SCIENTIFIC ABSTRACT FEYGINSON, N.I. - FEYNBERG, S.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000413010003-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

LYSENKO. T.D.; OLISHANSKIT, M.A.; SINYAGIN. I.1.; GLUSHCHENKO, I.Te.:
VARJUTSTAN, I.S.; FREZRNT, I.I.; SHCHF.MINOVSKIT, U.S.; BHUMV,
V.I.: TEVS'P'LGNFTEV, S.N.,- BOCTWER, A.M.; LIVIN, T.M.; TATKOVAl
A.T.: PODVOYSKIY, I.I.: SAKS. Yn.I.; KHALIRWN, I.A.; MONSON,
S HClr,4GLOVA, Tu.H.; DLUGACH. G.V.; STERNIN, R.A.-."TTMUM,
O.V.; GUBI'7A, T.I.; RUMOTLID, M.I.: TSVETATRVA, Te.M.; PAF=-
MUNKO, Te.*r.; NEYMAN, N.Y.
Sofia IAkowlevna Voitinakaia; an obituary. Agrobiologila no.4:121
JI-Ag 158. (KRA, 11:9)
(Voitinakaia. Snfilia Iakovlevna. 1898-1958)

--ZuaLN.S.~x N. I.
"r,-- t4c=4 L~ 1.4. %,
A good mannal ("Course of lectures on the gegOtics of farm animls"
by &.S. Velakikh. Reviewed by N.I. Feigin'son). Agrobiologiia ro.5:157'
S-0- 1 58. (MIRA 11:11)
Pomestic animals) (Genetics) (Votakikh, A.S.)

FRYGIMON. N.1., kand. sel'skokhoz. nauk
No tre-3do in the biological science. Biol. v shkole no.4:75-82
J:L-Ag '59. k14IRA 12-11)
1,14omkovskiy goeudaretvenrj7 universitet imeni N.V. Lomonosova.
Wenetics) k5cience-Philosophy)

FZYGI14SON, H.1,
Lararek, Darwin and Heackel and the prosent state of the
problem concerning the inheritance of acquired properties.
Agrobiologiia no.5:722-732 S-0 '59. (MIP". 13:2)
1. KeXedra genetiki i selektaii Moskovskogo goandarstvennogo
univorsiteta.
(Lanarck, Joan Baptiste Pierre Antoine De Monot De, 1744-1829)
(,,'Parwin, Charles Robert, 1809-1882)
laockol, Irnot Heinrich Philipp August, 1834-1919)

FEYGINSON, II.I., kand.eellskokhoz.nauk
"~Nwluvummw
Darwin and modern times. Dokl.Akad.selikhoz. 24 no-10:3-8
159. (MIRA 13:2)
1. Kafedra genettki i W,%Ictsii Moskovokogo gonudarstvannogo
universiteta imeni N.V.Lomonosova.
(Darwin, Charles Robert. 1809-1862)
(Biology)

FZYGIIISON, N.I.
Concerning A. Durrant's and H. Tyson's article. Agrobiologiia
no.4*57-558 Jl-Ag 160. (IfIRA 13:8)
1. Mookovskiy gosudarstvannyy universitat im. M.V.Lononosovs,
kafadre genetiki i selaktaii.
Oflax breading) (Genetics)

460.
More about ek b~rranti.0 works. Agrobiologiia no.6:830-Sn " )
(KM 13-.12
1, I~bskov*jy gosudaretvemlyy universitet iMOni M*V*LOWUO8ilMt
kafedra genstj4 i selektaiio
(n= breeding)

FXMINSON, N.I.
I
Analysis of the negative results of some experiments In vegetative
Wi5riiization, Boto zhur. 45 no.10-1476-1487 0 160.
(MIRA 13:11)
1. Mookovskiy gDoudaratvennyy universitet.
(Grafting)

FUIDwj Alek3ey Yevgenlyevichi FET91PSON, N.I.v otv. red.; P%IALENIKHA
O*Ts j redo; YEPJWOVj 14~Se t tekhno i-o-d.
[Origin and for*tion of the dialectic conception of developnent in
biology] Voonilmovenis iformirovanis dialekticheakoi konteeptaii
raisvitiia v biologii. Mo-skvaq Izd-vo Mook. univ.v 1961. 282
(MIU 24985
(Biology-7~hilosoplW)

OLISHAESKIY; LYSENKO; NJVARENKO; AVABM: VARUIMYAN; GLUSHCH7-,lrfO; PR.:-,r--IiT;
VA'-RE;'.IITSA; RALYUld; OZIRSKIY; TOMASHEVICH; SIULIN; T'AaWISHY;
TRETIYAKOV; NOVIKOV; ~~ TELYATNIKOV; XULIMAN;
KONSTANTINOVA; SUMIOV; VOINOV; STEPIU101r- SHOSTAK; BA14BMI;
CIIUBASOVA; TKUCHUK
Timofei Ignatlevich Belash. Agrobiologiia no. 3:447-448 My-Je 161.
(MIRA 14:5)
(Belashy Timofei Ignatlevich, 1901-1961)

FE.YGINSON,,- N..~:--
Problem of the exceptional genetic role of deoxyribonucleic acid.
Agrobiologiia no-3:454-472 My-Je 162. (MIRA 151lO)
1. MO!3kovskiy gosudarstvennyy universJtet imenl Lomonosova.
(NUCLEEC AC1DS) (GENETICS)

FEYGINSONI N.I.1, kand.oellakokhozMstvennykh nauk
For -vatorl Al 4 atio - biolog7a *ol.v. shkole- no.fis,71-79 N-D 162..
(MMA .16 12)
1. Moskovskiy gosudaratvinnyy uni~erpitet imeni Lomonosova.
'(Genetics)

FEYGINSON. Noy-~�J.Q ~-GLUSHCHENKO, Lye., akademik, red.; TETYUREVA,I,V.,
red., DHEVA, V,M,, tekhn. red.
(Corpuscular genetical Korpuskuliarnaia gonetika; kritiche-
skil ob2or. Moskva, Sellkhozizdat, 1963. 542 p.
(MIRA 16:6)
1. Vsesoyuznaya akademiya seltskokhozya~stvennykh nauk imeni
V.I.Lenina (for Glushchenko).
(Genetics)

KOMMONER B ' Caumoner, B.], prof. fiziologii rasteniy;jTYGINSON, N.I.
(tran!ilatori
In del'ense of biology. Agrobiologiia no-3:351-358 YW-Je 163.
(MIRA 16:7)
1. Prodsedatell Komiteta po molekulyarnoy biologii Vashingtonskogo
universiteta, Sent-Luis, Missuri, SShA. I
(Biolog-Y-P14-2-osophy)

FEYGINSON, N.I.
Collection on molecular genetics. Agrobiologiia no.6:931-945
N-D 165. (INaRA 18:12)

L 2471-'4-65 OeIT(P.)/EWA(d)/T/biP(t)/EWP(kY/EWP(b,I Pf AFDC (b /T;r-,"APdT-/
!;~-,,'(p JT /HW
AR,'000587
N
M
N
~L.'--kovslc ~y, V. M. yaloyfets,
k1aborator,.' vacuum furnace with manipulator
CITED SOURCE: Sb, Proiz-vo trub, v-rkp. 12. M-, Metallurg'7a, !964,
74 - 7 7
TOPIC TAGS: vaomm furnaoej vaouum chamber, hef.,t tj,eiitlme,~t,
7 011 A horizontal resistance fu-rnace w.1' a and
n vacuum chamber was des rnid an
".0 r~asearca Pipe Institute for -.ha
3 f paramate7s and vorifi ions (~n t~'~e "3
of pipes under different degroes or a c .,,'7
TN
Ina fiu-nxr~e body consisted of' ;DTo
-;f atain'Lass steel rol'.ed lnt,- t,,,3
end. On tie cover of thu oody were ~)Iace,-' 7,11C U c
co,c

L 2013-65
ACCESSION NR: AP-5000587
torn, 3 heaters, a handle for the door of the furnace, and an
arran'-e-ment for In5erting a thermocouple.
The heater, made )-P
molybcientim or a Nichrome type alloy, was placed In tho arnu'la-r ;7,ap
'_,',7 1wr) korrak.9 cylinders. These c7l ~.n~~ers -,4er,~
tWQ face flanges of the same material. The ffront 11 an
for inserting the samples into the s
-D',ume 3(-) rmn -'-n diamoter, PT-1(~ I
--1T---'nr is cl)sed by a door with a !3Lot for
-i-v'- of the d)cr passes outside of the axtarr-,F~'-

out th.
-ough a soal in tt-.o roof o',
reating )affles made of stain-loss 3noelu 3!' e,,' a-r-
f I - -
'- ~) n Ga
face clamp3 of the baffles and e-re cen*--or~-
six scr)WS. The covering, of a cta~
r, tne opeiingn of tho external baMos
's:~-een there are led two copper condtic tr4-
.
Oaiings, ~.onneoted to the hnqtor wil. q
g made of copper and Jla located .1r.
C ~3 ,!'no man.pulator is in the form of a
'low ihaft of the maniptilator
-~a- of tt~ i ft=aoA bod7 and moves

