SCIENTIFIC ABSTRACT AVERIN, V. V. - AVERINA, Y. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102610004-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

"MINI V.V. (Moskva); GARNYK, r-.A. (Voskva); SAMARM,
A.M. (Hoskvn)
. -
Thermxlynenic conditions for !,he Interaction beitween
nitrogem
on one hard and silicon and aluminum on the other, in
transformer
steel. Isiv. AN SSSR. Otd. tekh. nauk. Met. i gore
delo no,2t
40-46 Mr-J,p 163. (MIM .16 t 10)

~.IqERINp V,V.) SAHAR1Np A.M.
Effect ol' silicon on the solubility of oxygen in
liquid cobalt
and in Co-Fe malts. Trudy Inst. mote no.1400-57 163,
(MIRA 17t8)
1. Chlop.-korrespondent AN SSSR; otvatstvennyy
redektor shur-
nala. "Tnidy Instituta metallurgii" (for Samarin).

,wi:icrv, V.V.; .`-'~'!,Voli,
Peoxidt,tion oj* colialt m0s. Trudy 'naL. ,-ivIt.
nc),14:58-67 163
( I. () 11A 17 18 )
I . Ch! % %N ." ' '.A?- lly
, titvoo%tnw~ rc6nktor 7-h-onifila
"Truiy ]n;3UtI:ta. "'Ilur

AVERB V. V.; SAKIRIN, A. M.
Physical cliamiatry of the alloy deoxidation process.
Archiw
hutn 8 110. 4: 283-299 163.
1
1. Baikov Institute, Moskvae

AW;Rflip V.V. 0*6-vtl); 6 , li,,
.
cl' In Iron, Tzv.
AN S'S"'Illict. i dA r) 'irl, (KIRA 17:8)

'1, 637 62 1: PA
_2 F-t JO
JTDI/
AaEssim TIR'. Ar50180112
Tirakanov. r sov, Po A, I Avert Sag
AS C he orin, A. m
MIX: Bf Fect oi chrcoilum on the deoxidizing capacity of. vilicon In
ui~c1el-
and cbromil= melts
SCURCE1 AN iSSR. Dokbidy) v., 163, no. 1~ 1965, 166-168
TOM- TAPS: dtoxidlziiig topacity, nickel containing incle,'chrcmium
contaifting
a LN
tiolt, nillcon, oxide phase, oxidation potential, activity
coefftcienz' melt
deoxidation
ABSTRAM 7he effect -~f cbromium on the dec-1xidizing capacity oil
silicon In
mDIrs nf nlr"l and ch.-omltm wai; deternined with t1m, aid of a
previou3ly
ue9cTibed tuchniqut (V V. Averin, 1". A.
metallurgii, '11, Izd. Ali "SSR, 1962, p 3b) for investigating oic
Pquilibriuz:
betweert tbt maelts, the oxive phase, and a steam-hydrogen mixturit
with known
oxidation potential, rhe ote-oxidizing capacity of ailicon wao
daterolined fit
1600*C In Ni nelta containims 5. 10. 15, and 20% Cr; thc
concent,.*ation of Si

ACCESSION NR., AP501809.1
rangnd frco 0. 1 to 2. 0%, El.ectrolytic nickel and chrumftm,
pure silicon, and
71rconium-c1loxi(it, crucl.)lcf; were used In thit,
inv(.-;tig~ition. ri.;. 1 sh(W6 the
ygen as 5 fi,tiction of "i a PC ~IIIPY C`Wlitvlin~ 2C1
solubility of ox,
Cr and in pure nickel: it tan be seen that thi, ;(-,I-jbility
of ox,gen decre.15vs
witb Inerresing content of )iilicon in the inelts. Ilic cffect
of ;ilicon on thl
-ctivity of oxygen, dctermiiied on the basis of thvse
findings, was found tic
'.ecrpa~ze with 'IC -
i easirg co,itont of Cr in the it (Fig. 2): t1lis eff'fct
r each i-:i I t F max lmmm f or a N , mel t ~ ori t,, t,. I
t.,~ in _i N i ziz i, jin
i fie ?0", Cr silicon virtuall, does not nff~lct thc activity
of v C' I,- I ant,
v aL t i v I i y c,,,. f f A c I u r t o I f; ic,n I 11~ r, z!
6 ~~ I iL.;
Cr since the prf-vence of C.- wcakt~ns the strpngth of the
bonding bctween 6 i z! i id
7- Lu. ~ng thm, --,,r i-itv roef ficlent of St. alt;o d c
es I
-f thp il-,r);(idntion reat tion), which entiri-ly of silica.
.,n,- ont T e t L on f S I r pt u i r ( 3 f or th p~i T j.,
f'Ll rl oil t'
-Levira* i"n Uf r. For ex= p I e n i i t ;L
tlht- -deoxUation pro4hics Is pure ailica. whereas the
addition of 5% (;-r ro cjir
~nc,lt.,n III cauge:s th,,7 n~ipqarnncn of in the -,.ri,.4encv
of -is littlo 11
Cay?l 2/5

I~CCESSIM NR: AF5018092
0.307. SI. OrIS. art. han: 1 tnble, 2 figures.
PSSOCIATIM: nono
COUMMED: 22Dec64 I"Ncj,. 02
NO F,'SF SOV: 002 OMER: 000
SUB COM Mll

NR-. AP501DO92
01
FPCI
1. solubility of oxygen I'T
()f 111tkel mid chrmit-m am a
f-j--,tjt:,n of ti-e content of 41.11x(311.
C,
a - '.,0'1'. Cr
b - 15% Cr
F U
N i

A, IS f) 125 OT
4t
Cu r LI 5/5
EN c DDS Ii R] t 012
Fig. 2,. Activity --oeffictent 0.'
Silicon lit; a function of the
I ckc 1 - ch r Ln iu,4 P) e I t S

0~ ~! , , , . , "A
_JEWI ft)
rut A -,. I _,.-Kc I
L
-ACC NR, kP5027233 SOURCE CODE: UR/0020/65,/16/W006/13!11/,L357
'HOR: Chorkaso P. A.; !jer~n,_V. V.; Samarint A* M,
(Cor-respondinguienbert
SSSR) ------------
RGi -Institute of Metallurgy-im, Ao k. Baykov (Institut
met&llurgLi) J%
ITLE: Dooxidizing capacity iuid activity of silicon in
cobalt-ohr)mium-Melts
URM AN SM. Ibklady,, v. 164,, no. 6. 1965p 1355-1357
X)PIC TAGS: silicon, metal oxidation, cobalt,, chromi=,
oxygen.,.
0,77 Fd- 7.'.k) ('-
BSTRACT: Experimental data# obtained during an investigation of
the 3olubility of
xygen in Co-.Cr molts cortaining Si proved, the dependence of o
ro.n~~olubllity- orl the
ontent of Si: an increac.o in ooncentration of Si d creased the
solubility of o:q,gen
oth in Co and Co-Cr malts. An Increase in the -c-onNnt of St In
tho Co-Cr melt,s- caused
decrease in value of tk.e oxIdation potential of the gas phase
present in eqJ11,brium
Ith the metal and oxide phase. The value of the oxidation
potential depended on the
ontent of Cr in the rpeltt the higher the content of Cr the
lower the value of' the
xidation potential. Thic indicated that the activity of Si (at
the same cone entra tion
as higher in molts having a higher concentration of Cr, b"ause
Its oxidation. occurred
-t a lower partial prosstwe of oxygen. The coefficient of
activity of Si, was deit(U-Minod
gr comparing the thermod3mamic conditions of Si oxidation in
Co-Cr melts with tbose in
UDG: 6~qt_2
55

V. P. it. ; _'_zarin , A. M. (Aczi_-'e..iIcian)
o,- Jim. A. A. Daykov, Academy of Sciences SSSR Uns-,:itut
Solubility o'
in liquid cobalt and cobalt-titanium and oobalt-9
SUR' I"'; SSSR. Doklady, v. IGO, no. 6, IOGG, 1303-1306
T
.3*.':C TAGS: collubility, solution property, free energy,
nitrogen, cobalt, titaniumo
alloy
-ro --tit ni -r.--(0.2 --l*.3%
A.\.!.CIL Solubility of ni%. -an in liquid cobalt and in cobalt a
u.S
-1 cot Z; I'z--...OIYb 5-20"a Mo) melta was studied by MCOnG Of
Measuring thl! V01-
of thc ho-z raftc:, di3rolving nitm,-cn in 1500-17000K rd t nitn
o-- 15-760 7h,, volume of the hot melt uas measured with argon ar.d
the
-nl io'-,,cn solubility waL; _,alculated accordizig to tile method
of R. D. Pehlke and 1. F.
14.0
,z.1 -zt jUL'." 21a, 1083a (1959). The experim-ntal setup is
described -.',n detail..-
7:- .,, nitro3an solubility in molten cobalt at I atn, prossure was
found to obey tho re-
lc.-zionshi.3 _IoZ ['.\,I = 3540/T-0.435. The free cnexgy of the
nitrogen dissolving in
mo-ITcn. cobalt was found to be: 4F = 16,200 + 1.99 T cal/gram-atom
of nitrogen. At
UDC. 541.123.38
Card 1/2

