SCIENTIFIC ABSTRACT KAZACHKOV, YE.A. - KAZAK, A.F.

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• Collection: Scientific Abstracts
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• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SVIRIDEEKO, F.F.; KIRYUSHKIN.. Yu.I.,- KA7AACIIKOV# Ye.A.; IZSENKO, I.I.
Riser head vith a tvo-layer lining. Metallurg 8 no.2:20
F 163. (MIRA 16:2)
1. Azovskiy staleplavilinyy zavod im. Sergo Ordzhonikidze
v Zhdanove i Zhdanovskiy metall-urgichaskiy inatitut.
(Steel ingots)

KAZACHKOV, Ye.A.; KIRYUSHKIN, Yu.I.; SKOBLO, S.Ya.; BULISKIY, M.T. [deceased);
SVIRIDENKOp F.F.; SAPELKIN, N.F.
Formation and heterogeneity of rail ingots cast in ingot molds
with a varying wall thickness. Izv. vys. ucheb. zav.; chern.
met. 7 no.11:75-80 164. (MIRA 17:12)
1. Zhdanovskiy metallurgicheskiy institut.
I

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1-7-1- JA. -ft CMC two
90
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if ?W
oompared
'60
Mortium molybdate. 7U smaravy of the method in utisfactury
for w4ine p4poses. Vanadium and tunpten (to not Interfere.
At
U a 11
9606:406000069661
see* 1900990*9000OWWWW6*0
Mw Oblodmk* DoWnaluMicD 0 twn Amounts of Molybdutuat
Jn IMWL R. 1. Fobel'son asid F. F- ~Ks . -4kovs. (Zavtx6k&%-&
]Abpn~"ya. IWO, No. 7. lip. 783484): j1i Rusaian). Ae
lauthors deacrilie
method of determining mulybdoitum which the
involres solution of the sample in a mixture of sulphuric and phos.
Plittvic acitis followed by oxitlation of the solution with nitric avid
iuu] subkmittent previtifiation (if the phoitphattv of inin anti tither
elementabyat'Aingimoticsods. An&Uquotl),.)rtiotioftliellitritt4-
is acidifieti and to it in added potswum thlocyanate and it id then
reduced with stannous chlo". 71tecolmriluetothemolyWonum
with that obtained usinS a stmWard iwAution of am.
is

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is is is is 40 is is 0
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kxPW method for deforomialms XG&SOO Wl to a wMr
cyaakis both. R. 1. Fogri'mm atkd F. fi-Kawhkova.
zdwodskaym lAb. W. W9- I (C. -4-
U. &W) wW Stoddard (Metal Ind. (N, YJ L*c.. UM.
WO) methods mo be und for rapid tech. awlysh, im-
pt~"y 6w Inim- R 7 Kamich
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roe
COO
a
0 oil
is

J, MOM if 0
--A- ft. a T_ I A~
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of, , -- --- , ,
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An "-Wratid determination of sitiew In qst Iran by
MeARS Of gelatin. Ii. 1. I;41jj*-)f1 SIMI 1'. S. KWACIIWV.~
04 .00
I limt I C. of cast ~v 0!'111 !!v, 110, 1 woo
Oft 11.5 10. of C4,11vil. IIN(h. kevinnXIIII r I,w 7 8min.
(tar 2 niin,, thl. with W nil. 49 bet water, filter ininivilistely
thnsugh a suct" filccr, wa&h the pp(. on the I'dirf 3-4
.3 iiinri with hot N JICJ and twice with hipt walur, mi-I clog
W igoile I M 1-11t. 'fit .01 It,
I in a Pt Cnarible In it Curti too
lilkiv% Ivilidivil (lit 114. AltAIVA14 14 1114111,0111, itild 14 11,J) I've
vml lit, itt-tt 1A *1111 IM 111111,4 v4p. Pit, 11,41111% 1614111,11
With 11131611110 cast Re ethlig. k!** JIS4411 lg'~' 44 t4 *IV liflAt I off
by OAM-OAAS~Z than those ubtAined by lliv INSO, iridh~l.
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lr~'02 ~1,1 ~?,l 64-0 ~Ts, ov 06.1
A,1 F I W.A.11LA-l-LAIL-111- -W-Q.
A
Pboftweirk dolaralullom of pboapbom and sillcoll
00 111 f astah. 2. 1. FOKWO &W F. S. K;ItachiwvA
(mcamw Automobile ftet" im. t'
Is, WS-RISr.).-Acc- tv rr%ult~ W~
Lt. 14 cof P and 31 In fcff,nw
uIrtsh with an p .1
A ==-eivetritnihatomettr irul
IS: ow of Rmsdm Inamd. 7U Ruxdtn app. can arromina.
so 3! date a castaimer of specific sin only and the cuntainer ';S
not suited for mpid analyses; In addn.. thej~,,,~ltq
muld be Improved. It. z %Wh
.3
q T
Oki
WIMAWLAL LITIRAIM CWUPIKAUCK
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AUMM Fog~Vaont Ye. I..'and Kaxaohkova, F. S.
TITLIt Photocolorimetrio Detection of Silicon in Highpercentage and
Medium-percentage Perrosilicon, (Potokolorimetricheskoye
oprodeleMye kremiya v vysokoproteentnom i aredpeprotsentnom
ferrosilitaii)
FMODICALs Zavodakaya Laboratoriya, 1957,, Vol. 23,*'No. 1. pp. 24-25 (U.S.S.R.)
ABSTRAM The authors made experiments trying to speed up the gravity method
of detecting silicon in ferrosilicon by decomposing a small batch
of finely ground material in a 50-percent solution of alkali and
making a photocolorimetric analysis of the yellow coloring of the
silicon-molybden complex. An iron crucible was used instead of
a silver one for the decomposition and the silicon-molywemn blue
was photocolorimetrized on a FEK-H pbotocolorimeter. Seventeen
specimens of high-percentage and three of medim-percentage
ferrosilicon were analyzed and respective tables are presented
of the results. These tables give the percentages of silicon as
shown by, the colorimetric and gravity methods of analysis.
Card 1/2 ' /. 1q, 4,,~Aackell

-- -----
--- - - - -- KAZACHKOVA, N.A., dot-sent----- -- - ---- --- - --- - - -- - I
Chroaic inflamnatory nonspecific. bronchopukonary processes
(chronic pneumonia) In children. Uch. zap. GMI no.8;91-95 159.
(MIRA 14:9)
1. Iz kafedry detskikh bolezney (zav. kafedroy - rof. Agafonov).
(PNEMAONIA) (CHILDREN-DIS WSW

PHAVDUKHINA., V.;-IMZACMWYAx R.
R4id way of determining the shrinkage of hides resulting from salting,
Miha.ind.&M 32 m.2t18 161. (NM 14:7)
1e Wperimentalino-proizvodstvennaya laboratoriya. Omskogo sovnarkhoza.
(Hides and skin )

ZAOMr,L111AYA. V-S-.Ilcand-tOkhnenauk' KaACHKOVA, S.TS.
-il~
Gasification of coal deposited in enclosing sandrock. Podzem.gaz.
ugl. no.2:19-22 '59. (MIRA 12:9)
1. V6880yu ~muchno-jsslsdovatel'BkV i proyektwY in'AiW
gasifikateii uglev..
podzemnoy
(Goal gasification, Underground)

NUSINOV, G.0.34 doktor-tekhn.nauk; BRIJSWZBYN,, N.Z... kand.tekhn.nauk;
U*~~A, ~S.TS.
Unification of the methods of calculating the basic indices of
connection linIdn and coal gasification in the "Podzemgaz" plants.
Nauch.trudy VNIIPodzemgaza no.7.,33-40 162. O-OA 15:11)
I, Laboratoriya gazifikataii burykh ugley Taesoyuznogo nauchno-
issledovatel'skogo instituta. podzemnoy gazifikatsii ugley.
(Coal gasification.. Underground)

1119 1 ~ MOO* &IM 0 WaVIM9 13
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SI L -A., a- A , P - Q It I I V I AA 10 Q &V U4216 d-1 Jai j 1 0 9
A ..V
Plsplo~~trk deterst"allon of fluortoo In tho air
.4, widk droosim-aftarW, M. hl. Raines slid 5 'V ' gas.
,.or 'MIZ'
00 r jillwooi A Aji#W Ckm. (U. S. ". It.) 13, Ii
Fftw-h. 1W)(IM).-Tteal sonilks (if air oonic. 11 with
0.5 cc. nth of &-alisorin indK-stor. 3 N 11,R). and 1-940
3 N HCI in a voltimtric, Usk. Add water to the mark.
lital to bollins it a reflux ooodeaser and coal rapidly.
Mor 10 trilm iki. V with the pholor-4ii-Impter. To prep,
the Indicator, mix equal voli. of Zr(NOO, (OV, j. per 11M1
ce.ofiratcr) and Nsalluriniodfutiste (11.1i x.lier Pler.
of water). If Interfering substances art prek-ni, P thmild
-Wilisid. as li#,SiF# frorn the o0n, after adiln. tof the aboyr
reagents and the diAillaie %hould tw treatc,l again as al-%v. cab
I'm the dein. of F a stantlaid curve slumlil lx, conttfucted --Go
by using various omit. of P sotri. W knowir concti. M
00 thii method O.OUI-4).W.' mir. of P con be deld. 00
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1. KAZACHKOVA, T. A.
IMSSR (600)
4. BobwW, Medical - Tomsk
7. Cultivating medicinal plants in Tomsk, Trudy Tomsk.un. 114, 1951,
9. Monthly Lists of Russian Acces9ions, Library of Congress, March 1953, Unclassified.

