SCIENTIFIC ABSTRACT ARNOLDOV, M.N. - ARSENISHVILI, A.YU.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002200210018-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 98
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR UDC 621-039.534:539.219.1(088.8)
ARNOL'D t-N. BTANOVSKIY, M. N. , PLESHIVTSEV A. D.
-'~fethod for Determining Admixtures in Liquid Metal"
-Sposob opredeleniya primesey v zhidkom metalle (cf. English above), Authors
Certificate USSR, Class G 01 n 33/20, No. 335607, Announced 12 Oct 70,
Published 12 May 72 (from RZh-50., Yadernyye reaktory,~No 11, Nov 72,
Abstract No 11.50.135 P)
ethods for controlling the content of
Translation: The invention concerns m
admixtures in liquid metals used as coolants in -nuclear reactors. The method
is distinguished by the fact that the coolant In the indicator is cooled
monotonically by the cooler. When the coolant temperature becomes equal to
the temperature of saturation by its admixture, the latter~is crystallized
into a residue which is caught in openings.of the Indicator. In the proposed
method the rate of clogging of the indicator and the temperature of the
beginning of clogging are measured. The rate of clogging depends on
the form of the admixture going into precipitate, other conditions being equal.
50

Nuclear Science and,Technology
UDO 621..639.566:669.054(088.8)
USSR
ARI -M. N. IVANOVSKIY, M. N., FILIPPOV., 1. T., and SIDIATKO,
%L
A.,
".A Crystallizer-Accumulator"
USSR Authors Certficate No 275247, filed 13/1'1/68i published
22/10/70 (translated from Referativnyy Zhurnal-Yadernyye Reak-
tory, No 3, 1971, Abstract No 3.50.31 P)
Translation: A crystallizer-accumulator is patented for purifi-
cation of liquid metal heat-trans,fer media of impurities and
corrosion Droducts in a system consisting of a cooled body and
pipe lines for supply and drainage of the heat-transfer medium.
In order to improve purification by creating agitation of the
'flaw of the heat transfer-medium,!.the internal surface of the
cooled body carries a number. of parallel ribs mach of a material
with high heat conductivity, equipped with an aperture for
passage of the heat-transfer medium...

Nuclear Science and Technolog~
y
UDC 621.039.566:669.054(088.8)
USSR
ARNOL'DOV. M. N. IVANOVSKIY, M. N., FILIPPOV 1. T., and SIBIATKO,
"A Crystallizer-Accumulato.-l'
USSR Authors CerttLcate No 275247, filed 13/11/68,,published
22/10/70 (translated from Referativnyy Zhurnal-Yadernyye Reak-
tory, No 3, 1971, Abstract No 3.50.31P)
Translation: A crystallizer-accumulator is-patented for purifi-
cation of liquid metal heat-transfer media of impurities and
corrosion products in a system,consisting of a cooled body and
-pipe lines for SUDply and drainage of the hea~-trahsfer medium.
In order to improve purification by creating agitation of the
flow of the heat transfer-medium,~the internal surface of the
cooled body carries a number. of, parallel ribs ma(h of a material
with high heat.conductivity, equipped with an aperture for
passage of the heat-transfer medium,

:112 043,- UIN C. L-A SIIPIED, ~PROCESSING DATE--090CT70
TITLE--.SfjLUBILITY OF GASES IN A SODIUM.AND POTASSIUMEUTECTIC ALLOY -U-
,:AUTHOR-(05)-AR;-iUL22yj.M..N.v IVANOVSr lyl M4N.t MGROZOVP V.A.t PLETENETS,
SUBB"UTT"tZ", V.I.
~~CuUNTkY OF INFO--USSR
SUURCE--AT. ENEAG. 197U, 2811)t 18-22
DATE PUiJLISHED-----70
-MA TER I A LS
,,.,-SUBJECT A RE A S CHEMISTRY
JUPJC TAGS-SODIUM ALLOYj, POTASSIUM ALLOY, EUTECTLCI ALKALI METAL,
HYDROGEN, ARGON, SOLUBILITY, GAS~PROPERTYp LIQUID METAL
UNTROL IMARKING-NO RESTRICTIONS
CUMENT CLASS--UNCLASSIFIED
kEL-L/FRAM[---1995/lj2l STEP NO--UR/008,,~/70/02$i'/001/0018/0022
CIRC ACCESSION NO-AP01161-61
U-NCLASSIFIED
12090ml BA-10mllm'41 BRAAW 0 111111-11210" i I MI, 1h-6 121-111 9= 11 k h 1 il~' 1 k 1 ii

