SCIENTIFIC ABSTRACT TSELISHCHEV, P.A. - TSELUYKOV, V.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001756930008-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

CHIEZOV, A.A., professor; TSILISHCHEV, P.A., inshener, redaktor.
M~C~" .!-. ~---~7 t1--,
[LOCOMOtiTeG; general course in des'Agn and theoretical principles]
Paroyozy; obehohii kurs konstruktsil I ele Anty teorli. Isd.2., parer,
Moskva, Goo. transp. shel-dor. isd-vd, 1953. 695 P. (Iff-RA 7:6)
(Locomotives)

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KLZVKE.V.A.; TSELIM.N.K.
Effect ~f certain factors on the caking properties of granulated
ammonium nitrate. Rhim.prom.no.5:139-14o my,47. (MLRA 8:12)
1. Starshiy nauchnyy sotradnik Gosudarstvennogo Institutft azotnoy
promyshlennosti (for Klevke) 2. Nachallnik TSentrallnoy zavodskoy
laboratorii KATZ
(Ammonium nitrate)

ORICHKIN. D.B.; KRASOVSKIY. V.K.; TMIM. N.K.
Arrangement for cooling granulated ammonium nitrate. Patent U.S.S.R.
77.147. Dsc.31. 1919.
(CA 47 no,19:10184 153)

CEUMA, I.
Effect of sowing t1mo and supp1nmentary nitrogen dressin7, 0- 4t ,e
yleld And qual3',v of r-ys.[I" r.ntvian with sumrrAry in RussiAn].
Vastis Latv -11C no.12tlO5-IIY'6l:.

TSELIMAN, F.Kh. (Moskva)
Stability of the rotation of a solid body having an ellipsoidal
cavity filled with liquid. Prikl. mat. i makh. 26 no.6-3-128-
1130 N-D 162. (MIRA 16:1)
(Rotating bodies) (Stability) (Hydrodynamics)

S/040/62/026/006/011.1/015
D234/D308
AUTHOR: Tsellman, F.Kh.
TITLE: Stability of rotation of a solid body with ellipsoidal
cavity filled with liquid
PERIODICAL: Prikladnaya matematika i mekhanika, v. 26, no. 6, 1962t
1128 - 1130
TEXT: It is assumed that the liquid fills the cavity completely
and is in a homceeneous vortex motion. The axes of the ellipsoid
are a, b, c. A, B, C denote the sums of the moments of inertia of
the rigid body and those of a body equivalent with respect to the
moving axes in Zhukovskiy's sense. The,~ifferences between the mo-
ments of inertia of the liquid and those of the equivalent body are
denoted by A2, B29 C2# The characteristic equation is (6). The con-
ditions of stability require that 11 roots of (6) be positive. These
are not formulated in general. If Rlw2 + A +.A2 - C - C2 and Rlw2 +
+ B + B 2 - C - C2 havp different signs, there is at least one nega-
Card 1/2

Stability of rotation of a solid ...
t'ive root. V.V. Runyantscv (PPI,',p 19571
sufficient condition of stability that
should be positive. The author mentions
SUBMITTED: July 13, 1962
S/040/62/026/006/013/015
D234/D308
v. 21# no. 6) found as the
the two above expressions
N.G. Chetayev.
j..
Card 2/2

6W
AUTHORS: L. I., Regular Sov ,,0e-,,
Krauz,
Members of the Sooiety
TITLE: The Influence of Antenna-Height on the Receiving Capacity
Under Condition-c of Tropospheric Scattering (vnyanlye vysot
antenn na moshchnost' pr!~*,*ma pri rasprostranenii v usoloviyakh
troposfernogo rasseyaniya)
PERIODICAL: Radiotekhnika, 1958, Vol 13, Nr 11, PP 11-17 (USSR)
ABSTRACTt The formula (14) fs here derived for the reductIcn, fun,-tion.
Unlike the- formx~'_a of the paper mentioned by ri~7ference 29 this
function is derived without any restriction with respect to the
height of the antenna. Formula (14) applies to any tubes for
transmitting-antennae. The height of the receiving -antenna mus:
not exceed the distance of vertical correlation to be determined
by Gordon's formula (Ref 1). Formula (14) makes it possible to
calculate the cDmmunication line in the case of tropcsphe.-ic
scattering of the radiowaves of the meter-range by takingaccount
of the influence exercised by the surface of the earth upon the

Card 112 diagrams of the beaming-capacity of the antenna (radlation
k

The Influence of Antenna-He-ight on the Receiving
Capacity Under Conditions of Tropospheric Scattering
pattern). The diagrains concerning the depende=e (if' tli,~
raduction-funct-Ign on dintan,.,e and on the h,-:ioh- of th,: ntenna
are given for the case of a quadratl.-, depetidi~zi,,:P of turbu------n:~e
on hef gh ~*
A. R. Voilpert gave it number of directives as to the manner in
which work was to be carr--'ed out.
The-re are 5 figures and 4 refeier.,zes, 2 of which are Sovie
Sm. A.S. PrX,-r",
Card 2/2

TSELINIK, D,S. (,"fos,,:va)
Flow alonr a botton having a s tep. 17,v. AN S-~ - 1-..
- I r.
no.4:179-182 Jl-Ae, 165.
('111"A 19:12)

1LIY-C-4 iliTt -')/ ;F,,i,-J
ACC NRs AR6000711 SOURCE CODE: UR/0124/65/OW/00Q,/BO56/BO56 I
AUTHOR: Tsellnik, D. S.
E
TITLE: Flor along a base with a step
SOURCE: Ref. zh. Mekhanika, Abs. 9B364
REF SOURCE: Dokl. Sibirak. konferent -_R9 Wjjo.~
Tomskiy un-t, 1964, 36 jr_~ ~ekhanj..1~64--Tomsk,
TOPIC TAGS: incompressible fluid, jet flow, ideal fluid, vortex flow
ABSTRACIN An ideal incompressible liquid /jet in considered, flowing along a base with~
a step, behind which is located a stationary free vortex. "The problem is solved by
the Levi-Civita method. The ratio of flow depth at infinity to the threshold height
is determined, an well as the location of the critical point where the streamline,
which delimits the "vortex zone" and the main flow, approaches the base. Yu. P.
Ivanilov Oranslation of abstract7
SUB CODE: 20
C.