Ti
K.iA
on c
tl-
~ind tbr tirns-i 0. 12% ~4 volatilr oil. Ilit tib"ridO mniml Ul
..... ....... .

KAZtj.CT T
.IT L
The S'fect of Of.'rtain Opim Alkaloids on tlio i -1:--cz-, of the
Dym
Ellectrop,otential of ~he I'ticuous 11";wbrane of the Stomncli, in llelatic,n
to Ineir E2f'--ct on its Secretory and Periodic iictivit-.y.ll C-awl l7ed
3ci, 'Dirl~-,.en State "edic--l'Inst , Ashkhabad, 1953. 'XhBiol, No 1,
ser) 54)
SO: Sun 432, 29 1"ar 55

KO 9CII RL, v191 __r, . i__'
USSR/Pharmacolo6y. Pharmacognosy. Toxicology - Anal6esics. T-3
Abs Jour : Referat Zhur - Biologiya, No 16, 1957, 71673
Author : K~a~zachkova, T.I.
Inst
Title : The Morphine and Heroine Effect on the Periodic Changes
in the Electropotential of the Mucous Stomach Membrane.
Orog Pub : Tr. Turkmen. Med. In-ta, 1955, 5-6, 338-3116
Abstract : Me stomach content of dogs was collected through a fistu-
la every 15 minutes. The total acidity, free, and bound
acidity were determined. The fluctuation of the electro-
potential (E) of the mucous membrane of the stomach and
its motility was registered photographically throughout
the procedure. The registering of the electrical flow
from the stomach was clone with the aid of a mirror gELlva-
nometer. The movements of the stomach were recorded by
a method of air transmission. Morphine (1) and heroin
(II) in doses 0.02-0.05 mE./kg did not produce secretion
Card 1/3 20

Usm/Pharmacology. Pharmacognosy. Toxicology - Analgesics. T-3
Abs Jour Referat 2hur - Biologiya, no 16, 1957, 71673
in the stomach) did not influence the periodic contrac-
tion of the stomach, and did not change the dynamics of
E. I in 0-075-0-2 mg/kg doses and II in 0.075-0.1 mg/kg
produced in 2-3 hours a lowering of E; its fluctuation
increased and took on a rhythmic character. The period-i-
city of E fluctuations and stomach contractions was dis-
turbed. A delayed stomach secretion was noted. I in do-
ses of 0.5-1 mg/kg, and II in doses of 0.3-0.5 wWkF,
changed the periodicity of E as well as the stomach con-
tractions. A considerable lowering of E and the presence
of small fluctuations was noted. The stonach secretionB
were observed for 10-65 minutes. The author notes that
the lowering of E preceeded the appearance of free HC1.
There was no strict proportionality between the stomach
acidity and its electrical activity. I in doses of 10-
20 mg/kg and I-T in 5-10 m&/kg produced a prolonged inhi-
bition in secretion and with it the rise in E. Thus,
Care- 2/3 - PI -

n I A C,'/' /< OVA)-) 7- -Z _.
USSR/11harmacology. Toxicology. Analgesics U-3
Abs J=~ : Ref Zhur-.Biol., No 7, 1958, 32873
Author : Kazachkova T. I.
Inst : Not given----'
Title : Effect of Codeine and Dionin on the Electrical
Activity of the Gastric Mucous Membrane.
Orig Pub : Tr. Turkm med. in-ta? 1955, No 5-6, 347-352
Abstract Codeine (1) and dionin (2) in optimal doses of
7.5 to 20 mg/kg induced the secretion of gastric
juice, an effect earlier established in regard
to morphine and heroin. 1 and II, differing from
morphine and heroin did not prolong the latent
period. Together with the increase in secretion
a drop in the electropotential (EP) of the mu-
cous membrane set in. The maximum drop in EP was
observed at the beginning of the secretion and
Card 1/2
fil P-
01,

- , KRYLOVA, JLN.-
KA?ACHKOVA, T.I.;
Use of electrogastrography in pharmacologY. Farm. toks. 24 no.3:
372-37.6- My-.Tg. 1(4.- (MERA 15.1)
1. Kafedry farmakologii Turkmenskogo meditsinakogo instituta.
(EUCTROGASTROGRAPHY) (PHAINAGOLOGY)

S I r F4FT-T-UY-U-j
UBJECT USSR PaySICS
(3THOR KAZACXovsKIj,0. CAA
TITLE
The Problems of the Atomic Energetics
World Energy Conference in'Vienna.
PERIODICAL Atomnaja Energjjayl, fasO,-5t.148-151
Issued: I / 1957 .
t\,/k Z A c-H K
2
P A 7-6-1
as Discussed at the 5th
(1956)
This oonference (17. to 23. June-1956) was attended by about 2000 technicians
and scientists of 24-countries. The Soviet delegation was under the leadership
of the deputy minister for electric power Plantsp A.S.PAVLENKO. Two sectional
conferences were devoted to the problems of at6mic energetics. Numerous lectures
dealt with atomic power plants both planned and"under construction, and further
lectures dealt with the following problems: The general description of the de-
velopment programs of atomic energy in various countries, the evaluation of
atomic power plants from the point of view of economy compared to other energy
sources, the removal of radioactive residues.
The lecture delivered by the Soviet delegation dealt with the positive experience
gathered in the course of two years Of operation of the first nuclear elec-
tricity works and on the basic features of the development of atomic energetics
in the USSR. In this connection above all-the program of necessary work to be
performed in connection withkthe-equipment of industrial atomic power plants
attracted attention. In the course of some lectures delivered by members of the
Soviet delegation several problems connected with the economy and the technology
of atomic energy were investigated. Nearly all lectures delivered by non-Soviet

~ J'

AUTHOR v .1.,ARISTILHKHO'~ I'll"
Kly , D
LEM113 tBLOKHINTSF
STAVISSKI
HASIKjy-S-1 yj lu

j. UZACHKOVSKIKs O.D.,PINK
~ARF
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3 0 Irj

.V L
NTSF L.
STJI-TUR) E..A.,UK I . .1.,USACHEV

ITLE 2.
ekctor for Fast Neutron, BP
The Experiment4 R
P
2-Rllssian)
kh B
-
.
bystrykh,neytrOna
(_-,ksp~rims'ntal'nYY reaktor na.
-500
6
pr,,RIOD3CAL , pp 497
2, Hr
At omilay aL.,nergjya, 1957, V01
for phY8iO%1 investigation&
This rOactOr 19 Intended to be used

AESTRLCT zone of the reactor is ais-
..it first the active
with fast neutrons
-2 consist Of
eMen,168 Of the reactor BP
The he&t-separating el W
cussea
.
. Besides the P111-
eter and 130 mm length
plutonium rods of 10 mm di'm
oted rods in the active ZO-
toniuM rods there are similarly oolistru
a are IoB u-
which are made of poor aranium. Altogether ther
ne
which are mounted in a steel tube with
ranium- and plutonium rods
t
s
eactor consis
of 130 =. The reflector Of the r
inner diameter
an
r (outer diameter 700 mm) and a coper layer
e
f an uranium lay

o
by a 00atrQ2
'
ooo mml. The reactor is controlled
(outer diameter I f
"
ar
organs
perating control
stem and by ail emergency sy9tem.The 0
s
y
art of a screen which are located near the active Zone.The 0011-
p
trol system also contains boron-ionization chambers,an electronic
tus,and servofeeds.The emergency system enters into operat
uppara
umed power Of the reactor is exceeded
ion if the prescribed or ass
for the system of heat conduction.This
,
in used
mercur'y
1,,culatin6
0
Iter.The radiat-
led in a heat exchanger with wa
then coo
mercory is
t82
.Bts of the following Par
f the reactor consJ
/ protection o
f 300 mm thickness b) a cast iron layer of 4oo mm
l
1~ard '1/
2 ayer o
a rater

. L, GALKOV) V. 1.)
;, YU. Y., STU113UR, E. A. and SITE10M, L. Ye.
"Effective Cross-Section Measurements of Fast Neutron Radiation Capture."
paper to be prezented at 2nd UN Intl.' Conf. on the peaceful use of Atomic
Energy, Geneva, 1 - 13 Sept 58.
published- Doklady sovetakikh ucherykh; yaderneya Mika (Reports of Soviet
Scientists~ Nuclear Physics 'Moscow, Atomizdat, 1959- 552pp. Vol. 1.
Y