L 0".' S 3-- 7
ACC APQ-0306GO
16000X, eopendence cf the coefficient of nitrogen activity upon
titanium concentra-
tion in .:hQ cobalt-titari%zi melts was found to bo:
I' Al = I
9 IN, -0,451%Til.
Tho effec". of molybdenua on nitrogen activity in the Co-Ho melts
at 16000K was found
to ;>a
-0,015[%mo].
A. M. Zalichanko took part in tho work. Orig. art. has: 4 figwes,
6 formulas.
SUB CODE: II/ SUBM DA7-L: 28.vay66/ ORIG REF: 004/ OTH REr: 003
ccr,: 2/2,

AVL~4j!~I_V.Z. __
Experinintal study of the protection of flat banks from
erosion IYy
LIV It.. .
ourrentii along the banks, Visti Inotohidrol..i hidr. All
URSR .."
163. (MIRA 16$4)
(Hydraulics)

f~ j,,j.'.43er1nd -Huat engineering FD--13_55
Card 1/1 : Pub. 41-i2W
Author : Averin, Ye. K.
Title
influence of material and machining of surface on heat emiss:.oll
during
water boiling
Periodical : Izv. AN SSSR. Otd. tekh. nauk 3, 116-122, March 3.954
Abstract : Studies effect of properties of heating surface on
heat emistion In
tubes mide of stainless steel, copper, nickel-plated copper, and
alumintua during water boiling process. Disputes experimental
results
obtained by American investigators, stating that effect of
wtterlal
and finish of heating surface on heat transfer in water boiling Is
considerably lower than it is generally assumed. Table, graphs)
il-
lustrations. Six references; 3 USSR.
Institutions :
Submitted ; by Academician M. V. Kirpicbev, February 26, 1954
77

Vf7
VAREMMAMM

A'V~-RIII,fq ; 1'.
(C1,11d. cell. sci.)
Wn ter. "Heat Exchanke during Boiling Under Conditiona of Forced
Circulation Df
report. preoetited at 3ci. and tc(,.Il. E;t!nrl( ,m on Heat
!.xcllallE;c (111111IL; Charge 0''I
1 1,
A,&-,rogat-a State of Matter :By Comm. un Moi Steam Conlitions, Power
lrst.. Al~ 11!~SR,
and Inst. Therral Enginecrl.nG, AS) bI-,rSSR), Ki-:!v, 23-25 Sol) 57.
Power Inat. Acod. Sci. MM

24(8) MASE I som zinomAnox SOV/1626
Akedoolys back 3338. Zn*rVtlcheokiy
Institut
Teploperodscha I toplovoym
xi*doliro~&ftlyo (Heat Transfer and
Modeling Of East Processes) Rolco..
lzd-so AN SSSX. 19".
zrrata sitp loser:04. 3.500 copies
printed.
429 P.
2" Id.0 X. A. 011theyov, Aaadesiolang
Ed. of Publishing
=1 D. A. Ivenova; Toes. U.: G. W.
Showchenkc.
PURPOWs Tbo book to Intended for
sclentiste concerned Ith heat
transfer. beat *mission. and
hydraulics or liquid mo%als. *-a.
COVSXWZI ft&s collection to dedicated
to '.he mwSOr7 or Academician
0. 1. gIrVlah*v who In the twenties
initiated a systs,ma-e
Invesulption or beat transfor
processes and the efficiency of
b"t apparatus. Later he led the
development of research ark In
!11 field. T-- "lle-atto"W 4--ated to
marks of
school be" been published. one In
1938. RaterIaly soveshchanLY&
po W4011rovanlya (Rater-I&IN of the
conference on Modeling) and in
1951. Toortys, podobty. I lirovenly*
(-,he*" Of Similitude
and Xodellzg). 'he zolle:tI= --- -?,-6
further development or the woru Of
this school. 'his theory is
CandAwtital for the analysis of many
host problwam In the field of
I
electrical and radio or4insering. Of
great Importance are the
first systeastle Investigations or
beat trouNfer and the
hydrIAL1146 of liquid Mtole whiCh " a
M" kind of heat Carrier
saw be used in the variomm branches or
modern engineering. AS a
result of special Investigations Of
sone cases or convective
beat transf-mr. a dependence, of the
process an the kind of 11"I4.
towersture. pressure. direction of the
heat flOw, and other
factorov Was discovered and
established. on in* bass@ Or a Lde
411mberaltlatice of experimental data.
now dependable mcoamerAgzIons
" boat AMMIYalf Of *Wnoorlag equipment
-or* developed. Of no
lose Interest Is the worit on hos*
transaleston in boiling liquids
and Abe coadessation oC v&porv. All
investigations are based on
tbG theory Of 0141111twide, the nature
or ohich. according to R. T.
Kirpichov, in that of ."rIaostatlon.'
Work on the theory of
a ralmlar regime applied to & system
of todlos with an Internal
Source of boot is or Interest for the
future.
'qlkheyov. M. pL. Average Heat
~-rlmbf&P In '-" PI" of Liquids %od
As a result of the
date of' the Mv, .0114ralizetion Of
oxporl'"'t.,
he :F1 "rl"" llq,l:ss In
ovorT. , a
turhu,lar ., 1. !-t-ror
ratio- -h* ro, Jolo n lort P-POS
ilgr4th to diameter
-.1 -Mostablish:d. X'Jr
4 ( , f/. r.)
'r 10 the din -h lab the A'areg
to.'p.'tu'
of the -r* 19 fluid i r eters'"'rg
temperature And the
"%iv&I*nt dlamotor a gg.-.g the
dw';rVIMIA6 dlzen,Lo".
On a disgrajo In !he forn nF t?je
o4jation: %u r rf 4,1 (: , -
Ko.r(Rl) the fl,.t r~C9ft--'Y p~wbl-ghd
new "L4 cc host tro~xrer. ruI:1;;,jjnr
Ec by C)5.
the 10tOPIAL w" dlvld~l . a.
games AM $tons 2) "~O 7 ex;wrlwnr-41
dot* for
BtA~.* '.n clrculsF PPOG
channel.
11
soctic" :'tr
pipes r 'a coftlults C020019d Of &V
Outer conduit SW I or
) -.r MW -ter In COr4wI:s corposod of'
" cuter
COV4u't And 19~ r4es %.njI--. ~.Vvr.
calculated bY ~he propogel .,.- 'qntll
dto confirm '.?I~ vs
'7 5oviet. 4 at'on. fters are ?5
refor.~-.S&
zennar..
V. A.
Liqui4a Flo-irlf rr~ Ass.
:The &rtlc'f 911-2 tP~ or
jr.,F-ctpjtjojj or
!!"rag* heAt trr.-~r'~
arrang"s,20 for host
transfer In & fl~ I'
wss core t th~
&4bora-arlyn -.d.,hl E, -ft#dKOV
Uabo~st oteploTe
ry r the Fast
u3sa) = 4ce4elly of
- tpu cu-urcs or .. 1. .1o"'Yer. 71..,
test.
cW*XP"*r1*14eez*um "byrth* authors Of
the &rttile. sststtrg in tno
9 Zvojor N. A. Tol.tlsh:n,v ~.j
ftch&nla 5.1. Par-=,. - -enlor
here arm 7 reforoucest 6 zat%*%

