SCIENTIFIC ABSTRACT NEVYAZHSKIY, I. I. - NEVZOROV, A. N.

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• Collection: Scientific Abstracts
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• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

BIDZHITEV, R.A.; Z.WKOVA, G.I.; - NEVTAZHSKir, i.i.; SHIROKOVA, I.Ta.
"Um
Now dimccv,iries of Tartiary flora in cantral Takutia. Trudy VAGT
no.2:177-.1'79- 156. (ItLRA 10: 5)
(Yakutia--Palaobotany, Stratigraphic)

SWAZEI~SKIY. R.A.
Aeolian reMef forms In central Takatia. Izv.AS SSSR.Sar.
geog. no..3:90-95 Pf~r-Je 160. (XlRj~ l 3: 6)
1. Vaesoyttzrqy Agrogeo logic heakiy treat.
(Takutie.-Sand dunes)

BRMUAIIOV, V.M.; EOUTSKATA, M.T.; REVYAZIfSKIY
- -
Scv~e problems in the theory of geological interpretation. Trudy
VAGT no.8%109-123 162. (MIRA 15: 11)
(Aerial photogrammetry)

tEIVYAMISKIY, I.I.
Using neriel photography InAudying, the "turr-I c(,-IuplOx,jr3 of vintrrlj
Yakutia. Vast.Mosk. un. Ser. 5; Geog. 17 no.l:i.3-49 Ja-F '62.
OGRA 16:7)
1. Vsesoyu-zn)-j aerogeologicheskiy trest.
Yak u t i a-Larki f o rms )(Photography, Aerial)

TY
i-,d-v,3 l't-17 T~o vonvosan svya"'i
D 1, CT
M 21`3221
ra
macro-wavc rwij~u,
CalCL.1 S. T-~ -.I~;
V
t"!e TTI~Ijj
- 1~ F.s a il.,~:~, :'o.. t, . s) c c,

YETRWOT. D.T.; KISHCHEaTAKO'V.
ITANW, P.P.; rATTSM.
LYS1W, 1.3r. -. K(NOSZON.
B.I.; CEECSTNOY. A.T.
M.G.; KIM, A.L.; DZHZLKPOT, T.P.;
V.S. [deceasedl. KOMAR, Te.G.; Xk-
N,A. -. REETWEMY, I.Kh.: POLTAXOT.
. .....
Stx-meter synchracyclotron built by the Institute of Itclaar
Problems, Academy of Sciences of the U.S.S.R. Atom.energ. no.4:
5-12 156. W91A 9:12)
(Cyclotron)

TEKSLIZ. T.J.; YNYRZKOV. D.V.; KINTS, A.L.; WRTSBAIN. N.A.;TODOP' UNOV;
r.A.; QSHU, M.A,; 23YDLITS. A.I.-, IVARG7. P.P.; KOLOHINSXIT,
A.A.; KOK". Ye.a.; MALMOV. I.f.; KONO&ZON. JLA..JWrA1';F-',KIT.
Lpj,~-PIMUMV. V.A.; WIMOVICH. X.S.; GUECRINSKIT. S,.K.: SL-
---HhI)IIXOV, K.D.; STOLOV. A.M.
Ton Bev anergy synchrocyclotrom built by the Academy of Sciences
of the U.S.S.R. Atop.eaorg. no.4:22-30 '56. (KLRA 9:12)
(Cyclotron)

A Z-
"Some Peculiarities and Fundamental Data of the Nigh-Fre-
quer-c;f System of a 6-meter Phasotron," A. L. kints, I. Kh.
Nevya:--,hskiy, and B. I. Polyakov, Radiotekhnika i Elektro-
Jul 56, pp 893- 902
The technical peculiarities, construction, and fundamental parameters
of the high-frequency system (26.5 to 13.6 megacycles), of a 6-meter pha-
sotron of the Institute of Nuclear Proolems of the Academy of Sciences
USSR are presented.
Participants and their contributions to the project were V. M. Lupu-
lov and 1. F. Malyshey, dealing with the mechanical proDlems; engineers
G. P. Grudinskaya, G. I. Zhileyko, B. T. Zarubin, V. G. Kul'man, and A.
L. Savenliov, dealing with the radio engineering problems; and 1. G. Kly-
atskin, N. K. Titov, and V. F. Trubetskoy, dealing with the construction
of the high-frequency system of a 5-meter phasotron.
,5,11A 3

IOVYAZHSM, I.Kh; DRAWN. V.F.; TRUBIVSKOY, V.F.; TFWlll. A.S.
Use of fe"ite-core Inductance in the high-freq7enc:r nower stmge
circuit of the i)roton synchrotron. Radiotekh.i elektron.1 no.7.,954-
qO4 J. 156, (MLRA 10:1)
(Synchrotron)

141IMS, A-* L., POLYAKOV, B. 1.
"Udio-Frequency System for the 680 MeV Proton Synchrocyclitren,"
paper presented at CERN Symposium, 1956, appearing in Nuclear Instruments,
No. 1p pp; 21-30, 1957

BORZUNOVp N.A.; KUZIMINA, N.Ya.; NEVYAZHSKIY I Kh - OSOVETS, S.M.;
-0
PETROVI Tu.F.; POLYAKOV, KHODATAYEV, K.V.;
SHIMCHIJKV V.P.
Studying a plasma on a traveling wave setup. Dok'.. AN SSSR 152
no.3t581-584 S 163. (MIRA 16:12)
1. Predstavleno akademikom A.L.Mintsem.

-"rl7l A
Rccent conufbt-wrow i" &0., tillfa of OlcrLis. rmil
;~Vy!- 1. ;rd'rjq IT-~Vz't~ '-(-
N L
3:1 S~-R -0t mi t-g=,g-2 of the fun,~ crami by duit,x paTl
ka- '-;- J- -
b; nlapA by whic!-, i-, iL t.6i-ilt .1i. A--
prr-It!-,-t ci M'~.t silicatc~'. ityludirl: quart7 "mi, v4umlLn~~
reg-ardinj alum~,i,tiswapy -zro 'jrrexcuted.~ . -
--,niaidered I-adudi!tthe agg"~w'rizAti'n ur . I .
Sith aqd 111,0, to fnnit cr.,rier g'aln.- ind C!c upLicefneili
of S At atoms i~t ilm ~T7rstit lntU,:r A furt.
atow b- lwx
Me rclu-m! or P indc5f."Im it[ Cie Nns 61~u'-'
tLe dvat of ve.-
stlicasl-q aul Iti raUktE(q' ti iliv- mineral;.
rbi*~. 113-17-The du-~t froax diltmit ruiacrul.~ vrotiums~
wry. :!lTects Ga :,a llt~lllr.
, I en"Ill
aravn~ ' of U16 11 ta'xi I;Ichda P-1;wn'-irphim 'I
(If. the h1juvw
to luf;;~ Uzuc. anturphow ( tw4ilc,-tioiw al , qt~faz --ith
T illdilliovE, plegockdri-Itr, EN'. Afu-
dw:Aag-t ptwWcvd by thz dtiit of iiiimmll is
i;4'11 - dii-asi, can 1-4
.'M' 0. Xlmrr

XARPRUM. J.; NOVEL. P.; VACKOVA, VI.; VAMEEK, R.
Contribution to the Dicture of rerml osteodystrovhy. Cas.lek.
ceak. 98 no.17:115P-1165 11 S '59.
1. Statni. nanatorium v Praze X%11, reditel dr. F. Zavodny. 11.
patologickonnottomicky ustav fakiOty vaeobecneho lekarstvi v
Praze. prednosta prof.dr. V. Jedl.telca.
(RICKETS RD, NAL)

IEVZGLYADO G.I.
Morphology of receptors of the rectum under normal and pathological
conditions, Vrach. delo no.8:86-91 Av 161. (MIRA 15:3)
1. Kafedra operativuoy khirurgii i tcpograficheskoy anatomii
(zixtr. - prof. I.P. Kalltstov) Kiyevskcgo meditsinskol7o instituta.
(RECEPTORS (IIEUROLWI))
(RECTIZI-IMERVAT I011)

eel a It a 0 a a a .0 a a
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so I Im. to ,. -4040
(Dakudy) & rAcad. Are ScitwS. U.Sg
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interwWa bWq OXPn"W " A NO d PKINUU40 U;OILWM It IA d1QM 600
hOw the 419*ct 094 the WOO bvek Of IL furtEWC type of diagwaacy cm be Bobo
G. C, Nev.
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!-,EVZGLYADOV, VG.
"', Plicnom-nolo6irol Thcor .1J, ;' i Tf-~
I " j ~ 711.~U,.. -
Fiz.p 12, Nos. 5--rl 10142.

A Pays. Q.
AVIALL.)
sam-sts and"UWAA. LI"MtWG CLANNIKAUN
-low WA
WOW mom as as I cm am m
SI-IF ; L4 a a Ile .1 w a 0 a 4 ;-1
Wr S 0 O'oj& 0 0 S.Lo
eo*Qm*L'****04k&W0&~,0-,"-&t Fol, see 000 meet****
c
00
60
00
it

ITVIZOLYADOV, V. G.
T
lloningrad Stat,3 Univei7sity. "lanc:wninZ Eddies in Liq:,,id-Cor.-,rtyin& CIrcal-ar
Iz. Ak. llauk SSW'R,, Ot4el. Tekt.- Nauk, ','0. 9, 7-9415. Submitted 1" Apr
;W RePort U-1582, 6 Dee 1951.

