SCIENTIFIC ABSTRACT NEVSKIY, A. S. - NEVSKIY, M. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001136810004-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

24(a) FWZ I MCI EULOITATION sov/i8z6
AkadeutJ& O&Uk SSSR. Enorgetichook%y Inatitut
TOPIGROP64achn I teplovoye modollrovanlya (heat Transfer and
Modeling1jor ficat proceoges) mtecow, rtd-To AN SSSH. 1959.
419 P. rrata allp Insorted. ),500 copies printed.
"esl;u"d A. Rikheyav. Acadestatmas Cd. of Publishing
OR.A. Ivanoval Teca. Fd.s 0. X. Shavchanko.
The book Is Intended for scientists concerned w!t?!
trftnsf*Po hoot 6010sior., and hydraulics of liquid metals.
COMAGgs This collection is dedicated to -he memo" of Azad*Mctan
A. V. Eirpichow who In the twenties initiated a systoma-ic
Investigation of beat transfer processes &W the efficiency or
heat apparatus. Later he led the development of rose~rch work in
MIS field. Two special Ollections devoted to works of Ili
a -pichav a
sohQQ1 have been published. one In 1938, Utor&aly so,oshchentya
PO Mdellrovanlya (Materials of Cho Confer*=@ on Modelling) and in
1931. Toorlyn podoblya I modollrovaniyo (Theo" of Si.-Jilltude
AM Modeling). The present collection prepared in 1956 represents
further development of the work of this school. This theory Is
fundamental for the &nAlysia of many heat problems in 'he field of
*I*Otrla&l And radio OnginGOrIng. Of groat 1RpQrtLnCG are the
first systematic Investigations of' heat tra"for and "he
hTdreullOS Of liquid metals which as a ne- kind of heat carrier
Sky be wood In the various branches or ~Odern anginoor1r.6. As a
result Or SPOOL&I Investigations of sow cdoea of convective
beat transfer, a dependence of the process on the kind a! '%quid.
ts"raturs. pressure. dIrOction of the hoot flow. and other
factors, was discovered and established, On the basis 0!' a wide
goeralIzation of experimental data. now dependable recosmandations
or heat analysis of :AgInooring equip"nt ".-a developed. Of no
logo Interest is the ark on heat transmission In boiling liquids
&W Abo condensation of vapors. All investigations A" based an
the thmory of 818111tuds. the nature of -Mich. 6cCording to M. V.
Urptcher. Is that of *experimentation.* Work on the thaory f
S r4gU14Lr regime applied to a SZMt&M of bodies 91 In an Internal
scurGe of heat Is of Interest for the future.
cam 2/20
-1 -uriwv 1. 1 )n KoLhods of AMIYSIG or :nterral 31?
Coarrtelents n or method. for Z"f;
This 'ark cont~'.D. a dencr~ptio
integral emd local rediatlQfl angla coorrl.lonts --j'
two-dimensional MW or name catedorlas or th...
IN probloaffl. ZXUMPIOE of the application of these "thoda ar~
re r r1leld
given. Stsione. thoo"me an the kinamutic lt~ctu
of radiation And the properti . of re'll."lon
described. The rollo-Ing POT.litle. .10
P. S. Aloksandrov &M A. N. Kolmozor., In ~-nnv~tjon Kith tt-
determination of fundnnontale or the thoorl and -Svremsmt ~f
great numiyara; V. A. F.k, G. :- Holy-'- t-
Surinov. In orwootjor with the 11th-d' -f ~~'Yr" 'r
geometric inviriants ~AnEIO-COO rricients 0' Irra.11~t1--
are 16 roferwnceal 1) :;Ovl0t, 2 Inellsh, rj Cor-~.
_&L!lk% A- S* Application a( the Tneory or to '"A
P.M.- arl "'Mor.
!tbd1.t!o1. 1. a
of This article consist$ or . gyatematic review rtne appit-t.-
of no tne.)" of imilarltX to lnvGstIE4'-I'nM f ru-111~tL.n 1.
trl~ ansmCMrs or rrnacv. %nl bupncrs f C~11.or5- Ln.
, place , rurn--j .,I buln-.
complexity of p,.a.,4g t_Irw
rawilation was XtkAi1dGs*osV.cOntd1nc'3 Prob*91-
in the stud, of this problem were -de by G. 1-nov.
"t'lizz
?etunin. and pi-t P
.or* done by 0. POIY&x-
',41*~Akty'~M
Ji. ". GlAr-10h. S. To. ftothavahty. . w.
F. K. gonakow. tu. ',. Supinojt,bor~t.d r.h'.O~ or
exchange In the prosen3a or ablorblne -nA
The- ." 2h -'CTIct

~&-'9-4-11/21
AUTHOR-. N,:~vskLl-~7; A.S,~ Te~nn.-*,;al "c n c;e
TITIB CoLtamfnaticn on the
Zffes.ti-iejaess cf Cp2,ratiori c-f t,-,a St-l-reens (0 vli-yanii
z.&t;r73znen.:-ya ekiawaf?,d povQ7rkhn(,,s-r,,?-v na- effektivnost'
ra~bot--&-,y F:1,-ranuv)
PERIOD MAL Tf~7 p1c -3ne:r Fet i~~' '6-6! (USSR)
Jjr 4,.
ABSTRACT, of radiati-7e heat exchange in the
fiumaces of qteam boilers L)a-ra been based on the
a5SUmpti-In tnaT: radlation emitted by the heated surfaces
neo, --.L --, Ojai., a:~-- j c, r)jj w2--~h radiatioL from the fire.
gi
hen the !~-:n~.pac3 ~Lmi toil-ef suj-fa,,~es are c'ean this
--r~!.JJ-d but it., hp-L been suggested
t~,at when are htQ.'~-Lly ~~Ont-aminated their
mu~.'hl ~Ealcl may give off
-L_ '~ of interest to
It i I
pr.)tltalm. from a t:iaci,,--ti(.al standpoint. In
jr 4~ 4
T,Ll L'S al's, -deff;tU oa the one haftd from the
&tz~~-ipojm.t ~--f tc~lal- radia-i-.v~: heat exchange in the furnace
c:hamt-~!r, tak-Lng a-3 a ba.~i.!~ magn.1-twie of the visible
;::Ed--'at-'L-c-L fa-L.tc,r and,,-n tte cit-11--a: hand, ~dn the basis of
bard 1/3 1. - -n L -L
-: :~a.L -,alk~-`--g a3 data the -incident and

071/9E-L' 9-4-11/21
The Iraf S ~;L -:n~ iLff a Ctiven ass
of Operat--,-~n of
~-,f ~-he w~~ill. F-rst, the
-an wi'~;I; radiating medium
Sa The chambe r
te rat,,% re
I-, zrL-L-i rad ia ti on abs o rbing
-,I f tibis mol-i.rtted on an
'n I~t.-e -,--azjit the tubes are
slag
C'. i j-TLf~~ .,)n. .erj. avers --f f17asIa,
~' I- c S re
a.~.3,ae-r,~on, 3re m;-~d h a a
-'-n Leat ex,~hang--.
IJ. t- Ve -t 17,00~r-t is gi-~-en formuia 18 gives
t he h~--at exohange per square
wall on the. assumption that the
I -J. I 1:1~ di. 11111 1 !3 '~'. Ono Lant U 8 ing
,;h~~ T!x t--emieruti;xe w-Pthod of ca' ulati
tIrl,? .~n flirn.acez 47L-Di formula -may aiso be used
-t-o A-SxCL-L-'IIge i~l . .ria furnace, see
'.'h i -3~n "e fol-1-her to the form of
-~ (~ 'I-hLe af bw the method of the
Le, r .~en.
~Iard 215 of ~j:,.1.2A V'L' V 1 3 g]_ Ifeat exchange at the