EW (1)/EWP(m)/EWA(d)/i TC (m).6 /MTA(l) WW
ACC NR, AP6010845 S!,URCZ CODE: UR/0421/66/0001001/0096/0100
AUTHORt Tsellnik, D. S. (Hoscow)
ORGt none
TITLE: Concerning one model of Jet curtain
SOURCE: AN SSSR. Izvestlya. Mekhanika zhidkostL L gaza, no. 1, 1966,
96-100
TOPIC TAGS: aerodynamics, -i-acompressible flow, Jet flow, jet curtain,
ground effect machine, vortex
ABSTRACT: A flow modp of jet curtain is considered as a generalized
/11 #1 1
j,roblem of fl,ow in proximity---to tile __~_~o4na (see Fig. -1).
An isolated vortex fi~ ity
on BHC is constant '. 2,, the absolute value of "ie veloc
. and the velo i as on HM are continuous. It is
assumed that the fluid is ideal, incompressible, and weightless, and
that tile angle betwc.on the nozzle and the wall CE is 90% An analyti-
cal treatment of the equations describing the model is presented and
two special cases are considered when the flow behind the partitioll DB
is of infinite width. An asymptotic expression for the relative over-
pressure ia derived. The effect of a vortex on the relative over-
pressure is investigated by carrying out numerical calculations for the
Card 1/2

ACC NR, AP6010845
D
~A
A
L
_jI~k_
Fig. -1. Flow configuration.
-case wheii there is no wall DA. A comparison of the results obtained
for flows with and without a vortex showed that the affect of a vortex
on the reletive overpressure - is very we'ak. The author thanks
M. I. Gurevich and G. Yu. Stepanov for valuable discussions. Orig.
art. has: 8 figures and 18 formulas. (A13]
SUB CODE: 01, 20/ SUBH DATE: C13Jul65/ ORIG;REF: 005/ ATD PRESS:
f
Card
_id

1-n X1
A PG~06112G8 5SOURCE CODF. Ult/0057/66/036/009/1649/1651
AUTHOR. volosov.V.I.; pal'Chikov,V.Yo.; T8Ql*t1IkjF.A.
ORG: none
_M'
TITLE: On a method of injecting charged particles into a magnetic mirror systen
SOURCE: Zhurnal tokhnicheakoy fiziki, V. 36, no. 9, 1966, 1649-1651
TOPIC TAGS: magnetic mirror machine, charged partiole, olootron trapping, magnetic
trapping,plasma confinement JL
ABSTRACT: -L.A.Artsimovich (UpravIyayemyyo termoyadernyye reaktaii, str. 385.Fizmatgiz' I
M.,1961) hns shown that charged partJC14~L5 can be Injected into a maGnetic mirror!~,
machihe by projecting them in the region of the mirror at a small angln to the plane-
normal to the magnetic field during establishment of the mirror field. The present I
authors show that it is possible similarly to inject charged particles from behind the.
mirror, provided the strength of the ma[~netic field at the injection point In kept
proportional to that of the mirror field during establishment of the latter. To tent
the method, 100 keV electrons were injected into a 40 cm diameter 150 cm long magnetic,-
mirror system with a mirror ratio of 2.5. The injector consisted of a ring-shaped
electron gun mounted on the axis of the system, which produced a conical boam of
electrons making an angle of 20 0 with the plane normal to the axis, i.e., having a
vertex angle of 1400. The magnetic field at the electron gun was kept proportional
Card 1/2 UDC: 533.9

A
A
to the mirror field during the rise of the latter with the old of a upuclal ptilood
0
solenoid mountOd within the chamber. With a beam sproad of 10 , some IC% of the
In*lectod electrons were trapped between the mirrors, The lifetime of the trapped
clectron'A within the trap was from 0.01 to 0.1 sec and was limited only by scatteringli
on the residual gas. There was observed an increase in the fraction of the Wjected
electrons that were trapped with increasing injection current. This increase is in
accord with the theory and is due to space charge effects. At very high injection
currents, however, the oscillations reported by g.I.Buqker,. S.S.Moiseyev, and the
present authors (plasma Physics and Controlled Nuclear Fusion Research (Conference
proceedings, Culham, 6-10 Sept., 1965), 11, 245, IAEA, Viennno 1065) limit the densit)r
of the trapped particles. The authors thank A.P,Yershov and A.A.Zabrodov for as-
sistance with the experiments. Orig. art. has:4 formulas 1 figure.
SUB CODE: 20 SUBM DATEt 08oct65 ORIG.'REF: . 001 OTH REPt 001
Card 2/2 bab

qL 3640p-r66 EWTtl)/T IJP(c) AT
ACC NRs AP6022021 SOURd-d-dh9TuR/o 12576 61000 A060 -3T0 iWd-1-7T~
AUTHOR3 Volosov. V, I.i Palichikov, V. Ye.i Tseltnik F. A.
ORGt Institute of Nuclear Physics, SO AN SM, Novosibirsk ( 1wtitut yadernay
f iziki SO Ali 3SSR)
TITLE: Cathode with pulsed heating f its emitting surface
SOURCE: Pribor;y i tekhnika eksperimenta, no- 3* 1966" 169-172
TOPIC TAGS: electron tube cathode, electron accelerator electron emission
ABSTRACT: A theoreticafland experimental study is report6d of an additional pulsed
heating of a hot ia-thode up VC4%ear-iwlting temperaturewhich essentially
increases the emission-current density. As both the size of the highest-tomperature
region and the quantity of evaporating cathode material are small (the duty factor
is assumed to be low), a much longer cathode life can be expected. The cathode is
preheated to 2000-2500K. A furmula for final temperature is derived from an
equation dascribing the ionization loss of the electron energy. An experinental
verification included a 2-cm diameter tantalum cathode run at 2300-2400K and
additionally pulse-heated up to a current density of 40-70 amp/cmi; pressure,
10-5 torri pulse duration, 2 jisec. "The authors wish to thank G. I. Balker for
discussing the results and K. P. Veselkov for building the laboratory outfit."
Orig. art. has: 3 figures, 12 f as, and 2 tables. [031,
SUB CODE: 2DLO
.2j SUBM D&TES 26Apr65 / OTH REP:
00-1/ ATD PRESS:
5
UDCs 621. 5.73_

11L. r~ha k r;Y
!,ii I lu rp-; i.q

Walded frames for axial ventilators of the Central Aero-Hydrodywaic
Institute. Rats.i isobr.predl.v stroi. no-73:25-26 154. (MIRA 7:6)
(Yentilation)
~ - 1. .: :,:- -- - - - -: - . ~ ,.-

GENIG, V~A.; KNYA?TVA, E.N,,,v TSELINIKOIJ, P.S.; MIROSIPTICHENKO, M.M~
Uperien-ce in mass immunizat;lon with K-44 2ive vaccl m. agairst Q fever,
Revort No.l,- Subcutaneous meithod of immunization. Vop, virus. 10 no.".-
31.9-323 ?tr-Je 165. (MIRA 18:7)
1. InatItut epidemlologil I mikrob4clogil Iment Oftmalml AWl S&;R,
Moal-va. 2. Chitinskiy inntitut epidemlologiJ, mikroblologli I g1glyeny
(for TSellnikov). 3. Kirglzskay.- respublikanakaya sanitarno-ApJdmilogi-
cheskaya stantslya (for Miroshnichenko).

lvanov. L. A., Sihira, A,.A. Junt 'tLerniker. tf&-rpjjx4jj pojN*shchjKiklkh
Athurp-Glwill a dcrrwwi1u,m4
__J
fif-tha-14A I I V -IV Age I ki-I zhu-1-ini 1 37 (2)-,113- ) .7, 1052. fig, 8 tAles, C,
mt-i, DLC---l'rmi.,j;lratlA r~ft:3 4 different 1,iml, of irtri we given for a rcgiull uf AMple
111613ture Sl+j)iy (rwar Nlmxow) antl tht D,rl=,,tV st_,pp~_ %Aar rawaliun and
satumtW-a 4t tcft are hightr in the ,t,vjx% but the tr,nii-mition swvus-divic-ai. lowtr. Cor-
ttallfwi-mule i, Liv"ll at -'a"hi.iVilt likut.-ww fkyl.ly (tq) to (1.94) and 1"W cr ev,v,
otguu%~ ia th'.. ~Evjljw N " r t i.... t" wmd q-l. Subjro 11cadipily. 1. Trangplyation of
fruell 2. Mf)qcow Region J. Detkul' S(eppe, Kslakh-tan. A A
6z,

