SCIENTIFIC ABSTRACT KATUSHKIN, V.P. - KATYSHEV, YU.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000721210004-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MINSTERP V.Sh#; PITINOIVA, L.V.;
BAROCHINA, B.Ya.; DIU4#
PANOVA, L.N.; TRUSOVA, T.N.
Testing of a unit for the recovery of carbon disulfide.
Xhim. volok. no.4:69-73 163. (MIRA l6t8)
1. Voesoyuznvy nauchno-issledavatellskiy institut iBkusst-
vennogo volokna (for Barochina, Katushkinp Minster).
2. Kalininskiy kombinat iskusstvennogo volokna (for
Pitinova, Panova, Trusova).

KATUSHKINA. I.F.; KOLGHINSKATA, L.M.; FISHMAN, K.Te.
*-------
Operation of the continuous Tolymerizing and spinning unit.
Khim.volok. no.6;68-73 '59. (MIRA 13:5)
1. Kiyevoldy kombinat.
(Nylon)

I
XA7USTIK-DTA,, V. 17.". ,
V. X. Katushkina, in a paper, "'."ethodrs of iovier Addition in T.I.1-trashort-
'Have "ransmitters" considered a nethod of power addition nalkin~ iise of ilie
principle of a balanced brid,,-e, composed of segments of a concentric line.
Presented at the Eleventh Scientific and Technical Session of the
'Leningrad Section IMIRiE (Scientific and Technical Societ-y for Radio and
Electricity) imeni A. S. Popov, dedicated to U~e celebration of Radio Day,
Leningrad, 16-2h Apr 56.
(IMA10tenuilm, NO-7, 1956)

KAWSHKDA, V. 1-1.
Vo M, Katushkina, and Zo 1. Model', "Bridge method of adding powers of several generatorsn
Sal-antific Session Devoted to ItRadio Day". May 1958, Trudrozervizdat, Moscow, 9 Sep 58*
Thi bridge method of adding powers can be extended to the case of adding the powers
of 2n -'eneratorse In practice, howevert addition of power of an arbitrary number of
genera.,-(,a without loss is required, This problem can be solved by using symmetric
multitt*16~nal bridges and an iterated network method based on the principle of successive
power h -1 Id-up. Analysis shows that the energy indices of all bridge 'systems are identi-
cal for a change in the generator regions. It follows from an experimental investigation
of multiterminal USW bridges that the most suitable variation is a bridge constructed by
coupling aquare bridges.
Iter,ated network circuits gave positive results when completed in the USW band as
square bridges and as slit waveguide bridges in the microwave band.

pyo:,m 11 0 Hop CM& Tsoh Sol.--(dU*) 'PrImlylbe of CODStruOtica
I
rk I for oceining tbg pmer from s*pjLrStqjy-emted
of lbriap circuits (Min cxf Higber Iducation USM.
pneratorse imm. 3"8 w 15o copies (IL, 49-58,, 123)
Len Polytoobuic Imt in M. I. Ullnin).,

9(0) SOV11112-59-2-3783
Translation from: Ref erativnyy zhurnal. Elektrotekhnika, 19 59, Nr 2,
pp 223-224 (USSR)
AUTHOR: Katushkina, V. M.
TITLE: Bridge Circuits for Combining the Powers of MW Oscillators
(Mostovyye skhemy slozheniya moshchnostey UKV-generatorov)
PERIODICAL-. Tr. Leningr. politekhn. in-ta, 1958. Nr 194, pp 54-68
ABSTRACT- Peculiarities of bridge circuits with distributed-constant lines
suitable for meter and decimeter waves are considered. Schemes of combining
both symmetrical and asymmetrical oscillators are examined. Six versions of
ring-type circuits consisting of lines of any type are considered. It is noted
that the best frequency-response characteristics of the ring circuits are
availablewhen the ratio of the wave impedance to the load impedance is \r-z.
Frequency response characteristics are presented that allow for matching
quarter-wave pots and transformer; it,is stated that the quarter-wave pots
Card 1/2

SOV/112-59-2-3783
Bridge Circuits for Combining the Powers of MW Oscillators
affect the characteristic but little; major impairment to the characteristic
comes from the quarter -wave. transformer. A modification of the bridge
circuit is examined: a rectangular bridge convenient for constructional
realization that does not require arm bending; connection of generators and
loads to it does not cause appreciable inhomogeneities. It is shown by analysis
that a slit circuit is suitable for combining wide-band oscillators, The
following is noted: (1) all above circuits permit addition of oscillator powers
with weak couplings between the oscillators; .(2) the efficiency is fairly high if
a certain ratio between the oscillator voltages is maintained. Symmetrical
schemes whose balance is independent of frequency are recommended for
combining wide-band oscillators. Bibliography: 6 items.
V. M. L.
Card 212

AUTHORS: Katushkina, V.-',Z. and Model', 2PM/io6-59-7-3/i6
TITLE: __B_ri_Cse -Methods of Combining' the Powers of any Numberof
U.S.W. Generators and Transmitters
PERIODICAL: ElektrosvyazI, 1959, Nr 7, pp 17 - 25 (USSR)
ABSTRACT: In practice, it is sometimes necessary to combIne the
powers of several U.S.W. generators. For this purpose,
a method in which the powers are combined in pairs, as
shown in Figure 1, is described in the technical literature
This method enables the powers to be combined without
loss in balanced impedances but only for N = 2 n genera-
tors (where n is any whole nm-iber) and the number of
the bridges will be N-1 . Apart from its awkwardness,
this method is not suitable for combining the powers of
any arbitrary number of generators. It is therefore of
Interest to consider the problem of combining the powers
of any given number of h.f. generators while preserving
tho advantages of the bridge method: absence of coupling
between the generators and absonco of losset in the
balanced impedances. This probleni can be solved in two
Cardl/6 ways: multi-terminal bridge circuits and chai bridge

sov/lo6-5'
~-7-3/i6
c
Bridge Methods of Combining the Powers of any Num er of U.S.W.
Generators and Transmitters
circuits. A multi-terminal bridge circuit takes the form
of a single symmetrical device with the number of inputs
equal to the number of corabine-d generztors. Such a
bridge, constructed with lu:.ilp~d c(ri.stants, was described
by Z.1. Model' and A.A. Llvovi;~!,, ('Zcf 1). Ti,.is bridge,
which is a develop,-,-,arit Ox, a Cir-rait,
can be used for medium and shorz uavnz. Tiif-, chain
principle proposed by V.11. Katushkina is based 031 the
use of bridges which enable unequal Dowers of two
generators to be combined. The povrers of two generators
can be combined in one bridge section, in the following
section, the combinedpower of the first two generators
can be combined with the power of a third, and so on
(Figure 2). Combinations of both principles are also
possible.
In the design of any particular bridge circuit, its
parameters must be chosen to meet the conditions for
Card2/6 balance and to obtain a given input impedance. Since in

SoVio6-59-7-3/i6
Bridge Methods of Combining the Powers of any Number of U.S.W.
Generators and Transmitters
operation it should be possible to switch out one or
more of the generators, it is necessary to Imow what
will be the losses in the balanced impedances in this
case and also what the losses will be when the amplitude
and phase of the generator voltages change. It is also
of interest to Imow how the bridge device will operate
when the load impedance changes relative to its nominal
value. The authors analyse these problems for bridge
circuits which combine the powers of N u.ssif*
oscillators (or transmitters) with independent excitation.
The Y-form multi-terminal bridge (Figures 4 and 5) was
investigated experimentally at 70 cin wavelength. The
outputs of three generators were combined and the load
and input resistances were 75 S1 Experience with the
model revealed some disadvantages of this type of bridge:
1) The impossibility of earthing the ballast impedances
complicated the screening
2) Due to slots at the piaces where the ballast
resistances -were connected to the arms, some mutual
Card3/6 coupling occurred between the generators.