:
1
AUT9043. L"JPunzaii- A. ;.drwy.
'
- 7- b-

5H.'_
K Mik.j.
y
0
Ukraint.-. F.
l..
:
;.
;:
2. hornion. L. ~o.
TITI
S P4
.
t Invesitlestions, of the rhysitce, of Roactowa, litth a.. x..-rang.1
PO flzlko rooliterviv M by.trykb ;"troossA)
PuroDICAL. Atowitshys, twerglye. 1958. Vol. 5. No 5, pp. Z77-287 (USSa)
AJMACT. SInQ* 1950 fXPOrlikOntso how* been carried d% with fast romi2tors,
by th tnl:ora'l:n of she U-e of Nualloes, iawra. &t the
Ph 7-
ii rtoo
T Isse Ito r hi a 6. Lind the fmast-so-tress reactor
R
J
; am! - "
_Eat Into apsirist.
rly
ids 19",. so. I he coact or.
n
I A6.4m 3 follairod in 79 en 1957 reopectivisly
d
7
.
M.Iarm ",
F" or 50 Wr
gong avid liis-mth- -13
P. dion.g"'vi ~
u
cart Camusific th
r stool tube
The active gong an, be by 2 Mbllwr JhI*1dI
aa let* of depleted ftol~., mad shield 2 of e.ap.r. ;,d,.d -
ditional mislaid "a be f. ...Ad ad On- -14- an r :be h. aid
th :d&imat or of TO Ca,loo that total thleltavass aw~ft Nis lb-
th I -Loss
real to 60 OC On. % thle, rftat.r ,:are
"irrisoil out of. the siosittail -ad 10-r87 djtrtb.~I.4 Of
&gw,trOd,:fOf Oblaft the -*suits are &no. am 1, so t.*-. Tor
239 25 U21, (..f). U210 SP23?
P1,240 (..f). U2111 4.191
(-z-S:.t,: xver!gn.-
of the "overmston Too ~ r. The last
tally do up,.inting In 2,4 to 2,5. It ang 41-0 C,gJc4!gtvd by
"'ou" !f the C"'P"ta"On o"Ll"'d in S4-%U
.L.'rostio coup tor a" "ad eager tile
... or is. S. X.s:ato". For the
amportma*ttal values, fares of 1. 1. Kalesbuilkolit(slof 5), Q. N.
5.1ronklis (Oaf 6)9 A. r,. gus'sajoev, (Ref 7). and, far a the
wo.A." :..b let .4 by F. 10. Spl'" (R.f 8). 1. N. Asolrojow (A.r 9)
-or. ad- A: a r...It of Computatione the ita.friclomt was
card 14 (-ad to ."at to 2.6.
"2' Of
r'b:. rwwsc~ I b
tias of ri"
spootriwo and for the asy"totic sip metirue %ho, I.rlted rom-
al:%wass distsirmilsed both clowaretically sad xPeriss-ictelly.
Tb oyaptistle length of diffusion dets,ralsiod expmrivontally
sonounts 'to 9,1 Z O'l cu. The s,-4% ounber
of floatage of ureniuse 230 emosib*4 by floolaft awastroso, imoanto
to 0,01. This Is in w4r-wnt with the date glove by
10*
Furthermore. the Influence oaw~raio,ld by too renchonev istructaro
ofIhe rose seat Lane -pan the spot I&I dt.tributtem of tb*
amoatir.as I* I ... timailed. Kb. Z. Ut.hoh..ko -h.1.4 that far
N"trom with 24 key the total Or,W seatic for zapp.r to ro.
dossed by about Ihr;oftI:ss.,1t%aAo..t.w,Ith : woo I 1 0 or
Maas h,.k.... . a, 0 50 Th , a r" -';:r_
mms fs
7 Labloo, mad i3 roreroncem, 9 of ALoh or*
(CAvislismod On shatrisixt 7/13)
Card i/-+

30T
ACTEM. Le"moskly. A. I.. Abramay, A. I.. A.dry#.!T. X.. H-.~ ... jeo"
A11208 sake, 081.0a. V. I., golubov. 1. 1.. G41-4.,
A. 0:: X0.10's. M. V. ,
x1rassorarev. V. 1.. 1. X.. Mikow..
9. N., Smalrenklm, C. X., Stavlaskiy, Yu. Ya.. ukralt..V. P. X.:
Usaah". I. I.. Potio.'. N. I.. Sharman. L. To.

T17LZj lavestl4ps, tic" of tn* Physic. of leactard With Yast Yeatra".11
Clooledomminlys. po fisike roaktoraw an bydtrykh seyt.~nakh)
CCentIm" ftom abstract 6/15)
i-MOrICLU Atommays, enorglya. 1958, Tol. 5, Ir 5, pp. 2813-29) (USSR) M-

AXSTJUCT2 The reset Salty a ad the kinetic. of too reactor mare, mossArod,
it could be shows that In the cantor if the active zone the
wUht of the 5 X.T neutrons is big-i.c by e-l". %how that of
;
0 94M woutrans. Th* iff*ctive yield of the delayed neutron.
i:
the reactor with a %matus shield exceeds the% of a reactor C,
6,0
.h a -*par shield by 1.4 times it. &&*act.
Beect,ar M .51
The mwtIw, placentae sane is the man* am 14 reactor SP-1.
the co.t~ of the reactor a waLor-arveiis choncol Is provtd.c.
Ca" 1/0 skick to avarsted from the platcalow some by a cranium I
.ytr
6
of 0 am tbAckmeas. The uraaLus-wator tattle memo lots of
cylindrical sImV of normal uranium. watch ;Ave4 di .. %or of
)5 on. Thm, amazing material Is aluminum. The mt. bat ...a
water aod urs.lan Is 0,35. Th. tattle. spacing 1. 40 me.
s~4ra~ts carrialt out with the vater-dranLom, lattice tnotmd
at with the pur* armalum layer shaveds
1) ?us comwervion, factor is reduced from 2t45 t 0,10 to
IT 0.2.
?
1x the came of a fixed posex, output of the active ease the
2j
valoaltz w1th *kJok the total quantity of plutonium 259 4.4
.met= 235 1. fare.& was incresoed by 35%.
3) The velocity with which plutonium, to produced Imer-ta by
I a % amount
I
= 1'% iined power output of the active, mono
i In the as of a the
4
to to, Inaresowd by 2.2 t-s.. it.
output of the reactor In

2'
2
. described war* In detail In ref*rva... 1, .04
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:
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.
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.::
,
;
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.
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:
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now vvIw& out . th on error of 4*. ad that of tn* :froatilo.
of the rogltj r"da with 0. rrar of 0%. Th. free I
of ths, doLayodloutrono was found to smaunt to G-drh-
.all* the -porlie.ntal vat 0.24 : 0.06. TA-r,, or. 7
S
.._. 9 of Xch ..r. _Z-.t.
tiger". I te,ble, ad 1~ ru;.;:
Card 5/0

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:L

WACHKOVSKIYj 0. D.
"Large-Scale Industrial Experiment of the Soviet Vnionf for Seclection
of the Most Economic Types of Atomic Power Stations,"
report distributed at the International Seminar on Peasceful Uses of Atomic
Energy and the Youth, Aug 1958, Moscow.
DUblisbed in ftiscberpayeW. (The Inexhaustible ) Moscow, Atomirdat~ 1959. i4gp.
This book contains several reports by leading Soviet scientists,
specializing in the peaceful uses of atorde energyp at the internatioro-1
seminar on RYouth and Peaceful Use of Atomic Rnergyj* hold in August 1958,
under the auspices of the Committee on Youth Organizations of the USSR.

21 '~ ~)
Aul.riloAs:

_
Andreyev, V. N Kazachkovskliy, 0. D.9 SOV/89-7-4-7/28
~-
~
Krasnoyarov , N :
TITLE: The Behavior of a Reactor With Temper&tu-re Auto-rL-gul&-%-1ion
PERIODICAL: Atomnaya energiya, 1959, Vol 7P Nr 4, PP 363-366 (USSR)
ABSTRACT: An investigation of the physics of fast-neutron reactors
indicates the following: The variations of the reactivity with
increasing reactor power may be subdivided into comparatively
rapid variations (which are essentially connected with the
mechanical deformations of the heat-emitting elements and with
the expansion of the coolant) and into slow variations (wbioh
are connected with the thermal dilatat4on of the elements of
reactor construction). For some processes tha vo%.,r coefficient
of reactivity may be subdivided Anto an instantaneous power
coefficient p and a retarded power coefficient k with the
average retardation time T. Such a treatment is suited alp.~~ for
reactors Yrith neutrons having medium and thermal energies.
The coefficients p and k may be both positive and negative.
The authors investigated the behavior of a reactor, which is
connected only with the above-mentioned temperature effects.
Card 1/4 The neutrons were subdivided into two groups: instantaneous

The Behavior of a Reactor With Tempexi0mire; Auto- 'SOV/89-7-4-7/28
replation
neutrons (with the life-time zero) and retarded neutrons
(with the life-time r ). When the reactor is stopped, the
0
contribution of the retarded power effect decreases exponant!aiv
with time. The equation for the reactor kinetics, which
corresponds to these conditions Is the followingt
t t_t'
W(t) = f W(t') exp )dt, (t)(t)), which, by the substitutions
W(t) - x, jW,(t) = y assumes the form
Card 2A

'The Behavior of a Reactor With Temperatitre Aupov. SOV/89-7-4-7/2B
regulation
~Z Aly 3 + A2Y2x + A3YX2 + A4X3 + A5Y2 + A6yx + A7x2
dx - AaYX2 + gyx
Here AI to A9 are constant coefficients which depend on
k, p, 'r, Vol (~ 3C.. The authors investigated all 6 singular
points of this equation. The most interesting were the points
=.
'0, y - 0, and x - -90/(k + p); y - 0. The surroundings of
x
the first singular point determine the character of the
increase of reactor power from zero onwards, and the second
singulax- point determines t1n behavior of the reactor in the
power range near the steady power. In the neighborhood of the
steady point the solutions of the above equation are more
manifold; There are aperiodically steady and aperipdically non-
steady, oscillation-stable and osoillation-unstable solutions.
In,addition, there is a special type of stable solutions.
The ranges within which the solutions enilmerated exist are
shown by a diagram. Also the behavior of the integral curves
Card 3/4 on the whole is investigated. The steady point is always