SOV/135-59-.11-9/26
18(5)
"THORS:
lJrinbf-!rg, I.L., Suslov, V,N., Cftndidates of Technical Sciences
~ I
and Tsellniker Ye.Ya., and Grudkin, D.A., Engineerq
TITLE- Improvement of Equipment for Carbon Dioxide Shielded Arr- Welding
PERIODICAL% Svaroch.no.ye proizvodstvo, 1959, Nr 11, pp 21-25 (USSR)
ABSTRACTt Experience has shown that many an important component (gas-electri-
blowpipes, hoses, feeding devices, meters for the control of gas
consumption) incorporated in equipment for car-bon dioxide shiel"'_
ed are welding needs further improvement. In order to remedy the
situation, the organization TsNIIT1[ASh has improved the vital
units of semi-automatic welding machines PSh-5-U and PDShh1-500,
and developed design of a special 3eini-automatic machine PGSh-211,
All these machines are intended for welding loyr-carbon and alloy-
steels of a thickness over 3-4 mm by means of carbon dioxide shield-
ed are welding. A group of exl)erts including, besides the authori
of this article, the following I)ersons: S.I.Klepikov, P.D. Deni-
senko, Ya.M. Glukhov and V.I. Praporshchikov, began researching on
Card 1/2 blowpipes, hoses and leads, meters, pressure regulators and elec-

SOV/ I I
Improvement of Equipment for Carbon Dioxide Shielded Arc Welding
trode feeding devices, The speed of the electrode wire feed was
regulated by changing th2 number of revolutions of tho electro-
motor armature; this method was developed by the TsNII~Elektrom
AN SSSR, The Following pergons participated in workin,,~ it out%
G.M. Kasprzh.Lk, 1. Ya.. Rabinovich, Ye.l. Slepushkin and V.11.
Shchitova. The basic constructional alterations of the PSh-5-U
scini-automatic welding machine arez The holder for combined hose
feeding of thr bl-ovpipe rupla~.ed by t-ro seParate hoses; devices
for feeding with gas and water changed; the electric system is
adapted for ope~-a-ti-,n on direzt current. Rr-construction. of ths?
PDSIAI-300 ma~,hin(, was carric-d out along thc, following lin.:9: re-
gulator of gas pressu.~o iubstttut(~d by a reduction n:ppli:; prea-
surt- r,~Iay and wire 9traightcning d3vice arf; eliminated, There
are -- LI
" graphs, I table, 5 diagrams and 2 photographs.
ASSOCIATIONs TsNllTMASh
Card 2/2

ACCESSION NR: AR4036033 8/0299/64/000/0W/G008/G008
SOURCE: Referativny*yzhurnal. Diologlya, Abs. 6G45
AUTHOR: Ivanov, L. A.; Gulidova, 1. V.; Teellniker, Yu. L.; Yurina, Ye. V.
TITLE: . Photosynthesis and transpiration of woody species in differePt climatic zones
CITED SOURCE: Sb. Vodn. rezhim. rast. v avyazi a obmenom veshchestv I produktivnostlyu.
M. ) AN SSSR, 1963, 121-128
TOPIC TAGS: photosynthesis, transpiration, tree, climatic zone, drought, forest ecology
TRANSLATION: Generalized material Is presented which was obtained In different climatic
zones (Kadnikovsk forest preserve in Vologda oblast, Screbryanobroak forest preserve in
Moscow oblast, Tellerinanovsk forest preserve In Voronezh oblast, Derkullsk forest pre-
-serve Li Lugansk oblast). The photosynthesis were determined by the method of Ivanov and
Kossovich, usually on uncut shoots. Transpiration was determined by the method of rapid
weighing. The data obtained on the principal forest species, the English oak and the birch,
were analyzed in detail. Cc - parison of the average seasonal indices for the intensity of
photosynthesis, respiration, and transpiration of the leaves showed that the species differen-
ces are masked by ecological ones. Under conditions of sufficient motsbire, the ratio of
.Card . 1/2

ACCESSION NR: AR4036033
respiration to true photosynthesis did not show seasonal changes. During Insufficiency of
moisture, the proportion of respiration involved in the process of gas exchange increases
from the beginning of the growth period to the summer, when drought occurs. Closed forests
in various climatic zones differ little in the amount of leaf mass, but considerably in the
formation of organic matter. If the amount of water consumed and organic matter formed for
.the Serebryanoborsk forest preserve to taken as 100%, the corresponding figures are 95 and
.80%, for the Kadnikovsk fore-at preserve, 75 and 61% for the TeUermanovsk forest preserve
and 48 and 40% for the Derkullsk forest preserve. Ina dry climate the proportion of matter
,consumdd for respiration Increases. Laboratorlya lesovedoidya AN SWR (Forestry Labora-
itory, AN WSR). 32 references. Ye. Yurina
DATE ACQ: 09Apr64 SUB CODE: LS ENCL: 00
2/2
Car.d

SUKACIILV, V.N., aka(icmik; NOLCHANOV, A.A.; D',LIS', N.V., doktor
biol. nauk; TSELINIKER, Yu.L.; Y-OPOV, V.G.; %AFEIS,
P.M.; DIVE.VAN, L.G.; PFRELI, I.S.; Yl,,*('fjiT)VA, S.A.;
'YDIIKEYEVA, M.G.; WLISIMOVA, V.S.i ZC)1;1:, S.V.;
ALEKSA14I)ROVA, V.D.; LE~,EDEV, D.V., red.
[Fundamentali of forert bioge-ocenology) Osnovy lormc-A
biogeotsenolo,ii. Moskval Nauka: 10/64. 573 P.
(IM-1."iA 1e:2)
1. Akadei;dya na-LIK SSSR. Laboratoriya lesovedeniya.

TSELNIKERs TU- I- f%",n 1963/3
orm ~, %
R up i
" tfl-~-Ij
c 1 1962
BOTM -
plant physiology
see ILC

TSELINIKER,.YU.L.-
Leonid Aleksandrovich IvanO7; obituary. Fiziol.rast. 9 no.4:518-
519 162. (KM 1539)
(IVANOV, LEONID ALEKSANDROVICH, 1871-1962)

ZHOLKEVICH., V.N. (Moskva.); TSWNIKER, Yu.L. (Moskva)
Ollga Mikhailovna Trubetskova. Bot. zhur. 48 no,5:771-772
My 163. (MIRA 17:1)

TSELINIKER,-XR,-~.; VOSKRFSENSKAYA, N.P.; OSIPOVA, O.P.
, - ... .......
Leonid Aleksandrovich Ivanov; obituary. Izv.Al'l SSSP.Ser.biol.27
no.4:651-652 Jl-A 62. MRA 15:9)
fIV'ANOV, LEDNID ALEKSANDROVICH, 1871-1962)

TSELINMW,jQ.4* (14oskva)
.Determining the leafage of tree stands without defoliation.
Bot. zhur. 48 no.4:557-563 Ap 163. (14DU 16:5)
(Ioe'ves)

AKULOVA, Yo.A.; UW',ANOV, V..i.; 1% i ~- it. I . j.,." ~. I I . I I
Ligh t transvi ss i an *~h r 'c' a f ore s ',I' -. ar.~);.y ~! Pepe nr'~ ng -,):i
incident radiation and the dr-ns4~.y of ~reo rrawr:-~. F.,z 101 .
rast. 11 no.5t8IF-8213 S-0 164. ( M Ib A 3. 7 - I "': ,
1. Laboratorlyu lesovcdenlya Vioroy,-izne)go
instituta, Uspenskoye, Moskovskoy oblalti.