L 2013-65
A S S 7 0 ZI IjR AR5()00587
the vacuum chamber, Feeding of current to the heat-or is ca-rried out
an rLutomat--d transformer and a reducing, trar~~,-rmor,
'-f the oatLng up to the dosl~ror'
on an, off the autom8tic
P-n aut( mat ic type PSR-1 po
-'stIt3i-noiybdenuri thermocouple. The degree of
is measure( with a LT-2 thermocouple and a,-.
conjunctiOT. With a VNT-1 vacuum motor, A -.onoral of
Ine heating apparatus is given, along with a do-icription of
furna0e, Tte prooedure for producing a vacl;ur. Is ~a3-rllbod.
SUB CODE: 14M ENGL: 00
Card 3/3

L3 -- -- P(z)AWP(b)/EWA(G JD/W
995-66 E(IT(.m)/~YIA(d)/t/E~F(t)/E(IP(k)/tW.
.-,ACCESSION NR: At5O22786,- UR/3164/64/000/014/0084/0089
44,
AUMOM P'UMX B. A. (Ragtc~ TankovskL V. M. (Candidate of technical
me "
sciences); Shkrenio. A. AT 1U.91" a S. Ya. n&Lnear)l Vaslienko A. Y
(Engineer)
'Otella, V. , (Engineer) ff's VY,
TITLEs Vactsum electrical resistance unit for host treatment of tubes
Muiptiletrovsk. Vessoy"M nauchno-IssladovatellskLy i kdnsttuktorsko-
takhnologLdiaskly Institut trubacy promyshleanosti. Prolavodetvo trub, no. 14,
1964. Sborvik statay po teorii J praktike trubnogo proLayodstva (Collection of
articles on tho theory and practice of pipe production), 84-69
TOPIC TAGSt steel tube, alloy tube, heat tvalstant steel, host resistant alloy, 11
tuba, heat tteatment, vacuum beat treatment!
A~SNCr: An electrical resistance furnace for host treatmeda heat-resLstant"
stealland alloy tubeaftham been built by the Ukrainian Scientific Research Institute=-
7- ---- 0
for Tubes*.,-%,Ne- furnac consists of a vacu-mi-Wain-Fe-r. a vacuum system, a movabI
t a r& , 'a
"U~ "ad a rack puULai mechanism. : 'Me vacuum chamber is a cylinder, 500-mm
t L
inside diameter and 3000 M Ica with fte find and me movable and closuret I
-48.9ads of as awat"Itic st"l.wTbe vacuum system Is capable of preduciag and -,
maintalaing a vicamim of 3#IW-0 20M.RS... tabe reek em bold one or several tubes

W"t
L 3995-"
1ACCESSION 111tj 05022796
jup to 40 me outside dismater and 300-2000 sm long. with a wall thickness of 0.5 to
11.3 me. or a coniainer filled with small-49smater tubes. In the former case the
;tubes are hesited directly by passing electric current; to the lattercaso the curren
is passed througli the entaic*r. The power Is supplied by two single-phaset trans-
formen with a viecondary voltap rangs of 14-160 If- The mit Insures a temperature
,of 2000-IMIC wd beat t"ats up to 121 tub" par'shift, &pmdial oo I,* and
material. OAS. art. hemal .4 figarea.
ASSOCIATION1
SU1M17T1Ds,. MCLI 00 SO OOM 2 Is
NOq
vM111 WO An nus s
go 11ir 50TI -
01
Card,/
W VVE" .3 MVTU Wall. S 7 VTT V.

A
528
SOURCE CODE:
UR/0276/65/000/012/BO39/BO39
Kheyfets, G. N.; Yankovskiy, V. M.; Kadinova, A. S.; Shkurenko, A. A.;
AUTHOR:
Feyglin,,,Y,.-,I(.,;,,Tikhonyuk, A. N._
TITLE: Determining the basic parameters for cooling of gas cylinders during jet
annealing
SOURCE: Ref. zh. Tekhnologiya mashinostroyeniya, Abs. 12B294
REF SOURCE: Sb. Proiz-vo trub. Vyp. 15. M., Metallurgiya, 1965, 72-79
TOPIC TAGS: liquid gas container,annealing, cooling
~ABSTRACT: A methcd is proposed for studying the process of jet annealing of thick-
walled gas cylinders to obtain data necessary for designing jet ing devices. An
experimental laboratory installation is designed and manufactured for individual and
simultaneous water-cooling of the outer and inner surfaces of a gas cylinder while it
is rapidly rotated to equalize cooling along the perimeter. The schematic diagram and
technical characteriatics of the experimental installation are given. Practical
curves are plotted for cooling along the cross section of the cylinder wall, the rate
of flow of the coolant is determined and a method is found for cooling the cylinder
wall at the required rate. Heat treatment conditions are established for cylinders
made of 4OKh steel. The workpiece is heated to the prequenchine temperature of 8700C
Card 3.12

L 04154-67
IAtC NRI AR6oi6528
in a batch-type furnace, held at this temperature for 40 minutes, cooled in a bilater-I
al (inside and outside) jet cooling device, annealed at a temperature of 5000C and
held at this temperature for 2 hours. It is shown that bilateral cooling gives the
cylinder practically identical mechanical properties with respect to length and cross
section and that theve properties satisfy technical specifications. Schematic dia-
,grams are developed for cooling devices to be used in annealing high-capacity gas
cylinders. 6 illustrations, 1 table, bibliography of 3 titles. [Translation of
abstract]
l
SUB CODE: 13
Card 2/2

HEYETS, G.N., kand. toklin. naiik; Y11IiKO'11z'FJY, V.I.%, kand. Tukin. nauk;
SMKIN, I.I.,, Icand. tokhri. nauk; NDINOVA, A.S.t Iii,,-,h.; [laggli,
1~,N.) inzh.; TIKHONYUK, 1i.14., inzh.; A.A., lnzh.;
Y,HO,',IENKO, A.G.., inzh.
Steam hardening of high-capvtclty cylindors. Stall 25 iio.8:8,/9-
852 S 165. (MIRA 18:9)

L 4951-66 EViT~ 1)11'-Vi V(e)/EPA(s)-2/&JT (b)
ACC NR: AP5025717' SOURCE CODE: UR/0286/65/(XYj/0.L8/uojj)/Ou7j
j: AUTHORSs Aslanovaq Me S.;1 Syritskaya, Z. Me; IF2ykner, S. ya.". V
OR02 none
TITLEt Glass* Claiss 32, No. 174779 -armounced by Stato Scientific Research
IInstitute of Glass ':Gopudarstvennyy nauchno-issladovatollskiy institut steklaY
0 4j
SOURCE: B it
yulletenizobieteniy i tovarnykh onakov,.no. 100 19651 70-71
TOPIC TAGS1 glase.,kielectric permeabilii, the .rmal stability, chemical stability
ABSTRACT/
~ This Aut,2or Certificate presents a method for obtaining a glass of high
:.Lk(FT~I\Ind chemicaL stability, high dielectric pormeability, and low teruperature
of cooking. The cozponents making up the glass are taken in the following
pr ortione (in wt %)i P205--30-40i TiO2-51-6% si02-3-6, and loss than 2% of
N275,
'jub uuj)rjt MT/ SUBM DATE* O2Nov6h
01
666.U2.92 t546.18 --I
0 7'0 1 /-C-.r7

35922-66 EfiT(m)/EWF(e) i0111 H
ACC N
AP6012132 (A) SOURCE CODEI UR/0413/66/oOO/007/0051/0051
IMNTOR: Aslanova, M, S,; Syritskaya, Z. M.;
_Eeykners,, . 3 , Ya.
Zak, A. F.; Khomutov, A. 1.
ORG: none
TITLE: Glass. Class 32, No. 18o-i17 Za-nnounced by All-Union GInso Fiber
lesearch Institute (Vg3esoyuznyy nauchno-issledovatellskiy inaUtut steklyannogo vT1
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znalci,
no. 7,-1966, 51.
TOPIC TAGS: glass, glass composition , OL.195:n; rloe'e- /2,eopeprr
ABSTRACT: An Author Certificate has been issued describing the
composition of glass containing P205,, Sio Ti j A12()~' MgO, which
is intended for the manufacture of g1 ss Kber~ To pr duce a fiber
with high absorption properties, the following wt. (%) of the above
components are stggested: P205, 40.0-55.0; S102, 32.0-43-0; TiO
0-6.0; A1203, 3.0-8,0; MgOj > 1.0; and CaO, 3.0-5.0. YLD)
anslation o~ abatTact
7
MMOB, CODE: - ll/ SUBM DATE: 12Feb65
1

