SCIENTIFIC ABSTRACT A.D. CHERNIN - YE.N. CHERNIN

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000308520005-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 6~42-66
ACC NR.,, APS025628
Here
--%A, b~= XB
6
are.the integration constants selected in such a way that a 0 when T 0. In
these formulas a and (T) are represented as the sum of two terms, each of which is
~the solution of the equations for du Ist only.and radiation only. The solution
yields appr*ximate equations for: 1) the.red shift of spectral lines emitted by an
object at the distance r; 2) the total quantity of dust particles within a sphere
passing through an object with a specific red shift; 3) the apparent brightness of
an object with a specific absolute brightness and specific red shift; 4) the appa-
rent angular dimension of an object with a specific linear dimension and!specific
red shift "The author is grateful to L. E. Grevich Ya B. Zelldovich and V. A._
Ruban for discussion". Orig. arti has: 15 formulas7,%S-s- YY, 3:
SUB CODE: AS/ SUBM DATE: l9Jun64/ ORIG REF: 004/ OTH REF: 002
nw,
Card 4/4

CHERNIN, A*D.
Model of the universe filled with radiation and diastlike matter.
Astronahur. 42 no.5tl.124-1126 S-0 165-
(MIRA 18:10)
1. Fiziko-tekhnichesl,-iy institut im. A.F.Ioffe AN SSSR.

BAUMP B. V.+-MZEUNj_ E. A.
- 9-
Scientific and technieal comference on 'Practices in the
design and operation of automatic foundry lines.* Lit.
proizv. no.10:43-" 0 162. (MIRA 15--10)
(Founding-Congresses)

BAUMAN, B.V.; BLAGOV, B.N.; CHERNIN, E.A.
Pneuxatic tube transportation in foundries. Lit. proizv. no.8:
39 Ag 163. (MIRA 16:10)

LEVI, L.I.; CIJERNINI E.A,; DEGALITSEV, A.I.
Apparatus for determining the dynamic Iproperties of immersion thermo-
couple* 4av.labe 29 no.12i1502-1503 63. (MRA 17:1)

SHIRTAYEV, V.I.; TARAN, V.A.; GIMNIN, E.A.; MYSOVSKIY, V.S.t dots.
kand. tekhn. nauk, k*.""ftrtt-~ - ---
(Principles of automation in foundry practice and the
control and measurement equipment] Oanovy avtomatizatsii
liteinogo proizvodstva i kontrollnc-izmeritel'Me pribory.
Moskva, Mashinoatroenie, 1964. 154 p. ~MIRA 17:12)
1. Moskovskiy avtomekhaniche8kiy institut (for Mysovskiy).

ZHAROV, N.T.; DUBININ, N.P., doktor tekhn. nauk, prof.p
retsenzent; POLOVINKIN, P.I., dots., retsenzent;
CHERNIN,.E.A.$ Jnzh,., ratsenzent; ZHESTKOVA,I.N.,inzh,pred.
[Automation of certain foundry processes] Avtomatiza-
tsiia nekotorykh litainykh protsessov. Mosl-va, Mashino-
stroenie, 1964. 278 p. (MIRA 18:1)

CHERMN, G.
%nual of Inferior quality ("Organizing the procurement of scrap
from the population" by A.B. Dolinger. Reviewed by G. Chernin.)
Prom. koop. no-5:39 VT 158, (MIRA 11:4),
1. Zamestitell upravlyayushchego Smollninskoy mezhrayonnoy zagotovi-
tellnoy kontoroy "Lengorvtorsyrlye," Leningrad.
(Waste products)
(Dolinger. A.3.)

5W SOV/2o-12~-4-39/53
AUTHORS: Gull, V. Ye., Chernin, I. M.
TITLE: The Experimental Investigation of the Distribution of Stresses
in the Process of the Rupture of Polymers (LItsperimentallnoye
isaledovaniye raspredeloniya napryazheniy v protsesse raz-
ryva polimerov)
PERIODICAL: Doklady Akademii nauk SSSR, 195B, Vol 123, lir 4, pp 713-715
(USSR)
ABSTRACT: The authors developed a method of takin,7 slow-motion pictures
with polarized light for the purpose of determining data
concerning the distribution and variation of stTesses during
the increase of the.range of rupture. Polyethy lone, poly-
methyl metacrylate and vulcanized rubber were used as test
objects. The light source used was a 3000 watt headlight or
a direct current light arc. The samples -were deforued up
to rupture by means of the machine RMA (which was specially
adapted for these tests). 2 herapathite polaroids were used
as polarizer and also as analyzer. The lines connecting poinis
Pith equal coloring make it possible to form an opinion con-
cernin- the normal strefises in the cross section of the sample.
Card 1/3 T~e abovementioned polygers have essentially different

SOV/20-123-4-39/53
The Experimental Investigation of the Distribution of St=eases in the
Process of the Pnpture of Pol,yraers
mechanisms of rupture. Individual pictureo colected from the
slow-notion pictures taken of polyetliylone rin,41--ares in polariz-
ed liGht are attac]hed. In the final sts'-es of -rapture t'here
are no overtennione at the -place where the ranr;e of ru-pturo
increases. At the be~,,iiinin- o-f deformation the tengions in
the sample are liatributed in a rarkedly homo~~en~.-;,)ua :.ianner.
At the place of incision wmratmas peaks occur, Yhich,
hovever, become flatter vith further olon,~,ation. In linear-
ly crystallizing polymers of the polyet'lylene type the sur-
face of fracture is rapidly elon;-,ated in the ~,omaogeneous zone
of str&szes. in polyner3 with a developed Ppatial structure
of the type of vulcanization product3 obtained fzroia films of
natural latext Straitanz -ire distributed in the planes located
along the axis of elon.-ation. Rupl.ure occurs a'.Loug
these surfaces an soon au overstwesses attain sufficicnt~~),
high values. The authors thank V. A. Knrjin; AcaJenician~
for his very valuable advice and D. Y. Kovarskaya for placing
the samples at their dispo3al. There are 4 fiGures.
Card 2/3

S119016010021011,11003102-1
B004/Bo6o
AUTHORS-. Gulls V. Ye.s Chernin~ 1. IA.
TITLE. The Mechanism of -Vb,.~ Transit-1.or F-rD!D Fo--?-,~ed
High-e-lastic Rupt'are
PERIODICAL: Vysokomolekulya-.nyye soyedineniya, ~960, Vcl. 23 No,o'!",,
'1613 - 1615
p.
p
TEXT: The authors took cinematographic pictures in the polarized light
.o study the transition in the rupturt, m-3char.-Jsm .-)f pol, Ir,
v-i-~rified state to -the mechanism in the high-elast'o-Tt~ateThe .~,est
specimen used in the work conce.Tned was polyethylene ter'6phtlhaiat-ej.
whose amorphous state was examined by X-ray analysis~ Th,6 authoz-s~math-
od consisted in that the specimen6 were deformed by mea'n.9 ~~f
I
t
meters This dynamometer was plaoed in a trarsparent. thermos"J'at --~ham~~T.
with parallel walls, through whil~h the polarized light exposed the film
after passing by the analyzer. The tests weTe made at +200 to ~IAOOC,
(The vitrification temperatu-re of polyethylene terephthalate is BOoe-,),
For a concentz!atiori of the stress the specimens were ettlielt prepared
Card 1/4

