SCIENTIFIC ABSTRACT ZHIVOTINSKIY, L.A. - ZHIVOTOVSKIY, N.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002064830002-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 20, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Films. on Welding SOV/235-~~9-8-22/24

/006
S
/118/61/000/005/003
Auxiliary welding equipmentes* D203/D306
welding, automobile cha~ssisframesj universal manipulators of 5-ton
capacity are usedo In the Urallskiy zavod (Ural.Plant) forchemical
equipment. the.use of a manipulator for welding the bottoms of twiks" has
simplified the.operations considerably. The records of the Dneprodzer-
zhinskiy vagonostroitellnyy zavod (Dneprodzerzhinsk Car-Construction
.,,Plant)-show't.hat,using a ring edging maChine has cut the labor. required
in welding the side edge of an undercarriage by 30% . In the "Rvstsell
mash" plants the use of special edging equipment forlwelding the frame
of the Ck-4.combine:(SK-3) resulted in shortening the time (0.377 hour
..per frame)*. In the Mogilevskiy mashinostroitel"nyy Zavod (MoKilev
Machine-building Plant) the'Introduction of auxiliary tools has ~cut the
time lose by 35%. Researchcarried out by the Ysesoyuznyy proyektno-
tekhnologicheskiy institut tyazhelogo mashinostroyaniya (All4nion
Design and Planning Technological Institute for Heavy Machine-Construction)
has shown that the1evel of mechanization in welding production is
clearly inadequate. Even in such large plants as Uralmashzavod and
the one at Novokramatorskj the auxiliary equipment is limited. One of
Card 2/4

S/118/61/000/005/003/006
Auxiliar welding equipment*.~V D203fi3O6:
the reasons affecting welding production is that hitherto the auxiliary
equipment is notyet standardized. The All-Union.D.esign and Planning
Institute has worked out 10.new types of equipment inAhe last few
years. These could be applied.to all types of parts being welded with
weights.from 100 to 101000 Kg,and of dimensions of 5000 x 5000,x 1500
-mm., Varioua types of equipment for hand welding have also.been,designed
for parts weighing up.to 5 tons and for tank welding. A universal
manipulatorof the type.YCM-500 (USH-500) is used for parts up to 500 kg,
A universal edging.machine-trolley has a useful capacity,up to 12 tons*
It has 'two wings whichare normally in a horizontal position, but could
be raised to 900 by the hydraulic drive. When one wing is raised, the
otherlis lowered* This welding equipment could be rolled underneath
the part to" be welded and:thel~edging operation done in this position.
It is expected that such universal trolleys will be built for hoists of
50,80 tons and more, The organization of productionlof auxiliary
equipment in 8 plants with an outlay of 3.7 million roubles in 1961 and
up to 12 million roubles in 1965 is envisaged. In 1961 the Gorlovskiy
Card 3/4

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PIUNOVSKIY9 I.I., kand. tekhn. nauk;.~N.,j,;,, kand. tekhn.
nauk; RUKTESMI, S,V.9-kand. takhn, naukj _NTWEL 1
B.N., kand. tekhn naukj BUTVILOVSKIY, F.A.9 inzh,;
KORZHMS&AYAp R:A., inzh.; LOGUNOVICH, I.P., inzh.;
UTEVSKAYAO L.I., kand. tekhn. nauk; RUNTSO, A.A., kand.
tekhn, nauk;,NAGORSKIY, I.$., kand. tekhn. nauk;
TERPILOVSKIY, K.F., kand. tekhn. naukj LOSEV, V.I.p kande.
tekhri. nauk; YAROSHEVICH, A.A., kand. tekhn. nauk;
KATSYGIN, V.V... kand. tekhn.naukp redej BOROVNIKOVA, It., red.~
(Problems of the technology of mechanized agricultural produc-
tion) Voprosy tekhnologii makhani2iroyannogo sel'skokhoziai-
st'vennogo proizvodstva. Minsk# Izd-vo nUrozhai." Pt.2. 1964.
336 P. (MIRA 17:7)
1. TSentralM7 nauchno-issledovateltskiy institut mekbani-
zatsii i elektrifikatsii sellskogo khoqay8tva nechernozemoy
zony &%SR.
pq 11i 11,; 1 It UN-
77

