SCIENTIFIC ABSTRACT N.A. CHELYSHEV - A. CHELYUSTKIN

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000308320011-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SO-'-T/ 14~c-
Pecul-;P-riEies of Metal Defurma 'IV i'07' int i of~ '~ La Uth -. z. "h
Mill
of the strip,the distribution of the tor-iue between t',I-i:
rollers and the horizontal forces in the mill. The invc-c-t'--
gations performed bell. to determine the effect of 'the -fo-re-
mentioned factors for each individual case, thus facilitating
thb control cf the rolling process on Lautlij three-hi.-Ih mills.
There are 2 tables, I diaq,ram, 2 qets of radiograms, 1 ,Aioto
ELI, 4 Soviet references,
ASSOCIATION: Sibirskiy metallurgicheskiy institut (Siberian Iletallurgical
Wed= ObrabOW netalloy dayleniy= (Chair of
Jktal Processing Under PM
Isu 11 jantlary 900 1959
Card 212

GOLUBBY. T.M.. doktor tekhn.vauk, prof.; CIMLYSIM, N ad.tekbn.nauk,
A- #_kEL
31DV' M.P.. lob.; NUZIMSOV, N.Te., inzbe;
dots.; WTA
BOYCHRUD, S.M., inub.; ZHURATIM. N.A., Insh.
Operations of a forge blooning mill with use of automatic
control. 1zv.vy~.ucheb,sxv*; chern.ast. 2 no*7;59-74
J1 159. (NIEL 13:2)
1. Sibirskly aw%&11urg4qhovkty 1=tltut, Rakomandavano Imfedror
obrabotki metallow divIenlyea Sibirskogo metallurgicheskago
instituta.
(Rolling uIlls) (Automtlc control)

SIMROKBDDOV, N.Te., dotsent;. C !~SMW, N.A., 1mnd.tekhu.u&uk;
7AYEDY, N.A., doteent; JROIOT, N.F.. insh.; KOUDLNF, A.S-.
insh.; MYCHMMO, L-Ta.. Insh.; SKOROKHDI)DTA. T.7.. iuzh.:
AEAKMV, V.A., doteent (deceased]; UPTANDT. K.P., inshe
Investigating conditions of rolling plain and shaped
sections on a mdiu*4h&pe rolling mill. Trudy NTO
Chern.met. 15:24-55 159. (KI" 132-7)
(Rolling aills)

SOKOIAW. L.D. -, CHILTSMX.A.
Invest IrgatIng the operating conditlonn of 1100 blooming mill
shears. Izv.vys.uchob.zav.; cbern.met. no.4:173-180 16o.
(MBA 13:4)
1. Sibirskiy metallurgichaskiy inatitut.
(Rolling mills-Nquipment and supplies)
(Shears (Vachins tools))

SONOWT. L.D.; CHRLYSENT, N.A.
Imestigativ,g a straightening machine of a rail-rolling Bill.
Isy.vys.ucheb.sav.; abarn.vat. no.6:iq6-iq8 l6o.
(KMi 13: 7)
1. Sibirskly metallurgicheskiy institute
(zonugaills-41quipmat and sMIles)

S/148/60/000/008/003/018
A16l/Ao2g
AUTHORS: Chelyshev, N.A., Kobvzev. V.K.; Plekhanov, N.G.; Bogdanova, N.G.;
Yampol'skiv. A.M.
TITIE: Investigation of Metal.Deformation During Rolling on a "750" Mill
With the Use of Radioactive IsotoDes
PERIODICALs Ixvestiy& vyoddkh uchobnykh zavedeniy. - Chernaya. metallurgiya,
1960, No. 8. pp. 48 - 58
f
TM: The Investigation was carried out with the use of s35 isotope added
to a 7-ton ingot of 5o r(500) killed steel during rolling on the "750" two-stand
two-high billet mill of the Kuznetakiy metallurgicheskly kombinat (Kuznetsk Met-
allurgical Combine). The mill has box passes in the first stand (Fig. 1) and a
rhomb-square pass system in the second (Fig. 2). Three distinct zones were pro-
duced in metal by adding the isotope after the formation of a crystallized crust
in the ingot mold, and again 10 min later after the formation of another solid
layer. The first isotope addition had an activity of 950 mcup the second the
double activity, so as to obtain three zones: a non-radioactive outer layer and
two Inner zones of different radioactivity. The'observed deformation in height
Card 1/5

s/148/6o/ooo/oo8/oo3/ol8
A161/AO29
Investigation of Metal Deformation During Rolling on a "750" Mill With the Use
of Radioactive Isotopes
and width was very different in separate layers in both stands. The observaticm
are discussed In detail and Illustrated by figures and tables. Autoradiograms
show the deformation after each of the 15 passes In the billet mill. The effect
of the ratio hmean/l (mean height of the*deformation area to grip are'lefigth)
[Abstractor's note: Subscript mean is a translation from the Russ ,r (ared-
$an r
n1y)] and of the grip'angle on the deformation was determined (noticed previous-
ly by A.I. Tselikov in Reference 2). The following conclusions were drawn: 1)
The isotope method makes possible the observation of deformation without distzb-
ing the process. 2) The deformation is distributed very non-uniformly in height
and width in box passes as well as in the rhomb-square system. 3) The heightde-
formation variations in separate metal zones in separate passes depend on cbwWs
of hmearL/1 and grip angle. At high hmeadl high deformation takes place in the
outer zone and low deformation in the central zone at all grip angles; the de-
formation gradually evens out in all zones with reducing the hmesn/l ratio, and
at a hmean/1 ratio lower than 1.7 the center is deformed more than the outer lay-
er. An increasing grip angle at constant hmean/l ratio raises the deformation
in the outer layers, and hence the deeper metal layers are worked better with
Card 2/5

A161/AO29
..Inve6tigation.of.Metal Deformation Duri~g Rolling on.a "750" Mill With the Use
of:Radloacti ve'I sotopes
smaller gri angle, 4) 1he local, -uniformity of deformation is considerable,
p non
particularly in the.first half ofthe rolling process. This causes separated
~Jayers under the billet surface, parkicuiarly if the metal' has a low plasticity.
The magnitude of local'deformation non-uniformity depends also on the hmean/i
ratio- - and the,grip an4e;, when.they increase, the deformation non-uniformXty
Increases, 'and the detrimental'effeotioflarge grip angles is the stronger the-
higher Is the, hmean/1 ratlo-z 5) In high-~deformation areas, changes of the free-
b
spreading index ZF are determined mainly by changes of the hmean/1 ratio.
In passes wi'th unrestricted widening, the width deformation also changes withthe
biftan/l ratio and the grip angle, and positive as well as riegative deformationis
possible. .6) The pass system.of the "750" mill'must be changed. The following
persons took part in the.investigatio~: G.A. Sakharov (deceased), P.G. Marinin
and I.V. Manchevskly. There are 6 figures, 3 tables and 5 Soviet references.
ASSOCIATION: Sibirskiy metallurgicheskly institut (Siberian Metallurgical In-
sti=e)
suwnm: November 30, -1959
1, J
Po

-TT .
Z4
.

