SCIENTIFIC ABSTRACT ANTONOV, A.P. - ANTONOV, B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101730001-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

wmicy, A. P.
Antonov, A. P.
uInvestiption of highly stable Kepealum cast Iron as
a rokw saterial for
manufacturing thin facings of thp moving portion of
tractors under repsir-O
Min Righer Zducation. Moscow Inst of the
Mechanitation and
Zlectrifice.tion of Agriculture Imeni V. M. Molotov.
Moscow. 1956.
(Dissertation for the Degree of Condidnte In
Technlcpl Scipi.cps).
Sol-Knighnsys, letople'
No. 25. 19,&6. Moscow

,v7- 1 - - - ~ - - - , - --
- - -7
ANTONOV, A,P .. kwid.tokhn.nsuk,. KONOMOVA. T.A_
Using cast vagnatsivo Iron for asking tractor bushings.
Ayt.1
trakt.prom. no,9:28-30 S 15?. (XIRA 10:11)
1. Norosibirskly sallskokhosyaystvennyy institut I IRuchno-
iseledoystallakly aytotraktorVy Institut.
(Iron-magnesium alloys) (Tractors)

AMR)V, A.P. kand. tekhn. nauk.
- -P--
AntifriCtiOn PrOPAPtiOO Of high-CmAo oftst iron with
globular
graphite. Yest.mah. 18 no.10137-40 0 158. (WAA 11112)
(Coot lron-Testing)

3/;37/62JO00/004/157/201
AOOO/A1O1
-~2
ALMIOMS: Korushkin, Ye. N., Antorov,,_&.,P.
TrrU-': Study of the quality of friction welding
PMIODICAL: Beferativnyy --hurnal, MetallumflYa, no. 4, M2,
7, abstract 4F.32
("Tr. Novosib. s.-kh. in-ta", 1959, 20, no. 1, 7 - 13)
Tr= - The following probl!:= are considered: the nature cf
friction weld-
Ing and it.s application to the repair of agricultural
maohincry parts, the char-
acteriatic features or welding steel pipes by this methcKl,
the qtkality and me-
chanical characteristics of the joint. Conclusions: 1)
Friction welding may be
utilized for joining the majority of both carbon and alloy
structural and tool
steels. 2) As result of rapid phase processes at the
welding site and the zone
of therml. effect there oocurs a change in the
physico-mechanica.1 characteristics
of strength, hardnest, and ductility. The hardness and
strength Increase, while
the ductility and dynamic strength decrease. 3) The
variations In the physico-
mechanical characteristics of the welded parts Increase
with an increase In the
content of carbon and alloy elements in the steel. 4) For
parts operating under
Card 1/2

3/137/62/000/004/157/201
Study or the quality of friction welding f36O/AIOI
impact Icads it is necessary to apply heat-treatment after
-the friction weldings
for parts from carbon stools - normalizing, for parts or
alloy ateolt; - annealing.
V. Tarlsova
(Abstracter's note: Complete trawlation)
Card Z/2

- AMONOV, A.P.p kand,takhn,nauk
Met&Uographio investigation of products of the VOU Of a
st"91-
wot iron friction couplibg, Mot&Uovedti twmeobromete
no,2t42-43 F 162. (MlRA l5t3)
le Novosibirskiy sel'skokhozyVstv*nnyy institute
(Meahanical wear) (~bt&Uography)

-MMqk KOVO Illya Izrallevich; BnRISOVA, G.A.,
LV,-kekawdr--Fetmvicb4- MAL
red.; YEDRISH, DA, tekhn, red,
(I;ousehold refrigeratore]Domashnie kholodillniki.
Moskva, Gos-
torgizdat, 1962. 70 p. (MIRA l6t2)
(Refrigerators)

SU14%.4"Wip ^* .36
Twik [by] A. S.
lzd--yo, 1954.
606 p. IlluA.,
Antonov fi Dr.) Moskva, Voyen.
dlagre., ports. 23 cm-

ANTONOV, Aleksandr ~~orfeyevich.
Academic degree of Doctor of 7ochnical Sclences,
Pazz.-od en
his defense, 21 December l')54, in the Counell of tLe
Military-Transp.,rt Acad imeni Karitnovich, or his
dir-
sertationt "Ttkeory and co:-.putatt)n or
auto-tructor tratir-
Mislions".
Academic degreo and/or title: Doctor of S*clenees
SO: Decisions of VAY, Ust no 6, 19 Mar i-.5,
byulletan'
MWO-SSSRO No. 14, July 56 "bacow lj~ 4-22, Uncl.
/NY-!.29

A ON A -a I ARTAXONOT, B.Ael XMOMV, B.No;
KAGIDOVICH, Ts.I.j
rw o N*F*, Inshoner-polkovulk, rodaktor; MIXII,
I*Fe,
tekhmIcheskly redaktor,
C The tank. I Tanks Moskva. Toonnoe Isd-vo
Ministersth oborony
WUj 1954. 607 p. (MLU ed
(Tanks (Military %q~jsnce))

AIMNOV, A.S., dolctor tekhn.nauk
Using the wthod of power flow in designing
hydromechanical
transmissionm* Avt.prom. no.ltl3-19 J& 160.
(KIRA 13:5)
(Automobiles--transmission devices)

ANT,ONOV,,ALekllmU--,TOXJMGlrich prof'.., doktor
takhn. nauk;
KAGIDDVICH, Yevgen losifoviah, kand. tekhn. nauk,
dots.1
NOVOKHATIKO, Ivan Spirldonovich,, kwW. tekhn. nauk,
dots.1
KOTIN, ZhY&., doktor tekhn. nauk, retsenzent;
MIKHEYEVA,
R.N,, red'. Isd-va; SPERANSKAYAO O.V., takhn. red.
jHydromeohanical. and electromechanical
transtlesion systems
of transportation and traction machinery; theory,
design
principles, construction and calculations]
Gidromekh&n1ohe-
skia t elektromekhanichookis peredachl tmnsportnykh
i Us,-
govykh mashin; teorlia, o9novy proektirovanlia,
konstruktaila
i reachat. Pod red. A.S.Antonova. Mookya, Mashgiz,
1963.
350 P. (MIRA 16:7)
(Hydraulic drive) (Electric driving)
(Automobiles-Transmission devices)

BARABAROV, redor Antonovichg KLORIKITAV. Siren
Kharenovich; ANTONOV,
Akek vich; &-IRANT6T.
jwAr__3er&ey9_TA,;LhL XOROZOT, Roman Vikolays
A&T,, OtT,red,; PROZOROTSKATA, V,L,, tekhn,reds;
ALADOTA#
Ya*Ie, tokhn*rodo
[British aoal industry) UgalInAia proikyahlennost'
Anglii,
NoskTa, Ugletekhlsdat# 1938, 172 p. (XIRA 12:3)
(Great Britain--Coal mines and mining)

A,-'A-t,CV, A.;;., !a-li-Adir
61x youra of work oxpericric" with earbon tilo llinit4;.
i3i.n.prm.
37 JO (:.'e (1-71"1 l5s6)
1. OlimrovechrAya trigada komwnistichoskcjo trut;a
iyr,31--kogo
k(L-iblulta.
(I.Altualavej)
(Woodirulp iiduo try. -,-.qidVwnt aiid vupplios)

GIAMOV, U.N.; AN-WNOV, A.S.
Hydrometallurgy of lead products by the axine leaching
method. TSvet.
met. 36 no.12t28-32 D 163s (MIRA 17s2)

AwrONOV, A.S.$ brIgadir obmurovshchikov
Prom the experiences of tile layers. Bum.prow- 34
no.8:
18-19 Ag 1$9. (MIRA 12;12)
1. Sys,91skly toollvuloano-bumsbnogo kombinata.
(Woodpulp Industry-Squipment, and supplies)

Alu
vi
ILI- f
3 ;: 1-11
ON a is,
I Kit
v .9
J, i
Jill
pr,

ANTONOV, A.S.
X-ray observation of tuberculosis In the nonorgnnized
population of
the district center of*Kuybyahev District. Zdrav. Tadzh. 8
no.618-9
N-D 161. (MMA 15:1)
1. Zamestitell glavnogo vracha Kuybyshevsko 0 rayona.
(KUrBYSIUM DISTRICT-TUBLWOUSIS)

y1 YEV
ol" '-w III fn 8 tvf
do t, by
d r.
Wn. T)

AjW,ONUV, A.S.; BELOUNSKlY, A.N.
Cozqwat.,'ve study of the nucleotide composition of
daBoxyribonucloic
acids In some vertebrates and invertebrates* Dokl*AN SSSR 138
no.5tlZ16-M9 Je 161. (MIR& UsO
1, Hookovskiy gosudarstvennyy universitat im. M*V,Lomonosovas
2, Chlon-korrespondent IN WSR (for Holoserskiy),,
(Desoxyribonucloic acid)