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15-1957-3-2800
Translation froni: ReferativW zhurnal, Geologlya,, 1957,, Nr 3,-
PAO,~.(USSR),
AUTHOR: Zhivotovskaya.- AOI&

TITLE: The-"Brown~'Clays of Southern Primorlye and the Tertiary-
Quaternary.Boundar y.(0 "burykh" glinakh yuzhnogo Frimorl-
ya itretiehno-che tVertichnOy granitse)
'PERIODICAL: Materialy Vses* n-i* geol. ifi-ta, 1956, Nr 1, pp T4-88
ABSTRACT: "Browe clays have been identified as weathering crusts
on basalts (Us7buri.river basin), gneisses, and.Arch 4
e.4n
(Kabarga river basin). A gradual transition is
obsex~ved--from the,stage of mechanical disintegration to
the-clay stagei The rocka Qf the ~;ruat.of,weathering
i
,
tux47i inasmuch as they di-s-
are ~ af Peoted by their. strua
i
intqgrate into inAividual*pol-.yhddra1 and tra
pezohedftl
to 6 mm across The rocks lack stra-
-forma averaging 5
.
tification, are very dense, and Lve little plasticity.
Thermal, silicate, and spectralanalyses of the clay
fraction indicate beidellitic cla:~ with abundant iron
Card 1/4
1 t I

-3-2800
15 1957
The "Brown" Clays of Southern Primorlye and the Tertiary-quaternary
Boundary
(combined.as ferribeidellite), -The iron is also present in
oxide f orm, which gives the rock its color (shades of brown).
The change in the mineralogy of the sandy fraction of the clay
layer depends on 'the original composition of the rook. This
weathering crust is widely developed in the basin of the Ussurii
Riverp wheretha parent rocko are biotite; pyrQxenep plagioalase,
and garnet gneisses; Archean and Proterozoic schists; migmatitea;
pegmatatites; and late Tortiary.b-Asalts. In the basin of'the
Iman, Ulakhes and Daubikhe River 's, the crust of weathering has
formed on porphyries and Parmianlinadstanes and volcanics. The
thickness ranges from 0.5 to 45 d (in the lower course of the
Ussuri-River),.In' places) redeposition of the crust has been
observedi and the clays now rest on Pliocene gravels. The min-
eralogy of the, reworked crust is the same as that of the clay
which occurs An situ. , The specific gravity of the latter is
somewhat greaTe-i -because heavy minerals from the parent rocks
are~still present in it. The author considers swelling in the
clays to be the cause of movement of the crust.. Such swelling
Card 2/4
-Fr -1rTT7,--

i5 -1957 -3-2800
The "Brown Cln-vs of Southern Primor"ye and the Ti3rtiary-Quaternary
Boundary I
causes the volume to increase several times and induces the clay
to creep over .other rocks. The,somewhat unclear geomorphologi-
cal position of.the.."browntl clays has not permitted the strati-
graphic position to be ascertained., and this uncertainty has
led investigators to consider them as transitional formations
between th6:Tertiary and the Quaternary. The nature of. the
weathering and,the presence of pollen from xerophytic plants
in both the ~Itbrown" clays and the underlying gravels permit
their unification' into the single KhankayskAp series. 'The under-
lying Sayfunskqa series was deposited in a moist and tempera-
ture climate, as.shown by plant remains. A time boundary is
clearly drawn betweenthese two s,ories. The gravels of the
Khankayska0a series ~ cons.is t of slightly def orwed layers, which
were deposited,by mountain streams. And inasmuch as they are
covered by clays, they occur on divides and are not connected
with modern networks-of water drainage. This relation defines
their age~aB.pre-Quaternary (upper Pliocene). The Suyfunskaya
series is considered to bb lower.Pliocene,- The change in plant
Card 3/4

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ZHIVOTOVSKI'Y, - A. --- --- -
Type of a river tanker! Rech. tranap. 21 no.5:26-Z7 Yq 162.
(KRA 15: 5)
I- Nachallnik Otdela Glavno2o konstruktora savoda. "Xrasnove