1_;'v196--- ~; 9-4-11/21
1-c- E.-
The Influer--~e of Screan C-,L:- a:.e Ca t '~:,,!~,-ctiveness
of Operat-ir-a cf tLP5
cf .-;,,nSidered. The method of
ijrrivinG ~,Lt ;-,71 eqiat].on ti).at iDay be ~,sed to determine
the -,-~effic--'ent ow" the screen Ls ty-plai-ned.
~naia-', -c baTwe-ar- the coefficient of
.;liermal ol thr; oci.-lex. and the referred
~
t ity are 6iven Jn Fig.'. Lccai values of
L 3CIpti' -7a ctapac 0rmal probe readings
- '-'l,ix are. corisidared. 1hp.-,
radi-ant L
a 2:-e 11 -:z 0, df'--, P t 7; o fora IC; 4 n~Onditions, giving
t,,wc t(TJj-,,!0U,3 -`f 7]-Pt~ (39) with two
L
b- -solired simu'tazaously. In this
vTa,7 W.Lt Lt"Ll.e cl.f~gr~--e -f '-Idac;~-riess of t?-,e radiation
.az. tr~ found. 17e5t data obtained for
a are ~,:E-J-efly giien. There are
lo
-1
(Scientific Research
Institutr, of 1-hermal Tecl~nology)
Gard ~,/~

PHASE I BOOK EXPLoDITATIMI SrW14076
Nevskiy, Aleksandr Sergeyevich
Primeneaiye teorii podobiya k izucheaiyu teploxlf raboty nsgrevatellnykh pechey
(Application of the Similarity Theory to the Stu_dy of the Thermal Processes in
Heating Furnaces) Sverdlovskp Metallurgizdat, 1960. 126 p. Errata slip Inserted.
3,650 copies printed.
Ed.: A.V. Kavaderov; Ed. of Publishing House- M.K. Syrchina; Tech. Ed.: Ye.D.
Turkina.
PURPOSE: T1je book is intended for engineers working in metallurgical heat engi-
ueering and scientific workers. It aay also be used by students In advanced
courses at schools of higher technical education.
COVERAGE: The problems of applying the theory of similarity to the study of thermal
processes in heating furnaces are discussed. General aspects of the theory of
similarity are briefly reviewed. Application cc? this theory to continuous and
batch-type furnaces is studied. Principles of mode-ling f heating furnaces are
Card 1/5

Application of the Similarity Theory (Coat.) SOV/4r)76
presented. No personalities are mentioned. There are 34 references-- 52 Sarlet,
1 English, and I German.
TABLE OF CONTEXTS :
List of Basic Symbols 3
Foreword 7
Ch. I. Method of Analysis of Units of Measarement 9
Ch. II. Fundamentals of the Theory of Similarity valtkedness 13
1. Determining equations and conditions for single 13
2. The method of the theory, of similarity 15
3. Geometrical similarity 16
4. Similarity of sca].ar fields 18
5- Siailarity, of vector fields 19
6. Power ccmple~.,ps 20
7- Similarity of averaged quantities 21
8. Temporary similarity 24
9. Basic theorems of the theory of similarity 26
Card 2/5

Application of the Similarity Theory (Cont.) SOV/4076
Ch. III. Equations DescrIbing Processes in Heating Furnaces 27
10. The nature of radiation phertomena 27
11. Radiation equaticas 30
12. Equation for metal heating 38
13. Bowdary equations 39
14. Effect of hydrodynamics,, combustion, and mass exchange on the
furnace process 42
15- Initial considers-tias in the application of the theory of
similarity to the stuiy of heat exchange by radiation 44
Ch. IV. Analydis of Processes in Heating Furaaces 47
16. Balance equation and theoretical temperattwe of canbustion 47
17. Deduction of the system of similarity criteria 51
18. Particular cases In amalysis, of phenomena 6B
19. Heating furnace with a steady regime 69
20. Geaaetrical factors 72
21. Fields of physical constants 72
22. The field of absorption coefficients 76
23. Hydrodynamic factors 77
Card 3/5

Application of the Similarity Theory (Coat.) SW/40T6
24., Fields of ab,solute temperatures of fuel and air 77
25- Field of heat liberation 78
26. Fields of other qvaatities T8
27. Batch-type heating ftixmces 79
28. A case with no heat liberaticm in the chsmber 81
29. Physical meaning of some criteria 82
30. Other methods 90
Ch. V. Practical Application, of the Method 93
31- Processing of the experimeatal material 93
32- Problems and general principles of furnace modeling 97
33- Modeling of continuous hem-ting furnaces 101
34. Example of'modeling a continuous fuftaae 105
35. Modeling of batch-type heating furnaces 11-1
36. Example of modeling a soakiog-pit furnace 112
37. De"lognent of design methods 113
38. Design of a continuous furnace U9
Conclusion 123
Biblicgraphy 124
Card 4/5

V.; --IJUKOOVA, L. ~.; ~jj~LY'IJEVA, A. !.; SEAROVA
NDIEM, A. S. ; ARSEYEV, A. D T. V.
Clonvecti*ie heat transfer in rc-- ir,~
ma=s Transfer, Min-s?, ---L
repor-t submitted for 2nd AI~L-Unlun f,onf' on
Mly 1),)h.
L-1-Union Sci Res lnlMetal-'Lurg...

8 5 4 3 9
S C.! 10 0
Bb
AUTHOR: Nevskiy, A. 3,
TITLE: The Melting Mechanism of Multicomponent Systems
PERI:ODICAL: Inzhenerno-fizicheskiy zhurnal 1960, Vol_ 3, No 11,
pp. 102-107
TEXT- The author investigated the melting process of perpendicular or in-
clined plates of crystalline bodies. It was assumed that thH temperature
gradient in the solid on the bcundary layer te. the molten.-off material
is constant. In a thermodynamic investigation the author derives a formula
for the fusing rate of the material. From this formula it may be seen that
the fusing rate depends on the fusion beat of the material and the condi-
tions of the heat supply on the boundary layer between solid and molten
material. Formulas are given for the thickness of the boundary layer and
its temperature. Furthermore, the author investigates the fusing process
in consideration of' the pre-heating of the plate caused by melting-off.
This Means that the temperature gradient in the solid on the boundary lay-
er is no longer looked upon as constant, The variation of temperature dis-
tribution is studied in this case, and a formula is given for the quantity
.11
Card. 112

85439
The Melting Mechanism of Multicomponent
Sy;5tenis
S/170/6o/003/011/013/016
B01)/BO,56
of heat absorued as fusion heat by a layer of the thickness dy. Finally
thi.~ following differential equation is set up for the boundary layer for
the conditions intrestigated here,
(I- Xdt da (1 ?L ~LZL) (19)
fix dx ~x 6 v
Th:.s differential equation differ& from that describing melting-off at
constant temperature gradients by the tern.~
x d6/d-r
6
There are 5 figures
ASSOCIATION,., Vsesoyuznyy nauchnc-issledovatel,skiy inst.tut metallurgi-
cheskoy teplotekhniki, g,. Sverdlovsk
(All Union Scientific Research Institute .'or Metallurgical
flea,, Engineering. Sverdlovsk)
SUBMITTED,. April 78, 1960
Card 2/2