1'
IWBINO A. V.;,.AN
A,_ St_
Do the specific features of the live matter really nnnifest
themselves
on the molecular level? Analele b1ol 15 no.6:3-8 N-D *61,

ANTONOV, A.S.v Asoistent
Only a call in allve. Nauka i shiznl 29 noo41ll-12 Ap 162s
OaM 15 t7)
1, Kafodra biokbimli rastaniy Wakovskogo gosudaretvennogo
universitata*
(Lin (BIOLOGX)) (CETI-q)

ALh7CNOVj A.3,; BELOZERSKIY, A*N.
..... .-
Gimparativo study of the tomposition of ribonucleic
acids
in some vertebrates and invertebrates. DAL AN S= 142
no.5:1184-1187 F 162. (MMA 15t2)
1, Moskovokly gosudarstyenr4y universitat im.
M.Lomonosova.
2, Chlen-korrespondent AN SSSR (for Belozerskly)

ANTOKOV A. Slq FAVOROVA, 0. 0.; BELOZERSKIY, A. H.,
akadealk
Sow ~.-haraoteri a ties of the nuolootide composition
of do(.*7-
ribonualsio acids in animals emd higher plants, Dokle
AN SWR
147 no,WM-W3 D 162. (MM 1611)
1. Homkovqkly gosudaretvannyy univervitat in. M. V.
Lononosova.
(Nucleic acids)

LNTOROV A.S.; GIRGORIIEVAp S.P.; IVANOVA, P.V.;
DYMEMSKIY, A.N., akademik
Huclootids composition of rapidly labeled RNA of the
silk
gland of the s!.lkworm Bombyx mori L. Dokl. AN SSSR 154
no.lt
216-219 %711164- (MIRA 170)
1. Moskovskly gosudaretvennyy univervitet Im. M.V.
Lomonosova.

Ah"MWV, A.S.; LYIJ7SKAN,)V,N. ; BFLOZERSXIY, A.N.,
akademik
Chanee In the amino acid composition of total protein
In Bacil-
lus eubtilis T- grown cn a medium with 5-bromouracyl,
an anlogue
of thymine. Dokl. AN SSR 155 no. 4:944-946 Ap 164.
(MIRA 17:5)
1. Moakovokiy gosudarstvennyy univerisitet im,
M,V,Izmonosova,,

ANTONOV, A.S.; LATKOVA, N.F.; 1VANOVA, II.V.;
GH1GC11VYFVA,, S.P.;
BEI,OZF,I?SKIY, A.N., akit-Jamik
ChanCea in the amino aoid composition of fibroin or the
silkworm
Bombyx morl L. Induced by the analogs of the nitrogen
banes of
DNA and RNA. Dokl. AN =R 155 no. 5!1201-12(V. AP 104.
(MIRA 170)
1. Moskovskiy goeudarstvennyy univorsitet im.
E.V.1,oronosovao

ACh) 1JPjqj- AT
L 1AL7-66. -,-mAjMjjfW
AC=1ON Us APS023490 UR/0076/65/030/009/225?1;250
541*17 * 621.375,2314
AU=Rt Antabovt A. got 9!~nk-~, So Po; Yusk-esellyeva, Ito qo.
"No"..... r - 0r7' ) I
TITLEt Mechanism of development 0j! junqions in silicon p-t-n
d*tectore IT t 0
olectrodeposlli2q of per
ff, 5 i I J'% way'
SOURCEt Zhurnal fizichegkoy khiai:[,, vo 39, no, 2, 1265, 2252-2258
TOPIC TAGSt pn junction, silic*tk itemiconductor,
electrodsposition, copper plating
ABSTRACTi The processes of develo-Ment of junctions in silicon
p-i-n detectors pr
pared by the drifting of LI Into al.11con was studied by
electrodepositing copper
under various conditions. The devplopment was carried out
In,CuSO4&5H20 and 451
hydrofluoric acid. Volt-Were churacteriatics of the etched and
polished surface
of the detectors were recorded. The experimental results obtained
relate the pat-
tern of copper deposition to the Snlysalc *of arising between the
is and p r*gions,
To account for the electrochemical reactions taking place during
the development o
the Junctions, the authors postulate that the positive copper ions
are discharged
cc tbo surface of allican by capturing alectroas tran the valence
bands The holes

L IU7-.66
ACMSION MRt APS023690
which thus Appw are used during the &wale dissolution of siUcon. A
phonomenolo,'.
gical tb*MT of the electrodepotiltion of coMr an the p-4-n structure of
tbo smi.-
Conductor is tomuUted. "The authors tbw* B. N. Colovin for a very, helpful
dis-
Cuslon of this wovk and for MIN "duame mu"Ost an. wt. has 1 10 fig-
VX",, 7 tomdes
Asw"ATION
SMITM i OWuM EXCLt 00, PA cow 3600C
Now 90vt 002 M=t 010
cer
4-2/2

AIMNOVP A.~i. (Moakv:i)
Nucleotide composition of DNA In wilmalal
relationchip between
thp taxonor%# or these organisms and Its evolution.
Usp. sovrs
biol. 60 no,2tl6l-177 S-0 165. (MIRA 18tlo)
1. Biologicl-eakly fakul'tet, Moskovskogo
gosudaretvennogo
universitet-L.

Npv ';o
A Y (':,'KF E Y,,~
S
0
o tudy o f a p n- Ili,, j w i. t 1; 1 C,
Oloctroji;ot.ogrotphlo dovf?j()jktj-r.. Ali SZ.'Ilk
5. (mi!u istio)
I o Ob"jrr (I I r. a n n~7 4, ru 1 t ~ Iu t yu (i p ; 07
March 19.

h.3
hn dovo f t,( Ir! mi 'I I Irit
(MA 18s10)

722:1 SOURCE CODE: UR/0020/65/1641'006/1260/1262
AUTHOR: Antonov
A. 8j Yuskessliyevs
L. 0.
ORG.-
JojAt_bVdltuliLQ.LKu-oLtar-l-tn-eyo(Obllyedineanyytnatitut'yaderny
khliseledovanty)
TITLE: The study of the P-n junction in silicon by means of
liquid eloctrophotographic dovel-
opera '117
SOURCE: AN SSSH. Doklady, v. 164, no. 6, 1965, 1260-1262, and top
half of insert facing
p. 1260
TOPIC TAGS: pn juncUon, semiconductor research, electrostatic
photography
.-2p , 111 1
ABSTRACT: If a p)tenUal is applied in the blocking direction to a
P-n semiconductor junction
* space charge region appears within the transition layer.
Because of tHe presence of such
* space charge the transition region can be made visible and Its
structure studied by means
I
VOf liquid electro I raphic developer (), 1. Zhilevich. Yo. L.
Nemirovokly, Elektrofoto-
TMV-
grd6i, I G. 1961, p. 122). The present authors investigaUx p a pe
U na
n junction in p-ty a Ico
produced by lithium diffusion. Results are summarized in Fig. I
and Table 1.

~C-
C NRt "5027221
P
Fig. I The reverse potential. applied to the p-n junction as a
function of the square of the
thickness of the rel;Ion of space charges. The curve numbers
correspond to simple numbers
in Table 1.

ACC NIt APS027 221

Table I Conoe ntration of Na

acceptors in p-type
villoons

ia)

(0)
(d)
(e)
(a)
(0)

4

1 77
1:84

2,19
1 06
312t,
069

1:1

9
It
12
.1
4: 23
4 63
6,32
-7,1b

5,79
1
4

3
,42
101

22
a - sample numbor; c - according to specific resistivity; d -
according W capacitance
measurements (L. S. Berman, Nelineynaya polyprovodnikovaya
yemkoat', M., 1963)
e - according to olectrophotography of the p-n transition.
The authors are deeply indebted to B, P, Osipenko, V, M. Fri Jn
and A,_!I,_DrfLvk for a
detailed discusakin of the paper and their cooperation, and L, D,
Krevnin for his interest.
The paper was presented by Academician N. N. Bogollubov,
li-ka-F&.- Orig. art. has: 7
formulas, 4 figures, and I table.
SUB CODE: 20 SUBM DAM 02M%r66 / ORIG REFt 002 / OTH REF- 003

9 -- ~T- t-I Tjr~e) n
ACC NR% AP601!1445 CA) SOURCE CODE: UR/0181/66/008/005/1325/1328
AUTHOR: Antonov, A. S.
ORGi Joint Nuclear Research Institute, Hoscow, (Ob"yedinennyy
institut yadernykh
issledovanly)
TITIX: Distribution of Impurity concentrations in an electrical
field in the drift
zone of silicon p-&-n detectors
SOURCE: rjZj*Ka tverdogo telas v6 8, no. 5, 1966, 1325-1328
TOPIC TAGS: drift mobility, electric field, pn junction, silicon
semiconductor
ABSTMCT: The concentration of impurities in the drift zone of
silicon P-i-n detec-
tors is determined by measuring their capacitance as a function of
an applied inverse
voltage. The distribution of the electric field in the drift zone
is found. A gene-
ral expressicn for the electric field strength is obtained from an
analysis of tile
experimental results. Experimental curves are plotted, and it is
shown that under
real drift conditions the Impurity concentration 146) a 11 -N grows
with
donor acceptor
distance 6 fivm the p-n junction. The curve becomes very steep near
the boundary be-
tween the i and n regions. The electric field in the drift zone is
not homogeneous
and the electric field strength decreases with distance from the
p-n Junction. It
followa thertifors that the "dead" layer is thicker than the n
layer, and tile differ-
Lcard 1/2