soVio6-59-7-3/i6
Bridge Methods of Combining the Powers of any Number of U.S.W.
Generators and Transmitters
To.overe-ome these disadvantages, an additional type of
cXrc.uit consisting of a double square (Figure 6) was
designed. This bridge is completely symmetrical relative
to the load impedance, the ballast circuit was divided
into two parts and each impedancs was earth-ed. The
different current paths between the inputs 1 and 2 are either
equal or differ by X/2 , which gives the necessary phase
relationships for balance. Taking CUD -,~irtuit as a
atartIng point, a multi-terminal bridge can be constructed
by combining squares (Ref 2). Suoh a bridge is analysed
and its construction shown.in Figures 7 and 8. Although
the circuits examined are, theoretically, balanced at one
frequency only, calculations of the frequency characteristics
showed that the frequency band of the combIned square type
is approximately twice as wide as the band of the Y-form
bridge.
Results obtained from an sxperimental model accorded well
with the calculated results. The field of application of
Card4/6 these circuits is, however, limited in the number of

SOV/106-59-7-3/16
Bridge Methods of Combining the Powers of any Number of U.S.W.
Generators and Transmitters
generators, their powers and their wavelengths which can
be handled and consequently development of multi-terminal
circuits is not a complete answer to the problems of com-
bining the powers of uosowo generators#
The shortcomings of multi-terminal bridge circuits can be
overcome by using the chain principle. Different u.s.w.
bridge circizits can be used: ring; Y-form; slotted
waveguide, ate. (Ref 5).
For metric and decimetric waves, sections having the
square bridge form (Figure 10) are most promising. A
chain circuit using square bridge sections was checked
experimentally for combining the outputs of five generators
and there was very little mutual coupling over 20% of the
frequency-band. For waveguide bridge sections, the most
promising are slotted bridges.
Card5/6

I sov/lo6-59-7-3/16
Bridge Methods of Combining the Powers of any Number of U.S.W.
Genorato,rs and Transmitters
There are 11 figures and 5 Soviet references.
SUBMITTED: January 16, 1959
Card 616

L 4~8?8-66 EWT(d)/EWT(I)/E',IT(~i)/tWP(w)/EWP(v)/T/El~n-(t)Z
ETI/DWrp
00 N
ACC NR, AP603o635 A, d) SOURCE CODE: UR/0413/66/000/016/0138/0138
JD/WW/JG/E M/D
INVENTOR: ,Katunin, V. M.; Veklenko, I. A.
ORG: none
TITLE: Linear induction pump for tmdtrring liquid metals Class 59, No. '165209.
1W I
SOURCE: Izobreteniya, pronyshlennyye obraztsy, tovarnyye znaki, no. 16, 1966, 138
TOPIC TAGS: induction pump, liquid metal transfer, liquiC. metal pumping, liquid
metal pump d-/dpo;o mr-r4d-
ABSTRACT: This Author Certificate introduces an inductionDump for liquid Metals
which includes conduit and inductors. To use the pump as a dosing device, it is
designed as free-floatIng with inductors enclosed in an air-tight : jacket, which
are placed in such a way that the pump center of gravity is below the center of the
displaced volume.- [ND]
SUB CODE: 13/ SUBM DATE: O8Jul63/ ATD PRESS 5076
Card 1/1 blg UDC: 62-1.689-837:669-154

15BA!!q W~J)/Ewwkm) KM
SOURCE CODEs fM--Tdi9-i
AUTHORt Ostryakovj 1. A. - Mikulint A... . I Katusavit, V. Ko; Bykoro Ao S&
MLE., Now restrictive properties of electric and semiconducFm 29~Mer znateriqlsl~
SOURCE: Ref. rh. Elektroniks I energetika, Abs. 6B3O
REP SOURCE: Nauchno, livaled, try Vegas n.-I. in4a Dlenok i iskusstv MAIO sb'. 161 19650
132-135 .1
TOPIC TAGS: semiconducting polymer, pressure transducer, electric field, resistant
temperature
ABSTRACT: Conchicting polymers (CP) are used in the production of electric heaters, pressu
sensors, heating elements for special clothing, incubator radiators, etc. The electrostatic
charges accumulating on the aircraft surfaces and vehicle bodies may be removed by the CP.
Cond,acting polymers with specific resistance temperature coefficients were made. The poly~-
mer conductivity was obtained by using specific filler materials jAmanufacturing procedures,
and additives. The CP exhibit restrictive properties which depend on the pressure applied to
the aluminum contacts, The tested samples wore shaped as 50xlOxl nu-n plates. Their com-
position (by weight) was.- acetylene black, 100; caoutchouo SKN-40 rubber, 33; )EKhV resin
. /-.f, ' V-J.

,0.3,i
L
ACC
A 3328 81/66/000/014/SO83/SO83-
R603 SOURCE CODE: TJR/00
AUTIHOR: Ostryakov, I. A. Mikulin, A. A. ; Katusova, V. K. ; Bykov, A. S.
TITLE: New rectifying properties of electroconductive and semiconductive
polymer materials
SOURCE: Ref. zh. M-Amiya, Part II, Abs. 14S580
REF SOURCE: Nauchno -is sled. tr. Vses. n. -i. in-t plenok i iskusstv. kozhi,
sb. 16, 1965, 132.135
TOPIC TAGS: semiconducting polymer, electric conductivity, electric field,
pressure measuring instrument, rectification
C~
A13STRACT: El ec tro conductive polymers exhibit rectifying properties, depending
on the pressure of the aluminum contact. For test purposes, film samples
50 x 10 x I xnrn were i1sed coppisting of (parts by weight): 100 acetylene black,
31 3 SX N - 43 3 :E~V I~h The electric conductivity of the
,r33 PA."'and I stearic acid.
M, ased by increasing the pressure. It is noted ' at the rectifying proper-
, ms incre th
ties of film samples increase by decreasing the contact pressure. A method has:
been developed for changing the temperature coefficient of resistance and other
So_~d 1/2

L 09432-67
1ACC NR: AR6033328
electrical parameters of curr ent- conducting polymer materials by the interaction
with an electric field. This makes it possible to Pcrease the accuracy of readings
of the polymer pressure-measuripA instruments I'6d other products of current-
Iconducting polymer materials, L. Yamanova. [Translation of abstract]
SUB CODE; 11
2/2

- - -- - I
I
KATUS2MISKI, Zypunt - .8:475e-476
Refom of labor productivity standards. Frzem chem 40 no
Ag 161.

ME

KAT * YANOV'V.- LWI A.; PHODMKO., I".; SHARITOVY S.", !"Willi"'llerulyy achitel.
-'-i)!7c~~i~criBobrazovwiiya Tafthik-iltoy SSH
Newe from schools. Prof .,-.tekh.obr. 19 no.4:32 Ap 162.
(MR& 15,.4)
1. Direktor uchilishoba mekha-nizatsii t..allskogo khozyaystva
1b.3, Yus2vinskiy rayon Permakoy oblasti (for Katlyanov).
(Vocational education)

KATYK, M. - -- .
Interesting features of the type of dwelling found in Slovakia. p. 114.
KRASY SLOVENSKA. Bratislava. Vol- 31, no. 4, Apr. 1954.
SOURCE: East European Aocessions List. (EEAL) Library of Congress.
Vol. 5, No. 8, August 1956.