"MKIYV ASo,, doktor teldgunauk
I - -1. .
Wiant heat G'xchange with a contaminated screen wall.
Teploenergetika 7 no.10:75-79 0 160. (MIRA 14:9)
1. Veasoyuznyy muchno-iseledovatel'skiy institut metallurgi-
cheakoy toplotekbniki.
(Ifeat-Tranamission) (Boilers)

5-13 J- GI.
52
56
287. P. 1. P-.ln, "L.- ~n C-'-tr at
rlow in at
i.~, N. K:= L . 113 ic, G-3

259. V. 1. n. f va'- 3r~- at 1-111r- ~r

290. M. G. sty~ldn' Fc'~U- 01 11-t at .3'rf-

291. X.-1 't. '~t-y f C.'.-ti~ H,at Tr-:e.- at V-oi:.,t.-._
292. 1. R. L7 S. L~ ... -lk-, C--
.t High P---
29.$. P. 1. P-".'
Cal -1 ut
294, A. V. A~...
~4, A-~ 1-. ~!-t :a
-
-, at C- ~l
C.7
295. C. F-,.I-t-z f Ele.~c U- Pr-ml-..

li-cas

297. L--,-!!

298. G. V. L. S. Al-1-3, Or, V.~ t-
or 'r-ra of Al'
z)q . S. E.I-ayi (iml) 'f
Dryl.2 t C..'.Ii..
300. A- S. Gtnal-z,
Ni- -
..t at E-I.- f -r- cu"I'
_
C.Zli-2
>32. r. 1.

'W3. A- F. S- I Y

'534. V. -r'. A~_N' Y.-: :T-- ~t' 'r !'-t- -'l

505. Q- A. t.'-

NEV,3XIY, A.S.
Ma t e r i a I r p r e p a r a t 4. o n in i r, v e.5 t i Fa t, 4. -~ gE m e 2 t f n-:- ') f t ~- C - ,, ~ r E c- -- n
a liquid melt. Izv. vys. ucheb, zalr.; chern. met. 4
,61. (MIRi I c.: I)
1. Vs-soyuznrj nauchno-issledovatel'skiy institut
teplotekY.niki.
(Open-heart;, furnaces) (scrap metals)

IIEV.SKIY; A.S., doktor tel:hn.nauk
Physical meaning of radiation equattons and associated orroro
in the derivation of the energy equation. Teploanergetika
8 no.8:94-95 Ag 161. (MIRA 14:10)
(Heat-Transmission)
(Purnaces)

MSKIYP A.S,
On P.K.Konakov's article in IF& no.6, 1962. Inzh.,fiz.zhur.
6 no.3:127-130 Mr 163. (RMA 16 z4)
(Dimensional analysis) (Heat engineering) I

MENSKlY, Aloksandr Sargeyevich; KAJA17E'.,,kjV, A.',V'., ;i,ktor tr-khn. nauk,
red. ; SPIAKOV, G. I., retsenzc-nt: Yk-'-
izd-va; Ek-USEV, A.I., tek~za. red.
Dleat transfer in oj~on-llearth f'urnacof3] Te,.loperf-Ljlt(-,rl,~,V
martenovskikh pechakh. Moskv;i,
0,'!;~A 17:

NEV3KIY, A. S.
.3slaction of an initial Impulse for the continuous automatic
control of thermal processes on open-hearth furnaces; can-
cerning A. L ChernogoloV's article. Izv.vys.ucheb.zav.;
chern.met, 7 no. 4:160-163 164. (MIRA 17:5)
1. Vaesoyuznyy nauchno-issledovateltakiy institut metallurgich-
askoy teplotekhniki.

IIEVSKIY.-A.S.; SIIABAiltv', K.N.; KITAYEN, B.I.; 7ABRODSKIY, S.S,.
rlikolai Sjyrom7atnikov, 1915- ; on his 50th b-4rtnday.
Tn2:h.-fi7. zhur. 8 no.-,1:411-4-12 f - L- I ,, r .
~. ',I! F"I I p : ~ I

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04=16- aia

A ~v
.-001
LLAL -
L 00479--66 P-',iT(m)APF(c)r,-,VP(-t)Pr-WP(b) LJ.P(c) JD
7CCESSION NR: AP5020560 UR10294165/003/004/057710,50
6
535.231.4046. 265
AUTHOR: Chukanova, L. A.; Nevskiy, A.'.
TITLE: Experimental investigation of the irradiation of carbon dioxide gas at
nonequilibrium temperatures. 11.
SOURCE: Teplofizika vysokikh temperatur, v. 3, no. 4, k965, 577-' 586
TOPIC TAGS: gas irradiation, carbon diaidde, nitrogre,.,,,,,i_eMperature dependence
.4.,BSTRACT: Irradiation ciF ihe gas was carried out in. t,.v(. ct-.ax~aL chambers with
a beam length of 163 mn-. -_',i each chamber. Along the axi., of the chamber were,
-neasuring the irradiation f gas ail, to the right,,
to the left, a radiometer for i
a, hot or cold black body. A mixture of carbon dioxide gas and nitrogen was
ach chamt
blown through the chambers at different temperatures in e. )er. Each
chamber consisted of an inner volume in which the irradiation of the gas was mea-
sured, and ail. outer annular space in which the gas was heated. Three series of
experimenta were made: 1) with identical temperatures and carbon dioxide concen-
Card 1/2

-J~ 00479-66-
AlICCESSION NR: AP5020560
.-trations in both chambers, 2) with different temperatures but identical concentra-
-tions, and 3) with different temperatures and concentrations in both chambers.
.,rests were made at nonequilibrium kamperctfures up to 900C. Experimental
Nailues agreed well with calculated values. For calculation of the temperature
dependence of gas absorption, it is recommended to proceed by an approximate
method based an the assumption of lack of dependence of the spectral coefficients
of the absorbing medium on its temperature. This method has been verified up
to 900C. Orig. art. has: 6 formulas, 7 figures and 3 tables
ASSOCIATION-. T86807MMY. nauct-wo-iosledavutelluldy insti-tnt metallwgiahezkoy
teplotekhniki (AU-UnIon Research Institutefor Metallurgical Heat Technology)
SUMUTTED: 29Jun64 ENCL., 00 SUB CODE: ME& TD
NR REF SOVi 003 OTHER., 000
ccrd 2/2

L
ACC NRt AT6001.367 SOURCE CODE: UR/0000/651W~1000/023010238
AMOK: Nevskly, A. S.; M~r A. V.; Chulmnova, L.
Nallsheva, It. 1.
C/ L'(
ORG: All-union Scientific Research rastitute of lfetallur!~caj_H~g! Engineerin
-8 - 1.
teplotekhniki)
t
11119: Convective hea transfer In cylindrical chambers with flow recirculation
SOURCE; Teplo- i massoperenos. t. 1: Konvektivnyy teploobvien v odnorodnoy arede
(Seat and mass transfer. v. 1: Cdavective heat exchaage in an homogeneous medium).
Witak, Hauka I tovkhnika, 1965, 230-238
TOPIC 1WGS: heat transfer, cooling, combustiom chamber
AB-SMACT: Experliments were made to determine the heat transfer conditions when a
hol: pts to injected through a nozzle at the closed end of a cylindrical chamber.
Under these conditions, a pressure gradient alang the wall is established which In-
duces flow recirculation. The latter considerably increases the heat transfer
frout the gas to the wall as compared with convetitional turbulent heat transfer
without recirculation. The experiments were conducted with two chambers which were
1.83 ni and 2.43 m Long mui 0.3 and 0.18 m in dimmeter. The cylinder jackets were
divided Into 13 and, 16 separate compartments, reispectivelyo to permit calorimeteric