ACC NRt AP61)15445
ence is greater the smaller the applied voltage. The author thanks B.,P. Osi Ako
for his assistance and interest. Orig. art. has: 4 figures, 16 formulas.
SUB CODE: 20,09/ SUBM DATE., I9Apr65/ ORIG REF! 001/ OTH Rm 004
Card 2/ 2

L 01528-C-1 LVr(M),'T/LWP(t)/Kr1 I J11(c) it)
ACX NR' AP6030047 SOURCE CODE: YJR/0181/66/008/009/2527/2531
AUTHOR:- YuskeseRy-eva, L 0. Antonov, A. S.
ORG.- none
TITLE: Electrophotographic method for determining the coefficient of
diffusion of
lithium In p-type silicon
SOURCE: Fizika tverdogo tela, v. 8, no. 9, 1966, 2527-2531
TOPIC TAGS: silicon, lithium, diffusion, semiconductor,
semiconductor Impurity,
diffusion coefficient, clectrophotographic developer, negative space
charge, pn
Junction, p type silicon
ABSTRACT: An experimental method Is described for determining the
coefficient
of diffusion. The method employs electrophotographic developers to
measure
simultaneously both the location of the diffusion p-n jun0fon and
the width of the
region of negative space charge. This method was used to determine
the coefficient
of difftiaion of lithium In silicon as a function of temperature,
The results obtained
showed that in the 180-560C range, D - 2. 1. 10,3 exp 13000 CM2.
sec"l.
LCard I / 2
1-card 2/2. v

1. 07840-61 FS3-2/&?(.1)/&T(m)/WP(t)/ZTI IJP(o) JGS1JD
ACC NRI APOW49 SOURCE COD83 UP/007016610
AUTMR: Antonov, A. 3.- TUskessliyo
60
i OKI *1 none
T I'M 8 -* Display of p-i-n structure in gilico single QrYstalf
with the aid of dry
*lp*jrp-ihqtqV&phi effe r9 2,
7
SOURCE: Kristanografiyap Y. n, no. 4, 19%, 6M.Q>7
'TOPIC TA03: slectrophotographyg silicon sonioonduot-or# single
crystal, pn junction;
,spikoe charge
ABSTRACT: The authors propose a mothod for investigating
tho'drift of lithium It"I
he
,in silicon crystals with p-type conductivity and determine
thereby the depth of
p-n junction produced in it by lithiur.-Ion diffusion with the
aid of eloctrophot,6.
grapby. The method is based on the fact that a space charge,
region is produced
whan a voltage is applied to mich a structure in the inverse
direction. It is
:claimed'that, unlike existing analogous methods (for example,
US patent.2669692 of
0. L. Pearson)t the described wthod Is faster# more eMotive and
more sensitive,
and the developowt process does not change the oloatrio
properties of the ov7stals.:
:C" 2A

L O78hO-67 - -----
ACC KR: AK024W
The sample is clamped between two electrodes connected to a DC
source (40 200 V)
connected in the Inverse direction relative to the pn junction,
The and surface
perpondicul&r to the pn junction is in contact with the
slactrophotographic
devoloper. If a positive developer is used (such " PS-I)o then tho
developer
jwUal". being positively chargedo an deposited on the p-region of
the junction,
Xf a negative developer Is usad (BST-3), thm the negatively
charged particles an
deposited on the n.-region of the junction. The field Is made more
bomogenems
through the use of a third electrode in the for* of an
alunintin-foll ouvette In
which the developer powder is 1&aood and which is connected
directly to one of the
electrodes, The preliminary experiomts leading to the proper
choice of geometry
and voltage are described. nw accuracy in the deteraination of the
depth of the yn
jmation was within 20 microns for & drift junation and 10 microns
for a diffuse
junction, Another visluable property of tho method Is the
possibility of Investiga.
UPS the geometry of the jury and the fact that no Wditiond surta,"
f4knish of
the samples Is ne"saW, fte autbore thank V.-M. for call ration.
Orig.
&A. has 1 6 fIgWM.
SM ODW 20/ SM MW 150OW ORM WS 003/ OTIR RVS 006
bo.i
cam . **A

21-Tise': Yasinovskiy Coking 'iiorks During the Current .')oven
",L'ears
P.,iUQjlJAb: Koks i kiilmiya. l9-,:,)9, Nr 11, pp 10 - ]2
(U~-:~7~~)
Ai~6-.egAOT1 A u1jort ruviev. of thk~ dewlopracnt of the 7dorks
6ince it
started operatinG in Novembor 1953 and an ou'V-line o.','- the
planned developmQnt du)LinFY- th'.; next ceven yearc is Given.
:."ain pointst. in 1956 the lar.-us~ lxtttory in th,_~ vorld
(77 ovens of 30m-~' capacity each for c,-rbonisinC "1" )0 000
tons/year of dry coal) vias put into opt_,ration; in tiie next
_COV,3n ~~e~.Lr6 tj,L~ OULpUt Uf 4- ne plant oL11,3 increase by
.? u
?",,; new battories with ov.na of 36 4011. are beinLg
do:_dGned by Glpro'Aoks; rt~con.,.-.tructjon of coal
baneficiation
plant v.,hich will. incroase itE; throu~~qp~d- by two Million
tons; a new plant for t:,,e dezulp1,uri,,:1tion of coke oven
Gas; pipe still for tlw debenzolirdnC of aboorption oil;
complete- uatomation of benzole r,_,covei:~y plant;'ci~_-ction
of , plmt- for t-ho hydropurification of bL,,i--olc. 2he
actual wid pllaimod dev.7,loprh-nt of tile pl:mt durin,~7- the
1011iod 1954~ 1965 i.- sliovai I-raphically; incre7ase in the
P ~ A U
C,-jj,d 1//;~' tOLal OULPut Vi6ul~-- 1, increa,,I~v in 1,tbour
productivity -

(;-7-1;/ 7.7
--toinoakiy CokLn~; 'dork~; D.zriiu- Lric Uurrnt ~~von Years
A,~uru ;--'t aid tho In production cosu., - Fic-dro
Ttlevu 'tiv 4 fir' res.
LIU
A3Q'U~iAilU.N.- Xoksoichimichoskiy :;avod (Yasinovslly
Cokinu 4orks)
a I-

BRUK, A.S.; OBUILHOVSKff, U.N.; VCLXOVA, Z-A, ; BlUTSM, V.G.
; ANTONOV, A*To;
MVCHAKO, A- I-
Iffect of bulk weight of coal charre on the mechanical
properties
of coke. Koke i khIm. nooll:20-25 60. (MIRA 13:11)
1. Dnepropetrovskiy setallurgicheskiy Institut (for Bruk,
Obukhov-
skiy. Volkova. Belstakly 2. Tasinovskiy kok-ackhtnicheekiy
xavod
(for Antonov, Shewheuko~e-
(Coke)

AllrONOVV A.T.
Glorious tenth amiyerearys Koko i Min, na.11ij.&U 163. (MIRA 16111)
1, Direktor Yasinovokogo koksokhImicheakogo zavoda.