- ---------
KUM, S. I.
----------
KZD and IZN seaming machines. Kona. i ov. prom. 13 no.12:15-16
1) 158. (MIRA n: 12)
1.5imferopol'skly mashincetroitel'Wy zavod Imeni Kvybysheva.
(Canning industry-Equipmant and supplies)

-- - -- - - - -- -- - -- - --- I
B.S.; K~TiW S. V-K.; FEOKTISTOV, A.I.
DZHELEPGVP &.L..,; MAYDANYUK,
164
Spectrum of internal corwersion electrons ex-itted in Re ecay,
Izv. AN SSSR. Ser. fiz. 27 no.11:1394-1401 K 163. (MM 16:11)

ROGACHEV, I.M.; CHECHEVP V.p.; WTYMIN, 0.51
P64ransition in Pb?-10 decay. Vest. LGU 18 no.22t92-96
163. (MIn 17: 1)
I

J_
S/048/62/026/008/012/028
B100102
AUTHORS: Dzhelepov, B S ~at kh~in, G~.S. ~~aydanyuk, V. K., and
Fooktistovt
TITLE: The spectrum of internal oorrersion electrona and positrons
emitted in the Re184 decay
PERIODICAL: Akademiya nauk SSSR. Izvestiya. SeriyA fizicheskaya, v. 261
1962, 1030 - 1034
no. B,
TEXT: This spectrum was studied on the ketron of Kiyev University, using
a spectrometer with a particularly weak background. The source was separat-
ed from a tungsten foil irradiated with 13.6-Mov deut4rons. The K763
1-kev line detected by B. Harmatz et al. (Phys, Rev., 123, 1758 (1961))
was not found in the hard part of the spectrum (Fig. 2) because of in-
sufficient resolution. On the other hand the K788 line wa3 found, which is
absent from the Harmatz spectrum because of insufficient intensity. Bar-
matz observed the K 1106 line, but not K 1098 which has about the same
intensity as the first-mentioned. The weak continuous electron spectrum
anDears distinctly in the range of 300 - 600 kev and disappears at 900 kev.
Card.1/

12/028
S/048/62/026/008/0
B104/BiO2
The BpsIotrum of internal conversion ... 184 into 08 1640
originate durin g the decay of,Re at abOut
-The sp ctrum is assumed to 0 found. Its end-point energy is There
e rum was als than 1320 kev.
Aweak positron sPeOt .s5umea to be greater
energy-is a
1500 kev. The decay
are 4 figures and 1 table-
Card_2/1

DZUELEPOV, B.S.; KATYKHINI G.S.; MAYDANYUKp V.K.j FEOKTISTOV,, A.I.
Spectra of internal conversion electrons and pos:Ltrons emitted
in Rel84 decay. Izv. AN SM. Ser-.' fis. 26 n4io.8slO30-1034
Ag 162. (NM 15:11)
(Rhanium-Docay) (Electrons--Spectra)

AUTHORS: Dzhelepov, B. S.,_,KolykhirL,-G-,~,llaydanyuk~, V. K.,
and Fe~,ktistovl A. 1.
96
TITLE: The spectrum of To and To conversion electrons
PERIODICAL: Akademiya nauk SSSH. Sariya fiziche '-aya,
V. 27, no. 2, 19631 172-176
TEXT The :~~e -tv --decay- o -0,
~0 ~nv -
-'em 64 ay o I
lum- "-7- iihnivii,~aik-7 ~ketron,o the_ Ki3revski
'K yev. 10 T46-,Aeahaet um-'obta re _b -in
ve- sitef ( i-- ~vivsrsity) i"' i Y irrsAiat 9
~Joils_ witi I
m0 bdeAum eu 6 50-ne
d' t was radiochemically separated
--&na Th T
_deposited onto Al loile.- 5"oonversitun electron spectrum and
he ;ransition -energies are given in table 1. With these data and pith
;-those- of J. Unik and J. Rasmussen (Ref - .4 -Phys. Rev., '115, 1687 (1959))
the decay scheme shown In Fig. 2 is obtained, The spoctrum vras studied
40-60 days after stopping irradiation. Tables 4 and 5 give results for
96
Tc for which no decay scheme could be constructed. 7here are
Pard 1/5

S/046/63/027/002/002/023
95
-:.;!',The apectrum of Tc
B104/B180
~3 figures and 5 tables.

h 95'
Fig.-* Docay.sc eme of To

nd; 6'
L
e 0 days
n
Tr-ble 1. Transitio ~.energies_
~~d-.iei4tfv,e
5
-intens 9
-itio Conversion
of PC.-
e ectroxis.

Legend.-: intens
-wilative Ities

~results; (3b) Results of Ref--- ~ 4-
Table 4- Transition energieB, an.d relative Intensitios of conveirsion lines
/---radiation-
Legend (1) E kov; (2) Relative intensities of conversion lines;

-of-,.7 -int

A-3)--R8lRtivo. Intensities -wad
P
.-sioh-
:Internal convo coe c onts
iii : a
JK- hell) and multipole type
96
t
:,of ranvitions in UO

Legend: E, kevj (2) bi
Toosi., O~
Multipole typ 0
C

:I _11050-63 EWX
(R)/BPS-AF AW"M
A=SSION a. AP30631 V069/63/014/005/0493/0494
AUTHORs -Pildtin, M. KO, Ka!g2'jjL
E ni G, S,
THIS St
$0, no -15~
J=i Atoiamyn- energlA,
7OFIG TAGS; ton e~ohaage, )W*
4(uozic acid,: RaD, RkE, polonium, separation of
radioactive elements
ABSTMGT*,~ By, usin e - by K. kraus and F. Nelson (Chemistry of
the nethod d scribed
misdat,_ 1956, Page 353), the auilors have determined the dis-
nuclear fuels, Goskhi
tribution coefficients (in equUibrium) of K sub d - lead (RaD) and bimnuth (RaE)
:Ln the AV-17.%14 anionite. The resUts are presented in a diagram. Based on infor-
nation thus obtainedi the authors suggest a method of' separation of RaD, RaE and
polonium. It,cortalsts. of using:,an-ion. -exchange colurAn, with a subsequent analysis
6f the Beta:-spectra of. the obtained spec3nens, using a Beta spectrometer vith ac-
caleratich and magnetic 14�n-. Orig. art. has: 2 fi&n-es.
-----A=GIA-T-ION:-- -none
Card

Q
ACCE3SION 11R.: AP4024458 5/0054/64/0()0/001/0053/0059.
AWHOR~: Antonlyevat U.; Katy*khin, 0. S.
125
TITLE: Sb radiation
SOMCB- Leningrad. Univorsitet. Vostnik. Seriya fiziki i khimii, no. 1, 19641
'53-59
~TOPIC TAGS: conversion electron, maMetio speotrometor, magnetic speotrograph,
~ncutron irradiation, multiple order trwisition, beta spectrum
12
jABSTIUCT: The /2-spectrum and the sPectrum of conversion electrons of Sb 5 have
been studied vrith the help of a magnetic spectrometer type "Ketron" (B. S.
Dzhelepov and A. A. Bashilov. Izv. AN SSSRI ser. fiz. 14, 263, 1950) with 0-5~
resolving, power and a magnetic spectrograph with 0.1%') resolution. investigation
was conducted on a single source Tj3oimenj chemically separated and neutron
irradiated. Among the various Sb measurements conducted were; the A -spectrum
X and L conve % on,speotra, -i-raaiation enerisy, multipole order transitions, and
the G-b125 -Te decay process where more precise data, were obtained than hitherto
possible for the energy of 1459 321.3 and 463.1 kev levels. "The authors are
grateful to V. I. Perrimondp A. A; Zhdanov, X. Stegalkina, L. Koluy*kova and
Card 1/2

