
the following composition: 0.08% C, up to 0.8% Mr, up to 0.8% Si, 15-16% Cr,
0.2~-0.6% mo, o.A-o.l~ N, o.4-1.2% Ti, up to 0.035 8, and up to 0.030 Fe [WW] -
SUB CODE: l1/ SUBM DATE i. 30jan 651,9--A 0,04W -' ',*c 1& 0

YELITSOVP N.S. [F.11t8au, N.S.]
ELITSOV
j N-S
obalt and magnesium salts on the searetw7 function
Effect ofc
fe at
and chemical composition of saliva in shoop, Vestai AN B=o
I
ch
Sere bblial. nave no-4:67-73 163. (MIRA 17:8)

YELITSOV, N.S. [IA-1't:3&u, N-S-I
Effect of cobalt and manganese c-, tie functioning of Vne ga-stric
glands in animals. Vestsi P11 BSSR. Ser. Mal. nav. no.2:97-101
164. (MIRA 17:11)

YELITSOV, S. (Professor, Moscow Zooveterinary Institute.) Post-narcotic
acidosis in horses.
So: Veterinarijq 23; (12); December 19V; Uncl.
TABCON
0 0

M. I T'!r-V S. G.
YELITSCVJ, S. G. (Professor, Moscow Veterinary Institute).
Clarification of hemplytia action of chloral hydrate,
n8rcolene Pnd-hexenel solutions in horseg.
Source: Veterlinariya; 22; 6; June 1945 uncl
TAECCN
0 0 0 0 0 0 0 OR 0 0 0 0 0 0 0 40 0 6 0 0 0 0 0 0 0 0 0

Z.."Jv) 00 tie')
USM/14eUcilne- (Vat) Blood Tranafusion Jun 51-
"Significance of Hemohetaroagglutination in the
Tranafnion of Blood of Another Species," Prof G. G.
Elltsov.. P. F. Sorokova. Aspirant, Moacow Vet Acad
"Veterinariya" Vol XXVIII, No 6, PP 50-54
In regard to agglutination, erythrocytes of cattle
,were found to be compatible in vitro with the serum
of horses and dogs, erythrocytes of horses incompat-
ible with serum of cattle or dogs. In actual trans-
,-fusions, cattle blood compatible in regard to agglu-
tination was well tolerated by horses, but not so
well by dogs: 3-4,m1 per I kg, of wt,already pro-
duced hemotransfusion shock.
11C I : - - 88T55
*Orig. Russian checked in another document shovis S. 0. yelitsov
i

YZVTSOV. 8.G., professor.
q , -
- Mww~
Problems of intrathoracic surgery In cattle. Yeterinarlia 30 no.l:
42-44 Ja '53. (MMA 6: 1)
1. Moskovskaya vaterinarnaya akademiya.

YELITSOV, S,.Ia., doktor vaterinarnykh nauk, professor.
,
SurgicL. treatment of reticulitis caused bjr injurr in c4ttle.
II Vaterinarlia 32 no.7165-67 JI 155. (Kuti 8:9)
l.Kafedra operativnor khirurgii i topograficheskoy anatomli KTA,
(VETF,RIMT SURGERT) (STOMACH--SMKRY)

TELITSOY,,.,Se,rgay,,-Grigorly,eyAch,prof.; ITKIN. B.Z., dots.; KH4RpHLTKO,
H.'D.. dots.; SOROKOVOY, R.P., kand. vateriaarnykb nati~.`*; SOI'OYET,
A.S., red. ZUBRILINI, Z.P., tekh~'. red.
Coperative surgery with the principlan of the tonovrapliical
anatomy of domestic animalal Moskva. rzd-vo sellkhoz. lit-ry,
1958. 375 P. (HIPA 11:12)
(Veterinary surgery)

TZMOV, V.S., prof.. doktor vater.nauk; ZHMIAV3CL', A.A., prof., dolctor
vater.nauk; FRZOBRAZMSKXT, N.M.. doteent, Jwnd.veter.nauk;
.TBLITSOV, S.R.Lirof., doktor vater.nauk; ITKIN, B.Z., doteent;
90SKOV, N.M., dotsentl, kand.vetaronauk; TZMITANOVA, Y.I.#
red,; BALLCD, A.I., tokha.red.
(Principles of veterinary medicine] Osnovy vaterinerii. Izd.2.9
ispr. i dop. Moskva, Goe.izd-vo selikhoz.lit-ry, 1960. 437 P.
(MIRA 13:10)
1. Direktor Vaesoyusnogo institute gallmintologii im. K.I.Skrys-
bina (for Tershov). 2. Zoveduyushohiy kafedroy fiziologii Unin-
gradakogo veterinarnogo institute (for Zhuravell). 3. Moskovskoya
vaterinarnsys almdamiya (for Proobrazhenskiy). 4. Zavoduyushohiy
kafedroy operativnoy khirurgii Kookovskoy veterinarnoy ska.deaLi
(for Tolltsov). 5. Zoveduyushchly kafedroy epizootologii Oren-
burgskogo seliskokhozyaystvennogo institute (for Woskov)..'
(Veterinary medicine)

YELITSOVI S.P.; KULIKOVO A.N.y red.
(Safety regulations and industrial sanitation on
ships of the river fleet; power plants and machinery) Pra-
Vila tekhniki bezopasnosti i proinodetvonnoi snnitaril
Zia sudakh rechnogo flota; silovye ustanovki i mekhanLxV.
Mosl-va., Izd-vo "Itechnoi transport," 1962. 90 p.
(MIRA 17:8)
1. Russia (1917- R.S.F,.S.R.) Ministarotvo rochnogo flota.

_YWITSOV, NOVIKOV, T.N.; ZAREZIN, I.V., red.
(Handbook on safety measures in the merchant marine;
general considerations] Spravochnik po okhrane truda
na morskom transports; obshchie polozheniia. Moskvas
Transport, 1965. 466 p. (MIRA 18:5)

PIROGOV) A.A.; RAKINA, V.P.; KRASS, Ya.R.; VOLKOV, N.V.,- BELICHENKO) GO'Iq;
GAIAMV, H.S.; NESTEROVA, A.L.j XORKOSHKO, N.M.-,_vELITSOV, V.V.
Dolomite magnesite blocks for lining oxygen-blown converters.
Ogneupory 30 no.9t4-5 165. (MIRA 18s9)
1. Ukrainskiy nauchno-isaledovateliekly Inatitut ogneuporov
(for Pirogovp Rakina, Krass, Volkov, Belichanko).
2. Krivorozhakiy metallurgicheakly zavod (for Galatolp
Nesterova, Korkoahko,, Yalltsoy).

TSq(!,_7, K. A.
Utilization of Popov's operation In surgery of rectoratinal fistula
and formation of artificial vagina. Akash. gin. no. 3:70-71 Kar-
June 1952. (CLKL 22:5)
1. Of the G7necological Division, Novosibirsk Ninth Municipal
Hospital (Head Physician and Head of Division -- T. A. Yelltoov).

. yEL!Tgoy. ye,V.,,_ iwh,;..BuGAyEV., P.S., inzh.
--- I
Vortex-drying kilns. Mement 30 no,U21 JA,-F 164,
(MIRA 170)
1. Ye-an b 2inskiy teementno-shifernyy kombinat.