';'i,"V--,'C,LIADOV, V.0
K fenomenoloCicheskoi 1.,~orii turbidentriosti. (Akaderl.iia
lady. Ilovai& seriial 10,u5, v. V, no. 3,p. 169-173)
Title tr.: A coritriburion to t~-,e txic-cr.- (,,~ ,uri.u~(--ncc-,.
Also puijlisii(~d ii, iri ren~ius de ilAcadpriii, -i-s Sciences ie
11 Ui,,,S. Nouvelle s-r~e, 1916, V. 0, :lo. -1), p. lb5-168(,60. A-'?)
A~,1'162. S36631 v. 47
Su-. AF~ronrLtical Sc--,ic; -in :-ovi-t U-:Jf-;!l. L brqr.v of
vs, 1955.

VZ LL~~( V)
K statist ich!,.,:Icoi teorii turf,ulentnosti. (.Akaciem..ia %~aurkl c:~ L
,iovala sceriia, 1A5, v. L7, no. 7, p, Li4~92-LIOJ~)
Title tr.,: Contrioution to t.,i, stn'--Ist.ical tl!leor~; )f nce. .1150
Lublis'ne(I. in ..nj-li3:, in ComptEs rendus de f-s 6c:'-wes le
'S.
hU, NOUVC--Ile serie, 19h~ v. 67, no. 7, p. 466-)j6F, (,,60. ~52)
A,')' 2 5 2 .-3~')6-' v.
SC. Acronaut-iral 'c~pncf7,. art-~ A,iiation in t.,o. ~L tir,icn. LilIrny-,7 ( f
Cf,nrresz;, 111,55.

9~00**000*0*040*0 *fees** s
D a 14 ts A v ^ A U it w n 10 17 0 0
00,
If
00
go 3b43. TURBUU21T 140VMIENT OF LIQUIDS IN R00711) PIPES.
00 4,
Ir" VOT V. G. (Bull. Aced. Sol. U.RISOSOO Cie Sol.
00
.1. Tech., Iftbo 857 874). The paper to a theorstidal and
13 mathematical consid*ration of the stLtiortary f laa of an
000 imaompressibla Viscous liquid in a w1catIl-ImIled pipe of
circular cross-section.
0 .5
016
0 1
Z>
1.00
! -00
go
00
0 o
:0
~e :
ZOO
00
A
j 'Z4 di I
w tv r# 1, 314 Ord 11% 'C(t x J'~a A
00*00*0000000*00*000*010000000000*0001&00*0000
o~144-000000f*ooooooeooo*oeo~oO0*1000000000 . 0900600*0
=04

l,-'JIZGLYADOV , V. (~ -
'%3rjvy-~ :-oCL-'IA contributiono t'(~ t'LIQ stud-,: ac t.,.Ca~:S:L t -*- tur'~Ul-: t
.-- oi al Coit~ ess f-~r ;.T)I.~!.
boundory laycrs, : poler presented at ticl(-, sixtli intcri.o ~ ' I - I-W
I
j2 Cl I., P8rir, , .
M

now, Tarlotaont
"RhonomenoloBloal Theory of Turbu1enee," V. Gb
levse4adov, Lealngrad State University, 11 pp
Mur Zkoper I Teorat Fiz" Vol M, No 7
ftQbl= Of OOMPlOtIA9 the RO.Ynolda 6que-tions for tba
ATWAgo quantities describing the turbulent flow of
an Inccmpressible viscous fluid In worked out.
Problem Is solved by the equations of state upthoa
whio-h is based on subdividing the average qu=tlt,~en
Into two groups: the group of fvindamental uni:U end
tho group of units termed, an reducible
X-C
UM~w7slca (Coutd) Aus 1946
ilatt4Z ---- O-T.Yweeaod in a flanotlaml manner 1A Vp-z~
'CC the f=damental units, these expressions belag
an-Upd the dynamical equations of ~ state. Form oC
dyAs"oal equations of state is set up in the Mv+*
approximation by forml. phanauenological raawxxing.
A kinetic equation of turbulent transfer in ro=d
froft,vhich the equations of state follow. By do-
tOX%UIU6 the aq7=tIons of stato a full systm CC
oquaticne is set up for describing the t,--bn-1aat
mot-Ion of an :incompressible viscous llqixid. Ide-
,~trlbution of velocity for a stationary flow 1n o.
alroulax pipe Is found by solving the system. Din-
tribution agrees well with the experimental xvpUlte.

Ww"CO "MO 1* fklw In fire Ml Ittv"Wol. J. Pip
116 f4th, OVI, Sicm 1941, Vol. IT, pp.14-Mil 1170
TIw mull"tr applim the rjwlVmtV%tAjd4%I tt"4ar V fit ttifIxtience
to No "xWf paj~e W Ma~ 4-1 A,. V.101M flA.
%,a.& X4.14(j). 11441%, V.-I to. 14.11 1., 11'. ".." .I
MON 4111mugh 44(rutto p4l.- O-mw F-All. 1". 01.4.
144all.-M weir Stan given of Ow "A (4 114, .-AVIE.-f gmfw-r Afte-f
mAkfue reflaln ktrit4ifying WMAUtOkICA IIw ittillaw wivro kto
rtvsfi~ma Aw f1w (twas %eferily p"'Or. fCIr AV
ca f Imifts sm-Ith AnAl ""Ah waitti. Compittim'." with Nik'Ar.
ad'. - d"Irfmin-A Vd, -ON p"'It" I.M. N -l"m
examitko"allp I;-I 4a#.. lovol .4 1- of-, ad"." ..f
thii &.-curacy ul t41% "jualkass %nJ of W4 avim,wittaw umsta
for solvinc t".
For a dmt &vccijjtkm (A the &ALth4r's aligicuarb am Rev.
ArrULD %190"fAM(C" RA;VgrWS. Feb. 10(g.
J, V. lVeltaufta. Ils.%

MEVZGLYADOV, V. C,.
PA 2GT 1
Zen 19b1T
Flow, Turbulent
Mathematicso Applied
'Turbulent Flow in Coarse Pipes, V. C. Nevzglvadov
pp
"Dok Ak Mmuk SSSR" Vol LV, no 2
Presented by V. 1. Skirnov 25 Jul 1946. Discusses
the phenmenological theory ofturbulenc: ,e with re-:
lation to the inner problems In a stralot,tabe of
round ei~oss section with coarse sides. Nathematiceil,
with several formulae for deteTmining turbulence In'
coarse pipes frcm dAta derivect from smooth pipes.
.20TI

1MVZOLYA1,11DOV, V. 0. Docent
PA 22/49TA?
USSR/physice Har 48
Flow, laminar
Flow, Ttu~bulent
"The Fundamentals of the Pheaomenological Theory
I
of Turbulence," Dosent, 7. G. fievzglyandov, 13-g pp
"Vest Lenir-grad U" No 3
Treats subject under follovi Reynold-S
views on na 4.- ure of turbulenc:Z: (2)(Ilamliuir flow
equations of a -~ompresvible liquid, (3) turbulent
flow equationa of a ocatprsesible liquid, (4)
higher phenom-eino logical n-3utralizations, (5)
method of linearization, ud (6). object and ta-end
of experimente,
W 9r87

'fa
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Milt. %P, IlM.
I-Iff-w -4ve- ff-~wfl t,tm4I;-,n- for 4chfiv vi.,tKil. CIO I&I'll,
:!A fixfknor kA Alive Kmftwkw Ike vilti, W-1. R, 1.,J"g 17 .00
so fhe RevfwM% wtmfi" k"I[th mi"I w-mm"I farv. In -06
thm -14vatim. rm-ty fie fak" finet" vithtut (fluffle "I.W, Th~ .00
miAlliml. 4l" Me tran.vi,"Al Ovinf*'VA-111 am wili-11"I far lown.
thq~ (in the llr~tumlfilvll "ImIsment fu" wili'li"
4i, It file mictimlilit. rte lil-uhiftc.. drog ".4icirm to e,
1 1; Iff "' in twill tr(jtfjfqfjVC- Mj1ftq In, Ili With 1*41x-t j.
hylief""lis, &Fw if P-ellfwly if"- BACW "wiritil RA ittat (I (Vwd to coo
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,0(2)
AUTHORg Nevzglyadov, V.G. SOV/43-58-119-13/16
TITLITI On the Formullation of the Flow Problem in the Phenomenologica!
Turbulence Theory (K postanovke zadachi obtekaniya v fenomeno.,
logicheskoy teorii turbulentnosti)
PERIODICiLt Vestnik Leningradskogo universiteta, Seriya matematiki,
mekhaniki i astroncmiA,11958, fir 19WIPP 156-169 (USSR)
IBSTRACTs The author uses the phenomenological turbulence theory
[Ref I - 2] developed b 'r him for a general theoreti2al in-
veatigation cf the flow problem for viscous liquids, Several
expressiona for the force carried out or, the immovable body
by the flow are found, gGneralized Bernoulli - Cauchy
equations are set up; tae Umov rector is generalized to tur-
bulent flowal finally tne equations of motion are written in
the form of the Euler - Lagrange equations for the variation
problems Most of the rp~.-;ults are obtained by linearization.
Se-veral resultq are con,:ained in former papers of tte auth~-r
[Ref 1 - 43 ~
There are 4 Soviet references.
Card 1/2