'ACCESSION NR: AP4024458
Iyu. Golubev for their assistance." Orii!
Iformula.
art- has: 5 figur 4 tables, and 1
eat
4
1ASSOCIATION& nonel
ISUBMITTED: 151TOV42 DATE ACQ: 16Apr64 ENCL: 00
SUB CODE: PH ~-SOV: 006
NO M -OTHER: 008:
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AN
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SOURCE: !,.N SSSR. Doki,ady, v - L 'D o -
S rnd4_aetivn d9cav. 7iiaqnetiC spectrc---3t--V-
en e,
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rl 1,
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T F1 e~ 1- 3 11 L b
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Card 2/3

sMmirmb- 269epG4
SUB CODE: NP NR RRP
31/3
ROV ook
7P
~NRKM_v 51010 Q

KATYKHINI G.Se
Use of column partition chromatography for separating
inorganic substances (a survey), Zhur.enal.khim. 20
no.5:615-624 165. (KRA 18:12)
1. Laningradskiy gosudarstvennyy universitet imeni A.A.
Zhdanova. Submitted May 15# 1964t

R,

W.- U-57.' --------- 14- ii -

I
I

rATYMY, A.Ye.; KAIMTSAV. N.V.;XOZWYBKIT. A.L. dolctor sell skokhozvayst van-
IRASIKOV. Z.D., dotssnt, kandidat sell skolchozyVetvenzWkh
nauk; SGBOIATSUU, N.A.;' LIZOV. H.8., redaktor; LISINA, T.M.,
tekhnicheskiV redaktor
Efterienoe in cultivating corn,, based on
conference] qyt vozdelyvanita kukumsy;
konferentsil LNovosibirsk] Novotibirskoe
1. Novosibirokiy sel skokhosvaystvanuff
(Corn (Kaize);.
papers at a province
po materialam oblastnoi
kn-vo, 1956. 226*po
(MM, 9j12)
institut (for Krasikov)

Y-S
123 -.1 - 253
Translation from: Referativnyy Zhurnal., Mashinostroyeniye.. 195T,
Nr 1., p. 43 (USSR)'
AUTHOR: Katys, G.P.
TITLE., Research in Kinematics and.Dynamios of Spatial Crank-
gear (Issiedovaniye kinematiki I dinamiki
prostranstvennogo krivo'shipnogo mekhanizma)
PERIODICAL: Dvigatpli wiutrennego sgoraniya. Sbornik. Moscow,,
Mashglz, 1955, pp. 251-265
ABSTRACT: Theoretical research on'the kinematics and-dynamics
of a mechanism In which the axis of the cylinder.is
6 the axis of the crankshaft is presented.
parallel t
1
it is.stated.that use ofthis mechanism in.piston
engines instead of the conventiona~l cranksha 'ft and
connecting rods assembly may result in higher effioiecy,
and a reduction of engine operation costs. The ob-
tained theoretical correlations were experimentally
checked on.a, test model unit. It is stated in con-
elusion that the mechanism in question has kinematic
and dynamic characteristics and that it fully meets
the requirements of piston engines.
Card 1/1 Q.Ye.M.

-~~M 9 I'l
_ _ . ~~VXI~.
I -

'
10o'll AM -
I M MMARN

a -P- - I ~~ I ~ . -
Instrwwnts for simultaneous wasurementm of relative distribution
of radiation Intensity along a line& Ism. tekh. n0-3:-5-9 MY-JO '57.
(Pyrometers) (Electronic instrumuts) (KLRA 10:8)

7 (6), 24 (4 ) -28 (5) PHASE I BOOK EXPLOITATION 80V/3304
Katys, Georgiy Petrovich
Optichesklye datchiki temperatury (Optical Temperature-Sensing
Devices) Moscow, Gosenergoizdat 1959- 109 p. (Series;
Biblioteka po avtomatike, vyp. 61 15,000 copiee printed.
Ed.; M. A, Llvov; Tech. Ed.; P. M. Asanov; Editorial Board of
Series: I. V. Antik, S. N. Veshenevskiy, V, S. Kulebakin, A. D.
Smirnov, B..S. Sotskov, Ye. P. Stefani, and N. N. Shumilovskiy.
PURPOSE: The bookiet is intended for engineers and technicians
coneerned with problems,.of automatic checking and regulation of
temperature;
COVERAGE: The author briefly outlines the basic problems of optical
pyrometry and the principles of operation of various types of
pyrometers (xadiation, brightness and color pyrometers, and also
special optical devices) which can be used as optical temperature
pickups in qystems of automatic checking and of automatic regu--
lation., Ue examines their basic technical characteristics and
'Card 1/3

Optical Temperature (Cont.) ~OV/3304
circuit diagrams. In the final chapters the author examines
briefly some special photoelectric devices intended for measuring
temperatures inhigh-temperature flames and ga.,;eous 14edia.
Finally, he'examines optical temperature scanning pickups (surface-
scanning pyrometers, infxared devices, etc.) which can be used
for checking temperatures in objects having transient tempera-'UuM
surfaces. The author thanks Professor B. S.. Sotskov, Doctor of
Technical Sciences, and Docent A. Ye. Kadyshevich, Candidate of
Physical ai~d Mathematical Sciences, for their help in reviewing
the manuscript. There are 59 references: 39 Soviet, 17
English, 2 French and 1 German.
TABLE OF CONfi NTS'*k
Foreword 3
1. -ODtico-elbetrical Systems for the Measurement of
Transient Temperatures 5
2. Radiation Pyrometers 29
Card 2/3
90-
Optical Temperature (cont.) ISOV/3304
3. Photoelectric Pyrom6 .ters With Partial Radiation 37
4. Brightness Pyrometers 45
5. Color Pyrometers 59
6* Special Optical Devices for the Measurement of Tempera-
tures 76
7& Scanning Optioal Temperature Piokups 92
Bibliography 108
AVAILABLE: Library of Congress
JP/mh
Card 3/3 3-8-6o

PHASE I BOOK EXPLOITATION SOV/3625
Katys, Georgiy Petrqvich
Elementy sistem avtomaticheskdgo kontrolya nestatsionernykh potokov (Elements
of the Automatic Control System for Unsteady Flows) Moscow, Izd-vo AN SSSR,
1959. 201 P. WOO copies printed.
Sponsoring Agency: Akademiya nauk SSSR. Institut aviOMAtiki i telemekhaniki.
Ed.: N.N. Shumilovskiy, Doctor of Technical Sciences, Professor; Ed. of Pub-
lishing House: V.A. Kotov; Tech. Ed.: I.N. Guseva.
PURPOSE; This book is intended for engineering, technical and scientific workers
concerned with the measuring of unsteady rate of flow and velocity of fluids.
The book may also be useful to students specializing in control and measuring
instruments.
COVERAGE: The book describes modern methods and instrumonts for measuring the un-
steady flow of fluids. Various methods of automatic control of unsteady flow
and flow velocity are compared. Some dynamic problems of the measurement of
Card 115
LK NO