_J,2063M�, E(fT.(n)/EWP(e) WHJWW
ACC NR, AP601!~Z SOURCE CODE -.-UATONf376-6706(Y[606fO76'627mi527
INVVITOR: Aslano,ra, M. S.; Syritskaya, Z. M.; Feykners, S. Ya.
77=
ORG: none
TITLE: Chemical- and
heat-resi 3L ut+lass7*~Class 32 No. 179885. [announced by
All-Union Scier..-ific Rdfmkrcir Insti u0 lass Fiber (Vsesoyuznyy' nauchno-
077
issledovat~l-sk7iy--inst-it-u-t--Steklyannogo v
SOURCE: Izobreteaiya, promyshlennyye obraztsy, tovarnyye znaki, no. 6, 1966, 62
TOPIC TAGS: chemically resistant glass, heat resistant glass, glass fiber
ABSTF*T: An Author Certificate has been ~Itd for chemical- and heat-resistant
glassPfor the marrifacture of glass fiberA6istant to aluudnum phosphate binder.
The glass has the following '1111 17l 0,, 22-32%; Ti022 64---88%; sio2,
1-4%- Nb242 not over 2%. In addition to these ingredients the glass contains:
Cr203: 1-4 ; W03, not over 1%. [BO)
SUB CODE: 1l/ SUBM DATE: 19Feb65/ ATD PRESS: q-L'26
10 ~
Card 111'e'e" uDc: 666.112.92:546.18128'T8'821882

Uniog semiconductor the,~mtstors with resistance thermometers in
measuring and reeullatl-4- trmpereturcs in diea, lZM. tekh. vc.~:
56-58 MY-JO '57. (MURA 10- 8)
(Thermom- try' ) (Thermt ijt,,)rs) (Die caojtlrg)

YBYLER, G.O., inshener; TILIK&N, B.P., Inshener.
--- - - --- --- W,
Wear rasistance of disk br&lces built Into electric motors.
Yest.elektroprou. 27 no.11:60-" N 156. (WRA 9: 12)
1. ZaviA "Dinano.0
(Blectric motors) (Brakes)

F'15! YZ ER!, Raw
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to
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left 0
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AUTHOR: Feyler G.O. Engineer 110-58-5-1/25
TITM:-_Th~ Resistance to Wear of the Contacts of Dire--,t-current
Contactors and Controllers (Iznosoustoychivost' kontaktov
kontaktorov i kontrollerov postoyannogo toka)
]PERIODICAL: Vestnik ElektroprOMYBhlennosti, 1958, Vol 09, Nr 5,
pp 1 - 4 (USSR).
ABSTRACT: During the last two years, the apparatus laboratory
of the Dinanio Works has tested the resistance to wear of
different contact materials. The tests were made on direct-
current contactors; the main technical data are in Table 1.
The followirtg materials were tested:
a) Contacts based on silver; silver (S) silver with cadmium
oxide (OK or SOK), silver with nickel (SN5;
b) Contacts based on c0 'per: copper (M), oxygen-free cop er
(MB), cadmium copper (M ' copper with cadmium oxide (OK-M3,
copper with cadmium oxide and added silver (S-OK-M), copper
with iron (Zh.-M), copper with tungsten (V-M).
The tests sb.owed that the main factors governing the wear are:
the current, the intensity of magnetic blow-out, the time that
the are is on the contacts and the vibration of the contacts.
If the voltage is above 50 - 100 V, it has little effect on
Cardl/5 wear and so the tests were made at the minimum standard voltage

1]0-58 5-1/25
The Resistance to 'Near of the Contacts of Direct-current Contactots
and Controllers
of 100 - 120 V. If magnetic blow-out is used, load inductance
has little influence on contact wear when coniacts are opened.
However, when a d.c. circuit is closed the lower the inductance
the greatex the rate of rise of the current to its final value
and, therefore, the greater the wear.
Tests on contact materials are best made on the actual
apparatus. This has the additional advantage that simultaneous
tests can be made on other parts o., the equipment but the
inductance and voltage of the circ.it must then be of normal
value. Contact wear is best estiuiated by loss of weight or
volume for one opening and closing of the circuit. This value
is called the specific wear. The relative resistance to wear
of a material is defined as the ratio of the specific wear of
that material to the specific wear of the reference base
material, silver or copper. Wear resistance is,, of course,
not the only important factor in selecting contact material;
in particular. the contact resistance should be low and stable.
The material 6hould also possess high resistance to contact
welding.
Card2/5 The results of wear-resiatance determination on contact materials

110- 58-5-1/25
The Resistance to Wear of the Contacts of Direct-current Contactors
and Controllers
using a contactor type ICPD-103 are given in Table 2. The
tests were conducted by Engineer S.A. Shterenberg and
Engineer I.S. Gorchakova. The contactor made and broke a
current of 150 A at 220 V; the circuit inductance was
25 mH. 11he operating rate was 400 pEr hour and the arc
remained on the contacts for 2 - 5 millisecs. From the
results, it is concluded that contacts SOK have the highest
resistance to wear and are six times better than copper.
Silver contacts wear almost twice as much -as SOK contacts.
Cadmium-copper contacts are the best among those based on
copper.
Table 3 gives wear test results on contact materials using
different types of contactor. In all cases t~e temperature
of the contacts during the tests was 70 - 80 C. Table 4
gives the results of tests on the same materials operating
under tho following different conditions: a) making and
breaking a current of 150 A; b) making a current of
375 A and breaking 150 A. The are was on the contacts for
2 - 5 milliseconds. From the results it is concluded that:
a) when making 2.5 times rated current contact wear
C~)rd3/5 increases by about 300161. With different contactors, the

110- 58-15-1/25
The Resistance to Wear of the Contacts of Direct-current Contactors
and Controllers
specific wear of contacts ranges from 17 - 30 ~tg, hence good
design may double contact life. Contacts OK-15 are worse
than contacts SOK.
A graph of the relationship between the specific wear of
contacts and the contactor current is shown in Fig.l. In
this case rated current is niade and broken; different types
of contactor were used for the lower and higher points on
the curves. Table 5 gives the results of tests of contact
materials on the direct-current controller type NP-150.
It will be seen from this table that the resistance to wear
of the controller contacts is much worse than that of the
contactor contacts.
In order to verify the stability of operation of contacts,
after every 50 000 operations, determinations were made of
the temperature rise and contact resistance when rated
current is passed for 6 hours. Heating-test results on
contactor type KPD-103 are given in Figure 2. Contact
resistance at the end of heating tests are given in Table 6.
The contacts were not clean. The heating of worn contacts
was of the same order in copper and silver contacts.
Card4/5 Contacts with a high content of tungsten have very high

110-58- 5-1/25
The Resistance to Wear of the Contacts of Direct-current Contactors
and Controllers
I
contact resistance and they heat excessively after repeated
short-time operation. There are 2 figures and 6 tables.
ASSOCIATION: Zavod "Dinamo" (Dinamo Works)
SUBMITTED: Aulpst 28, 1957
CEird 5/5

LILINKIN, Vladimir Sergeyevich:_YXjWj
___Gqprgiy OBkorovich; SIRAYSEIY,
N.M., red.; EMIR, B.T., tekhn.red.; BdR~O*-, N.I., tekhn.red.
[Hoisting electromagnets) Gruzopod"emnye elektromagnity. Koskva,
Goa.energ.izd-vo, 1960. 31 P. (KM 14:1)
(Hoisting machinery) (Blectromagnate)

KAI.INKIN, Vladimir Sergeyevickt-f&XLER,-Geargiy-Qak-&-rD-Yich-_TAYTS,
A.A., red.; VAGIN, A.A., red. izd-va; ISLENTIYEVA, P.G.,
tekhn. red.
[Electromagnets for electric cranes]Podnemnye elektromagnity.
Moskva, Metallurgizdat, 1962. 87 p. (MIRA 1612)
(Electric cranes) (Electromagnets)

BELENIKIY~ G.*-:.; LREYTER, I-I.Ye.; IVANOVO VJI.; KALRIKIN, V.S.;
KOZHU3HYEVICH, V.G.; FMAKCfVSKIY, V.M.; RABITIOVICH, A.A.;
RUBINSKIY, I.A.; SINAYSKIY, M.M.; MILER, ~G.O.;
KHOROSHILIUN, L.L.; KOMAR, M.A., red.; BULIDYAYEV, N.A.)
tekhn. red.
[Electrical equipment of cranes] Elektricheskoe oborudova-
nie kvanov. Moskva, Gosonergoizdat, 1963. 399 P.
(NIRA 16:12)
1. Kollektiv inzhenerov moskovskogo zavocla "Dinaroll imeni
S.M.Kirova (for all exopt Koriar, bulldycqov).
(Cranes, derricks, otc.-Electric equipment)

FEEYM,AH. I. I-
23373 17, IElorli Razvitiya Otechn8tvnnnoy llnypnoy Promyshlenriosti. Tekstil.
Prom-W, 1.94. No. 6, c. 6-7.
SO: LETOPIS NO- 31, 191:9

TRMNt 1. 1.
PRYMAN, I.I.; ZNRUOVA, Ye.I.
Processing rants fiber on flax spinning equipment. Taket.pron.
14 no.6:26-29 Js 154. (KLRA 7:7)
1. Doteent Kostromskogo toketilinago instituta (for Feyman)
2. ZavedAnwhchays, pryadillnoy fabrikoy linokombinata in. Ie-
nina (for Zernova)
(Ramle) (Spinning machinery)

FAYMAN,I.I.. dots-ant; ZYMOV,B.L.; ZFMOYA,Ye.l., inzhener
Hemp processing on flax-spinning machinery. Tskst.prom.15 no-7:14-
16 J1155- (MIRA 8:11)
1. WTI (fDr 1'eyman) 29 Zaveduyushchiy TSentrallno-nauchnoy issledo-
vatel'skoy laboratorli Glavl'na (for Zernov) 3. Xostromakiy l1no-
kombinat imelti Lenina (for Zernova).
(Hemp)

731W, I.I., kand. tekhn. muk, dots.
--wwo"Tl'~tion of yarn diameter to its nuiffber and tvist. Izv. v7s. uchab.
zav.; tekh. takit. prom. no.1:27-34 158. (KIRk 11:3)
1. Kostramskoy tekstillnyy insti-tut.
(Yarn--Tables, calculations, ate.)