24(6) PHASE I BOOK EXPLOITATION SOV/2984
Nevzlglyadov, Vaevolod Gordeyevich
Teoreticheskaya mekhanika (Theoretical Mechanics) Moscow, Fizmatgiz,
1959- 584 p. Errata slip Inserted. 15,000 copies printed.
Ed--., V.I. Hydnik; Tech, Ed.; Ye.- A. Yermakova.
PURPOSE: This book is intended for students In physics departments
of universities#
COVERAGE: This is the first part of a course on theoretical physics
and Is based on the material presented by the author in the course
cn mechanics at the Physics De:)artment of Leningrad University.
The book is divided into two parts. The first part deals with the
mechanics of a material particle, the mechanics of a system of
particles, and tne mechanics of a rigid body. The subjects dis-
cussed include kinematics and d.,rnamics of a particle, motion in
a zentral force fielc~ constrained motion and types of con-
istraints, dynanics of a system.of particles, kinematics and dyna-
C a rR I t -zi,-/~

10(2)
AUTHOR: Nevzgl adov V. G. so"'/~'O-
TITLE: On the, Vector of the Dens-Lty o,' the F-'~w of Turbulert
(0 vektore piotnosti potoka 'li,r,'i'en~noy ene-r--i ~ )
I'MIODICAL: Doklady Akadem-ii nalo-k 55SE, -iS,19 Vo] '24 11-r ~, F1,
(USSR)
ABSTRACT: The author first po:.nts out the defl,:~-encies of
dealing with this subi-----'-~ The an--~3o, r.)p'
I ~c
the vector -10 (whi,h is the anal-.Gu(- --f the he---~t
and the vector VIT can b~ -~xprnssed 'n the mosT s~mTi- ~'fl= -~I.
by the second degree I.,.--nsor !- k -1 if Ihe turb-,-i'en, j
k = ki aff / a X i (k 2, Here i - h:, 1 rii
TT = 12 1?
IL, u U-L
2
pulsation rates. The tenscr L ki is symmerric. inq wh~-:
determining an explicLt rxprci,3u-.on t'.'r L i g~' yl~' ?- 11 ." 1. -
Card 1/4 concerning covarianc~2, dimension n,-Lmtf:-r, and -m-rt -
used.

On the Vec tor ol" t~-(- Densi%- o.' t`:c- -"lo'.7 01
Turbulent f:ne2,,7f
In ,I~c Lur*L;ul,2:,,t L.,~ere are sc,r~c tc.-i~.'or.': c,,* co! r---
%
whiCIL 1, ki c 110-:t
Unor. 0 u-, d
a re
u + -
U i X'~ X
indcDencient u, cne anotlcr. liol,. calccul~-tin:- tii%. axolicit
of tl-,c conditions L, 0 at 1T ---)o %nd Ll,,
Lk- .11
must be taken into account. The~:c conditions are satisfied by
an expression of the form L f (IT) 6 k j + I Jr) whe re
i(IT).--+o at 0 holds. The oxprossion just
writt.en down for Lkli is, ho-.-;ever, not the final one, for the
tensor U! I must yet be exprc,3sed QL.~ basic cuantitics.
U~
The author t,iien su.~,,,ests the exr--c~-zlon
bui Z7~' 2
Card 214. Llci , L(IT)61-,i 4. 10T X k 4- z X T ("iv 7~ 6ild

On the Vector of the Dens:.ty of the Flow of SOV/2G-124-2-12/71
Turbulent Energy
L(IT) --+ o, 'Ijf) --*, 0 at 0. The two expressions ~-iven
here for L ki are equivalent if an isotropic connection exists
between the tensor of' turbulent flow and the ton-or o,.' the
rate of deformation. :,'or the flovi in a circular tube it holds
(in polar coordinates) that L rr~ L ~ L ZZ ~ L; Lrf 1,z 0
- 99
T 11 T"u.'/ dr if ~! 0 holds. It is, by thi, -.vay,
rz r ?
always pos~iible to assume L 0. For the componentq of t 11 e
-.6
vector I it holds that I = -L d IT/dr ; 1 0
), ifr f
Iz = 1-T(du/dr)(d1T,/dr IT depends solely on r. Aie comi:onen-.
has different signs for the axis an,! for the viall of t!.c, vabe
and in 3 points becomes equal to zero. 2iieoe facts are checke,:,-
by means of' experiments. 'Phe, results obtained by meacurementL
carried out in a circulv.r tube can be applied, by iisin.-
Card 3/4

On the Voc to r of !,hc 7, j t'y i 1 r C!(, ~r ')k - 1 1 71
Turbulent Enerr,-),
knovn
5 refroronces, ;, Qf
ASSOCIAT101i - Lcnin,-,ra~! s'lziy o:; ,,, -r,; univer2 i im.
(Lenin ~7racl s La to !I' x1ivcr,,;i ty ii.!,,) ni J~,. A. ~hdaiiov')
PRESENTED: September .~:, 1)5~;q ','a To Srirnov, Acaacmician
SUEMITTED: July 23, 1.'53
Card 4/11

;~~45,j
S/05 6/60/0 .39/006/042/06 3
7,?00 B006/'BO63
AUTHOR: Neirzglyadov, V. G
TITLE: Thermodynamics of Turb,;,Ipn~ 9yitems
PERIODICALi Zhurnal eksporimontill. noy . -,rioretichookoy fiziki, 1960,
'Tol. 39, No, 6(1,2), pp
TEXT-, The purpose of the prea,~nt work wa~ to dqdu~;e several conclusions
following from the second .',a* th-rmodynami-9 for singie-compcnent
turbulent spltams, First o" tha f'.'.ndamon'al thermodynamic equations
for a single.-comporent syq~,T' ~n vii-n dev,'.Fitor of the stress tensor
is independent of thq deforT.-.:on 'na ,.h(., avPraged equations
te are
holding for ',be case of jpr:%r1,d. The equations of Sts.
described by the air p;.ram-171:'(_ a:id When checking the con-
clusions t,) bo drawn f:,,)7 *-ni, 7,pc,;ni L-v o1 tnermodynam'Ics, it is
'I
2
neoessary tc Introdu!ia ,antitic;,i, T and Q' , where
TI-T-T and Some r,~g relatr.,rfi arn obtRir~,d after several ex-
pansiona and a-uproaging , TPin. -nn,~.' -. -,ri.4 ~o be dra'an from the second law of
Card 1/ 3

The.-modynam! c a of Tur-bulen, 15! r)5 6/6o/c, 3 9/ 006/0412/06 3
L)CO61, Bot
thermodynaiai,:.s r a ti -,t1 th;i 4 "1, with
dy
"T
1 k ax 2 7' K K. and the cort-
ditions thal. 0 and 0
2 c ~--ar t e~ 'z,)s 'L~ eti;~rbulent condition of
the system and depends not only on T and ai on
and
v Qa + Q's' lhe quaistion h3v -he qe~-tlnri :~L4 of thi!rmodynamic3 Is to b,i
generaliz-F!d to become applicah.1- , a *~ 1-rcij , --n-, systerns ,,s exFLrtln~d next.
Its consequences aa stated abovo aro I nE.5'Iff i ,rn* b~cp.,,,s#.- the averaged
entropy 9 cannot be us~id to -haracteriz~- th~- atF~,(- -.f I-,.irbulence since it
is independent of the energy cf turbiilen~.s F. , The flrr.-, (molqcular)
averaging permits introdurtion r:,f th~, entropy 9. whr-reas the second
averaging (phenomenological, according to Pev -no 1 ds ) requires the
exia t enc e c f a new f unc _4 o n, ce. 1. t-i 'n izrb,., 1 ~! n-, -h e rma I e nt ropy " Sa
which ia independen-, 0! 3 T ~ ~ ~; --~ ni n -3 BE-d o R-enpralize 'he second
1 aw c f -.,,r. n dy r n, ,M9 is taken to be a function
Card 2/3

ThermwtynamioA of Turbulctit Systtimn
of the +urbulent "inner" condition of -.he aystem, 1,e a function of
- - 77 77 ( -.5 -1
Ut Q I Q 9 T , and E,. and it holds that 6 0 e )/8+. + div Qe 0 ~' 0,
Hence, the following relat",)n ' sob t ;i I nf~d for the current, density of
tLLrbulett-thermal entropy- ((ke'ik QS Ovk + T P*(44j k +1 k-pik vi); the rate
of ito appearance is g:ven by
4. + T rr _'T + If 6
k k k Pik I' 6xv k a r ik ik I
Te '-a the of qta,%e* ,I t. h pressure. of
t urt u I e n e,. -i T r, - - A r ft 11 P - r~ n r 9 -1 3-oviet German, and
1 UTS
ASSOCIAT IONi Leninwradnk i y g-~i r'.1 t vf nrvv ur,,'. vnri t Lot ',' Leningrad F) tate
Tha iv %
SUBM-ITTFD t July 6,
Card 3/5