24(s) M"t I 600C E)MOT-ATIOK
Akademlya astult SSSR. Zaargetlehookil
Inatitut
ToVloperedache I toplovoye modoltrovanlyo
tN"z ?ranofer &M
Modeling of at Processes) goeco., lz4-VO
AN SSSR. 1959.
419 P. trrax-0. lip InLirted. 31,100
pr,.ntod.
law gd.s R. A. Rikhoyev, Academician; Cd.
or tub~.:Z-Lag
=1 0. A. tgamove; Tocls. 9d.% G. 5.
Shevchenko.
PUPOWts Tim book to Mended for scientists
concerned with heat
trunsfort boat entatione &M hydraulics of
liquid metals. ote.
covnAORS This Collection Is dedicated to
'A* weary of Acadgetclan
X. V. Klrplchov who In tho twenties
Initiated a mystemstIc
LN-entuption of heat transfer proCossea
and the orrIelency of
bost apparatus. the development of
ro.*&Mh work to
tht- - L- -,;.. of airptcne...
moftGa have been Published. one In 2938,
Kazertaly sov*Bnah"Iya
L-r po, SmIallrovanlys Materials of tha
Conference an Rodellog) and in
1951. Toorlys. V*dobtya I D*dollrovanlys
(Theory of StallItudo
and Rodellng). The Pr***DL Collection
PrVp4red In 1956 reprosects
furuser development or the work or this
school. This thoory -0
fundamental for the analysis or many heat
problems In 'he field of
electrical and radio ongla"riag. Of great
Importonce are the
first oystomstle investigations Of hoot
tr:A:for and :he
Nydremalow of liquid metals wh%ch As a
now kind Of beat Carrier
NEY be used I& the various branches or
modern 61191n0trIve. As 0
result of special lnv*gtlVgtlonx of go"
cases or convective
beat transfer. & dependence Of the Pr-446
02 the klad Of liquid..
t*opo"tv". pressure. direction of the
heat flow. and other
fact*"* ff" discovered and established.
On -he baste of a wide
renzation of experimental dat&, new
doperAablo recommendations
f�r =t 4318,17618 Of engineering equipment
were developed. Or no
loss Istervat is the mark an heat
transmission In balling liquids
and Abe condensation of vapors. All
%nv*St%9%tIOUA erg based on
the theory of stailltudo. the nature or
-h-Ch. According to M. V.
11r7lab", to that of *Sxporlsontation.*
Work on the theary of
& regular regime &PPILP4 to a system or
bodies with an Internal
at beat is or interest for the future.
cart 2/20
Rik ME&- ". Meet Tr~haf., In Frog notion
Or V*rl~5 F-U'da Z-26
=6 artleclo Is concerned with the process
- *-mentas or
t trs" for ALS related to the pm,gl,,j
properties cr r'-uldt
and to the toworeture, :*50arRture
Pressure wid d1reation or
best fl.
o7* A "rlz*ntjtl File Or 30T-- dlim;tor
&M orking
media air, water. am two kinds or
converter all were
chosen for Investigation. There &r~, 11
rtr&r*nc*st 7 Loll#_
1 ftllsh,and r.,man.
-29inia,ramis- ~-- ~i-
4 CinculatTmr- ,..far In Bolling
1". to8toted that In one type Of future
AtONIC rwactor,' 239
b*tllAg water will be used rar Coolln,
The _
P1 tsoul &PP'tcatlan of this pri~ci 7 a
is dir seit and
"An 'to limitations- X- this Connection
tests were made in
after to datorstne the adoloalb.
.0 lcrttlcal) heat land, In
the no. or boiling at,, 1, $,1t
corA.,Ita. The u*.had Is
U:crtbod mid result -
r~ am 5 roforem :S*-,t.Ctf.fnd tAbltS .7f
l0I.Of SrV CIV4M.
cam Im12O I v - and - Laglion.

SOV/96-.59-5 -5/19
AUTHORS: Arsen,yev, Yu.D. Candidate of' Technical Sciences
and
Averin, Ye.K., Candidate of Technical Scier,,:es
TITLEt "T-9-0-Approximate Determination of the Optimum Cycle
for
Two-Circuit Atomic Power Stations (0 priblizbennom
opredelonii optimal~nogo tsikla dvukhk:onturnykh atcmutykh
stantsiy)
PERIODICAL:TeploonegrgetikA, 1959 Nr 5, VP 29-33 (USSR)
ABSTRACTt This is a theoretical article on determining which
intermediate temperature in two-circuit atomic power
stati(na gives the lowest cost, Once the maximum and
minimum temperatures of the overall cycle are fixed there
is only one intermediate temperature that gives Che
highest thermal efficiency in two-circuit system . In
actual power stations the practical engineering
possibilities in building reactors, and other economic.
considerations, usually over-ride the thermal efficiency.
It is,, tlierefore, quite a complicated matter to d#ttermine
the best intermediate temperature and a number of
simpLifying assumptions are usually made, For in;staince,
if the cost of fuel 2a not tncluded the power costs least
Card 1/5 when the maximum amount is generated, which happens
with

sov196-5 9-5-5/19
The Approximate Determination of the Optimum Cycle for
Two-CLr(:uit
Atomic Power Stations
the temperature given by Expression (1). This expression
has been derived by d number of Soviet and foreign authors.
Thertt has been some dispute about the correct defLnition
of tha maximum temperatures it should, of course, tic the
surftice temperatuie of the protective tubes round the
fuel elements. Formulae are then derived for the ccist of
electric power, with allowances for thia deterioration and
for repair of the reactor, the bir~logical shielding, the
auxil.iary equipment for the reactor and the remaining
convvntional equipment of the power station., The effects
on cc-sts of unit size of get, steam conditions and the
like are also considered.. Expression 114) is then dorived
for the intermediate temperattire that gives the low(ist
cost.. However, despite the simplifyinj; assumptions that
have been made, the expression can only be solved by the
method of successive approximations, This happen!9 because
the component corresponding to reactor cost is it:%el.f a
Card 2/5 function of the output and the intermediate
temperature,

SOV/96-59-5-5/1 9
The Approximate Determination of the Optimum Cycle for
Two-Ci:rcuit
Atomic Power StatLons
Hence, for approximate determination of tho intermediate
temperature, it is best to sitake use of the relative fuel
cost and the relative reactor component, as given im.
Exprestsion (5). When the appropriate substitutions are
made, expression (6) is derived and givies the intormediate
temperature in more convenient form when used in
conjunction with expression (6a). In deriving thq!
formulae it has been assumed that the fuel cost por
kilowatt hour of thermal output of the reactor is constant,
whereas when enriched uranium fuel is usied it depends
considerably on the thermal output, This question is
considered in somewhat more detail,, The decrease in fuel
cost with increase in thermal output of the station is
characteristic of atomic power stations. It results from
the intreased amount of energy that is released per unit
volume of active zone in a given time, Large errorm can
arise if this point is not watched when Eq (6) is usttd.
Other assumptions are also made in the derivation of'
Eq (6); for exampte.: it is supposed that the minimuitt
Card 3/5 temperitture difference in the steam generator between

SOV/96-59-5-5/19
The Approximate 1),ttermination of the Optimum Cycle for
Two-Circuit
Atomic Power Stations
the heat transfer mediviin and the working substanco Is
always positive,, It jq, therefore,, of interest to
examino how far Eq (6) corresponds to the operatiTig data
from ai.-tual stations that have been designed on the basis
of detailed examination. Intermpdiate temperaturv and
therma:L efficiency calculated from Eq (6) for a number of
practical conditions are plotted in Fig .2, which etl:ao
includos points calculated from the data given :in Table I
for a number of Soviet. and foreign power stations, In
practical stations when the Oiel. costs wre high, th-9
intermodiate temperature and the efficiej,,icy are meide high.
The opposite circumstance occurs wlx--~n thim station is
intendod mainly to produce plutonium, Changes in the
thermal. output of a reactor the thermal efficiency, the
electrical outptit and the increase in power cost ais
functions of the cycle temperature are graphed in Fig 3.
It is concluded that although a nurtioer of simplifying
assumptions are made in deriving Eq (6). the resulting
Card 4/5 curves in Fig 2 correspond reasonably closely to
clata for

soV/96-59-5-,'!i/l9
The Approximate Determination of the Optimum Cycle for
Two-C:Lrcuit
Atomic Power Stations
existing atomic power stations. The equation is,
therefore, suitable for approximate calculations of the
thermal circuit parameters. Finally exaimples are givGn
to illustrate the approximate choice of the beat cycle
in atomic power stations and it is concluded that-. by use
of Eq (6) it is quite simple to analyse the influence -
of individual components of the power cost. Such analysis
is of conciderable interest in examining: the future
development of thermal cycles in atomic power stations.
There are 3 figures, I table and 15 references, 9 of
which are Soviet. I French and 5 English or translations
to Russian. from English.
ASSOCIATION:Energeticheakiy Institut AN SSSR (The Power
Institute,
Academ:f of Sciences)USSR)
Card 5/5

8501
ib-i3io B006YBO59
AUTHORSt Arsen1*ev* Yu. D., Lverin. Ye. K.
TITLEs The Prc-blez-of Determining the Optimum Thermal Cycle in
Nuclear Power Plintb-by Approximation
PERIODICILi Atomnaya energiya, 1760, Vol. 9, No. 2, pp. 133 - 134
TKXTj The authors cf the present "Letter to the Editor" discuss
problems
arising in the calou,lation of the best thermodynamic cycle
corresponding
to the lowest costs of electric energy, as well as the
difiiculties of an
exact calculation. They particularly refer to similar work done
by
D. D. Kalafati (Refs. 1-4) discussing it and criticiz-'.ng the
resultt. In
Ref. 1, th;-postulate that costs of electric energy be a minimum
leei to
equation (1) for the mean temperature of the working substances
. ........
Tm*opt . fT maxT /0-01 Tmax denotes the maximum temperature on
the- wall
10 P 2c P
(Tw) of the fuel element; T2c 6snotes the condenser temperature
(T codl
5/08 60/009/002/016/019/XX
z - it, For inexpensive fuel, z may be set equal to zero, and
equation (1)
Card 1/3