The Behavior of a Reactor With Tempeftture-'Auta~!:',--- -SOV/89-7-4-7/28
regalation
stable. Three diaerams show characteristic cases of the
behavior of the integral curves. The authors thank A. I.
Leypunskiy for his interest in the present investigatiun.
There are 4 figures and 7 references, 4 of which are Soviet.
SUBMITTED: January 8p 1959
Card 4/4

KAZACHKOVSKIY, O.D.
[Research, experimental,, and test reactors] Issledovatell-
skiep eksperimentallrqe i ispytatelinye reaktory. Research,
experimental and teot reactors, Viennas International
Atomic Energy Agency, 1960. 56 p. (International Atomic
Energy Agency. Review series, no.8) (KIRA 15W
(Nuclear reactors)

22073
S/089/61/010/005/001/015
B102/B214
AUTHORS: Blokhin, G. Yo., Blokhintoov. D. I., Blyumkina, Yu. A.,
Bondarenko, 1,1. Doryagin, 3. N., Zaymovokiy, 1. S.,
Zinovlyev, V. P., Kazachkovakiy, 0. D., Kim Khen Bon,
Xraonoyarov, N. Valykh, V. A.
Nazarov, P. Lt., Nikolayev, S. X., Stavionkiyj V, Yas,
Ukraintsev, P. I., Prank, 1. M., Shapiro, F. L.,
Yazvitskiy, Yu. S.
TITLE- A pulsed fast reactor
PERIODICAL. Atomnaya energiya, v. 10, no. 5, 1961, 437-446
TEXT: The present paper-giveB a descriptlon of the pulsed fact reactor of
the Ob"yedinennyy institut yadernykh isoledovaniy (Joint Institute of
Nuclear Research) which became critical in June, 1960, This reactor,
called 1j5F (IBR) reactor, rerves as pulsed fast neutron source (mean
power 01 kw) for phys:cal investigations, particularly for time-of-flight
experiments. Ito most distinguishing feature is the very small contribu-
tion (,vio-4) of the delayed neutrons in its normal operationt it is about
Card 1/1

A pulsed fast reactor
one hundredth of that of the usual steady uranium reactor. Th%l pulses
appear because whenever the reactor becomes overcritical a burst of prompt
neutrons results. The half width of those pulses is 36 gsec. The
frequency with which the pulses are repeated can be varied between 0 and
80 pullies/seo. 'Fig. 2 shows the construction of this reactor. The
periodic change in the reactivity Is brought about by the displacement of
22873
5/069/61/010/005/001/015
B102/B214
the two U235 blocks placed in two disks that can be rotated. The main
block in pressed in the form of a disk, 1100 mm in diameter, and can be
rotated with a peripheral velocity of 276 M/sec (at 6000 rpm) during which
it peeves through the core center. The reactivity change obtainable from
the motion of the main block is 7.4 %, that obtainable from the motion of
the auziliary block is 0.4 %. The stationary part of the core consists of
plutonium lumps in steel jackets. The reactor is started by a rough
regulator, In this case.a movable part of the reflector. It gives a
reactivity change at the rate of 13-10-5 -1.3-10-5 800- 1. The manually
operated rol is also a part of the reflector. Two plutonium rode in
electromagnetic suspension serve as soram. They can be separated from the
core with an acceleration of 20 g. Their separation causes a reactivity
Card 2/7,?(

22A73
B/oLig/61/010/005/001/015
A pulsed fast reactor B102/D214
decrease of 2-1.1 ~; the rough regulator allows a reactivity change of
2.4 %, the-,manual regulator 0.1 %, and the automatic regulator 0.036 %.
The reactor possesses also a reactivity booster for the produotion,of one
intensive pulse. The control and shield system is an automatically
functioning electronic arrangement with BF counters and ionization
3
chambers. The whole reactor is placed in a room of size 10-10-7 m whose
concrete walls allow complete protection from radiation. The most,
impirtant experimental arrangement consists of a 1000 m long neutron
couductor, a metal tube, 400 mm in diameter in the first part and 000 mm
In the second part ir. which a pressure of 0.1 mm Ng Is maintained. This
conductor connects a chain of Booalled "intermediate pavilion "" ( at
distances of 70$ 250, 500, 750, and 1000 m from the reactor) in which
experiments can be carried out. There In also an additional neutron
conductor of 100 m length. The reactor chamber is joined to an experi-
mental chamber in which four neutron beame of up to 800 mm diameter are
available. There uj such an experimental chamber also above the reactor
chamber. Various experiments were carried out with the reactor and they
are described in the present paper.. These are experiments with stand
Card 3/W

22873
S 89/61/010/005/001/015
/0
A pulsed fast reactor B102/B214
assemblies and slowly moving main block forthe determination of the most
important parameters of the reactor; experiments with a core assembly
(unmoved), experimenta with rotating (5000 rpm) main block and a Ra-a-Be
source In the care for the investigation of the effeat of the oultiplioa-
tion factor, eta. The most important results are represented graphically.
For example, Fig, 8 shows the dependence of the half t.idth 9 of a pulse on
the reactivity; the dashed line holds for the Istationary case, the
I/F31r_2~u3es
dot-dash line or the case of 0 - K(-r/c,) , where v In the velocity
of motion of the (rotating) main block; in the, qunnistatlonary case
0 - 2 where em is the reactivity at the maximal multiplication
factori E, - Lm-ccx , where x is the displacement of the main block. The
reactor has been actually used for the measurement of the total, scattering,
captureq and fission crone sections by the time-of-flight method, Further
experimqnts will be carried out with a view to obtaining increase of power
and decrease of the pulse duration. There are 15 figures and 3 references:
2 Soviet-bloo and 1 non-Bovibt-bloo. The referenoe to the English-language
publication reads ae folloic: J. Orndorf, Nuol. Bois and Engng,2,NO.4,450(1n5)s
Card 4^~

27524
S/089/61/011/004/005/008
1po 0 B102/B138
AUTHORS: Leypunskiy, A. N., Kazachkovskiy, 0. D., Pinkhasik.. M. S.
TITLE: The future of fast reactors
PERIODICALt Atomnaya energiyat v. 11, no. 4, 1961; 370 - 378
TEXT: The obtaining of a higher conversion ratio; which is only possible
with fast reactors, involves serious technical difficulties. One of the
main problems is to find a good coolant, At present, sodium is the best
of those produced and used on an industrial scale, Economic problems are,
however, still unsolved. Since with a reactor of a given power the
greater the energy intensity the smaller its size, fuel, enrichment should
be as high as possible. This requirement causes cooling problems and
raises the cost of chemical reprocessing. These disadvantages can be
reduced by increasing the burn-Lip fraction. The production of suitable
fuel elements for this purpose presents a further problem. In the USSR
these matters are sadied on the research engineering reactor ~P-5 (BR-5)
(coolantt Na, maximum thermal Powers 5000 kw, fast neutron,.fluxt
1015 n/cm2.sec) for the industrial development of fast reactors. This
Card 1/4 1;

The future of fast reactors
27524
S/089/61/011/0C4/005/008
B102/B138
reactor is designed for the sbady ofj (1) heat transfer problems with
radioactive sodium as coolant$ (2) testa of specimens and prototype fuel
elements, (3) the kinetics of fast reactors with high energy intensity,
(4) materials under fast neutron fluxes and nuclear physics unaer these
conditions. Plutonium oxide as a fuel hag shown several advantages com-
pared with metallic plutonium. The reactor core consists of 80 rod
assemblies (stainless steel tubes filled with PuO 2) , additional assemblies
of rods of natural uranium and special assemblies with various samples
exposed to fast neutron irradiation. The core itself has a cylindrical
shape (280 mm. high, 280 mm wide). Kickel was chosen as the reflector
material. The maximum heat of 220 kw liberated in the reflector was
carried off by forced draft air. The core was cooled by sodium flowing
at a maximum speed of 5 m/sec (outlet temperature "5000C); in the second
circuit, a eutectic fusion Na+K was used. In both circuits a total
quantity of N5 m3 of liquid metal circulated at & rate of 250 m3/hr
(circulation period 430 sec). one loop of the second circuit was cooled
by air, the other incorporated a steam generator. The reactor was started
in summer of 1958 (without coolant); in January 1959, th6 critical state
Card 2/4

27524
S/089/61/011/04/005/008
The future of fast reactors B102/BI38
in the sodium--filled system was attained. Operation commenced in the
summer of 1939 (maximum power 5000 kw). Sodium proved to be a very good
coolant, better than the Na-K alloy. Vith the aid of cold tra s the
oxide concentration in the coolant could be kept atr4(1-5) .10 3~. By
June 1961, a maximum burn-up fraction of more than 47'~ was reached. The
integral fast-neutron flux exceeded 2-1022 n/cm2 at that time. No Pu
impurities were detected in the cooling system. The advantages of the
ceramic fuel (oxide) were confirmed. Stability and safety tests were
also made. All experiments indicate thatthe first future task will be to
solve the question of costs in cooperation with industry. The perform-
ance of the BR-5 reactor was nearly the same as that of a power reactor.
The most important parameters of the BR-5 reactor are compared rith those
of a 750-Mw fast reactort Energy intensity 360 (600) kw '/liter; coolant
temperature at the outlet from the reactor: 500 (550) OC; burn-up frac-
tion,'N4 Ctu5) %. Since fusion reactors have not yet been achieved, fast
reactors are the most promising type for future development in view of
their high breeding ratio. For fuel reprocessing, pyrochemical or
electrochemical methods should be used. There are 4 figures, 3 tables,
and 5 referencest 4 Soviet and 1 non-Soviet. The latter reads as
Card 3/4