F --TT
low

IM

1-7-:-, -.. --------- I -- -.1- 1. . I -
I I . t

8/148/60/000/012./018/020
Al 61 /Al 33
AUTHORS: Golubev, T. M.; Chelyshev N A . and Kaftanov, M. P~
TITLEt The Kuznetsk blooming mill sarewdown operation with automatic
control
PERIODICALt Izvestlya vysshikh uchobnykh zavedeniy. Chernaya metallurgiya,
no. 12, 1960, 151 - 161
TEXTt the screwdown. mechanism of the KMK blooming mill (Fig. 1, kina-
matic circuit) has been studied in automatic operation and with manual con-
trol, by oscillograpli3ing the screwdown motor armature current, voltage, ex-
citation current, and r.p.m. (Fig. 2, circuit diagram). The results are
shown in oscillograms and two detailed. tables prepared from the oscillo-
grams. The screwdowns system includes two vertical MQ642,3/78 (MPV42-3/78)
motors, 9f 200/300 kw, 220/330 v, 990/970 amp, 21.5 amp excitation current
at 500/750/1,000.r.p.m.; _a chain of,7 helical pinions in line in the hori-
zontal plane with three idle pinions in the middle designed for synchroniz-
ing the motors. The large gears rotating the screws are 1,861 ram in dJam.-
eter. The driving pinions are fixed on the motor shaft shanks. The middle
Card 1/10

S11 4Y60/000/012/018/020
The Kuznetsk blooming mill screwdown operation... A16i A133
pinions are so mounted in separate sockets that replacement is po3sible
without dismantling the whole system; the cenlral pinion can be 1-ifted out
of mesh by a speclal pneumatic device when the '
top roll has to be adjusted
U
horizontally. The automatic controls of the screwdowns are located oa thrse
panels and 12 commutator boarde, including 297 rslay-contactor iulits. Ticir,
top roll is moved automatically; the programmer permits setting several
reduction programB at a time. The tracing selsyn-transformer system peryllIts
rough and accurate mismatch readings. The top roll motion ranges are set
by plug program commutators, with corresponding transformer lead conllqctic=-i.
The operator selects the program by push buttons. Thirty ingots of rimmed
and rail steel were rolled during observations, into 300 x 330 and 320 x
330 blooms, in 11 passes with 3 edgings. The total inertia moment of the
two motors and thr. entire system is 520-34 kg-m2. The movements of the top
roll vere slightly faster with automatic control than with manual, due to
the changing magnetic field of the motors; overloads were observed in man-
ual control through untimely switching. Delay after metal ejection from
the rolls in automatic operation was more frequent than advance, and vios
versa with manual control. Delay always occurred in passes preceding edging.
Card 2/10

S/14BJ60/000/012/018/020
The Kuznetsk blocoing mill screwdown operation... A161/A1331
Acceleration between advance and lag was 0.38 - 0.62 sec in automatic opera-
tion and reached 3 - 4 sac with manual control. With both kinds of control
and steel grades and in all passes except for the 6, 7, 6 and 10, the screws'
motion ended 0-1 - 3-0 see ahead of the rolls' grip on metal. In the passes
6, 7, 8 and 10, the screws were frequently braked by the ingot, due to down-
motion of the screws during the gripping - the motion lasted 0.2 - 0.4 see,
and the screws stopped when the contact between metal and rolls was 150
200 mm long.. In the 8th pass the motion war. more complex - the screws des-
cended for 0.2 see during the clamping, with about 100 mm contact of rolls
with metal, then rose 1 mm during 0-4 sec. This sharply increased the brak-
ing affect, deceleration reached a maximum of 184 mmlsec and the rvcup~ra-
tive energy dropped to 9%. In automatic rolling rimmed steel the screw-
downs always switc~hed on-either at the moment of ejection or after, the
screws started maximiim 0.5 see after ejection and ahead of grip. The switch-
ing time of the motors during the work cycle exceeded the screws motion time
by 9 sec. After the 10th pass the screws reciprocated several times in one
interval. The photo-.relay operation was not exact, and switching happened
in the mid of pass. Manual intrusions were used frequently to redistribute
reduction on passes and facilitate griR, or to reduce load on the main drive
Card 3/10

5/148 60/000/012/0-18/020
The Kuznetsk blooming mill screwdown operation... A161Ym33
at uneven ingot temperatures. Intrusions were used almost systemati~,ally
for hours, then rarely. Conclusionst 1) Screwdown motor load with equi-
valent cuirent is 645 947 amp at 52% switohing time and 914 amp at 35%-
The motors reach 290 465 rpm. during the screws down-motion for 34 - 91
mm, and the screws speed is 48 7 7B mm/seo. The-overload at the atart and.
braking is 1.41 - 1.95. 2) The .acceleration time is 50/b of the total screw
motion timed In many passes the sorewdowns determined the interval for the
whole mill. Acceleration can be speeded up 30 - 50%, for the permissible
motor overload is 2.5- Recuperative braking may be-also intensified. It
is very important to reduce'the high inertia moment. 3) The practice of
speeding (in automatic and manual work) by switching on ahead of ejection of
metal, and by stopping the screws with metal in rolls would be permissible
with accurate actions, but not as it is being done now, for it causes heavy
overloads in the whole system and this means premature brakedown. Fox such
operations as,this, the whole mechanism ought to be reinforced. 4) The
maximum speed of the motors must be raisGd to 750 r.p.m. for lifting the
screws, or more, by raising the armature nominal voltage to 330 v and reduc-
ing the magnetic field. This will cut the rolling start interval on new in-
Card 4/10

5/148/60/000/01.2/018/020
The Kuznetsk blooming mill screwdown operation... A161IA133
gots, for the gQide bars reach the initial position 2 see ahead of the
screws. 5) Raising the Intensity of the magnetic flold In automatic work
has little sense, as the magnetic flux only rises 1.09-- 0.11 times when the
excitation current rises 1.48 1-56 times, however, the control system is
made too complex and the excitation winding is overloaded. Acceleration may
be speeded up by a stronger armature current and lower inertia moment. The
armature current may be limited by the old 190% level for the case of switch-
ing-on with metal between the rolls. 6) Automatic switching is more accu-
rate in relation to the ejection moment. In many cases switching must be
done earlier, i.@. 0.1 - 0-3 see ahead of ejection. The ejection point con-
trol may be produced by the mill motor armature current, and the screwdowns
motors switching on must be made permissive at with a drop in current to a
definite level, and the same may be done for manual control. 7) The screw_
down motors work 84 - 9Y16 times in starting and braking, hence the start
and the brake moment must be raised. Motors with 750 rpm. basic speed are
of no use as only 290 - 465 rpm. are reached, and motors of the same power
but lower basic speed (500 rpm.) and higher torque at' the same inertia mo-
ment would be better, This will speed up ';he start and braking, and reduce
overloads. The speed above the base must be raised by lower magnetic field,
Card 5/10

B1148 60/000/012/018/020
The Kuznetsk blooming mill screwdown operat-lion- A161 ~AA133
particularly in the screvist upward motion at work cycle end. The armature
current in steady lifting speed is only 330 - 350 amp (or 34 36% of the
nominal), and can be safely raised if the field is weakened, There are 4
figures and 2 tables.
ASSOCIATION: Sibirskiy metallurgicheakiy institut (Siberian metallurgical
institute)
SUBMITTED. December 30, 1959
Card 6/10

SOKOLOV, L.D.; CIIELYSI]EV. N.A.; ZHDANOV, I.A.; KAZANTSEV, A.A*
Infestigating the wear resistance of bearing textolite in conditions
of work on rolling mills. Izv. vys. ucbeb. zav.; cbern. met. no.2:
172-177 ~61. .(KIRA 14:11)
1. Sibirskiy metallurgicheskly institut.
(Bearings (Machinery)) (Rolling mills)

CHELYSHEV, N*A.
Characteristics of stressed state in high deformation centers
during rolLingo Izv.vya.ucheb.zav.; chern.met. 5 no.6:51-60
162. (KRA 15.' 7)
1. Sibirskiy metallurgicheakiy institut.
(Rolling (Metalwork)) (Deformations (Mechanics))

ORELISHEV, N.A.
Characteristics of the stress condition of low deformation
areas during rol-ling. Izve vys. ucheb. zave; chern. met.
5 no.10:96-101 .162. (MIRA 15:11)
1. Sibirakiy metallurgicheakiy institut.
(Rolling (Metalwork)) (Strains and stresses)

GHELTOMp N. A.; PMWAKOV, V. M.; KAFTANOV, Me P. I ZArKOV, Me A.;
D. Me; ZAKURMO, N. I.; PROKOPqZV, A. V.
healiaKties of rollIM rimed steel Ingots on a rargo blooming
mill., Isvo vy9a'uchebe save; chern. mt. 5 to.32:74AM '62.
(MIFA 16: 1)
1. Sibirskly metalIvracbmakLy institut.
(uning(matmauftk)) (steel iapts)

CHELISHEY, N. A.
Stress condition characteristics in external zones of the
deformation center in rolling. Isw. vys. uebeb za: born.
Mt. 5 no.12:95-102 162. (N,;; 16,710
1. Sibirskly wtallmlichaskly institut,
(Rolling(Retalvork))
(Strains and stresBas)

ZAYKOV, M.A.; TSELUYKOV, V.S.; KAMINSKIY, D.M.; DADOCHKIN, N.V.;
MESHCHERYAKOV.. P.A.; MARINIR, P.G.; MIRENSKIY, M.L.; PROKOPI ME,
A.V.; OVCHINNIKOVA, R.F.; Prinimali uchastiye; BELYAVSKIYY M.A.;
KAFrANOV, M.P.; KUCHKC, I.I.; IARIKINA, F.Ye.; MANCHEVSKIY, I.V.;
MARUffGIN, G.F.; MERKUTOVJ, V.N.; NASIBULIN, A.S.; NEFEDOV, M.K.;
PERMYAKOV.. V.M.; CHELYSHEV, N.A.; CHVANOV, L.K.
Investigating conditions of rolling on three-high billet mills..
Izvy vys. ucheb. zav.; chern. met. 6 no.10:74-83 163.
(MIRA 16:12)
1. Sibirskiy metallurgichaskiy institut i Kuznetskiy metaUurgiclwkiy
kombinat.