PETROV, B.A.S kand.tekhn.nauk; YURGANOV, N.N., kand.tekhn.nauk;
,YEL~,T$QV,_Ye.V., inzh.; BOLDYSHEVA., inzh.; YRA)VAN, L.So,
inzh.; SAFONOV, N.A.., inzh.
Pneumatic method of feeding into a kiln beyond a continuous
curtain of dust caught by electric filters. TSement 30
no. 2:17-19 Mr-Ap 164. (MIRA 17:5)
1. Vaesoyuznyy gosudarstvennyy nauchno-issledovatellskiy i
proyektnyy institut tsementnoy promyshlennosti i Yemanzhelinakiy
tsementno-shifernyy kombinat.

YELITSOV-STRELKOV, V.I.
Snontaneoue labor with a full-term fetus through a fistula of the
uterine cervix. Mnish. I gin. 13 no.6:87-88 N-D 157. (MIRA 11:3)
1. 1% okushersko-ginekologichookoy kliniki (sav, kAfedroy-prof.
I.F.Zhordanln) II Hookovskogo meditainskogo institutA imeni II.I.
Pirogova I 5-go rodillnogo domA Moskvy (glnvnvy vrnch A.F. TSyren)
YAABOR, compl.
through fistula of uterine cervix)
(CERVIX, UrERIHH, fistula
In labor, pnssage of normal inf. through fistuln)

YE11MOV-STREMOV, V.I., Cand ~fed 5ci -- (dIns) "M-111\
f '
Z-&v9Aj* obstetrical indicators of obstetricj&
institutions in Russia for the period from 1891
thrOIJ,11L 1917.11 Mlos, 1958, 15 pp (Second Uns -tate
Med 1nst im N.I. Pirogov) 200 co-.,-;e!; (KL, 23-5e, 111)
- 129 -

T3LITSOY-SVMKOV, T. I.
Some obstetrical data from lying-in h6spitals in Bursia frox 1891
to 1917 (from meterials of published medical records). Bovaned,
22 no.1:144-148 Ja 158. (XIRA 11:4)
1. Zz akuohersko-ginekologicheakoy kliniki (zav. kafodroy - prof.
I.F.Zhordenina) lochabnogo fakul'tata II Moskovskogo meditainskogo
instituta imeni N.I.Pirogovae
(OBSTEMICS9 histo
in Russia (Rue))

L
SOURCE CODE: UR/0294/44/004/004/0540/0551
HOR: Buleyev. N. I. (Moscow); Yelltsova, L. D. (Moscow); BJryukova. G. E. (Moscow)
None
LE: Calculating the temperature field of a turbulent fluid flow in the initial
mal section of a circular tube
RCE: Teplofizika,vysokikh temperatur, v. 4, no. 4, 1966, 5hO-551
1TOPIC TAGS: turbulent flow, fluid flow, temperature.dirtri,bution
LSTRACT: The.authore calculate the temperature fielde n the initial thermal stabil
zation section during turb lent fluid flow in an infinitely extended circular tube.
Longitudinal thermal overflows through the walls of the tube and through the liquid a
considered in solving the problem. Temperature fields in the fluid flow and in the
wall of the tube are calculated for a wide range of variation in the Reynolds.and
rantdl numbers. The thermal flux g(x) on the external surface of the tube is given
assuming that the tube Is heated from the outside in the middle section for a finite
length of the order of 30 tube diameters. It is further assumed that -the velocity
field in the.flow is stationary and that the physical properties of the fluid and the
mal conductivity of the tube material are constant. The results of the calculations
are given in a series of tables and graphs. Analysis indicates that the wall-fluid t
Card 112 UDC: 536.242.oi

F-Aff _NR,
perature drop in the heated section stabilizes with an accuracy of 5% within 16 dia-
meters from the initial heating section. Longitudinal thermal overflow through the
walls of the tube is insignificant for liquid metals and water but reaches considerable
values for gas flow due to the higher values of the parameter WAI. The length of the
initial thermal section in flows of various fluids increases with the Reynolds number
from 0 to 3000 reaching a maximum at this point with a gradual decrease as Re is in-
creased further., Orig. art. has: 8 figures, 4 tables, 24 formulas.
CODE: 20/ SUBM DATE: 05Jan65/ ORIG REF: W/ OTH REF: 004
Card 2/2

~OTARZV, A.I.
Quantitative determination of free amino acids in choose by paper
partition chromatography. Izv. uchob.,sav.; pishch. takh.
no. 2:131-135 138. (91RA 11:10)
1. Vologodekiy molochnyy inatitut, Xafadra takhnologii moloka i
molachnykh produktov. Ohoose--Analysis)
(Amino acids) '
(Paper chromatography)

YEL'TSOVAI M. V.
Cand Tech Sci - (diss) "Accumulation of taste and aromatic sub-
stances in the process of maturing cheese and the effect of these
on the product quality." Moscow, 1961. 16 pp ; with diagrams;
(Moscow Order of Labor Red Banner Inst of Economy imeni G. V.
Plekhanov); 170 copies; price not given; (KL, 7-61 sup, 236)

CHEMODANOVI D.I., dotsent; YELITSOVA, M.Ye., assistent
Acceleration of the autoclaving of lime-Biliceous building materiale
by introducing sodium flouride into the silicate composition. Sbor.
nauch, trud. TISI 8:113-117 161. (MIRA 15:1)
1. Tomskiy inzhenertio-stroitellnyy institut, kafedra khimii i
5troitel'nykh materialov.
(Sand-lime products) (Sodium flouride)

YXLITSOVA, P.A.; KOTON, M.N.; MINEMA, O.K.,- SURNIZIA. O.K.
Pol.vmerization of vin7l derivatives of biphenvl, dipherql other and
phen7l sulfide. V7sokom. sood. 1 no.9:1369-1373 5 159.
(MIRA 13:3)
(Biphenyl) (Phen7l, ether) (Phon7l sulfide)

00 78284
SOV/79-30-3-38/69
AUTHORS: Yelltsova, P. A,, Kotor~, M. M., Mineyeva, 0. K.,

TITLE: Synthesis of Vinyl Derivatives of' Biphenyl, Biphenyl
Ether and Biphenyl Sulfide
PERIODICAL: Zhurnal obshchey khimii, 1960, Vol 30, Nr 3, PP 933-
934 (USSR)
ABSTRACT: The effect of substituents phenyl, phenoxy, and phenyl-
mercapto) on the capacity of compounds to underdo
polymerization, and on properties of resulting polymers
was studied. Addition of ethylene oxide to biphenyl and
diphenyl ether in the presence of anhydrous alumin,=
chloride, with sub30qL1Cnt dehydrogenation of obtained
carbinolz, yields o-vinylbiphenyl (yield 47%), bp 112-
11.3' (0.5 mm), n20 1.6190; p-vinylbiphenyl, bp 124-126C
D
12 .Tim), mp 118-1190; o-vinyldiphenyl ether (yield 7Q'V,
,
Card 1/2 mp 38-390; p-vinyldiphenyl ether, bp 1060 (1 imm), nn
D ,

Synthesis of Vinyi Derivatives of
Biphenyi, B-.*Iphenyl Ether and
Biphenyl Sulfide
I SUBMITTED.
Card 2/2
782811
SOV/79-30-3-38/69
1,6oili; p~vinyldiphenyi sulfide (yield 56%), bp 1-370
0 mm), n D0 1.6495. There are 8 references, 5 U.S.
I
2 French, 1 German. The U.S. references are-, Frank,
R., Adams, C., J. Am. Chem. Soc., 68, 1365 (1946);
Chem. Abst., 47, 7826 (1953); Bradsher, Ch., Wert,
R., J. Am. Cheat. Soe-,.,*62, 28o6 (194o); Huber., F.,
Renoll, M., Possow, A., Mowry, D., J. Am. Chem, Soc.,
680 !Iog (1946); Mowry, D., Renoll, M., Huber, F., J.
Am. Chem. Soc., 68, 1105 (JgL16).
April 28, 1959

SHISHKIN, K.N.; KOTSYUBA, A.A.; YELITSOVA
Vapor liquid equilibrium in four-component mixtures. Ukr.
khim.zhur. 30 nQ.2:137-143 164. (MIRA 17:4)
1. Dnepropetrovskiy khimiko-tekhnologicheskiy institut.