S/02 60/135/002/010/036
B019YBO77
AUTHOR: Nevzglyadov, V. G.
TITLE; Theory of Anisotropic Turbulence
PERIODICAL: Doklady Akademii nauk SSSR, 196o, voi. 135, No. 2,
pp. 283 - 286
TE):Ti The generalizations of the theory of ani-sotropic turbulence re-
presented in this paper try to explain the experimental results which were
ob-.ained during the last years. The explanations are beyond the scope of
the old straightforward theory. The relation R ik ' 2K6ik gives the
conrection between the turbulent stress tensor n E QuIul (1.1) (uj are
ik i-k
the pulsation rgLtes) and the deformation tensor 6 au.1ax +a
A ik 371 k iv a x i)
nik = n ik + n6 ik represents the deviator. The resulto of Laufer show that
the experiment agrees for the isotropic relation (1.1) in the core of the
flow but deviatos at some distance from the core. This deviation is called
aniaotropic turbulence. The difference is Mik - 2K6 ik2 Fik 'where
Card 112

Theory of Anisotropic Turbulence S/C 20/601/155,"'002;'0 10//G 4/6
B0191/B077
ik -a Fik - 3FSIS6 ik * Fik is the deviator of F ik ; F ik is an additional
tensor reprenenting the observed deviation from the isotropic relation.
:.'n order to determine the tensor Fik' it is assumed that the equation of
state is onl y a function of the inner conditions. Thus, a few tensors may
'De canceled. The remaining tensors are divided into two groupsi one con-
sists of tensors independent of 6 ik and called P ik; the others are a
function of 6 and are called T The stress tensor deviator is
ik A 1% ik'
r) ik - 2(K6 im6kn + K ikmn )6 mn+ ik ' This deviator is discussed, and the
role of the introduced tensors is investigated in a two-dimensional
problem. There are 6 references: 4 Soviet and 1 US.
ASSOCIATIONt Leningradskiy gosudarstvennyy universitet im. A. A. Zhdanova
(Leningrad State University imeni A. A. Zhdanov)
PRESENTEDt March 28, 1960, by V. A. Fok, Acadenician
SUBMITTED3 March 16, 1960
Card 2/2

32424
24, W OD
AUTHOR:
TITLE:
1127 11q,
Ile v zgl-ysd~
Rotation of a defcrmable body
S/020/61/141/006/,307/021
B104/B112
PERIODICAL: kkade6iya nauk 993R. DoklhLdy, v. 1,tl, no. 6, 1)61, 1326-13,")l
TEXT: A closed theory of a rotrAing defidrmable body is developed. It is
assumed that the body to be inv,~stigated is subject to a homogeneous
deformation, i.e., if the shift of t4e m as points fromtheir natural
position is described by the vector u . 1i(a1'a2?1Y#t)ei, then the
following expresnion ie vaiid for the instantaynds position of an
4,
arbitrary point of the body. r - x i('11a2ja3jt)ei6 The homoeeneous
detorination is defined by
due (1.2) and
xi ~ a, + ak ~ ai + (elk + Tlk) ak.
elk m I/S (ulk + tlkl) eke (t); - (plk
Card ~ /:2 - - -7 (u'k) - uk' 7 - Th'(* u'kkt(Ul1dak

3242.'.11
Rotation of deformable body
S102 61/141/006/007/G2l
31 04YI31 12
With the help of the Lagrange formalism, the mechanical theory of a
rotating deformable body is set up as a generalization of the model for an
absolutaly solid body. Explicit expressions are derived for internal and
external potential energies, for forces without potential, and for a
function takinG into account the viscous properties of the body. The
mechanical properties of the system are described by six coefficients of
inertia (mass m of the body does not appear since the center of mass is
assumed to rest in the origin of the coordinates), two coefficients of
elasticity, and two coefficients of viscosity. The theory is considered
as closed like the one for solids. The interaction between rotation and
deform,.LtiOn is studied by investigatinE the expressions for the kinetic
energy of the body. There is I Soviet reference.
iSSOCIATION: Leningradskiy gosudarstvennyy universitet irl. A. A.-
Zhdanova (Leningrad State University imeni A. A. 2hdanov)
PRESENTED: July 6, 1961, by V. A. Fok, Academician
SUBMITTED: June 28, 1-,61
Card 2/2

3 2613
3/020J62/14?./()Ol /9091OZI
B104-/BI02
00
AUTHOR*. Ne(vzglyadoy, V.
TITLZ: quantum theory of rotating and deformable particles-
#ARIODICiL to. Akademiya. nauk 38511. Doklady, v. 142# no. Iv 1962, 59-62
TEXT: The ~quantUm theory of a rotatihgo Aeformable particle is developed
fron'thd alassical equation of motion of the generalized nodal of &: solid
DAN, 141, no. 6 (1961)). The SchAdinger equation is
.-:`4ritten in Cartesian coordinates, and in order to study defornationg
Totationi and the coupling between thamt other coordinates are usedt six
n coordinates
'deformati6n.-doordinates 6 and three "orientation i The
a
r8dinge'r equation is then obtained in the form
(HdI + Hrat + Hrd) t
dx
242
ffdf 4- + + x (3-8)
FAe 2
G)l 6 r
+ U + Uex h".., h.,k,.- + 21car x
di; Hrot
Card 1/2

3/02q62/i42/00i/009/021
Quantum theory of rotating ... B1041B".02
43 + Vex; 212 d2
11,d
x tot
whloh~ expresses the interaction between rotation and deformation. It
becomes evident thatq$ is not a pure rotational degree of freedom: 1~ is
a a
tiot alinear# homogeneous function of the vector Q ,. In (3-8),
9~k#rs '-nr at k - a,' gnk,re x at k - r, and gnk,rl3 - 0 At k k ~ r,
a6 It x are the canonical variables of Vr
grim " 1ra re/anml nm,r ' "$r/"nm nm
classical eauation of 'motion. There are 7 references: 3 Soviet and
4 non-Soviet* -.ehe reference to rahe Engl i eh- language publication reads as
fOll:nwa: S. C. Wang, Phys. Rev., 243 (1929).
ASSOCIATION: Leningradakiy gosudaretvennyy, univeraitet im. A. A. Zhdanova.
(Leningrad State University imeni A. A. Zhdanov)
-PRESENTED: uly 6, 1961, by V. A. Fok, Academician
~SUBXIT TED: June 2a, 1961
Card 212

NYMODIN, A.Ye.;KRUPPA. P.D.
Business accounting now used on railroad edctions. Put' ~ put. ktior.
no.3:9-11 Kr 157. (N= 16:5)
1. Nachallnik Orlovskoy diatantsit (for Sevsgodin). 2. Glavnyy
bukhgalter Orlovskoy diat&atall (for Kru-ppa).
(Railroads-Accounts, bookkeeping, etc.)

NEMODIR, A.Te. (Orel.); VASYMIT, M.P. (Orel)
Railroad division striving for an bonorable title. Put' i
put.khoz. 4 no.1:5-7 A 160. (WRA 13:5)
1. Ilachallnik Orlovekoy distantaii Moskovskoy dorogi (for
Nevzgodin). 2. Sek-rotarl partiynoy organizatsii Orlovshcoy
distantall putt Moakovskoy darogi (for Vas7utin).
(Oral Diatrict-Rallroada)

GFJLk-Q!14f)V A. P. NEVZGODIN, A.Ye.; KOTOV, S.I.
Five ko.lom--ter of rac-a-ir work achleved Ln th-ree ~Oufs- i Fit-
khoz. 8 no.9:5-7 '64. ( ~C FtA 17: --,1
1. Zamstital' riachallnika otdeleni.ya d-arogi, st---ni,3iya Orpl, !Iosko,~-
skoy dorogi (for Gerasimov). 2. NachallniK Orlovskoy distantsli put.4.
Nioskovskoy dorogi (for Nevzgodin). 3. Zamastitel~ r,,azlia-IlnlkI
skoy diatant3ii putl Moskavsrkoy dor-ogi (for Kotov).