FEYMAN, I.I.,:kand.takhn.nauk; GRUBOV, A.F.; GAGOROCHKINA, M.K.,studentkA;
KYAWINOVA, N.V..otudentka
Chooning optimum waft twists for burlap fAbrice. Taket.prom. 18
no.5.170-71 My 158. (MIRA 11:5)
1. Glnvnyy inshener Narvekoy llno-dzhutovoy fabriki- (for Grubov).
2. Koatromekoy teketilInyy institut, (for GngarochkiiA, Mysenikova).
(Burlap)

GINZBURG. Lev Natenovich, prof.; DVMITSKIY. Iosif Relentlyevich, inth.;
TARM-07, S.T., retsenzent; aMSKOV, I.K.9 retsenzent; FEWAN,
I,I*, retsenzent; LYASHMOV, I.K., retsenzent;
'-*dteenzent; GORDZYCHIK, G.K.. red.; SOULOVA, V,ye., red.;
MVIMHII, L.Ta., tekhn.red.
(Spinning of bast fibers and the manufacture of twisted products]
Priadenle lubianykh volokon I proizvodstvo kruchanykh izdelli.
Mosivra, Goo.nauchno-tekhn.izd-vo lit-ry po legkoi promyshl., 1959.
5 49 p. (KIRA 12:8)
1. Welra pryadeniya 11na XTI (for Slutskov, Feyman, Lyashenkov,
Volgin).
(Bast) (Cordage)

FEMN, I.I., dcateent
Functicnal relation of ntrengtb Indican, mimber and degree of
twist for linen yarn. Isvevye.ucheb.zav.; tekh.teket.prom.
no.l: 41-50 159. (MIRA 12:6)
1. Kostromakoy tekstillrqy institut.
(Yarn-Teating) (Linen)

SALI)CIN, Setten Illich; LMWN,D.I.. reteenzent; ZUBMANIVOT.T.T., re-
tsenzeat; FZYKAN I.I#v retsenzent; KOPBUCTICH.Te.I., red.;
SHAJ,TNEOTj;.TX.7%ikhn. red.
Munving and design of flax-spinning factories] Proektiro-
vanle llnopriadilinykh fabrik. Pod red. D.I.Libermana. Ko-
skvu, Izd-vo nauchno-tekhn.lit-ry RSFSR, 1960. 315 P.
(MIRA 14: W
Max) (Textile footories)

FAMUN, I. I.
Problens in yarn construction. Izv.vya.ucheb.zav*; tekh.tekst.
prom. ito.6:149-151 160. (mm 14: 1)
1. M:osi;romakov tekstilinyy institut.
(Yarn)

I -FEYMAN, I. I.
- ----- ---
Relationahip betwoon the clamping length and strength of yarn. Jzv.
vys. uchob. zav.; tekh. teks. prom. no. 2:17-23 161. (MIRA 14:5)
1. KostTomskoy tekstilinyy institut.
(Yarn-TeBting)

FEYMAN, I. I.
ng machinery of
Dos-igzdjlg the fittings of preparatory and cardi
the flax, hemp, and jute indtstry. Izv.vys.uchob.zav.; tekh.
tekst.pom. no.3;50-56 161. (MIRA 14:7)
1. Kos, .~rbmskoy*tekstillnyy institut.
(Textile machinery)

FEIM)
Debmiable p"bleme in the rothoda of caloulating the tanBile
etrergl% of products made vith fibrous materiRls. Izv. vya.
ucbeb, savo; tekb, takst. prom. rio.4126-31 162.
(MIRk 15,10)
1. Imtromakoy tookbaologickeekly inatitut.
(rarn)

FEY14AN I. L
Comp,u-ioon analysis of formulas proposed for the strength calculatirn
of ra~,on cordo Izvoria.ucheb.zavo; tekh.tekat.prom no.1:27-33 163.
ifURA 163*4)
1. betromskoy tekhnologicheokiy inatitut.
(Rayon apiwiing) (Tire fabrics)

FE=-I, I. I.
Comparison analysis of the formulas proposed for the calcula-
tion of the strength of acetate and viscose yarns. Izv. vyS.
ucheb, zav.; tekh. tekst. prom. no.6:18-21 163
(MIRA 17t8)
1. Kontromskoy tekhnologicheskiy institut.

TIMOKHOV, Ye.11.; FEYMI, M.G.
Weatbijrometer for rapid teaIting for light and weather fastneBB.
LakoRraa.mat.i ikh prim. no.6:45-86 162. (19RA 161l)
(Paiixt-Te sting)

Feyman, Ye. A. "All-[~-ircdan
S-,je;,Cog,, (-r,,: iri~titlition!7, Ortober
IQ-, NO 0, D. 60-84
SO: U-30500, 10 J%11Y 53, (Latopis 'Zhurrial St~--tey, No. 6, 1~-9)-

Ti~-, al Y C. ".
I . - #
IlAt the Con:erence of 131ology Teachers of Moscow -~rcvince,ll Est. v Shkole,
i,,o.4, 1952.

IFEYMAN, Ta.A.
AItthe republic *Pedagogical loctures." Biol.v shkola no.2:93-95
Mr-Ap 157. (Biology-Study and teaching) (MLRA 10:5)

064
09
sea
:0 a
04
008
000
00
0 V I"
0*0004046000
off UU isill low alt*41A
I_ j J_
The affacation 41 falm ttaluta in gWW Manufacture.
v
view v p tion of Nag.1,% to glam tnanuf.
Ibid. No. 2. W-4 1. Vie phys. Anti client. prowrt " of
Na.SA). In the SIW InW. facilitate anti accclente the
boiling pror". Under inimlve ot
fit end of I be boiling firmem a complete decolmizatitm of
"
lic glasslis potAlble In the presence of mitliang
agents at (I NRCI anti at N)w cumitti. of Fe in the sand,
under unlionry conditionis alm"tallots ul (he itta" i%
ditrKult. Sulfate improtres the ImAlingiantl wMkinji jqxver.
ties of the Xtaisq with high c&tcnts of SKh and alk. m"h
o0ks. Since the viulfate lyr anti dermim. prMucts of
So.
dm-ompow m4ractnry bvick%. Special milfatc-"'t-
ing refractory bricks must tic usal in tAnks for N)i1inig the
wilate mixts. 32 references. W. K, I I..."
ILA 06114JANSIC&L L"COATMI CLASSWICAT1611
RL-A ! -
U IS AV 10 a 0 11 0 0 . A, It W a
00*00 0*e*00ee6O$OOsG so
0 * 0 0 0 A 0 0 0 0 a 41 0 * 0 0 0 40 40 0 0 0
?sI Oe 000 0
1, , 1, 0" . . .
A JG-LLI ILA" _L.18_11 P
ai,
000006400006190*000
0 0 0 0 111111 0 a 0 0 0 0 * & 0 9 0 0 0
I a I
*00
a**
P coo
see
COO
11111114D
1900
"Oe
be*

0
* j I ~ ) # I # I 1 0 0 11 1; 11 Is I) loll am 144 119111too ago 4
'1 -111-1. -a -1sk-A-4,
00 4 IQ 2,14111- FO ka'A
-46
:0 MecMalcal st~b of Glass.
(in Ru"WO L V.
00 Afans'ev and Yu. L Fein. Sickormay, i Kfru,,Ii- to is
cAe#kaNG And Cerlimic in.
dustry), V. 4. Now. 1947, p. 16-20.
0- The strenrth of glass la compared with that of
0: metals. T e various fa tors Involved are thur.
oughly discussed,
0 P. 4i
see
gel
I L A &I T#LLLQfiIC4L LIT(*AIU*t CLASUPICATION
ji L! -7
~-!Ack, I ~Gw-
!1108~ it 049 all
IOM341i -0
U a Aw to Isle " 11M 9 114 1, K
ff
0 0 0 0 0 0 0 0 It 0 0 0 0 0 0 0 0 a 4 0 0 0
~2
.0 0000 0,00 'goes 0 0 00 0 0 0 0."
\j Ila a
w 0 Ir of 9 a a -2
0 0 010 0 40 0 0 0 0 0 0 0 0 0 0 0
41 0 0141 000000 so&

YM, yu.m.
Raw materials. supplies and the preparation of batches in glass manufacture.
Leg-Prom. 7 no.8:29-32 AC 147. (MIJ?A 6:11)
(Glass mamdacture)

..Afanavley end
-5TIM49PI-Of GLASS., L, V
S+'8 211 ngyn Ean-M. P 1947, No. 11,
PP. No. 12j pp. 18-22p.,.-- The literature is reviewed
through 1946, No reforancee a~e citei. B.Z.K.