71 A
r '~Ir A i~' i iov ~7`VT~) 1.
A 1: -ID I..~ AK v T I., xum.
and S11TRAN
"A Study of Voutron Diffusion in Berylliun Graphite and V,ater IV
We
Eothod,," a paper presented at the Atoms for Peace Conforenco,
Geneva., Switzerland,
1955

ANTONOVt A.T.; ISAKOVv A.I,j MURINg I.D,; NEUPOKOIZV#
B.Aej FRANIt I*M*j
-MPIACt I.L.; SEWIMP I.V.
(Neutron diffusion in berylliumv graphiteg and vatert
studied
b7 the pulse method) Isuchenis diffusil neitronov v
berilliip
grafits I Yode impullwWm mstodomo Wah-at 1955, 27 p,
(KnU 3.40)
(NoutrOn"cattering) (Beryllium) (Graphite)

AnONOVO As V. Cknd Phys-Math Sat -- (dise) "Study of the
ptooesses of
diffusion and moderation of neutrons in'idtferent inedia
and multiplication or
neutrons In uranim-graphits, hotero6oneous systens me-*"
of the impul as
,7 --
method." Vos, 1967.
126 copies (KL, 42-67,
14 pp (Aaad Sci USSR.
91)
Physics Inst im P.N. Lebedev)*

I
n I
C, n C' )v
AUTHORS: Antonov, A. V.- Bergmn, A.A. , Isakov, A. 1. . 89
-1 8
_ifu';_~N,,~;., lle:pokoyev, B.A.
TITLE: The Investigation of the Slowing-Down of Neutrons in
Graphite and
Heterogeneous Urani=-Gmphite-Sy3tcw_i by the Momentum
;4ethod
(133ledovaniya samedlen.1ya neytronov v grafite i v
uran-gmfitovoy
getenigennoy sisteme s pomoshoh'yu iiapulsnogo metoda).
MIODICAL: r1hysica ana Therm-techniqlnes of Reactors
(Fizika i teploteVmikm
reaktoroy) , Supplement Ur 1 fA Atomnaya cnergiya I Igr,,8,
(USSR)
ABSTRACT- Ott the strength or experLmntal results the
following may be said
about the time needed for neutron slowing-dorau
During the first 80 to 90~as slowing-domi of neutrons in
graphite
takes place as a oonseTuence of elastic collisiorm with
free car-
bon nuclei. After this time interaotion, between neutrons
and the
crystal lattice of graphite begina. It may be assumed that
after
about 46OJL9 the shape of the neutron spectrum nearly
attains
Mc%xw-. 111 3 sImpe M(T,E) , Which cor--espcnds to a
teWerature T( t)
at that moment. In the further oourse of events the
difference
T( t) - TFdecrea3as expe rime nta 11.y.
C&rJ 1/2 T (t) - T P f" a- lit

O-OV-120-58-1-7/43
AUTHO1iO";AjLtopv A V. Korshu-nov, fu, V,j Molenhko, Yo. A.
an(I
I V& S'
Panasyilk', .
TITLE: Stabilisation of the 111,rh Frequency Voltn,-je on the
Dee of
a Cyclotron (3tabilizatsiya napryazheniya vysokoy chastoty
na duante Lsiltlotrona)
PEHIODICAL: Pribory I Telchnika Ekciporimenta, 1958, Nr 1, pp
41-46
(USSR)
ABSTRACT: Nucloar rc;ict-",)n studies which are being carried
out at
the prc,,)Qnt ti:-e require high stability in cyclotron para-
motor3. The following quantities require stabiligation-
intensity of the magnetic field, frequency of the h.f. vol-
tage which is apijied to the doe, amplitude of the h.f.
voltage on the doe and the magnitude of the reflecting pot-
ential. 1t is also desirable to stabilise the ion current
from the source. Thus the stabilisation of the dee potential
must be looked upon as one of a act of problems associated
with the stabilisation of the cyclotron parameter3. A coi;i-
prehensive dee voltage stabilisation should include A stab-
iliser of the doe voltage relative to the earth as well as
Card 112

SOV-120-58-1-7/43
Stabilisation of the High Frequency Voltage on the Dee 31" a
Cyclotron.
an inter-doe voltage stabiliser. A description ic given of
the principle and a circuit of an amplitude stabiliser for
the h.f. voltage on one of the does. The stabiliser can be
used either continuously or with a modulated signal. The
circuit diagrains are given in Figs-3 and 5. The h.f. voltage
stabilisor was applied to the "attracting" dee and was tested
on a worki-tig machine. Introduction of the stabiliser led to
a real improvement in the stability of the ion beam at the
cyclotron target. In addition destabiliaing factora such
as random surgeB are eliminatea which ensuros smooth~running
of the machine. The regulation characteri.;t1c is Given in
Fig.4. I. F. Vyazovetskiy, D. A. Kuzneteov, V. Z. Loskutov
R. A. Aria:iina, B. V. Rybakov and V. A. Sidorov collaboratea.
There are 5 fi,-,ures and 7 Soviet references..
SUBMITTED: June 15, 1957.
1. Voltage s-Abilizers--Performance 2. Voltage
atab1l1zc-rs--Circuits
3. Cyclotrona--Equipment
Card 212

I
ANTONOT, A.T.1 BMKAN, AJ~*-. I=OT. A.1.; WRIS. I*D*;
XMPCKOTW, V*A*
1- Pdoe technique for the Investigation of neutron
slowdown in
graphite azd in urwduv-graphite heterogeneous
mystemse At=#
onerg. 9Upplament no.1282-95 158. (XI" 1115)
(Neutrons) (Rulear reaetors)

ANTONOV, A.V.; KORSWNOV,
---- 1-- -11- -PANASYUKl V.S.1
[Ferrite frequency variator for changing from a
cyclotron to a eynchro-cyclotron mode of
acceleration]
Ferritov,yi variator chastoty dlia perevoda
taiklotrona
fazotroraVi rexhis uskoreniia. Moskva, Glav.
upr. po
ispollsovaniiu atomnoi energiip 1960. IS pe
(MIRA 170)

~-A I
ilia
f 4 1 t - , ", .. X4
;
"114

3/058AI/OOO/007/007/1)86
A001/A101
AUMORSt An~~npv~,_A.Y., Korshunov, Yu.V., Meleahko, Ye.A,,
Nomenov, L,M.,
Pa~asyuk, V.3,
TITLE: Parrite frequency oh ang or for conversion of a
cyclotron to the
phaeotron system of acceleration
PERIODICA,Lt Reforativnyy thurnal, Mika, no. 7, 1961, 37-38,
abstract 7B34 (V
ab. "Uskoriteli", Mosoow, Atomizdat, 1960, 60 - 72)
TEM In order to bring about the proposal on the conversion to
the pha.
sotron operation of acceleration of the mass-produced
cyclotron with the diame-
ter of electromagnet poles 1,200 mm and to produce 30-Mev
protons (instead of
12.6 Mov) in It,'the frequency in the acceleration process
must be changed by J__
about 5%. The authors have constructed; for modulation of
eyolotron.frequenoy,
a circuit with ferrite core and radio engineering equipment
o6fineoted with It.
The change of reson&nao frequency of the doe circuit is
brought about by connect.
ing with it an inductance with ferrite core and eXoitation of
the core by alter-
nate current with a frequency equal to that of acceleration
cycles, Mie problem
of #*looting the ferrite and the method of connecting the
circuit with the fer-
Card 1/2

S/058Al/OO0/007/DO7/'b86
Ferrite rreqienoy changer A001/A101
rite are discussed. 'Me equipment was tested by acceleration
or doutrons. Fre-
quency variation in this oase amounted to 1.8%. At the final
diameter the
average stream of deutrons with 2 - 3~amp was obtained. 7he
current pulse
amounted to-60 - 90 Plamp.
A. Talyzin
[Abstracter's notes Complete translation)
Ca rd 2/2

U7-M 73~ F.T
32
~r'62/012/~jui /003/0 19
3/089
B 1021B 130
AUNIORSt Antonov A. V., Granatkin, B. V., Merlcullyevt Yu. A.,
�1_.TN_,'_Ch. K-.
TITLEs Pulse method study of neutron diffusion and thermalization
in water and ice In a wide temperature range
PERIODICALt Atomnaya onergiyal vt i2l no. 1, 1962p 22 - 29
TEM The method, apparatus and results are described, of the investiga-
tion of non-steady neutron diffusion in water and ice at 0-5 - 2660C and
down to -1960C. The pulse method used has been described by Dardel
(Phys. Revi 96, 12451 1954) and 1. 11. Frank. The neutronst from T(don)He4
reactions, were modulated with a repetition frequcney of 250 CPA at a
pulse duration of 15)vseo. The neutrons were recorded with a B 10 F3
counter, the counter pulses were fed to a 20-channol time analyzer (dead
time 10 psec), designed by 1. V. Shtranikh, A. Ye. YoronXov, A. M. Volkov
and K. P. Dudareva. An apparatus waa designed for studying neutron
diffusion in water at 0-51 51 7, 20# Vo 989 156, '30, 159, 200, 250 and
Card 1/4

000
S/O 62/012/001/003/019
B I 00~
Pulse method study of... 2 B130
2060C. The following parameters were measuredo neutron life
(T) ana
diffusion coefficient (D)o coefficient of diffusion cooling
(C) non-
diffusion correction (d) (N. SJ89trand. Arkiv fya. 15, 147
0953)) trans-
port free path (X tr ), transport oroes section (a tr ),
diffusion length (L)
and mean cosine of neutron scattering angle (To-oo). For
water at 200
the following diffusion parameters were messuredo T - 207 1
7 "ec,
D . (0-35 t 0.01)-105 OM2/sec, C-d a (0-04 - 0.01).105 cm
4/aec . Thl-
diffusion parameters for ice at -1960C are given in the
to'ble. The klx-.
perimental values were approximated by means of the
following formu.R~,l
-ii-w C) . -- -- ---- -
D-PP"W" (0,934 � 0,028) +
+ (0,289 :L. 0,009) 1 (Ot +
+ (0, 1041) j- 0,(KI) IW 482. (1)1
coo scattering mosin free path),
%Atr a
a
Card 2/,l