KHVOSTOVA. V.V.; IMVZ(;ODIIIA, L.V.
Frequency of chromonome reor(pnizations in the ttssixea of
radiosensitive and radiorenistant POIL plante. TSitologlia
1 no.4:1103-W7 JI-Ag '59. (KRA 12:10)
1. Laboratoriva radiatsionnoy &-netild Instituta biofiziki AH
SSSR. 14031cva.
(COOROSOMS) (RADIATION-MMIOLOGICAL &I MICT)
(FAS)

L
,;/560,161/000/010/ri I v ri",
)2()B/D-1;02
AUTHORS: Glembotakiy, Ya. L_ Frokorleva-Bel~govokaya.
A. A., Shamina, Z. B, ,
Khvostova, V. V., Valeva, 3. A., Eyr:,~a, N, S
and 1Nevzgodina,-,L'.- V.-
TITLE, Effect of cosmic fligkit factors on the heredity
and development of actlnomy,~etes and higher
plants
SOURCE: Akademiya nauk SSZR~ Ink-usntvennyya sputniki
Zemli. no. 10. Moscow, 1961, 72-81
TEXT: The second cosmic apa.,e-ohip was utilized to study
th'e combined genetic effect or cosmic flight on organiswe, This
article deals with the study of the following cultures: actino-
myces erythreus, stems 2577 and 8594, and actinomycea Btr#.,pto-
mycini Kras.. stem JJC-3 (LS-3). After the cosmic flight, the
Card 1/4

in tl.~: l r
L3 t f 1.-, 3 ": ~ 1"-. 1 , .; , , ~ ,to 1- ~l i tC -ijf C
The vltql.~.ty (i ~"~ Lnc z-a::ber of .-,,)iich sur--vrd an6
develo--,~.-l coinnirs of the ruolzi rant act. erytrir(~uj 2 6 77,
as comparcd to %he gtl 'ndFirdo, '-ncreaat~d 6 -,Imeo; the no, 0594
dpcreaned 12 tlme,-~; the act, aur,~-ofac,-eno (LSB-2201)
d"ropped in vitality by about 75", on the avern.!,e. in the rootq
of all 5 typea of experimental scedo, the percentLge of chromo-
chanreu viao somewhat Increaaed. However, only in tt,,~ case
of 2 types was thla increaoe otatiatically valid. In 3 types
of plants, in increase cf initooia was noted. In the caEe v.-here
the percentage of anaphaseo with chromosome changea was found
Card 2/4

5/1 60/6 ~/000/010/~' 1 /016
Effect of cosmic D2~-,,/D3O2
to b(2 hij.-h (about the tempo of MI to,, IIj fcl, ,Th~ ~un~]
tion3 of c~j~:mic fli,~ht atimulatcd trc grc-vth jitent3lty
to thv jtandardo. 7he follov;in,~ m1croscopIc morl-nolo,--y i'u;,jurea
of the eKperlt-,ental cultureo corifirm. th,,r, facl, (a) dev,?ICp.':,-,nt
O~ a more b~tsiphyllio a-nd po-aerful ~;if,
(b) ~rovth of a in~cXer
intertwining of myce!IR. (c) le-q-thy gro-;,th of
t.,ifs Data on the ourvival of "he ,nd 2,r-77 iitnm orc i,,)~
completely valid nince tho cow-,entratlon~, of the upor'--
sionD of the control and experimental cultureE ~;eve dt!t-~=-irv!d
,.isually from the suspeimion turbidity. The ;i,orpholo~,y
in '.he colonica vlure invcstit;,ited on the act. erytilre!1- 65~4
and act, aurpofaciens L.;B-.'201,. Obtained dat,-~ .7.hr)%,v that the.
morpholopy chan,-oo in the actinomyces, both ir. the expe:riment
(conmic flijht) and control, lie within tho onnf, limito, The
cytology annlynia of agricultural plant veedo affected by comnic
fliC;ht vm3 conducted by atudying, the chromooome impairrn-mt in
the anp- and telophaa,m of the firot mitcGis Obtained reDults
Car-I 3/4

Lj
Effect of ca3mic
f3howed that in all the inveotigtitud plar.tp tLerl~ ILI a .~E*r7;,'-:1.
increaoe of celia with chrom.Qeome changea, and in only 2--winter
wheat and Spartanet'o peaz--ia this iricie-.se at-4tiaticaliy
valid. There are 4 figures, 2 tables and 5 references 4 Scvie-
bloc and 1 non-So-iiet-bioc. The refererce to the Englaoh-
language publication reads as follows: S, B. PipK;.n, W. N.
Sullivan, Aerospace Wed,,, 30, 585, 1959.,
SUBMITTED: May 3, 1961
Card 4/4

S/205J61/001/004/027/032
D298/D303
JLUT11ORS% Khvostova, V. V. and NevzLrodina. L. V
TI TIE A cytological analysis of the causes of resistance to
in plants
PERIODICAL. Radiobiologiya, v. 1, no. 49 ID019 611-618
IZXT-, In previous works by S. A. Valeva (Ref. Is Biofiztkft, 5, 244,
1.960) and by V. V. Khvostoova and L. V. Nevzgodina (Ref. 2N Tsitologiya,
1, 403, 1959) it was found that the greater aensitivity of the bud to
radiation was caused by the fact that more chromosome reconstructions
occur in their cells which leads to death of some of the cells and to
inhibition of grouth. The authors set out in the present work to clarify
vhich of the processes of chromosome reconstruction formation proceeds
differently in the cells of plants resistant to radiation and plants
"ensitive to radiation. For a comparative study, the air-dried seeds
(about 8% moisture content) of fodder peas and Kapital, variety table pea
Card 1/4 2-/-

S/205/61/001/004/027/032
A cytological analysise.. D298/D303
were irradiated with gamma,-radiation from a Co 60 source at an intensity
-of 450 r/min. and with fast neutrons. In the latter case the pea seeds
-were irradiated in the horizontal channel of an 'APT (MT)reaetor in a
mixed stream of fast neutrons and gam-&-ruys at AL distance of 240 cm
from the active zone. The total dose received by the seeds in 5 hours
of irradiation in the channel was 500 r from faet neutrons and 270 r
from the gamma-rays. It was found thatthe x(seds of the fodder pea were
more resistant to grimma-radiation than were the Kapital pea seeds,
Judged on the criterion of "damageability"--the percentage of anaphases
1rith chromosome reconstructions in the first mitoses of the radicles and
the mean number of reconstructions per anaphase~ No difference in the
sensitivity to fast neutron activity was notttd. Storage of the fodder
pea, irradiated with gamma-radiation for I and 6 months and also with
fractional irradiation at Intervals of I rienth, showed no increase in
the number of chromosome reconstructions. Furthermore, no change in the
number of chromosome reconstructions was noted in seeds irradiated with
neutrons~ Storage of the Kapital pea seeds, irradiated with ge a-
Card 2/4

S/205/61/001/004/027/032
A. cytological analysise.e D298/MO3
ra4iation for I and 6 months and also with fractional irradiation, showed
that the number of chromosome reconstructions increased markedly. Storage
of seeds irradiated with neutrons gave a much lower rise in the number
0f chromosome reconstructions. The OBE of noutrons compared with gamma,
radiation was 40 ULex more with the rodder pea and 10 - 15 times greater
with the Kapital variet I . d IL g from the percentage of anaphases with
chromosome reconstructions. Abstracter's notes OBE not defined. Per-
haps stobshchaye biologicheakaya offektivnost* (g6neral biological offec-
Vlveness)-_7, A study of the types of reconstructions showed that,
after neutron irradiation of the seeds, chromatide bridges comprised
about lo% or all the bridges, whereas after g Irradiation they com-
prixed about 30%. Storage of the seeds irrddiated with neutrons gave
no change in the number of reconstructions, but the percentage of chro-
matide bridges increased. With storage of the Kapital seeds irradiated
with gamma-radiation, the percentage of chromatide bridges almost
doubled. U. N. Bregafte helped with irradiation of the seeds in the
roactor and in calculating the doses of fast, neutrons. There are 3
tables and 13 reforencogg 6 Soviet-bloc and 7 men-Sovist-bloc. The 4
Card -3/4 z

A cytological analysis...
S/205JOI/001/004/027/032
D298/D303
m0st recent references to the English-language publications read eta
followa% 0. Gelin, L. Ehrenberg, S. Blixt, Agric~ hort. genet., 16,
1/29 789 1958; A. V. Beatty, J. W. Beatty, Geneties~ 45, 3, 331, 1960;
J. D. Adams, R. A. Nylan, Rad. Rea., 81 2, 11X, 1058; G. J. Neary, S. M.
Tankinson, F. S. Williamson, Int. J. Rad. Biol., 1, 3, 201, 1959.
ASSOCIATION&
SUBMITTEDs
Institut biologicheakoy fi-tiki AN SSSR (InStitUbg Of
Biophysics, AS USSR), Moscow
March 20, 1961
Card 4/4

5/747/62/000/000/025/025
D243/D308
,JLJT;10I11~;: Khvostova, V. V. and Nevzgodina, L. V.
TITL--': I'lle causes of the radiostability in plants
60jRCE': Iladiatsionnaya genetika; sbornik rabot. Otd. biol. nauk
Izd-:vo AN 3'I)*,SR, 1962, 358-366
AN S:jSR. '~ TOSC OW
T-*,C'.I: Tne i)reoent aork was aimed at determining at which stage the
of chromosome reorganization proceeds differently in ra-
dio~-eiisiT,ive and radioinuensitive plant cells. Air-dried seeds of
ma,)ie and Ca,)ital peas were irradiated with Lotal do:3eS, over 5
0'() r rays at 450 r/min, and
11jurst of 270 r of Co 500 r of fast neu-
trons. 1-:aple pea ocedo were found to be more resistant to 61 rays,
wi.ile both types were equally suscedtible to fast neutrons. The seed
re--..ction, as measured uy tile percent of anaphase cells with chromo-
so.,.ia.l. reor-anization, was more uniform after neutron than after
radiation, especially in Capital peas. Two series of experiments,
with 7500 r and 500J r of ( radiation respectively, were then car-
ried out to study tile effect of chromosome reorganization, in
Card 112