85461
The Problem of Determining the Optimum
S/089/60/009/002/016/019/XX
Thermal Cycle in Nuclear Power Plants by B006/BO59
Approximation
then reads as follows3 TIC*opt . TmaXT -1 (2). In Ref. 1, either
the wall
Ic p con
temperature (Tw ) or the temperature in the center of the fuel
element
(T ) was substituted for Tmax. In the present article, it is
shown that
cen p
in (1) and (2) T and 'r max cannot be equated if plane or
cylindrical.
can p
fuel elements are consid,ored. Proof is given and discussed in
detail. The
8econd section of the article briefly points out that equations
(1) and
(2) in Refs. 1 and 2 are applied to both cycles with and w%thaut
regenerative preheating )f the water. This leads to the wrong
conclusion
that a cycle with regene.rative heating has the higher
effioiency, In the
third section, the autho.-ra briefly discuss the use of
equations (1) and
(2) to calculate the cycles of boiling-water reactor power
plants; and
in the last section, the.y criticize the fact that in Refs. 1-4
the
influence of changes in electric power or of the parainetern of
the stesim
conveyed to the turbine on costs was not considered. Probloms of
invest-
ment and operating costs are discussed, and the equations
derived in
Card 213

85461
The Problem of Determining the Optimum
B/089/60/009/002/016/ol!)./XX
Thermal Cycle in Nuclear Power Plants by B006/BO59
Approximation
Rafo. 1-4 are said to bo of minor importance. There are I
figure and
4 Soviet references..
SUBMITTEDj March 24, 1960
Card 3/3

AVERIN, Ya.K.
Soluble glasa production prficticos. Sbor. tr-id.
BITM no*22:
37-40 164. (141RA AiQ

AVERIIN, Yu.A., inzh.; OWSHKOV, Te,Y,, inzh.; KARTAKIN, R.N.., insh.
................ .Investigating the power factor of a.c. electric 4raction
systems
used in rec"'ifier electric locomotives. Trudy TSIIII MPS no.156:33-48
158, (MI-FU 11: 8)
(Elect-ric locomotives) (Hercury-arc rectiPlers)

AMIN, Yu.A., inch.; FARYAKIR, Tt.N. inzh.: PANIN, A.P.,
Jvzh,.
Hosults of experimental determination of the spoctral
composition
of initial currents used in rectifier electric
'Locomotives. Trudy
TSNII MPS no-156:49-f57 158. Wnno)
ilectric locomotives)
rcury-arc rectifiers)
M

AWIMIN, Yu,A,
Age relat:ion between porphyrito dikes and ore veins
in the Chadaik
deposit Vi the Uzbek 8.69RO Uzvegeol,zhur. no-1:27-37
160.
(KPIA 113:6)
1. Uxglavicsologira
(Chadak region (Usbekiatan)--Geolog7)

_gBRINg Tu9Aq
Genesis of Chads veined ekarns and oarbonatem. U3b. pol. shur.
=4602,40 160o (FIFA 24,8 1)
'L ftecbwaslatakiy politekhniohookiy institut.
(Ohada region-Skaru)
(Chada region-RoAsp Carbonate)

AVERIN, Yu.A.
Metallogenic characteristics of gold-ore deposits in the
eastc;2m
Kurama Ra~e,. Uzb.geol.zhur. 6 no.2:33--37 162. 014M
1'.,44)
1. Srednea2iatskiy nauchno-iseledovatellskiy inatitut
geologiJ.
i minemlInc. o syriya, Tashkent.
Nurama Range-Gold ores)

; ~. 7 ( , -; - ~ ~' ~: ; ~ .;~ ~ . " : .
AVERIN, Yu.A.
Morphology of ore bodies Jtj low-temperaturo gold deposits. Uch. &40-
SAIGIMS& no.7tl49-152 162, (MIRA 17t2)
1. Sredneaziatskiy nauchno-issledovateltakiy institut geologii I mi-
nerallnogo syr'ya, Tashkent.

AVERIN, Ytt. V.
Averin, Yu. V. "The stone woodcock of rastern Kamchatka",
Okhroma prirod3r,
1948, No. 5j P. 12-16.
SOs U-3261, 10 April 53p (Letonis 'Zhurnal Inykh Statey, No.
11, 1949).

AMIN,
Zoogeographic8l survey of Xamchatka Cw1th summary in English).
Biul.KOIP. Otd.biol. 62 no-5:29-37 S-0 157- (min 10:11)
(KAMCHATKA--BIRDS--GEOGRAPHICAL DISTRIBUTION)

tic

AVERIN, Yu.V., doktor biologicheskikh nauk
Sow nh-A,,?ei3 in the composition of the game fauna of' Moldavia
during pe,st centuries, Okhreprir.Mold. no.ltl25-132 160,
(Moldavia--Game and game birds) (KrRA 15:t2)

FRIM, Ta.I.,otys red.; AVERM, Y:4.-V,,-..doktor biol. nauk, red*;
USM-ISKIYI G.A.., kand-bi6l. nauky red.; KAMAKINA, I.I.
red.; LEDVICH, 146F.1 ~ekhn. red.
(Problems in the ecology and economic importance of ter-
restrial fauna) Voprooy ekologii i khoziaietvennogo znache-
niia nazemnoi faurq. Kishinev, Izd-vo "Shtiintsa," 1962. 83 p.
(HIRA l517)
1, Akademiya nauk Eoldayskoy &5R, Inatitut zoologii, 2, Dey
stvitelinyy chlen Akademii nauk Moldavakoy SSR (for Prints).
(Moldavia-Zoologyp Econor&c)
7.-

NMI ZBEESUNMEE29m
AVERVI, Yuriy Viktorovich, doktor biol. nau).; LOZAN, Mina Nikolayevich;
YJUAITONONA; A.A., red.;
PLn,'TSKOVSKIY, V.L.3 tekhn. red.
[Harraful rodents in Moldavia and measures for their control]
Vrednyo Mzuny Moldavii i rery bor'by 9 nimi. Pod red. 1U.V.
Averina. Kishinev., Izd-vo "Shtiintsa," 1962. 66 p.
(MIRA 15'-10)
(Moldavia-Rodent control)

PRINTS, Ya. I. , otv. red.; _ABM,_LLY, , doktor biol. nauk, red.
USPENSKIY, G.A., )Eand. biol. nauk, red.; KARYAKINA, I.I.,
red.; POLDNSKIY, S.A., tekhn. red.
(Probleus of th:]eoology and practical value of birds and mazi.-
male in Moldavl Voprosy ekologii i prakticheakogo smehaniia
ptits i m1ekopi aiushohikh Moldavii. Kishinev, Izd-vo
"Shtiintsa" Akad. nauk Moldavskoi SSR, 1962. 86 p.
(MIRA 16tl)
1. Akademiya nauk Moldavskoy SSR. Institut, zoologii* 2 De
stvitollnyy chleft Akademii nauk Moldavskoy SSR (for P;~nZ-
(Moldavia--Birds) (Moldavia--Mammals)

SPASSKIY, A.A., otv. red.; YlUtOSIM0, M.".# red.-P A.M.,
kand. biol. imuk, red.; AVERIN, Yu.V., doktor biol. nauk,
red.; FRINTS, Yu.I., red.; KORYAKINA, I., red.
[Papers on neurophysiology] Sbornik po neirofiziologii.
Kishinev, Kartia Holdoveiiiaske, 1963. 99 1). (MIRA 17:6)
1. Akaderiya nauk Moldavskoy SSR. Inatitut zoologii.
2. Doystvitoltnyy chlon AN Moldavskoy SSR (for Spaeskiyp
Prints). 3. Chlen-korrespondent AN Molduvsl.,~y I;St (for
Yaroshenko).
W

Ya.l., otv. red.; AURIE, Yu.V., doktor- biol.
nfluk, red.;
U"ITINJUY, G.A., kaul. biol. nnuk, red.;
KOHYAHINA, I.I.,
red.
[Injurious ontorofuuna of Moldavia end measureo
for its
control] Vrednaia entornofauna Xoldavii i mery
bor'by s nei.
Kishinev, Kartla moldoveniaske, 1963. 108 p.
(1"'HiA 17:8)
1. Akademiya nauk Mo2davskvy M . Inotitut
zoologli.
2. Deystvitaitivy chlen All Voldavskoy SSR (for
rrints).