-2-2255
Translation from- Referativnyy zhurnal, Metallurgiya, 1958, Nr 2, p 6 (USSR)
AUTHOR: ZhiVO tOV5ki v. A.A.
.--..:T.ITLE: -What-the Designers at Yagodnyy Are Working on (Nad.-chem rabotayut
konstruktory Yagodnogo)
PERIODICAL: Kolymaj 1957, Nr 6P p 40-44
p
ABSTRACT: A.d script'
e ion is given of -special designs for: 1) a charging
bin which permits the sand to be,supplied to it directly by the
s; 2)a c.r k-dump attachment; 3) a system
scraper mobile metalli. oc
for. installing an MPD_ 6 -:.washer a't.the sand dump for underground
mining and for u5,e,in the washing of sands from block surfaces in
open-cut mining. Development engineers'have drawn up designs
for a helical water-removal unit for tailings and another for a
mechanized rock-washing unit intended to cleanse the waste rock
and remove it from the washer, etc.'
A. Sh.
lo Mining-U&M 2. Equipment-Development 3. Equipment-Design
C ard'I /I

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alk" 4g lo-
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ZHIVOTOVSM 4.1909.; BABUSHKINA, NeA*
AbsorptioniofIrmtnaby solutions of sodium b7droxide,
soda,lana milk.of lime. Zhur..prikl, khim. 3.6 no.11:2343-

V i

ii 'r~ 1 !
: 1 , z -t -
, 1 1 ~ . 41 - r: ,
I ~ . . , 1, 1
z I , * i f ,I ! I I - . .
. fl, 1~ - T4 i - i a i! 1 .4 j I , I

AT PA 2013
JTHOR ftVOTOVSKIJtA.I.
T
TITLE: On the Computation of.Composed Resonators.
(K rae8etu'sloznyh.iozonatorov,.Russiam~).
PERIODICAL: Radiotekhniks, 1957, 101112, Nr 1, pp 22-27 (U-S-S-R-)
Received:, 2 -1957 Reviewed: V1957
ABSTRAM, Whin1ncrea ing.the working frequency the resonance in the tran*s-
0 s
charm
ersal.higher onios is,utilized. This measure leads to a decrease ofthe
input resistanoo.cf.Ithe resonator which is not under loadf to a reduction of I
:efficiency and to a narrowing of the'frequenoy transmission band. These disad-
vantages can.be ddininished or removed by using composed line guides, At first
..simple line guides are used. When applying capacity at the beginning of the
..homogeneous line the geom'etric length of this line is determined by
L + (U-1 1 is the geometrio, length,from the beginning of the line to
the first-voltalenode, n..is alwhole.positive number, and ~ is the wavelength.
.,whichL.corresponds.to resonance frequency. n can be both even or odd. In the
Ipresent work only guide.lines with an odd n are dealt with. At frequencies
near resonance a line,xhich is short-circuited at its and and to the initial
point of whicha capacity is applied, can be replaced by equivalent oscillation
circuits with parameters thathave the same resonance frequency, quality, and
input resistance. The formulae for the parameters of such an oscillation
circuit are set up and later also for other oscillation circuits.
CARD 1 2
111iri 1,11 TTI
IPr

I ii li I i , ; ;~ ;--, I ~ f--'.
, - i i I , I I k!V I I I
71 1'-1 1 ;~ .1 1
1 1 1 ~ :1, r
V. - , I - . ~ - I
I ~; : ..11 !,1 1 1 . ~. 1,; : . I
!: !" , t . i I '!

82974
S/142/60/003/002/014/022,
E192/E382
AUTHOR4 ZhivotovskiX,, A I*
TITLE: Wideband':Amplification by Means of Tetrodes in
Ultrashort-wave'.,Transmitters
PERIODICAL: Izvestiya -~-ysshikh uchebnykh zavedeniy,
Radiotekhnika,.100, Vol. 3, Noo 2, p'. 275 280
p
TEXT.- Very-highjrequoncy tuned amplifiers based on tetrodes
with grounded cathodes or grounded gridej are considered
(Figs. 1). The inertia of:the electrons and the parasitic
couplings betweentuned circuits are neglected. The input and
the output~circuits of.the amplifiers contain resonant circuits.
which are tuned to thelcentre frequency of a given bandwidth,
The bandwidth of a single resonant circuit is inversely
proportional to :C, and R , where C is the capacitance
of the circuit and R is its.resistance during resonancea
At metre,and decimetre waves the resonant circuits are formed
by short-circuited coaxial lineso The capacitance of such
a line can be expressed by:
'Card 1/4,