Elements of the Automatic (Cont.)
SOV/3625
unsteady parameters are systematically analyzed and generalized in view of
the growing requirements for modern measuring instruments. The author thanks
Professors B.S. Sotskov and N.N. Shumilove4y, Doctcrs of Technical Science,
G.G. Yarmollchuk and N.A. L'vov, Candidates of Technical Sciences, and
Engineer A.L. Malyy. There are 141 references: 76 English, 57 Soviet)
7 French, and one Polish.
TABLE OF CONTENTS-
Introduction 3
Ch. I. Problems of the Dynamics of Unsteady Flow Control 5
1. Dynamic properties of automatic control systems for unsteady flows 5
2. Frequency characteristin of automatic control systems for unsteady
flows 18
3. Precision of the measurement of unsteady flows 22
4. Calibration of automatic control systems for unsteady flows 26
Card 2/5

Elements of the Automatic (Cont.)
SOY/3625
Ch. II. Automatic Control Systems for Mass Rate of Flow
5. Automatic control systems for mass rate of flow by Coriolis force
Automatic systems of controlling the rate of flow with measurement
of Coriolis force on a rotating sensitive element
Automatic systems of controlling the rate of flow with measurement of
Coriolis force on a vibrating sensitive element
6. Gyroscopic automatic systems of 6onti-blling the mass rate of flow
Gyroscopic flowdietbrs. with a rotating sensitive element
Gyroscopic flowm~tdrs:,with an oscillating sensitive element
Gyroscopic flowmeters-.with sensitive elements having nonrestricted motion
7. Turbine-type flowmeters
8. Comparison of mass flOWMet6rs
Ch. III. Automatic System of Controlling Volume Rate of Flow 89
9. Automatic flow control systems with primary flow sensors 89
Turbomagnetic flowmet6rs.- 90
Turbo-optic flowmeters 96
Turbine-type flowmeters measuring the rate of rotor revolutions by
radiation 101
Card 3/5

Elements of the Automatic (Cont.)
SOV/3625
Turb.ine-type flowmetdrs.~ with direct modulation of electric signals 10;
Dynamic properties of automatic turbine systems of controlling
the rate of flow M
Turbine-type flowmeters with feedback measuring device ill
10. Ultrasonic automatic control systems for unsteady rates of flow '112(
Ultrasonic flowmeters 12(
Ultrasonic anemometers 13;
11. Induction automatic control systems for unsteady rates of flow 13J
12. Thermal automatic control systems for unsteady rates of flow 14~
Thermoanemometers 15(
CgUrimetric flowmeters 16'
13. Automatic oofftrol systems with continuous ionization of the flow 16(
Flowmeters with continuous ionization of the flow by radioactive
irradiation 16(
Ionization anemometers with glowing discharge 17(
14. gethoda of discrete measurement of unsteady rates of flow with the
help of different markers of the flow 17,
Card 4/5

OFFICIAL USE ONLY
Elements of the Automatic (Cont.)
SOV/3625
15. Instruments measuring the rate of flow according to the velocity
head of the flow 185
Conclusions 194
Bibliography 204
AVAILABLE: Library of Congress
Card 515 AC/-sb
6-1 L6

28(5) Pim I Boox upwrwron SOV/3122
Candidate of %chnical lKenees
Metodj~ i pribory d.'Lya'1zmerenAya parame.irov nestatsionarnyM tepiovykh
protseavy; .temperstura, dAvleniye, raskhod (H)tbodsand Instruments
for Measuring %rametere of Ubstmdy-state Therval Processes,* Tempera-
ture, Pnssure, and Flow Rate)' Moscow, Mashgiz, 1959. 217 P. Errata
slip inserted. 5,000 copies printed.
Reviewerki: N. N. Shumilovskiy, Doctor of Thchnical Sciences, Professor,
and A. L. PAW, Engineer; Ed.: M. A. Llvov, Candillate of TL-chnical
Sciences; Ed. of Fqblishing Houm: M. S. Yqliseyev; Tach. Ed.:
V. D. 911kind; M*ging Ed. for Literature on Machinery and Instrument
Constritetion: N. V. Pbkro.vskiy, Engineer.
PURPOSS: -qhivb~oo~ is intended for.tec-hnieal personnel dealing with the
measuredeij~ of unsteady-stata parkmeters of tbarmal processes. It
my also be of use to students-in related fields.
Card 1/7

~28 (5) SOV/115-59-3-26/29
AUTHOR: Katys, G.P.
TITLE: The Dynamic Properties of Instruments for Measuring
Nonstationary Temperatures (0 dinamicheskikh kache-
stvakh priborov dlya izmeren.iya nestatsionarnykh
temperatur)
PERIODICAL: Izmeritellnaya tekhnika, 1959, Nr 3, pp 58-62 (USSR)
ABSTRACT: The author reviews optical devices used for measur-
ing temperatures of nonstationary flames and gaseous
media. He bases his review on nine Soviet sources
and nine English language publications. The author
does not consider methodic problems of measuring
nonstationary temperatures which are ale ately
1 ':3~u
covered in the literature cited ZR-ef . He has
the opinion that the accuracy of measurements of
rapidly changing temperatures depends to a consider--
able degree on the dynamic properties of the photo-
electric systems which are applied in such devices,
However, when designing and-Kscussing such equipment,
Card 1/3 these dynamic properties are not considered. There-

SOV,/115-59-3-26./29
The Dynamic Properties'of Instruments for bleat3uring Nonstationary
Temperaturee
fore dynamic errors may attain values commensurable
with those of methodic errors and eventually exceed
the latter. The author established four groups of
pyrometers, whereby he evaluates the dynamic proper-
ties of the different types comprised in them. He
begins his review with five types of brightness
pyrometers and five types of color pyrometers, whose
principal systems are shown by figurcal and 2. The
third group comprises three high-speed systems em-
ploying spectral lines of an alkali metal which is
introduced into the flame CRef 13-147. The fourth
group comprises systems where the temperature is
determined by the intensity of the central part of
a saturated spectral line of some alkali metal, for
example sodium which is introduced into the flame,
with the application of an interferometer. Figure
4 shows the systems of two devices of this typ2 Z~-_Ref
Card 2/3 1, 3, 17, 18, 197. The Kharll:ovskiy gosudarstvenryy

SOV /115-59-3-26/29
The Dynamic Properties of Instruments for Measuring Nonstationary
Temperatures
institut mer i izmeritellnykh priborov (Kharlkov
State Institute for Measures and Measuring Instru-
ments) is mentioned in this connection for having
developed a modulation method for a photoelectric
receiver which permits to measure the intensity of
a spectral line under consideration of its back-
ground noise created by the flame. There are 4 dia-
g.rams and 19 references, 9 of which are Soviet, 9
English and*l French.
Card 3/3

Katys, Georgiy Petrovich
PHASE I BOOK EXPLOITATION SOV/4484
Nekotoryye voprosy avtomatichookogo kontrolya nestatsionarnykh poley (Certain
Problems in the Automatic Inspection of Nonstationary Fields) Moscow, Izd-vo
AN SSSR, 1960. 222 p. Errata slip inserted. 5,01)0 copies printed.
Sponsoring Agencyt. Akademiya nauk SSSR. Institut avivomatiki i telemekhaniki.
Reap. Ed.t B.N. Petrov,, Corresponding Member, AcadeNr of Sciences USSR; Ed. of
Publishing Houset V.A. Kotov; Tech. Ed.: O.M. Guolkova.
PURPOSEt This book is intended for scientific and teohnieal personnel working in
the field of automatic inspection of nonstationary fields.
COVERAGE: The book is described as the first attempt in either Soviet or non-Soviet
literatittre to present in a generalized and systematic way methods and systems of
automatic inspection of nonstationary parametric fields, with emphasis on pyro-
metric scanning systems. Optical scanning systems and systems with complex pick-
up cot-mections are reviewed. Television systems which carry out the functional
generation of transmitted parametric field images exe examined, as well as prob-
lems connected with the determination of scanning system parameters in relation
CaFA~