The future'of fast reactors
- MWIMIi9f~ V~ WWII fro isp-.~Aw
27524
SJ089/61/oij '/004/005/00a
B102/B138
fOllowst Directory Of Nuclear Reactors, Vol. VI, IAEA, Vienna,
SUBMITTEDs July 17, 1961
Data Of USSR Reactors
Thermal power reactors
Beloyarsk

oyar
sk

0
Novo-Voronezh
V
NO ~~
Th ~al wer, Mw 285
9285
--710
fuel U235
U235 U235
U23
fuel concentration
in the core 5 34
enrichment, OA 1.3 1-5
coolant water water
energy intensity,
kw/liter 1
2

specific power, kw/kk .
250 43
1200
Card 4/4
Fast power reactors
ProJeoted reactor (USSR)
750
U235
625
21.6
sodium
600
950

Mo6
3/089/61/011/006/002/014
B102/Dl~a
/000
KUTHORSt Leypunskiy, A. L, Abramov, A. I., Aleksandrov, Yu. A.
Bondarenko, 1. 1., Cussynov, A. G.,
Kazachkovskiy. 0. D., Kuznctao7,-V. F.,'
Ku%'minovj 34 D., Morozov, V. N., Nikolayev, M. K.,
Sallnikov, 0. A,j Smirenkin, 0. N., Soldatov, A. So,
Usachev, L. No, Tutkin, M. 0.
TITLE: Investigation of the 10-5 (BR-5) fast reactor (spatial and
energy distributions of neutrons)
PERIODICALs Atomnaya energiya, v. 11, no. 6, 1961, 498 - 505
TEXTs The fast research reactor BR-5 and its experimental equipment is
described in brief and some of its neutron spectra are given and discussed.
The following data are giveni fuel - plutonium oxide; coolant - sodiuml
roflootor - thin layer of natural uranium plus thick layer of nickeli
power - 5000 kw. The reactor has many vertical and horizontal holes for
technical and physical studios and is well supplied with experimental
equipment. Leypunakiy gave a detailed description of the BR-5 reactor at
Card 1/P ~

2MO6
S/Oeg/61/011/006/002/014
Investigation of the... B102/Bl3e
the Second Geneva Conference (1958). Inside the core the neutrons have
energica of more than 100 key which they lose almost ctmplo tely in passage
through reflector and shield. Iv the outer layers of the shield, their
mean energy does not exceed some tons of ov. In the key range (E,>50 key)
spectra were measured for the most important beams and channela. For the
other cases, they were determined from threshold reactions. The soft part
of the spectrum within the reflector was determined from the spatial
distribution of neutrons with Z --t5 ev, recorded with gold renonance indi-
n
oators. The total neutrop fliAx was determined only at the points where
the Pu239 fission cross section was constant. Direct neutron spectrim
mcasur6ments were carried out in a vertical (OK-70) and a horizontal (B-3)
channel using (Ho3+Ar)-filled ionization ohamber in the first case and the
neutron tiantmissionmethod with n-hexane in the second. The neutron
spectrum of the horizontal channel was also determined by photoemulcions.
From the rates of indicator and fission reactions Au 19'(.'r). U2"(..f)
232(n,f), Na23(n,t-) Gu'3(n,r), . Al27(.1,) the abrupt
PU'39(n,f), Th nd
Card 23 :7

6/009/61/011/006/002/014
Investigation of the... D102/B130
drop in neutron energy In the Ni reflector *so determined, and the
activity caused by resonance neutrons (Fri 4.9 cv). The fast neutron
flux (I; n.~~1-4 Rev) in the core center was found to be (2-4 t 0.2)-1014,
and total flux was (8.2 j 0.5)-1014. Experimental results uere verified
by energy-group calculations (18 groups). Good 'agreement between theory
and experiment was also found for the channel spectra. The authors
thank D. S. Pinkhaoik, N. N. Aristnrkhov, and the reactor purconncl for
assistance. There are 10 figures, 2 tables, and 2 Soviet references.
SUDMITTLDi August 17, 1961
Table 1. Reaction crone sections in the core center.
Legtnds (1) Reaction; (2) experimcntl (3) d calculated, given in barna.
Pigi,7-'. Neutron transmission spectrum (n-htixene) for the horizontal
channel B-5.
4Y\
Card 3/0 ~7
5
M., - -3 P-0 10 M
~,9.-, Al--M

S/089/62/012/003/006/013
B102/BIO8
AUTHOR: Ka'zachkovskiy, 0. D.
TITLE: Thermal shocks at the fuel-element jackets
FERIODICALs Atomnaya energiya, v. 12t no. 3p 1962, 230 - 235
TEXT: It is theoretically studied inhowfar heat shocks at the JaLket
walls of fuel rods can be dangerous. Such shocks may arise in the regions
of the coolant outflow after an emergency shutdown of a reactor.,: It is
also studied'how danger depends on the coefficient k of non-uniform heat.
2
release along the rod axis. The calculations are carrted out with the
Z following simplifying assumptionst. (1) Uni-
form heat release, before shutdownt'k. a 11
21. -.1
~2~ negligible heat'capacity of the jacket;
'/_F ILI 3 thermal conductivity of fuel rodt in-
finite'along xj,*very small along Z; (4) no
coolant
-Aamp orituxe 'Jumps at the F-S and S-L boundarimi
(5).~ai th's,'mcient.of reacter.shutdown (t.0
heat. releas6 shoud imme6.lately be zero 1 (61
a~rl
0
C

8/089 62/012/003/006/013
Y.
Thermal shocks at the fuel-element jackets '8102,BI08
the coolant flow rate'v-should be high,b The variation of temperature drop
with time ~.in S 'after the'. shutd .own is described by
+-A-.L) + x OT
_dI T 0. (5)
a
z OP6P68 0-1 VCL6L6S
-the initial condition:, . (t.0) is q6 Fdz ~,(T0/6S)dzj To q& F6 BA, is the
initial temperature~drop at the_jaoket. The boundary oohdition (Z-0) is
T
N6 dz -Iffzdt-~~-Orq.M 6S). The 6 denote the thicknesses
F
a
a heatsd# is the thermal oonduc-
of Fj -5l' and LI C'- 'and 0 r6,the -speoiffo..
tj,
vity of S T T t')-O ~T. Tl?-TL, Q C T The
Y- 171 L F F
0 a! equa io& s'.aoiv6A in~ the' dimensionless
hyperb lio' difrdrej*I
variables'':
~'j
T (12)
'80 that
+ -j~ + W 0,
Cai~d 2/3

BAGDASAROV, Yu.Ye.; KAZACHKOVSKIY, O.D.
Calculation of the nonstationary temperature field in the reactor
channel and thermoelastic stresses in a fuel element can. Atom.
energ. 13 no*3:241-249 S 16Z- (MIRA 15:9)
(Nuclear reactors)

8/03()/62/000/006/003/007'
1023/1223
AUTHORt Kazachk
ovokiy O*D- and Lytkin Y.B.
TITIE i 7he role.- of--plutanium In the-developwAt: of -nUCI-Sar-snergetice
PERIODICALs Akademiya nauk SSSR- Vestniky no. 6, 1062, 41-49
TEXT, 7be present article which is a review which analyzes the-atato
and future plans of nuclear onergetiong mainly,the differont pousibilitioa of'
plutonium breading and the use of it &a a fuel. The amount of uranium-235 in
not enough for future\ 'dimands, therefore uranium-2'38 and maybe even thorium
will have to be used.
Various ways of plutonium breading are describode 7he
brooding of uranium-233 from thorium mixed with u'ranium-235 and a two-atop
-process through-plutonium breeding are d6scri~ed-'* The physioo-chomicaLl
properties of plutonium are compared with those of uranium and are found to be.
worse, which makes plutonium a much harder material to handle@ Thor* are 4
figures*
Calm 1/1

KALAFATI, Dmitriy Dmitriyevich; SKVORTSOV, S.A.., retsenzent;
KAZACHKOVSKIY 0 D retsenzent; BAGDASAROV, Yu.Ye.,
..... . iOV I.A., retsensent; KORYAKIN, Yu.1.,
iii~senzen~,-' ~ P
red.; LARIONOV, G., takhn. red.
(Thermdynamic cycles of atomic electric power plants]
Temodinamicheakie taikly atomnykh elektrostantsii. Moskva
Gosenerg012dat, 1963. 279 P. (MIRA 16:Z
(Thermodynamics) (Atomib power plants)

PINKMIK, H.S., ARISTARKHOV, N.N.,
Operating experieDot with the PR-5 reacUr.
Report, submitted for the 41*nfezvm* on Operating experience with poser
reactors, Vieum, 4-8 June 63

6/089/63/014/002/007/019
B102/M6
AUTHORSs Belaneva, T. S. , _Ka7,ftp)jk_Qvskiy, 0.
TITLEt Influence of nucleon parity effect on the radiative capture
cross*aeotion
PERIODICLLs Atomnaya energiya, v,. 14, no. 21 1963p 185 192
TEXT: Hitherto the radiative capture crosa*sections have been measured
mainly for even-even and odd.-even nuclei. The present authors have now
measured-it also for many even-odd nuclei, in order to make comparisons
with other parity types and draw conclusions as to the effect of parity.
The capture cross sections of. even-odd nuolei.(C (0-0)) were determined
0
by-subtracting the capture cross sections bf the eXen-even isotopes
(C; (e-e)) fromIthe absorption cross section of the:natural isotopie'dompo-.
c
sition aa . Since in the natural isotopic composition the even-odd ad-
mixture amounts to only a few % the errors are considerable. In all in-
(e-o))>.-d,(e-e). From a comparison of the experimen-
vestigated isotope
tal data of 130 neighboringaven-even and odd-even isotopes it was found
bard 1/3