-212 043 U144CCASSI PIED PROCESSING DATE--090CT70
C,IRC ACCESSION NO-AP0116781
.-A8STRACT/EXTKACT--(U) GP-0- ABSTRACT AN APP. USEJ 10 iMEASURE THE SOLY.
C UF GASES IN MULTEN ALKALI METALS IS DESCRIBED. ~ THE: C OF H SU132 IN A
78.2 1J.PERCENT K-21.8 WT.PERCENT'NA ALLOW IS DESCRIPED BY THE EQUATIUN
'T)v
LOG (C TIMES 10 PRIME-4) EQU4LS b."t3 MINUS 12,570- Wlit-RE C 15 IN
KT.PtRLENT AND T IS THE TEMP.P.WEGREESK); THIS LQUATION 15 VALID FOR H
H
S*UU,2 CGNCN. BELOW THE SATN. POINT, I.,E.i WHEN THE RELATION SET4EEN THE
SU62 C G N CIN -AND (P) PRLIMEQ.5 (WHERE P 15 THE .4 SUB2 PHESSURE OVEk THE
ALLGYJ:IS LINEAR. AT 300DEG.REESs LUG C FOR N SUGZ, HET AND AR IN THE
ABOVE ALLOY (WHERE C IS ATOM FRACTION-KG-CM PRIAE21 UNUER I ATM IS MINUS
-MINUS 5.1t RESP*
MINUS 4.91 AND
UNCLASS I F IED

USSR UDC 632.95
ARNOL'DOV,-Ye. MITYAKINSKIY, V. I., GLADILIN, I. N., YAKUBA, A. R.,
KOSTITSIN, B. A., KIYASHKO, V. K., KAZ'MIN, M. F., SHUL'HAN, V. N.
"A Method of Making the Discharge Form of Copper 2,4,5-Trichlorophenoxide"
USSR Author's Certificate No 345121, filed 14 Feb 69, published 9 Aug 72
(from RZh-Khimiya, No 9, May 73, abstract No 9N509P by~T. G. Chekareva)
Translation: A method is proposed for making a commerical form of copper,
2,4,5-trichlarophenoxide (I) used in making poisons. A wet paste of com-
pound I is filtered, pressed to a moisture content of 50-55%. loaded into
a crank mixer, and mixed with talc and kaolin in a ratio of 1:1:2 respective-
ly, The mixture is agitated for 1-2 hours. It is then loaded as a powder
containing 16-20% moisture into a drier with a fluidized bed of inert
material. The degree of moisturizing ofthe dry product in the cyclone
ja of the order of 96-97%.

USSR UDC: 8.74
AROLOVICH, V. S., MIKHALYOV, V. M.
"Algorithm for Diagnosis of Dead Ends"
Zh. vychisl. mat. i mat. fiz. ' 1972, 12 No 6, pp 1543-1553
(from RZh-Kibernetika, No 5, May 73, aFstract No 5V783 by
the authors)
Translation: An analysis is made of dead ends, i. e. situ-
ations in which some of the problems solved on a computer
in a multiprogram mode cannot continue their solution due to
mutual dependences. It is proved that if the dependences of
the problems are represented by a system of equations and
their left parts are multiplied, then~the problems which fall
into a dead end can be determined from the form of the resul-
tant product. In terms of a matrix constructed from this
system of equations, an algorithm is formulated which enables
finding the minimum sets of.problems whose completion by
special means, or elimination from the number:of solved prob-
lems does away with a dead end in the system. The presen-
tation is illustrated by examples.
1/1

Oscillators and Modulators
USSR UDC: 621-374-42
ARON, A. Ya. and FOMIN, N. No
"Phase-Frequency Characteristics of a Regenerative Frequency
liultiplier Using a Tunnel Diode"
Moscow, Radiotekhnika, No 9, 1972, pp 46-49
Abstract: The purpose of this article.is to set up the phase-
frequency characteristics of a frequency multiplier using a tun-
nel diode oscillator synchronized to a subharmonic. This circuit,
which has a number of advantages over resonance frequency multi-
pliers now in general use, was investigated by the authors named
above in an earlier paper published in the same journal (vol 27,
No 6, 1972). In the present paper, the authors use, to determine
the phase-frequency ciiaracteristics of the circuit, the shortened
eauations describing the oscillator with a short-circuited line
segment equivalent to the inductance, with the nonlinearity of the
tunnel diode canacitance taken into account. Anequivalent cir-
cuit of the frequency multiplier is shown, and the phase-frequency
characteristics are plotted for various values of the external
signal amplitude. The device has broad synchronization bands and
can multiply the frequency of signals with large deviations at low
distortion.
Egg