SPASSHY, A.A., doktor b1ol. nauRp akademikt otv. red.;
YAR051"KO,
M.F., doktor biol, nauk) red.; AVER
AVMI doktor biol.
USOVA,
nauk, red.; KUZNJ-
[Animal and plant parasite,~ of Moldavia] Parazity
zhivot-
rWkh i rastenii Moldavii. Kishinev, Kartia moldoveniaske
1963. 131 P. (FIIRA 17:10;
1. Akndemiya nawk Moldavskoy 358. Institut zoolopil.
2. Undemiyu nauk Holdavskoy ,131t (for Spacskiy) . 3.
Chlen-
korrespondent A14 Nold.SSR (for Yaroshenko).

mw
SPASSM, A.A., oty. red. A'q;a Yu,v,,,,doktor biol. nauk, nd.;
VERIIIA, V.N., red.; YriUPEURN, I.A., kand. geol.-miner.
nauk, red.; ODUD, A.L., kand. geogr. nauk, red.;
MKROVSKIYI V.S.p kand. biol. naukp red.; USPOISKIY, G.A.,
kand. biol. nauk, red.; SHArOSHNIKOV, L.K., kand. b1ol.
nauk, rod.; POSAMENIKOVA, Ye., rod.
(Transactions of the Fifth All-Union Conforence on the
Conservation of Nature] Trudy Voosoiusnogo soveshchaniia
po okhrane pr1rody. 5th. Kishinev, Kartia moldoveniaske,
1963. 267 p. (MIRA 17:11)
1. Vsesoyuznoye soveshchaniye po okhrane prii-ody. 5th,
Kishinev, 1962. 2. Prodsodatcll Komissii po oklu-ane prirody
AN Moldavskoy SSR (for Odud). 3. Starshiy nauchnyy sotrud-
nik Komissii po okhrane prirody pri Gosplane SSSR '^--
Pokrovskiy).4. Vitse-prezident P11 Moldavskoy T'R. DeIrstvi-
tel'My chlen P11 Mold.SSR (for Spasskiv). 5. 7AYoduyushW4yw,,-
labamtoriyey-.poqbmmdeniya Instituta poahvovedeniya,i agro-
khtaii im#~;-9.A.Dimo (for Krupenkov). 6. Institut zoologii AN
Moldavokoy SSSR (for Averin).

391U,
J, S/12o/62/000/003/030/048
E032/Ell4
AUTHOR: Avorina, A.P..
TITLE: The use of an omegatron for the measurement of
partial pressures in high vacuum systems
PSIZIUDICAL: 11ribory i teklinika eksperimonta, no-3, 1962, 123-127
TLXT: The author has investigated thePM(3-4C (RMO-4S)
ome.~;atron, the design of which was similar to that described by
D. Alpert and R.S. Buritz W. Appl. Phys., 25, 1954, 202). The
"";0
..' -4S has an additional diaphragm under the cathode (0.3 mr,
diameter) through which the electron beam enters the working
chamber of the ot:iegatron. The apertures through which the
electron beam passes in the analyzer are I mni ift diameter. (hring
to this constritetion the electron beam doos not enter the
analyzer circuit whon the omegatron is properly aligned in the
itiagnetic field. A sc.'-,ematie drawing of the device is shown in
Fig.2 (1, 2 - cathode; 3 cathode diaphragm; Ii - analyzer;
5 - electron collector; 6 high frequency Plato; 7 --ion
collector). Special high tension supplies wore employed to
stabilizo the electron beam to better than 0,5;~- Omegatrons
Card 1/0 V

.;/120/62/000/003/030/048
The use of an omagatron for the ... P"32/B1111
very similar to the RMO-4S have bi~an described in detail by
A.G. Edwards (Brit.J.Appl.Phys., 6, 1956, 44) and D.S. Stark
(Vacuum, 9, 1959-19601 288). Measurements have shown that the
111-10-46 is capable of producing quantitative results at
maximum
sensitivity. This is in agreement with the results reported
b-y
Alpert and Buritz, who showed that the sensitivity of an
omoGatron should*bo of the saine order of magnitude as that
of an
ionization gaugo. Calibration of 50 ottiegatrons using pure
helium
showed that the avoragro spread in the sensitivity of the
W10-4-S
ome_gatrons is less than The sensitivity to nitrogen Is
10 nim !-.g/c:n. Partial pressures can be measured to bettor
than
20-..) without special calibration. In a magnetic field of 3
k0o
the omagatron was found to resolve all ion peaks up to mass
number 20.There are 5 figures and-I table.
SUBMITTED: Novembor 29, 1961
Card 2/0

C~ 7r
'ACC NR, AP6030143 r A\ SOUACL CODZ% 'd7H_/61_2'b/A_6/06&/6 4
Vl_~;i/
AMHORS., Averinag As Psi Vinogradov; ',, I.; Grinchonko, T. G.
ORGt none
TITLE% Electric maso filter as a gas analyzor in vacuum eyatema
SOURM Fribory i tekhnika eksperimental no- 4, 1966, 132-137
TUPIC TAGSs vacuum 6as analysier, laboratory intitrument, maan
,ip*asrw3j Muna 93,11"ary
gas filter/ EFM-1 mass filter
ABSTRACT: The conatruotion and operation details of an electric
mass filter are'
described. The filter in used to control can oomponition in
vacuum syutemo ovor a
to 10-3 torr. The block-schematic oe the system is ahoim. It
pressure range of 1073
consists of a power supply system, a counter, an input cascade
to the electror:.~trio
amplifier to measure ion currents, an clectrometric amplifier,
a potentiomet,ar, and
a high frequency generator. The generator has a variable
voltage output at 51"o. It
in stabilized by means of a forro-rooonanco stabilizer to
reduce variations in the
voltage to less than 1% for an input voltage variation of tIGA.
The detailed circuit
diagram of the generator is given. It consists of a master
oscillator, an nmplifier,
a power supply, a linoar detector, and a measuring system. The
complete filter oyslvem~
is tested with a zone refinJing and molybdenum smelting
equipment. Speotrome
1

4 3
are obtained for the constituent gases, and it is shown that the
resolving power for
the equipment is 50 and that th,1 atomic mass range its 1-50. The
authors thank S. 1.
Gendelya for taking part in the construction and preparation or the
counter, and
oxproas their gratitude to I. A. Baranov and V. P.Gruzdov for their
influence on the
work and their help for organizing the toot equipiaent. Orig. art.
hast 9 fi&%Lres.
MM COD"w 14s 091 SMM DATE, l7Peb65/ ORIG REFt 002/ OTH RM 007

AVERINA, A.P.; LEUMA, G.N.; IYPEKHINA, V.T.;
RAFALISON, A.E.
Ora"gatron mana-npeotromoter for analyzing residual
gages
in high-vaccum systems. Prib. I tekh. eksp. 9 no.2:
121-125 Mr-Apl&'*.. (MIRA 17:5)
1. Spetsiallnoye konstruktorsko)-a byuro
analiticheakogo
priborostroyeniyu AN SSSR.

ACCESSION NR. AP4033lZ8 S/0lZ0/64/000/00Z/0lZl/0lZ5
AUTHOR: Averina, A. P.; Levina, G. N.; Lepekhina, V. T.: Rafallson.
A. E.
TITLE: Omagatron mass spectrometer for analyzing residual gas in
high-
vacuum systems
SOURCE: Px1bory* i tekhaWt eksperimenta, no. 2. 1964. 121-125
TOPIC TAGS: spectrometer, mass spectrometer, residual gas, high
vacuum
technique, high vacuum electronic device
ABSTRACT: - The development, of a new MKh4301 omegairon mass
spectrometer
is reported which consists of Ihe following parts: (1) an analyzer:
(Z) a
measuring unit that includes aft h-f oscillator, a cathode -ray-
tube recording %LMIt.
sweep amplifie,rs, an ion-curz ant amplifier, and a power -supply
unit; (3) an
electrometric stage of the ion amplifier; (4) a permanent magnat:
(5) &
-permanent -mag!jpt adjuster; and (6) a chassis with a lifting
mechanism. Thet
ccr~ 1/Z

ird
ACCESSION NR: AP4033128
spectrometer has the following character istics: measurement range,
2-150
atomic m&ss units (amu); sensitivity. 10 per tort; resolution, 25 per
mass 2%
S* 40
pressure range, 10 - 10- torr; relative error in partial-pressure
measure..
ment, 1 10%; magnetic field strength. 3, 300 carst; duration of
recording, %, 6,
and 10 sec for oscillographic screen, or 3 and 30 min for EPP-09
electron-
potentiometer tape; frequency bands of the oscillator, 30-480 kc for
manual
sweep, or 30-2.800 kc for automatic sweep. Other details given. Orig.
art.
has: 5 figures and 3 formulas.
ASSOCIATION: SKB Analftichaskogo priborostroyeniya AN SSSR (Special
D6sijU
Office for Analytical Instruments, AN SSSR)
SUBMITTED: 06may63 DATE ACQ: I I May64 ENCL: 00
SUB CODE: PH, GE NO REF SOV. 00 1 OTHER: 004
Card- 2/2