Influence of nucleon parity...
S/089/63/014/002/007/019
B102/BiS6
that in 6o% of the'cases 6,(o-e) >a (e-e), in 22% cases 6C(o-e) - ac(e-e),
and in 18% cases a (o-e)< cr (e-e). 56 out of 60 oases of even-odd and odd-
even pa.irs had 6 (e-o)~,d (o-e). The proportionality factor of this cross
a
section depends somewhat on the neutron energy. The experimental data were
obtained for En. 24vJ50, 175, 220, and 830 kev. Of the different factors affecting
CTcthe most important is the excitation energy on neutron capture which
determines the level density' Q. Two possibilities are.considered here:
(a). q determines the true excitation energy which is equal to the sum of
the binding energy Eb and the kinetic energy Ek of.the neutron; (b) the
excitation energy is reckoned not from the.ground at'ate but from the Hur-
witt-Bethe level.E0 so that Q a Q(EbkEk-Eo). The effects of the different.
factors can 'we represented as followst
Card 2/3

S/089/63/014/002/007/019
Influence of nucleon parity..6 B102/BI86
(e-e)~ (o-e) (e-o)
Difference in the excitation energy +
to to to it
~b + +
Spin Q j ( 11+1 ), I being the spin factor + +
of the compound nucleus -V
Spin factor +
Nuclear dimensions + +
Concurrence by'inelastio scattering. + +
The effects with + sign are larger than those with sign. Similar signs
signify that the effects are of about the same magnitude. The data do note
agree with ihe-assumptions of Hurwitz and ~ethe (Phys. Rei. 81, 898, 1951')
about the characteristic levels. There are 3'figures and 5 tables.
SUBMITTEDs May 27P 1961
bard 3/3

A
Yit.Ne.i Kazachkovs-kiv, O.D Pink
loop attlgl-
an electroriL computer. in uic
or,
I'v 11
gi-
mx lag
Pi
0 MIN
ME

SUR~jj',-- ~~D: 03C)cLb3
9
. �R

-KAzAnKovsKiy, b. D.; ARISTARIMOV, N. N. -
"Five-year operation experience on the fast reactor."
report submitted for 3rd Intl Conf, Peaceful Uses of Atomic Energy, Geneva,
31 Aug-9 Sep 64.

. . . . . . . . . .
05
A 1,
3 C /T PJQ3
im, A'
jamod api ou-P (slL41TT 000~-) 91"'40T? E)U! :r C) OLUL 'TOA
T 4,-,
2 ~)tf CIO s
r4 -1 T Llo -T. T.T

and breeder zones ir. such as to' pr6diace- aconversion ratic
ments a
a -.5 C. S 8
'LnrOUqn a nealt exc~%an,7ef,

ASSOCIATION: None
SUBMITTEDi 00

I I 1;,L. )-.-Uuv ul -.fle D055d.D.11ILv or u6-inq unorium iii i:usc. a~-Tv-~j
I

T a P, c3 z u L,, a 1 z C~
eful aiscuss-Ion of the present results and A. N.
.Lor a us 4 -F 4 1 4
art

ASS DCT A-TCN:
7 000 ATID PRESS:
M W- SOV: 003

A C/Q
5 K
rfklPTt7 TArlq rast z-,;,~actor. reactor r)hysics, ileact-r
I,,
~000, eO'D, 41,
pape r-t, a r-P Nos ~-wo.
t~ SI? I!)
Room:,-, gggigq'~.~' ggg'gg'
I'M -- I

L 58?51-65
S S-X' I A T Z;
NP 17711-11 .~ZOIV-

MAGHKOVSKIY, O.D.
Conference on East Reactors in Detroit. Atms ener 19 no.5:
47&-480 N 165. ~MOIRA 18:12)

ACC NR- AP7007582 SOURCE CODE."-Li~/0089/66/021/002/OC84/0092-'
AUT~OR: Leypunskiy, A. I.; Kazac-hk2vp!i~Zj_2- D.; Shikhovj S. B.; Yurova, L. N.;
Kromov, V. V.; Shmelev, A. hT;-,-Sukhoruchkin, V. K.
ORG: none
TITLE: Use of nonuranium dilutors of plutonium in large, fast breeder reactors
SOURCE: Atomnaya eneraiyao v. 21,'no. 2, 1966, 84-92
TOPIC TAGS: breeder reactor, fast reactor
SUB CODE: 1S
ABSTRACT: The physical c6rActoriatica of Cast broodar roactora with cylindri.
cal and annular active zones have been studied, together with the characteristic- I
of infinite lattices of large fuel elements located in a heterogeneous manner
within the naterial of the breeder zone. The paper presents in tabular form
results of theoretical calculations, discusses' the influence of PU240 and Pu24hle
describes the change in reactivity during the irradiation process, and shows
the results of investigation of the sodium. temperature coefficient and the Vop-
~pler temperature coe~lfllcient. An analysis o.-1 the results shows that the use
of nonuranit--n d'Alutors of plutoniu;m iri 1-*r,,:,,e fc3t reactorc (with a large active
volume) reaults 'an -,nnul&r active zones cnal, -=33 With fuel el--acnts within
the breeder =;poition zones haviv,~,- t~*iich mal-to thcm wora econo-.'
mical'than large cylindrical aoti-ve zones. The a-hors thank I. S. Slesarev,.
IA. M. Kuz Irid-in, M. F. Troyanov,, a:id V, X. 1,L:*o.7o7 or their part im caarrying out the
research and 0. N. Gerasimovaya for helping to porpile information in the article
Orig. art. has: '2 figures, 3 fcrmulas and 5 tables. 1JPRS: 3.9,4171
_;' ~1-039-543.1466
Cord UDC: 621.03?1~2L--., 6

S/18 61/000/001/004/006
3101 Y3205
AUTHORS: Pakshver, A. B., Kazachkova, T. M.
TITLE: New method of characterizing the structure of polyacryl nitrfle
fiber
PERIODICAL: Xhimicheskiye volokna, no. 1, 1961, 22-24
TEXT: A rapid laboratory method has been worked out for determining the
structure of polyacryl nitrile fiber (P4, i.e., the presence of micropores,
loose sites, and other inhomogeneities which affect the behavior of the
fiber during treatment and dyeing. Laboratory tests have hitherto been made
by simulating the manufacturing process. As the number of inhomogeneities
has an effect on diffusion, calorimetric measurement of the amount of heat
liberated by PAN swelling in dimethyl formamide within the first five min-
utes has been suggested. A figure shows that the liberation of heat
(0-4-7.2 cal/g after 1 minj 0.7-8-7 cal/g after 2 minj 1.8-13.7 cal/'g after
5 min) depends on the method of PAN synthesis and its preliminary treatmentj
The liberated heat approachesequilibrium-, Qo . 12.5 cal/g (determined in
an adiabatic calorimeter). The coefficient Qj/Qo (Q1 - first minute) vaxied
Card 1/2

New method of ...
S/183/61/000/001/004/006
B101/B205
from 0.080 to 0.376, depending on the degree of homogeneity of PAN. In ad-
dition, the structural density was determined from the specific gravity.
Freshly precipitated PAN fiber had a specific gravity of 1.626, which wast/
increased to 1-794 by drawing and oiling. Treatment with water reduced the
specific gravity, whereby the micropores were enlarged and new ones were
formed. There are 1 figure, 2 tables, and 12 Soviet-bloc references.
ASSOCIATION: VNIISV (All-Union Scientific Research Institute of Synthetic
Fiber)
Card 2/2

KAZACHOK, A.A., inzh. --
-- 1---,-. 1.. CI Iamp .- fixing device for the vulcanizer pvess for ~iutomobil% tits treadas
Ehim,mashinootr. rio.6140 N-D 163. (MA 17t2)

IVAH3VA, N.A.; KAZACHOK, Y.M.
Indication of pathogenic bacteria in nature with attention to the
va:~isbility of their properties. Zhur.mikrobiol.spid. I immun. no,
8:43-44 Ag 155. (KLRA Bill)
1. Is Gor1kovskog7o instituta vaktsin' I eyvorotok (dir. A.A.Golubev)
(SALMORMLA TTPMSA, cultqrs,
atypical culture of bact.1solated from water with
application of Immuns serun)
(WATER SUPPLY. bacteriology
Salmonella typbooa, Isolation, atypical culture with
application of Immane ser
(IMM SIRURS,
isolation of Salmonella typhosa from water)

NRI
SOURCE CODES
AUTHOR: Kazachok, V. so
ORG: All-Union Scientific-Research Xnstitute
ekiy
TITLEt Ramsey-type radiation line In a apaced-re6onators maser
Ile
SOURCES I=. RadiofizDmp v. 9, no. 3, 1966; 620-621
TOPIC TAGSs gaseous state mser, amonia maer
ABSTRA,CTs F. Koluj et al. described their N1416 (J 3, k 3)-line Omer in Which
two resonators are phase-coupled by means of an auxiliary resonator. The present
article describes a simpler paser In which the resonators are field-coupled through
their open radiatIM ends (see Fig. 1)',, Here: oil"
I - bean source; 2'--sorting system; 3 N
braaa resonator, 4 - pyroceramic resonator's f 2
suberitical-frequency waveguide, 6 -
power-output waveguide, Both resonators C=
are designed for the E0jL -nodej an NLGR, line
(j a 3s k 3) was inveLe4gated, The
effective of the Raxwegy-IJim oentral naximm
was found to be 5 tims as high an the
Fig. 1. Two-serles-resonator maser