CHELYSHET N.A.; KOBYZEVp V.K.; BOGDANOVA, N.G.; DUBROVIN, A.K.; XACHURIN, D.S.
.0
Padioactive isotope Btud7 of metal deformation in blooming mill
rolling. Izv. vys. uchebe zave; cherne mete 7 no.12:65-72 164
(MIM 18:1)
lo Sibirskiy metallurgicheskiy institut i Kuznetski7 metallurgi-
cheskiy kombinat.

CHELYSIJEV. N.A.; DROSHCHINSKIY, V.M.; DARUSHIN, R.J.; KRITININ, I.A.;
RIVIllov, P.I.; X11cliKO, I.I.
Deformation of the metal in T-shaped passes during the rolling
of R-50 type rails. Stall 24 no.11:1013-1016 N 164.
(14IRA 18: 1)
1. Kuznetakiy metallurgicheskiy kombinat.

CIHELYSHEV, N.A.; KOBYZEV, V.K.; BOGDANOVA, N.G.; DUBROVIN, A.K.; KACHURIN, D.S.
Investigating metal deformation on a blooming mill with the help
of radioactive isotopes. Izv.vye.ucheb.zav.; chern. met. 8 no.4t
96-101 165, (MIRA 18:4)
1, Sibirskiy nota3lufticheakiy institut i Kuznetskiy metallurgicheskiy
kombinat.

PEPHYAKOV, V.M.; KAFTANOV, M.P.; ZAYKOV, M.A.; WfINSKIY, D.M.;
,CHELYS4
ZAKHARENKO., N.I.; PROKOPtYEV, A.V.
Characteristics of tolling rail steel ingots at the Kuznetsk
blooming mill& Izvevys.ucheb.zava; chern.met. 8 no.8:94-101 165.
(MIM 18 t8)
1. Sibirskiy mptallurgicheskiy institut.

GRELTSM. S.G.
For a su=ccessful peat winning season in 1955. Torf.prom-32
no.1:1-3 155. (KM 8:3)
1, Gla-vtorf,
(Peat indmatry)

AUTHORS: Allbov, M.N. and__Che1Zg_hev
SOV/132-59-6-2/16
TITLE: A Mechanical Groove Core-Sampling in Prosppcting
Drilling
PERIODICAL. Razvedka i okhrana nedr, 1959, Nr 6, pp 12
(USSR)
ABSTRACT: After describing methods of core-samplinglin use in
Canada and the U.S., the authors propose their own
method, which, according to them, simplifies the
operation. The method consists in placing the ob-
tained core-sample on a specially built bench, and
making one or two deep grooves with a rotating cir-
cular cutter. The whole operation, as well as the
specially built bench, is described in detail. The
method was tried out during the prospecting drilling
of parties and expeditions organized by the Ural and
South Ural geological directorates. In this con-
nection, the names of V.A. Glazkovskiy, A.A. Iyanov
Card 112 and K.I. Satpayev are mentioned Z_Ref 3 and 4-7.

SOV/132-59-6-2/16
A Mechanical Groove Core-Sampling in Prospecting Drilling
The comparison of results obtained by both new and
old methods (table 2 and 3) showed the reliability
of the new method. Moreover, considerable economies
in time, money and labor are realized with its use.
In a footnote, the editors consider that this method
requires further testing under industrial conditions.
It can be applied only when the ore-components are
distributed uniformly. The expediency of the method
must be checked experimentally for each given depo-
sit. There are 4 tables, 2 diagrams,, 1 photograph
and 9 references, 8 of which are Soviet and 1 Cana-
dian.
ASSOCIATION: Sverdlovskiy gornyy institut im. Vakhrusheva (Sverd-
lovsk Mining Institute imeni Vakhrushev)
Card 2/2

ALIBOV, M.P.; ChELYSHEV, V.L.; FEDOFOVIAI L.E., red.izd-va;
IYERUSALIMSKAYA, Ye., tekhn. red.
[Mechanical trenching int~sting cores of exploratory
boreholes] Borozdovoe mekhanicheskoe oprobovanie kernov
razvedochnykh skvazhin. Moskva, Gorgeoltekhizdat, 1963.
66 p. (MIRA 16:12)
(Ores-Senpling and estimation)

CHILYS"V, V.0.
About a pamphlet on the exchange of progressive practices (0ifork
organization of the main brigade operating printing machines In
the cotton IndustryO V.I. Kaleav, V.A. Davidovich, Revieved by
V.0. Chelyshev). Tekst.prom. 16 no.2:69 F 156. (NLM 9:5)
1. Nachallnik otdola, organizataii truda fabriki imeni rabochego
7.Zinov,yeva.
(Textile orinting) (Naleav. V.1.) (Davidovich, V.A.)

CHJCLYSHXV.,~_V.O~
Textile factory prepares to standardize work norms. Sote.trud
4 no.8:119-221 Ag '59. (HIPA 13:1)
1. Nacballnik otdola truda I zarabotnoy platy fabriki Im.
rabochego Y.Zinnvlyeva (g.Ivanovo)
(Textile Industry--Production standards)

SOV/138-59-2-9/24'
AUTHORS: Gorelik, B. M., Chelyshev. V. V., Mal-chikova, Ye. V.
and Korunoval A.-I
TITLE: Manufacture of Rubber Tube, Profiles and other Extruded
Products by a Continuous Process (Nepreryvn-,7y protsess
izgotovleniya rezinovykh trubok, profilinykh i drugikh
shDritsovannykh izdeliy)
PERIODICAL: Kau4ahuk i rezina,, 1959, Nr 2_7 PP 30-34 (USSR)
ABSTRACT-. Extruded rubber products a-,:e usually vulcanized in
batches in.autocla-ves, which prc-,ess takes several
hours. Continuous -,ruicanization of extruded products
can be carried out. in solutions containing SO as well
as in long vulcanization chambers using high pressure
steam and subsequently cooling the extruded products with
water at the same Dressure. This method is not possible
with tubes owing to the difficulty of maintaining equal
pressure inside and outside the tube. Vulcanization
without, or with,low pressure can lead to pore formation.
This tei~dency can only be partially reduced by subjecting
the rubber mix to vi~~cuum or by extruding it at
1 11 0
Card 1/3 temperatures of 11-0v ol 20 C, which suggests that the

SOV/138-59-2-9/24
Manufacture of Rubber Tube, Profiles and other Extruded Products
by a Continuous Process
reason for porosity is to be found through volatiles,
particularly where vaseline oils are used in the mix,
with muchlfs~_-ar boiling point than water. It was found
that the introduction of 5 to 10% of pure CaO into the
mix absorbed these volatiles. Satisfactory results
were obtained by introducing crushed lime into ths mix
andoby extruding the tubes at temperatures of 100 to
110 C. Thus the question of vulcanization without
pressure was solved. Since extrusion proceeds at 5 to
8 m/min,, it is necessary to achieve vulcanization within
2 to 3 mins. This is only possible with ultra-rapid 0
accelerators and with temperatures of the order of 200'C.
To prevent pre-vulcanization various modifiers are
required, A formulation,based on SKS-30 rubber with
colophony, lime, Altax,`.-PKtra-n".. as well as with
usual fillers. is given. This gives tubes with a smooth
surface and which do not adhere to metall'ic surfaces
durpg vulcanization without pressure in air medium at
200 Cl and which have low cost. The extrusion plant
Card 2/3 is shown in Fig 6. The extruding machine has a worm