MARGOLIS, L.D.; )MITSOVA, Z.V.; ZIEREBNOY, I.A.
Sodium content in aluminwm. TSvet. mot. 37 no.6t42-43 in 'U..
,',kfIRA 17.9)

AUTHORS: Yeltyshev;i, A.A., Kay-arskly, I.S. 131-3-7/16
TITLE: On Processes Taking Place Duritg the Heating of Dinas Brick Clay
and Their Connectlon Jith the Modification of Its Strength
(0 protse3sakh pri nagre-nnii dina3ovogo syrtsa i ikh 3vyazi s
izmeneniyem yego provhr~sti)
PERIODICAL: Ogneupory, 1958, Vol 23, lir 3, P2 118-131 (USSR)
ABSTRACT: The improvement of the quality of dinas depends upon the action
brought to bear upon the physical-chemical processes during burn-
ing. Ass raw material quartzite fourA at the Ovrich deposit vsa
used for the experiment; its composition is given as also the
preparation of the masses. The pressure breaking strength of aInas
raw material in the heated state Yra3 measured on the apparatus ot
the V.NII0 (fig. 1). Fig. 2 ahorm the influence exercised by granu-
lar composition, pressure, the aMitio-a of dinas scrap in3tead of
quartzite, and, for reasons of comparison, the raw material obtained
from the ms3 of tha plant itueni Dzerzhia3kly. Table I sho= the in-
fluence exercised by the composition and the amount of additions,
Card 1/4 and table 2 gives the characteristic of the production output of

On Processes Taking Plac-- D-1-II19 the Hedtt-19 of ly-nas Brick 131-3-7/16
May, afid. 7heir"Conne-a-tion Wltli Vie AxU-,-Icaltion of
v
Its Strength
the plant imeni DzerzhirmMy. By means of an apparat-as of the
VNIIO, which was develope-3 by B.Ya. Pines, the bending-tensile
strength of dinas raw material was determined at different temper-
atures. ResUlt3 may 'te acen from table 3. Table 4 shows the change
of shearing strength wher the dinas raw material is heatea. The
linear extension of the x-awmaterial by heating is shown by fig- 3,
viz. under the -Influence of granular composition and the adaition
of dinan scrap instead of cruartzita; extension in various tempera-
ture inter7als is shown. in table 5. The binding of calcium oxide by
silicecus earth by dry mixing of maszes with following burning may
be seen from table 6, and by wet mixIng from table 7. Losses caused
by burning off are shown ir. fig. 4. The ohange of the pressure
breaking strength of the raw material of veined quartz produced with-
out any additions by heating is shown in table 8. Thermograms of
mixtures of quartzite and C&(OH)2 both in the case of wet and dry
mixing of the iraaies, as well ai of the quartzite found at the
,Ovruch deposit and of Ca(OH)2 may be seen from fig- 5. The depend-
Card 2/4 enoe of the decrease of the itrcngth of raw material during the

On Processes Taking Place During the Heating of Din" Brick 131-3-06
Clay . and Their *Connection With the. ModlfLcation of
Its Strength
temperature interval of 800-10000 on the formstion of cristobalite
may be seen from fig. 6, and dto. in the temperature interval of
1300-14000 from fig, 7.
Conclusions:
1.) By heating the pressure strength of dinas raw material changes
as follows within 5 temperature intervals:
Reduction of strength: 20 - 6000 8W0
Considerable increase of strength: 600
Reduction of strength: 800 - 10000
A very sharp increase of strength: 1000 - 13000
Reduction of strength: 1300 - 14000
2.) The change of the strength of the heated raw material is due
to several physical and chemical processes.
3.) Different technological factors influence processes during the
5 temperature intervals in different rays.
Card 3/4

On Processes Taking Place Daring the Heating of Dinas Brick 131-3-7/16
Clay An& Their.0obnection With the Yloaification, of
Its Strength
4.) As shown by experimental results, it is not of advantage to
add dinas scrap, whereas hi h pressure and delayed burning
in the interval 1300 - 14009 is of advantage for the pro-
auction of a solid dinas.
There are 7 figures, 8 tables, and 23 references, 18 of which are
Slavic.
ASSOCIATION; Xharlkov Institute for Refractories (Khar'kovskiy institut
ogneuporov)
AVAILABLE: Library of Congress
Card 4/4 1. Refractory materials-Processing 2. Refractor7 materials-Properties-
Tables

~_______Y_E__L_TY__S_HE_V_,_ -A-.-----A-.-,--C-a--nd-T-ech--Sc-:C..~ __"Pr_oc_esse_s_-_-invo_lved - in-- the --- --- - - - -
1
firing of Dinas brick-clay and their relation to changes in the brick-
clay strength." Sverdlovsk, 1960. 21 pp with graphs; (Ministry of
Higher and Secondary Specialist Education RSFSR, Urallskiy Polytech-
nic Inst im S. M. Kirov); 150 copies; price:not given; (KL, 1?-60,
153)

I
1 1 -1
winm2r, I -&-
_P - I ; " ~: , , ~ 1-Y ~f 7 Tyl i 2WAl f f v -n,k 1 ( c I) ~
.__ __ - . - __ - .., . - 1. '". .. i''.11 Mr -,III .4.r.vp f " I'll. I

TSHYTLINv L.A.; KARYAKINt L.I.j-
Studying the wear of linings of copper smelting induction furnaces.
Ogneuproy 25 no, 3t123-126 160, (MIRA 13tlO)
1, Ukrainskiy nauchno-iosledavateliskiy institut ogneuprov.
(Metallurgical furnaces)

WNARSKIYv X.S.; DEGTYAREVA9, E.V.; =YSMVA, A.A.
Unfired dina bricks. Ogneupory 28 no.7003-305 163a
(MIRA 16:9)
lo Ukrainakly nauchno-issledovatellskiy institut ogneuporov,

YELTYSHEVA, Raioa-6~m~-no4~a;---SOKOLOVSKAYAP To-.Ya-,t redoizd-val -GUROVAP
-ptekhn.red.
[Ordovician and Silurian crinoids of the Siberian Matforml
Ordovikskie i silurUskie krinoidei Sibirskoi platform~y. Moskvap
Gone nauch.-tokhneizd-vo lit-ry po geologil i okhrane nedrt
1960,'38 P, (Leningrad., Voesoiuzrqi geologicheakIr inatitut.
Trudy# vol 40) ~(MRA 14:2)
(Siberian Platform-Crinoideap Fossil)

YELTYSHEVA, R.S.; SHEVChENEO, T.V*
Stalks of sea lilies from the Carboniferous deposits of Tien Shan
and Darvaza. Izv. Otd. geol.-khim. i tekh. nauk AN Tadzh.SSR 1:
ilq_i2.5 6o. (MIRA 15:1)
1. Upravleniye geologii I okhrany nedr pri Sovete Itinistrov
Tadzbikskoy SSR.
(Tien Shan--Sea lilies) (Darvaza Range--Sea lilies)