32000
3/069,'62/012/001/003/019
Pulse method utudy of... D1021a158
L (1) 1 1 1.127:1.1 112
L (221 C) x (0- d) (21" (0,937� )8)+
x[ + (0,6 1, 0.03 1) 10 ' t 4-
(9)
I o 1) 1 (1 to.
21) F.
1), X,, +_!!i~ )
6 V V x
CCU
X~2ip -3 VI/
energy transferred by one neutron per col.'ision). The
heat-exchansc
oonstant I a D2/C wan (3-10 t 0.35)* j05 seo-lo 6 - 0.23 t
0.07. Conolu-
sionst Anisotropy in the angular distribution of scattered
neutrons in-
creases with tempernture. In water at room temperature
neutron therm3li-
zation oatisfiea Dardel's theory (Trans. Roy. Inst.
Technol. No. 75. 19~4';
when the deviation of the neutron tempernture from
equilibrium in only
small. In ioe at -1960C the neutron gas is In equilibrium
with thu ict.
Equilibrium is established 45 - 75 asec after slowing down
begins. Thin
Card 3/4

S/O a 942MO 12/001/00 5/019
Pulse method study of... B102/sI38
slowing-down time is much greater than in vatcr. Tho authors
thnnk
I. M. Frank for interest, B. V. Makarov, V. M. Oulikov, V.
V. Talakvadze,
and Ye. A. Velichenkova for assistance. There are 7 figures,
1 table, ajncl
17 referenoest 3 Sovict and 14 non-Soviet. The -four most
recent refer-
enoes to English-language publications rvid te followsi K.
Beckurts.
Symposium on "In Pile Neutron Spectra and Pulsed Neutrons
Methods". Drn-
mark, 19601 D. Hughes et al. Phye. Rev., 119-, 072 (iq6o)j
D. Hughes,
R. Schwards. Neutron Gross Sections. New lurk, 9501 K.
Hockey, S. SkolvLLk.
Nuol. Sci. Engngfa, 62 (1960).
SUBMITTLDi July is 1961
Table

f. -C

0 t.

-c-
M
917�0,01
215�to

221
0 M5�0 ON

0:105�0:()0l
2�0 1
"�0 10

51�(l 4
40j:
;12�6

HO
0.101.

Card 4/4

- -. 1. IrIv _~Lj GIUMM:19, D.V.) Il KUL:'I-,.'Vt
YU.A-1 P Al,' _V.V.1 WOLIK,
ANMII $_L IER UZ CVj
Ch. K.
Neutron diffusion for water and ice at U%peratures
near OOC and -
800C. Atom. energ. 13 no,,4:373-374 0 162, (141W, 15:9)
(Neutrone .. Scattering)

M/try(o)/tpgt~-2/EWP(q)AW(m)/fIDS MTM/ASD/S5SD PO-4/
Pr-4/ftt-4 W11AWADIJOIX
ACCESSION NFU AT3001853 S/250-1/6Z/014/000/0147/OZ23
YX
AU THORt jinoy, A. _V,
Y7
TITLE. Investigation of diffusion processes and neutron moderation
in various
imedia und of the multiplication of neutTons In he
6~7ro-gerii-oxii-Wra-W-um -&raph Ito
systema by means of the pulse method
~SOURCV: AN SSSR. Fixichaskiy institut. Trudy, v. 14, 1162, 147-223
iTOPIC TAGS: neutron. slow, diffusion, multiplication, raitctor,
moderation, Be,,
graphite, U, waterp pulse, pulse method, nonstati*nary,
at~.enuation, Ag, filter,
i tranomitUnce
i_ABSTRAi','AT: This theoretical paper, based in part on
experimental nieasurements~
1performe4l, under the guidance of I.M. Frank (Corr. Member, M
SSSR) in the
,Nuclear Liboratory of the Fisic kly Institut AN SSSR (Phyoics
Institute, AS
'-USSR) In 1953-54, deals with. the elaboration ;I the pulse-typa
method for the
determination of nonstationary diffusion and its application to,
the Inveatigation of
~decelerating and m'ultiplying media. The paper comprises
ei-sentially the author's
!dlssertatioa for the degree of Candidate of Physico-Mathems,ttcal
Sciences. sub-
mitted at the Institute In 1957. The method of nonstationary
diffusion ham
sCard

L 16137-63_
!ACCESSION NR: AT3001853
cubs equently achieved broad application-, its basic concepts have
remained un-
'changed4 - The paper takes into consideration the deviations
occurring In complex i_
!processes, ouch as those occurring In thermal reactors, from the
picture corre-
,sponding to the single-group theory of diffusion, and Introduces
corrections de- i
Irived from a study of the process of neutron moderation. The paper
is focused on
Ahe following problems Involved in the behavior of slow neutrons
(thermal and
,epithermal) in decelerating and multiplying tnedia- (1) Study of the
proceen of non-1
stationary diffusion of neutrons in small moderator bloi:ks and Uie
employment of
-the results of these Investigations for an analysis of the process
of the establish-
Iment of an equilibrium between neutron gan and moderating medium
(Chapters I
and 11-1); determination from these experimonts of diffuilon
parameters (especially'
of precise values of the diffusion coefficient) for a numlor of
mo.-Jerators, namely, ~
water, graphite. and Be (Chap. 11). (2) The direct study of the
moderation processi
of neutron in 11raphito In a heterogeneous U-graphito systern, by
ineans of direct !
mcasuremint of the mean velocities of neutrons at various time points
after incep-;
tion of moderation (Chapter 111). (3) Development or elaboration of a
pulse method
Jor the invest ga on o systems M-ultipl---Gutrons-and its
application-to
study of heterogeneous U-graphite systems (;art II). The paper
comprises two
Parts with the following Sectionsi Part 1. Nonstationary diffusion
processes and
nou tron ni r ralon In various media by means of tho pulse method.
Chapts r L
Card 2/1

L 16131-63
ACCESSION NR: AT3001853
Theory of the non stations ry diffusion procavess of slow neutrons'in
ptire modera-
tors. Sec. 1. Sing,te-group study of the process of nonstationary
diffuvion of slow
tneutrons and. fundamental principles of the pulse method. Sec. 2.
Two-group stud
'Of the Process of wtonstationary diffusion of slow neutrons. Sec. 3.
Eximination o7
the process of the ostablishment of an equilibrium state on the basis
of the general-
ized Dardal conceplion. Sec. 4. Multi-group theory of the diffusion
of Islow neu-
trons. Chapter 11. Experimental investigation of the process of the
diffusion of
slow neutrons in Be, graphite, and waters Sec* So Description of
equipments
Sec. 6. Measurements. Sec. 7. Discussion of results obtained. Chapter
III.
Invetitigntion of the ~tnoderation of neutrons and the process of the
establishment of
an equilibrium state between neutron gas and medium. Sec. 8. On the
use of the
pulse method for the investigation of slow neutrons. Sec. 9.
Measuremint of the
transmittance cooffi.-Jent of a Ag filter for neutrons issuing from
graphite prisms
.and heterogeneous U.-graphite systems. Sec, 10s Discussion of the
test results on
the measurement of the transmittance coefficient of a Ag silver. Sec.
11. Examina-
tion of the process o.! the modoration of neutrone'In gr;iphite from
data of diffusion
measurements, and oomparlson with experimental results on the
measurement of
the filter transmittance coefficient. See, 12. Terminal stage of the
moderation
proceas of neutrons in water, Sec. 13. Comparison of the values of
the diffusion
parameter, C, for vaxious media, Part 11. Application of the pulse
meihod for
Card

L 16137-63
ACCESSION NR: AT3001853
.the investigation of heterogeneous U-graphite systems, Sec.
it Fundament4'11
principler. of the method. Sec. 2. Solution of the problem of
the nonstationary
~dlffuslon of neutrons in multiplying systems ("method of
generation""). Sec, 3. On
thA mean speed of a group of thermal neutrons in a multiplying
system. Sec. 4.
Moderation of neutrons 1ki multiplying systems. Sec. 5.
Consideration of effects
,relating to tHN! equilibrium energy of neutronev with the
dimensions of a prism.
("All-type effects). Sec. 6. Peculiarities of the experimental
arrangement In the
investigation of U-graphitit multiplying systems. Sec. 7.
Measurements. Sec. 8.
Processing of nicaouremc tit results and determination of
reactor parameters,
.Sec. 9. Diticusuion of reenIts. In summary, the method
proposed affords a F~)ssi-
,bility of determining, witit satisfactory accuracy, the
parameters that characterize
multiplying systems. It affords means for the determination of
the parameters of
unbounded systems by meg.ns of tests. with systems of small
nize, far from the
critical state, Other NIC0 Dds, such as the prism method,
require much largor
test systems. The pulse-method version, proposed by N.
G.SjUstrand (Proc. lilt.
Conf, Genova, Avigiist 1955, v, 5, 1955) can afford an
extremely elevated accuritcy
in the invextigation. of systurn close to the critical state;
however, it is not
suitable for the lnvestigatic~n of systems that are far from
the critica..' state. 7'hus,
the inothod, proposod here and SjUstrandle method are not
mutually exclusive, but
are. mutually supplementary, so that their combined use
appears advisable.
Cord 41bq ASSOCIATION: Phyaic3 Institute# .AN' SSSR