L ow6l_-66
ACCESSION NP.: AP5021322 UR/0120/651000/004/0005/413
621.384.8
AUTHOR: Averina, A. P.; Linnik, L. N.; Nikitina, C'. 110
TITI.F. Haso spectrozetry for the determination of partial pressures
in vacuum
SyStMS
Jbi
SOURCE: Pribory i tekhnika eksperimenta, no. 4, 1965, 5-13
\1D 14
TOPIC TAGS-. mass spectrometer., spectrometer, electrical filte;
electric
measuring instrument
ABSTRA"IT: This survey paper based on 56 articles describes the
omegatron,
farvitron, radio-frequency mass spectrometer (topatron),
time-of-flight mass
spectrometer (chronotron), electrical mass filter, and cycloidal mass
spectro-
meter. The paper presents the basic characteristics of these
devico~s, their
merits, and their shortcoml',ngs. Orig. art. has: 5 formulas, 12
figures, and
1 table.
ASSOCIATION: None
SUBMITTED: 07Sep64 ENCL: 00 SUB CODFi _0111,-EE
NO F 1OV: 009 OTHLR; 047
C-and
a

AVFRINA, A.P.
Spurious in the orwgntroti mans-ol-ectnim, Pri 1'. 1
tokli.(,kisp. 10 no.5tl?/,-177 S-0 '65. (VIRA 191l)
1. loubmittrd Aurunt 27p 1~)64,

BELYAYEVA, A.I.; AV_~IUKAI_I.A.
Determination of pyridoxine by the microbiological method.
Lab.delo 7 no.7322-2) J1 161. (MIRA 14:6)
1. XsXedra propedev-tiobookoy terapii I Moskovskogo ord;na.
Lenina
moditsinakogo instituta imeni I.M.Sechenova.
(PYRIDOXINE)

AVMUNA -1,L,-
Some data on the qualitative composition, the quantlt~ and tw,
r)
distribution of pbytoplank-ton off the western shores f Afrl,~ri
in the spring and sumer of 1960. Trudy Aschemiro no,,208
17-24 162. (MIRA 16'.4.1
(Atlantic Oosan-Phytoplankton)

ACCESSION N11: AP4031446 S/0016/64/000/004/0070/007"1
AUTHOR: Mitoltman, P, M,; Avorina,.I..,V..;. Tomonko, Yo. K.;
Vortazub#
L. G.; Dobzhinskayap M,, G.;-'Miodorova, Z. G.; Altuyovap Yo. G.
TITLE: Roactogonic nature and imunological efficacy of a now :Box-bod
solublo diphtheria-portussis-totanus vaccine
SOURCE: Zhm-nal mflu.,obiolo3ii, opidomiologii i immunobiologii, no-
4j,
1964, 70-73
TOPIC TAGS: c~il)!-itliox,ia-portiissia-tot,,xiius vaccine, sorbod
solub:Lo
AJ.P.T. vaccine, soluble portussis antiron, ioducod D.P.T. roaotion,
D.P.T. Limainologleal efficacy, body tomporatin-o chmigo, blood
SCII-im
titor
A~-:GTRAM.I: A now sorbod ;.iolublo vaceino
contaInIng a soluble portim3is antiSozi, instoad of a co p,~scular
ona,,
haa boon dovolopod to roduco roaotion3 to D.P.T. Inocu"11"U',on-ol. A
group of childron was invostigatod to find reaction lnt;onjity and
imiriunoloGictil officacy of the now vaccino. All cllakdron woro
oxamLnod
by a pediatrician before immunization and tomporaturo
was taken for
.,two,days beforo each of throo inoculations. Findingo show that tho
1/2
Card

ACCESSION NH: AP4031111t6
novi vaccIno doos not produce tiny strong roactiona fis found in 1
t;,)
4-Y" catloa imi-itinizod with vaccinos containing corpuncular
partuclsis,
111-0,; igoil -I *Nodorat-oly sovoro Lov,poratm-a roactiona woro
found In only
1
1.9 to 2.1~.~, cnaos comparod to -1 to 15' '.) casoo for nonsorbad
vaccinos,
Boct.,, tc!,.ii)ox,iitlll,o incrori3os rfill frort -17.1 to 37.50c
woro fou:,-ld in
tift,or lot inocul.1tion, aftor tho 2-nd bloc I'l Oil.. an
u ti d 1 ).3%
a'Lt(-,.- tho 3d inoculation. Wotik loctil racietions in tho fom~i
of itk
(11110'~dN disappom-Ing hyporomirt 140"0 fowl(.1 11, 26 to 3 2 .
2,'0' .Blood seruti
tituro of povtu~sjin agglutitil-na, dipliLhoria antitoxin, and
totamis
~oxold as woll its Schick roaction. toots all domonatrato tho hiejt
Lrulunological officacy of tho now D.P.T. vaccino. Ori(;. arlt. him:
~3 tablos.
ASSOC IAT 1011: M-iarllcovskiy Imatitut vaksin i. sy*vorotok im,
Mlochnilcova (Miarkov InstItute of Vaccines and Serums)
SUBMITTED: 01Jun63
SUB CODE: LS
1.
~ 2/2
Curd
NR REP SOV:
ENCL: 00
000 OTHER: 000

AVWUNA L.A.; BORISOV, K.N., ksM.tekhn.nuuk; RODna, U.M.
Plotting mechanical characteristics of an electric motor
according to tho results of the high-speed motion-picture
photography of its starting. Trudy MkI no.145:46-49 162.
(MIRA 15:9)
(Electric motors-Testing)
1_1_~~T'D!'_'1'2~11`. ~' , ' ' z,'~ ~ ,'4. :- ~," , - ~: i, I
I .
777777=71~~ 1 11 ~ I _.. . . ~' *.-!~~!." f- 'I" !"~ '' ~ 1 1 ~

1fr jj P t
~T, F"
.1101Z Z.1vUsv,, S G Shat lov. A P Lal-aroNa Y~ V Trkt!-~hans-vn 1
ATLE: Methodr, for ineasuriny, the denBity field of.L~ ~flew in a Qhock
tube withaw abi
of an Interhiromete-f
,SOURCE: AN SSSR. EnargroUchp-skly institut-. Fizicheskaya
gazzodirnmikri I
,,YazOv pri vy*gokikh temperaturakh (Physical gras dYnnailca and
propprLie-q (,f LY-54k-s- if
)ig~' ten. pvT at LIT o., ,Nlosro- 77(1- vo N~44,fl 1 W'--l 104 1 14
-OPIC TAGS: g2B dynam Iles, gas density measurement. shock wave. shark
tubv. int v r -
!erometrv- nitrogon ~ahocl, wpv4,
AKSTRACT- ThP -,'apPT deBLIB %A 4th tV-Ch-1iq',,PS f-,-,T sludles of
N a I'JI)c Fht- )f Lhi, hwh and 1,)-% A
-13 10 1 L A I Z TTI M . ano me 9m e- Av a I 111 of Lb e end- sectl o n
'i I cI Alt,
nf ,.ccuralp-ly (0 2 hand twer thi, Pnlire fi-eld) pinnt- paralle,
Lflass A A I'l 1
olectrimic detaiis f )r rec-ordinp qy-nchrf)P.17.'M-! 0C ip tl~pn given
A Ma( 11; r T
leng'! M, point q;0 Hne-(finc));.rgep of i rapnritr,r U-) 10 kV -Mf,
;qcaw-~;
n Li 2

-----.ACCESSION NR:_ ATon-0-1-3--
inethod glllI'wf-"l vontinjous doniffly meaquron,,,,,t "!-I w_1
4
t4ti,wki; as a furictiwi ,t
nr, Initifi! I,rf-qq!lrl. of If) rrrr HL and r,or !,t.- j
ig - I v--, ;Ln,i ~ (,quarions
ASSOCIATION: L~norgetjcheakb- institut AN S&SR (Povviir F-,lnf~prinl
1--t-
SUBIMITTED: 0G.NlnrG4 ENCL: 00 SUD CODE: ME
NO RE F SC)V: 006 OTH FJI: 002
Cord 2/2
71

AVMR DIA, L. 1.
Vnrioties of strawberries developed abroad. Kona. t ov. prom. 1'.)
no.4:37-40 AP 158. (MIRA 11:4)
1. Vassoyuxnyy nauchno-iseledovatolnlkiy institut konservnoy i
ovoelichesushillnoy proVehlonnosti.
(Strawberries--Varieties)