TS-ELINIKER, Yu.L.
Relation Letween the annual growth cycle of tree shoot-s and the
nucleic acid content and water balan,;e of groving point3. Fizlol.
I
rast. 10 no.3:339-350 MY-Je 163. (VIRA 16:6)
1. Silviculture Laboratori, U.S.S.R. Academy of Sciences, Mc3-~Ow.
(Plants, Effect of Nucleic elcids on)
(Woody piants-Water requirements)
(Grown (Plants))

TSELINIEER, Yu.1'.
Meeting dedicated to the 75th anniversary oll Professcr
D.A. Sabinin's birth. Fiziol. ra3t. 12 no.15-1:94-)-950 3-0 165.
(I-IiTul, 19: 1)

TSELINMLUI, V.I.; SMBP3TTlK()V, L.Ye.
Anes'.het!.c 1.1docaino and its uoe in stomatolof,leal practlce.
Stomatologiia 42 no.2:38-1,1 14r-Ap'63 (HIRA 17:3)
1. Iz stomatologicheskogo otdeleniya (zaveduyushchiy L.Ye.
Screbrermikov) polikliniki (zaveduyushchiy R.V. Khurgina)
27-y klinicheskoy bollnitsy (glavnyy vrach A.G. Chipizhenko),
Kharlkov.

TSELOBAHOV, A.
Friendship of workers with stndents. Sov.profooluzy 7
no.4:31 Fe '59. (MIRA 12:5)
1. Zamestitel' sekratarya komitete, Vsesovuznogo Leninskogo
Kommmiaticheskogo eoyu3a molodeshi savoda "Krann" vyborzhets.*
(Nducation, Cooperative)

L_ 0 F.-I IV, 1'i -
SUBJECT USSR / PHYSICS CARD 1 / 2 PA - 1640
AUTHOR CELOMEJ,-v.N.
TITLE On a Possibility for the Increase of the Stability of Elastic
Systems with the Help of Vibrations.
PERIODICAL Dokl.Akad.Nauk, 110, fasc-3, 345-347 (1956)
Issued: 12 / 1956
For a voluminous class of elastic systems which are under the effect of longi-
tudinal periodic forces of the type
P - P0 + F(W 01 F(Ci It) - (amcos m,,jt + bM sin m6it) the differential equa-
M~~O
tion of the dynamic equilibrium can be written down in linear approximation as
follows: L,(w) + P(t) L 2(w) + (a/at)L 3(w) + (a 2/at2 )L4(w) - 0. Here L1, L21 L3
and L4 are linear differential operators, w - the shift, and Q - the longi-
tudinal (?) mass. By means of the oolution ansatz w - v.y (v - a function of
the coordinates of the system) the following approximated differential equation
with periodic coefficient is obtained for the functions y(t):
d2 y/dt2+ 2n dy/dt + R 2 [a - F((,)t)/P,l T - 0. This differential equation
determines the dynamic equilibrium of the system. Denotations: Q - the fre-
quency of the eigenoscillations of the not compressed system, P k - the critical
static force, n - the coefficient of linear damping and it holds that

ELOW, LN.1 KOV- A,.,,,, zii:; i uavninyy I/ (,%,!r Ito" r!,yy vriwri Y. A
V, A,D~ vr6,.-f:
E,'fi~,ci;iveness of precipitated fervia'!dehyde-k-4 I D-1 vr~
ligainar. pasteu,-,~llosla ir. yaks. V-iter1narla 11)
III Ag 062 ~ ( I Il, I ; "
1. Glavnyy vrach Okinskogo rayona, Duryatel('IY3 ASSR
lSelova!'niko7,-,. 2, Opornn-pokazattjl'noy,a
"Kofnm-,;n! zmll, liuryat3kava AS~-,3H ror llbep,4

CHOPIIC, V.I.; Z111GLE', I.Ye.; . TSELOVALINIK, I.N.
Purification of 2ad carbonation juice by means of beatonites.
Sakh. prom. 34 no. 12:11-13 D l6o. (MDU 1):12)
1. FKTI Llvovskogo sovnarkhoza (for Chopik ). 2. Krasnyanakiy
sakharnyy zavod (for Zingell, Tgelovallnik).
(Sugar manufacture)

TSELOVAL'H1jMv,.,A..Acati tan 2-go ranga.
Automatic magnetic course stabilizer for ahip models.
Voen. snan. 35 no.3:38-39 Mr '59. (MIRA 12:7)
(Magnetic instruments)
(Ship models)

TSEIRVAI, 1:11 Y OV I P, . p T, I' ~3 t, z r ~ ~ j , , r Ui
I -L 0., a Voen. zrian. 1.1 ncj*9:42-4-j S 'Cc. ( !, I -
, P: -1 o)
q.-eliti-jillnogo Morvkop k1libu*
u L)
1. Instruktor-modelil-It

A modp I !'In i ~l w
k-,
1. Starsh-'.,,-
,yStV Tj !IT'r,'I- t .7
50-117110911)
-f- ot-I SS."iR

TSELOVALIBI]COV. A*
- ~ -- --- , kapitan 2-go ranga.
Maintaining a moUl ship on a given course. Voen, znan. 34
no. 6:32-33 Je 158. (MIRA 11i'8)
(Ship models)

TSELOVALTMV, A. I. (Honorary VetcrinarY Doctor of the Buryat Autonomous SSR, Head
Doct r of' the Oka District) and UBEYEV, A. D. (Veterinary Doctor of the base-model
farm called "Kiorpirunism', Buryat Atuonomous SSR)
'!Effectivemss of -the precipitated I*cTmol-vaccine agalnst pastetirelloals
in yaks "
Veterinariya, v01. 39, no. 8, August 1962 pp. 30

YAGN, Yu.I.; TBXLCVAL'NIXOV, I.I.
Long-term resistance of "Viniplast" under vnrious stress conditions.
Dokl-AN SSSR 105 no.3:478-48i N '55. (KLHA 9:3)
1. leningradakiy politekhnicheakiy inatitut Iment N.J. Kalinina.
Predstavleno akademikom A.F. loffe.
(Plastics) (Deformations (Hechunice))