; i ;. . P4 ~ t, T., j
I ~: 1 1 1 E,
;1 . 1:
; t .-U'fl" ilill F"fl-
i I
Ili, I ~ "U C 1; ffrl
: I
: ~ I , ;! 1, 1 '1 1 - i 1

829
4
S/142/60/003 002/0.,4/o22
71
-
I
l
2~E
q2
e r es in Ultrashort-
q
g
Means of
Wideband
Amplificat ion by
Wave Transmitters
the~amplitude of the.voltage betweenthe,control grid and the
cathode, I 0.5,y~ is-,the.efficiency or the anode circuit.
form- f actor of the.anode current and P
I /I- is the
.
al a0 a
are the-anode losses of the tube. The functiom f(e) of
Eqs. (3) and- (4) is pf(5tte'd in Fig.." for various values of the
flow-angle. From-Fig., 3# it is seen,that by choosing suitable

conditions, it-is possible to obtain a minimum value
rat
ing
ope
.
.,
of-the equivalent output resistance. The power-reduction
~Z:oefficient for an.amplifier is expressed by Eq. (8),.where
a = 2.&W/O),-~ -zpresents the deviation from the centre
frequency and is the~quality factorof the input circuit,,.
CBX
'While QB ix is 'the quality factor of the output
b
,circuit. ~The ratio'of.the:power-reduction.coefficients of the
.
grounded cathode:and the grounded grid amplifiers a /a is
1 2
expressed by Eq, (15), wher'e. m represents the ratio of the~~
amplification coefficients for the two amplifiers and n is the

Card
3/4
V VI io ILI
R
NONNI, No 1111,11r,"IFINIIII 11" 1 111~
P,t _.. II_W ~- 1 R, , ;~ ~ I. LE I, li",I, i -

s11421621005100210091010
Non-tuned high-frequency E192/E3821
frequencies' Trom w 0 to w ul 2 while the impedance
0
of the-second circuit is constant up to frequencies of
W = W 2 . The circuits are thus suitable for wideband
0
amplifiers and their impedance for the case of 6 2 is
"2~_ The, first of the circuits is. used in compensated ampli-
fiers vrhile the second circuit is difficult to use at frequencies
above several Mc/s. .1fideband'amplification forthe transmitters
can be produced by distributed amplifiers whose gain is expressed
by: so,
n (2)
and whose maximum output-voltage is divein byt
~U
M a, -a, n
M X
1%rh er an ~is the nutiberof.tubez employed in the amplifier,
Card 2/jP
:4. 1: 1,

S/142/62/005/002/009/oig-
lion-tuned high-frequency B192/E382,
ea MAC,-, f_KPPa is the ifIAve impedance of the anode lino,
f
K?
C
Oa a
is the. critical frequency of the anode line and 0 and L
a a
are the capacitance and the inductance of aline cell. Analysis
of the distributed. amplifiers shows that these should be based
on tubes having a,high slope, small capacitanc~es and large
currents At e =,O and e (where e is the grid
9 a. a min 9
voltage 'and e is the-Anode voltage). A method of designing
a distributed amplifier is described, the design being based
on the following parameters: upper and lower cut-off frequencies;
loadcapacitances, output-voltage amplitude and the input-
voltage ampllfter.. The problem of matching artificial lines
Card 3
/JY
f M....-TIMEA.LL
I ,