S/131/60/000/007/008,1000,/XX
B021/BO58
AUTHORSt Tsigler, V. D., Yeltyaheva nd Pt,ndrik, B. Ya,
TITLEs Highly Aluminous Light Products and Their Use
FERIODICALt Ogneupory, 1960j Do. 7, pp, 299-307
TEXT: The technology for these products was worked out by the foam method
under laboratory conditions in the UNIIO (Ukrainskiy-nauchno-
issledovateltakiy institut ogneuporov - Ukrainian Scientific Research
Institute of Refractory Materials). A test batch of highly aluminous
light products was manufactured under operating conditions at the
Podol 'ski zavod ogneupornykh izdeliy (Podol'sk Plant of Refractory
Materials~ from commercial alumina, refractory clay and wood dust. In this
paper, the results of the technology elaborated are mentioned, as well as
of the properties and working tests of highly aluminous light products
which show a corundum-mullite composition and wero obtained by the method
of the fire loss of additions by pressing in semidry condition. The
refractoriness, chemical composition and granulation of the components
of the charge are mentioned, as well as the ceramic properties of light
Oard 1/3

Highly Aluminous Light Products s/i3l/60/000/007/008/009/XX
and Their Use B021/BO58
products after firing at 15500C. Figs. 1-4 show the losses in weight,
change of weight of unit volume, thermal expansion, and compressive
strength of highly aluminous blanks. A batch of those light products was
manufactured at the experimental plant of the UNIIO, their granulation,
charge composition and characteristics of the mass being mentioned. The
investigation results for the fired light products can be seen from
Table 5. An industrial experimental batch of 5 t of highly aluminous light
products was manufactured at the Chasov-YarBkiy kombinat ogneupornykh
izdeliy (Chasov-Yar Kombinat of Refractory Materials). The characteristics
of the initial raw materials are mentioned in Table 6. The products were
sorted according to POCT 5040-58 (GOST 5040-58). Table 7 shows the
characteristics of highly aluminous light products. These were tried out
as lining for the fireboxes of the stand-by boilers in tankers of the
Chernomorskoye parokhodstvo (Black Sea Shipping Company). The following
persons participateds I. A. Parkhonyuk, A. S, Cherkasov, A. A. Lapidus,
and M. N. Kalayda. Under equal conditions, highly aluminous light products
had about three times the service life of brickings from semiacid bricks.
These products can be used as lining up to 15500C. There is a prospect of
using these,light products in stand-by boilers of seagoing vessels with
Card 2/3

Righly Aluminous Light Products
and Their Use
B/131/60/000/007/008/009/XX
B021/BO58
oil firing. For the supply Qf tke high-sea fleet it is necessary to
organize the manufacture of th3se light products in refractory-material
plants in the eouth and east of the country. There are 4 figures, 7 tables,
and 11 references% 6 Soviet, I German, 1 Canadian, and 2 British.
ASSOCIATION% Ukrainskiy nauchno-issledovatellskiy institut ogneuporov
(Ukrainian Scientific Research Institute of Refractory
Materials)
Card 3/3

TEITLIN, L.A. [Tseytlin, L.A.); ELTISEVA, A.A. LYe1tysheva,_�,.A-I; GRAFAS,
N.I.; TIGANOV., A.S. [TSyganov, A.C.J; SAFAFOJYO, D.I.;
SAGALOVA, B.I. (Shagalova, B,I,]
Crucibles of the electric induction furnaces made of a given
filling material for the melting of aluminum alloys. Analele
metalurgie 16 no-075-80 O-D 62.

TSEYTLIN, L.A.; MLTYSHEVA$.,_A.A.j. GRAFASp N.I.; TSYGANOV, A.S.; SHAFARENKO,
D.I.; SHAGALOVA, B.TU.
Induction furnace crucibles made of rammed materials,, for the
smelting of aluminum alloys. TSvet. met. 35 no.501-75 My
,62. (MM 16:5)
(Aluminum alloyB-Electrometallurgy) (Crucibles)

TSIGLER, V.D.; B.160
Technologyp properties, and use of high-alumina lightweight
refractorieee Oborenauchatrude UNIIO nos5t113-436 t6l,
(KMA 15112)
(Refractory materials)

S/893/61/000/005/002/005
B117/M6
AUTHORS: Taigler, V. D., Yelt sheya,_A.,L , Pindrik, B. Ye.
TITLE: Technology, properties, and application of high-alumina
light-weight refractorleg
SOURCE: Kharkov. Ukrayinalkyi naukovodoslidchyi inatytut vohnetryviv.
Sbornik nauchnykh trudov. no- 5(52), ig6i, ;i5_13(,
TEXT: The development of an efficient production technology for high-
lumina light-weight refractorie4 -ans directed to obtaining producto of
carborundum-mullite composition containing at least 80~: Al 2OV having
2
a porosity of 57~* and a vol"mo weight of 1.5 9/cm . The iollowlnif raw
materiala were used: hig~-alumina fireclay, commercial aluminc, with
different degrees of dispersion; kaolin from Vladimir as binding clay;
petroleum coke with an ash content of about 3~4 an combustible addition.
The compovition of the manses was chosen on the basis of the Al 203
content calculated in,corresponding 3-component systems: high-alunina
fireclays kaolin petroleum coke and commercial alumina - kaolin -
Card 1/3

B/893/61/000/005/002/005
Technology, properties, and application ... B117/B186
petroleum coke, It has been shown that to a mass with an 60% Al 20 3
content not more than 10 to 20% kaolin can be added. The bulk-weight of
the products of 1-5 9/07n2 is guaranteed by-the addition of 30% of
petroleum coke. The pr:)duats produced by the method described above
offer good heat insulating properties, their thermal conductivity
depending In some degree on the production method. They can be used as
linings for working temperatures 0up to 16000C, i.e. they are capable of
sustaining temperatures some 200 higher than alumosilicate light-weight
refractories of the typesAJI-1.3 (AL-1-3) and 101-1-3(KL-1.3). The
production of trial batches under varying conditions showed that the
production technology based on high-alumina fireclays is preferable to
that based on commercial alumina. The higher production costs of the
fireclay production are compensated by the high quality of the products.
The products produced on the basis of high-alumina fireclays are
characto.rized by a higher thermal stability, impermeability to gases and
smaller additional shrinking at 1600 0C. It has been shown that the
high-alumina light-weight refractories can be well used as liningB'for
liquid-fuel auxiliary boilers on ships. They might also be used as
'Card 2/3 1

S/893/61/000/005/002/005
Technology, propertioap and application B117/BIa6
linings for main boilers. The production of high-alumina light-weight
refractories ohotild be intenoifled in refractory plants in the South and
the Eaut of-the USSR in order to meet the demanda of the naval fleet.
There are 14 figureV and 15 tables.
Card 3/3