SOV/13B-59-2-9/24
Manufacture of Rubber Tube, Profiles and other Extruded Products
by a Continuous Process
(endless screw) of 115 mm diameter and is driven by a
k--.rkW electric motor. The extrusion speed can be
varied by charging the number of revolutions of t-he
worm betv-,een the limits of 15 to 30 r.p.m. The
vulcanizing tunnel consists of two steel tubes one
upon another which are 2?3 mm x 10 mm diameter and
15 m. long, fed with hot air fi~om calorifiers and heated
further with electric elements whose spiral wire is
mounted on the surface of the tubes. The extruded tube
is taken through on a belt conveyor,. To increase the
efficiency, the extrusion machine is equipped with a
triple extruder head and ~he vulcanized tube is
subsequently cooled to 40 C by water spray.
There are 6 figures and 6 references') 1 of which is
Soviet, 4 English, I Germ-an.
ASSOCIATION: Nauchno-issledoval.-el-ski7 institut rezinovoy
promyshlennosti
Industry)
Card 3/3

S/13 ' 59/000/011/009/011
A051YA029
AUT11ORSs Gorelik,.B.-M.j Chelyshevp V. V.~ Kapshtyk, V. I.
TITLE: Some of the Technical Factors Which Determine the Quality of
Calendering ~~ -
PERIODICAL% Kauchuk i Rezina, 1959, No. 11, PP- 49-151-
TEXT% The problem of determining the optimum degree of polishing re-
quired of the surface in ealender machine rollers is studied. A method is
offered for determining this factor and the effect of the polishing degree
on the calendering of the rubber. Several functioning calendering machines
in various rubber-producing plants were investigated and certain conclusion
drawn. The.,profilometerKg-7 W-7) shown in a photograph was used for de
termining the degree of polishing in the surface of the 0calender rollers
(type 740). The measurements were carried out at 25-40 C and the method
is given in detail. The optimum value was found to be within the range of
the*6-7 class (according to(-OCT2789-51 (GOST-2789-511\~)? for mass-produced
rubbers. The polishing degree of the roller surfaces in various plants was
highly varied, i.e., within the range of 5-9th class. The rollers in the
Card 1/3

S/13 59/000/011/009/011
A051YA029
Some of the Technical Factors Which Determine the Qaality of Calendering
same calender can be of various degrees of polishing. If the degree of
polishing is too high, i.e., above the optimum value, the calendering of
the rubber can be impaired, e.g., the formation of bubbles on the rubber's
surface can ta'ke place. It was found that the productivity on the four-
and five-roller calenders, as compared to that of the three-roller ones
is higher by about a factor of two-and sometimes three. The four-and five-
roller calenders with removable rollers have an advantage over the three-
and four-roller calenders with a vertical presentation of the rollers, viz.,
when the feeding takes place from two sides, the rubber is folded on the
calender itself. This helps to produce rubber without bubbles. If the
surface is underpolished the resultant calendered rubber is of a low quality,
having scratches, creases, etc. This also causes the processed material to
stick to the rough surfaceg making the work more difficult. Calendering
machines with thin-walled rollers have an advantage over those with thick-
walled rollers in that they can be used for producing rubber of a greater
variety. It is difficult to manufacture rubbers, such as the polychloro-
prene type requiring low temperatures, on the thick-walled roller calenders.
Card 2/3

S/138/59/000/011/009/011
A051/AO29
Some of the Technical Factors Which Determine the Quality of Calendering
G. A. Polivektov and I. S. Kheyfets-took part in the work. There is
1 photograph and 1 table.
ASSOCIATION: Nauchno-issledovatellskiy institut rezinovoy promyshlennosti -
(scientific Research Institute of the Rubber Industry)
Card 3/3

CHELYSHEV Ye. P.. kand. filologichookikh nauk
-
Rabindramth Tagore. Nauka i zhiznl 28 no.5:6F-69 My ,61.
(MIRA 14:6)
(Tagore, Sir Rabindranath,, 1661-1941 )

CHELYSHEV, lu.A.; FOMICHZVv X.I.
Automatic machine for stamping valve seats. Art.prom. 28 no.4:
35 Ap 162. (KRA 15:4)
1. Hoaovakiy avtosayod imeni Likhacheva.
(Forging machinery)

NR, AP60215B7
-- --------- - ---
souna com uRio4O2/66/000/003/0372/0373
AUTHOR: Sergiyev, P. G. ; Shamprayeva, S. A.; Ryazantseva, N. Ye.; Chelysheva, G. N.;
Goryacheva, B. A. j Stromova., G. N. -----------------
Mqscow
ORG: Cortex Study Group,[Director-Active Member. AcadevW of Medical, Sciences SSSR,
Prof. P. G. Sergiyev) (Gruppa po isucheniyu kori)
TITIE: Culturing viruses in primate tissue
SOURCE: Voprosy virusologii, no. ~, 1966, 3T2-3T3
TOPIC TAGS: virology, pathogen, virus, tissue culture, primate ) WW10flyp W&M.3',
ABSTRACT:
Viruiis isolated from the blood of infected monkeys were grown in-,.-)rinate
spleen and kidney tissue for 10-12 passages. Typical cytcpa~hic changes
were observed as well as changes in properties of the viruses themselves.
.When cultured in spleen cells, the virus lost.less of its virulence than
4when cultured in kidney cells. Vaccines made from these preparations had
~-some protective' effect which vanished within year. [W.A 0. 10)
-0_5p.;~_CBZ -N
SUB COIZ: 06/ SUBM DATE: ncee/

LETKINk, Ye. S.; GAYKO..B.A.; CHILTSHIVA. K.M.; BOKSHrM. MbYe.
larly Immmodiagnools of amoarlasis in men and its clinical and
spidestiologle significance. Klin. mod., Moskva 30 no. 11:49-53
Nov 1952. (CLKL 23:5)
l' Of the Helminthological Sector of the Institute of Malaria.
Zdical Parasitology and Helainthology of the Ministry of Public
Health MSR (Director of Institute - Prof. P. G. Ser4lyev. Ac-
tive Member of the AcadmW of Medical Sciences %SR; Read of
Sector -- Prof. V. P. Podlyapollskaya). Moscow.

CHELYSHEVA, K. M.; SHAMIRAYEVA, S. A.; SIMGIYEV, P. G.;
RY=MS-YVA, -!Yi. ; SMMOVA, YE. V. ; LOZOVSKAYA, L. S.
TIOn the problem of active immunization and seroprephylaxis
of measles."
Report submitted at the 13th All-Union Congress of Hygienists,
Epidemiologists and Infectionists. 1959

SRRGIYBV, P.G., prof.; RYAZAN7SIVA. N.Ye.; SHIRNOVA, Ye.V.; CBXLrSH7AVA, X.M.;
RZYWOK, N.D.; KOZIDVSKATA, L.A.; KOTSOFANE, V.A.;
GBKHTXU, H.74.; SHWYT, I.G.; IA"BYA, Y.N.
Active immmization of children against measles vith vaccine OCO
in an extensive epidemiological experiment. Zdravookhrananie 2 no.l:
17-20 J&-P '59. (VIDA 12:7)
1. Is instituta viruaologli im. D.I. Ivanovskogo ANN SSSR (direktor -
P.N. Kooyakov), Moldavekogo inatituta, epidemiologil. miltrqb1ologil I
gigiyeny (direktor - N.Y. Yezhov) i Respublikanskoy~sahltsrno epidemi-
ologicheskoy stantsii Moldavskay S~R (glTu'yy irach'- A.A.. vviww-)
2. Daystvitellnyy chlen ANN SSSR (for Serglyev).