Elasti~~ to High-elasti-c- Rupture B004YBo6o
with 6harp cuts or they were pun,:thed- 0-rerstress appeared at 200
!.he 'kni"Lal stretoahing stage (Fig.2'-. A d.1sti.rct, zons t1hen formed fl-M
-~f deforma~Aon. ThD
*T'LZ~D.ted ma"I'lerial ., in perpendi,~uls,T to -Ine axis
zone of orientation expanded with high stress (Fig-3). Simila-r phenomena
were ~,bserved a'. 400 and 600C. Above ri-lrifica~-ion temperatur.--- howe~.,-er;
zones of o--ientation distribute more uniformly in the spe-:~.Ime.n and.
are then pa--rallel to the deformation axis (Fig.6). The authors thank
for a discussion. There ~-.s and 6 Sovie,~, rrif-
V. A, Kar a-,;3 7 FigUr
erenc;ss.
The Mechanism of *he Transition From Forced S/19 60/002/011/003/02?
ASSOCIATION: Moskovskiy institut tonkoy khimicheskoy tekhmclogii
im. M. V. Lomonosova (Mos--,,)w InstitUte of Fine Chemi-oal-
Technology imeni M. V. Lomonosov)
SUBMITTED: April 6, 1.96o
Card 2/4

S/190J60/002/011/003/0027
B004/Bo6o
4ft

te

................
ANN& w
PHC2

Fig .2
Card 3/ $
to

s/190/60/002/011/003/027
3004/Bo6o

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g
~

,6 D
69879
B/032/60/026/04/28/046
BO1O/BOO6
AUTHORS: Chernin, I.M., Gullp V.Te.
TITLE: Investigation of the Destruction Prooess ofjo~ersl by Time-lapse
~nd Color-;film Not'ion Pictures in Polarized Light
PERIODICAL: Zavodskaya laboratoriya, 19609 Vol. 26, No. 49 PP. 484-487
TEXT: A method of investigating the mechanical properties of transparent polymers
by time-lapse and color-film motion pictures in polarized light iv described.
Valuable advice by Academician V.A. Kargin was taken into account when working
out the method. The siecimene were stretEbed. in a RMM-609tensile-testing.maehine
for elastomers in a thermostated glass chamber (Fi-9. PPV-4 polyvinyl*
polaroids (diameter 300 mm) were used as polarizer and aaalyzer. A Bpeoimen of
Polymethaerylmethaorylatel(a glassy linear polymer) sho*ed overBtreSSeS in the
zone of defect imm-e-d-i-a-Gely after beginning deformationp which becomes apparent
from a deepening of the darkening. In the course of prolonged elongation, this
darkening spreads vertically to the direction of applied stress (-Pig. 3Y- In
-vulcanized rubber specimens, overstressing occurs in the direction of stress, and
not at right angles to it (Fig- 4)- In polyethyleneterephthalate specimens,
Card 1/2

69879
Investigation of the Destruction Process of Polymers by 8/032j60/O26/04/28/046
Time-lapse and Color-film Notion Pictures in Polarized BO1O/BO06
Light
overstressing spreads similar to polymethylmethaerylate at lower temperatureep
while at 160-1600 the destruction character resembles that of vulcanized
rubber. The destruction character of a polyethyleinsterephthalate specimen
heated to 1000 lies between that of a glassy polymer and a polymer with marked
throe-dimensional structure. There are 5 figures and 4 Soviet references..
A.SSOCIATION: Xoskovskiy institut tonkoy khimicheekoy tekhnologii im. N.V.
-Lomonosova (Moscow Institute of Fine Chemical Technology ime-ni
N.V. Lomono~oTT_
Card 2/2

S/190/63/005/002,/020/024
B100102
AMOS: Gull, V. Ye:1, Chernin, I. M., Zaborovskaya, Ye. B.,
Dontsova, E P.~~ ~Vi ~19' ~. Yu.
TITLE: Inveetigation of the rupture process of glass fabric-
reinforced resins
PERIODICAL: VYGJkomolekulyarnyye soyedineniyaj v- 59 no. 2, 19631
274-278
TEXT: The effect of the nature of the binder on the tensile strength ofV
glass-reinfoiced resins (GRR) was studied. 0 - f(F-) was determined and the
breaking process was recorded with a high-speed camera. Resultst GRR with
epoxy phenol or epoxy phenol-rubber binder (I) brpk in the same way an a
homogeneous brittle material, a - 1600 � 50 kg/om - In GRR with epoxy
organosilicon binder4 the individual glass fabric layers behave nonuniformly,
6 a 1250 + 100 kg/cm'. GRR with epoxy resin binder differed but slightly
from I, but a slight separation into layers set in; 1550 + 50 kg'/QM2.
The most irregular behavior was observed in glass fabric layers with poly-
ester maleinate or epoxy polyester acrylate binder; I . 650 + 100 kg/cm2..
Card 1/2

S/190/63/005/002/1020/024
Investigation of the r-c.pture B101/B102
Conclusion: The strength of GRR increases with the cohesive strength of
the binder and with its adhesion to glass. Under otherwise equal conditions,
the highest strength is obtained if the difference between the relative
elongation of the GRR and of the binder itself is small. Owing to the
penetration of the binder into microcracks and the resulting compensation of
the overstrain peaks the strength of the GRR can be higher than the'total
of the strengths of glass fabric and binder., There are 9 figures.
ASSOCIATION: Moskovskiy institut tonkoy khimicheakoy tekhnologii im.
M. V. Lomonosova (Moscow institute of Fine Chemical
Technology imeni M. V. Lomonosov)
ShMITTED: September 8, 1961
Card 2/2

CHERNIN, I.M., insh.
Calculating driTing chains. Vest,,mashinostr. 42 no.7.34-38
ii 1620 OURA 1518)
(Chains)

-;'ACCESSION NR: AP4018168 S/0191/64/000/op3/0045/0048

Chernin' 1. M.; Gulf, V. Ye.'