81/6o/coo/oo',,/oio/rj12
AOO6/AOO1
Translation from: Referativnyy zhurnal, Khlmiya, 1960, No. 7, P. 548, # 28853
AUTHOR:. TselovallzOLkov, 1. 1. Ile
I- ft ------------------------ --V-~
TITLE: ~uran-:!e of V at, High Tempsratur-3s
PERIODICAL: Tz-. IrkutskoRo goracmetallyxg, ir---ta 1958, No. !6, pp. 230-235
TM-: Vlxnyl-plastic speoimens wqr:~ subjectad to 0lin,~ar titnsioa, compre's-
air Medi-IM a4 d 60 C. 11-9 tsst-z wx!r:~ mad-3
sion and tt,~-sion test's in 1-1 40, 50, an
to reveal the endurance of vinyl-plaztica. at high temp-3raturss. Tb...e
were preliminary heated for I hv-r- at i00 C to remn'.r,4 !-,rtitlai stresses; du-LnZ
t 'za ~ C'q n 0 S nq
the loading of th--t spB3�me-nH cGrditlizzs of static appl-' . t' - !' 1 ad we ,
V.,StS, C,'j!-.rpS Were pl,_)tted
observed. Ac,~or%iing to data obtair-sl from the 4-,
4,0 45 e_njp~,q Ul M84'e
in eooy-qinates of time versus stratn. Th.-~ ~,urvei wer-3 used . d t.-- . ti
strains and to plot diagrams of thj~t statir. r-4sistan,:,e of thA matsrl-al in
versus-straln coordinates, which show a pz-ar:tlcally ccxistant relat-lon b--'Wzen
these quantities. Valups of the coefficients of the equations appr-,~xl atl-n 'vi-
~M g_
diagrams of statio resistanc:9 and or-~~njt o-u-rves arr- alvezi. N. Gazrden-tz'i
Translator's notc.: Ttds is the flall translatioa- off' the or--'F.17~ad R'lis-1wrl
Card 1/1

15' & S-2-C)
29454
s/oai/61/000/017/1::9/1~6
B117/B110
AUTHORS; Tselovallnikov, I, I., Khakhalov, V, A
TITLE; Mechanical characteristics of aged foliated viniplast
PERIODICAL, Referativnyj zhurnal. Khimiya, no,. 17, 1961, 547-548,
abstract 1'M22 (Tr, Buryatsk, zoovet, in-ta, no. 14, 1959,
67-69)
TEXT: The effect of time and temperature upon the mechanical character-
istics of foliated viniplast (FV) Nas studied by storing fresh FV samples
for 32 and 36 months at v 200C, and part of them for 36 months at Irkutsk
and Ulan-Ude (temperatures were ineasured between -450 and 300C), without
exposing them to direct solar irradiation., As a result of sample tests,
it was found that a protracted storage of FV under considerable temperature
fluctuations reduces the relative elongation in breaking tests, without
appreciably impairing the strength of the material. A comparison of test
results obtained from a protracted storage of FV samples at -200C and
under strong temperature fluctuation conditions showed that the mechanical
Card 1/2 A

29h5h
:!/()fi 1/6 1 /JOO/017/4, -,)/ 166
Mechanical characteristics of aged ... ~117/B110
characteristics of FV are influenced nost by the latter conditions, nn!
by the storing time, LAbstracter,s note; Complete tr~insla-tion]
Cnrd 212

Mg.,

T3---,jf,VAL',4'I'j'CV, T- I-
'Protracted :~eci~st~nce cf ra
Ct~eratln-,f Conlliti,7ns." Can:! T-ec` 3C.., I --
-" -,ir, 111i :her -,'-Iucatir,n, 1,
jo 12, :Iar 551
C Tec!.nic3l
y Of jc*le:"t Lf
Jua. ..o. 670, 2~1~
Deferldrarl ~'ft !'js~t

ISELOVALINIKOV, N.
- -
Gyroscopes in ship w>d,1s. Voen. znan. 38 n0.2:34 F
1620- Vilta 15:2)
1. Starshiy instruktor TSentrallnogo morskogo kluba Dobrovoll-
nogo obshchestv sodeystviya armiik aviatfjii i flotu.
(Gyroscope)
(Ship models)

r. n o r *,. p a n s p V
znan. 40 no.4:i.-, Ap 164. ml P. I

,)~ I -- I I ~ : . : 1 3 . . - .
TSELOVALI HIKOV, V.A.
-~" - , . ,
r- =esigning and building of chemical laboratories abroad. Zav.lab.
22 no.3:372-3?7 156. (KLRA 10t5)
(Chemical laboratories)

TSILOVALI NIKOV. V.A.
Standard planning of chemical laboratories. Zav.lab.2-2 no.7:876-381
156. (,(IRA 9:12)
(Chemical laboratories)

rSELOVALINIKOVI V.AQ
Flanning of ventilation in chemical laboratories. Zav. I - * ~ 30
(M7,,j, 18.1)
no.9sll58-1160 164.
1. InstItut elemnto-organicheakikh soy,cinenly AN

SEID-MAI M.K.; FATAIJYEV, M.D.; TSELOVALINTKOV, V.F.; ALJYEV, FARADZHEV,
T. G.
Sta'bJlity of w&A'ls In dl~5p we--In during drilling. Burenie no.8:3-6
16-4. (~LIRA 1825)
1. AzNllburnefti.

F. ; GUSA,
SEID-WA, M.K.v FAR-4rf,HEII, T.G.; Wfd-LYF7, M.D.; TSUOVALIN',IKOV, ROV
Cauees of contra;-,Lir;r~z of and -.ave-ins 4n
nc.5.-13-6 (MYRA 18; 5)

KSENNE, F.A.; TSELOVALIMKOV, V.M.; TILIK, V.T.; TROSHCHENKOV, LI-A.
ln,~reasing the output rf a continuous cold
Met-i gornor-url. prom. no.6:27-29 N-D 163. (141 RAP

TSZWIVALI 316~4-- -
Alectric cart for delivering loads to tower cranes. Rate. i Izebr.
predl.v stroi. no.119:14 155. (MIJU 9:7)
(Conveying machinery)

TULS TNRR, N.G.
Dynamics of erythrapoissia in hypochromic anemias during the
treatment with 'blood and Its components. -11in. med., Moskva 30
no. 11:87 Nov 1952. (OIXL 23:5)
1. Of the Hematological laboratory (Read - N. G. Teelitner),
Kiev Institute of Blood Transfusion (Director - Honored Physician
of the Republic T. X. Gnedash; Scientific Supervisor -- Doctor
Medical Sciences N. I. Irlikhman).

VAKAR, A.A., dotsent; TSELITNER, N.G.. BL-LENIKAYA, M.I.
Transfusion of the erythrocyte mass In complex therapy of
leukemias. Tftrap.arkh.27 no-5:67-74 '55 (WRA 8:12)
1. Iz genatologichookoy kliniki (zav.dotsent A.A.Vakar)
Kiymvskogn nauchno-Issledovittel'skogo instituta pernlivantya
krovi.
(LEUKDRA, therapy
transfusion of erythrocytic mass with other methods)
(BLOOD TRANSFUSION. in various diseases,
leukemia, transfusion of erythrocytic mass with other
methods)

TSELUKH, A.V. (Odessa)
Influence of infrared irradiation on the immunobiological activity
of the body. Gig. truda i prof. zab. 4 no. 7:39-40 Tl 160.
(MA 13:8)
1. Kafedra ob3hchey gigeyeny Odesskogo meditainakogo inatituta
im. N.I. Pirogova.
(INFRARED RAYS-PHYSIOLOGICAL EMECT) (LEXCOCYT ES)