]F,=, Ylr* --.
wExpansion of cement during hydration ("tenant-Kalk-Gipaw, 1954t
no*3. p. 92-95).* Reviewd by IU.Feln. TSement 21 no.1:31-32
Ja 1550' (MIRA 8:4)
(Gement)
i

FETN' Yu.
"A rotary kiln, operating on the wet production method, and fed with
argilaccous raw material through a fuel nozzle ("Zement-Kalk-Gips".
1954. no-3. p 75)." II.Shott. Reviewed by IU.Fein. Mement 21 no,'l:
32 A 055. WaA 8:4)
(Cement kilns)

7ETN,Yu., ref.; KOCHANOVA,Ye.B., ref.; DRkBM.G.S.. ref.
-- -Wwetn~
From the pages of journals, TSament 21 no.4:29-32 Ag'55-
(GemeAt industries) (MLRA 8:11)

FM, TU.
Optimum parameters for the design of tank furnaces (From "Journal of
the Canadian Ceramic Societ7" no.23, 1934). LegspromsM no*2:54-55
7 156, (Glass manufacture) (nU 9:7)

]SYN. Yu.
-- - 9
Developing now methods for cooling the molds on machiries
manufacturing glass containers. (From "Glastech. Berichtew
nos 9, 1955). Logo prom. 16 no.7:54-55 A 156. (MLRL 9:10)
(Glass manufacture)

FEYN, Yu.
17. 1 ~ - - " a.
11"~--,A&6 , 6CA&AM"
'i
Gonvection channel annealing Nrnaces with electric heating.
(From "Ceramic Industries" no. 7. 1955). Log. prom. 16 no-7:
55 JI '56. (MLRA 9:10)
(Glass manufacture) (Electric furnaces)

FEYN, Yu., reforent.
/ - - O"Iff4w
Glass manufacture (from "Canadian Ceramic Society'l, r-r,.23, 1954.
,,Szklo i ceramlalrm", no.4, 3.955, "Silikattechnik". 1955).
leg. prov.. 17 no.5:56-57 My 157. (MLRA 10.-6)
(Glass manufacturb)

FIM, Yu., referent.
-.0000WOM Electrochemical eugraving of glass (from "Scientific Instruments"
no-6, 1954). Leg.Prom. 17 no.6:3 of cover Je '57. (MIZU 10: 8)
(Electrochemistry, Industrial)
(Glass cutting)

7AYN, Yu.H., referent.
State of glass container production techniques in the German
Phdaral Republic (from "Spreohsaal"'noj, 1957). leg. prom. 17
no.1002-3 of oover 0 157. (MIRA 10:1Z)
(Crermany, West--Glass manufacture)

sov/1 31 - 59_1 -10/12
15(2) Feyup Yu. 19--j" pbotracter t Different
AUTHORt tfraotOry Cono"otr'ny"kh betonov
a strength Of 1 Ost, Ogneug
slaotioity an 't, j proohn
TITLE, tures (UprugOE
Temper eraturakh)
pri ra7,nykh temP lir i, pp 48-46 (USSR)
ogneupory, 1959, ,y S. Slineider publioh'd
,RIODIcAL t of an FAglisll Paper Ilir lp PP 27-32.
an abstr5c 19569
OSTRACT- ThiB er. Ceram.
in the JoUrn. Am
Card 1/1

15(2)
AUTHOR: Ileyn, X.,
. . ............................... 30031-59-2-4,)"1r
IMI)rovener, t
((JIllCll,qheniye'3f "0 Properties
svOYstv kal of Calc'um-Aluninate Cements
v Itsiy alyuminatnykh tsementov)
PERIODICAL: 0,,
-nel,j)ory , 1959y ITr 21 PP 92-92 (USSR)
ABSTRACT: This in an 'abstract
in the Of an English-laIng,5un,~e Paper Publiahed
abstrac,Tourn. Amer. Cerarl. !7- 9 1)57, N
ter in W. Gitzen. , _)0C. Pp 158.
The
Card 1/1

FEYN, Tu.N., referent
"llasticity and strength of refractory concrete at various temperatures"
('from "Journ, Amer. Ceram. Soc." no.19 1958). Ogneupory 24 no.1:47
159. (United States-Concrate-Testing) (MIRA 12M

REMPELI, A.M.; SUKHOV, P.V.; KOPEYKIN, A.A., glavnyy red.; ROKHVARGER~ Ye.L.,
samestitell glavnogo red.; VASYUTINSKAYAt A.A., red.; GARVSMAN, B.M.
red.; ZAYONTS, H.M.9 red.; LUNDINA, M.G., red.; NOSOVA, Z.A.) reds;
PETROVP N.A.9 red.; RIVKIN, A.M., red.; ROMANOV, P.R,, red.;
SOKOLOVP P.V., red.; FMI-Yu.E., red.; KOSYAKINA, Z.K.) red.;
KASINOV, D.Ya.,, tekhn.red.
[Research on clay materials] Issledovanie glinistogo syrlia. MQskval
Gosstro:Lizdat, 1963. 119 p. (Kuchino. Gostidarstvennyl nauchno-
issledovatel'skii institut stroitellnoi keramiki. Trudy no.22).
tMIRA 17:3)

ROGOV6KIY, Lec,n Vladislavovich, insh.; YjffNBERG,Gr Inzb.
LAV
[deceased); AMUSHIN, B*De, ini'Fi"*O",~n"=ucbnyy red.; GMBYBY, P.A.,
red.izd-va: GUSZYA, S.S., tekhn.red.
Cquarrien and the processing of rook materials) Karlery L obrabotka
ImmengVkh materialoy. Moskva, Goe.izd-vo lit-ry po strolt. i arkhtt.
1957. 199 P. (MIRA 11:3)
(Quarries and quarrying)

Ni T IC nrlflCipld Of 111131flnm.Z,~
iA
a)
'ell
mancii-r in which rh~ lo-dii luvt~ 1I,-
fit 1 1!: S
at
to 71 4A I.
utl,E~d
Ing StrCS5
CC a~x:
,-H. rr;-'erion, the ,~ (tv. ati(~Il (if a givvi, --taw U1,
vi d0ins-d am I :IL- lII~t%l1IlIllI1 VIA!'.1. 4 1~ it I.-
u-q that iitau, of
fiw[or then charaevriitcl
th ti
vc

(Heterogeneous methods for designing reactors. Survey of results
and comparison with experimentsj Geterogennye metody rascheta
realctorov. Obzor rezulltatov i sravnenie a eksperimentom. Moskva,
1955. 44 p. (MIRA 12:10)
(Nuclear reactors)

=
4
U.- Met. Nauk 1055,
'
sammary.214-10).-Aldth. Thetheoreti-
.1 of the fast fission factor, M, is based on an
analysis of the kinetic equatiowfor neutrons. For a hutno-
getkous rfzO-U taixt. #d can be exprwtd by the apptuximate
forntula i46_ - I - (;;rA - 1) (1 - -Y), whire gat (about
L.2) isL the fast muldplicAti,in factar in pure U"$ atut -y
Vjro/(V'jro + V.) - the vol. corien. of ITtO in Me, mixt.
TUe formula. is gill valU for a U-t(.G lattice with U slugi
of less tLaa I cm. In &mu. g is higher if the lattice con-
sists of alternate layers of V plates and 11;0. T11C cxJj(l.
results agree satisfactprity with-the v4lmts deciv f m
Od ru
s-ru
e
f
l
F
i
as.
ormu
or hatmag
no
L
ixts. of U ind 1fjO ono can
obWa ah;a from the kinetic equations ttM_ sjuA.-c-L
ico

C
AUTHORz mmfim" S.M.. (Moscow)
40-4-12/24
TITLEt Plastic Flow of a Flat Shell in the Axial-symmetric Problem
(PlasticheskoyetechentM pologoy obolochki dlya osesimmetrich-
noy zadachi).
PERIODICALi Prikladnaya Mat.i Mekh., 1957, Vol.21, Nr 41 PP-544-549 (USSR)
ABSTRACTt The present paper of the author is a part of his thesis
(Mechanical Institute of the Academy of Sciences of the USSR,
Moscow 1946) on the principle of the limit stress which was
also treated by him in a preceding paper (Prikladnaya Mat.i
11ekh.12, 1, 1946). This principle now is uued for the investi-
gation of the plastic flow of a very flat axial-symmetric
shell under uniformly distributed stress and freely resting on
along the periphery. The applied hexagonal approximation gives
the error + 7,% for the determination of the limit stress.
SUBMITTEN July 15, 1956
AVAILABLEs Library of Congress
CARD 1/1

I - - I---
CEIYANDY I. M.1 FEYNBERGI S. M.J- FROWVY A. S. and CHENMGVJ, N. N.
"Concerning the Use of the Random Test Method (Monte-Carlo Method) for
Solving the Kbietio Equation."
paper to be presented at 2nd UN Intl. Conf. on the Peaceful uses of Atomic
Energy, Geneva, 1 - 13 Sept 1958.