Tl~e causeo of ...
3/747/62/000/000/025/025
D243/D308
se.-Lbitive "Yid insenjiiive p,.?as, of -torinq irradiated seeds and of
_rradiation at month-,,; intervuis. In the sensitive Capital Otrain
,,i.c pQrcentagc of celli,.~ chromosomal reorganization rose
duxin~L i-~tora,.,'c ulld ".'hen -they were irradiated at monthly
~~il.uvvuis. 11hio d'd not occur Jn I
Liaple pea cells. It is sug.,,ested
1_'~ut in ~'-senoitive jDus certain oiochemical characteristics of the
ce-' _L~!Ltr' medium are ri~~sponi3i'ble for more frequently converting Po_
-~untial c1.romoso.,,,,e da..iage in-to actual breaks. A rn,~--rh RNA content
in na-)le pea cells und'its delayed declinu after irradiation may
L~~LWJ UOV11 ULOOC CWIVOruions or cause t~ie fragmtnto formed to re-
c in e 'Ahe.~e is 1 figure and 2 tables.
c~
j ~ 0 C 6 1~ institut bioio.-icheskoy fiziki AN J"SJR, Moskva (In-
stitute of i3ioiogicai Physics, AS USSR, Moscow)
~Iard 212

wza~lul ~w UMMM 1~[M~ am
/ V, ~ Eb, -, z 6 ao /A, ~/J-"--/ - /,-" -
GLEMBOTSKIYP Ya.L.; PROKOFIYEVA-BELIGOVSKAYA, L.A.; SWIINA, Z.B.;
KRVOSTOVA, V.T.;.VALEVA, S.A.; ErGES, U.S.; NEV7MGIIIA,, L.V.
Effect of space flight factors on the heredity and develop-
ment in actinomycetes and higher plants. Probl.kosm.biol.
1:236-247 162. (MIRA 15:12)
(SPACE FLIGHT-MYSIOLOGICAL EFFECT)

KHVOSTOVA, V.V.; GOSTIMSKIY, S.A.; MOZHAYEVA, V.S.; NEVZGODINA, L.V.
Further study of the effect of space. flight conditions on the
chromosomes of rudimentary rootlets of germs in pea and wheat
seeds. Kosm. issl. 1 no.1:186-191 JI-Ag f63. (MIRA 17:4)

Ki-v( V.V_-

L 0S270-67 LW'r( 1) scro DD/GD
X~~_N_R: AT6036465 SOUFCE CoDet UR/0000/66/000/000/(1009/0010
AUTHOR: Abramova, V. 14.: rtauskly, Do F41 Aleksoywq!~qs L- V-1 K*VZ 'Odina, L- VOL
ropkovaq S* As
/7
ORG: none &~/
TITLE: Sensitivity of potato seeds to pftogegI&M, radiatio Cj9per pgggyted
at conference on problems OE space medic no scow rom 24 May
SOURCE CODE: Yonferentalyd po problemam koamichaskoy meditsinyj 1966. Problemy
kosmichoskoy maditsiny. (Problems of space medicine); materialy konCeirentelit
Moscow, 1966, 9-10
TOPIC TAGS: Ionizing radiation biologic effect, relative biologic efficiency,
cosmic radiation biologic effect, radiation genetic effect, plant genetics
ABSTRACT:
Proton irradiation is the greatest spacellignt hazard to the plantlink'
in a closed ecological system. Unfortunately, little is yet known about the
RBE of protons as compared with x-rays or gamma rays. Experiments
were conducted to study the RBE of protons and gamma rays for higher-
plants. Potato seeds were irradiated with 660-Mev protons (dosc power
84 rad/sec) from and 01YAI synchrocyclotr6n or with gamma rays frorrk
an EGO-4 apparatus in a dose range from 500-50, 000 rad (dose power

L 08270-67
ACC NR, AT
182 rad/m1n). E'xperimental results showed that potato seeds .are twicE!
I as. resistant to radiation as potato tubers. In addition, it was found that;
proton irradiation caused more significant changes in the growth and de-
velopment of potato seedlings than gamma irradiation. The LDIOO for
proton -irradiated seeds is about 30, 000 rad: for gamma -irradiated seeds
the LDI 00 is more than 50, 000 rad. These results agree with literature
data. Doses from 500 to 10, 000 rad were found to stimulate tuber formation,,
while doses above 10, 000 rad depressed this process. From these data it
was determined that the RB~E of 660-Mev protons varies from 0.5 to 2.3.
-Study of the effect of radiation on the chromosome structure of the cell
showed that for protons the coefficients of RGE (Relative Genetic Effective-
iness-defined as the percentage of cells with chromosome aberrations) in
-the dose ran ge 500-50, 000 rad vary from 0.7-2.6. A close correspondence
between extremal values of RBE and RGE of 660-Mev protons for potato
,seeds was observed. Literature data and results of these experiments show
that a year is sufficient to produce a potato crop from seeds. It was con-
cluded that cultivation of notatoes from seeds can be of zreat vractical value- an
long spaosflightav eapecially during radiation emerpacies,
ZW.A. No. 221 ATD Report 6
SUB CODES 06 SUBM DATC1 Oomyt6
2/2

ACC NRs tT603665 .I SOURCE CODES UR/0000/66/0OD/000/0286/020
AUTHOR: Nevzgodina, L. V.; Grigorlyan, N. M.
ORG: none
ITLE: Effect of tonlzi d n oMtj chro
,?ogeme aggafa ys Its
in pace Re
e c?
Dape sented989 MG &F rentcloon ems
UP fay 19
MICE:, Ko-~iferentslya po pj:oblemam kosmicheskoy meditsinyl 1966* Frobleniy
kosmicheskoy meditsirty* (Problems of spaco medicine); materialy RonterentsiLg
Mscov, 1966, 286
TOPIC TAGS: cosmic radiation biologic effect, proton radiation biologic affect,
radiation genetic effect, plant genetics
ABS TRACT.,
The effect of proton irrawation on higher plants was studied, and the
1.3GE (Relative Genetic Effectiveness) of protons and gamma rays was de-
termined. This information is essential for calculating shielding thicknesses'!,
which are based on equivalent doses in rem. Cabbage, potato, and carrot
seeds were used because these plants may be included in a space greenhouse,
and because they have different natural radios ensitivities. Seeds were irrad-,
iated with, 6.60-Md* protons from an 0lYA1 synchrocyclotron or with gamma
/2

Wof _Nk~-A760366 57-
rays from an EGO-4 apparatus" (dose range 0.5-250 krad).
Experimental results showed no difference in the effect of proton
and gamma irradiation in small doses, i. e. 0.5 to 5 krad for potato,
0.5 to 25 krad for cabbage, and 0.5 to I -xad for carrots. However,
with high doses (potato-10-50 krad, cabbaTe-50-250 krad, and carrot-
5-100 krad) protons have a greater effect than gamma rays. Within the
4osage limits used, the RGE of protons increases with increasing dose;
10 r potato from 0.7 to 2.6, :for cabba~ge from 1 to 3.6, and for carrots
Ao
from.l_to 11
[W. A. No. 22; AM Report 66-1161
SUB CODz:t 05 / suaM VATSg 001~Ay66
2/2

ACC NR.--AT6036528 -sd-uFt-L~,--toD~t~;-.--uif/Ot)W/66/0001(000/03.17/0118
ALUMOR: Gortsuskiy, D. F.; Nevzgodima, L. V.; Alo~meyonko, L. V.; Abramova, V. Mo;
S.-Arennyy, L. N.
ORG: none
Trl"1.2: Evaluation of radiation hazard for plants in space greenhouses fpapor
preuentod at :.he Conforonce on Problo= of space medicine hold in Moscow from
24 to 27 I-Lay 1966.7
S00CE; Koaforontaiya po problomam koumichoskoy rnditsiny, 1966. Problovq kouniches-
koy mcditsiny. (Problems of space medicine); materialy k-onforontsii, moscow, 1966,
TOPIC TAGS: cosmic radiation biologic effect, life support system, radiation
genetic offoct, plant Genotics, space food, ionizing radiation biologic effect,
proton radiation biologic effect, relative biologic efficiency
ABSTIb%CT: Plants in a space greenhouse must be both highly productive and suf-
ficiently radioresistant. In this work the. effect of proton and gamma ir-
.~radiation on some higher plants was studied, and the RBE of 660-Mlev
protons was determined. Potato tubers, beans, beets, and lettuce are
usually classified among radiosensitive plants. Experiments showed
1-that with a 4000-rad dose of gamma rays only a few potato tubers sprouted.
Card 1/-3-