Dee~iceis
USSR UDC 621-374.42
FOMIN, N.N., APrW- A-XA-.[Members, Scientific-Technical Society Cf Radio
Engineering, Electronics,.And Corr.-inications imani A.S. Popov]
"Regenerative High Yultiplicity Factor Prequenc,,r MAItiplier Based On A Tunnel
Modell
Radiotekhnika, Vol 27, No 6, June 1972, pp _88-5X)
Abstract: A choice of parameters is consideTed for a generator based on a
tunnel diode, during its use as regenerative high multiplicity factor frequency
multiplier. Experimental data are presented which show that on the basis of
generatora with high-current high-frequency tunnel di.odee, designed for maxi-
mm power yield, it is possible to create a fre~'Iency waltiplier for the deci.-
meter and centimeter range- 3 fig. 6 ref. Received, 19 January,1971-
1/1

USSR UDC 621.762.002-5~1088.8)
ARbN, P. M., YAMNITSKIY, E, L., KUMING, S. YA., and IST01,1111, V. A.
IlApparatus for Treatment of Powdered Katerials"
Ussr Authors' Certificate No 259690, Cl. 81ei 11, 2lg731/03. (B 65 j, H 01 F)v
filed 26 Aug 68, published 2 Jim 70 (from Retallurgiyal 110 3, Xa-- ?1,
Abstract 110 3G472 by 0. Padalko)
Translationt The initial charge for thermochemical production of ferrite
powder is delivered from a hopper onto a rotating disk and travels on it to
the reaction chamber. An ignition device in the chamber submerges into the
charge layer and ignite3 it. When the combustion front goes beyond the con-
fines of the chamber, the drive switches on, and a new charee batch moves
into the chamber. Removal of the powder leaving the chamber is effected by
a scraper.
1/1

`96.6: 621-318(088.8)
USSR UDc 621-3
M., R'YABKOVA, L. D., YERASTOVA, V. I.
"A Method of Producing Ferrite Powders"
USSR Author's Certifiggte flo-25249 Filed 15 Jan 68, Published 13 Feb 'T(j- ('rom
RZh-Radiotekhnika, 110 10, Oct 70, Abstract No 10V409 P),:
Translation.: The proposed method of producing ferrite powders by cr-ushing a mixture
of initial oxides and annealing the mixture with subsequent pulverization is dis-
tinguished by the fact that the activity of the powders is increased by adding to the
mixture of initial oxides UP to 5 wt.,% ammonium sulfate, band annealing the mixture
at the temperature of interaction between ammonium sulfate and.the oxides for five
hours, followed by a raise in temperature to 800-1,0001C.~

7)
UDC
TMIDENCY Or LO-4-ALLOY STEELS TO C:)LD-S11ORT11rFs roR MtTALLIC
STRUCIVRES
I.-Aronc. z:ovo-
(Article by Y_A.
r- 'ons i~
14tal'avkh .1. -ru~-,tt4 R,as-
ibirsk, Milado Sta r1
:ia,n,_nirned,,to pr-399-6 August.1270, pp ;~17-7~11
The amount of structural work In the eastern and the
northern regions of the nation It growing especially fast
at the present time. In this connection, one or the real
problems in "construction" metal research is seel~ing cconomi_
cally effective steels with a low threshold of celd-shortness,
lete eval-
as well, as the development of methods for a more compl
uation of this property.
The mostuidely-used method of evaluatinr, the tandentV
of one or another ateal to cold-shortness is the method based
on determining the impact strenrth in the terperature range
from +200 and below.
A whole series or AUS5 not-no reflect this method, ac-
cording to which the minimally allowable values of the -impact
strength are established that are deternined on to,At bars of
type I (according to AUSS 9454-60) at fired tenp-vr,itures.
Because of the spread of the method of impAet test a
and their "convent Lonal ity" a huge amount of naevlal has, bean
collected on the dependence of impact strength of type I tent
bars on temperature for steels uses in various !~rnncfier of
industry and construction. This gives a I-road base for a
qualitative compartnon of steels among themselves.
ror convenience of comparison of the variouf; brands