;!1 (4) FHASX I BOOK ZXPEOrTATrON. WV/25a3
International Conference an the Po&c*rul goes of Atomic RngtrgY'.
2nd, Games, 1958.
Doklady Bovetskikh uchonykh; yadernyye roaktor7 I yadernay-- anor-
Batiks.. (Apports of Soviet Scientists; Nuclear Reactors and
Nuclear Power) Moscow, Atoodxdat. 1959. 707 p. (Series; Its,
TrWr, TOI. 2) Zrrata slip inserted. 8,000 copies printed. in,
GOMPUX gd&.t N.A. Dollothl. Corroopondtng Member, USSR Academy or
Sciences, A.Z. Xrasln, Doctor of Physical and Mathematical Scioncos,
0":)
A.X. L*7V4n&klY, Member, Ukrainian 33R Academy Of Sciences, I.T.
Now1kov, Corresponding Member. USSR Academy or Soleness, and V.S.
Purace. Doctor Of Physical and Ratbamatical Sciences; Zd.% A.r.
Tech. 9d.3 ye. 1. wa*1'.
PURP=s This bow-k- 1z Zat-dod for scientists and engineers engaged
or
in reactor ds9LgniftZ, as well as for proreascro and atudentm
higher technical school* share reactor design Is taught.
COTMaR2 This lp" soosed volges at a six-volves sell"Um- _as the peaceful
l
a r
..ru- The six Volume$ contain that voio~vEm prv-
aonted by Soviet ooi*ntLmts at the Second Znt&rn&tlon&l Conference

Ou PG"Gftl Us$* of Atcala thargy, hold froft September I to I
-3,
190 In Q-- Volumes 2 consists of three parts. The first to
de"t*d to &toml* power plants under construction In the Soviet
Unluml the second to *xperlsentma and research reactors, the *x-
P4711wato carried out an thou, and the work to Improve thou; and
the tblzd* which is predominantly tbsor*tjd&lf to problems of
nuclear reactor physics and construction engineering. Tu. 1.
JbrYald" Is the Science editor of this volume. 300 307/208L
for title& or all volLwas
of the sot. References appear at the
SQA~mf the Art"los*
PART Jr.
EUWtDMTAX, A" RX32ARCH XZ&Mpj
4nak
=r-E r.r sondare-ko
.114k
J" A.?Mv-
, at
WO-1- -Stwem'~.p*' OCLY. ?"I. Ukf-afr~jsev L 11
(X*p*ro-0vT-rr2_q)
xlkoln r.l;. V A LN!jt I
k-1
an u
ani I ~QfIVL=
-9m ! I iv" !b I . f'.Y' -Eg-"" T - V!
4 FlWlana-6 " I
VF6 Itoport Wo. 2502-YI t R--t-~Uica 232
Ooncharov' V'V' and at a'- 30" Now and Rebuilt rA*mal Research
No. 2185)
243
2trok"vich, B.T., V.'T-XLl4vAk44'
DiftAntlLni an Experimental araptate-uj'ni~m
Isotope Producing Reactor After Four Years of Operation tReport
No. 2M) 319
r 4-N. !t-j)~ZqXob1.7sv, V.M. oryazev, V.D. 19,1=ntov,
jL. -Intormdisto
1'A.:T3YkAQ":---An
rag. Obtaining Hi~; Mdnalty Neutron pl~xo, (fte~,Ort go. 21.,2 334
C-
PART 111. FMICS A" gRODUMINO Op FjU
oR MI(M
L4yPu:nakiY A.~T Aj_._AbZAm2y, V.H. Androrev, A.I. 94137a.bVIkov,
ZLTL saznR~n-iD V-f- -AlkOv, Golubovo' A.157' -A
Q! ?w IFa
vii iiino"r.
rozav,
Ukraintsev, L.H. Usac
ofisArc?r
W"tron ire
M38) 3T7
N#kWv-V.X,.&a4 B.L. IorrF' .- _Romogenecus Natural Uranium Reactor
TRapart Mo. 22%) -- - ' 398
To- 3-Ant4lr.rov, v.P. xatkov,.LV. jLWssarav,
lkol'skly, A.W,'No,lko, V 3
av. IFUOL ter
actors and XsLp*rlxents WIth: the Uranium Water Lattice
(Report NO. 2145) 41.1
14prenko, T.A. 3elf-rogulation Lo a Water-wator Power Reactor
199

.210) FKASS I BOOK EXPLOrTATION WV/2583
international Conference on the Peaceful Voss of Atomic Eng0r67-4
2nd, Genova, 195S-
Acklady movets"kh uchonykh. ygdornyya reaktor7 I yadernsys. *nor-
nottka. (appo

le
Nu
P rts or Soviet scientists; Nuclear Reactor* and
.
1
R
c
ar
ower)
TrQdys vol. 2) (Series: It a
oscow, Atonazdat. 19
,2. TOT P.
Irr*ta slip Inserted. 5#000 copies printed.

General Zda.z X.A. Dollexhal, Corresponding Member, USSR Academy of
Sciences, A.X. rm&Ln, Doctor of Physical and Mathematical Sclerces,
A.Z. LonuasklY, Xember. Ukrainian SSR Academy Or Sciences, X.I.
XOTUMV, CorrotspondLng Member, USSR Academy or sciences, and v.3.
P01160T. Doctor Of Physical and Mathematical sciences; Ed.: A.P.
Aly"'Yovi To". W.$ To. X. "Zol..
PURMAX9 This, book Is Inter-dad for scientists And engineers ar6keed
in reactor designing. as well &a for professor* and students of
4
ftlafter. t"hM
1=1 schools where reactor design Is taught.

-COTZRAGNI ?hl ow-geopod vaimes or a aLz~ociveo the f""fut
A0
Use- dr-at-18I
i
.
anot
. 0 The six
oiumas 0 &LD z40 reports pro-
844%t4ld by Savlot acl;ntlxts at the S*cononlraternstIonal C
nfe
r.
o
on Peaceful Uses of Atostio ftergy, held from September I to 137c.
1W in 00VAT31- Volume 2 consist$ of three parts. The firat is
devo"d to Atossla power plants under construction in the Soviet
ftlOni the second to experimental and ressairch reactors, the ex-
Perin" 4 carried cut On then. and the work to improve then; and
the thIM. wblch is predominantly theoretical, to problems or

a
Lear r%GCtOP Physics and construction engineering. Tu. 1.

lbr7&kiA 1.5 the aclenc* editor of this volume. age 3oV/2oel
E
r
tItl8s Of ALLI volumes Of the set. RororenO*0 appear at the
~_~_GDAP-af-the artleles.

r.B. Yegiz&rov~ and Yu. 3. 3altykOv.
soats"Y' V.T-, V.S. Dikx"vv
"uring Neutron Spectra In &alum Water Lattice$ (Report
V
0. 2152)

in. &.1L, 3.0. Dubovskly, U.N. Lantsov, TU.Tu. 01"kOv,
.1L Ck=horov, A.V. Kamayev. L.A. 0or"ova, T.T. V&vil0v-
ftYSICIL1
To. 1. Inrutin. and A.P. Senchonkov. Studying the
.
of a Ser7l1lum-modorator Reactor ( sport NO-
torl sties
- 555
6alanin, A.D., S.A. X*alrovskaya, A.?. Mudik. Tu. 0. Abov, V.P.
SalkIno and ?.A. Krupchitakly. Critical IzVerimant on an Exporl.
mental X~&Y7~ator Reactor (Seport Mo. 2036) 5TO
Karchuk., G.I.. V. To. Puoko. To. X. rogudal", V.V. Seelov,
X.P. TyUtdr*V. 3.T. PlAtOnOVA, and 0.1. Druzhtnina. Certain Pro.
blame In Nuclear Reactor Physics and Methods of Calculating
Them (Report 120. 215L) 588
Sinyutin, G.V. and V.X. Sousiov. Determination or Control Rod
jtrrectlyen*ao In a Cylindrical Reactor (Report So. 2469) 613
Z.K.' S.K. roynberg A.S. Prolo., and M.N. Chentsov.
~'
VNIAS the Monte dir_XV
~~Oa 3&mPlIna for solving the
Kinetic Squation (Report go. 2141) 628
Lalotin, X.I. Neutron Distribution In a Heterogeneous Modlum
fteport No. 2189) 634
Kazarnovokly, N.V.. A.T. Stopanov, and P.L. Shapira. Neutron A
Th*rsallsatlon And DIrruAlOn in Heavy Media (Report NO. 2148) 6 51
Seynlkv A.Z. V.3. Tornskov~ and A.V. Lykor. Using the Onsager
Theory for 31-dying Neutron Dirrualon In the Absorbing Media or
muclear Reactors (Report No. 2224) 6"
brodori D.L., S.A. ntrkln~ A.A. L3tuzov, T.T. Levin, and
T.T. orlov. Studying the Spatial and tnergy Distribution or
-
Neutrons in Different X041a (Report
go. 2147) 6T4
A.1E1- Boron roalsatian Chambers for Work in Nuclear
DQ1trLyQT,
084
Reactors &Part No. 2
,
) 690
KirIllin. V.A., And S.A. Vlybln. 1xp*rleental Detor"Instlon or
specific voluava of Heavy Water In a Wide Temperature and ftva-
an" Range (Report No. 24T1) 696