ACC NR, - xr6o36528
1', was found that doses of gamma rays from 1000-5000 rad and a proton
dose of 250 r;d (not higher) had a stimulating effect on potato growth.
However. when potato seeds (which are much more radioresistant than
tubers) were irradiated, a proton dose of approximately 40, 000 rad was
required to IdU the plants,' or a dose of gamma rays in excess of 50, 000 rad.
Of this group, beets, beans, and lettuce are slightly more radioresistant
than potato tubers. Radioresistant plants include cabbage, carrots, radishes,
an~. tomatoes. Doses of more than 200, 000 rad were required to ldl:, cabbage,
radish, and carrot plants, and the range of stimulating doses was corres-
pondingly higher.
The experiments described in this article were conducted to determine
the RBE and RGE (Relative Genetic Effectiveness -the percentage of cells
with chromosome rearrangements) of GGO-Mev protons as compared with
'CO 60 gamma rays during irradiation of seeds of thu- following plants in the
Qose range indicated: potato-0.5-50, cabbage -0.5 -250, -arid carrot-
,0.5-100 rad. The BBE of portons increased with increased dosage from
0.7 to 2.6, 1 to'3.6. and I to 11, respectively. These experimental data *
suggest t~_ -. a relationship exists between the RGE value and the general
ot)
radioresistar.co of the plants. It was observed that limits of change in
- 660-,Wev'
'RBE coefficients (the criterion ir, the potato yeild) and RGE values sof
Card 2/3

ACC NR, AV )036528
polatoca in the dose range 500 -50,000 rad, coincide.
votons ,
i -is interesting in view of a possible correlation between the observed -,,enetic
'e,"fects and, subsequent changes in plant devel9kment. -22; _ATD']Report
66-116J
suB com,: o6 SUBM DATE: oomay66
3rd 3/3

NMIODINA., bLN--
New developments in socialist competition in the leather and
footwear enterprises of the Leningrad Economic Council. Kozh.
obuv.prom. 4 no.1:6-9 Ta 162. (MIRA 15-3)
(Leningrad Economic 1~,-)gion,--~ocialist competition)

POLIKARPCVA, Ye.F.; NEVZGODINA, M.V.
Breed-related characteristics of the development of avaries
In newborn lambs. Trudy Inst. morf. zhiv. no.35:186-207
161. (KERA 14-6)
(Lambs) (ovaries)

DMITROVSIUY, A.A.; ZAYTSEVA, II.I.; BALAKATEV, B.B.; YEROFEYP-,VA, N.N.;
1~~ ~GODI~IIA, BURLAVY, A.F.
Stimulating effect of vitetnin:Aon the function of the
sexual glands in Karakul herd,rams. Vit, res. i ikh i
no.6:178-184 163. OaRA 17: T
1. Institut biokhImii imeni A.N. Bakha AN SSSR i Turkmenskiy
seI'skokhozyaystven;Vy institut imeni M.I. Kalinina.

POLIKMUIOVA, Ye.F.; HEMODINA, 14.V.
Specific features of the development of ovaries in newborn Ramanov
ewe lambs. Dokl.,AN SSSR 136 no.5:1252-1255 F 161. (WPA 3.4:5)
la Institut morfologii zh:Lvc'aykh im. A.N.Severtsova 0 =R.
Predstavleno akad. K.I.Skryabinym.
(Lambs) (ovaries)

M,1KARPOVAS Ye.F.; NEVZODINA, M.V.
Degree of the development of thyroid glarAs in r--wbcrn
eve lamba. Dokl. AN &SSR 141 no.3:758-761 N 161. (MIPA 14-11)
1. Institut morfologii zhivotnykh im. A.V. Severtsova AN SSSR.
Predstavleno akademikom Yu.A. Orlovym.
(Lamba) (Thyroid gland)

MZCROV, A.
Seeding and planting exhibits at the All-Union Agricultural Sxhibition.
Zemledelle 4 no-7:7-13 JTl 156. (HWA 9:9)
I.GleLvnyy agron(m upravlenlym rastaniyevodstva Vassoyuznoy sel'skokho-
nyaystvannoy vystayki.
(Moscow--Agricultural exhibitions)

117-,TZ(R-OV, A. 1.
"Investigation of the KLchinability of Steel at Hieh Cutting Speel.q Sub 21
May 51, Moscow Order of the Eenla Iviation Iast imeni Sergo Ordthonirkiize
1951.
Dissertations presented for science and engineerinc. degrees in Moscow durine.
SG: Sum. No. 48C, 9 May 55

25(l) PHASE I BOOK EXPLOITATION SOV/1135
Khrichenko, Yevgeniy Prokoflyevich and Nevzorov, Aleksandr Ivanovich,
Candidates of Technical Sciences
Povysheniye tochnosti obrabotki kopirovaniyem pera lopastl vozdushnogo
vinta (The Use of Copying Techniques for Increasing the Accuracy
With Which the Aerodynamic Profiles of Aircraft Propeller Blades
Can Be Machined) Moscow, Oborongiz, 1957. 4 p. (Series: Moscow.
Aviati3ionnyy institut im. Sergo Ordzhonikidze, Trudy, vyp. 96)
2,140 copies printed.
Ed.: Zdanyukevich, A.K.; Ed. of Publishing House: Loseva, G.F.;
Tech. Ed.: Pukhlikova, N.A.; Managing Ed.: Zaymovakaya, A.S.,
Engineer.
PURPOSE: This book may be useful to engineers, technicians, scienti-
fic personnel, and students interested in the manufacture of air-
craft-propeller blades.
COVERAGE,': The book considers the construction of duralumin aircraft-
propeller blades and technological methods used in the fabrication
of such blades. The authors discuss the kinematic configuration
Card 1/3

The Use of Copying Techniques (Cont.) SOV/1135
and the principles of operation of milling machines for duplica-
ting propeller-blade profilesand consider a number of problems in-
volved in setting up and adjusting such machines. A detailed dis-
cussion Is given of the origin of various types of machining errors
and suggestions are made for minimizing them. There are 22 figures
and 6 Soviet references.
TABLE OF CONTENTS:
Introduction
3
1. Blade construction 5
2. Technology of manufacture of duralumin blades 11
3. Kinematic configuration and operation of a special copying
machine 14
4. Setting up a duplicating-type milling machine for prepar-
ing the master template 16
5. Measurements conducted on the actual production equipment 24
6. Displacement of the medium sections to compensate for the
thicknesses of the roller and milling cutter when they are
fixed to the spindles of the machine in different ways 24
Card 2/3

SOwv' TEV, V.; MMOROV, A.
Improving the NTolgag automobile. Avt. tranaP. 36 no-9:30-31 S 1513.
(MIRA 11: 10)
l.Gorlkovskiy avtomobillny7 zavod.
(Automobiles--Design and construction)

MCVZOROV, A.
Installing overhead-valve engines instead of bottom-valve argines
on "Volga" automobiles. Avt. transp. 36 no.10:31-32 0 158.
tKIRA 13:1)
(Automobi lea--Angi no a)

HHVZOROV, Alelceandr 14ikhaylovich,-,,,,SOWV'YxV. Vladimir Sormyevich;
glavnyy nzhener, etv.red.; KNYAZZV, Vj.,
red.; BRTJLIKOVMAYA, R.G.. telchn.red.
[*Volga* automobile; construction and operation] Avtomobill
'Volga"; ustroistvo i ekspluatatatia. Gorlkil, Gorikovokoe
knizhnoe izd-vo. 1959. 165 P. (KIRA 12:9)
1. Gorlicovaiciy avtozavod (for Borisov).
(Automobiles)

UI;ZGR13Tj--L-K- -
The 'Volga-1959" automobile. Avt.prom. no-1:36 Ja 159.
(141RAL 1.2- 1)
1. GorlkovsL-iy avtozavod.
(Automobiles)

.v-1A=fn)WV AIpksarAr-Mjkbajoyicji, XLOVIYEV, Vladimir Sergeyevich;
R,IYAZEV, V.V.,. red.; YUVISOVA, tekhn. red.
(The (Wolgaff autcraobilelAvtor-obill nolga~" 2., perer. i dop.
W. GorIkii, Gorlkovnko6 knizhnoe izd-vc, 1962. 326 p.
(MIRA 15:8)
(Automobiles)

BORIWVy V.I.; GOR, A I - HEM1107 A.M.: RIBINSKIY I D.A.; SOIDVIYEVp
V.S.; EVART, red.; VASILtYEVA, I.A.9
red.; UVAROVA, A.F... tekJw. redo
[The M-21 "Volga" autowbile; construction and maintenance]
Avtomobill M-21 "Vblp"; konstruktsila i takhnicheakoe ob-
aluzhivanie. [By] V.I.Borisov i dr. Fod red. A.D.Prosvirpi-
na. Moskva, Mashgiz, 1962. 447 p. 1. (FuRk 15:3)
19 Gl&nW konstruktor Gor1kovskogo avtorr-obillnogo zavoda (for
Prosvirain).
(Automobiles)