TITLE% Mechanism of rupturing cloth reinforced with fiberglasses
1by tension
SOURCE: Plasticheskiye massy*, no. 3, 1964, 45-48
-
'

TOPIC.TAGS: fiberglass, reinforced fi
is, rupture mechanisms
bergla
glasscloth deformation, resin deformation, esin cracking, resin
spalling, fiberglass rupture

'ABSTRACT: rl"he mechanism of rupturing fiberglass reinforced with glass,
cloth under tension was investigated. If the deformability of the
.~resin and the glass cloth of the fiberglass differ significantlyp
then on straightening the warp, the resin around the weft cracks and,,--
,
then spalls, the weft is partially loosened and starts to bend fur-
ther. The thickness of the separate fiberglaos layers and of the
fiberglass increases, and lamination results- As the weft is freed
and bends, a torque is formed which ruptures the elementary resin

1/2
_Card

:J2

ACCFZSION NR: AP4ol8l68
cell at the surface which is inclined at about 45" to the longitudin-1,
al axis; the stresses are concentrated and the rupture passes through,
-the entire thickness of the sample. If the deformability of the
resin and glass cloth are similar, lamination does not occur. The
sample is ruptured only after the total strength of the cloth and its
binder are exhausted in the weakest seqtion of the sample; the sur- I
face of the rupture is perpendicular to the direction of the aotion of!~
.~the forces. The rupture is of the type occurring In a brittle mono-,...,
'lithic material. Orig. art. has: 9 figures*
ASSOCIATION; none
SUBMITTED; 00 DATE ACQ: 27mar64 ENCL: 00
SUB CODB. MA, PH NO REP OTM: 000.
SOV: 003
Coed 2/2
7_

CHERNIN, I.M.
Design of V-sbaped rubber-fabric belts for agricultural maebiner7
Kav-.b. i rez. 23 no.12:17-22 D 164. (MRA 18:2)
1. Moskovskiy institut tonkoy khimicheskoy tekhnologii im. M.V.
Lomonosova.

otvatBtvannvy sa vypusk; MINA, G.P., tekhn.red.
[Repair of units and parts of railroad cars] Remont uzlov i detalei
vagonov. gookya, GoB.transp.zhel-dor.izd-vo, 1957. 107 P-
(MIRA 11:2)
1. Russia (1923- U.S.S.R.) Glavnoye upravleniye vagonnogo
khozyaystva.
(Railroads--Care-Maintenance and repair)

CHIMNIN, I.Z.; L03EV, I.P.; FSDOTOVA, O.Ya.
Effect of some plasticizers on the adhosion, a-ing$ and chtmical
11
stability of films from epoxidt compounds. IA]cokras. lat. i ikh
prim. no.3-.26-27 163. (MIRA 16:9)
(Protectiva coatings) (Plasticizers)
(Epoxy resins)

CHERNIN, KH. N.
Frenkel'Y L. D.', Etinger, S. X., and Chernin., Kh. N., Engineers. Problems
in the Construction of Stationary Gas Turbine Installations. PaCe 10 .
.L 5
The aut;~ors discuss several problems dealing with the dosirn of stationary
gas turbine installations, axial and centrifugal compressors, and co-,lbustion
chambers. The article contains drawinFs of gas turbine installations and
tables and f7raphs of experimental research data on gas turbines.
Steam and Gas Nrbine Construction, Moscow Mashgiz 1)57, 351 pp.

fRIMMI. L.D.. itzh.; BTIN03R, S.M., inzh.; PM N, Kh.N., inzh.
Design of statlonaz7 gas-turbine units, [TrudyJ IM n0.5:105-130
1570 (min n:6)
- (Gas turbinse-Design)

GHERNI V*,#Auzh,
_2T~
Investigation of temperature distribution in the shaft of the
VPT-25-3 steam turbine under steady conditions. Energomashinostroonia
4 no.3:19-21 Mr 158. (MIRA 11:5)
(Heat--Transmission)

BMXTM, F.S., inzh.; CKMIRI, Kh.11., inzh.
Calculating the variable dutv of a gas turbine installation
with a split shaft. Inergomashin;stroenie 6 no.2:9-11 F
16o. (MIRA 13:5)
(Gas turbines)

-L 17617-66 SVP(f)/EPF_(n)L-2jU- AM(m)-6 Mf
ACC NRs AP600635M SOURCE,CODE., UR75~~(' /Tj' ihi/0472
INVENTOR: Frenkell. L D.; Chebanenkoj N. I.; Chernin,Kh. N.;-Bizyayev, Ye. V.;
Tattyankin. A.__P.
ORG.: none.
TITLE: Double shaft_&~s turbintinstallation. Class 46, No. 178245. [announced
by Leningrad metal factory im. XXII.Congress KPSS (Leningradskly metallicbeskiy
SOURCE: Izobreteniya, pronyshlennyye obraztsy, tv _rn.
__va yye
TOPIC-TAGS.- gas turbine, engine*-turbine system,:turbine design
ABSTRADT, The proposed double-shaft gas turbine unit Is designed to reduce the
length of the turbine ducts- and the hydraulic losses during flow deflection:in them.
~Fig. I., Gas turbine unit
1 - High-pressure compressor; 2.- high-~ -
pressure, preheat stage; 3 - high-pressure
turbine, 4 - low-pressure compressor;
L
5 - low-pressure preheat stage; 6 - low-
pressuret turbine, 7 - external cylinder.
uDc: 621.438.002.72

C.
KANTOROVICU, Leonid Vitallyevich; KRYWY, Vladimir IvanoXich; GM1419
Y
Xalman-Terema AMOV. G.P., redaktor; VOLCHOK, K.
TOTHOWe I'lur, remt ore
[Ta'bles for ihe wmerical, solution of 'boundary problems In the
theory of harmonic functions] Tablitay dlia chislennogo reshe-
ntia granicbzykh sadach teorii garmonichaskikh fu~ktsii. Mo-
skva. Gos.izd-vo tekhnito-teoret.lit-ry, 1956. 462 P.
(MLRA 10:6)
(Elarmonic functions)

T-1
gg
gg
:4
02
fill
318

16(l),16(2) 0 5 7,9 8
AUTHORS: Ibragimov,I.A., and-Z4Q**i- SOV/52-4-4-9/13
TITLE: On the Unimodality of Stable Laws
PERIODICAL: Teoriya veroyatnostey i yeye 5rimeneniya, 1959,
vol 4, Nr 4, pp 453-456 (USSR
ABSTRACT: The authors prove that all distribution functions of stable
laws are unimodal. The result of WintnerZ-Ref 4_7 (symmetric
stable laws are unimodal) and the representation of the
characteristic function according to V.M.Zolotarev fief 2-7
are used~ The authors mention the incorrect proof of the same
theorem given by Lapin fRef 1_7.
There are 8 references, 5 of which are Soviet, 1 French, and
2 American.
SUBMITTED: May 7, 1959
Card 1/1

CHERNIN, K.Ye.
Conformal transformation of domains consisting of rectangiaai~z Into
a unit circle. Trudy mat. inst. 53:307-312 159.
(MIRA 12:9)
(Gonformal mapping)