TSELUP'~, A. V., Cand Med Scl -- "On trie cOMrilried action oll'
the toxins, clostridium perphringens and clostridlum 3ordelli."
Dnepropetrovsk, 1961. (Min of licalth USSR. Dnep-o!,etrovsk
State Med inst) (KL, B-61, 265)
535-

3/13'1/61/000/007/018/072
A06o/Aioi
AUTHORS: Zaykov, M. A.; Tseluyev, V. S.; Permyakov, V. M.
'TITLE: Rationalization of the reduction schedule of a medium gage shut
mill on the basis of an automatic recording of the rolling stresses
PERIODICAL: Referativnyy zhurnal, Metallurglya, no. 7, ig6i, 6, abstract 7D34
("Tr. Konferentsii: Tekhn. progress v tekhnol. prokatn. proiz-va".
Sverdlovsk, Metallurgizdat, 1960, 501-509)
TEXT: An investigation was carried out on the stress measurements of a
medium gage sheet mill consisting of two successive Lauth three-high stands.
Stress measuring instruments with high impedance resistance sensors and an
electfonio automatic poteniometric recorder were used for this purpose. As the
original impulse the elastic stretching deformation of the frame pedestals
during the passage of metal between the rolls was used. The analysis of the
results of the investigation and calculations have shown that the optimal reduc-
tion schedule is, in the main, determined only by the rolling stress admissible
according to the strength conditions of the main parts of the working stand.
Depending on the value of strain resistancethe grading of the mill is divided
Card 1/~

3/137/61/boo/boVol8/072
Rationalization of the reduction schedule ... A060/A101
into six'groups with a difference by a factor of 1.25 in the strain resistance of
steel between neighboring groups, Corresponding to this, the grading of the mill
as to sheet width is divided into four categories, also with difference factor
of 1.25, and into six groups according to grades of steel. In accordance with
this categorization and the rolling stresses found, five optimal reduction
schedules were worked out, embracing the entire range of the mill.
Yu. Manegin
[Abstracterts note: Complete translation]
Card 2/2

GAYDUK, ~.K., inzh. (g.Stalino); ROZEIMERG, A.M., inzh. (g.Stalino);
TSF,LtMVSKIY. N..M.., inzh. (g.,Stalino
Carrying out comprehensive track maintenance during long traffic
intervals. Zhel. dor. tranSD. 43 no. 7:64-68 J1 161. 0
(MIRA 14:7)
1. Nachallnik sluzhby puti Donetakoy dorogi (f r Gayduk).
2. Nachallnik tekhnicheskogo otdela.sluzhby puti. Donetakoy
dorogi (for Rozenberg). 3, Nachallnik otdela iskuostvennykh
sooruzheriiy sluzhby puti Donetskoy dorogi (for TSeluyevskiy)o
(Railroads-Maintenance and repair)

DRANKIN, D.I., doteent: TSIUJYKIU, A.V., sanitarnyy vrach
Npidemiology of brucellosis and its prevention in the meat processing
industry. Gig. i san. 21 no-5:28-32 My 156. (MLRA 9:8)
1. rz kafedry infektsionnykh bolezney Chkalovskogo meditsinskoge
instituta I Ch"lovskoy oblastnoy protivobrutselleznoy stantaii.
(BRUOMW31S, prevention and control,
in meat workers In Russia (Rue))
(MUT,
prev. of brucellosis in meat workers- (Rus))

TaLINKIN, G.S.,inzh. (stantoiva Inskaya Tomeko7 dorogi)
We take care of wear on frogs. Put' i put.khos, no.1:28
Ja '59. (MIR& %2:2)
(Railroads--Switches)

TSELUYKIII, G.S., lnzh.
How we achieved the stabilizatioa of curves. Put' i out. kioz.
no. 8:13-14 Ag, 158. (MmA ii:P,)
1. iiachallnik clietantaii puti, stantsiya Inskays. Tomskoy dorogi.
(Rallroads-Gurves and turnouts)

ACCESSION NR: AP4018395 S/0120/64/000/001/0202/0203
AUTHOR: 10abakhpashey, A. G.; Tseluykin, V. As
TITLE: Efficient light collection by conical light pipes
SOURCE: Pcibory* i tekhnika eksperimenta, no. 1, 1964, 202-203
TOPIC TAGS: light pipe, conical light pipe, light collection, light piping,
scintillation detector
ABSTRACT: Scintillation particle detectors often have an area considerably
greater than that of the photocathode of a companion photoelectric amplifier.
Two constructions of light pipes (cones) with diameters 90 and 60 mm developed
for recording hard electrons are described. The plastic- ocintillator used was a
solid sol'ution of -2% n-terphenyl and 0. 02% POPOP in polystyrene. The plexiglaa
Jight -colle cting cone is coated on the inside with a diffuse -reflecting paint. The
effect of the cones Is shownin Enclosure 1. "The authors wish to thank
card

ACCWION NR: AP4018395
T - A. Velokoolavinskaya and Z - X. Fon-dcheva for selecting and applYing the*
paints, and K. S. Mikhaylov who lent the sealing compound for fastening the
scintMators to the light pipes. 11 Orig. art. ban: Z figures and I formula.'
ASSOC,"ATICN., Institu t yadernoy flziki SO AN SSSR (Institute of Nuclear Physics,
SO AN SSSR)
SUBMITTED: 06Feb63 DATE ACQ: ISMar64 ENCL: 0 1
SUB CODE: PH NO REY SOV: 003 OTHER: 002
Card Vill--

i.Tlj,: Automatically cont-roUeo fan ~or enr -no cooling systera
LOPE; TiW6: eiu~ine coulisig. -Lirittyrnal cumiuUSLivii t;xu~iyxu. utuiilm COU!Litll-- SyS~UEV

Alm

ACC!Zl`,1CN' NP.
;-C.,d 314
7: . ~!
'Ice

FECHONYY, Khaim Davidovich; FIAYGUR, G.L., inzh., retsenzent;_ TSEI'UYKO,
A.S., in2h., red.; RIKIFOROVA, R.A., inzh., red.; GORNOSTAY-
POVS W A, M.S., tekhn. red.
(Handbook on electric equipment for motortracks, tractors and
motore.yclea) Spravochnik po elektrooborudovaniiu avtomobilei,
traktorov, mototsiklov. 2., dop. izd. Moskva, Mashgiz, 1961.
246 p. (MIRA 14:10)
(Motor vehicles--Electric equipment)

YEGGROVA N.I. [TrEhorova, N.I.J; TSELTJYKO,-j6-O. [ISlal,ilko, A.IE,jl
P
P-Anoration of fish-press broth and proparation of whoh fish
meal from spratus. Khare promo noolt34-36 Ja-1/tr 165. (PURA 1814)

SHMULEVICH) S.L.; TSELUYW, G.N.; SOLOVIYE71A, M.G.; CHURAKOVA, V.A.
Nurses' councils. Hed.sestra 21 no.8:61-62 Ag 162.
(MIRA 15:9)
1. Predsedatell Soveta meditsinskikh sester Semipalatinskogo
oblastnogo venerologicheskogo dispansera (for Solovtyeve).
2. Predsedatell Soveta meditisinskikh sester detskoy bollnitsy
Yoshkar-Ola, Mariyakoy ASSR (for Churakova).
(NOSES AND NURSING)