BELYAKOY.N.A. (deceased]; BULIVANKIR,B.Z.; DUBITOLOV,V.N.; IMYSMA.R.S.;
KRISHMOVICH.A. N. [decemmed); KAJISIMOVA.Z.A.;
MMIXECHINKO,V.S.; NMOROSHXV,V.P.; NALIVKIN,B.V.; NOVOZHIIN,N.I.;
OBRUCHEV,D.V.; RZHORSNITSKAYA,M.A.; YANOV,]I.N.; SPIRINA,N.I..rodaktor;
GUROVA, O.A., takhnicheskiy redaktor
(Field atlas of characteristic complexes of fauna and flora of Devonian
deposits of the Minusinsk Basin] Polevoi atlas kharaktarnykh kompleksow
fauny i flory devonskikh otlozhenii Minusinskoi kotloviny, Sost. N..A.
Beliakov, i dr. Pod red. M.A.Rzhonanitskoi i V.S.Keleshchanko, Moskva,
Goo.nauchno-tekhn.izd-vo lit-ry'po geologii i vkhrane nedr, 1955- 139 P.
(KLRA 9:1)
1. Leningrad. Voesc7usnyy geologicheskiy institut.
(Minusinsk Basin-Geology, Stratigraphic--Devonian)

TuTysavi. R.s.
- I
Bolboporites. Voppolsont. 21136-147 155. (HUA 9:2)
(Corals, Yossil)

I / % , 'i ,
- Y]ILTIYSHETA, R*S.
sweRNIMMUM
Classification of stems of sea lilies. Vest.len.un.11 no.12:40-" 156.
(Crinsidea, Fossil) (KIRA 9: 9)

YELTYSHZVA, R.S.
A new family of Paleozoic sea lilies. Zzhegod. Voes. paleont.
ob-va 16:218-235 157. (MIRA 11:4)
(Crinoides, Yosen)

DUBATOLOVA, Yuliya Afanaslyevna; YFLTYSHEVA,R.S.p otv. red.;
SOKOI/jVj B.S., otv, red,
(Devonian sea lilies of the Kuznetsk Basin] Morcklo 111ii
devona Kuzbassa. Moskva, Izd-vo, "?Iaukan 1964. 152 Pi
(MIRA 17:5

YFLTYSHEYA, R.S.
Stem of the Ordovidan crinddea, In tho Baltic reglon.
Vop. paloont, 4:59-84 164. (HIRA 17;5)

BI /B*100
AL M~R#*~Yelubayavp -So.
- - -----------
yation
TITLHt A boundary Value'. problem for i third-ordar hyperiolio pq
PERIODIOAM Sibirokiy matematicheakiy:zhurnall'vi 2j no. 4's 1961t 510 -519
TEM The author seeks a solution u(%,y) to-the equ*ti6n
0 which - inclusive. of Its third derivatives is
3u/3x 3 93u/,7y29x
continuous in the interior of the triangle A(0#0)1 B(1#0) 0(1/21-1/2) and
which satisfies 'the boundary oonditionst U(X:Y)l AB (XI 0 U(XIY WO
u(xjy)jj)O D ie'the Point (1/2,0)1 CZ 13 1t- -inclusive of th6ir
..third derivatives - are continuoui functions, These functions aatisfy the
rolationst r4(0) -A(O) -j3(1/2) -j-(-112) -06(112) -t(0) 0.
Tho funotioii
Oard 1/2

/199/61/002/004/002/007
A boundary valpo problem for a third-... B112/X10.8
is (x, V) a (x - V) +
Cc II.-I , i 2k
1 21 +
2A - t + 2k - t
+ 21 +
2
-1-21f + 2Y
k 2k (36')
21 )"w( 72,
io the oolution of thie boundary value problom. The functiofi W (t)
oocurring therein at4nda for the exproaaion U. (t) -X((l + t)/2) + d-(-t/2)
t/2), whore 0 4' t 4 1
SUBMITTEN Itaroh 99 1960
Card 2/?

YELUBAY9Vj S. Ye.
One method for Solving Electrodynamic Equations p 19
3 01' M '4r, 1 *0 R E W B f J C Ma c, 0 ; q 1: R E 11 E r '(4 1, 1. 1 i I VAP I at 3 P ND M~l r; CM
(Tram YD,.R,4,y Pj".UUWAKAN*-~';Y Ki T 14FlJVQll.Y-F,',, VrV-
pages, publinbed by tie Yul;lljvhln,~ A(Alre w tliv P-111 IIKA*~'-Axll

YELUBAYEV, S.re.
A boundary va-lue problem for a third-order hyperbolic equation
uith two independent variables. Vest. AN Kazakh. SSR 18
no.6:54-62 Je 162. (MM 15:9)
(Differential*equations, Partial)

YELUBAYEVI S-Ye-
Izv.
Solving a boundary value problem by the iterative zothod.
AN Kazakh, SSR. Ser. mat. i makh, no.10:72-78 162. (MIRA 15:9)
(Boundary value problems) (Differential equations)

yELUBAYLV, S*Yes
rbolic
Solution of a boundary value problem for a third-order hype
equation in a certain plans of regions. Trudy SOkt~ mat. i mekh,
AN Kazaldi. SSR 207-44 163. (MMA 16:10)

- - - - - - - v :W! UTOW I __:L , - i . j _#~, __ - --- - __ - , ____
. ..... ~ -_- 1-1
"Heat transfer to boiling liquids in pipes under vibrating conditions."
paper submitted for 2nd All-Union Conf on Heat and Mass Transfer) Minsk, 4-12
May 1964.
All-Union Sci Res Inst for Ox3gen Apparatus, Moscow.

YELUCHINOVA., )%.A.
Cultivation of Flexner bacilli in chick embrvos. Zhur. mikroblol.
epid. i immm. 31 no.3:119-122 Mr 160. OCRL 14-- 6)
1; Iz Gosudarstiennogo kontrollnogo instituta tleditainskikh i
biologicheegli.kh,p ni Tarasevicha.
( H G, . ERUE) .
(BACTERIOLOM-CULTURES AND CULTUBE MEDIA)

SOV/66-59-2-15/31
14(l)
AUTHORS:-, Alekseyev, V., Yelufimov, it., Prikhodovskaya, A., Jzhanskiy, V.
TITLEs Partial Automation of Dry Ice Plants (Chattichnaya avtomatizatsiya
zavodov sukhogo l1da)
PERIODICAL: Kholodillnaya tekhnika, 1959~6Nr 2, pp 53-55 (USSR)
ABSTRACTs Partial automation has been introduced in 2 dry ice plants in the
opytnyy kholodillnik VNIKhI (Experimental Cold Storage Plant VNIKhI)
and the Moskovskiy kholodillnik Nr 10 (Moscow Cold Storage Plant Nr
10), covering automatic regulation of gas; the system has been
worked out by VNIKhl~ The installation consists of a reuvulator of
desorption pressure, a regulator of beating steam and a regulaior of
the level of the secondary condensate in the storage tank. The
transducer of the pressure regulator of desorber, CMIP-6, is connects
with the refrigerator of gaa and transforms the changes in pressure
into electric signals which are amplified in the electronic control
device ER-III and actuate the servo mechanism PR-1. The pressure
regulator has the transducer located on the boiler and the control
device on the feed pipe. The level regulator of the secondary con-
densate oDerates on a two-positional principle; the floating trans-
Card 1/2 ducer DU-~ has an induction transformer connected with the relaying

Partial Automation of Dry Ice Plants SOV/66-59-2-15/31
control dovic*o, which controls-the solenoid val-tv on the line leading
to the absorber. The automation of the gas part of the installation
facilitates the work of the attendants and improves the control of
the technological process.
There are 1 circuit diagram and I photo.
Card 2/2