GOR'KOV, Yu.A.; Q~ ~YUTSKOV , R.S.; KUROSH, A.G.,
glavn.vy re-a-.*, BITYUTSKOV, V.I., red.; BOLTYANSKIY, V.G., red.;
DYNKIN, Ye.B., red.; SHILOV, Me., red.; TUSMVICH, A.P.,
red.; AMMAMOV, S.M., takhn.red.
(Forty years of mathematics in the U.S.S.R., 1917-1957; in two
volumes] Matematika v SSSR za sorok let, 1917-1957; v dvukh
tomakh. Moskva, Gos.izd--vo fiziko-matem.lit-ry. Vol.2.
[Biobibliographyl Biobibliografiia. 1959. 819 p. (MMA 12;9)
(Mathematicians)

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ACCLSbluN lih: AYW0501b
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K, 0-0 5 -RA i ~m-a v-4,

KRUPITSKAYA, T.M.;, CHERNIN, K.Ye.
Approximation of two-dimensional fields by Chebyshev polynomials.
Trudy AANII 271:31-44 164. 18:2)

jjc-
VERMFINM~
41 , IRWRI-s"M I-

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ACC NRo AT 6 0 3 6l 83 SOURCE CODE: UR/3116/6 /277/000/0051/0057
AUTHOR: Ch_ernin...~...J~., (Candidate of physico-mathematical sciences)
ORG: none
TITLE: The approximation of two dimensional, fields for a poorly
covered territory
SOURCE: Leningrad. Arkticheskiy i antarktJ.cheskiy nauchno-issle-
dovatellskiy institut. Trudy, v. 277, 1966, Chislennyye metody
issledovaniya gidrometeorologicheskikh usloiriy v Arktike s ispol'zo-
vaniyem elektronnykh tsifrovykh.vychislitel"nykh mashin (Numerical
methods of studying hydrometeorological conditions in the Arctic with
the use of electronic digital computers), 51-57
1W lrel? 1004,19 7140AI,
TOPIC TAGS:.4computer, computer application,, computer program,
meteorology / Ural 2 0WnPV7'Ck
ABSTRACT: This article examines the problem of the interpolation of
meteorological elements and of the use of the resultant values so
that there is sufficient information for making a more accurate
approximation in,.computing data for a poorly covered territory. The
formulas derived in the article apply to the heights of an isobaric
surface, but they can easily be rewritten for pressure or any other

ACC NRI AT6036183
element. Two variations of a program for a Ural-2 computer were
developed which fulfill the algorithm given in the article. The
computation results for an approximated field of heights are shown
in chart form and are compared with an observed initial field. It is
shown that thle computed field agrees satisfactorily*with the initial
field with a maximum error of 3 dem near the boundary of the field.
Orig. art. has: 6 formulas-and 4 figures* [WN04]
[LB]
SUB CODE: 09, 04/ SUBM DATE: none/",.
_!qard 2Z2

ACC NR. AT6036187 SOURCE CODES UR/3116/66/277/000/0075/0083
AUTHOR: Mednikova, E. S.; Chernin, K.:Ye. (Candidata.-of physico-mathematical
sciences)
ORG: none
TITLE: Graphic reproduction of coordinate networks on a cathode-ray tube using
a computer
SOURCE: Leningrad. Arkticheskiy i antarkticheskiy nauchno-issledovatel'skiy institut.
Trudy, v. 277, 1966. Chislennyye metody issledovaniya gidrometeoralogicheskikh
usloviy v Arktike a ispol'zovaniyem elektronnykh tsifrovykh vychislitel'nykh mashin
(Numerical methods of studying hydrometeorological conditions in the Arctic with the
use of electronic digital computers), 75-83
TOPIC TAGS: computer, cathode ray tube, computer application, weather chart, graphic
technique, physical geography, coordinate system
ABSTRACT: Two methods are described for plotting a geographic network on the screen
of a cathode-ray tube, using a computer. The first method involves the calculation
of Cartesian coordinates of latitudes and longitudes based on formulas for a stereo-
graphic projection. The second method is based on the consideration of equations of
isolines (latitude and longitude) described in Cartesian coordinates. The methods
described can easily be extended to other types of projections. In principle, the
method of plotting charts on a c6thode-ray tube is similar to plotting charts with
Card 1/2

-46CW6
mechanical p;inters. However, due to the high resolution of the CRT, isolines appear
as a continuous line. Formulas are derived for desexibing latitude and longitude in
both methods, and two computer programs for the process are given. It is stated that
the time required to plot a network using the first inethod is 1 min 30 sec when the
pole falls outside the screen limit. With the pole on the screen, the time is about
~3 min. For the second method, the times are 30 and 42 sec, respectively. A
geographic network produced on a CRT can be uged as a datum to which weather data
can be related in order to obtain weather charts or leoline charts. Orig. art. has:
14 formulas and 4 figures.. JWA-N041
SUB CODE: 040, 09/. SUBM DATE I nom/ .:ORIG RIF: T.004/-, OTH RIF: 002/

inzli., red.; KUZNETSOVA,
KOVAIY,V, S.A., inzh., red.; _C~RNIN A
Z.I., kand. tekhn.-n-a-uTc-f---MOISEYENKO, A.T., inzh., red.;
FOSKALEV, N.M., kand. tekhn. nauk; VOLKOV, A.V., kand.
tekhn. nauk, red.; STRASHNYKH, V.P., red.izd-va; PETROVA,
V.V., red.izd-va; RODIONOVA, V.M., tekhn. red.
[Construction norms and regulations] StroitelInye normy i
pravila. Moskva, Gonstroiisdat. Pt.I. Sec.G. ch.I. (Water-
supply and sewer system. Hot-water supply. Interior instal-
lation. Equipment, fixtures, and materials] Vodoprovod i ka-
nalizatsila. Goriachee vodosnabzhenie. Vnutrennie ustroistva.
Oborudovaniia, armatura i materialy (SNiP I-G. 1-62). 1963.
15 P. Pt.I. Sec.V. ch.17. [Asphalt and tar binders] Bitumnye
i degtevye viazhushchie (SNiP I-V. 17-62). 1963. 8 P.
(MIRA 16:7)
1. Russia (1923- U.S.S.R.) Gosudarstvennyy komitet po delam
stroitel'stva. 2. Gosudarstvannyy koinitet po delam stroitell-
stva Soveta Ministrov SSSR (for Kovalev, Moiseyenko). 3. Mezh-
vedomstvennaya komis3iya po peresmotru Stroitellnykh norm i
pravil Akademii stroitel'stva i arkhitektury SSSR (for Chernin,
Moskalev). 4. Nauchno-issledovatellskiy institut sanitarnoy
tekhniki Akademii stroitel'stva i a?ichitektury SSSR (for
Kunetsova). 5. Gosudarstvennyy Vuesoyuznyy dorozhnyy nauchno-
issledovatellskiy institut Ministerstva transportnogo strolell-
stva SSSR (for Volkov).
(Water-supply engineering) (Sewerage) (Asphalt)