USTIMOV, V.S,- i.p.;
I.Ya.,
T! TT.V~ I
-Im rea s r, c; ma nF:~s.Lin rez;o,,,t;r,.i clui . -,p, the remelt-zg of a
condensatc. of magnes-Liur, metal. ane mpgnesilun, ch'lorirle.
TSvet. met. 3'~ N It'
.1 X, - (MIRA

ACC NRs
AP6019562 SOURCE CODE: UR/0080/66/0"9/006/1245/1249
AUTF0111: Sokolon, I. I.; Sandler;,R. A.; Tseluyko, 1. X.; Rodyakin, V. 7.;
Arutyunov, Z;. A. ---
ORG: none
TITLE: Sources of contamination of magnesiothermic titanium sponge with carbon
SOURCE: Zhurnal prikladnoy khImii, v. 39, no. 6, 1966, 121?-1249 1'5
TOPIC TAGS: titanium, carbon
ABSTPACT: The distribution of carbon present as a contaminant was studied in various
zones of a lump of titanium obtained by the maZnesiothermic methodj"~Tho main source
of carbon contamination was found to be titanium tetrachloride. Originating from
the latter, carbon becomes uniformly distributed over the entire lump of titanium.
The peripheral zones of the titanium lump become additionally contaminated with car-
bon as a result of the transfer of carbon together with iron from the material of the
reactor. The presence of carbon-rich films In the samples may lead to a significant
distortion of the actual carbon content In Industrial titanium sponge batches. Car-
bon contamination Is most Mely In the lining category of sponge, from which the
films are not removed in practice. The metallic magnesium used in the titanium
industry apparently has no effect on the carbon content in the various parts of the
titanium lump. It Is shown that during the separation process, no appreciable
UDC: 669.295

ACC NR- AP6019562
contamination of the sponge with carbon from the vacuum systems takes place. OrIg.
art. has; 2 figures and 3 tables.
SUB CODE: 1l/ SUBIA DATEt 27Jul64/ ORIG REF: 002/ OTH REF: 002

TSUUYKO, M. (g. Zhdanov); JAVRENVYIV, S. (g. Zhdanov).
Blast furnace' slags in fire reaistant concretes. Strol.mat.,
izdelA konstr. 2 no.6:20-21 Je 156. (XLRL 9:8)
(Concrete) (Slag)

USSR/Chemical Technology -- Chemical Products and Their Application. Silicates.
Glass. Ceramics. Binders, 1-9
Abst Journal: Referat Zhur - Khimiya, No 1, 1957, 1733
Author:"Uvluyko, M.,_,and Lavrentlyev, S.
Institutions None
Titles Blaet-Furnace Slag in Refractory Concretes
Original
Periodical: Stroit. materialy, izdeliya, i konstruktaii, 1956, No 6, 20-21
Abstract: An investigation of the refractoriness of the following types of
blast-furnace slags (BFS) has been made: fused slag, porous slug,
and crystalline slag as well as granite and fireclay grog, fe- com-
pariaon purposes. The strength of BFS is increased by firinG at
temperatures up to 9000. This can be explained by the crystalliza-
tion of the glass in the slag and of the microcrystalline substances
in the slag and by the increase in the cohesiveness of the fired
slag. After 5 and 10 firing cycles at 9000, the strength of con-
crete prerared BFS falls almost to the same value a3 that of

USSR/Chemical Technology -- Chemical Products and Their Application. Silicates.
Glaos. Ceramics. Binders, 1-9
Abst Journal: Referat Zhur - Khimiya, No 1, 1957) 1733
Abstract: concrete prepared from fireclay grog. Rafractory concretes for
service up to 9000 at the present time are produced only from BFS.
The composition of concrete of Grade 100 and Grade 140 is as follows
(in parts per volume): Grade 400 portland cement 1.0, finely ground
granulated slag 0.4, BFS of' -5 mm 1.8-2.0, BFS of 5-40 mm 2-2.4.
Card 2/2

15-57-lo-i4336
Translation from: Referatiyn'yy zhurnal,, Geologiya,, 1957, Nr 10,
p 159 (USSR)
AUTHOR: Taeluyko, M.K.
TITLE: -A Papter Determination of the Suitability of Molten
Bla8t-Furnace Slag for Reprocessing Into Various Structural
Materials (Uskorennoye opredeleniye prigodnostii ognennozhidkikh
domennykh Bhlakov dlya ikh pererabotki v razlichnyye stroitelInyye
materialy)
PERIODICAL:. V ob.: Domennyye shlaki v str-ve. Kiyev, Gosstroyizdat
UkrSSR, 1956, pp 51-59
ABSThACT: In the final analysis, the properties of blast-furnace
slag are-determined by the kind of pig iron extracted and depend
on the composition of the raw materials in the bla3t-furnace charge
and on the temperature of slag formation in the furnace. That is,
the properties of the slag depend on the process being used.
no name
Card 1/1

Y f/ .& ,
1 17-
Translation from: Referativnyy zhurnal, Metallurpiya, 1958, Nr --', p 47 (USSR)
AUTHOR, Tsetuyko, M. K.
TITLE: How the Suitability of Molten Blast-furnace Slags for Reworking
Into Various Building Materials Can Be Determined More Rapidty
(Uskorennoye opredeleniye prigodnosti ogneniio;,,hidkikh domennykh
shlakov dlya ikh pererabotki v razlichnyye stroitel'nyye materialy)
PERIODICAL: V sb. : Domennyye shl dki v str-ve. Kiyev, Gos!:,troyizdat U7~rssli
1956, pp 51-59
ABSTRACT: It is noted that the properties of blast-furnace slags 3r, raw
material for the manufacture of building materials are appraised
not with respect to their initial state but to their intermediate or
final state, and the point is made that this does not permit the
fullest exploitation of the potentialities inhering in the physico-
chemical nature of molten slagb. In this connection the importance
is stressed of devising methcds for aicertaining the properties
of blast-furnace slags while they are in a molt.en state. As a
basis for working out ways to speed up the process of determining
the properties of blast-furnace slags of pig iron for steel manu-
Card 1/2 facture, a study was made of the characteristics of molten slags

137-1958-2-2514
How the Suitability of Molten Bla5t-furnace Slags (cont
in their relationship to the properties of blast-furnace slags which
had cooled under diverse condition!,.. It was found that (Fe Z03 ) I
(MnO), and (S03) had it decisive influence on the characteristics
of the molten slags, and it proved useful in this regard to introduce
a new characteristic concept, namely, the "index of pertinence"
of the different molten slags to their re-;,pect.ive varieties, said
"index" being expressed by the relationsh--) (Fe2O3+ MnO)/SO3
Blast-furnace slags of pig iron for steel manufacture that were
"cold" were reckoned to have an `index of pertinence" of
2.3 - 3.0, and for those that were "norniil" it was reckoned to be
1.65 - 2.3, and for those that were 'hot" 1,00 - 1.65. The obser-
vation is made that studying the properties of blast-furnace slags
of pig iron for steel manufacture hab yielded concrete indications
as to how the suita17 lity of blast-furnace slags for reworking into
building materials may be determined more speedily.
N.Zh
1. Slags-Properties 2. Slags--Applications
Card 212

~TZ:="-Z~~i~-.,,~'~ .111-1 1 -,~ , ~-~ -,-!: : - %;7: ~ - , *-~, L-1-12.1
r- Z - V; - .