L 1.0091-66
ACX PIR: AT6001367
0
meam.irement of the beat transfer at various points In the cham!ter. Air prefteated
to 5173K was injected through one central and one! peripheral. nozzle. The nozzle
diaireters and the flow rates were varied as parameters. Iluex (experimental Husselt
numler) were determined from the measured flow rates and temperatures in each calori-
Metxic section.. Nu was then calculated from the formula Nu - 0.018 Re and the
rat,to Huex/Nu was calculated and plotted for various aft flow rates avd nozzle
sizi~s as a function of the distance from the inlet. It was found that 0 Increases
and at: a distance Z (1.5-2.9)D (D is the chamber diameter), it reaches a maxi-
mum which for a given flow rate may attain a value of 7. When the air flow rate
thrqugh the central nozzle was Increased, the maximum of 0 shifted toward the
cbattber outlet. The maximum had the lowest value when the.air flow rates through
the central and peripheral nozzles were equal. When air was injected through 55
uaffatmly spaced orifices in the chamber bottom, + had no maximum and decreased
rapidly to the nonsal value for turbulent heat transfer. OrIg# art. has: 5 figures.
(PV1
Sul; caDE: SUBM DATE:* 3Uug65/ AM PRESS: $41746

t, ,
:41-113?ly,
Expc~rimentu", ,m thcy, ',hi, !-cef"'~.r: ',,~ '
of ray al tenuntlon in a Nri-,;Ire :n(-.ci--',dm,, zhur. --"
'j . " ',f F)~, , -, .
na. I : 13 5-IJ7 .1-ri 1 ~
I. llnst,~Lut mptal surf- i rne r,;.:oy tol '-ct, 'r-hm~k` , "veni-'ev,,'k.
3ubmil.ted %pr'll ':-Iy Y46i..

2L,2-415
USSR/Electricity - Literature Feb 52
"Literature on Industrial Power Engineerf.ng,"
compiled by A. V. Nevskiy
"Prom Fnerget" No 2, PP 30-31
Lists and describes briefly contents of 21 bookc;
published in USSR (16 in 1950, 5 in 1951) on in-
dustrial power engineering, including "Electron-
ics" (ITlektronilm"), an exposition of the phys-
ical basis of electronics, describing fundamen-
tal vacuum tube devices and ways of using them
in apprcpriate equipment, under general editor-
ship of A. L. Zhigarev (1951).
242145

1. A. V.
2. USSR (6uOj
4. Technology-Bibliography
7- Survey of tachnicel booVs firid Journals, jol'kitcamailArItt, '10. 4, 19)~-
9. Monthl 1.1ist of Russian Accessicns, Library of Congress, April, _1953, Uncl.

IIEVSKIY, A.Y.
Literature on indastrial power engineering. Pros.energ. 10 ao.5:30 Ky '53,
NLRA 6:5)
(Power anginearInC-Bibliagraphy)

1-1 ;. .-
-,(", 1 ~. S t:1 -,I i " I S t f ()I )-* --
z ! '~;- (,. (A L ' 'i 1, 1 -, ni, ) g t,),:; t 0 i (),. , 1 1-
- -): '- I IT I I n ') -
't li" 1 -1 1 . 11 1 1 , . ,
I

Science
Handbook of nov;orrah~y. Vos~-,,q, Gos. iztl-vo e-oret. DII.
I-',z)nt'r.-1y ldot of '.Russian Am:ssirns, Library -)f Conrreso, April,

14,73KIY, B,14*
In the Goilegium of the Miniatery of Public Health of flie R.S.F.S.R.
Zdrav. Ros. Feder. no.6-.43--" Je '60. (KM 13:9)
~PUBLIC HFALTH)

milmy, B.N.
so I U to a 0-0 dR agi "s, 9-
In the Collegium of the Ministry of Public Health. :1 the R.S.F.S.R.
WraveRonjeder. 4 no.11:37-38 160. (HIM 13:11)
(PUBLIC HEALTH RESEARCH)

d*_ Y7V',')KIY, B.N.
q'Squeezing out" of foreign bodies from the esophagus.
26 no.8:92-98 Ag 162. (MIRA 15:10)
1. Iz klinicheskogo otdeleniya i patofiziologicheskoy laboratoriJ.
Moskovskogo nauchno-issledovatellskogo instituta ukha, Vorla i nosa
(dir. - prof. N.A.Bobrovskiy).
(ESOPHAGUS--FOREIGN BODIES)

NEVSrayp B.11.
Amyloidosis of the larynx. Zhur. ush.,nos. i gorl.bol.23 no.3:
49-55 It-Js'63. (MIRA 16:7)
1. Iz Moskovalcogo gosudaretvennogo nauchno-issledovatellskogo
-'-nstit.uta ukht orla. 1 nosa (dir.-Prof. F.A.Bobrovskiy),,
'I IN, (1102U,F, TIOUPY)
(grfMIDOSII PRY X-DISEASES)

ik,l3w)V3HY , N.A. , fix-of. , red. ; VOLIFKOVIGE, ~.. 1. , prof. , rod. ;
VOLIF:."Ollp Z.I., prof., red.; LIKHACIIEV, A.,G., prof., red.;
VEVSKIYJ B.11., red.; FRFOBRAZE'DISMY, B.S., prof., red.;
SAGALOVICH, b.l,~., doktor med. nauk, red. SA.,.Fki(-V,
prof., red.; UNDRITS, V.F., prof., red. Weeased]
[Transactiom3 of the First All-Russian Congress of
Otorhinolaryngoiogiotz] Trudy pervogo VserDssiisi~cgo s'lezda
otorinolaringologov. Mosl-va, Medgiz, 1963. 318 p.
(1,:!,~tA 17:7)
i. VserossiyEkiy sllyezd otorinolaringologov. 1st. Volgograd,
19A2. 2. Deystviteilnyy chlen A1,21 6SSH (for Treobrazhenskiy).
3. Chien-korrespncient AVN SSSR (for UndrAs). 4. Glavnyy
otarinolaringolog rini.,iterstva zdravoo~hrareTliya (for
3obi-ovskiy).

BOBIIDVSK.[Y, N.A., prof., red.; VOLIFKOVIC'7, !,.I., Frof., red.
(Sa-ratov); VOLIFSON, 7.11., prof., red.; I-,'E'.ISKIY-,
red.; FllEOB'RAZ=SKTY, B.S., prof., red.; SA(jAjP.'TC:',
B.M., doktor med. nauk, red.; P.P., prof.,
red.; UNDRITS, V.F., prof., red. [deceased]
[Transactions of the First A.11-.~ussian Congress of
OtorhinolaT-ingologists] Tmidy Vse:-cssiyskaao sl'yezdL
otorinolarinCologov. Mosl-va, llledgiz, -ic)63i. 518 P.
-!IFt A 18: 3)
1. V3orossiyskiy sllyezd otorij-,C)jR:,4 ngologov. lst,
Volgograd, 1962. 2. D--y:Avits-l'nyy O-Ien AIJI 53&~
(for Preobrazhenskiy). 3. Chlen-korres~ondent
AM S.SSR (for Undrits).