2-' (6)
AUT11ORi rre !?SCOW) SOV/179-59-4-13/40
TITLE: The Principle of Maximum Stress
PERIODICALt Izvestiya Akademii nauk SSSR. Otdoleniye tekhnicheskikh nauk.
Mekhanika I mushinostroyeniye, 1959, Nr 4, PP 101 - 111 (Ul-SR)
ABSTRACT: Some ideas and results are put forward which are contained In
the author's doctor's dissertation "The Principle of Maximum
Stress 11 (Printsip predellnoy napryazhennosti), Moscow, at the
Institut mekhaniki AN 333R (Institute of ?Aechanicfj of the
AS, USSR), 1946. In 1948, the author only publishel short
excerpts from his dissertation in the paper (Ref 4). A peruqal
of current publications showed that the'author's investigations
have kept their value up to date. The author's opinions were
greatly influenced by the papers of A. A. Gvozdev (Refs 1, 2)
on the application of the boundary equilibrium to statically
inieterminate systems, and by the paper of I. Ya. Shtayerman
(Raf 3).-It is shown here that the limiting break-stress
principle car. be taken as a starting point for the development
of the mathematical theory of elasticity, and that the two
classical plasticity theories of Saint-Venant and Genki-Mieses
Card 1/2 can be interpreted as a consequence of this principle. Methods

The Principle of Maximum.Stress 907/179-59-4-13/40
of finding a direct solution of the maximum resp. minimum
problem in the strengLh functional are pointed out, namely
the method of approximation of the state of limiting stress,
e. -. by polynomials with the least deviation from zero, the
method of approximation of the given la%v of strength by the
succession of "inscribed" and "circumscribed" boundary
conditions, the method of building up the majorant functional
of body strength in evaluating the latter "from above", and the
combined method.- It is pointed out that the efficiency of
th,?se methods was checked by applying them to numerous problems
of plastic flow of round and rectangular plates and 3lightly
flat shells. There are 6 Soviet reforerces.
SUB14ITTED: July 23, 1958
Card 2/2

0
AUTHORS:

evnberg
41
, S. M , Konobey B.006/BO63 82-302

evskiy, S. T., Dollezhall, N. A.,
Bulkin, Yu-.-V.-,
Zhirnov, A. D. Filippov, A. G., Shchipakin, 0. L.,
Perfilly ev, V. P., Samoy lov, A. G., AH�yenkov, V. 7.
TITLE: The CH( SM)iResearch Reactor With a Capacity of 50 Mw
79

PERIODICAL:
Atomnaya
energiya, 1960, S/089/60/008/06/01/021
Vol. 8, No. 6, PP. 493-504
TEXT: The present article gives a detailed description of the Russian
50-Mw research reactor which has a neutron flux of 2.2siO15 n/cm2sec.
It is used both for research work in nuclear physics and reactor
engineering; obtaining of newltransuranic elements, testing of fission
and building materials under neutron and gamma bombardment, within the
temperature range 200K - 20000C, and in various media; spectrometric
examination of intermediate neutrons; examination of the gamma spectrum
of the (n'?) reaction; examination of short-lived isotopes and neutron
diffraction analyses. The authors first discuss some characteristic data.
Card 1/5

1%
The CM(SM) Research Reactor With a S/089/60/008/06/01/021
Capacity of 50 Mw B006/BO63 82302
The water-cooled, reflected reactor works with U235 enriched to 90%. The
critical mass (without the experimental holes) is 7-3 kg of U235, and
including the experimental holes, it amounts to 9-5 kg (loading:,w11-7 kg).
The maximum heat flow from the fuel element attains 5-5.jo6kc&l/m2.h;
the surface temperature does not exceed 1950C. Fig. 1 shows the
distribution of the neutron flux in the cross section of the reactor; the
flux has two maximag 6ne in the center of the cooling-water cavity
(2.2 lol5)9 and the other in the lateral reflector (5-jol4n/cm2sec).The
flux~power ratio is 4-4'1010n/cm2.sec.kw. With a 25% submersion depth
of the fuel elements, the reacItor can be in continuous operation for a
period of 60-65 days. Several details are dealt with next. Experimental
holes: The reacbor has five horizontal and fifteen vertical holes. The
horizontal ones are in the central part of the active zone, whose
longitudinal and cross sections are shown in Figs. 20. At the output of
the holes the neutron flux amounts to J3.1010n/cm2sec. The vertical
holes are located in the reflector with the exception of the central
ones. Three of them serve for obtaining transuranic elements (one of
these being in the center), two low-temperature holes serve for metal
Card 2/5 Or-

The CM(SM) Research Reactor With a S/089/60/opa/o6/o1/021
Capacity of 50 Mw B006/Bo63 82302
tests, two high-temperature holes for the testing of fuel elements,
chemical analysee of the cooling water, and corrosion tests. All of these
holes are water-cooled. Furthermore, five gas-cooled holes serve for
testing fission and building materials in the range of 0 - 600OC; one
hole (cooled with helium gas or liquid H2) serves for material tests at
low temperatures; one gas-cooled hole for material tests at -.,2000OC;
one hole cooled with liquid metal (10000C) for testing fuel elements and
coolants. Construction: The following demands were made on construction:
creation of a small active zone that would withstand high thermal loads
for a long time, and its cooling; application of a maximum number of
experimental holes (their distribution is shown in Fig. 3); possible
exchange of fuel assemblies without pressure drop. Figs. 2-5 illustrate
particulars of the construction. Reactor body and cover: Fig. 2 is
described. The cylindrical part is made of 36 mm thick stainless steel
of the grade /X-19H'?r (MlMT). The reflector consists basically of
beryllium oxide; it is made up of blocks comprising about 65 different
types, which are enclosed by steel plates on top and at the bottom. Fuel
element assemblies, The element itself has the shape of a plate with a
Card 3/5 /~_r

The CM(SM) Research Reactor With a s/oaq/6o/ooa/o6/01/021
Capacity of 50 Mw B006/BO63 82302
core, pressed from uranium oxide powder and electrolytic nickel; the
core is contained in a -iickel can. Fig. 6 shows a section through the
assembly, Fig- 7 another through a fuel element. Data of one such
element are compiled; every element contains 12.5 g U235. The cylindrical
body shield (Fig. 2) divides the inner reactor cavity into two zones.
The functions of this shield are briefly discussed, and the cooling water
circulation is described next. The control system is described in greater
detail. This system consists of two automatic regulators with two
regulation rods each, four shim rods, and four safety rods which can
also be used as shim rods. The automatic regulation is operated by 13
ionization chambers located outside the reactor body; it covers the
power range from 0.5 to 100%. Several details concerning safety and
shim rods are thoroughly discussed. Reactor shield: Fig. 6 shows a
cross section through reactor plus shield. The latter consists of steel
and heavy concrete. A few details are described, and the pr -as of fuel
extraction is briefly dealt with. The cooling system is finally discussed.
It consists of four closed, separate loops. The water is kept flowing by
circulating pumps (500 t/h, 10 atm); the heat exchange power is 15 Mw.
Card 4/5 VY

The CN(SM) Research Reactor With a
Capacity of 50 Mw
There are 6 figures and I -~v~(-t
SUBMITTED: March 15, 1960
S/089/60/008/06/01/021
B006/BO63 82302
k-k-"
Card 5/5

KANA'YEV, Andrey Andreyevich; M11M4Q#_3.11.#_rotqenzent; ALIKIEOVICH)
A.V., inzh., retsenzent; KUDANOV~ N.N., in nauchrqy red.;
XTRNOV, Yu.I., red.j MOLOVA, V.M., tekhn. red.; SHISHKOVA,
LAp tekhn. red,
(Atomic power plants] Ato=ye energeticheskie ustanovki. Le-
ningrad, Sadpromgiz,, 1961. 427 p. (MIRA 15:4)
I, Cblen-korrespondent Akademii nauk -;S.* (for Feynberg).
(Atomic power plantp)