14(l)
SOV/66-59-3-18/31
AUTHORS: Pimenova, T.,. YeLu 1
TITLE; The Problem of Foam Prevention in Monoethanol Amine Solution
PERIODICAL: Kholod1l1naya tekhnika, 1959, Nr 3, p 64 (USSR)
ABSTRACT: In the dry ice shop of the experimentnl VNIKhI Refrigeration Plant, a
11chemical foam extinguisher for locomotive boilers" han been used since
May 1958 to prevent foam forming in monoethanol amino solutions. Since
that time the technological process has been completely wider control.
The foam extinguisher is a white powder obtained from hexamethylene-
diamine and contains high-molecular fatty acids.
Card 1/1

TEZIKOV, A.'j1RWM1MOV- N.
Rotating jet sprayers of monoothanolazine solution. Kholotekt.
37'no.2-53 My-AP160. (MIRA 13ilO)
(Ice industry-Squipment And supplies)

I -
- - - --- -z '. - I "I Tr tI rT- I
q r-- RIF_- -I --- ----
e4- -4'!--k-' A-r 1
VASILSVIGH, H.O..EdeCeasedl; Yf-LUYIM()V, Vd.; FIRSOVA, V.A.; LSBYMVA. L.V.
.
Treatment of tuberculous meningitis [with sumau in French]. Probl.
tub. 35 no.7:78-86 '57o (MIRA Ilt2)
(TUBIMOULOSIS, KUNINGRAL, ther.)

ALIKSANDOVA9 A,V,: YSLUFIMOVA, V.P,
Diabetes insipidus in children following tuberculous meningitis.
Probl.tub. 37 no.8:53-57 159. (MIRA 13:6)
1. Is detakoy kliniki (sav. - zasluzhennyy doyatell nauki - prof.
M,P. Pbkhitonova) I rentgenovskogo otdeleniya (zav. - prof. K.V.
Pomellteov) Inatituta tuberkuleza AHN SSSR (dir. Z.A. Lebedeva,
xam. dir. po, usuchnoy chasti - chlen-korrespondent AMN SSSR prof.
N.A. Shmelev)
(;WXR=Sls MINGICAL In inf. & child.)
(DIABITIS INSIPIMS In Inf. & child.)

JELUFIM -V-.F. -.mls:dshiy-n]a--Cchrqy
Differential diagnosis of tuberculous meningitis and rheumatic
meningoencephalitis. Probl. tub. 38 no.3:68-74 160.
(MIRA 14:5)
1. Iz Ingtituta tuberkuleza AMN SSSR dir. Z.A.Lebedeva).
(MENING&%-TUBFMULOSIS) WCEPHALITIS)
(RIEUMATIC FEVER)

YELUPIMOVA, V. F., Cand Med 1101inical forms of tuber-
cular men ngitis in childrenA their outcomi and -remote re-
i
sults with streptomycia, PAB,Z-Para-aminosalycle
2.1.0
aclq7, and phthivaW6" Moe, 1961. (Acad Med Sci USSR)
(KL, 8-61, 260)
461 -

YELUFIMOVAI_Y.F., kand. med. nauk
Successful ethionamide treatmert of 2 children -with unfavorable
course of tuberculous meningitis. Probl. tub. 42 no.10:8C-81 164.
(M]PA Mill)
1. Datskaya klinika (zav.- Prof. M.P. Pokhttonova) TS6ntrallnogo
Instituta tuberkuleza (direitor - deystvltcllnyy chlen AMIN SSSR
prof. N.A. Shmelev) Ministerstva zdravookhranenlyn SSSR, Kiskva.

YELMMIN, N. I., and V*.SMW, 1. P.
t'6n the Effect of Vapour Content on Heat Transfer at
Boiling in Tubes."
Report oubmitted for.the Conference on Heat and Mass Transfer,
Minsk, BSSH, June 1961.

AKSOMD, L.S.; YNIV4H, N,Ke
7illing bodiss for scrubbere, Patent U.S.S.R. 77,944, Dec. 31, 191-9.
(CA 47 no.1919680 153)-

Method@ of obtaining cold *&tot In the suintr-PUIP Indus
try. 1. 1'. Vwtikin an-I N. k. HiAlibi lfm~vik. Pope
IWTMlff(WMI7T~0 lit the tivAnul.
4)f Ouffite Ivulp I- 411'Cu*;wd In form, of conking-061 twerl.
The operatinK rImrAc1cri%tkN. efrwiviscies. aml p(
411-9116"1 (P. AMI SICIM1+1 fj"101 ( It. age 4-OnItIoll I"
poise tIrl.lit It Is the inmi rvoijoinicAl nwlhtwl (w rividing
11.0 tols III* frmf nitulerair minimer I Ito trinp, For CW4 -
In[( 11,0 bet"or S* (W f-W %uninser 11:0 fentl1q. above -"n*. I
it the inatt ev"nntn"I ruritiml. ManInIrgratedparl"(4
.1216te mill. 11. .'jwrjII1'K in .111n.,Wr Wily, 1. fo~-nnwnd~l
eapil.kl 411.1 11141111011AIlm rMis
Will 1.4116, kety.

~ p
I -
11 -.,r, .,, . 1..- . . I ~. *. , , ~ , I

. . . 1. . I .. . I. I-- ..

V /V, k.
AUTHORS: Ivanov, M.Xe., Candidate of Technical Sciences, 67-58 -3-Y 18
Yelukhins N.K., Candidate of Technical Sciences
T I T LE., 'ka~Tra~nafer bring the Boiling of Oxygen and Nitrogen
(Teplootdacba pri kipenii kL-loroda i azota)
PERIODICAL- Kinlorod, 1953, V-JI? ) Nr .3, PP- 19-28 (USSR)
ABSTRACT: By Ymy of introduction the soientifio works by G.G.Haselaen
(Ref 1), Weil and Brcmley (Ref 3) are referred to and criticized.
If', is said that the results obtained by these scientists do not
agret with one another, and that too few data are available for
the domains of low temperature stresses so that no conclusions can
be drawn a3 to rule.-a verning the prooss and the domains of high
temperature str-!sse3 toritical stresses) as ivell as temperature
pressure am said not to have been dealt with at all. To do so is
the 4.ask to be Performed hero. The following experimental samples
were used., a nickel 311-ier tube of 4/3-5 = and 8/7-5 mm, diam6ter
ani 300 mm length which partly had a smooth surface and partly was
roughene5 or was provided with a protecting emery paper coating;
further, a copper 4.~be of 4/3.6 mm and 10,9,6 mm diameter with a
Cara 113 smooth, etchad, or proteotel surface. Besides! bundles of nickel

Heat Tram,3fer During the Boiling of Oxygen and Nitrogen 67 - 5&-3-Y 18
silver tlibea of 8/7-7 mm diameter and 300 = length were investi-
gatea. These bundles were placed into glass vessels, the bottoms
of w1rdich had slots through which th-j liquid was introduced from
below vzntil it novered the upper enis of the tubes. Individual
tiibezi or burAlea %"rt connected to the copper rods through which
the c~ux-an`*, was, tr-.~Lnsmitted. The experimental order is given in
form of a aohewtft~, dravring (fig.1). In the chapter: Boiling
jna-1,713ual Vertio4l. Vfbe.a thq folloving subject,~ are dea').t
VdIth: The dependence o? ~Le- coeffioient of heat tmnsfer on the
qpav-1f:'.,3 thermal effect during boiling and o-jqrgen- and nitrogen
COnTeo'G
'ton on the suz-face of -%i vertical tubes; the effects which
cause trw_Lsi`.-ion of cor.7-.ction -to boiling, and, lasily, the differ-
enc,as JM heat -transfer in the case of a smooth, roughened, and
protect-ed surface-. of the W~e. Results concernii;g boiling were
d-~,alt with accor3ing to the ori,~eria systeem, de-Telope3 by A.D.
Rychko-v-31dy and A.N.Plano--?-sk' ly (Ref 4). In the c1hapter: Boiling
in the Verti~~al Bundle.3 of Tubes and Inside the Long Vertical
Tube the sama momer--ts of comparison as above were dealt With. The
same 13 the case yrith respect to the oxygen convection in the
meta.stable state; the dependenci of the specific "ight (of the
mix`.-ure) on the specific thermal effect exercised during the
Card 213 boil-Ing of 14-he o,,qrgen upon the vertical bundle of tube~5 and