ALEKSANDROVICH) Yu.B.., inzh., red.; red.;
NAYDICH, I.M., kand. tekhn. nauk, red.; BELYAYKINA, I.V.~
inzh., red.; NIKOIAYEV, A.A., Anzh., red.; SOSHNIKOV, G.F.,
inzh.,- red.; FILVIONTSEV, A.V., inzh.p red.; POPOVA, V.V.j
inzh., red.; IFTINKA, G.A., red.izd-va; RODIONOVA, V.M.'
tekhn. red.
[Construction specifications and regulations) Stroitellrye
norml i pravila. Moskva, Gosstroiizdat. Pt.l.See.G.ch.7[Heating
systems; materials, equipment, fixtures, elements, and structures]
Teplovye seti; materialy, oborudovanie, armaturap izdeliia i
stroitelInye konstruktsii (SW I-G.7-62). 1963. 22 p.
(MIRA 17:1)
1. Russia (1923- U.S.S.R.) Gosudarstvennyy komitet po delam
stroitel'stva. 2. Gosstroy SSSR (for Aleksandrovich). 3. Mezh-
duvedomstvennaya komisoiya po peresmotru Stroitellmykh norm i
pravil (for Chernin, Naydich). 4. VsesoyuzM7 Gosudarstvennyy
institut, po, proyektirovaniyu teplovykh elektrostantsiy (for
Belyaykina, Nikolayev, Sosbnikov, Filimontsev). 5. VsesoYuz-
W nauchno-issledovatellskiy i proyektnyy institut po teplo-
tekhnicheskim sooruzheniyam (for Popova).

0*0 "Cr ii;is
S&A
06, J~ +13
06 C
0047
A-34 V-X big -3 V-8-a-S Q 4 claw
.00
.00
004 sanits ntig normitovaidis miltroklimatm rhtlykk I druglith .041
Oes Llhr h%vit-k-11,140 the onierachrmlerof
11 wellingli AM elf other Ume civiNl is I 1141ing. I Girlemn ON40114fil", N", Fell. I"I.,
4 fig.. DLC-T)w autheir dicv.- ohr MAlt" n! hroinlt nivion. - th-at dw irmIlmiurp goo
lag
I* rwAy '161rifnitel lkithirl A WIZIll fit .16.1t -i% feel fr'Wil 01, X.W. Me Chan" of Air
teorlWtAfurr o4ith A height of ;S foet almnv the &w" iro rmint, h~ttil fit, variotrl nwAfts k
iitenin gr*phkwilly. Radiant Itraii" 14 AMWN fV,1111- in A tortilimm irnilvf4turr. Detw-mlinor
oOW upo" type #if allne, the dinvorntr in Ir"llwit"Ime 6-1.4,e" A.W .1-1 qvili,ir n4y 1W a* much
as Q'C. and tortuvra rovir and In fort AIWl%T row A-1 ink".1. VC. (14.5* And I&S'C'. respect. coo
hely).
v 4.10t.. etc. swiml, foarloltriva ffmilimurn rivnifori and brAlthfoilm-arr Sobiftt
008
1. MkmtUm&%kV 2. Restift and "atilatfo& 1. L. 1). see
coo
00
Now. 111"Issiv. 413"Ov
1111106.) wit G-V 0#9 1-1 WN8, -"Owv
.i-;41- -,- -
-T-V-T-V 1 1*8 fm a A
94b u all it

CHWITIN, L. B;ARXAVIN, S. Ya.
"O"WA4kW.-#. ~-- R
Rospirator-mask. Gig. sanit., Moskva no.4:27-30 Apr 1952.
(CUIL 22:2)
1. Of Llvov Oblast Sanitary Rpideniological Station.

CHZWN, L.B.; POLZUN, X.L.
%am - -WOMMOMMM,
Panel heating of &..railroadstations Tod. I san. takh. no.2:15-17
IP 157, (an io,-6)
(Maaiant heating) (WIroade-Stations)

/V I /V, f
CHERNIN, L.B., kand.tekhnicheskikh nauk
Some problems in sanitary welfare and sanitary standards for new
housing developments in the German Democratic Republic. Gig. i
son. 22 no*9:57-62 S '57. (NIRA 10:12)
1. In Llvovskogo politekhnicheBkogo institute.
(HOUSING
sanitary & hygienic standards in new development.
in I.Germany)

CHN IiHARU.GBVICH, Z.B. (Livov)
1-2nPil-16- ~L*
Infra-red heating. Yod. i san. tekh. no.6:33-36 de 159.
(MIRA 12:8) ~
Unfrared rays--Industrial applications)

CILEMIN L B Ivov); SERRDYUK, I.I. (LIvov)
~.-B~
Ventilation of apartments with gas service in modern domestic
arebitneture. Vod.1 san.te",. no-7:12-15 JI '59.
OGIUt 12:9)
(Dwellinge-Heating and ventilation)

CHMINy L,B. (Livov)
hWoved ventilation system for residential houses with gas cooking.
Vod, i san, tekh. no* 4tl-7 Ap 161. (MMA 14--4)
(Dwellings-Heatimg and ventilation)
(Gas-Heating mid oooking)

L.S.
ROZEN, V.B.,- LH~RNL
Effect of various doses of glycocorticoids on the growth of
monolayer cultures of connective 'Issues. Pat. fiziol. i
ekap. terap. 8 no.5159-62 S-0 164.
(MIRA 18:12)
1. Institut eksperimentallnoy i klinicheskoy onkologii
(direktor - deystvitellnyy chlen AMN SSSR prof. N.N.Blokhin)
i Institut revmatizma (diraktor - deystvitelInyy cblen AMN
SSSR prof. A.I.Nesterov) AMN SSSR, Mookvn. Submitted Mny 20,
1963.