-- GHQWBVA I K H
Case of human sensitization to dry antiinfluenza. serum fonoving
its administration through the upper respiratory passages. Vop.
virus. 6 no.5t628 S-0 061. (HIHA 15t1)
1. Institut virumalogii imni D.I lyanovskogo AMN SSSfix Moskva.
TIWUMWA) ZAIUMX)

5, ,
Ole 0 0 0 0 0 0,* 61,vule"o-i-i-i
I I I 1 66 11 It U H It m It 4 It & ts )J 10 M It A 37 A bull UUMU Ill?
4 ILI- 1, 1-1, M. N IX 90 IL,1-- I i A t j p # A
J~ -vfj
so -1 F- 14
SID,
06
00
so
P. 19, No. 5.:0l -
i'
4 12'0'
v vilk-allital- Witt' IrIllile "ttrifl(th,
4 17h
-
BB
g
sod Mtkl%-v thtt", triplired
fly stavolarib its "IlAwt %4". 11W clamicily 44 -411114C.1
volommilard at 17h fit A1114 w%A Itis let In oil cow%. ltv
Ji-
*
It* eirrvit-vaim atO Ivt-
'
li
"
li
"
4
"
$
1 %,
14.utuwiiialvisu-Aiiiiatei%44,taitwtlin.%iiiiu.at
c
d
I
n
1
6
p
oo., 2140". Wh"eW% at INV lhe 1111A.-I It-11,4111% A11114.1 C4,411.
I
00 114111m.
-
a , alld
oltairtrif hy hotartilla file 11,4411.111 I.v VV
00. fly mild vuh-allififill .64 17.",
W-U
'tillic 141 visk-Anife MACL
-At i%
(;
N
1W
U
00 .
o.
.
.
p
,
n- UrN as eciltord vhmv,4r4 isbru mullk*rnly high fentim.
so 4p nrrtmd. 111re awl. of Sarni arcriersimp tvis

0=8 v,mokkirshly When t1w %micartirst ion irmp. i% ;=,%*. The
hisbror Twallimialim lefillm, itillilow life quAlliv A the
ff,axis, WlRilr a I'mmil%ft ill file S t"twirl't illvicaft, It..
Wmilks in Nalsiline N the vultallital
inhibit"I %m&t Ilic aNetv viv-
diticims. A tiefinite max. fettip. I,, vitAA f,w rarb tv .,f
. F~
175* i
bl
4
M
h
f
k
t i,
wr ~
c at
um
ac
m
ug the
amvig-vatar. T
l
h
V N "W"Mi
l
hl*Vf I
fall fly 410%&IIA1401IMMAM IOVAIS,T. %listeG. -40im"t 21?P
a
&I. IL all,fitibl'61CAL 0144,611,01 CLM A. A. Ifiarlitlitisk L
0 - - - vm
OR A % is nd 0 0 0
0 00090 o 0 0 el 0 00 0 '0000 4 9 00 4
00
44
0 0 9 0 0 0 0-0 0 0 0 0 0 0 0 0 0 0 0 0 0
0 Wo see 00 00 v q 00
-4,0
R
1.
coo
zoo
see
see
ties
free
too
o 0 08

to -v 1w iw~~
it I A L A"
04 N--- - - IL -1 LV
.--Y X
Reemd" of Sichel mat to we V. 1.
and N. I.. chv!j~k,wee. Metal ion,
Smirestiv
ins %,i rnal in su.,I.ndrd (palveriard) state. Leh. czPts. 00
wric trialle to -tudy the followinS factors- trap.. Anestrita
CA "utt bright CA tnaminee furelacts, etc. Expert. W"v 00
madir 'in' a wrlical lutInlar P1 funwe with top charging
and air fillvo 1%,th fiotin the bottom. and with The chairse '60
00 '1 In, IIIIIII'liul IIW41 erm a Ni nuet from
Go@ The rupee. led Wthe lee
if III-ion.: 0) The rovilding "nim fir
"to h"arl that' I*_%`i1"' (~') Mat ales"I'l heLptub'"iXed lit .0 0
41411021%) Mesh. k3) Five tit"" the thetwortical &"&I. (a air 1111,11jej 1,,1111411011 .1 age
oots ORW of Ni is nects. tilt the onfam qd 111c patilvir,,. oil like tai% 44 1114-4. t!
irquirrd for convrr%km tit sultitir to
*vo wtv. (4) InctrAw in the licialit of furnace Imen Mt to 1'241 inlit, a twq*-~twgv et"llintioUR t4moing furnact. n( Oc"ll: =00
00 1 i vin'. Resulted 0111V ill 4ight itutivinivniveit of efficienry. "till. %ire wat rmwitu '1'A Its, Inrlinlitlaty f.u%ltng ill E
% -Coo
In Ill.. jm~t we. tally Ira. then with 0 50. ~Iatiilltaly IhAlt end linAl ii(MliOll In A fill flat fI'tArV (fir.
00 I'll%. Itt"ISAVA J51 Me ilWIVSW in the tote of charging Air, pt.+,-aied by -%hatw to the 9.00
-(h. Ill tifflifN Of P; M is. per cu. ell. of hartnei-e %V4. juittliat flititmv I,, ate I,jfi finsw_ tW1')_ x
.1; r1indlialkM Only slightly. (6) 11 was t" The furnave i, MI-Incd and i4 rquipled twith dult
Ift"ittle In TnIU.T fill. S "Metal to Iran than (7) JAw% Wljirh ri'llien i"C6,411JACIVIV TWASt"I finV% in all iIIjV%'1#W 200
Appoictilly a filin 0 Ni 4nitle i% fornard an the varlace .4 at ihe -.halt firtnmv. It, N. Valliloff
he nual shit-h pievret1% further amsm 44 0 1.1 the .2 see
"A Ow Imiliviv. Fut C101114riv 4;0
kelfirr roa-ling tiniv would be nKvwwy. (N) No callis
A the povid. vital was observed during viiamins. (01
RvItcaled 1%%willm Without intervordiale treerhieft"s fsrt~
thkv,f w- finilirt elltvi. (111) Hapta. with the true *A 0
in.tr*,14 sit lCave Irsidett. Which (Awl ;% at -
I L A olt&LL~&L Litll&IWI CLAmergaletem AVOID
19*0
a,
$41000 "it *as K
U 0 Is #&ill Ow
0 to 11 a fe'd a 7A
10 a a M " 9 1 6 0 9 A 0 3
.1 ~22 ; ~n 2 ~!2 91 7~-Olew "i,
0
00:0:

FMOROV, P.G.; CHELYSHEVA, S.F., takhnik _
Using AVSk-vibrators In7driving 'pile foundations for contact-
system supports. Tramp.strol. , 9 no.12:10-12 D 159.
(MI]RA 13:5)
1. Nachallnit a9khanistravannoy kolowW Wo.10o
(Vibrators) (Piling (Civil anginsering))
(Electric lines-Poles)

C-HELYSHEVA, VI.D
.xv TOLMAZOVAt YE.A.
Hospitals - Management and Regulation
Role of the dietician in the organization of therapeutic diets in the hospital.
Made sestra, No- 4# 1952e
Nonthl List gL Russ Accessions, LibraxT of Congress, June 1952. Unclassified.

CIMLYSHKIN. S. . --,
------- j
Conveying yarn without the use of packing boxes. Tekst, prom,
19 no.9:54-58 8 159. (MRA 1.2:12)
1.Jb*ovodltel' Byuro sodoystviya ratstonslizatall I Isobre-
tatellstyu, (M119) PbdCornoy pryadillno-tkatskoy fabriki.'
(Yarn) (conveying machinery)

I
DOvicO for stOPPID9 Polishing machines. Teksteprome 20
no.2:77-78 P 16o. (xIu 13:6)
(MaM and polishing)

t~~Tik //~' va - &-~
KARKOV, Vlaclimir Mikhaylovich; BORUSHKO, Hikholl Adamovich- r=T.TqUrT bm"",W
redaktor; SOKOLOVA. N.N., takhnichaskikh redaktor
[laboratory manual for vegetable growing] Rukovodstvo k laboratornym
saniatilas po ovoshchovedetvu, Moskva, Gope izd-vo salkhos. lit-ry.
1956. 223 Po (KIU 9:12)
(Vegetable gardening)

VOROBIMM, Serpy Andreyevich, doktor sellkhoz. maukp prof,j AVAM9 Mikbail
Grigorlyevicbg kand. ool*kboz, neukt dotment- CMZ Yu G,g red.;
MMAv V.M. t tekhn. red.
[Practical and laboratory work in soil science and agriculture] Labo-
ratormo-prakticb9skis, sulatils. po pochyovederift i z*nW*liiu,
Ind.2o# perere Mookway Gos. Ind-vo sellkbovolit-ry sburaLlow i pla,-~
katovp 1961. 335 P. IMIPA 34:7)
(Soilm) (Agricultwe)