BARSKIY, Aron Ellyevich, inzh.; DYNSPITS, Mik-hail Abramovich,
4nzh.; NIVSKIY. J.N.0 inzh., retsensent; 3:2-CFUTI-TY.F.P.,
red. i -d-
J n.zh.
[Attachments for machl-- tools; adjusting and multipl-~-
purposel Prisposoblui-ila ~ metallorezhushchim stankam;
iialadochnye i unive.'salInve. Kiev, Gostekh;zdat USSR,
'J963. 223 p. (MIDA 17: 3)

SALINIKOV, Georgiy Favlovich, inzh.; DIDKOVSKIY, P.V., inzh., retsenzent;
DOEDIK, I.G., irizh., retoenzent; ZAKHA-104KO, I.P., kand. tekhr.
nauk, retsenzent; a-YGR-4-.AK-:ER, '-,.S., inzh.., retsenzent;
KAMMUCOM, I.S., inzh., retsenzent; VELTSKETICH, Z.A., kand.
khim. nauk, retcenzent;JLI~Yqo, B.N., inzh., retsenzent;
RADOMYSELISKrY, I.D.I. kand. retsenzent; CIIEKUIILNA,
M.G., inzh., red.izd-va; SHAFETA, S.M., tekhn. red.
[Brief handbook for mechanical engineers] Kratkii spravochnik
mashinostroitelia. Kiev, Gostekhizdat USSR, 1.963. 542 p.
(MI;U 17:2)

NEVSKIY, B.N.
Ka
1--ray diagno3i3 Of f0 -Z
Med. Zhur. no.c:21-25 162. 1 i,-A 1. 7 : 5
1. Goaudarstv~.,urirf nau--~ino-ii3alodovatullskiy in3titut uk~4a,
goria 1. nosa MinistorE3tva zdra,yookizarieniya ILSFSR (iir. - prof.
N.A. Bc,brovskiy).

NEVSKUY, B.N.
Hemorrhage of the frontal sinus as a sequela of arotrama and
Us treatmert, Zhar. ush., nos. i gorl. bol. 23 no.5t '72-75
S-0163 (MTRA 17 -.3)
1. 1z Mosko,rn~ogn g)wjdaroI,vc,rnogo nauchno-issledovatel"okopr)
instituta ul,',in, c,, Aa i nosp. ( dir. - prrof. A.11. BcbrovsI,-iy).

NEVSKIY, B. 11.
Tree,tment of patieiits with foreign bodies &-nd injuries oL---
the esophagus. Vest. oto-,:-in. 25 n0.4.'53-58 JI-Agg '634.
(MIRA 17%1)
1. 1z klinicteskogo otdeleniya rlosudarstvermogo nauch-no.-
issledovatellskogo institUta bolszney ukha, no,;a i goria
(dir. - praf. N.A. Bobrcv-,kiy) Ministerstva zdraw,,c)khrq-
neniya RSKSR, Moskva.

t"1 V, K
PC
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81.4rimld I'v PaImpt.al"im Ill ( .1 JO. v.s., .'
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l u 41 of a J!

* cc 91 K it It I Al
m
A
: 00
*0 -.00
stem The Kinume mine. H. V. Nrv,kif .,.Kw
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4. 4" oil. - Flt,-ATwc1o:" I- g""I
1
'T
=
ectail. Thcmv o-1 p A timt. 4,141.
d
ocher and cluktits. it Is aftmatit ctictipleitely (multred. v)
that it has txdy a trace of sulfides (o.5%) chictly pyritho
tite. The clay ctataias practical.17 no Au. The Au Is

c
hicily free but v"-y fine (1410% 1-1 thAn ZA) ~j Re-ivcrv
"I
AU it 103%, U.5% by ALMAgAITZAtitte, and 41.5% by
I
L
y 71idailid". tAmIe3 A"I'ming [" It",
fit Shut- Rn4 lot, it.
g III, A" extiri.
to t.r
oz Wa4liflit (4 the day, ClU11111.611lig 114direct At 1111441nali'm
" is 0 0
040 a, AM allftqjlUtg all gloning. "FKV--tdC
~Xljjx. gaVe he
=00
tolitn"U'll r"WIN: FWIJ Id 'LAY AIJ%. AU In CIAV 0.2-
0
3%.Auintuidmi/10%. Thcwt,41"Itandt.whenground
10 I(K) mesh. tuldT Kive UP the Au (with by aimfgamation
'UP I K%%) and hy cyarlijopm in the t1iinfox wwv"
Il. Z KAMi1h 00
goo
rim.
ON
a - S A. A 461FAILL1111"C" 4.610
-Ar --
u 11 AT 10 11
0 0 0~0 0 0 0 0 0 0
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is 9 x 4 a It
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roe
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ties
98
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a it Ii is to ts to 1) it 3 3 a
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'r a a I I W I x I 1- 04 a cc 0
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i
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00 jr,j,
i netal .. by B.
60 AC-0. SCi- U- ;-3-R- jn~t. Gen.
Part 19. p. 5.

;.,,I !2unoricsl data o
71,
-,rcd,,jctirn sincc
cf the liso of plptinu-~
00 of platinum rietals. the
e 81"3 the use of platir,,i-

oo A,

~0 0
~
f,)r the lckt;t vpars until Coo

r .)f p1'1 t Inkm I r frn- 00

iI
Atit I I , th~ ri nt jn,in i I r 00
r.,nt
-00
Do
was foe

A 16 S L 4 ACTALLUVGKAL LITIMATtOt CLASIM&OCATIC" to
Joe

7 t;

, lgi-3.J -P (W- Ott

'
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v
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0 0 0 wo 0 0 0 0 41 41 0 a 0 0 0 * 0 009 0 0 * 00000 00000000 00 i
11
00401

NEVSK-1r, 13. V.
Ore ch-essing Moakva, Gos. itauch.-tekhn. izd-vo lit-ry po cliernoi i tavetnoi metallurgii, 194
335 P. (49-14325)
TH520.N4

to
1641
0
:
0
d
:44 3
41
:0
IMMOILIULF mood 4446
1~7
~!~g
led
102* APFLICATION OF 010y3M IN CONOMUTION. jrevskii, .66
(acrayu zh. ~Oftn. Jo)p Z=#,1949# 35-37jabstr. In BM. ri Kin. 410,
Wtop NOTO 19500 (526)t AU2) 1,00
Tho suw1ority of the cyclo compared with various plants operated .1616
b7 contrifuotl force, consists in"XiWicity of construction and laa goo
of moving parts which reduce castsot installation and operation.
Thei llqtdd me"s through the oya2w under a great artificial prtesurep
consequently it to possible to addeve, wuh greater speeds than In L
spiral "narstor with slow ratad df fall. Originally cyclones we
used for thickening #IUW pulp'# and fribsequently for em"atration goo
of coal " cuve. Za the concentratim or oro In heavy rapensionst
applicatioa of cyclones permits concentration of the smallest particles
down to 100 mash and lower, Wile In ordinary separating vess*Is the
lower size limit at which wepexmtton Is possible in not lose them
1-2 a.m. Close control = bo obtained and tests have sham that the goo
cyclone to ver tatisfactory for concentration of various types of or*
M.
"TAUFMCAL MRATtAl W(WiCATION
C E-,r r"!z-.""--.:t-
-,1-M& to -W 0 0 0 1 ir 0 1 A 0 31 1 1
49 9A
0 o a 0 0 %) 0 * 0 0 0 0 0 *1* 0 *1* 0 0 0 0 0 0 0

IIK,ISKIY, B. V.
Kovallskiy, I. L. and Neirskip B. V., "Theoretical Principles of ReguLation.."
in their book, Av~~iatizatsiya i kont.:-oll protsessov v oboCashcheaii
i [.,:ridrometzMurCii f-Automatization and Control of Processes in Enrich-
aent and in Wdro-meTallurrv7,
- Noscoll 11-letal-lurgizday, 1953, PaCes
139-163; 16 fi..,-ures.