Mvnr Manhinorv Gonstructimi)
Li.;.r:)` na ins:
IIZ

~, CHERNIN, MeSey (1harskov, 22, ul.' VIII s"yesda, Sovetov, d.2- kv.9b)
Management of potentiated anesthesia. Nov.khir.arkho nools54
J&,-F 158 (MIRA 11:11)
1. Xdrurgichaskoye otdelenlys (sev. - kaud.iied.nauk I.M. Miloslavskly)
lkarikovskogo oblastnogo onkologicheakogo dispanneras
(ARW IA)

CHETUTPI If.$. (Khaikov, uli, VIII Slyezda Sovetov. d. 2, kv. 9b)
Modification of the Stange test and its significance in surgery. Nov.
khir. arkh. 5:85v87 5-0 158- - (MIRL 12:1)
:-11,
1. Khirurgicheskoy6 otdelenive (zav. - kand. med. nauk I.M. Miloslavskiy)
]UiarlkovBkogo ob.lastnogo oukologicheakogo dispansera.
(BWOD--OXYGNU CONTENT)

CHERNI.N, M.S.
Management of potentiated anesthesia in oncological patients.
Kh3.rurgiia 35 no. 11:54-61 N 159. (MW 14: 1)
(TUMORS) (ARTIFICIAL HIBERNATION)

CHERNIN, M. S.) Cand Med Soi -- "Comparative evaluation of certain hemodynamio
changes in oncologioal, operations under various types of anesthesia." Kharsko,
1960 (KharIkov State Med Inst). (KL, 1-61, 211)
-445-

CHERNIN, M.S. (Kharlkov)
Current problems in the training of anesthesiologists. Scrv. zdrav.
19 no.9:40-42 160. (MM 13 i 13.)
1. Iz Kharlkovskogo oblastnogo onkologicheskogo disparksera (glavnyy
vrach - zwluzhennyy vrach USSR N.G~ Stanislavskayal-;-,r,
(ANESTHESIOLOGY-STUDY AND TEACHING)

CEMBI M.S.
Data on oontinuous drip phlebotonometry in various t7pes-Of,
anesthesia. YestAbir, 85 no.9-.100-16 S 1600 (mw l3al)
1, Iv Khartkovskogo onkologicheskogo dispansera (zav. khirur-
gicheskim otdoleni7em - kand.med.nauk I.He Miloslavskiyj, g14,
Vracb dispansera - zasluzh. vrach UBM W.G* Stanislavokaya).
(BU)DD PRESSURE) (AMTHESIA)

CHERNIN M.S.
Evaluations of certain hemodynamic changes under the influence of
various forms of anesthesia in Ad oncological surge Sov.med.
25 n44:93-98 Ap 161. IMM. U: 6)
1. 1$ Kharlkovskog6 oblastnogo~onkologicheskogo clis era (glavnyy
vra ch-- z"luzhennyy vrach USSR.N.G. StWAslavakaya r.
(4NESTHESIA) "(BLOOD-CIRGUIATION) (TUMORS)

GRISHCHENY.01, I.I. (Hryahchanko, I.I.I.. prof.; STANISLAVSKAYA, N.G.
(Stanislaw 'ka, N.H.]. zasluzhennyy vrach USSR; MERVIN I M. S. ,
kand.med.nauk; PRIXWDtKO, I.A. [Pry'khodikot I.A.TNordinator
t
(KharIkov) '
Fmpedierwy of using present types of anesthesia in gynecological
operations. Ped., akush. i gin. 23 no.6:39-1.2- 161. (119,U 15:4)
(ANESTHMIA) (GYNECOIDGY)

Ood.l.lographic mr-,thOd (;f'
Eksper. khir. i anesL. 9
1. Khirurgieieskoye Otuleleniyc; dejztor rifd. itar", A
Nil Osll UY) olblfu~tnn:ro c1", l"o log ic
-4 v
jAllsera (J~Iavl,yy vrac'n. N.G.

23305-66 ARG/EWT(d)/FBD/FBO/SWT(11i)i WP(a)/T/EWXh)/EWP_(1 /FBAIVX
vM j
ACC W AP60112 6 SOURCE CODE: IIR/0413166/000/006/0066/0066
INVENTOR: Chernin, M. V.
ORG: none
TITLE: An actuator for raising and-lowering structures. Class 35, No. 1798 6
SOURCE: Imobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 6. 1966, 66
TOPIC TAGS: structure, rocket, structure raising, actuator hydraulic actuator
ABSTRACT: This Author Certificate introduces a hydraulic actuator,for raising and
lowering str uctures. The actuator comprises a base platform with a mounted four-link
lifting system consisting of a-.F hinged with the structure being raised.
_Card~,1/2~ __-UDC: 621.866.12-82

L 233o5-66
ACC NRs AP6011228
',IFig. 1. Hydraulic actuator
j 1 - Base platform; 2 - crank gear;
3 - main hydraulic cylinder;
4 - post; 5 - brace;
6 auxiliary hydraulic cylinder.
Complementary posts and braces connecting the crank gear with the base plate form
(see Fig. 11 a second four-link hinged mechanismi The braces may also be made up of-j
hinged-jinks. Orig. art. has, 1 figure. roake 6. [HS]
13/ SUBM DATE: 160ct64/ An PRESS-.,qivo
-,,...SUB CODE:
rd
4CID -212

SADOVA, K.V., st. nauchn. sotr.; CHWIN, N.A.pred.; SALOVSKIY,
Ye.D., tekhn. red. - -- -
[Packaging of tea; collection of materials] Upakovka
chaia; abornik matorialov. Kalugap 1962. 21 po
(MIRA 17:3)
1. Kaluga. TSentral'Wy nauchno-issledovateliskiy institut
tary i upakovki. 2. TSentrallnyy nauchno-issledovatellskiy
institut tary i upakovkil Kaluga (for Sadova).

.., I.Al
GORELOVY B.N., al. nauchn. sotr.; P!"T'NA, E.V., ml. nauchri.
SOtr.; SHKULITINI, V.I. p spets. ved.; CHERNIN. ILA., red.
(Packing of frozen fish prodiicts] Upakovka morozhenoi ryb-
noi produhtsii; sbornik materialov. Kaluga, 1962. 23 P.
(10,11RA 17:10)
1. Kaluga. TSentraltnyy nauchno-Issledovatel'skiy inst--'tut
tar7 i upakovki.

SHKULITIN) V.I.p spots. red.; CHERNIV, II.A,,, red.
(Packing of brine fish products] Upakovka tuzluchnoi rybnoi
produktsii; sbornik materialov. Kaluga, 1962. 45 p.
NIRA 17:4)
1. Kaluga. TSentrallx-*,y nauchno-issledovatellskiy institut
tary i upakovld.

CHWIIN, N.A.) red.
[Technical dictionaty on containers and packaging;
terminology] Tekhnicheskii slovar? po tare i upLkovke;
terminologiia. Wuga., 1964. 29 p. (MIIIA 18:3)
1. Kaluga. TSentrallnyy nauchno-issledovatellskiy institut.
tary i upakovki.