SAPUTOV9 Petr Yegorovich.. zvenlyevoy, Geroy Sotsialisticheskogo Truda.
Prinimali uchastiye: FEDIN, M.A.; SAWMAEM, I.I.; SARWNOV.,
V.V.; ShMXMITSM, I.T. CHELYSHM,J~i.q.,,_red.; SERG=j,
V.I., red.; SOKOWVA, WeNspI"' -kfin'.~red'. . I -
[Sixty-tvo centners of corn per bectare] 62 teentnera zerna
kukuruzy a gektara. Moskva, Izd-vo sellkhoz.lit-ry, zhurnalov
i plakatov, 1962. 77 p. WRL 1514)
lo Ko2khos *Kraomys mwmW Dmitrovskogo rewom Orlovskoy
oblasti (for Sapunow).
(Dmitrov District-4on (Maize))

XACHALOVA, Z.P., kand. sellkhos. nauk; KHMUTONOV, D.M. Prinimali
uchastlye: MAMAYEV, K.L , agronom; NIKMROV, A.M., agronom;
CHELYSHKIN , red.1 DEYEVA, V.M., tekhn. red.
[Contiolling pests and diseases of field crops] Borlba a vre-
diteliami i bolezniani polevykh kulltur. Moskva, Sellkhoz-
izdat, 1963. 207 p. (MIRA 16:5)
(Field crops-Diseases and pests)

NATALIINA, Ollga Borisom; CHELYSHKIN,.Iu.C., red.; GUREVICH, M.M.,
tekhn. red.; PROKOFIYEVA, L.N., tekhn. red.
[Berry diseases] Bolesni iagodnikov. Moskvat Sellkhozizdat,
1963. 271 p. (MIRA 17:3)

.. SABUROV, V.V., prof.; ANTONOV','M.V., dots.; SHIROKOV, Ye.P.p
asoistent; CHELYSHKIN, Yii.G., r6d.; GINZMRG, A.S.#
tekhn. red. - ---I---I--I-j--"--".
(Storage and processing of fruit and vegetables) Khranenie
i pererabotka plodov i ovoshchei. Izd.2., ispr , i dop,
Moskvav Sellkhozizdat, 1963. 463 p. iMIRA 17:3)

SYSOYEV, Konstantin Alekseyevich; CHELYSHKIN, Yu.G., red.
. :7:. ~
[Fundamentals of surveying] Osnovy geodezii. Moskva,
Kolos, 1965. 159 Pe (MIRA 18:7)

TYSOCZ)HOV, Sergey Dmitriyevich, prof.., doktor sellkhoz.
OZEROV, V.N., red.; OFLYSHKI14, Yu.G. , red.
.4 pe - 11
[Ir.-igation farming] Oroshaemoe zemledelie. Izd 2.,
Moekva, Kolos, 1965. 454 p. (MIRA 1,3,51

KULIMAN, Avgust Gustavovich; REBINDER, P.A., akademik, retsenzent;
GIADILOVICH, B.R.p dots.$ retsenzent; TRAVITSKAYA, E.O.,
dots., retsenzent; OZEROV, V.N., red.; CHELYSHUYi, Yu.I.,-
red.; DEYEVA, V.M., tekhn. red.; BALLOD-,7K.-T-.,tekhn. red.
[General cbemistry] Obshcbaia khimiia. Moskva,, Izd-vo sellkhoz.
lit-ry,, zhurnalov i plakatov 1961. 566 p. (MIRA 34:12)
(chmistry5

300)
AVM~82 A. a., Coadidases of 1101061"1
....
......
501*D008
TlTLX I Do* of. Antibiotics in Plant Cu2iilsMia (PrisOUGS176 "ti-
bioiqyr v
PMODICAL, To Wej~.dovdj Nr,'I';, pp 142-143 (9232)
AISTILACTs Aconference dealing witiCth" 1-Mijact took pl". i's
from a to 13 October. 19581 it had-bo.u called by the

ma
ikrobimlogil Ak.Ae=i1 n..k SS31 tki.roblo2ogleml Zzatiluse
of the lt.av.$ of' S.I..c,#. V=); the T.440yu.WY la*tliuk
yy
aUk-roblologil I'ASXhXZL (A,12-Vulou
Al
Institute for AgrIc-Ultarma MIcrohlology of the USM12L) &MA

he - Sktor ikrobl~~cgll Akad..iL nauk Arcy-km7 S= (Dp&n-
!
ant for YAurtbi'al~,ty. of the A..d-=;y of
-
-

--------------- 7 i'*E'
Arvyanky.
oxerells patebolitom oush
1; n spoke *bout
promote the development Gf.hIgk4x' PLM%04
'
r.p-rUd am 2-~?Btlg#tlms at OwwGrol wO&r4
by Urolax" orecleffints as sail fwwuo
flors and its..jjUS&tjwD I& the fight *gaiss% agrLos2tur"
p1cat Usalles of "A
dsaltlwitb the %U
settx mob",
.8 of
the als"A
btzz
tl
.
c
f
pott%c*# zzdlccne qthok &Cr2asituiia br*04S*
badly"' r*parl deali with th4 &Z0201LIOSS dC
souve antibleties ota"A$ "a
.g
WA diple"s Is Enloe-
a, to art
"JA, T- W~ U. "-no, spoke ablut the 'AUllasuaft or
5iiAm.-tos In fight"* vote,* TIES "I end
-0-8 tLOOTI& IS "b%.Co.
zo-kays, re:~crsa ou In. Offset & pr-parstloas rr"
ruhl
a
to prevent wilt of the Gaites boom.

vpck. of .-iral
..... . C-V-ct-bl. cullar.0 me Potato ollu
_I lb
6641t
vith the utllivxti.~ f Fipbyt* al.reflara in 14 =me G.'aral

-oslto obilmin.4 In I"ootidallead
of F2%7%. sell " It' .I IMA&tim As flebtlag,
oviurrirg In. .*%$*a bunbos'"d boma,.

r. the *!feet I- an~lbj.tls Fr.psratissm as
agaiss ba.te2twr cankere is fighting &tooasss
d.corati-vo I.,"-
To. 2-14-- In& 1311,vot1doagme
of F1-T antIbletI.S.
Z- Z. A..u Wors spoke aboil the production at Us
prepwraticas -CrIxwafslJwI&- and ~trftbvtoladbs oad their at.
-gus...rriers of "so"~* is ablosee. wheat a"
Tw
I
r=

as.-
t r
s
.
o i
A-2-9ft*&"&=-rjrSor9od a& result@ sohiseed Is the ut1UatImm
with the-ro-ruatiou of PhytopeaAcgen forms at baoseria real,%.%
to "libletles.
o
T- A. TI o &@**rib@* a method. of too& to-
tormift4tl on of the offset of antitioties as Plest~. ue
particip"to to the somforesse famad the waft .&rrIS4 out 1.
this field As the 9282 Las*ftleimat. The GTOOMOOSIOR t.ft
Industrial proftetl6o of "Alblation and 216"11* prop"StIon.
for the For,::: of their laffg~soalm Praotleal Latands.414a, is
advicillus. point" out so sommosary. no 00**emits of "
tatessitiostica at joist Am= at Sho grofth 011MU
and the devel 1 S of plot* 4, 162 origin 924 tmr'4kr
pointod "t. 'the. in"rtanes of ,
coordination at 0"10 ter P .06
:"t"6 =b.and'oftl2loation of assibittion 1. Plost b,,.*Utw
al wd am "ll so th* holding et wriodAssl coogo"....
tooling with this Problem.