L 27641-66 EWT(1) lip. (C)
7C NRz APGG15756 010048166/040/005/07497~753
(A, N)
UTHOR: Spivak, G'.VG; DyUkovt V.G.; Sedov, X.M.; Nevzorov, A.M.
DRG., physics Department, Kosaw-State Vniveraity im. hi.V.Lomonosov (FLitcheaki fakul-
y
tet HookoVskago gosuairstvannogo unrVersitetal
TITI9: Observationof transient processes in silicon diodes by means of a atrobodc6pic;
/Reports Fifth All-Union Conference on Electron Microscopy held in
emission microscope
Suzy 6-8 raly 196f
SOURCE: AN SSSR. Iklestiya. Seriya fizicheskaya, v. 30, no. 5, 1966, 749-753
TOPIC TAGH: electron microscopy, silicon diode, pa junction
ASSTOCT: In the iatroductory paragraphs note Is made of the advantages of employing
a stroboscopic or gating electron microscapd-for studying transient processes in semi-
conductors aW observing the dynamics of microfields. ra the work described in the
present paper the stroboscopic microscope diagramed in the preceding report by the
ra (see Abstract AP6015755) was used to observe the individual phases of establish-
autho
of direct current flow in silicon diodes. It Is-pointed out that the time resolu-
meat
tion of the given electron microscope approaches the nanosecond range. A special
simple resistance-capacitance circuit with a vacuum tube was employed to provide the
:,':LCc' d 1/2

=HUMM - - - - - - - - - - -
L 27641-66
ACC N& AP6016756
requisite dc pulse repetition rate Uicrographs Of the surface Of a diffused silicon
diode, of a p-n junction in a mesa-diode under - 40 V bins and of a section of an
-ced in the text together with cocillograms of the dc pulse and
alloyed diode cre reprodL
the transient process In the case 69 one experiment. The effects revealed by the micro.
graphs are, discussed. Further experiments were concerned with investiga'ting- the in-
fluence of temperature on the structure of a p-a junction; the results are veiy briefly
desoribedi. heating ~40 2600C resulted in a 200 ohm reduction of the back resistance of
the diode. The authors are,gtateful. to AX.YunoviclLfor-discussion of the results.
Orig. artlihas: 6 f igures. (151
STUB CCDIC-.`~Ag, 20/- SUEN DATE6 'HIStL61' ORIG REF- -002/ CM RKF-- 001/
ATD PRESS
Le'!
Card

(1-10AW
-MS Ar3WQM-, S/0l53/6!/OO6/0M/(M0/bl64-
LUTHOR: XeTsorM A 6 Not Songings 00 Lo
TITLEt exaUte oo=leix compounds of niobium a~d tantaliva
SOURCEt Izvo VUM DI-1.7a. :L khimo tekhnologiya, vo 6., no, 1., 1963, 163-164
TOPIC TAGSt niobiun oxalate coraplexes) tantalum oxalate complexes, K only 3., NbO
trioxalates M m0b 2 0.9 K sub 5., Nb oxalate sub 5
AWTUCT: The authors irmastigate the composition., properties., and formation condi-
tions different from thoselin previo'us.studies for complex oxalate c--mDaunds of
zeiobium and tantalma* The preparation method finally selected for the niobium oxa-
Date complexes was as follomt dried niob:l= hydroxide iras dissolved in hot concenw-
trated oxa2ie acid solutions The solutionims then neutralized with MR to a pH of
3 to 3.5. d=ing v1dch time excess exalate separated out as potassi= biacalateo
The filtrate was evaporated to a niobi= concentration of 100 to 120 gg/1 and
cooled to rom temperature., whereupona. crystalline precipitate was obtaiiied,
Lnalysis of t14 mother liquor mid of the precipitate showed a ratio of Mb to oxa-
late ion'of 1:3, The precipitate composition corresponds to the formula K sub 3
ZI-00 triomtla~q7. 2H. sub 2 0. It loses one molecule of water at 100G, the other
Card 1/2-

L 11058-63,
AOMCSSMN -NEtt :AP3000479 I
3,400' and doixoposes ~ at 220C with evolution of ou-bon. dioxide The solubi3ity
of the "It'at .250 is ~ 160
A 9MA Ud at 100C 1000 MAO Dissorv;M9 tha precipitate
in water- increades the pff to 3*5 - 4a0 as a result of slight, hydrolysis of the oxa-
late-complex* Eyl varying the pH it was determined that the potassium oxa-Uc nio-
bate waa etable in the region of pli - 2o5 to 4#5 and cry-st-alized out of any such-
solution by evaporationo The authors were unable to prepare a previously doscribed
K sub 5 complex Mb oxalate sab g, A tantalum oxalate complex obtained by a simi-
lir process had a molecular ratio Ta: oxalatesK of lsl:l. Mis compound is thought
to co=esponlto either KUM) wab, 4:oxalate or KW sub 2 oxalate9, It hydrol3rrea
reedily a- on - 1
in water, btki dissolves in soluti of p1l less. thm 3* Origo art. has..
-table*'
ASSPMTIO&~, Uf6dra kbim4i zvdkikh elementovt X"akhakiT gosudarstvengM univer-
sitet im* So' Vi Kirova (Department of Rare Manent Chemistryj YAzakh State UUver-
8 Tw 3IJan62 DATE AMs aJun63 EMU' 00
SUB CMEJ.- OR NO RV Suit 002 :OT=t 003
. kj~

Card
ACCESSION N-R. AT4033569 5/2922/63/009/000/0261/0268
AU111OR: Nevzorav, A. N.
TITLE: An aircraft instrument for measurement of the dimensions and concentrations
of large particlev In clouds and precipluation
Sou'11CE: Vsesoyuznoye nauchnaye noverahchantye. lot, D-lnLngrad,
196.1. Prihory".. I F.-~~tody%~ liablyudeniy (IrintruiiionUB and methoda of ob3orvation);
trudy* uOveahchalliva, V. 9. L(--ningra(J, G:!JrD-j,.cL---o1zdar, 1963, 261-268
TOPIC TAGS: meteorology, mnteorological. insri-timent, cloud, precipication, cloud
physics
ABSTRACT: -Lhe 5tti,ly of large particlerj ii-, cloud,3 (with a radius of SO microns or
m- re) from an aircraft and kin inventigation of drop-sizo distribution in a wide
range of concenLrations i-8 imporCant, but no inGtrurptent yet desctibed in the liter-
ature is said to be adequate ":or thio purpose. Work along this line was begun at
the Tsentral'naya acrologichcb?aya obi3urvatoriya (Central Aerological Ubsdrvatory)
L
in IS57 and completed in 1959. The principlo oE operation if-j meaourement of the
amplitude of electric pulseo. Fig. 1 of Lto ancloouro aho-wo tho optical ayotem of
Card 1/5

ACCESSION NR: AT4033569
the instrument for formation of a light field of the necessary configuration by
meana of two optical slits. On the path of a light flux formed by an iiic,~ridescont
lamp 1, situated in the focut; of the lens 2, there is a screen containing a lolig
narrow slit 4. The light beam emerging from the slit is not parallel. A second
slit 5 of the some width and length as alit 4 is situated at some disLaiice from it
and parallel to it. The lens 3 focuses the light passing through the slit 5 onto
the ctiaphragm 6 in front of the photomulti-plier 7. All the light rays simultane-
ously passing through slits 4 and 5 and incident on the photomultiplier are con-
cantrated in the space between the slits in a volume bounded by two parallel planes
and forn, a light field 8 whose thickness is equal to the width of the slits. In
this method the thickness of the light beran is of the order of the minimum dimensions
of the measured particles. The system makes it possible to: ensure an adequate
sensitivity in the entire range of measured drop sizes, obtain a dependence of
pulse amplitude on particle size in this range which is close to linear,, and de-
crease the volume of the light field to a size virtually excludes the probability
of simultaneous crossing of several particlee of omall size capable of causing
Card 2/5

ACCESSION Mi AT4033569
falso pulaod. Tho inistrum4tiv. conisiats of vwo principal partat a sannor, in tho
air current itself, and a recorder inside the aircraft cabin. The sensory compo-
nents are mounted in rubber shock absorbara in a special frama-(see Fig. 2 cf the
1,,nc losurc) .A block diagram of the instrument is included and its calibration is
deacribed. Maximum randcri error in drop-size measurement is about 1-30'1 for r = 75
microns and �15% for r = 1,200 microns. Sy9tematic errors are not greater than
+ 10'/,. Operation oC the Lnstrunient aboard the atrcraft is described; it operates
reliably in all forins of pr,2cipitation outside clouds, in crystallinu clouds and
in warm clouds with a relatively low liquid water content. Use in supercooled
drop clDuds is posiAble until the sensor becomes iced. Orig. art. haa: 2 forvulas,
5 fi'-ur,:!o and 1 table.
ASSOCIATION: Taentrallnaya ateiologichesitaya observatoriya (Central Aerological
Observai:ory)
SUBMITTED: 00
SUB CODE: WO AG
DATE ACQ: 115Apr64
NR REV GOV: 005
ENCL: 02
O'l-LIER: 002
Card 3/5

FACCESSION NR: AT4033569
Figure 1. Optical system of the instri-nt
Card 4/5
ENCLOSURE: 01" 1
--j

ACCESSION NR: AT4033569
ENCLOSURE: 02
Figure 2 Nounting for sansing umLc
Card 5/5

40

A
L 276422!!66 EVr(l.) _IJP(C)
AI;C.NR
AP601575 (A, N) GOUIVE CODE: UIVO