HMMIY, B.V.. doteent.
"Planning concentration plants" by K.A. Razumov. Reviewed by
B.T. Ifevskii. Tsvet. met. 26 na.2:70-72 Kr-Ap '53. (KLFA 10:9)
(Ore dressing) (Ratumov, K.A.)

*400 yffimWill'-wa..
MR
Efficient systew for grnvity concentration of oree.
26 no.4:5-10 JI-Ag 153.
(Ore dressing)
TSvet.met.
(MIRA 10:10)

NEVSKIY, B.V., kand.tekhn.nauk.
Unified standard of concentration. TSvet.met.27 no.1:64-65 MY-Je '54.
(mm 10:10)
(Ore dressing)

AUTHOR: Zefirov, A.P. and Nevskiy, B.V. 136-4-21/23
TITIE: Research and design organisations of France. (Issledovatel-
skie i proektnye organizatsii Frantsii.)
PEidCDICA1-. "Tsvetmys Vistally" (Non-ferrous Metals), 1957, No.4,
pp. 88 - 93 (U.S.S.R.)
ABaJORACT: The authors visited organisation in France in 1956 and
in this article they describe some of these: the research
laboratory of Minerais et Mdtaux, the testing station and
design office of the PIC firm, the research bboratories and
design office of SEC11IA. The special features of these organ-
isations are given as their broad scope, the fact that they
work on a contract basis and the volume of work which they do
for non-French interests.
There are 6 figures.
AVAILABLE:
0Lrd 1/1

AUTHORS: Zefirovp A' '* P. and Nevskiy, B.V. 136-7-20/22
TITLE: Tkie production of pure titanium dioxide and titanium
tetrachloride in France. (Proizvodstvo chistoy dvuokisi
titana i chetyrekWthloristogo titana vo Franteii).
PERIODICAL: "TevqtM7e Metally" f 1957, No.7, pp.91-93 (USSR)
ABSTRACT: The authors give an account of the methods and installa-
tions foi- the production of pure titanium dioxide and
tetrachloride which they recently saw in France and dis-
1/1 ciass some opinions by French technologists.
There is I figure.
AVAIIABLE: Library of Congress
0&

21(l)
AUTHORt Novskiy, B. V.
"MWMV#CMAWW6"429W"
TITLE: Combined Use of Uranium Ores (Kompleksnoye ispcllzovaniye
uranovykh rud)
PERIODICALs Atomnaya energiya, 1959, Vol 6, Nr 1, pp 5 - 13 (USSR)
LBSTRACT: This is a detailed review of 22 English language articles
published in Canada and America. It is shown that many
uraniferous ores contain a number of valuable components
which can be additionally obtained from these ores. Numerous
other ores, which are mined only because of their molybdenum-,
tantalum-, zirconium- content etc., contain a certain quantity
of uranium which might be additionally obtained when dressing
the ores. As in the case of additional production the work
of mining, transport, crushing, etc. is generally carried
out at the expense of the principal components, the produc-
tion of such small quantities of uranium or other metals
Aoes not involve high costs. This applies to the following
ore occurrences:
gold-uranium ores uranium-pyri~.e ores
Carl 1/2 uraniferous phosphorites zirconium-uranium ores

Combined Use of Uranium Ores
SUBMITTEDt
uranium-.vanadium ores
uranium-copper ores
uraniferous coal and slate
90V/6 9-6-1 -1/33
niobium-tantalum-uranium i3res
uranium-thorium ores
uranium-molybdenum ores
There are 4 figures, 2 tables, and 22 references.
September 20, 1958
Card 2/2

21(l), 11(6)
AUTHORS: Kaplan, G. Ye., Laskorin, B. '1., S'-V/69-06-2-1/26
Nevskiy, B. V.
TITLE: Industrial Lethod s of Low-G.-ade Uranium Ore Ref ine:-.iert ( 1,r, -~,sh-
lennyye metody pererabotki lednykh uranovykh rud)
PER I OD I CAL Atomnaya eneri:iya, '19591 Vol 6-, TIr 2, p:) 113 - 123 (USSR)
~ I
A!~STRACT: This paper give3 a siirvey of 23 En~,Iish Ge eva Reports dealIng
with the technical problems and industrial re~:r--)ce; of
uraniferous ores. The extraction of uranium frur-, urani~im
solutions by sorption at synfheic r~-sins is beine vl~.dely used
at present, and 70~, of all uranium is now obtined by thl:--
method. Uranium extraction by liquid cxtractin(; at~ento iF le~-s
applied. Tne usual mechanical enrichment mothodo, ,3ijc~; as
gravitation, flota'.ion, etc., are of secondary inport;-ii:ce.
However, thin method regains importance in connection witil
the possibility of coziplex ofe refinement. Radiometric enrich-
ment is a very modern method, wl~,Prein the rad-Joactive pro..,erties
of uraniferous mi-eraln are usel or separating them from
Card 1/2 barren rock. There are 4 fii.,7ures and 26 refefences.

ZITIROV, A.P., prof., doktor tekbn. nauk; NEVSKIY B V. - IVANOV,
G.F.; VORONOVA, A.I.,, red.; red.
(Plants for the processing of uranium ores in capitalist
countries] Zavody po pererabotke uranovykh rud v kapitalisti-
cheskikh stranakh. Pod obshchei red. A.P.Zefirova. Moslora,
Gosatomizdat, 1962 370 p. WIRA 15:7)
?Uranitu'n industry)

ALKHAZASHVILI, G.H.; NEVSKIY, 13.V.; ARKHAROVA, I.I.
Use of taimrals of arclosing rocks in studying aranium sorption. Atom.
anarg. 16 no.1:51-55 Ja 164. (MIRA 1712)

NEVAly, 13.1'.; S~Llltk;v, I.F.; pllliov, ily, L . 1. .
Effect of the mwis tmn3fer inten3llty on
in the procens of autoclave li~iiehlnr of urarJim. ore. A t,.-, m .
enf~rg. 17 1,).3:2(11-205 S '#,,4. WII-A 17-9)

-0.
01
AMUTZO

SUB:
L
-004-
71'
A
,

-J7

WVSKIY.D.
For a more serious approach to the question of sending cadres of
rural construction workers to school. Sall.stroi.10 no.6:8 Je'55.
(MLRA 8:10)
1. Bukhgalter Kurskoy mezhoblastnoy shkoly perepodgotovki rukovo-
dyashchikh rabotnikov seloakogo stroital'stva
(Kursk-Building-Study and teaching)

KILTON, A.YU.0 kaM. t4khtl. aaUkj UFiSKlYLV.YU.q 102h.
Developwnt and stet/ of the rmmers of tho tvirbln-9 af
Uis Krasnqyarsk ttydr,)Ieatrlc Pciiier Stntion. [Trudy) LKL
no.10: 53-49 '64. ("IYA 19912)