Heat Transfer During the Boiling of O.Vgen and Nitrogen 67-0-3-3/18
determination of its specific weight; finally, the dependence of
the coefficient of-heat transfer on the specific effect of heat
and the apparent level of the boiling oxygen inside the vertical
tube is dealt with. In conclusion it is said that, in the course
of these experiments and in the process of transition or the con-
vection to boiling, a hysteresis %ma found to exist, which con-
sisted in the fact that the occurrence of one or the other form
of the process in the case of a given heat effect depends on the
direction of approach to the latter. In the case of approach being
made from the side of stronger action of heat, weak boiling was
observed, and if approach was made from the side of weaker action,
convection was found. Accordingly, different coefficients of heat
transfer were found which differed by up to 500%. Herefrom it my
be concluded that for the purpose of obtaining the most intense
heat transfer possible in the apparatus, it is necessary to pro-
ceed from the direction of the greater intensity of the process.
There are 10 figures, and 9 references, 5 of which are Soviet.
_J~J)fttalif--41hermiail stresses 2. Metals--Heat transfer
Card 313 3. Nitrogen (Liquid)--Metallurgioal effects 4. Oxygen
(Liquid)--Metallurgical effects

YELUKHIN.,
MM I WN MWITAnOff MY/3922
UsyWdn., Ivan Petrovich.' Ivan Grigorlyevich Avertyanovp Vladimir Semenovich
Gorokhov,q AnatoUy Makalmovieb Clorsbkov,, Al&kzandr Vasillyevicb Zakharorp
and Nikolay Kasparoviab Telilkbiz,
Masbiny i appersty ustanovok razdeleniya vozdukbjL metodon glubokogo okhlazlideniya;
atlas konstrWdsiy (Machinery and Anaratus for Air Separation by Low-Tempersture
Refriseration; Atlas of Desigus) Xoscowp Xubgiz., 1959. 189 p. Errata slip
inserted. 5j,000 copies printed.
Ed.: I.P. Usyckin., Doctor of Technical Sciences,, Professor; Revievers: I.K.
Nondryakov., Candidate of Technical Sciences,, and X.P, X&13wv, Doctor of
Technical Scienceex Professor; M.: F.X, Ionov, Engineerp B.N. Boltshakov,
and NIS. Moperovicb; Managing Ed. fo'r Catalogs and Album: XA. Ponomareva.'
Ingineeri Tech. Ed.: A,,Ya, Tikhawr.
P-"RPOSXt This atlas in intenAed as a design manual for stuAents of sebools of
higher technical education-and can be used by planning and design offices and.
scientific research institdtes in the stady, of problem of low-temperature
refrigerat~.on and the use of oxygen as a means of raising in&wtri&3. output.
Cwa-k~~

Machinery and AppG6ratdB (Cont.)
8"/3922
COMUM: The atlas contains basic designs of OuTiet and non4oviet 131ants for
sepmVU air by +Jw law-t-euperatum refrigeration mthod, Also inc2m4ed are
types of expansion engines and tarbines., pmipa for liquid oxygen., basic types
of beat ex:chaagerz and rectification equipment used in ox;ygen and nitrogen
vlents'p containers f%r storage and transportation of liquid ga3es., and auxJllary
alVaratus for drying and cleanin air. The operation of typical accesoories under
low- be ratuxe conditions in shown, No 3~3reonalitiea are mentioned, Thare am
no references,
TANX OF COWfzmI
Foreword
NOMUMM OF AIR4UPAPATM PLAM
3
C~srclal OXmPn -199.2 to 99.5$ Pare) Gas and Pm-
Nit"On 1".001 n=tA'
lm-30--c~.rclsl-ovpn plent
M-30-T, -c~r~lal-oVW p1mt 5
MD-U5/18 rav-nitrown and comar''Cial-oz7gen ilant 5
~-100 e~mrcldl-oxypn plant
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"?/00
0
-AUTHORS i
TITLE:
S~i-.2'~/62/000/004/019/030
D251/D301
Yelukhin, N. K. and Ivanov, M. Ye.
Heat-exchange with condensation and ebullition in con-
ditions of profound cooling
PERIODICAL: Referativnyy.zhurnal, Mekhanika, no. 4, 1962, 92, ab-
stract 4B606 (Tr. Voes. n.-i. in-ta kislorodn. mashi-
nostr., 1959j no. 21 83-110)
~TEXT: This is an experimental investigation of heat-exchange with
condensation and ebullition of the basic components of the air.
Using copper tubes of. diameter 8/18 mm and height 2.4 in the conden-
sation of oxygen was investigated on the outside of the -tube and
its ebullition within.and using tubes of diameter 6/24 mm and
height 200 mm - the condensation of oxygen$ nitrogen and argon an
the innur surface. In addition, an Investigation was made of the
ebullition of oxygen and nitrogen on the outside of vertical tubes
and in the intertube space of a double pipe. Measurements are car-
ried out in the rangeB~ofheat-flow: q'= 300 23,000 kcal/m2 hour
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S/124/62/000/004/019/030
Heat-exchange with D251/D301
condonoation of 0 21 112 and argon), q 14,0 - 220,000 kcal/m 2hour
(ebullition of 02 and N 2). In the results of the LhooretIcn,"L con.-
aideration and the elaboration of the data obtained-the relation-
ship was found for the heat-exchango with condonfiationt
N 0.013ua 0.413
0.413
O~ 0 .0 13 L' (j~72
H
The working out of -the experimental data for ebullition on the
outer surfaces of tubes was presented in the criteria of Rychkov
and Planovskiy (Khim. prom-st', 1955, no. 5, 31-34 -- R'ejlfflekh, 1956'
no. 11, 7571). The results are described by the relation
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S/124/62/000/004/019/030
Heat-exchange with D251/D301
0.33 -0.3
E 0.125 _P_ q
S Per cr)
with scatter of the experimental values + 10%, Characteriatic pho-
tographs are preeented for the ebullitioFi process on vertical wires
with different thermal loads. The article mentions the 8ingula-
rities of ebullition on double pipes with different spaces and the
effect of the purity and roughness of the surface. The latter is
calculated for tubes of pure and half-alloy copper and for cupro-
nickel tubes of length 300 mm and diameter 4 - 10 mm, The experi-
mentally obtained values of the critical load for the ebullition
of oxygen and nitrogen were presented: 0 2 - qcr ."2 95,000 kcal/m2
2 0
hour, i_~t 8.80; N - qcr = 95,000 kcal/m hourp 6t,
cr 2 Gr 7.0
Z-Abstracter's note&# Complete translation.1
Card 3/3

IVANOV, M.Ye., kande takhn. nauk, YELUKRINe H-Kov kand, takhns nauk
Heat exchange during the condensation of oxygen, nitrogen, and argon.
Kislorod 12 no.1;5-12 159* ansmission) (mIRA 12:6)
(Gas--Liquefaction) (Heat-Tr