PROTSMIKO, Ye.P.; CMWS INA, B.A.
Telloving of gladioli caused by the infection with Sclerotinia
gladioli (Mass.) Dray. Biul.Glav.bot.mada n0-36:95-98 160.
1. GlavW botanicheakly @ad Akademli nauk SSSR. (MIRA 1317)
(Moscow-Oladiolue-Diseasse and pests)
(Fungi, Pbytopathogenic)

PROTSINKC,
Resistance of gladiolus varieties to fusarium wilt. Biul.Glav.bot.
sads no.37:92-96 160. (MIRk 13:11)
1. Glaway botanichookly sad Akademit nauk SSSR.
(Gladiolus--Disesme and post resistance)

PROTSBRO. Ye.P.; EXILATIVA, A.G.; CHILYSHKIRA, T.A.
Antibiotics In mildew control. Biul.Glav.bot.eada no.35:78.-82
'59- (MIRA 13:2)
1, Glavnyy botanichookiy mad AN SSSR I Institut mikrobiologit
AN SSSR.
(Kildev) (Antibiotics)

BALASHOVA, A.P.; LUTSKIY, V.N.; POKUYAKIN, V.I.; CHF.LYSHKOV,-S-.P.
Interdepartmental conference on the physical principles of cathode
electronics, Radlotekh* i elektron. 7 ne.20:1846-2848 0 162.
(MIM 15:.10)
(Cathodes-Congresses) (Electron tubes-Congresses)

- ~ IVATIOV ) G.A.; PYABOTI, L.A.; SAVITSKAYA, Ya.S.; WilSKEVICF, T.I.:
I
CHELYSHKOV, S.P.
Second Scien-h.Lfic Session of the Science Council on Physical
Electronics. Radiotakh. i elektron. 10 no.6:1165-1!66 Je 16:--
I . (MIRA 18:6)

A
SOURCE CODE: uR/0109/63/010/006/1164/1166~
AUTHOR: Iyawy, Os A.; Ryabova, L.. Aet Savitskaya, Ya., So-, Matskavich, T. Lo;
Che2yshkov
none
-TITIE Second Scientific Session of the Scientific Council on Physical Electronics
:'SOURCE.- Radiotakhnika i ellektroniks, v. 10, no, 6, 1965, 1164-1166
TOPIC TAGS: physics conference cherdsorption adsorption, semiconductor.devi 9
a
secondary electron emission, photoelectric property, thermoelectric property
A13STRACT: The second session-of the conference on physical eledaW
~tjronlos 'was held 23-z4 Nov 1964, wit -h 142 delegates from 41 orgar,.!:.
nizations in attendefice to hear 18 reports In 3 sessions. The
'~:flrst session was dedicated t th question of ohemisorbtion of.AX
various gasses on the surfao7es o; solids and questions of emle
sion and antlemission'ooatings. The properties of chemical
adsorbtiont' as well as the Influence of chemical adsorbtiQn on 1~,;
!,the operation of semiconductors and the structure of adsorbed-
films on crystals. Another r ted that the antlemlssibn.~ I
eporter no
.property of gold appears to take p1 ace only In,the system,
bariumq The second,session was dedicated:,
__pot with barium_.oxido-,_..
LSard
UDC: 061.3: 1.38:53

AA r- la -&.-J -A. -A AL-k F Q Pt I I W-- 1-.-A _Y~ I AA I* CC Op U I
4 , ;.. -.-s
00-
6 0 00 000 0 6
t j_j
I J

0600011M bdft.

eel., i#vA 1whims orw

as
00 .3!1.
000
00_9

00.
008
*0

GIVALLVRG ICAL LI VINAIL411 CLASSW KATON
an I % a WA 0 a 'I w a 'i
o a 0 0 0 0 0 0 0 0 0 0 0 0 0 0 :10 0 0 0 41 0 : : : : : : 0 0 a 0 9 a
A 0 0 0 0 0 a 0 0 0 099 goo 0 9 !* 0 9 0 00 696909
:
MOO
zoo
400
400
too
moo
too
c 00
Joao
goo
i moo
0 0
2100
goo
11800
to 0~

ftft Ow bd%6 A-P, CMUNM &W F. M.
SMOUWUAVA (Kawbak ftaba. ago. No. 9,
4&9; I.R.W.. Im. It% ow-s""d k" of
brk cmd am mamIrW 04 *AiF - I alb 4gas MA
d6nwmmL IU qulky of S cmd is
ills swim, dw
_ pbuis. leasica of
floba dwiV wt I '-Jug vwllplllppl Imt.
mm. and seftruipm with adwelf" mawasm.

Cifi:11YUK, A.
Diss,artat'Lof. of Ccn-s _-Il 4 j o
an! I~alculation of l4ibber-Cloth Treads.':
13/11/50
Lbscow Inst of Fine Chenical Tecluiology
E. V. Lonionosov.
EC Vecheryaya Moskva
Sum 71

aps'ZIN i ad , P.M.; POZIN. A.A.; INODOSH. S.I., redaktor;
mlw~ IM172, X.S., tekhni- -sk-ly redaktor
[Manufacture of driving belts, conveyor belts and hoses] Prolsvod-
stvo prlvodmWkh reanale transporterrqkh lent I rWmvov. Koskva, Goo.
nauchno-takha. Isd-vo khlmdchaskot lit-ry, 1954. 244 p. (MM 8:3)
(Rose) (Belts and belting)

USSR/Fai-z2 Horses.
Abs Jour: Ref Zbur-Diol. No 20. 1958., 92559.
,'aithor MaE,;ido-%.r, G., 2.ei~_ _~ Yarlsen, G.
List
T'Ltlu 1-\-.eLI:L,.if, Stmida-rds -and Composition of R-.1tions -for
Horses .
OriG Pub: X-.,I]c'vO(Istvo, 1958, 110 1, 30-35-
,'.bstrac-r,: FicedirG- standards and exar.Ties of the cujipos-ition
of rotions are CIven for stud-horses, pediGrood
.3'_)rCs;p
mores with suchinL; colts, yowiG pedigreed
mid workhorses, belonCing to the trotter.. saddle
caid have draftiorse breeds.
Card 1/1
Q
40

OKRULICH-KOZARIN, E.L.; CHELMM M.D.; KAMBAROV,, B.F.
Hydraulic calculation of flexible sprinkler pipes. Izv.
AN Uz.SSR Ser,tekh.nauk no.5:61-67 161. . (MIPIA 14: 11)
1. Institut voAnykh problem i gidrotekhniki AN UsSSR,
(Spiwaer irrigation)

LAKTAYKV, R.T.; CHELYUUNOV, M.D.
Uae of water-on the *Pakhtagralft State Farm. Vop. gidr.
no.10-g*-C6 162. (MIFLA 16:2)
(Illich District-Cotton-Irrigation)

CHELYUKANOV.Ap S.V.
Justification of various methods for forecasting air-mass shower
precipitations in the summer of 1961 based an observations made In
Moscow and Notdow Province. Trudy- TSIP no.125:45-53 163.
(MM 16:12)

IJ13(c), TC%&`VJT-2j/JKT-
ACC Nils V6017131 OUFOB CODEi
WOW41661cby, 2~ 0015/0015
1 JUT"AHOR: C) uminov, 1-1. (Section chief); GhelXj~=ov, V. (Chief apociallat of section
ORG: )Linistry of Aviation Induatr7 SWR (Dlinisterstvo, aviatsionnoy promavehlennosty SSSR)
TITLE: Life of desipme i(The 60-th anniversary of 0. K. Antonov)
SOURCE% Grazhdanskaya aviatsiya, no. 2, 1966, 15
TOPIC TAGS: aeronautic personnel, transport aircraft, civil aviation, civil aircraft
data / An-~, An-01, An-8, An-10, An-19, An-14, An-22, An-24 aircraft
ABSTI?ACT: A iograplW of 01ce Konstantihovich Antonov, general designer of Soviet
An-type aircraft, is proniiite7d*--D-.-R.--Et-6jio-v,--so-n-o-t a construction engineer, was born
Fcbrwn7 7, 1906, near Moscow. In 1923, he designed his first glider. lie Graduated from
an engineering institute, in 1930 and soon afterward became chief dosignor of a Glider
manufacturing plant. During the war years 0. K. Antonov worked together with A. S.
Yakovlev as his first deputy. Since 1946, he has been at the head of his own aircraft
design office. Various aircraft types constructed by his office are mentioned above under
"Topic Tags". The first An-2 type is till now in operation on 2000 local airlines cover-
ing about 4Vj of air-passenger traffic and carrying out 85r/o" of air work in agriculture.
This aircraft is exported to 28 countries. The 100-passenger An-10 aircraft received
a Gold Nedal Avard at the Internationisl Exhibition in Brussels in 1958. It is in service
on more than 100 main airlines. The An-12 aircraft designod for a 20-ton load Is usad
for transportation of various equipment and goods. Ito 52000-1M rotuni flight froz
Moscow to Antarctic via India and AustraIia in mentioned. Tho An-24 aircraft can trww-
1/2