L '2T3Q7:�5 Fab-10/Pt-10 JJF(c)
AGGESSION NP.: AP5002140 5/01ZO/64/000/006/00WOOV) 4/
'47,
AUTHOR: Vasil'yev, Pi I.; Venikov, N. L, Kalinin, S. P.;
So~olov,_n..j.; Khzidin. N. N. ; Khorosh.-%vin, D. I.. Chumakov, N.
1.
TITLE: Changirg the_IAE cyclotron Into a controllable -ion - energy
mode of
operation
SOURCE., Pribory I tekhnika ekitperimenta, no. 6. 1964, 28-29
TOPIC TAGS: cyclotron, 1AE cuclo~ron
ABSTRACT. The adoption of rapid otiargy control in the 1. 5-mater 1A
E c~ clot-ron,
with preservation of ;i good (t 0. :1-0. 4%) n-konon-norgetic
characte-ristic. and short
duration (2-4 nsec) c,( acceleratud-ion clusttra, wa_4- predicated
upon the folirkwmp
changdn introduce,i into the cyclwron: (1) Corre(-tion of magpletic
field by the
(-xirrents in additictial windings ,%-thin 5-14 koe; (2) Prr,vision
of a de(--type Oil
ion optical device suitable for the entire rangc of acceleratcd
ions; (3) Replacing
Card I /Z

1, 27307-65
ACCfZSION NR: AP500ZI40
the VCh-200 h-f orsci .1lator by a GU-300 which c.%n be Wned without
additional
neutralization within 8-13 Me; (4) Introduction of a remote control of
(lees
position; (5) Correcti(I TI of optical properties of the syqtem guiding
tho o,~itl-mt
beat-ri, As a residt (-f tho above rneksiire8, the type and cinersy of
parlic-les c.in be
thanged %r, loss; than an hour's time partictilais are tabulated OrIg.
kr.,. %a9
I figure and 2 tables
ASSOCIATION: IneWtut Mrosvinoy enurgii (InutitutA- of Atomic Energy)
SU13MITTED: ZONovt)3 ENCL: 00 SUB GOD!',: N13
NO REF SOV. OOS OTHFR: 000
Cord 2 i 2

L27220-45 M(M)/E-PA(w)-2/~.-.7A(m)-2 Jleb-10/Pt-jo IJP(c) q Iq
AGCESNION NR: AP50OZ141 S/OIZO/64/000/006/00301003Z '; r
~ -)
AUTHOR, Antonov. A. V,.* Blokhov, N'. V.; Venikov, N. I.; Kalinin, S.
P.;
-K-uras-hov-,--A-.-W'. -;~P-C`roj, P. Yo. ; Cheoi.alov, A. A.
TITLE: Reducing the repetition frequency of ion clustera in the JAC
-cyc,lo-troll
SOURCE: Pribory i tekhnika. eksperimenta, no. 6, 1964, 30-32
TOPIC TAGS: cyclotron, IAE cyclotron
ABSTRACT: A systern intended for a fou:rfold reduction of the
repetition frequency
of ion clusters on the cyclotron target, is described. The ions are
deflected it) the
vertical plane by a h-f sinusoidal voltage applied to a special
deflecting system
placed in the ion duct; admitting the requ-ired clusters to the
target takes place at
zero-wvoltage moments. Forinulas for deiiigning the deflecting
-electrode shape
and calculating the deflecting voltage are iiupplied. A block diagram
of the
electronic system is explained. The syst,tinn can be tuned within 1.
IS- 1. 75 Mc.
Card I /Z

L 27229-65
ACCFSSION NR: AP5002141
/0
"The authors wish to thank N. N. Khaldin, V., 1. Lamunin. and
P. 1. Vasilyev
for designing the system; Xu. V. Korshunov for calculating the
tuned circuit of
the deflecting syctarn; R. A. Ariskina,, B. 1. Khoroshavin,
and Ye, -X.--RybakQy
for their help in the preparation of experirreitts: and A. A-.
Oilloblin and V. M,
Pankratov for their constant interest in the p.-oject. " Orig.
art, han: I figure
and 8 formulas.
ASSOCIATION: Institut atorrunvy energii (Institute bf Atomic
niergy)
SUDNUTTED: 19Nov63 ENCL: 00 SUB CODE: NP
NO-REF SOV: 002 OTHER: 000
Card 2 / 2

'A
2/
d 0A' ~ S (nE Mitl t~J-2 P*4/Pq4/!
L$~A
FV
-4/Pg~A Ij c SD 92%
MIN, 70 ~jt ,
jr,a1*BW10N Has AP40140931
s/o286/WM/020/0032/0032
AU'rWRSs Baturak, V. 0.1 CaAdy0shav, 0# Lj Antont-ro A a Ve I
X*"luko, I o I
T -I'Uri In3trument for loss
tai,gont in solid -dioloo-ries.- Class 21, No. 1(-51 1,
=IRGEI Byulletent is0mtonAy i towarro-Okh vmkwl no. 20# 196L, 32
TOPIC TAGSs dioloctrio, dielootric Serm*AbUlty, loiss t,"gent
A t A3 OGAUMM4 presont's an im-trimmt-tor ua~Arir~,tba
TY.
d i al e L~V ri op 9 r-meability and lose twMent'in solid diAeotrics,
jv-oviousV detcrib4"d
b-I.- zstno wathore in 0, No. 1657196. In ordot, Vo sumvx1iry thn
cowLmiction
o, tno innt-rurzant by ol-,,rxinating "a vacawm, tho plu gor Jta of
platinun.
Fw thorwro, to Lmixtaiji an oqual temperature along :no plwkjor
aurftce, too
holter is -,,idu in t~s fora of a spiral strip. ?in,-L1-1y, a
MAVu-agm r-ochmirsm As
.i;;W *0 014M-Inata W%G sag md to center the ed on -~-be Plunger.
pmw
I ~
m4od'IMION s none
SW-MU'Vini ENOW 00
SkM CODSs EM NO M7 30 Vs .-000 OTHER I b66
Card
i

EWT (d ~/_KIJT (1;/XFA (90- W 2 LIP(c) 00
'Acc tat AP5025693 SOURCE :ODE: UR/0286/65/000/018/0(
INYZMH: Oladyshey; 0. L& Shuranov, V. At Ant(xidv. A. V.
ORM none
TITM Instrument for w-val temperatures In
qt1n& hfU~,~ami!~L eps a at low
the centimeter vayelength range. Class 21, No. IT415-17 p
SOURCE: Byulleten' izobroteniy I tovarnykh inakov, no. 18, 1965o ko
TOPIC TAGS*. cavity resonator, measuring instrumenti,dielectric
property, electronic
measurement, dielectric material
.ABSTRACT: The proposed Instrument for measuring thi! parameters of
dielectrics at
low temperatures consists or a tunable measuring roonator, a
vaveguide connected to
the resonator, a hermetically sealed body, and a derar. Provision Is
made to main-
tain controlled low temperatures In the working qpa:e of the
resonator. The cavity
of the resonator to -ringed vith a coiled heat exchw1ger linked with
the devar. Tex-
perature stabilization tLnd control are effected by application of a
controlled voltare
to the end of the tubing passing Into.the devar., O~,tlg. art. heat
I figure. 1641-
BUD COM 1611-Lwk DATE, lijui63/ OHIO-REF- 004)/ OTH REFt 000/ ATD
PREM:
cwdl/i JML 6RI'l u 35A

L 22738-& EPF(n)-2/FWA(h)/W(1)/7WT(x)
!ACC NR: Ap6oo7959 SOURCE CODES
AUTHORSt Antonov A. V.; Merkullyev,
16RG: none
:TITLEt Temperature dependence of the
%
UR/,--089/66/020/002/0164/0165
Yu. A.; Granatkin, 13. Vo
YJ
diffu;sion parameters of
~trons in water and in ice
~n
SOURCE: ??Atomnaya energlya, v. 20, no. 2, 1966, 1614-165
~TOPIC TAGS: neutron diffusion) temperature dependence, water,
Am, i
;neutron cross section, transport property
!ABSTRACTS This Is a continuation of earlier work by the authors
1 (Atomnaya energiya Ar. 12, 22, 196'2 and 13, 173, 1962), where
they
;,determined the temperature dependence of thil diffusion
coefficient;'
;D(t) and of the diffusion-coollng coefficient C(E) of
thermal-neu.
;'trons for water and ice. To reconcile the earlier results with
those~
~of W. W. Glendenin (Nuol. Sci. and Engng. v.. 18, 351, 1964),
the
iauthors used the experimental values or D In water to
calculate, by
,tmeans of elementary formulas) the values of the transport cross
-Card