I
25(2)
AUTHORS:
TITLEs
Telukhin, N. K., Candidate of Technical SOV/67-59-2-4/18
-so ~enc;`sl~
Tvanov, M. Ye., Candidate of Technical Sciences
Calculation of Condenser-vaporizers of Air-fraotionating
Apparatus (Raschat kondensatorov-ispariteley vozdukhorazdalitePnykh
ustanovok)
f2_1'
PERIODICAM. Kislorod, 1959,,1;r 2, pp 21-27 (USSR)
ABSTRACT: it is the aim of-this work to select well founded parameters for
the design of condenser-vaporizers based upon the results
achieved in experimental investigation of the process of heat
emission during the condensation of nitrogen and the boiling of
oxygen and to develop with their help a metAod of calculation.
For the calculations the necessary temperAuro-gradient has to
be determined in a given condenser-vaporizer, or -the speoifir
therma-I stress per 1m2 of exchange surface, i.e. the condenrer-
vaporizer surface necessary for the transfer of a given heat
quantity. To make the calculation easier it is assumed that -the
condensing nitrogen as well as the boiling oxygen are highly
concentrated so that it is possible to neglect the influence
Card 1/3 exercised by their changing composition on their physical

Calculation of Condenser-vaporizers ifAir-fractionating SOV/67-59-2-4/18
Apparatus
properties and, consequently, also on the calculation. First the
temperature gradient between boiling liquid and condensing vapor
is calculated which is necessary in a given condenoer-vaporizer
for the transfer of a given quantity of heat. For making the
calculation easier the latest data ofpublications are used -for
computing graphioally the values of the Rhysioal oharacteristion
of the condensate at various temperatures (Pigs. 1-7)- Por the
computation it is necessary to knows the quantity of beat to bo
exchanged q Ecal/hourj f the pressure on the boiling part of the
heat exchanger EaU3; the composition of the boiling liquid in
the dimensions of the tube, height 11, outer and inner diameter mg
and the pitch of the tube, For computing the temperature-gradient
the specific temperature stress q in the boiling and in the
condensing part of the tube has first to be determined and can
be computed by the formulas: q Q/F /d
cond cond " qboil" dboil cond
andt qboil q/F. boil Vrld boil"n'
The exact process of the computation In then given. Furthermore,
Card 2/3 the necesaary heat exchange surface is determined. ror these

Calculation of Condenser-vaporizers of Air-fraotionating SOV167-59-2-4/18
Apparatus I
computations it is necessary to knows 1) The total temperature-
gradient of oondensation-boiling in the upper part of the tube
corresponding to the pressures and concentrations of nitrogen,
oxygen, and argon in the lower and the upper part of the colu=s;
2) the dimensions of the tubes From the oomputations it results
that the necessary surface of the oondenner-yaporizer in the
boiling part is determined by means of -the specific thermal stress.
pboil I Qjqboil(M 2y. A numerical example for the computation of
Fboil is given. There are 8 figures and 6 Soviet references.
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214 03)
.'0Y/67-59-4
,.chin X X, Candidate of Tochnical -2119
5Cienoeb';-'VTMN1e-vj 1. P. 9 Enginaor
TITLE: Reat Exchange in the Boiling of Oxygen in Tubes

PERIODICAL: p- .
Kislorod, 1959itNr 4, pp 5-15 (USSR)
ABSTRACT: For the 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.
&periments were made with copper tubesp as are used in large
technical plantag at atmospheric pressure and natural
circulation. Heat supply q was in the -range between 100 and
50000 kcal/m2 per hour. The steam content in the tubes was
varied from 0 to 99% and moreip and so were the apparent levels h
p - arA
(h is H/lp H denoting the immersion depth of tube into -_14 V4v4d
l
1 the tube length)p and the ratio 1/d of the tube (d denoting
the inner tube diameter). Investigations proved that, when
boiling oxygen in vertical tubesq heat exchange is strongl
influenced both by ratio 1/d (assuming 1/d > 80) and by 171.
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 Ozygen in Tube,a SOY/67-59-4-2/19
continuous steam flow along the tube, In this caset there is but
an extremely thin liquid layer loft on the tUbe wallop which is
eviept on into fast motion by the steam. Such 4 propagation of
the liquid surface is the best condition for.?4rapid
vaporization. It was recognized that all of the 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 obtained further led to a quantitatiTe
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.
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35753
S/124/62/000/003/031/052
D237/D302
AUTHORS: Vishnevp I.P., and Yelukhin,__jL64.
TITLE: Heat transfer on the boiling of liquefied gases in
tubes using dimensionless coordir!?~tes
PERIODICAL: Referativnyk zhurnalt Mekhanika, no. '5, 1962l 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# experimen-
tal apparatus and method are described. The mechanism of boiling
and the notion of the fluid-vapor mixture in the tubo, are descri-
bed in detail. An empirical equation for the heat transfer coeffi-
cient is given in a dimensionless form. 12 references. [Abstrac-
tor's note; Complete translationj.
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82591
S/170/60/003/005/007/017
v 0 B010056
AUTHORS: Vishnevy 1. P -Yelukhin2 K. K.
TITLE: The Problem of Heat Exchangelin the Boiling of Liquids in
Tubes
PERIODICAL: Inzhenerno-fizicheakiy zhurnal, 1960, Vol. 3, No- 5,
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-
perimentst the total tube surface on which beat exchange occurred was
moistened with the liquid. The axperiments were carried out under
t1optimum" conditionep ioeop during boiling along the entire tube as well
as in the case of such mcdes of operation in which the zone of preheat-
ing exerted influence. It was found that the exponent in the empirical
formula ak - A q n varies from 0.16 to 0.64 in the boiling of oxygen in
tubes with natural liquid-circulation. On the basis of the experiments
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82591
The Problem of Heat Exchange in the Boiling 5/17o/60/003/005/007/017
of Liquids in Tubes B0121BO56
of heat exchange in the boiling of oxygen in tubes of 1/d - 106 to 56o,
which were carried out here in the case of thermal stresses of 100 to
509000 koal/M2 -hr, h a 0*9v and at atmospheric pressureq formula (1) is
recommended for the heat exchange coefficient a k . q - specific thermal
stress, 1 - tube length, d - tube diameter, h - H/1# H - liquid level.
Experimental data obtained by Rachko, Kutateladze, Viahnev, Tananayko,
Danilova and Mazyukevioh, Rabinson and Kattep Ratiani, Ivanovp Korneyevq
Minehenko, Borishanskiy, Nak-Adams, 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 is 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 L varies consider-
ably for different liquids and mixtures, and eat besides, this empirical
formula does not reproduce the influence exerted by the geometric 4imen-
11 ione of the surface during boiling in tubes. For this reason, the ouv-
put of heat in the boiling of a liquid can be calculated from the for-
mulae derived for a large volume only in the case of tubes with 1/d 0-7). In the case of boiling in tubes of I/d >80, the influenoe
exerted by the tube dimensions uust 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 may be taken. In that case, ReAk l/d in formula (2) may be
replaced by Re** - Re* 1/d. It is pointed out that the introduction of
the numbers ROO and h makes it possible to characterize the influence
exerted by the hydrodynamics of the system more completely. Both numbera
together take account of the change in the molar and molecular heat
tranifere in boiling which is due to the change in the rate and thickness
of the underlying laminar layer. Fig- 3 shows the evaluation of experi-
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 tabled and 7 references:
6 Soviet and 1 German.
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