L 1116,1
ACC NRz
AP6017131
port 50 passengers or a 5-ton load. Being manufactured in mass production, it is used
on 120 airlines. This type is sold for export by "Aviaoxport". The multipurpooo An-14
aircraft is designed for flights in remote areas without equipped landing strips.
0. K. Antonov's last achievement was the construction of the great An-22 aircraft exhib-
ited in Paris at the international exhibition. 0. K. Antonov, being Doctor of Technical
Sciences, is a Corresponding Member of the Ukrainian AcadwV of Science. He is a member
of the Oblast' Committee of the Comminist Party and a member of the Supreme Soviet of the
SSSR. He was awarded the Orders of Lenin. of Red Banner of Labor, of Patriotio War and
many other medals. He is also Laureate.of the State and Lenin Prizes. Orig. art. hass
one photo.
SUB CODE: 01/ Sum DMI None
0

CHE,YVSTM'l, A. F.
Rolung itt LLN
in
UkUt
Am.
Fmat- I WAM nn n?,

07!7i
Avtoma-tdcheskoc unravl~~ni(~ T)rnkatn-xa stanamd.
Mosknra Mr,
tallur:~izAatl 1950.
"folior-raphy:
'MC: A"3'!O.c5
Automa4%ic cnntrol o' rollin:; mills.
n ihe Soviet Union,
Manufncti,rin-, and M~chanj.-,-d 7b,inenrip.;;i
Librar-.,- of Congress, 1,053.

4
A A.W A I,
4
06
Ve V -00
00
vii
(in Russian clirbustkin and
K"Va DWONJUI (Induarial N.
I. PftmvSh
00 0; Mar. IM0, P.-
.'j"tion of follmr. Ave
a date In oncl
% t
00 Revir Wit)l fe"Imi
mills 1=12'v operatlorn ('41,11100"t
00
Inetalturgy.
-00
400
400
:ii
IQ
430j"l,
141,303 -IV 04. la( oil S,
U AV wo, Y of 2 A a .3 0 v
I- &*so&
0 lip frryn, *49 on %Q! Nun Itwkwn
00 :10 9 0 0 0 WO 0 0 0 00000090 *0000000000
000 0,0 0 0 * *6 0 0 : 102.10 1*

rl . B.
PHASE I TREASURE ISLAND BIBLIOGRAPHIC REPORT
BOOK Call No.: TN686.T54
Authors; EFROIMOVIGH, Yu.E., Cand. of Tech. Sciences
KRICHEVSKIY, G.M., Engineer
LEVITANSKIY, B.A., Engineer
MALAYA, R.Yu., Cand. of Tech. Sciences, deceased.
NEIFAFX, G.M., Cand. of Tech. Sciences
POFOV, M.D., Engineer
SMORODINSKIY, IA. M., Cand. of Tech. Sciences
SOSUNOV, M.N., Engineer
STASYUK, V.N., Engineer
TAITS, A.A., Engineer
FEDOSEEV, L.M., Engineer
FFIGIV, V.I., Engineer
CHELYUSTKIN, A.B., EnRineer
SME-IffCIT, -A.W.',-Engineer
Full Title: A HANDBOOK FOR ELECTROTECHNICAL FERSONNEL IN FERROUS ~mFTATLLTJRGICAL
1. INDUSTRIES.
Transliterated Titles Spravoclmit elektrika predpriyatti chernoi metallurgii
Pubtishing Data
Originating Agency: None.
Publishing House: State Ikiblishing House of Scientific-Technical Literature on
Ferrous and Nonferrous Metallurgy (Metallurgizday). Moscow.
Date: 1952 No. pp.: 1167 No. copies: 14,000
1/2

-IN -A: JB
GIMMMY ly
2/2
OOCAOCC58
Call No.; TN6F6.T54
Full Title: A HANDBOOK FOR ELECTROTECHNICAL PERSONNEL IN FERROUS METALLURGICAL
Editorial Staff
Compiler: Tikhomirov, I.G., Engineer Tech. Ed.: None.
Editors: Shalyapin, M.G. Appraiser: None.
Levitanskiy, B.A.
Text Data
Coverage: A detailed handbook containing technical data on specifications,
standards, design and operation of various types of electrical
equipment in ferrous metallurgical industries: electric power supply
plants and their distributing systems, transforming stations and
transmission lines (high and low tension), blast furnace works, rolling
mill plants, open-hearth plants, mines, ele0trical steel smelting and
ferroalloy furnaces, sintering plants, coke plants, and electrical
transport. Tables and diagrams. Subject index.
Purpose: A handbook for electrotechnical personnel, engineering technicians,
machine operators, and planning.personnel of metallurgical industries.
Facilities: None.
No. of Russian references: References listed at end of each chapter.
Available: Library of Congress.

d Toku is as bm 1111a
A. a. A. ta%-iL*nmky.
IOU. Sa. 4W). This
Jim% a WL
1. 0. ame" 4mmislian of a Pam ul" app-w in
sj"dma do Ks"mg LerWk. IM. L Dec.. 7UU-706 (am
J, IF" Swi low.. 1931. U& NqA.. 44).

YBYGIN' V.I.-. GMZ"- "m redaktor; SIDOROV, V.1f.. redaktor;
VAY1rzJ1 , TO&BO.-AITMeheakiy redaktor
Ellectrit-machins power booster in rolling sill*] Ilektromashinzwe
untlitelt v prakatrWkh teekhakh, Moskva. Som. nauchno-takhne Isd-vo
lit-ry, po chernot I tevetnot metallurgil. 1954. 83 p.* (KM a.-4)
(Ilectric generators) (Boosters, Xlectric)

LUSNILISON. Koiney Yefimovich; OZOLI. Vladimir Lyudvigovich; CHILYUSTKIN'
Aleksandr Borlsovich; FIBUM. Y.T.. redaktor; DaMDIA,
ZWONSON, I.N., tekhnicheekly redaktor
[Automatization of tube rolling mills] Avtomatizatelia. trabo-
prokeLtnykh stanov. Moskva. Goo. nauchno-tekhn. tzd-yo I:Lt-ry po
cbernol I tovetnot metallurgli, 1954. log p. Nft 8:7)
(Rolling sills) (Pipe, steel)

CHELTUSTKIN, A.B.; WZ11W, Te.A.: YNGIN, V.I., redaktor; 10WONWASSMITS
reanat6r; AMPOVIcH. x.x., tskhnjchesk17 rodaktor.
[Automatic control of rollIng-sill machinery) Avtowtichookoe
upravionle prokstr4ul stanomi. Isd.2-oo, parer. I dop. Nooky&*
Goe's-Aisuchno-tekha.isd-vo l1t-ry po chernot i tovetnot astallurgli,
1955. 614 P. (NLVA 8:12)
(RDIIIA&MU u&cbtu*r7)

TOPBRVBRKH. Nikolay Issakovich,- SHIRMAN. Mendell Takovlevich; MAIAROV. A.M..
redaktor; CHILYUSTKIN. A.B., rodaktor; KIKKATWTA, T.T.. tekhniche-
skly reds
[Thermal measuring and regulating devices in metallurgy] Tepletekhnt-
chaskie ismeritolOWe t regullmiushchis prtbory no metallurgichaskikh
savodakh. Isd. 2-oo. parer. i dop. Moskva. Gas. usuchno-tokhn. lad-vo
lit-ry po chernot t tovetnoi metallurgli, 1956. 606 p. (MLU 10:1)
(Metallurgy--Apparatus an& supplies)

CKILYUSMIN AB.
Automatization of rolling Bills. Ket&Uurg- no.4-.21-24 Ap 56.
M" 9:9)
I.WestrallwWa laboraterlya avtomatIkI.
(Rolling mills) (Automatic control)

ee- YCIS r~