L 22738-66
jACC NRI AP6007959
setition or thermal neutrons and their temperature dependence.
They
al3o calculated the temperature (,ependence or the mean square
or the
iexchange energy for water and fo%, lee, with allowance ror
the non-
diffusion correctioncf the diffusion coefficient. The
calculations
show that when water Is heated thu mean sque.re exchange
energy per
I
*hydrogen atom increases 11 thereby facreasing the diffusion
motion of
the molecules in the water and w~iakening the interaction
between the
liquid molecules. The reasons for this Increase are the
weakening
lof the molecular forces that prevent the exchange of energy
between
ineutrons with increasing temperature, and the fact that the
rotational,
motion or the water molecules approaches the motion of the free
rotator. The earlier investigation was base,-.1 on the
assumption that
the transport cross section Is proportional to the reciprocal
square
,root of the envrgy, and the present results i,lonrirm this
assumption.
The authors think I. M. Frank and M. V. Kaza.-Movskly for
reviewing
the article and rem-a-Ne-7-TRg. art. hast 2 Tigures and 2
formulas.
SUB COD93 20/ 'SUBM DATM 25Aug 65/ ORIO REP., 004/ O'M RM 00~

ACC NRs A wlicF, CODL: UAR/0160%/or" 00
A107,1011: Antonov, A. V.; Belyayevap A. I.; Ycrc.-.cnko, V. V.
O~X: 11hvoicotechnical institute of Low Temperatures, AN VAYGOSR,
aur'kov (7izl&ko-
teklunicheskiy institut nizkikh temperatur AN UkrSGR)
TITLE: Low temperature anomaly in the absorption rpectra of
antiferrom,-ZnCtic RbMnF3~
a n d &N'.n -73
SOOICE: ?izika tverdoZ;o tela, ve 8, no. 11, 19,06, 3397-3400
T
O?IC TAGS: absorption spectrum, antifcrro,-.N;netic m%tcrial,
Neel te-perature, te.M-
pcrature dependence, low temperature research, line splitting,
lu;m1nescence spectm-a
*M" IL
IMC": 7his is a continuation of earlier work (FTI~ v. 6, 3646,
:.56- and preceding)
J
and is devoted to the C-Croup (-3900 4) of bond:; in t'Ae
absorption spectrum of anti-
ferromaCnetic Rb,%tnF3 (Neal temperature TN. - 82K) and 'WnF3
(IN, a 83K), vi,.ore tt-l"Ue-
ture becomes quite m-nplicated at T < TN,. "Ahe measurement
procedure wa5 described
earlier (F"i"i v. 6, 1967, 1964). Investigations were made at 4.2
- 200K. Zhe ab- I
sorption Spectmm Vas photographed with a diffraction spectroaraph
(Dn-8) and then
photometrized (,%7-2 microphotometer). The results show that with
decreasing tempera.-
Lure the number of bands in the C group increases 4,r(x% two to
seven in the case of
1Rb%tn1%'3 and six in the care of WhF,3, in analogy with the
sylittir45 observed for Other!-
antiferromagnotic crystala. The tenTerature dependence of the
most intense of the
bands vaa alao investigated and the connection betwien the
anomalies In the absorp-
1/2

NCC149- A 37000
tion spectrum and the anomalies in the luminescence spectrum of
RbYnF3 and WnF3 is
diccussed. It is deduced that the anomaly in the absorption
spectmip observed by
~
f.he -authors for the first time, can also be related to the
ordering of the spina of
the excited vn++ ions. Particular attention is paid to the
temperature dependence
of the first band to appear with decreasing temperature (Ca),
which exhibits an &nom-i
aly belou 30K, and"Aich is a magnon satellite of one of the
original band& (C3.)
Orig. art. has: 2 figures and I tables
&-B con: 2o/ sm DATs.. 23may66/ om Rw: oo4/ REP: ow
Card 2/2

Steam Motors
Measurement of high pressure steam consumption by means of
welded-in diaphragm*
Blek, Sta.9 23, no. 2, 1952
Insh. land. Tekhn. Nauk.
2
508 Month List of Russian Accessions, Library of Congress#
April _ _195JO Uncl.

A A A
ft N -1-0-M _tj.
Subject USSR/Engineering AID P - 2556
Card 1/1 Pub. 110-a - 8/13
Authors Pillmonov, A. I., Kand. Tech. Sel., and Antonov"A. Y&.,,
Eng. P" - WN Oft4kWWV"%W%4
Title Influence of water cooling in gage glasses on readings
Periodical : Teploenergetika, 6, 37-39, Je 1955
Abstract t The causes for errors occurring in the readings of water
gage glasses are analyzed. The possibilities or estab-
lishing the actual water le,tel In the drum are presented
with theoretical and mathematical equations. Suggestions
for improvements In the desIgn of the Installations are
made. Five diagrams. One American reference, 1953.
Institution: All-Union Heat Engineering Institute
Submitted t No date

~i y-

AROWY Al. Yn. inshonor; PANASIVIOD. N.D. Irmndidat t0firlehookkh
neuk,
Effect of steam content of the water volune on the critical
altitude
of the xpece occuoied by steam In the drum of a boiler unit [with
smr,mmr,,, in English). Teploonergettka 4 no.8:39-42 Ag '57.
(MLRA 10:9)
1~ Vaevoyutuy toolotekhnicheekly institut.
(Food vottor)

KOSTRIKIN, Tu.H., kand. tekha. nauk; JYTOWOV, A.Ta.. insh.
,,~* ..........
UsIng radioactive isotopes In power ongine"ring. Bnergretlk 5
no,11:
34-38 N 157. (Blectric anginenring) (Radioisotopes) (RM INV)

Ll
14
V -4
A4 H
-3 4F i
b!3
P4
.0, 1,4
fie K L.
a
jig
-lot
H. 0% us -
ad a I Wn
Al
M:

AIMOMT, A.Ta., tuh.-, DIK. I.P., insh.
Design of outdoor power plants and expori"neo in
the operation
In the USA, Teploonergetilm 6 noel:8547 Ja 159,
()a RA 1211)
(United States-Alectric power plants)

SOV/96-59-10-8/22
AUTHORSt Panasenko, M.D. (Qand. Tech. Sci.) and
Antonov, A.Ya. (Engineer)
TITLE: C~_n_e_ria 11ts-e-d-Ve-1-a t ions hips of
Mechanical Carry-over by
Steam
PERIODICAL: Teploenergetika, 1959, Nr 10, pp 44-49 (USSR)
ABSTRACTs This article is concerned only with dropwise
carry-over
of contaminants from water to steam and not by
contamination with materials that dissolve In the steam.
The process Of CUrry-over is very complicated and not yet
susceptible to nuithematical treatment, and accordingly
investigations or the subject have been almost entirely
empirical. In particular a study has been made of
3eparation prooesses in bubbling columns of various sizes
and at various pressures. Dimensional analysis has been
used hitherto fcr theoretical generalisation of experi-
mental data. Urlier work on this subject is briefly
reviewed. If the carry-over factor Is plotted In log/log
coordinates as a function of load, as shown Jn Fig 19
then the curve shows three regions of different slope.
Ca rd The first corresponds approximately to the first
power of
the load, the second to about the fourth and the third to
tho seventh-twentieth power of the load. Corresponding

GOV/96-59-10-6/2 "
GeDOr,Allsed Relationship of Mechanical Carry-over by Steam
to theso three zones of carry-over there should be at
least four zones In the boiler drum or in the bubbllng
4o.tuwn, as shown In Fig 2. The upper zone contaIns steam
with fine drops in it. Tile second contains larger drops
whtch arej however, not tran:iported by the steam. In
this -ogion, the wetness Of tile steam is governed mainly
by th~ untransported drops. The third zone contains large
heavy drops which are thrown ap and fall back again, and
the rourth zone contains water with a certain proportion
or steam bubbles. ir ti-lo salt ccntont of the bollor water
Is hight the general picture is usually much the samo,
though the zones are displaced upwards. llowo*ior~ under
certain conditions It is possible for stable foam to form
at-, thit boundary between the thlrd and fourth zones; this
article is concerned only with water that Is pure enough
not to foa-t. The boundary between ths th!rd and fourth
zones corresponds to the true water-level- which irsay
differ from that shown on the water-lovel gauge bec:ause
Card the water in the gauge is cooler and that In the drum
aontains ateam bubbles. The correct' ton t., be applied to
tile gauge reading to obtain the true reading deponds
mainly on the amount of steam in the boller water.