Certain Problems (Cont.) SOV/4484
to field properties. The author sumnarizes the results of investigations on
automatic scanning used in field inspection which he began in 1953, and dis-
cusses several problems of automatic selection of optimalizing parameters of
scanning devices. The author thanks B.N. Petrov, Corresponding Member, Academy
of Sciences USSR; B.S. Sotskiy and G.M. Ulanov, DoetorB of Technical Sciences;
and M.A. L'vovj Candidate of Technical Sciences. There are 99 referencest
58 Soviet, 37 English, 3 German and I French.
TABLE OF CONTENTSs
Foreword 3
Introduction 5
SECTION I. AUTOMATIC INSPECTION OF NONSTATIONARY
FIELDS BT IMEARS OF OPTICAL SCANNING
1. Optical s~annimg of temperature fields 17
2. Theoretical problems of optical field scanning 24
3. Optical methods of temperature measurement used in scanning pyrometers 46
4. Opticomechanioal scanning of temperature fields 52

KATYS, Georgiy ~~p ftro ~; PSTROV, B.N., alademik, otv.red,; KOTOV, V.A,,
- PAUSAKOVA, T.A., tokhu.red.; GOLUB, S.F., takht.red.
[Automatic control of nonstationary parameters and parametric
fields] Avtomatichoskii kontroll nestatsionarufth parametrov i
parametricheakikh polei. MDskva, Izd-vo Akad.nauk SSS33~ 1962.
471 p. (MIRA 15SO
(Antomatic control)

KATYSI 0. P.
Dissertation defended fit UO Institute of Autcmation and Telemechanics
for-the academic degrGe of Voctor of Technical Sciences:
"Automatic Control of Nonstationary Fields."
Vestnik Akad Nauk, No. 4, 1963, pp. n9-145

-!AW20392 DOCK MLFWITATIM S/
Methods and systems for automatic control of nonstatio=7 parameters and paraw
metric fields (Ustody* L eleteuW* avtmatlcheBkogc) kontrolya nestatsionn".
ny*kh parametroy i parametricheakikh poley) Moacov,,, MaehgIs, 1963. 358 pe
ilUa,, biblio* 370D copies printede Edited byt Petrov, Be No (Academi-
I &ian)l Usnaging editors Pakrovsklyp N. Ve (Suginser)l editor of the publishing
ficuset Baranova, t. S. (ftgimer)j Technical editurs Sokoiova., To Fol
Proofreaders Bakut4u*cra,, As Pe
MCP30 TAGSz automatic control, scanning..,display,, functional Image transformaw
'tionp scanning beam., point pickupp UmperaUtre field scanning, Infrared,, radar..
ultrasonic scanning,, pyrousterej, presuare coutrol# automatic flow control
PURPCSE AND COV=Ms This book In intended for scientific persoawl,, engineersp
and technicians In the field of.autwatic control of nonstatiocary parazeters wA
parametric for readers *t9rested In proUe= of Doming wd
CqrdA

#314QP392
displar In'sutomatic contrple
It nay be useful also for students U corresponding
specialties. Methods of automatic control*of thermal-tochnical parameters
(temly.Irature,, pressurs,, and consumption) #ad the pertinent autowtic.-control
systems are analyzed* Problems of optimum perception of information concern
ing
"o state of the parametri field and of pptimm presentation of the rosiults of
ana2yeis of the state of the field are analyzed In the first part of the back*
Here, the method of selecting -the optinna trajectmT of survey (Scanning) Of the
field developed by the am"__,ur mid the method of functional transformation of the
image of the controllAblo #92d a" cutlinede The pr:Liclple of conptructing oys.
tome that achieve outomati trol of f:!~lda with the aid of a scanning
con b"a
discernible by a senOlng *3~asnt Is outWed and sweral wmmples of such systems
are analysed in the seeondpaxte Ths, thl~d part Is dinreted to point PICIMPO am
elements of systems*, lkah;af the work presented In thlLs book vaa d*no at the
gaflA 4N SSMLI
Inatitut Axtwatlki I T410"kh
TABIZ CP Comm$
For4ward 3
Cprd 2/6

UCHKIII, Illya III-Jeh; V.Ye., retcen,,lorit,; 01'111~OV, L.L.,
.retsenzent; KATY.,~', G.P., doktor tekhn. nai;,.k, red.; K.U.,',
P.M.) red.
[Transducers in marine remote control systems] Datchiki su-
dovyk' sistem distantsionnogo kontrolia. 1.'o!;k-va, Izd-vo
"TranLport, 1964. 209 p. (MIRA 17:F.)

KATYS, Georrriy Petrovich; PETROV, B.N., akademik, etv. red.
11,-;Z7,~,r~"-
- I
k
[Photoelectric scanning devices for search and tracking ,11
systems] Skandiruiushchie fotoelektricheskie --atroistva
polska i slezheniia. Moskva, "Nauka," 1964. 249 P.
(MIRA 17:6)

AVEN, O.A.; DVORETSKIY, V.M.; DOMANITSKIY, S.M.; ZALMANZON, L.A.;
KRASSOV, I.M.; KRUG, Ye.K.; TALI, A.A.; KHOTOLOV, V.A.;
BULGAKOV, A.A.; DEMIDENKO, Ye.D.; BERNSHTEYN, S.I.; YEWLIYANOV,
S.V.; LERNER, A.Ya.; MEYEROV, M.V.; PERELIMAN, I.I., FITSNER,
L.N.; CHELYUSTKIN, A.B.; ZHOZHIKASHVILI, V.A.; TLIIN, V.A.;
AGEYKINP D.I.; GUSHCHIN, Yu V. - U~~. - DELI TTSER, L.V.;
PARKHOMENKO, P.P.; MIKHAYL6~, *I.; FITS19R, L.N.; PARKHONENKO,
P.P.; ROZENBLAT, M.A.; SOTSKOV, B.S.; VASILIYEVA, N.P.; PRANGISHVILI,
I.V.; POLONNIKOV, D.Ye.; VOROBtYEVA, T.M.; DEXABRUN, I.Ye.
Work on the development of systems and principles of automatic
control at the Institute of Automatic and Remote Control
during 1939-1964. Avtom. i telem. 25 no. 638:07-851 Je 164.
(KRA 17:7)

KATYS.Geo ty., tujaqb;_JL'INSKIY,V.M... red.
2A
[Mass flowmeters] Massovye raskhodomery. Moskva,
P-nergiia, 1965. 87 p. (Bibliotaka po avtol-iatikep no.124)
(1-UMA 18:4)

UTYS,,.Georgiy-Fetro.vichl TEMNIKOV, F.Ye., doktor tckln. nauk.,
ro senzent; STRELINIKOV j Yu.V. , inzb. , red.; TIETROV,B ,". pakad.
rek
(Information scanninp, -Cfstems) Informatsionryt
iusbehie sistemy. red. B.W.Petrova. NOSJni5fMhashlnv-
stroenie, 1965., .4'47 p. (I. -LA 18:12)

KATY B.N.,, otv. red.
[SYstems for the automatic control of velocity fields.
and expenditures] Si.stemy av-tonaticheskogo kontrol.i.n
polei skorostel i raskhodov. Moskva,, Nauk-R, 1961,. ~63 p.
(1-11R], 19: 1)

100 Ims, AP6009894

A 21.