AVICR I NA, L.I.; PONORARENK0. B.F.
Growing high-quality strawberry planting stock. Kona. i ov. prom,
14 no.5:31-33 My '59. WRA 12:6)
l.Hoakovskoye otdoleniye instituts, raateniyevodetva (for Averina).
2.So,ftoz "Bogucharovo" Tullskoy oblasti (for Ponomarenko).
(Strawberries)

KRIVIN. B.G.; AVERINA. L.I.
vri-tir2risea'ses 'of strawberries and the urecodure for freeing
seedlings of Infection. Kona. I ov. prom. 14 no.8:31-35 Ag 159.
(MIU 12:9)
1.Hoekovekoye otdaloniye Veeeoyuzuogo instituta rasteni"-
v0detva.
(Strawberries--Diseasee and posts)

TELYATNIKOVA, G-N., kand. sel'skokhoz. nauk; AVXRINA, L.I.
Growing strawberry transplants on paat-humuB bode. NI-1.
Akad.
sallkhoz. 24 no.7:22-28 159. (KRA Y.10)
l.Nauchno-iseladovatellskiy institut konservnoy
promVehlennosti.
Predstavlens, akademikom N.A. Lisavenko.
(Strawberries)

ATIRM. L. T.
Some biological characteristics of foreifM varieties of
strawberries. Kons.1 ov.prom. 15 no.4:31-35 Ap 160.
(MIRA 13:6)
1. TSentmllnvy nauchno-Iseledovatellskiy Institut icoaservnoy
i ovoshcheaushi'llnoy pronyahlennostio
(Strawberry-Varieties)

AVUillik, L.I.
Chemical and technological testing of foreign strawberry varieties.
Xons.i ov.prom. 15 no.3:30-32 Ky 160. (MIRA 13:9)
1. Wentral'Wy nauchno-iseledovatellskiy institut koneerrnoy i
ovoshcheoushillnoy promyehlonnosti.
(Stravberries--Variaties)

ItAn Agrobiological and Technical Study of Varieties of Strawberry
of Foreign Breedint,,";
dissertation for the degree of Cmdldate of Agricultural Sciences
(awarded by the Timiryazov Agricultural Aeadcmy, 1962)
(Izvestlya Tivniryazevokoy Sellskokhozyaystvennoy Akademiij, Moscow, No. 2,
1963, pp 232-236)

I. EPR/EwP(J)APF(c)AwTW/BD3 AMCASD
B/0051/63/015/002/0274/(
ACCIESSION NR: AP3005854
AtIT110H.- _0[crnerLD.I.; Nikulina, R.~., sokolo~skaya,T.I.;Tairl!
TITLE., Light collection in scintillators
SOURCE: Optika I spoktroskopl;ra, v.15, no.2, 1963, 274-280
TOPIC TAGS: scintillator , light collection, scintill-ator design
.10STRAM Lxpressions are derived for the light collecting
coefficient v of 'A
6ylindrical scintillator w,Ath I.Aished vurfaces and no pookaging.
The light--~Dl-
locting coefficient-- in -def ineti as-tho ratio o1 theradiant
energy emerging thiroix~h
one face of the sointillator snd entering the photomultiplier to the
total enorgy
p;,-oducud by the scintillations In the volume' of the scintillator
with an ab.3orp% Lori,
.
coefficient It and an index of refraction n. Knowledge of -, Is
obviously impor.
for designing efficient scintillators and evaluating their overn-11
efficiency.
rrosnol reflection from the glass face of the photomultiplier tub,~
is taken into
account (reflections from the top and bottom ends of the cylinder
ccmponsato ench
o'ther) .The results of calculations by mjoins of the deduced
formulas were COM'.
prired with exporimont in two ways: 1) zoodolling, using a
plexiglata cup filled with
C~M

AVXRINA, M,
Xffect of credit an the introduction of modern
technology in heavir
industry. Dan. i kred. 13 ne.11:43-46 N 155. (HIaA 9t2)
(Credit) (Russia-4adustries)

BYTOVA, A.; AVERIKA, M.
From the practico of a leading branch. Dan. i kred. 15 no.10:
55-60 0 '57. (HIM 10: 10)
(Sverdlov-Banks and banking)

11 L L I X A A k. 4 P .,v
0 A .
0: A. tNVF-R ti
I&CIVOT from galsitth "Asit
0 411 awl A I' Avvrillx, IN'..
%1k. in-th, 941-11th I'll" wilh
:,-n il-M-1 -11h 111"0" i 11.4 r%cr-
lot 141.1.
of
00 0
age
00
all 0
1"I coo
.500
30411
n !we*
tie*
u 0
9 9 of n (1 0
0 0 0 0 0 too 0 0 9 0 0 0 0 0 0 90 4 00 9 q 9 0 9 0 0 q 0 0000 9
1o 0 0 a 0 0 0 9 0 00 0 a 0 0 0 0 0 0 0 q 0 0 00 0 00 0 1~10

0 00 0 0 9 04 4 0 0 0 1 0 0 0
--L A P G 11 1 1 it Y '.-j
or Rapid motbod fat doteminittS oth in ri-bbor Nt M
N1411,111.rif arld NU S
0 01, 14 w N.~ T. "111 '.' 1,11,1 ,at ~'K .00
go "I t.1 it.. and -09
,161,1101 01 .. I it. at 'Ilk, No,
.11 a 1k mn.' .1,11. Ito 111. 11.h -00
t. the ov, it Mimi ".4"1, A Nifr.y-f (NII.I.- .-00
CiAivatMo. Ow I-At"I W.N1. i-%, I'M I
satin. local,t1ful- %111,.A11A 111~
% md 11% "1't . ...... K at...
two tawl low"t A*
1111m.. but
tcrtivr. 'the
it Is
00 j coo
06 too
00 A41
00
.400
moo
0*
131, 0,0
10
u &V so kill ta I ""a P 9 4 a 1 1*1 Aft a a a b. 0 a 0 1 v IN I
&"1 4 3 0
0
0 0 0,0 @1 0 4 0 0 0

FRIDLYANDER, I.N.; RCI-',A,';OVA, O.A.;
ARCHAK011W, Z.N.; GUR'YEV, I.I,;
llj~.;
PMOVA, A.A.; BYCHKOVA, Z.S.; F~rininali
DRONOVA,
uchastiyet F%IIN, K.N.; LEBEDEVA, N.S.; REZ11IK,
P.G.;
AVERKINA, N.; ZHUTOVSKAYA, L.S.; VOROBIYEV, Yu.A.;
TYURIN, N,N,
Manufacture and investigation of semifinished
products fron
high-otrength and heat-resistant VAD23 aluminum
alloys.
Alium. splavy no-3:194-200 164. (MIRA 17:6)

SPIRO# I.S.1 AVfMNA. ",
1
Qmdxal ocepedUan and propmeoloo ot coRb In tho
AUlanco.,
Qmdf~ rWon or the Smtb-Takutak Boolas t1ch. vW. NXICA.
Reg. gea. no.uma% 064. (KIRA If Is NO

KI)SAKIN, N.D.; ViATKfN, IS.Ye.; AVERINA, M.V.
Structural modifications of cartx)ri maWrInI In
lyTolyvi.,q cokos. TSvot.met. 38 lin.30;59-62 0 165.
(MIllil 38:22)

USSR/Pumn and Anirnl Pthysiolo,, - Bloo,!. Blood Cu atioll.
aGul T-3
Abs Jr)Ur Rof Zhur Diol.) ND 13~ 1053) 811062
U
Author Avcrina, N.I.
Inat Kirrlisian Institute of Meaicinc.
Title Problem Pertainbig ta Mechanism. of Mooa Clot RctractiGn.
Cwi(; -Pub : Tr. KirC;. node in-t, 1956, 8, 291-293-
Abstract : No abstract.
Card 1/1

AVERINA, kand.med.nai&
Toxoplasmosin in a clinic for internal diseases. Sov.mod. 25
no.l:
43-47 Ja 162. (MIRA 15:4)
1. Iz kafedry gospitallnoy terapii (zav. - prof. R.Ya.Spivak)
Luganskogo meditainskogo institute. (dir. - dotsent
F.D.Povelittia).
(TOXOPLASMOSIS)

AVEFUNA, IN.I., kand.mad.nauk; KRAVCfENKO, O.A.; SKOROBOGAVKO,
P.A.
Vaucular tone and capilla y circulation during work in hot shops.
Vrach. delo 4S150-152 Ap 162. (MIRA 1515)
1. Kafedra goopitallnoy terapii (zav. - prof. R.Ya.Spiva%)
Luganskogo
moditsinskogo inatituta,
(BLOOD-CIRCUlATION) (WAT-PHYSIOIDGICAL EFFECT)
i.4
777

pill
JN
.9
IR

Ir
vv
cr
JoK WIN
f
Ir
iP

j.,
Systpin lithium sii1rate-beryllirm oulfate-,.-z%Fnesium sulfate-water
fit 35 degrce3 Centigrade. 7bur. neorg. klilm. 9 no.].': 27(11,--2768
D 164. WIRA
1. Poltavokly kaf,?drv, VJiln!j,