TOPIC TAGS', molecular boam- diP010

.... ... ..
AP5015641
r-Antpr- nn-13 mn a'9101-1-lr mc
NO, li",
IBM
01,
Al
NONE- omm -. I s,- ME - %,a I mt

A(--C,n?4 SS TON WF, AP5015-641
V aPPlied
IRWIN

KAZACHOK) V.S.
Electrodynamic method of slowing down moleculea. 22-air. tekh, fiz.
35 no.6.1145-1149 Je 165. (MIRA 18s7)

RAXWBA. K.; LINMIGH, 1.~; PROTIIKO.. S.; KAZACHMUK, V., redaktor;
STSYAPANOVA. N.* tekbuicbeakiy rq4lro-r----,-
[Minsk Province agrioultuzS~Z exhibition of 1'9541,Minaknia ablasnaia
sell slamhaepadarchaia vyst4.Lukm 1954 godaA Minsk# I)kiarzh, ryd-va
BSBR, 1955- 133 P. (MLRL 10:1)
(Minsk-AgricultuTul oxhibitions)

~-- - ~ - Uuomul~- Yaug"4a
Growing orchards. Rab. i sial. 32 no-7:6-7 Jl '56. (KM 9:8)
(Minsk--Gardening)

AUTHO'L: I.Lazachov, A.I.; Kurochkin, F*Ie, Engineers and .104-2-14/38
Candidate of Technical Sciences.
TITLU;: On the conditions Of operation of shunting circuit
breakers in series compensating installations. (Ob uslov-
iyakh raboty shuntixuyushchikh vyklyuchateley v ustanovkaldi
prodolnoy kompensatsii)
PERIODICAL: "Elektricheskie Stantsii" Power Stations), 1957,
Vol. 26, No*21 pp. 56---60 V*S-S-Re)
ABSTRACT: Series capacitors in transmission lines have dischargers
to protect them from overvoltages when short circuits occur
on the lines. The capacitors are provided with a shunting
circuit breaker intended for operational switching and for
disconnecting the installation for repair or examination. The
operating conditions of these circuit breakers have certain
special features. The class of insulation can be lower than
that of the rest of the system if the breakers are installed
on an insulated platform. The rupturing capacity is not very
great as the-greatest current to be: disconnected is the line
current in normal overload conditions with a low -rate of rise
of restriking voltaVe because of the large capacitance in
parallel with the contacts. There are certain additional
Card 1/3 requirements in that the breakers must withstand the thermal
on the conditions of operation of shunting circuit breakers
in series compensating installations. (Cont.) 104-2-14/38
and dynamic effects of the discharge currents. However's tests
carried out with circuit breakers types BBH-110 and BM-35 On
a 220 kV installation show that no damage was done to current
carryin'r Parts by electro-d~mamic f0rees after multiple pass-
0 rrents the amplitude of which was much
age of discharge ou rnal permissible MSY_iMUM short circuit
greater than the no are described and the
current. Tests that were carried out it was found
results are given in the form of 0scillOgrams- .. of are
that the de-ion grids took no part in the proce ct system
suppression and may be removed whilst the conta not
mast be made in such a vjay that rigidly mounted parts are
in the way of the explosion wave. The contact system was
accordingl,Y reconstiucted and the way ir, which this mas done
is illustrated. Because of Mmoval of potential screens the
discharge voltage between budings and tank was reduced bY
lo - 15 kV. danger of (kyna-1c effects of the explosion
Apart from the
wave on the contact system the-(jua&-itY of energy dissipated
in the breaker after a large number of repeated discharges
,of the condenser battery may greatly exceed the energy dissi
Card 2/3 pated durinS the heaviest short circuit and so the content of

On the conditions of operation of shunting circuit breakers
in series compensating installations. (Cont.) 104-2-14/38
oil deterioration products is high; the oil had to be changed
after shunting a few times a 220-kV condenser installation with
a line current of-600 A equal to the rated cu=ent of the
breaker. Contamination of the oil was insignificant at currents
up to 450 A. This contamination can be reduced by increasing
the speed of separation of the contacts and increasing the
damping resist64ices in the breaker circuits. It would be
advisable to develop circuit breakers of light constraction
speciall.y intended for opeiation in series capacitor install-
ations. Circuit breaker BM-35 cannot be used without recon-
struction of its contact system.
There are 7 figires and 3 references.
AVAIL&BILE:
Card 3/3

A ID P - 2208
Subject USSR/Aerodynamics
Card 1/1 Pub. 135 - 9/18
Authors : Kazachuk, N., Eng. Col. and Demchevo I., Lt. Col.
Title : The use of the photo machine gun in air gunnery training
Periodical : Vest. vozd. flota, 6, 48-50, Je 1955
Abstract : The authors discuss the organization of air gunnery
training and give some examples of training in units.
Names are mentioned.
Institution : None
Submitted : No date

VOROBIM, L.; MAN, S.; KAZA ".S.~
Xazakhetan pledges a billion poode of grain. Mmkh,-ele-v. proju 24
no;4;2-3 AP 158. (UM U-.5)
1, Wnisterstvo khleboproduktoT,Kazakliskoy SSR (for Toroblyev).
2. birektor Shortandimakago elevators, Xazakhatan (for Belan)
3. Upravlemiye khleboproduktor Xuragandinekoy oblasti (for i~;achuk).
MassIchatan-Grain trade)

~ Y w() . 5~
KLUL11VA, A.F., doktor med.nauk; KAZACHUX, Yu.S., kandomed.nauk
Pathogenesta of decompensation of the hypertrophic heart in
hypertension. Vrach.delo no-10:1051-1054 0 '57. (MIRA 10:12)
1. Vafedra patologicheskoy anatomii (zav. - zoel.deyat.nauki, prof.
Ye.I.Chayka) Kiyevskogo meditrinskogo institute.
(HYPEMNSION) (HRART FAIIMIE)

KAZACHUK. Yu. S. .
--------- --."! , - 4
ease of tvo primary cancers developing at different times. Pled, akush.
i cin. 20 no.4:-62 158. (MM 13--1)
I.Prozektura klinichaskoy bolluitsy Stalingskogo rayons, g. Kiyeva
(glavnyy vrach - N.A* Shevobuk).
(CANM)

Al 14. JI)
Country : USSR
Category: lvoi;estry. Forest 146nagement.
Abs Jour: RZlitiol., ko 1.1; 1958, ko 48753
Author : Kazadayev, S.IL.
Inst --V-o-ronezh NEta-Forest Preier*ve.
Title Experiment-with Mineral Top Eressing of tile Pine
in a 20-Year Old Plantation.
Oria Nb: Tr. Voronczhsh. L;os. zapovednika, 1957, vyc. 7,
Abstract: Experiments were conducted in-the pure, 20-year old
pine forest on liGht-b~rovn sandy soil having a humus
layer of 10-15 cra. The type of conditions at the
place of Growth are those of a new pine forest- Fer-
tilizers were applied by means of even broadcasting
K
Card 1/2

USSR / Plant Diseases* Porest Trees, 0-1
Abe jourt Ref 'Zhur-Blol., 1958, Wo 17j 77992
Author ; Kazadgkieup 21-
Inst rr-ob g-lven-
Title infection of Pine Forests of the Voronezh National
Forest with Root Fungus and Experiments for Their
Protection From Desicoation.
Orig Pub: Tr. Voronezhsk.,gos. zapovedinka, 1957, vyp. 7,
133-145
Abstract: Examinations conducted in 1950-1954 show that the
most infected trees are 20-50-year plantings, but
the 70-80-year-olds are more intensively dried.
The disease represents a serious threat, since
Card 1/3

USSR / Plant Diseases# Forest Trees# 0-1
Abs Jourt Ref Zhur"Biol., 1958, No 17, 77992
Abstract: 90% of the-loaalized regions -!. appeared in and
affecting only 10% - are dying or have died. Pro-
longed utilization of tree areas under plowland
impairs~the structure of,the forest soils, and
subsequent plantings of pines fall into unfavor-
able conditions: the dying off-of the tree roots
favors.the infection of root fungus. Fomitopsis
annosa,(Fr):oauses a decrease in tree -g-r-oWNYTH,
vil-AcH then brings on secondary damages. In plant-
ings weakened by unfavorable Influences, dessica-
tion under the effect of root fungus is reinforced.
Infeoted plantings are met Independent of the
contour, character and humidity of the soils.
Tests conducted showed that raking of the forest
undergrowth, with subsequent removal, or leaving
it the form of mounds, stops the appearanee of new
Card 2/3

KAZADAYEV, S*A*
Effect of supplementar7 mineral fertilizers on the quantity and
dynodes of the litter of needles In Sootch pine plantationo-a
Trudy Vor. goo. zap. no.l3sl47-164 161. (MIRA 160)
(Voronezh Preserve-Pine-Fertilizers and n4nures)
(Voronezh Preserve-Forest litter)