CHMIN, N.. kinoradiotekhnik (Odessa).
Technological section at the center of motion-pietnre distribution. Kino-
mekhanik no.6:7 J9 153. (MIJbL 6:8)
(Notion-picture projection)

CHERNIN, S,
Camera gun. Sov.foto 23 no.1;37-41 A 63. -(KM 16: 5)
(Cameras)

MAZUR, M.A.; CHFMINs S.B.
Training of physician psychiatrists on a local basis in Kemerovo
Province. Zhur...nevr. i paikh. 62 no.2:316-317 162. (MIRA 15:6)
1. Kemerovskaya oblastnaya paikhonevrologichoskaya bollnitsa
(glamy vrach M.A. Mazu.r).
(IMIEROVO'PROVINGE-PSYCHIATRISTS)

S/12o/6l,/ooo/oo6/o25/04l
E032/E114
AUTHORSg -Chernin. S.M., and Malltsev, A.A.
TITLEs A high-temperature furnace for studying the spectra
of non-volatile compounds
PERIODICALs Pribory i tekhnlka eksperimenta, no.6, 1961, 120-122
TEXT, The authors describe a high-temperature hermetically
sealed furnace incorporating a graphite heater and designed for
the emission and absorption spectrometry of non-volatile
compounds. It is claimed that this furnace is free of the
disadvantages of other designs. Fig.1 shows a schematic drawing
of the furnace. The graphite tubular heater 1 is held in
position by the graphite plates 2 and the locknuts 3 (which
are also made of graphite). The shape of the heater is designed
so as to produce as uniform a temperature distribution as
possible. The current is supplied through the water-cooled stout
leads 4 and 5. In order'to reduce heat losses the tubular
heater is surrounded by a system of thin-walled screens 6 and 7.
The first and second radial screens are made of graphite, the
third and fourth of tantalum, and the fifth and sixth of
Card 1/ Pq

A high-temperature furnace for ... S/120/61/000/006/025/041
E032/E114
molybdenum. In addition there are the stainless steel screens 7.
The latter are held in position by the four rods 8 which are
screwed into the lid 10.* The outer body 9 is in the form of a
seamless steel tube (length 90 cm, diameter 31 cm). The current
leads 4 and 5 pass through the lid '10 and are in the form of
hollow copper tubes. They are insulated by the textolite bushes
12. The system is sealed by the rubber O-rings 13, The quartz
viewing windows 14 are screened by the molybdenum screen 15
which can be operated from outside by the handle A. Finally,
there is a water jacket 18, and the required gas is introduced
into the furnace through a special valve located on the lid 10.
The system is pumped through a pipe let in through the lid 11.
The furnace is supplied by a step-down transformer OCY-4o/o~ 5
(%OSU-40/0.5) and requires 40 kW. The maximum temperature at
40 kW is 3000 OC. A particular advantage of the device is the
uniformity of the temperature distribution (the ends of the
graphite heater differ by 800-1000 OC from the temperature at its
mid-point). Another advantage Is that the length of the heater
Zan be varied. The maximum length is of the order of 50 cm-
Card 2/~

A high.-temperature furnace for ... S/12o/61/ooo/oo6/025/041
E032/Ell4
The furnace does not incorporate any porous materials for
insulation purposes, which is a definite advantage as compared
with the furnace described by P.B. Zeeman (Ref.8., Canad. J.
Phys., v-32, no.1, 1954, 9). The furnace has been used to
investigate the emission spectra of AlS, AlC and Si02 and to
investigate a new system of absorption bands in the spectrum of
AlS (A.A. Malltsev, V.F. ShevelIkov, Ref.9-. Optika i
spektroskopiya, in press).
Acknowledgments are expressed to Ye.N. Ivanov, V.F. ShevelIkov,
S.P. Alekhin and G.M. Merzlyakov for their assistance.
There are 2 figures and 9 references: 1 Soviet-bloc and 8 non-
Soviet-bloc. The four most recent English language references
read as follows:
Ref.l: L. Brewer, A.W. Searcyt
Annual Rev. Phys. Chem., V.7, 1956, 259.
Ref.23 J.L. Margrave,
Annual Rev. Phys. Chem., v.10, 1959, 457.
ReIr.4., L.F.H. Bovey,
J. Scient. Instrum.9 v-32, 1955, 376o
Card 3/0'. Y

A high-temperature furnace for ... S/12o/61/000/006/025/041
B032/E114
Ref.6z F.W. Paulp
Phys. Rev., v.49, 1959, no.2, 156.
ASSOCIATION: Khimicheskiy fakul'tet MGU
(Chemistry Division, MGU)
SUBMITTEDi April 12, 1961
Card 4/f V

L 27238-66 EWA(h)/EWT(m)/EWP(e)/EIIP(t) WH/Vd/-JD
---SOURCE 13/66/000/004/0065/6085
7),CG R., AAOO9893
AUMOR: Cherninp S. No
ORG: none
1ITLEt High-temperature furnace for spectral studies. 17
JCIRGS 42p No# 9031
SOURCE: lzobreteniya, proiWehlennyye obraztsy, tov e muLkip no# 4t 1966# 85
laboratory furnace, spectrum analysis
iA]BSTRACTt This Author Certificate presents a high-temper tdre furnace for spectral
studiesq containing a.housingy a graphite heatilig element ater-coolea current
P-W
,supplies a system of baffles, and a working chamber keee Fig. 1). To obtain a
uniform temperature field, the heating element is in sections. The central section
is a tube.wbose external shape is a:curvep e.g.t a parabolas with sides having two
diametrically opposed longitudinal grooves, The second section consists of hollow
,rodo, One end of each rod is oonaooted to the grooved part of the tube, and the
other end.is connected to the water-cooled current supplies. To obtain a sharply'
.limited temperature fieldp cooling coils mounted at the ends of themorking chamber
Jare used,
um 621-365-~19.036.662-4:535-34-ooi 5 1

i -
i -~,

-MEM$ ve 00
WSJVYAdiainEL,-7etar~y..- YS--at-rrcducts. Jun 52
"Erroneous Rejection of Livor of Animals Affected With Capillary Fctasia.." D.M.
Teternikp T# A. Tsyunskayao V. G, Chernin
*Veterinariya* No 6, Pp, 43-46
Discusads'.the rejection by health authorities Of Mimal liven affected with capil-
lary ectasia as unfit for human consumption. Authors admit that though no actual
Wlanation of this condition tias been found$ laboratory examnB of the liTer in
killed animals revealed no anaerobic Path098nic Microflom at the focal points of
capillary ectasiao Authors conclude that the current rejection
of liver affected
with this condition deprives the Population of 17% of animal liver which could be
used for food.
PA 228T44

,.HEFiN'N. '.M.? i
, N14LITSEII AA.
Graphite %iource of infr&red rgvs~ Fnb~ J tekh~ eksp, -9 no,4;
- 0 -
18 8 - -I c,--- J',-Ag 164. MIRA 17i If')
1, fakulltet gosi:darst.-~Termogo universlltel.a~

I _ L4WIAIJAU- -to-,-Us 11aMORIAp --LJ4--M*- aW -'I-TiILIMM4-yqj T. A&
- __. _ _SL _j
"Neurogenous tumours in cattle."
Veterinari-ya, Vol. 37, No- 5, 1960, p. 56
T,~. C, -. 6j-~ qL,-,J- F-j K&
,11y~
L 4~