s/i42/62/005/002/009/019
Non-tuned high-frequency E192/E382
by means of 'exponential transformer lines is considered and it
is shown that the number of sections in It h e. exponential trans-
T ormer increas es with ~ the ratio 'of impedanc es of tho lines to
be matched. An experimental distributed amplifier basod on tubeq
type 6'_115Ti (6P15P) and consistinZ of 10 tubes with 35 PF
-Capacitances was:builtand tested experimnetally. It is
that distributed amplifier's-are-particularly suitable for ifide-1
band transmitters,and'that.,their circuits can be considerably
simplified.by employing special high-slope tubes. There are
8 figures.,
-ASSOCIATION; -.Xafedralkadibperedayushchilch ustroystv
Leningradskogo elektrotelchnichoskogo instituta
im. -V.I.,Ullyanova (Lenina) Department of Radio-
transmitting Devices of Loningrad Eloctrotochnical
Inz,titutG:im6 Nile Ullyanov (Lenin))
SUBMITTED: June 22 1961
Card 4/#

IS I MKI

----------
HASE I BOOK-EXPLOITATION SOV/1297
21(5) P
Vsesoyuznaya nauch,no-tekhnicheskaya konforentsiya po primeneniyu
radioaktivnykh i:,s,tabil1nykh izotopov i izlucheniy v narodnom
khozyaystve i nauke, Moscow,, 1957
Polucheniye, izotopov. Moshchnyye gatmA-ustanovki. Radiometriya
i dozimetriya; trudy konferenteii... (Isotope Production..
..High-energy Gamma-Radiation Facilities.. Radiometry and Dosi-
metry; Transactions of the All-Union Conference od the Use,of
Radioactive and Stable-Isotopes and Radiation in the National
'Economy and.Science) Moscow, Izd-vo1AN SSSRO 1958-.293 P.
:5,000 copies printed.
Sponsoring,Agency: Akademiya nauk'SSSR; Glavnoye upravlenlye po
iapol1zovaj01yu--,, atomnoy,energii-SSSR.
Editorial Board: Frolov, Yu.S. (Resp. Ed.), Zhavoronkov, N.M*
'(Deputy Resp. Ed.),- Aglintsev, K-,K.,* Alekseyev, B.A., Bochkarev,.
V.V., Leshohinskly N I Malkdv,, T.F.' Sinitsyn, V.I.,, and
Popova, G.L.,(Secretary); Teell. Ed. tNovichkov, N.D.
Card 1/12

Isotope Production~(Co_nt.), SOV/1297
PURPOSE::' This-collection is-published for scientists,,. technologists.,
and others con-
'Persons engaged.in medicine or medical research,
cerned with the production and/or use of radioactive and stable
i1sotopes and radiation.
COVERAM Thirty-eight reports are included in this collection
main subject divislonss 1) production of Isotopes
.2),high-energy gamma-radiation facilitiesand 3) radiometry and
dosimetry.
TABIE OF,CONTENTS:'
PART.I. PRODUCTION OF ISOTOPES
Frolov., Yu.S., V,V. Bochkarev, and Ye.Ye. Kulish. Development of,
Isotop6l Production in the'Soviet Uftion' 5
This'report is a general survey of production methods,
%apparatus, raw materiala,,,,applications, investigations
and future prospects for radio isotopes in the Soviet Union.
Card 2/12
1 751

Isot9pe Production, SOV/1297
Petrova, K*Si Preparation.of Sources of Alpha-,. Beta-
and0amma-RadiationVaing Oxido Films on Aluminum
--and-. Its Alloys, 55
Zolotarev .:V S.. St bl
a e-Isotopes Enriched by the Electro-
magnetic Method' 60
Ousev,..V.M. :Ultra, RILgh-temperature Ion Source for the
~Electromagne.tio*~Separation'of.Isotopda of Platinum
Group Elements., 68
This article describes the:basic-structuralzfeatures of
;an ultra-high-temperature.-Ion source and gives the re-
qults of-its use in separating Pdp'PtP Ruand Ir ina
small electromagnetic separator. Ahot.cathode discharge
is maintained in vapors of.the element being separated and
isotope ions are drawn from the gas discharge chamber
through an aperture. A lateral electron beam with energies-
of 20-25 kev creates chamber temperatures up to 28000 C.
Card 4/12
141 Rffllfflwfflh-~ M