~'! 101 0 Kf V.-,.; I fj. -, .
S I I
oys tem 7 12'01.- Wil.) 304.. ~~, . . . I
1~ , 5: H 2 0 #i t 2 5 0 " ., ", i r . ,, - o r F.
ly I , im .
10 no.,12!2Rr24-28ZS D 165- (F-At". 1,9.,1)
I. Poittivskly inzhonorno.-stroi I&! friyy
~,nst)Lllt, ~n~tdA khlndi.
I

USSR / Pharmacoloat Toxiooloo,,. tntico&iSulantc.
Abe Jour ;Ref. Zhur - BioloLIya, No. D, 1959, 13887
Author :Averinn., R. 1.
Inat
Titlo The Prothrombin Level and Blood Cor.gulation In
Therany With Saljoilates.
Orig lub Klinich, moditsim, lq~,8, 36, No. 3, 33-38
Abstract The etudy of blood co-~r~ulntion In cardiac pa-
t1onts presints a real problem Insofar as In
rhoumv-tic heart dieease, CODecially in the proe-
ence of cardiac fibrillvtioh, thrombo-embolic
processc6 are very fra(ment. 75 patients wero
treLtod with salycilatuB; i L-*,roup of the patients
rL!Oeived, nsido from thlo, the anticoaGulants
heparin, dicoumarin tuid phenyl-indtindione. Ther-
apoutic doses of nnlycilntoa did not induce a
Card 1/2

AVERINA, R.I.
Charocteristice of the use of anticoagulants in rheumatic
lerlons of
the heart. Sov.med. 25 no.5:18-23 W 162. (IGRA 1!5 ill)
1. Iz 2-y kafedzy terapii TSentrallmogo inotituts
usovershenstvo-
vaniya vrachey (zav. - prof. B.Ye.Votchal) nabaze
bolinitoy imoni
S,P.Botkina (glavrqy vrach Yu.G.Antonov).
(ANTICOAGULANTS (MEDIUM) (RMUFATIC HEART DISMSE)
(COROVARY HEART DISEASE)

Use of anticoagulants and salicylates in rheumatic heart disease.
Torap.arkh. 31 n0-7016-21 Jl 159. (MIRL 12:11)
1. Ix 2-y kafedry terapli (zav. - prof.B.To.Votchal) TSentrall-
nogo instituta asovershenetrovanlya vrachey na base bollnitsy
inent S.P.Botkina.
(RMUNLTIC HURT DISUSE therapy)
(ANTICOAGUIANS therapy)
OLLICTUTIS therapy)

VOTCHAL,, B.Ye.; AVERINA, RoIe (Moskva)
Teohnic for anticoagulatn therapyo Klin.med.
no.ltl5-l9 162s
(MIRA 15:1.)
(ANTICOAGULATNS (MEDICILT!.)-TlWAMTIC USE)

KOZI%,',INA, Natallya Petro-vna, doktor biolog. naukp prof.;
A'.'K-tUNA,
T.1 red.; SAVEL'YEVA, Z.A., tokhn. rod.
[Grain and grain productal Zerno i produkty ego pererabotki.
Moskva., Izd-vo takhn. i ekon.lit-ry po voprosam zagotovokp 19'a.
519 p. (Grain) (MIRA 15:3)

SiNEIIISHCHIKOVO Vasiliy Illarionovich; MASHKOV, B.M.,
spats. red.;
AVE
r3d.; SAVEL'YEVA, Z.A., tekhn. red.
.m
[Conditions and procedure for receiving grain, legume
seeds,
and oilseeds from collective and state farms) Usloviia i
po-
riadok priema ze:ma, semian bobovykh i maslichnykh
kulltur
ot kolkhozov 1. sovkhozov. Moskva, Zagotizdat, 1963. 122
p.
(MIRA 16:7)
(Grain trado) (Legumes) (Oilseeds)

KOZI,X'INA, Yvv,,I(--niya Potrovna, doktor tekhn.nauk, prof.;
AVEHINA,,,.~j,*__doktor tekhn. nauk, prof., red.
[Technological characteristics of groats and walse crops]
Tokhnologichoskie svoistva kr-upiartykh i zernoboboyykh
kulltur. Moskva, TSINTI GOSKOMZAGA, 1963. 293 P.
(VIEU 17:7)

FASMAN, V(51'f Berkovich, dots., kand. tekhri. nauk; AVERINA, T.I.,
fed.; SAVELITEVA,-Z.A., tekhn. red.
(Operational design of R grain elevator) Oporativnyi ras-
chet raboty elevators. Moskva, Zagotizdat, 1963. 84 p.
(MIRA 16:10)
(Grain elevators)

UGOLIK, Nikolay Pomich; BAVLI, Goorgly &moyloviclij AVK,,IIIA, T.I.,
red.; GOLUBKOVA, L.A., tekhn. red
[Analysis of technical standards and production operations
of grain-procossing enterprises] Analiz teklmicheskogo
urovnia i proizvodstvonno-khozialstvennoi doiatellnosti
predpriiatii po pererabotke zerna. Moskva, TSinti, 1963.
209 p. (MIRA 17:2)

tho ~-Ivcr. lloll. kolkh- No. 4, l')53-
Monthly List of liuzsrlan ',cc,,~;3ion~3, Library of CI);i Uncl.

7-
AVIRINA. Ye.P., kAnd.med.nauk
............ ........ reAting CAVitar7 pu1monAT7 tuberculosis
with tuberculin nnd
antibnoterials. Vrach.delo supplement 157:35 (MIRA 11:1)
1. FRkulltetakays terapevticheakAye klinika (snv.-prof. I.Te.
Knvetskiy) Ku7byshevskogo zeditainskogo instituta i
Kuybyshevski:r
gorodsk07 protivotubarkulesn7y dispAnser.
(TUBBROULOSIS)

AVXHIH& TO.P., kimd.mod.naiik (Kuybyehev)
Respiratory and vascular reflexes in tuberculosis. Klin.mad
36 no.12:52-56 D '58. (MIRA 12:6;
1. Is falml'tstskoy terapevt1cheskoy kliniki (zav. - prof.
N.Ye.Kavotakiy) Kuybyshevokogo meditainskogo instituta i
&Wbyehevskogo goroclakogo rotivotuborkuleznogo dispenser&
(gluvnyy vrach M-D.MakarovK
(TUBXRCULOSIS, pbysiol.
resp. & vase. reflexes (Rue))

AVERIVA, Ye.P., kand.med.mu):
Udications for ard mathode of trAnting pulmo=7 tuberculosia
with tuberculiu and antibacterial proparationa. Probl,tub.
no.6t53-58 161. (HIRA 341:9)
1. Iz fakulitetskoy terapovtichookoy kliniki (zav, - prof* NoYet,
Kavetskiy) Kuybyelievokogo meditsinskogo Instituts, (dir. - krmd*
mod.nauk D.A. Voronov) i Kuybyshevskogo gorodskogo protivo-
tuborkuleznogo dispansera (glavrqv vrach M.D. Makarov).
(TUDUPULIV)

AVERINA, Ye.P., dotsent
Cholinesterase activity in tuberculosis and Its changes
during
tuberculin therapy. Vrach.delo no.10:69-72 0 162. (MIRA
15:10)
1. Fakulltetskaya terapevticheskaya klinika (zav. -
zasluzhennyy
deyatell nauki, prof. N.Ye.Kavetskiy) Kuybyshevskogo
meditainskog)
instituta I Kuybyshevskiy gorodskoy
protivotuberkuleznyy dispanser.
(CHOLINESTERASES) (TUBERCULOSIS) (TUBERCULIN)

AMINA.. Ye.P., kand.med. nauk
Study of the effectiveness of antituberculosis vaccination
in young parsons with a positive reactiion to tuberculin.
Kaz.med. zhur. no*2tl5-18 Mr-AP163 (MIFLA 16:11)
1. Fakulltetska tor+vticheskaya klinika (zav. - prov.
N.Ye. Kavetskiy) Kuyb3khevskogo meditsinskogo instituta.

AVERINA Ye.P.; BORKIIOVFTSKAYA, A.A.
Study of the propordin system in pahmonary
Vrach. del-) no.3t6l-63 IIr '64. (MIRA 1'1~4)
1. Fakulltetskayst tcrapovticheskayq V.11nika (ZHV. -
Z1131-.izhennyy
deyatell nauki prof. N.Ye.Knvotskiy) lKlaybyshi~-vskyo
mcditsin6kcgo
instituti i sanatoriy "Iksnoye" Kuyb)-shevskoy
ctlas'.1,