SOV/96-59-IU-6/22
Generalised Relationship of Mechanical Carry-over by Steam
The surface separating the second and third zon93 13
called the spray front. Separating and steam-washlng
devices operate differently in the different zones and so
it is important to be able to locate them. The shape of
the carry-over curve as a function of load is explained
in the following way. At low loads or steaming rates,
individual bubbles leaving the surface of evaporation do
not intorfere with one another and so the numbev of drops
per unit volume of steam does not depend upon the steaming
rate. At higher steaming rates the bubbles are broken up
with su-~h force that drops are carried up Into the steam
space, so that the steam wetness depends very greatly on
the steaming rate. Finally, the upper layers of water are
so saturated with bubbles that they begin to run togethert
considerable quantit.~es of water are then thrown Into the
steam spaca and the wetness of the steam depends even more
intensely on the loading. In many cases published data
permit of approximate location of the point of transition
Card fl-om the second to the third region of loading so
that the
3/5 spray front can be located. Tran3ition from the second
to
the third load region probably occurs at a *.volumetric

SOV/9t~-59-lu-8/22
Generallsed Rolationship of Mechanical Carry-o7or by
Ste&m
sterim nontent of 0.5--0.?. Methods of etaluatlng the
volumetric steam content near the surface aro briefly
dis,3ussed. A simple mathematical analysIs o," the shape
A
of the ourve of carry-over as a funatton of load is then
vf tared. Nq (8) is derived for the c-irry-o-;e.- as a
N*nctlon of steaming rate for the ser,.:?nd region ef the
curve. This IR In satisfactory SgTiement with the
results plotted In Fig 3 which are derived frc~m a number
of published works. It follows tl%st tho? system of
eriteria given here, originally publl-.;he~! by K;azhilin,
may be used to determine the point of. J.Rtersettion
between the second and third regloti3 of the curvo. A
o-ollection of thirteen sets of published res*alt.,; on
cr'-tical loads are tabulated and were tised to make
Ca. .~alatlons of the power to which tho !,)ad i~; talsed
at
ths; two transition points. The re5ults are p'.otted In
Fig 4. The %alue of carry-cvar at the crlt-1(741 point may
be determinod from Eq (9). Hence thq tielght of
Gaid the steam space r-.an be found, or, alt9rnatiiely,
the
4/5 critical load can be found from tile given height, of
steam
spal,e. The relationship between the tiritlia).
(.azry-oier

SOV/96-59-10-8/22
Generallsed Relationship of Mechanical Carry-over by Steam
faetor and the pressure and velocity of steam and the
height of the steam space is graphed In Fig 5. The
results obtained may be used to calculate the height of
the steam space and the coefficient of salt carry-over
when the steam is bubbled through the surface of
evaporation. It is assumed that the surface of
evaporation is uniformly loadedt but it is explained
Card how the equations can also be used In some other
ease$.
5/5 There are 6 figures, 1 table and 12 Soviet references.
ASSOCIATION: All-Union Thermo- technical Institute
(Vse&oyuzryy
t'eploteLhnicheakiy iaBtltut)

SOV/016-60-1-2u/22
AUTHOR: Antonov,___&,_Y Engineer X1
TITIS- An Automatic High-sensitivity Flame Spectrophotometel
PERIODICAL: Toploenergetika, 1960, Nr 1, pp 89-92 (USSR)
ABSTRACT: The principles of flame photometry are explained. Then
there is a description and review of the article by W.
A. GrAndall and W. Nacovskv on "The development and
operation of an ultrasensitive recording flame
photometer" which appeared in the Proceedings of the
American Power Conference Vol 20, March, 1958. There
are 5 figures, 1 table anA 3 references, 2 of which are
Soviet and 1 English.
Card 1/1

- - EV M NAM
PANA.5EM,08 M.D.# kand.tokhn*n&ukj ANTONUV$ A.Yao, insh.;
YVRINAI V.N., iMLhqj
KOZLOV, Yu.V., insh.
Vioual observatiun of procposeg in the drum of an operating
boiler.
Toploonergetika 10 no.2t23-26 F 163. -(MIM 16j2)
1. Voesoyusnyy teplotakhniche:k institut,
(Boil rs~

A!Y_QW#-A.Y&op kande tekhn. naukI KOZLOV, YuVesinsho;
FOMM, V,N,l insh,j
BMOVBX&rA, L,,G,, insh,j BULAVITSKIT, Tu*Mbv inihj
GRI=xA, ye.A.#
insh,
Testing of a boiler with ~20 ton/hour evaporative
capacity vith
individual soparating doviceae Slako atao 34 noo5t7-10
My 163*
(Bollemwi.-Testing) (Kau l6t7)

KRUGLIKOV, S.S.; VOROBOYEVA, G.F.1 KUDRYAVTSEV, N.T.1
YARLYKOVM.M.j
ANTONOV, Ajae a
Meahanin of surfaes leveling in the electrodeposition
of mUls.
Dakle AN SM 149 no.4t9ll-914 Ap 16). (MIRA 160)
1. Moskovskly khImiko-tekhnolcOgicheakly Inatitut in*
D,I,Mandeloyeva,
Predstavlano akadealkas A,N.Fruxkinym.
(Aleatroplatipg)

KRIMILIKOV, S.S.1 KUDRYAVMEV, N.T.1 ANTONOV, A.Y*.j
DIU81NSKIT, A,V,
Use of a ro-tating disk electrode for the study of the
mechanism of
surface leveling in electrodeposition cf metals. Trudy
MKHTI no,"t
7449 164. (MTRA 18t1)

KRUGLIKDVO S. S.j KUDRYAMEV,, N. T.; ARMNOVO A. Ts*j
DRIBINUffs, As V,
*#. study of levilling in nickel and cooper.0
Report to be submitted to the Internatioftl Counail For the
Ilectrodeposition
and Metal FinisUng, 6th International Metal rinishing
Confervneep Lordon,
England, 25-29 May 66

LIPF"y S # A# ill, p I I , tj(q.VL)C,1j? , y1t_,.
nauk; AN'TCSov,` A,YA4 , .I ; ; V. A. 0, K&r,!, I.
ekj,r..
'J80 Of 1'4)ev with intorrat! i.ongltudinAl fills Ih
an Intomodiato
suporhoutera, Tep1oonergaLika 12 rwo8:0--Z7 AR '65,
(M-Plk 18:4)

ANTONOV, A.Te.
Hydrological con4itions In the North Sea In
Ain-11 1957-
Blul~Okean kom. D0006-52 '59. (MM 130)
1. Haltiyekty nauchno-lasladovatellskir Institut
norskogo
rybnogo kho%Mstva I okeariograftis
(North Sea-Hydrolog7)

ANTONOV , ~A.Ye.
Forecasting the time of migration of the Baltic herring
to the Vistula
Lagoon and the beginning of-Its apkwning period. Vo ikht.
no,161'
131-136 160. f;U PA 3A 14)
I.,Baltiyvkiy nauohno-issledavatell8kLy inatitut morakogo
rybnogo
khosyaystya i okoanografii.
(Vistula Lagoon-Herring)

ANMNOV, A.Ye.
Hydrological conditions in the southern Baltic in 1959
and the be-
ginning of 1960 and the prediction of spawning
migrations of the
Baltic herring and cod. Trudy BaltNIRO no.7:67-69 161.
(MIRA 15-.2)
(Wtic Sea-Aydrology) (Baltic Ses.-Aerring) (Baltic
Sea--Codfish)

AMNOV, A.Ye.., VIASMO, II.B.
Distribution of phosphates and silica in the bouthern baltic
In
1957-1959. Trudy BaltNIRO no.7.-70-77 '0. (MIRA 15.2)
(Baltic Sea--phosphateso, (Baltic sea--Silica)

.C --lia; A- YK-
Dissertation itfended in the InBtltute of Gceanop,,raphy
for the academic
degree of Candidate or Geop,,raphical Sciences:
"Mult-i-Annual Changes In WdroloRical Conditions in the
Soutli Baltic
Sea and lheir Fr"ect. on Fishing."
Vestnik Akad Natik No. h) 1963; pp, 119-145

XNTONOV, R., i!lzh.; GA7EV, G., Inah.; SUCUOV, Al.,
irzh.
P,1 ' -illtins of manufacturing drills with plmstic
conic shafts.
Mashinostroane 13 no.1204-36 D 164.
1, Higher Institute for the Mechanization ahd
Electrification
of Agriculture, Ritse.

ANTMOV. B.
JL~g_v, B,, - "Stuo~, of the fpc tors whIch N-ve Pn o-l'oct
)n proclvlorz
Simkin, A. And AaL I
springs (utill7ed in lnstru~.e,-.t bulldingO." Tmd;,~
Stt.derx-!~. ')-VP
(Foscow technlcpl collpge Im- 2, 191-9. P. .' 1-51>
SO: V-LI55. IL August 5), (letopis 'Zhurnel Inykh Stptey.
'.:o. 15. 19-1,q)