NEVSKIYp G.K.
Tectonic prerequisites for oil a.-,d gas prosp-ecting inn
sediments of the Chu - Sary-Su Depression. Geol. nefti i gaza
6 no.7:14-19 J1 162o .1 (MIRA 15:6)
1. Vooaoyuznyy noftyanoy nauchno-ia3ledovatellskiy goologorazzvedockinyy
institut.
(ck,;:unsy-fttrbi9umge,21ogy)
(Sary-Su Valley-Gas, Natural-Geolo
(Sary-Su Valle-y-Petroleum geoloO
(Chu Valley-Gas, flatural.-Geology)
4

HZVSKITI G.K.
Tertiary continental sediments of somme troughs in Central Aaia.
Trudy VWIGRI no.190412-420 162. (KIFA 16: 1)
(Asia, Central-&eology, Stratigraphic)

REVSKIY, I.A., uchitell
Loosens in studylvg the pulue family. Biol.v shkola no.4:
15-18 JI-Ag '60. (MIRA 13-*7)
1. Sredayeya shkola 16.4, g.lqublino. Moakovskoy oblasti.
(Botany--Study and teaching)
(Leguminose,e)

11M.--KI-Y I A
0 1
Stlidy of crustaceans and arachnids. Biol.v shkole iw.4t42-47
JI.-Ag 162. (.MM 15:12)
1. Institut teorii i istorii podagagiki Akademli pedagogicheakikh
naL,.k RSFSR.
(O~ustacea) (Arachnida)
(Zriology-Ztudy and teaching)

NEVSKIYP I.A.
Study wid develorzftnt of inclinations d,,irir.E *lhe *.eac-ing
process in school. Vop. pslk~ol. 10 no.2if-17-66 Mr-i-P '64.
(MIRA 1?t9)
1. lnstl~tut tenrii .' l-*,,,,t,.-)r;i ppd-,i~ogil(i Akadr-m--' i pedapogicheskikh
nauk RSFER, Moskvm.

IT r1~ - .-r- C, n - 1 - - - -r~: - , - r f ~- , "r, , 1 , - - - -
r
r ~~ - ( 1 r t. - ;,, ~ ~ I , i . -, . F , 1 -~ ,f, , ( ~I l! 1*1 _ , :, r 11: _,.~ . 1 1- ~ ~ I , . . i. . I . .1~ 1.
-1 . II I - I I ) .
17''! * I f t c 1 1 , ~, ,- I ~- ! ,, " ~, ,
I I .

dm
hic
r- Fl'l C In I ~11 I

IMVSKIY, L.A. (Jerekhta. Koetromako7 oblusti)
,Nvwopwwmml - ,
-.~--ftwwm - - -, "'. --
-
in the south of the taiga region. Pr1roda 47 no. 4: 12,,-- ip
( %17~ A
I.Ohlen-korresporident AN Turkmensko7 SSR, Ashkhabad.
(Kara Imm-Spring)

N~,:, *",..,) ;~ IT 1, L. VI.
INEVSKIY, L. N.: "The content of free and boun(I water and 'he viscosity
of protop~nsm in brrley plants at v-,,.rious stages of development
and with v&rious degre-~s of srAl moisture." Leningrad itate Peda-
~ogical Inst imeni A. 1. Gertsen. Chnir of Botany. Lenin-Irad, 1?56.
Dissertatirn For the 'Iegree of Candidnte in Biolovical Science.'
Knizhnaya Letopis'
No 32, 1956. Moscow.

NEVSKrf) V.V., inzi;,,
New visoal nethods for studding flows in water sl-eam.~..
Transp.SLrol. 1r 0 16~.
(v:F'A i'1:12)

NMKIY, L.S.
"*Ltypical Forms of Malignant Anthrax." The3es for
degree of Cand. Veterinary Sci., Sub 26 I-lay 49,
Voscow Che:nicotechnological Inst of Keat Industry.
FDD Smmmary 82, 18 Dee 52, Dissertations Presented
for Degrees in Science and Engineering in Moscow
in 1949. From Vechernya3ra Mosh-ra, Jan-Dee 1949.

I.MeVSIMI, L. S. (Cand. of Vell-. Sciences)
'!L-,prove the work of' u.,eat cc~n-~rol stations or. liolkhu--; ~~nxll,.e-,s.
S 1") :Vet. 27 (2), 1'~-51D, p. 43

NJ4-4:Xf L " FD 324
USSR/KeAic1r;e"- Veterinary
Card 1/1
Author : Nevskiy, L. S.;, Candidate of Veterinary Sciences, and Pugovkina, A. A.,
Senior Veterimtry Physician
Title : Manifestation of tapeworms
Periodical. : Veterinartya, 6, 58, June 1954
Abstract : Although cases of tapeworm in cattle are less frequent now than before thre.
revolution, the disorder is still prevalent in some parts of the country.
In order to rer.der meat fit for public consumption the auth.ors of this
article recommend freezing it first; they suggest storing aeat in places
where a temperature of minus 250C is maintained. They further suggest that
veterinary agencies provide necessary personnel to inspect meat and to see
that cattle are fed well and receive proper care. One table.
Institution Moscow City Veterinary Department
Submitted

IMVSKIY. L.S., I-Andilat voterinarnykh nauk.
Xoreserts in tManites. Vaterimarii& 32 me.5:71 My 155.
(HLRA P: 7)
1.Mookovelcklm gore4skaya votbaklab*rat*riya.
(STOHACII--DISMES) (KEROSM--PHTSIOLAGICAL EMCT)

23 769
5/'90/6'/Cc) l,,l'X-,6jl0 - 21,10
v2 .2 B 1 1 OIB208
AUTHORS: Fr)Ac,va, M, r~: ll,~vt---ky, 1, V., Ryalbov, A.V.
TITLE, T~ght aging ufl ~-~ympt.hyl methacrylate,
11. Study -.' pht:*nlys.' 5LY ra,!:oactive carbon
FERIODICAL: '96"
7
TEXT, Tht- s,u,iy c,:' ~;i ~~:ymers
(e.g.. po'.jmethy. P01-k `ar'~flccl-
tion of ~estructjon Lind in th- deve',)pmer,t of rallcna-: stabi;'.-
zation meth~-Js. An i~ ma-.- '-n th,~~ P!-esent 9'udy to Emulain the
formation mtechanism phc)f~ Ca2--; Ily C'4' f~yjd tilt, r-elat"onshlp t)(3-
tween the mechanism of gu-, an(l th~~ of P1111A PMA
samples labc-'Aerl with C'44 -!-, Ji'.`e-er;t positiorF~ w-re subjectc-d lo blor~k
Polymerization at 45 C wlllri heating t,) I'O'C, and teen fre-d
of the mon,--,mer by three-frIll with methanol from
volution. Thr- powd,,i )f 0.1,
Card '/ 7