j
TAMARIk, M.D., kandidat takhaichaskikh nauI;;'TSZLUYXO, M.K.takhaik.
Towers for slaking coke made of cast slag 4ocks. iu stroi.
takh.13 no.11:23-25 N 156. (KaA 10:1)
1. Zhdanovskiy filial Yuzhilogo nPulchno-iasledovatelImkogo insti-
tuts, po, stroitel'stvu.
(Coke industry--Xquipment and supplies)
(Cinder blocks)

VOLIF, I.Y., kandidat tekhnicheskikh na,1k;T9mmMO..,Aj.'; PUKHALISKIY,
G.V., kandidat takhnicheakikh nauk; KHOISOLEV, K.I.; LITVINOV,
0.0., redaktor; TAUOVSKIT, V., reda),ztor; IOAKIMIS A., tekhni-
cheskiy redaktor.
[Experience in using blast furnace slag in construction] Opyt
primenenlia. domonnykh orvalinykh shlakov v stroitelletve. Pod red.
O.O.Litvinova. Kiev, Gos.izd-vo lit-rr po atroit. i Prkhitekture
USSR, 1956. 109 p. (MLRA 9:6)
l.Direktor Zhdanovskogo filiala, YUZIUIII (for Tgeluyko). 2.Direktor
Dnepropetrovskogo filials, YUZHNII (for Khokholev). 3.Chlen-korres-
pondent Akademii arkhitektury USSR (for Litvinov).
(Slag)

13 [1,
,.ibil ivation u-
165.
lstvu (,Jo:;:!t.l-oyu

-ISELUYKO, N.I.; MZYRITYY, V.P.
Area for automatic preparation of t"Oundry earid. Mash-ino-
stroitell no.12:6 D 163. (1-G-RA 17.1)
..-iz
.--l I , -~-- I Iz.-., -.., ..,I. -

I jWjW.
TSELU`YK0, N.I.; SAPELKIN, A.I.; FILI, Ye.V.; PUZYRNYY V.P.; GOLUB, S.T.;
I I , LAIMOV) V. T.
Annealing malleable cast iron without packing. Lit. proizv. no.
10:42-43 0 163. (MIRA 16:12)
'p,

FIL12 Ye.V., inzh.; TSFLUYKO, N.I., inzh.; SM,11GOIK, P.T., in:~h.
Using cast iron chip in the cupola melting of iron. Li- ' rol7v.
no.1:43 Ja 166. 0,1:,~,.A 19:1)

UNAVETSP P.I.; GESS, B.A.; SPORIUS, A.E.; CHERNYSHEV, A.Ms;
MEIZWIYEV., P.H.1 CHERNMi, V.I.; KHROMYAK, R.P.;
KHMOV., B.S.; DMISOV, Yu.I.; TSYLEV, L.M.; SOKOLOVp V.S.;
Prinimali uchas".- MARKIN, A.A.; GORLOV, M.Ya.;
VORONOV,'!u.G.; BULAKHOVy K.A.; KRMANSKIY, V.L,; ARSHINOV,,
G.P*; MAZUN, A.Z.1 PISARNITSKIY, 1.14.1 BOKUGHAVA, O.A*j
KIRILLOVp M.V.; TSE XIO,_ P,I..; POLYAKOV, G.Oj REZKUVp A.S.;
ZHUGHKOVO M.I.; ROMASHRIN, A.S.; ZUBKOV, A.S,; KOZLOV, N.N.
Pilot plant for the nodullzirg of finely ground charge mix-
tureB by the method of chemical catalysiB. Trudy IGI 22:
93-109 163. (MIRA 16t 11)

'line, ~ ,
,L - ') ; . i , , V
YDA .1
~; r
X h ri e s c
of hgat. '-,realmcnt. t.,qjjo7p3. 1 --m. o~r, met. no.4;
38-140 Ap '(:4. (MITU, 17;6)
I.. Ukra:IrLkiy nvu.-hric.- Jrstitlit mc-trz-1107.

s/1 L)316 1/ooo/o 16/oo3/0 22
Aoo4/.Alol
AUTHQRSs Seleznev, A.G,,,Tseluyko, V.I.
TITL13i Coefficient of friction at high temperatures
PERIODICAL: Referativnyy zhurnal. Mashinostroyaniye, no. 16, 1961, 34, abstract
16A24o ("Tr. Khar'kovsk..politekhn. in-ta!', 196p, v. 15, 87 - go)
TEXT: The authors present the results of investigations to determine the
friction coefficient ktof a number of metals during their friction on 30XM (Y
Khm~ grade steel of HB-180 hardness,T The investigatiGns showed that the dec-:,ive
-factor affecting the value of the friction coefficient at high temperatures is,
above all, the-capacity of the metal to form a strong and elastic oxide film.
,Moreover, the strongerthe metal-layer under the oxide filip, the lower will be
.the ?,~value. Another factor is the ability of forming a liqu4d layer on the fric-
tion surface. In the latter case, apart from the presence in the alloy bf low-
melting metals in a free state (e.g. lead) the heat conductivity of the metal Is
of great importance. The lower the heat conductivity, the lower is the tempera-
ture of the surrounding medium at which a fusion of the friction volume of the
more low-melting metal of the friction couple takes place.
Ab terts notel Complete translation]
agtrI7%

BESEDIN, P.T.; SOROKIN, A.A.; FILONOV, I.G.; KARNININ, A.M.;
CHFPELFV, P.M.; SHCHkIBINA, P.A.; AVDF,'Yl,,V, M.G.; KUTSYNKO,
A.D.- TSELYUKO V.I.- CHET-NEVICH, Ye.M.; ORGIYAN, V.S.;
CH141hE
Improving the technology or the heat treatment of' rails
at the Dzerzhinskii Plant for the purpose of increasing
their durability in tracks. Stall 24 rio.5:445-448 My 164.
(MIRA 17:12)
1. Dneprovskiy metallurgicheskiy zavod im. Dzerzhinskogo i
Ukrainskiy nauchno-issledovatellskiy institut metallov.

TSELUYKO, Yu.I.; VISHNEVSKAYAq L.A.; C:UI,IYFV, G.F.; Prinimnli u~hnltlve.
w
CHUDNOVSK1Y,, F.Ye.; A!jDRiUSjjrHENKO, V.1;.
Temperature field of a 50-ton converter lining. Ogneupory
30 no.10:15-21 165. (MIRA 18:10)
1. Nauchno-issledovatellskiy i proycktnyy institut
metallurgicheskoy promyshlennosti (for TSPIyuko, Vishnevskaya).
2. Ki-ivorozhskiy metallurgichaskiy zavod (for Gullyev).

ZAYKOV, M.A.;~~ELUYXGV, V-S.; KAMINSKIY, D.M.; KUZITETSOV, A.F.;
ELIfgtY--'*Yii~.'Do",g'-SHA14ETS, Ya.V.; FEDOPOV, N.A.; BARITSYJV-,
B
f Y
S.I.; ZAKHAROV, A.I.; ZHURAVLEV, M.A.; KOBYZEV, V.K.
Investigating energy and power parameters in plate rolling
on reversing mills. Izv. vys. ucheb. zav.; chern. met. 7
no.2:100-107 164. (MIRA 17:3)