FZVYN~ERG.- S. M.--
PHASE I BOOK EXPLOITATION SOV/61706
Konobeyevskiy, SO. T:, Corresponding Member, Academy of Sciences
USSR., Resp.
Deystviye vadernvkh izlucheniv na materlalv (The Effect of
Nuclear Radiation on Materials). Moscow, Izd-vo AN SSSR,
1962. 383 p. Errata slip inserted. 4000 copies printed.
Sponsoring Agency: Akademiya nauk 333R. Otdelenlye tekhni-
cheskilch nauk; fizilco-matamaticheskilch nauk.
V
Reap. Ed.: S. T. Konobeyevskiy; Deputy Reap. Ed..: S. A.
Adasinskiy; Editorial Board: P. L. Gruzin G. V. Kurdyumov,
B. M. Levitakiy, V. S. Lyashenko (Deceased~,.Yu. A. Martynyuk,
)~u. I. Pokrovskly, and N. F. Pravdyuk; Ed. of Publishing
House: M. G. Makarenko; Tech. Eds: T. V. Polydkova and
I. N. Dorokhina.
Card 1/0

The Effect of Nuclear Radiation (Cont.) SOV/6176
PURPOSE: This book Is intended for personnel concerned with
nuclear materials.
COVERAGE: This is a collection of papers presented at the
Moscow Conference on the Effect of Nuclear Radiation on
Materials, held December 6-10, 1960. The material reflects
certain trends in the work being conducted in the Soviet
scientific research orginization. Some of the papers are
devoted to the experimental study of the effect of neutron
irradiation on reactor materials (steel, ferrous alloys,
molybdenum, avialgraphite, and nichromes). Others deal
with the theory of neutron irradiation effects (phyaico-
chemical transformations, relaxation of internal stresies,
Internal friction) and changes in t~e structure and proper-
ties of various crystals. Special attention is given to
the effect of Intense Y-radiation on the electrical,
magnetic, and optical properties of metals, dielectrics,
and semiconductorn.
Card 2/4X
7'

The Effect of Nuclear Radiation (Cont.) SOV/6176
TABLE OF CONTENTS:
KonobeyeV,Bkiy, S. -T. Contempory Ideas bn the Effect of Nuclear
RadiatlUnB on Solids 1 5
The article deals with basic characteristics of the effects
of irradiation with Y-rays, neutrons, electrons, and heavy
charged particles. It is noted that no definite Inter-
Pretation of the mechanism of neutron-irradiation effects
on mechanical properties has yet been established.
S. M
Research Reactor CM. Its Use in Study of
.!qnbergj
MetTl-s-and-Otfier Solids 21
A general description is presented of the CM 50,000 kw
(thernuil) research reactor whose construction is presently (1960]
being completed. Experiments in the following areas are
expected to be conducted with the reactor in the first
series of investigationa in solid state physics: i)ieffect
of-the integral value of neutron flux on the mechanical
propertoies of vavious materials at different temperatures;
2) effeat of temnerature during irradiation on the diffusion
Card 3/0

--MNBEF-Cl. Saveliy Moiseyevich, doktor fiziko-matem. nauk,, laureat
IArtFiivs-kqy-premi-'i;- KANTER, A. I., red.; VAZAROV A, A.S. I tekhn,
red,
(The peaceful atom] Mirnyi atom. MosWa, Izd-vo "Znaniel"
1962). 29 p. (Narodnyi universitat kulltury. Takhniko-
ekonomicheakii fakul'tot, no.18) (MIRA 15:2)
(Itomic energy)

7-M'ERG. Saveli '~qiv -evich, doktor fiziko-maten. nauk, laureat
- -ey
Leninskoy premii; PEKHLYUDOVA, A.S., red.; NAZAIROVA, A.S.,
tekhn. red.
[The atom and the atomic nucleus) Atom i atomnoe iadro. Mo-
.gkva., Izd-vo "Znanie," 1962. 30 P. (Narodnyi universitet kull-
tury: Estestvennonauchrori fakulltet, no.23) (MIRA 15:2)
(Atoms) (Nucleip Atomic)

L 11038-66 ENT( 1 ) /F--!T(m)/FPF(c
. J D fi"ij /135
ACCESSION NR: AT5013781 UR/0000/62/000/000/0021/003~
AUTHOR: Foynberg, S. M. f
TITLE: The SM research reactor L its use for m--tal and solid state re'~carch
801311c1.": sove8lic-11111kiye po probleffie Doystv lye yadernykh Ultichenly ma materialy.
Moscow, 1960. Deystviye yadernykh IzIucheniy na materialy (The effect v-f nuclear
radiation on matm fats); doklady soveshchaniya. Moscow, Izd-vo AN SSSR, 1962. 21-33
TOPIC TAGS: nuclear research reactor, neutron irradiation, neutron diffraction, -;-.7ater
cooled nuelear reactor, solid stalk, research faeffily. mctdlurziq ivst: h
ATISTRACT: After discussing the requirements which sh~ld be by res-earch nucle---
rvaetol-'. . the akkthor shows that a watttr-limleratc:d With a
intermediate neutrons with a neutron trap, represents an eeonomic to tt-wo prolilems
simultaneously: prothiction of high Intensity thermal and fasi The idea.9
discussed were enibodied. in the design of the SM research reactor ha-n- a heat power of
50. 000 kw; the construction of this reactor is now very close tD comple' ion, Wid is
descrllx~d in detail io-ether with its operntion. In studies of materiLds =d solid slate
Card 1/2

L 4038-66
ACCESSION NR: AT5023781
physics research, use will be made of gas-cooled channels placed in the zone of the hard
neutron spectrum, and also water-cooled channels placed in the reflector. Neutron
j diffraction studies will be conducted in a horizontal channel. Other channels will permit
studies covering the temperature range from liquid helium to 600C and higher. rourteen
~h the aid of the SM reactor
topics of research in solid state physics which are planned
are enumerated. Orig. art, has: 8 figures.
ASSOCI ATION; None
SUBMITTED: 18 August 62 ENCL: 00 SUB CODE: NP
NO REF SOW:000 OTHER,: 000
Card 2/2.
MN- 107"!
-1 P-0
~ IN

FEYNBM, S. M. ; W)Y~V) V. A. ; VOROBYEV, Ye - D.
"Reactor SM-2 with the Highest Available Neutron Flux."
report submitted for 2nd Intl Conf, Peaceful Uses of Atomic Energy, Geneva,
31 Aug-9 Sep 64.

-r Ya.-V-- --- -
"The pulse reactor potentialities, (for neutrino investigations 1)."
report presented at the 3rd. Intl Conf on Peaceful Uses of Atomic Energ3, Geneva,
31 Aug-j Sep 64.

'E-17fc VETT"n~-?/FT-IR Pr- T
A P5 00 1 2 ~i 7
m
F; i-i i -i n rf f- x p in, Ima f in:i Ih:i t - I i
SOICRCE- At-mityaenergiva, v. 17, no. 6, 1964. .152-463
-(-;earch reactor roactor/SM-2
N.-, T if paper is a summary of thf- SSSR 4 Internation-
ca c e f u 1 1, !F; e s () f A t c) m i,~ - E,, i c, i L'~ ~!i -4 to r
~1 - 2 design.~d for a wide ranrye of investijations ir. nurlepr phvs1cs, s(
rn,~t;illurg,;, rachat ion rh,--misl ry , I )! 1 v it) nu Apar
.,)7truc- ion, and othor Fields )11 sri(~rlcr, -I--, j to,
%V a s rieEcrioed in Ato=.aya Energlya 8, 493 (i96,j). ii-he tmherrnzu rirfutruri flux i13
2 5 1015 n/cni". sec at 50,000 kw, The fast neutron flux with enerqv lar,7,er
c ,, d 2

N R A P500 1267
9 figures
MO-v in Ll e active i,,one exceeds 1015 ncm2. sec
~'I-zo(-TATION- None
Cord-

T. 24?
i
NR- Al"5001268
(dw~easod)
V,/. Fevriberg, S. N1. L-X e 7. r- i A
enli!:'Vanov -1
Ya.
'-V
V Shevel V-
TITLE: Pulse graphite reacto GR
r
SOURCE: AtorrinaLya energiya, v. 17, no. 6, 1964, 463-474
TOP*.C TAGS: pulse graphitt reactor, high neutron flux pulse, nuclear reactor
ABST RACT: The paper is a summary of the SSSR #322a report at ,,'-;e internation-
ai Conference on Peaceful Uses of A-tornic Energy in Ge;ieva, 1964. it represents
an elaboration of the description of the pulse graphite reactor IGR gven by
S. N1. Feinberg at the Second International Con.'erence. T',,,-~ pu.-,-e re-actors are
used when a high neutron flux is desirable. The described reactor was in opera-
Card 1/2