Figo is- I Pek
han, prism$

an, i--!setsof-
point-oonta6t::ph6t6resistances; 4:-:0athode

ray tlibee ji~

Orig. art* hase. I diagram&'
w
SU ODDEt 20/ SM DkTB I 1MV64

~Acc NR: "6oo6276 :Monograph UR/'.
Katyst Goorgiy Petrovich
'Automatic monitoring systems forvelocity and flow rate (Siotew avtomaticheakogdt--~
kontrolya poley skorostey i raokhodov) Moscowt Izd-vo "Nauka", 65-' 0463 pe
illus., biblio. (At head of title: Akademiya nauk SSSR. MiniBterstvo,
priborostroyeniye, srodatv avtomatizataii i eistem upravieniya SS51t. Institut.
a i
avtomatiki i telemekhaniki /tekhnicheakoy kibernetik /) 3f200 copies printed*
IOPIC TAGS: automatic can-trol system, automatic control deeigay floyr ratey flow
measurement, gas flow, liquid flow, flow velocity, flow Dieter
TURPOSE AND COVERAGE: Automatic velocity monitoring syatemsp the elements of such
,systems, and various methods of scan and probe monitoring of velocities and flow
rates are considered. Various methods and devices for automatic monitoring of non-
:stationary liquid and gas flow rates are invostigated~ masal turbines ultraconict
'induction, thermal, and other flow metere being considered. The range of optimal
:utilization of these devices and their measurement accuracy are detexmined. The
'prospective trends in the development of such systems are indicated. Now mass flow
,motors developed by the author at the Institute of Automation and Remote Control AN
;SSSR are considered, Computation mothodo are prosentod and design retoommondationo
50]

:ACC NR: AM6006276
fare given for a majority of the considered classes of flow meters. The author
ithanks academician B. N. Petrov for a number of valuable comments made while
!reviewing the manuscript. The author also thanks V. M. Illinskiy and Yu. D.
1liamikonov for help in the development, preparation, and experimental investigation
!of a number of new flow meters considered in the book and-in collecting and proces
!ing the bibliographic material and L. A. 11anokhina for help in preparing materials
Ifor the book. The book is intended for scientific and technical engineering works:
ioccupied with problems in velocity and flow rate monitoring mid gas and liquid flo,
It will also be useful for students and technicians of the corresponding specialtifi
TABLE OF CONTENTS Cabridgel7t
jIntroduction - - 3
IPart 1. Scanning systems for automatic monitoring of velocity- and flow rate -
iCh. 1. Methods for automatic monitoring of velocity by probing the flow -'- 13
!Ch. 2, Methods for automatic monitoring of velocity using special devices
combining the functions of velocity detectors and scanning elements - - 20
ICh- 3. Methods for automatic monitoring of velocity with the motion of isolated
I particles (markers) in a moving or stationary medium - - 26
Ich. 4. Photographic methods for recording and investigation of flow'and
velocity 43 J
[Card-9/4

-ACC NR: AM6006276
Ch- 5- Methods for automatic monitoring of velocity using a set of rigidly Mounted
scanning detectors - - 54
Ch. 6. Some problems in constructing optimal seaming systems for'monitoring
flow 62
'Part 2. Automatic monitoring of nonetationary flow - 73
'Section A. Mass flow meters with flow drive of rotors - 75.
ICh- 7. Automatic monitoring of mass flow rate - - 75
iCh. 8. Turbine flow meters with flow drive of rotore 79.
Xh. 9. Coriolis flow meters with elastically coupled rotors - 122
,Section B. Mass flow meters with electric drive of rotors - 126
'Ch. 10. Turbine flow meters 126
Xh. 11* Coriolis flow motors 179
;Ch' 12. Gyroscopic flow meters - 205
ICh: 13. Mass flow meters based on the viscous circulation effect 215
Ich- 14- Comparison of mass flow meters 220
iSection C. Devices determining the volume flow rate or flow velocity - -.231
ICh. 15. Flow meters with impeller-tachometer primary traneducers 233
Ch. 16.
Volume flow meters 297
Ch* 17, Ultrasonic flow meters - - 303
Ch* 18. Flow vibration flow motors - - 343

cc NR, A%oo6276
Ch. 19.1 Induction flow meters 347
Ch. 20.' Nuclear magnetic resonance flow meters - 379
[Ch. 21. Continuous ionization flow meters 385
Ch. 22. Thermal flow meters.- - 391
Ch. 23. Devices for discrete monitoring of nonatationary~flow,using various'flow'
markera 418
ibliography 451
SMCOM 20# 13/ OWBATE, 140ot65/ ORIG REF: 146/ OTH RRFs~ 125
I
CQ~awr d

ACC NR;AM6015022 Monograph UR
Katys, Georgiy Petrovich
(infomatsionnyye skaniruyushchiye
sistemy) Mo4cow, Izd-vo "Mashinostroyeniye", 1965- 447 P- illus',
biblio. 2560 copies printed.
TOPIC TAGS: Information storage and retrieval, information processingo
quantum oscillator,.scanning system, tracking sysien
PURPOSE AND CWERAGE,6 This book is intended forlengineers and
technicians concerned with the design of scanning systems. It may
also be used by students of corresponding specialties in schools of
higher technical education. The book deals with problems of the
efficient structural design of optical scanning systems for the
examination of a controlled field with the aim of retrieving infor-
mation on its condition. The theoretical problems of designing
optimal scanning systems,, taking into account the probable properties
of controlled fields, are discussed. Methods for determining the
parameters of these systems, derived from various optimality criteria
are described, The principle of the operation design characteristics
and methods of calculating some elements of optical scanning systems
and thoir block diagrams are given as well as the basic
4DC; 62-1,397- 3

ACC NRAm60l5O22
characteristics of scanning systems intended for the automation
and control of manufacturing processes in various areas of
Industry. Numerous scanning systems developed by the author are
described In the book, No personalities are mentioned, There dre
211 references: 79 Soviet and 132 non-Soviet.
TABLE OF CONTENT&
Foreword -- 3
Introduction -- 5
Part One
Several Problems of Information-Scanning-System Theory
Ch.l. Scanning Systems (General Statement) -- 13
Ch.II. Analysis and Design of Information Scanning Systems -- 28
1. Scanning trajectory*types -- 28
2. Application of information theory to the determination of
optimal-parameter relations of scanning systems -- 30

ACC NR.m16015022
3. Criteria of scanning-system efficienoy 36
4. Optimal information retrieval from a controlled field and
optimality criteria -- 41
5. ;Search by sequential scanning 46
6. Optimallacanning of a field consisting of a number of concentric
ring areas -- 52
Part Two
Elements of Scanning Systems
Section X Sensitive Elements -- 79
Ch.111. Photoelectric and Thermoelectric Sensitive Elements 80
1, 0eneral. characteristics -- 80
2. Thermoeleetric. sensitive elements -- 83
3. Sensitive elements with external photoelectric effect 86
4- Sensitive elements with Internal photoelectric effect (photo
resistance) _- 88
Photodiodes and phototriodes -.- 96
Sensitive elements with photomagnetI6 effect --:98
Ch,IV. Quantum-mechanical Oscillators and Amplifiers -- 101
Section B. Elements of Searching/Soanning Mechano-optical and Photo-