23769
0/( 1 lorj 0
i,4ght ag,,ng _4 [T; Y B O1/B;)O-1
:I, Study o"
mm were- ir-adi 4! e 4 L r-. PFK rm,,~ !- :,A rv .,,.1a r7 . amp r
g..~ass boat!~ ai - 10 "!Y,,T,, Hna !-E-. ;~,j, pr.~ssur- fc.- ~_,O br. The preesurr-
there increased to 6 -7 mm, Th r-ar a r,n veE?3e~ for the combustion
of the gases formed w a h i-., f ~cj r) t hz delf shown . ri t he F1
Stc,vc,jn_k ? was c 1 :,2ed ar,,~ , n e w uated by m-?ans of a
D", wa a -
1,01-Igh vacuum pump thr-.,eh th~ I, A ~drt_ r,f the gasts was
then ~onductpd ry 9 Q C A Z Thc- r.,:rlez!~ary amsunt
Cf cxyg~E-r flew in ~hr-_,qr. -i, q~ Tn~- was t:,~ ana~yze-J_ whi~~'h was
irixed with :xygen in vps~": e wa_~ -xi-i_7~J -,,Pper .xide at -50
- 850cC, -artmon d! Y."j, I-_ , _.e-d ar. 11"~ the 4ater vapcr in 'I. In
vessel 13 the redioar:tiv~% :arbor J:oyde was diluted with crdinary C02
up to the volume required f,-,r fi'lling the c-lunter~ radioactivity was mea-
sured in 14. Gas evolutirlr. ir~ ~he presence cf cxygen and ni--.ric oxide was
studied in a similar way. The gaSeq b(- -juant,,tatvely b~.Irnrd in
the plant. The -hairlF may be ruptured by pr~aiary action
Card 2/7

23769
3/190J61/003/006/012/019
B 11 O/Toa
Light aging of pal~mathjyL mathan yl&t&o
lie Stndy of so*
of light and by ssooadary rsaotion# as -the radiant onor&7 of 1rPK_2 (PRE-2)
Iset" of 120 koal/mole is nuffiaient for the rupture of ohemioal oompounds.
In-tho oas* of 10T radiation the enter groups are most sensitive. Their
separation gives niss to lov- and high-molsoular radioales
OR 03
1 3 h 3
-032 Mo. 4032.4
cocoa3 000033
The vans apsatz"aa anzlyais of tha 4"&s Co-ed iz ths photolysis of PWU
in vacua d;tjw1o&&A a short lifatitze af ths law-z*lsaular radicale oving to
thoir reaction with tba v=rouading moleoulss,~ The formation of mothyl
format* was also confirmed by mass ~?ootrum analysis (oharaoteristio
yesks)s 00003 3 + R9 ___4 HCOOON3+ R (R, so maororadioal)o UY radiation
Card 3/7

23769
811901611003100610121019
Light aging of polymethyl mothaorylatee B11O/B208
Ila Study of so
destroys mathyl formats under formation of a complicated Go.s mixtures The
separation of lateral ester groups in supported by the activity data of the
decomposition gases 'of PMA-3 and FMA-4 samples, As the LOUTity decroassi
after three-fold reprooipitation it is ass=ed to be due to impuritiess
go monomeric methyl mathearylate molecules are split off in this oonneatiom
In the PMA-1 and PHRA-2 decompositions the subsequent decomposition of
methyl formats given rise to the formation of 00, and other gases which
react with the polymer chains and thus separate from the g(L6 phesee In
the photolysis in the presence of oxygen# carbon from thscL-methyl group
and a quaternary carbon atom were detected@ The exact reliLtionship be-
tween the reactions o&u in the maoromolsoular chain rupture (1) and th#se
of aster group saparati:n 72) could not be established* (1) can only be
primary in the rupture of C-C-bonds at the quaternary C-atom like in the
rupture due to electron actions WhowtheOGmathyl group is split off in
the photolysis of TMAA_ HKA-4) 11LjaGuo1
-14, .
-0H2 CH2 -
Card 4/1 OOCH3 000CH3

23 769
S1190161100310061012101~
Light aging of polymethyl methacrylate. Bllo/B.208
II. Study of ...
the methyl radical also reacts with polymer chains or radicals. The
authors thank V. A. Kargin for his advice and M. V. Tikhozirov for studying
the mass spectre. of the gases. There are 1 figure, 1 table, and 16
references: 5 Soviet-bloc and 11 non-Soviet-bloc. The most important
references to English-langaage publications read as follows: Pef. 4:
J. H. Flinn, W. K. Wilson, W. L. Morrow, J. Res. Nat. Bur. Stand., 60,
229, 1958. Ref. 6: L. H. Wartman, Industr. and Engn.-. Chem., 47, TUO13,
1955- Ref. 7: D. E. Winkler, J. Polymer Sci., 11, 3, 19505.
SUBMITTED: July 28, 1960
Card 5/7

a
1~4 CC mitbl ,A_r4old 4volWipn of VW Which d'off with.-titte o. trmdlatlati, Mass
OPPO f -
ik, - f
-y A~6 Ihe ga rethine ~66 itat 3% carbgmld~
eous-product f I ning
so po r.
0 _1 SIF
cu -"d CH
-a-co Ii It 6
c0 11r.
a p e 0 t r a - a h 0-- Y-A-v, d i I h e-pf f6 r iii be dl- In a I tei
The
roport

,
,
-
viscolsit' th Amble Veit of tho frrjAfR7ca.vqIymOrfl remititut v Acally unolmaged
-mea-Surements at the angle cx, NA
durbig Ibe 60W~4e Ofirraillation. Ating lead to thin
conclusion that- as trradlatlmg6ea on, hy#ophabizelioa of the: surface of the films
-and: 2 formu 9b.,
WMS plabe., Ctr*. art4: has. 4 figurest-~ 1 table I

00 -
SUBW,,- ITE EXCL 00
SU13 C
4

60C R
NO AMP SoVi-ii
0~ 01
-

L,08oo- _EW(n)/EWPQ) IJP(-o) __ -RH__
ACC NRe AP60308
_)V) SOURCE CODE:
AIJTHOR: Neviskiy, L. V.; Tarakanov, 0. G.
-----------
iORG; none
UR/0191/66/000/009/0045/0047
~TITLE: Cdlcor formation in-polyurethanes as a result of illumination
SOURCE: Plasticheskiye massy, no. 9, 1966, 45-47
TOPIC TAGS: polyurethane, isocyanate resin, polymer physical chemistry, synthetic
material, free radical, UV irradiation, UV absorption
ABSTRACT: The factors underlying the yellowish color/in polyurethanes based on
toluylenediisocyanate when illuminated with UV-lig tAqere investigated. The study was
conducted on 0.1 mm films prepared from toluenediisocyanate adduct and polyoxypropyl
nediol in :Denzene by hardening the condensation product with glycerine on the mercu~_l
surface. Steps were taken to exclude moisture from the reaction zone and portions of
the sample areas were protected from UV-light. The extent of the color formation in
the films was defined optically (in terms of optical density) on a CF-4 spectropho-
tometer. All samples were illuminated for 50 hrs. It was concluded that oxidat-Jon in
the UV-ilJ.uminated polyurethanes may occur in the absence of oxygen. This type of oX1_1
dation in polyurethanes is attributed either to light-induced changes in the aromatic
ring of the disocyanate or to a conjugation involving an unpaired electron. The
Card

L, 088CO-67
ACC NRI AP6030-953 --70
formation of this unpaired electron would result from the cleavage of the M-C bonds in!,
the
SUE
(:4

,T-I* rvrr I f Ir
, . ,, -1. 110
NEVSKI'l-ro H.L.
[07igin of animals and plants] 0 protakhozhdoni'll chivatuyth
rautenii. Nook-va. Gos. antiroligiorn" izd-wo, 193). 69 p.
(Natural history) (KLPA 7: 5

NEVSKIY, M.P.
,
Bloolectric activity of the brain In hypnotic sleep. Zhur.nevr.i
psilch. 54 no.1:26-32 Ja '54. (ymi 7: 1)
1. Paikhiatricheakaya Iclinika im. S.S.Korsakova I Moskovelcogo
ordena Lenina meditsinskogo instituta.
(Brain) (Sleep) (Blectrophysiology)