I -ti 1 7 1

Is,otope Production, SOV/1297
Myulenfordt., Yu.K. J' G.G. Zivert, and T.A. Gagua. A Rec-
.,:.tificatioo Column for Obtaining BF3. Enriched With
Isotope B-LIO 1 127,
.A method is:described for miching natural mixtures
containinge- 18.6 percent B concentration tow80 percent
10 100 degrees,
oncentration by.low temperature
B
scale not stated) adiabatic rectification. Separation
capability was BIO of 95-96 percentpurity after 480 hours
processing; but, as.,the desired concentration wan,.,80
pereentj separation.yield'waB 4 liters per 24 hours. Block
diagiams of installations.are given.
Zhavoronkov.,.N.M., ON. Uvarov, and S.I..Babkov. Research
of,Stable Isotopes,of Light Elements
on the,Separation 134
Tunitskiy,, N,N.., G,G Devyatykho NX, Tikhomirov..
A D' Zorin and N.I,,Nikolayev. Separation of Carbon
isotopes
Card 6/12-
7 i M. ~"''!'Jp f, t-
. I i ~ 11". 1 j,

Isotope Production.(Cont.) SOV/1297
Peshkov,p V.P..,and VOM. Kuznetsov. L!Qw Tem erature Methods
of Separating Heliumjsotopes~(HO Heq) 149
PART II.: HIGH-ENERGY GAMMA FACILITIES
Sinitsyn -V.I. Problems-and Trends in creating High-energy
.,.Gamma Facilities .
160
A.V.,~ U.Ya.'
.gall
Bibei' ~ # -Nirgulis., and V.G. Khrushchev. Prin-
c iple's and Techniques of Using Radioactive Isotopes as
High-.energy-Sources, iii Radiobiology and . Medicine 1T5
'Basic problems:oonoomitant to planning and constructing.
,.radiation facilities are.systematized according-to the
:purpose of the facility. Descriptions and'schematic
drawings are given for some facilities classified as to
purpose: a) experimental radiobiology, intended for low
radiation of.relatively small objects (animals.. plants)
b) experimental installations intended for radlation of
various biological~preparations of small size but
Ca'rd 7A2

IsotopeProduction, (Con't.) SOV/1297
requiring high,dosage loicroorganisms, biological sub.-
atrates) c) industrial-radiation,of biological products
requiring sterilization,,,preserva,tion, disinfection, etc.
d) medicalland therapeutical-purposes.
Breger'A.:Kh.,.V.A. Bel~rnskiy, V.L. Karpov, S.D Prokudin
and V'B.-Osi v :F,adility for Radiation-Chemicai Research
Emplo;ing Co88
Gamma-Radiation Source With an Activity of
21,000 g-ev of ftdium 182
'A X-20000 CoOY gamma-radiation source, cited as the
most powerful in the world according to available data,
is described and basic parameters tabulated. The-unit.
is provided with a control panel and a system of periodic
observation and.is capable of 1200 r/see dOBage per 0.4
liters and-100 r/sec.per 100,11ters volume. Working
chamber capacig5 is,-3001iters. The source, comprising
56 standard Co., preparations, the authors state, is safe
n

? , ~ [ H , ~ i :0
i 1. i I`P i i, I I :

Isotope Production (Contj SOV/1297
vorovyeva.- Kalugin, and Yu.M. S,htukkenberg.
Set-up for~Measuring Individual Doses of Gamma-rays
Within a Wide Range 228
Lyapidevskiys V.X.: The Use of,a Diffusion Chamber for
Measuring-Low Activity. 235
Gollbek, G.R. and'A,.N.Nyal'shin. -Pocket Radiometers and
Dosimeters,- 238
General description and electric.circuit,diagrams are
given for'a, Pocket-sized radiometer intended for ap-
proximate determination'of gamma- and hard beta-ray
intensities above 1 Mev. Time1apseafter onset of
radiation registration serves as a parameterfor the
determination of intensity up to 1000 jAr1hr with an
accuracy of j 20 percent, Working principle, components
and electric circuit diagram are given for a pocket-size
doel,meter capable of detecting approximate intensities
or gamma- and beta-radiation from 0.1 to 5000/4r/see and
Card 10/12

~ V.
, 11 ~ IF - I'T I " t : f .5 3 1
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~ I I': , I I, -' . :
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; i s , I . .