ACCESSION NR: AT4010244
6/3052/63/000/003/0168/0168
AUTHOR: Chernin, V. M. (Moscow)
TITLE: lbermoelastic stresses in blades of radial gas turbines
SOURCE: AN UkrSSR. Institut m9khanild. Teplovy*ye napryazheniya v elementakh
konstruktaly; nauchnoye soveshchanlye. Doklady*, no. 3,- 19.63, 158-168
TOPIC TAGS: thermoelasticity, stress, turbine, gas turbine, radial-'gas turbrn6,-'
thermodynamics, thermoelastio stress, turbine blade
ABSTRACT: Radial-inflow gas turbines have f6und a wide application In the small
capacity range. In the imlio~her of a modern radial gas turbine, the inlet and outlet gas
temperature difference is approximately 200C; this non-uniform heating causes con-
siderable thermal stress, in addition to stresses caused by the wheel rotation at top
speeds of 400 m/sec. There are several methods for stress analyals'of radial impellers&'
In all of these methods the impellers are considered to be ribbed disks or ring plates,
,and the blades are analyzed unia)dally as bars. 1 Pbr a better approximation the author
considers the blade as a ring-sector plate of constant thickness, as shown In Figure I
of the Enclosure, and applIes the method of a plane stress problem in polar coordinates.
1/6

ACCESSION NR. AT4010244
Very little data are available on temperature distribution in radial turbine impeller
blades. The author approximates the blade temperature distribution by the expression
j t = aj+a2 (.L-e)+ e(a.3 sIn29 + a4), where Q= r Tests made elsewhere h
ave
2 r2
indicated that at stationary operation the temperature in the*blade at the connection to
the:
disk varies but slightly, so that a constant temperature along the outside are has been
assumed, equal to the temperature at point A. Deflections of blade points at the connee-,
tion to the disk are assumed to be zero. The thermal deflections for calculation of
thermo-elastic; stresses are expressed as
-J=o(At=d-[a2(=-9)+a3 esin2~-a4(1-Qk)j
2
Because of the mixed,boundary conditions, it is simpler to solve the plane stress
problem for displacements. The solution for stresses to obtained by plugging displace
ment values into Intermediate equations expressing the relations between displacements
and stresses. The boundary conditions imposed on the problem are:
Rr IR,9-0 at e-i
r2
215

ACCESSION NR:. AT4010244
0 0 -0, R. -oat 0 -0;
go no, R9 -0 at 0 -
and u - 0, Y - 0 at op 1, where Rr -- radial normal sirens,
90 = circumferential stress,
= shear stress,
R
0
and u and v, respectively, are the' radial and circumferential displacements of 'a point.
I The procedure for finding the integration constants satisfying simultaneously the e4ftt
boundary conditions is described in detail. To find the value of the blade stresses caused
by rotation a method analogous to the determination of thermal stresues Is applied. in
the calculation of thermal stress it is shown that the gr"test equivalent stresses in the
blade occur in the upper portion of the blade restraint. Rater to Figurd 1 of the
Enclosure. Orig. art. has: I figure and 13 formulass
Card' 3/6_

ACCESSION NR; AT4010244'
ASSOCIATION: ImUtut mekhanOd akademU nauk UkrSSR PsUbte of Mechanics, Academy'
of Sciencea, UkrSSR)
DATE ACQ: Man" ENCU 01
SUBMITTED: 00
SUB CODE: PR NO REF BOV*. 002 - OTHER: 002
Card

4

A. OT:
COT,

L 2416R-6r
A' ~. ~ '- ~ : '~- " - : ll---~ ~- % ~, ~ ,
~ "zk 1,
cor(i -,,, 3

SOV/137-59-1-510
Translation from. Referativnyy zhurnal. Metallurgiya, 1959, Nr 1, p 65 (USSR)
AUTHORS: Osipov, B. R., Chernin, V. N., Shvartsberg, M. B.
TITLE: Industrial Production of Titanium (Promyshlennoye proizvodstvo
titana)
PERIODICAL: V sb.. Legkiye metally. Nr 4. Leningrad, 1957, pp 105- 108
ABSTRACT: A description of the technique of Ti production by the magnesium-
reduction method.
M. M.
Card 1/1

Ir
7-'
LA
/r,,Mn m /T- 'Em
A C'
~MNAMN W ~7;,

ARE,"
Core

2815::4 fl VEDS AYFTM/APGd
ACCESSION ~,R: AP30-04799 S/0179/63/000/004/0060/0066
AUMO.R: Chernina, V. $. (Leningrad)
TIM; Defmation of a spberleal shell under a bending load
SOURCE: AV SSSR. 1zv. Otd. tekb. nauk. Mekhanika i mashinostroyenilye, no. 4,
1963, 6o-66
-Bbell streBS,
TOPIC TAGS: spberical shell spberical dome, spherical sphericEL-
shell displacement
ABSTRACT: An investigation is made of the deformation of a spherical dome under
the combined action of a continuous siirfLace load, a conce~ntrated tangential- load
and couple at the vertex, and a compressio of
n (radial) force and couple (both
the same direction and sign as those at the vertex) at the edge. Expressions for
determining the stresses and displacements in 'the dome are obtained by using 1) a
set of equilibrium equations of the shell in terms of forces end moments, 2) the
same set. ir terms of strain ccmponents, and 3) a set of equations describing the
elasticity relationships. The-formulas for displacements, stresses, and moments
in the area adjoining the vertex of the shell coincide with analogous formulas

cHmim, V.V.
Content of unsaturated fatty acids in the blood during athero-
---maerosis. Vraoh. delo no.71129-130 J1163* (MIRA 16.610)
1. Klinika gospitallnoy terapii. (zav. - prof. L.S. Shvarts)
lechebnogo faluatteta Saratovsko o meditsinskogo instituta.
(FATTY ACID METABOLISM) SRTERIOSCIEROSIS)

10-HERNINJI V&VS
Effect of injuries of some segments of the nervous system
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1. Klinika gospitallnoy terapii (zaveduyushchiy - yxof. L.S.
Shvarts) Saratovskago maditainskogo instituta.

CHERNIN, V.V.
-, -
L.
Effect of injury to some sectJons of 'he ner-uls system on ~hel
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(MA 17. 10)
1. 11 k,Llniki gospi-tallnoy terapii (zav. - prof. L,S. Shvarts)
Saratovsh-ogo meditsinskogo instituta.

KHODOROV, Ye.I., kandidat tekhnichaskikh nauk.LC IS, Ye.U., inzhener.
I ~
Effect of the number of revolutions on heat emission in a rotary
kiln. TSement 14 no.6:10-13 H-D 148. (KLHA 9:5)
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