USSR/Forestry - Forest Economy. Y,-4
Abs Jour Bef 2hur - Biol-, Wo 3, 1,058, 105012
the water; this is of great practical significance for
pines since they occasionally perish on sandy soils due
to the lack of vater. The influence of mineral fertili-
zers on the tree's diameter growth has also been clarified.
In plots to which Naa had been added the diameter growth
was 12.2% greater than in the control; it was 15.9% grea-
ter when N and K were applied together and 29% greater
when N was applied together with P or with K and Ca.
Growth wr-s as great on plots fertilized with N as on those
which had received a full fertilization.
Card 2/2

USc3R Zooparasitology. General Problems* G
Abs Tour: Ref ZhUr-BiOl-j NO 61 1959j 24J.80.
Author : Kazadayev, V. I.
Inst : B`a--8ffXrff--ATfjTn-f-e, Geoizraphical Society Ul:.SR.
Title : On the Problem of Parasitofauna of Tinca tinca
in the Reservoirs of Bashkiria.
Orig Pub: Zap. Bashkirsk. fil. Geogr. o-va S93R, 1957,
vyp. 1, 163-170.
Abstract: During parasitological dissection in lS52-1953
in two reservoirs of Bashkiria (Lake Urgun and
Bel'skaya Staritsa) of 296 specimens of Tinca
tinca. (223 specimens from Bellskaya Staritsa,
73 from Lake Urgun), 21 varieties of parasites
were discovered. The parasitofauna of Tinca tinka
of Bellskaya Staritea is richer (17 species) than
that of Lake Urgun (13 species). In Bellskaya
Card 1/2
UIMR / Zooparasitology. General Problems. G
Abs Tour: Ref Zhur-Biol., No 6, 1959, 24180.
P.bstract: Staritsa predominate Triohodina domerguei (in-
feotion of 94.1%; average intensity of infection
is 34.6 specimens per fish); AsyAphylodora tincae
(89.2%, average intensity 384 specimens), Neascus
musculicola (83.4A) and 2frgasilus sieboldi (76.3%,
average intensity 25.2 specimens). In Lake Urgun
in 1952, 100% infection with A. tincae (average
intensity 458 specimens, and in 1953 - 95.8% and
114.5 specimens) was observed. The infection with
Contracoeoum in 1952 was 6B and in 1953 100A, with
the average intensity of 44.8A and 294 s~)ecimens.
-- L. P. Shuvalova.
Card 2/2

USSR G
Abs Jour Ref Zhur Biologiya, No 22, 1958, No 99542
Author
V
z v
;I
V;
inst Bashkdr ~-c ~tural Institute
Title : Parasitic Infestation of the Tench with Parasites in
Relation to the Age of the Host and the Seasons of the Year
Orig Pub ; Tr.Bubkiisk.s.-kh.in-ta,1957j,8)No 2)301-312.
Abstract : Tenches from 2 reservoirs of the BashlH ASSR were in.
vestigated during the summer and winters An increase of
infestation of the tench up to the age of 6 years was
noted. Older fish were not investigated. The greatest
infestation of the tenches was observed during the summer.
The intensity of infestation decreased markedly towards
the fall and it was only slightly lower in the vinter
than during the fall.-O.M.Bauer.
Card 1/1
7

KAWAYWA. Yu.P.
;tNgmw I
Dissertations presented borers the Ommoil of ths,40alstry DepartmouP
at tho Tousk State University..Zhur.nvorgkhive I ne.10:2428 0 156o
(Hydratoo) Qsmlk~LC~oils--W) (NM. 10: 1)

7 T_1 1.
VI I -- ' 1, 1/ Z- T "!7 - rI,/ El', F I h )j, E~'
U )UY3 -6
!L? 02' SOUR CODE: ul(/61'~'6/6' /0677/0030;
8
MORS:
Ur Krasnikov, N. Ye.; Kushalcovich, S. A.; Tokmakoy P. Ya.; Kazadov, K. A.;
shilin, 0. K.; Gritoonko, Yu. P.; Yatveyev, G. 1.
iORG: none
TITLE: Adoption of rolling large round profiles from titanium alloys
SOURCE: Tsvetnyye metally, no. 8, 1966, 77-80
TOPIC TAGS: titanium alloy, metal rolling, metal forming
ABSTRACT: The rolling of large di=cter (25 - 60 mm) titanium alloy stock was studied.!
Prior to rollin- the specimens were heated for 10 min in an induction furnace up to a
0 1
temperature of 1270--1370K, and for 5 min in a silit furnace at a temperature of 1270-1
-137911. A schematic of the rolling scheme is presented (Sao Fig. 1). The rolling
margin was calculated after the formula of N. Ye. Krasnikov and N. P. Skryabin
(Tovetnyye motally, 1965, No- 4)
'"i FIT
Ah 10 7 -
where ~N h is the absolute compresaion, B - width of zone before passage, H and h
0
height of zone before and after passage respectively, and r - the radius of the
working roller. It was found that the experimental data were in good agreement with
Card i

ACC NR: AP6029673
5~"/-u F -"'
Fig. 1. Schematic for rolling large round profiles on ro'lling stand 450 ~0
the a1bove equation. The degree of mold filling for hexagonal, squarei and oval
specimens was calculated after I. Ya. Tarnovakiy (Formoizmoneniye pri plauticherkoy
0.Urabotice metallov, YetallurGizdat, 1953). The results aro tabulated. It is con-
cluded thiat rolling of large diameter stock made of titanium alloys VT1-1, YT13-11 V241
'I'La VT15, VZ14, _and others yiolds products with to -X-
-;-.Oc"=icai;'prop6rti&S'. q4g. atf. has. 1 table, 3 graphs, and 4 ocluat*
Ions.
Card 2/2. SUB CODE: 13/ SUBM DATE: none/ ORIG REF: 006/ OTH REFa 001

KAZADZHAN,,L.B., inzh.; PROSKURYAKOVA, A.A.
Effect of phase transformations in electrical steel on the
formation'of discards' because of ragged edges. Stall 23
no.'5s462-464 W 163. (MIRA 16:5)
1. Alapayevskiy metallurgichaskiy kombinat.
(Steel-Metallography)
(Rolling (Metalwork)--Defects)

DRUZHININV V.V.; KAZADZHANs L.B.; PRASOVA, T.I.
Dependence of additional losses for eddy currao. tV on grain size
in fine-grained electrical steel. Fiz. mt. i Ulloved. 11
no.4s635-636 Ap 162, (KMA 16:5)
L' Verkh-Isetakiv astallurgicheakiy zavod.
(Steel-4lectric properties) (Domain structure)

DRUZHININ, V.V,; XAZADZHAN L B
Comparing the magnetic Oaracteristics of electrical steel Meqatred
on entire sheets and Ep~tein strips. Fix. met. i meta"Lloved. 13
n0-4:639-640 Ap 162. (KRA 160)
1, Verkh-Isetakiy metallurgicheskiy zavod.
- (Sheet metal-Magnetic properties)

BERENYI, Denei, rlr.-, K.137'11~ Lajos4
7.14
Te5ts on the dccay icrje:7,9 of* A " KI ko:!] 6 no-3Ailoi,
10, 3 T) 164.
1. ;~ditori-nl Ilia.-ird Member, IIATIOM.1 Kozlemeryek" (for Nirpnp).
KA7,Ai,-,Ov, v. IZEAMBERG, A. 7b-., 3ndinser
Loadinz and Unloading
Aconlnrating wiloiding of loove building matorials from pIntform cars. Mnkh. trud. rab
no. 6, 10~2.
MonthlZ List of Russian AccennioU5, Library of Congress, September 19J2. UNICUSSivili).

00837766
MCESSIM M AP,5016.081 UR/0302/65/000/002/0017/0019
681.142.642
AUT.UoRvAfanaslyev, A.; Kazais, E. D.i Plotnikov, A. D.
TITLEt Specialized arithmetic unit
SOME., Avtomatika i priborostroyenve, no., 2, 1965) 17-19
PIC TP
0 GS: arithmetic urdt
T
1~ ABSTRACT- The development,of a specialized few-digit arithmetic unit based on
three-cyc'le ferrite-diode logical 'elements is briefly reported. The use of a table
lof.binary logarithm-antilogarithms ha .s'simplified the logical circuit- of the unit,
land has accelerated the multiplication, division,..and evolution'operations. The =A
~,performs'addition and subtraction of numbers, yields logarithms, and can add,
Isubtract, and shift the logarithms. The number'code has 17 binary digits; the
imantissa significant part has 11 digitsl order, 4 digits; order sign aiad mantissa,
Isign, 1 digit each. Orig. art. hast I figure.
ISSOCIATIM none
ISMMMED- 00 ENGM 00 SUB COM DF, *,tC
NO RU BOVI 001 OTHER:
001
icard-i

AFANASIYEV V.A.; ITENBFRGp I.I.; KAZAIS E.B.; SWLKOV, V.A.
9 , 0 - '.
Network for program interruption. Avtom. i prib. no.l:
40-43 Ja-Mr 165. (MIRA 18;8)

USILIUVA, A.V.;. KAPA , A.7.
1,Tgrlgnce in typhoid favor control. Zdrave Turk. 3 no.6-03-35
w-D 159. (TWMM .STAN--TTMID Fly ) (MIRA 13-5)

YERMOLENKO, N.F.; POPKOVICH, G.A.1
Structure and sorption activity of silica gel aminated by the
coprecipiation method. Vest5i AN BSSR.S'er.khim.nav. no.2:99-
102 165. (MIRA 18:12-)