ACC NRt
electric Systems -- 107
Ch.V. Mechano-optical Scanning Devices -- 108
1, Devices using optical reflectors in scanning elements -- 108
2. Devices which scan by means of refractive elements -- 120
3. Devices which scan by means of the changing refraction factor
of certain materials) 129
4. Stationary (shielded ield-scanning device -- 13Z.-
Ch.V1. Photoelectric Scanning Devices -- 138-
1, Devices:which are Intended for image analysis and decomposi-
tion -- 138
2. Data representation devices -- 156.
Ch.VII. Electrolumineacent and Semiconductor Scanning Devices -- 163
1, Transmitters -- 163
2. Eleetrolumineseent devices for Image reproduction and function
conversion -- 171
Ch-VIII. Scanning Devices Based*on Optical-ftber Elements -- 185
i. Principles of building up optical-fiber elements -- 185
2. Optical-fiber scanning devices -- 188

ACC WAM 015022
Section C. Elements of Tracking Photoelectric and Meehano-optical
Scanning Systems -- 195
Ch.111, Mechano-Oplical Devices for Determining a Mismatch Botwpen
the Direction Toward a Radiation Source and the Optical Axis of the
System.- 196
1. Devieds using interruption of luminous flux -- 196
2, Devices accomplishing a division of luminous flux -- 242
Ch.X, Photoelectric Devicea for Determining a Mismatch Between the
Direction Toward a Radiation Source and '%6#he Optical Axis of the
System -- 254
Ch,X1. Devices which Track an Object According to Velocity and
Direction of Its Movement -- 287
Part Three
Scanning Systems
Section D. Circular-Zearoh-Scanning systems 293
Ch.111. Parametric-Field Control Systems -- 293-
1. Thermal-field-scanning analyzer -- 294
Ccwd 5/8

ACC N1MOU0UL-'L'
2, Scanning analyzers of the radiation-field intensity of an
actual radiator -- 299
3. Scanning system Intended for searching definite field sectors
-- 301
Systems for the visualization of object' thermal images
, s
4
without linear analysis -- 309
6.=., System for Accomplishing the Functional Conversion of
Images -- 312 -
1. Systems for determining the isoporometric. lines*of an Image
313
2. Systems for forming a single complex Image from two Initial
ones -- 328
3. Funational converters for resolving the most dynamic zones of
an image -- 330
4, Multiparametric Image converters -- 333
5, Systems for accomplishing geometric conversions of an Image
335
Section E, Analysing and Cybernetic Scanning S stems 337
Ch,XIT, Automatic Scanning Microscopes 339
.Ord

cc NR-Am6015022
Ch,xv. Scanning Systems Intended for Analysing Trajectories of
BlementarY-Particle Trails -- 344
Ch.XVI. Scanning Systems for Accomplishing Dimensional Control,
Machining According to Drawings, and for the Reproduction of Graphs
352 1
1, Rolled-iron dimension-control system -- 352.
2. Systems designed for controlling the dimensions of cylindrical
and complex-form details -- 358
3. Systems Intended for machining according to drawings -- 361
4. Graph-'to-electric signal-conversion systems -- 364
Section F, Special Mobile-Object Searching-and-Tracking Scanning
Systems -- 369 -
Ch.XVI'. Tracking Scanning Systems 370
I., Astronomical tracking systems 371
2. Mechano-optical tracking systems -- 378-
3. Location tracking systems with photoelectric scanning -- 382
4. Three-dimensional indicator - 388
5. Searming systems vith homing attachments -- 390

AM HRAM6015022
Ch.XVIII. Navigation and Orientation Based on the Use of Scanning
Devices -- 396
1, Navigation and orientation methods'---396
2. Navigation scanning systems'-- 398
3, Horizon and vertical sensors -- 411
Ch.=.-Scanning Systems for Aerial Reconnaissance and the Study of
of Terrain and Atmosphere -- 421
1. Aircraft scanning systems -- 421
2. Research and reconnaissance scanning systems Installed aboard
artificial Earth satellites 431
Bibliography -- 438
AVAILABM Librairy of Congreiss
SUB CODE: 09, 11/ SUBM DILTZ: 15Sep65/ ORIG PXX-. 083/ OTH REF: 128

SRAPOVALOVp A,, inzh,I.KATrSHEV, A.; FILIKIN, I.; IIOVOVOY, D.;
VASIMNKOV, N... oleoarl -
Exchange of experience. Avt. transP. 41 no.8t52-54 Ag 16j.
(NIRA 16:11)
1. Kharlkovskiy avtotrest (for Shapovalov).

" I.- . .I r e., ~, I - I
- - ~ - "N
- 1- -J- : -~- -- , '. -
r-,A , /,~
- . .- ---- -- 7 ~ I -- - - -- - -

n,, d as r t v e n t

Y,ATYSHEV,--A. M. I DRIM, S. M.
Use of the now tnve of vyntbetic plaoticisero in.the manu-
faoture of artifidal leather. Kosh. obuv. prom. 4 no.10:31+-15
0 162. (MIRA 15ilo)
(Leather, Artlfioial) (Plastileizers)

--- ------ - ___ - - __ - ___ - - ___ - - __ __ - __ - -
KATYSIMV, I.M.
Maintenance of electric substations by mechanics on duty at home.
Ble'k.i tepl,,tiaga 5 no,12:15-16 D 161. (MIRA 15:1)
1. dlaynyy inzh. 5-go uchas,~ka energoenabzhenlya Yuzhno-Urallakoy
dorogi.-
(Electric railroads--Substations)
(Remote control)

INTS
-W, Irks y tapanovich; ZATM. AVRUTSXAYA. R.?.,
red.izd-va; DUSUZHINi"YA -.1 V, t' e -, n-.red.
(Iron inclistry of the U.S.S.R. on a new upswing] Chernaia metal-
lurglia SSSR na novom podmeme. Moskva, Goa. nauchno-tekbn.
izd-vo lit-ry po chernoi i tovetnoi,metallurgii, 1958. 72 p:5)
(Iron industry) (MIRA 11.

KATYSHEV, NoF,, inzho
Drive for the rolls of the M-lzhP-150-IB maohins from a
direct current "tore Svar. proizv. no.7332 A 163.
(MIRA 17:2)

ANDREYEV, Viktor Fedorovi*.I=d. ekon. naukj BANNYT, Nikolay.
.Pavlovioh, dots.,v-kands ekon. naukj GOPSLIK, Iosif
Grigorlyevloho dota.,.kand. ekon. nauk [deoeased].1
KATYSBELjiktPvJAAwi4ov-iahj OBLOMSKIY, Yakov Antwiavich,
kand.' ekou.~ iu*l FEKELISO Isay BorisoviP-4---,
JINEGINO Ivan Ivanoviobl PRIYMAK, Ivan Androyevioh, prof.,
doktor takhn. nauk [deceased]; ROYTBURD,.Lazarl Nisonovich,
prof., doktor 4kon. naukj ROMANOVICH, Nikolay Dmitriyevioh;
BORDIN, M.M., retsenzwtj BRYUKHANKNKO, B.A., dots., kand,
ekon. nauk, retsenzent; KHUTORSKAYA, Ye.S., red.iad-val
KARASEVp A.I.v takhn. red.
--roje ~-X
(Economics of ferrous metallurgy In the U.S.S.R.] Ekonomika
chernoi metallurgii SSSR. [BY] V.F.Andreev i dr. Pod red.
L.N.Roitburda I N.P.Bannogo. Moskva.. Metallur issdit, 1963.
384 p. fm'~IR'A'16: 5)
(Iron industry) (Steel industry)

66363
a h6-3 00 SOV/120-59-5-6/46
AUTHORS: Golovin, B. M., Dzhelepov, V. P., Katyshev, Yu. V.,
Konin, A.D. and Medved', S.V.
TITLE: A Ring Target Apparatus for Studying High-energy Small-
angle Neutron Scattering
PERIODICAL: Pribory i tekhnika eksperimental 1959, Nr 5,
PP 33-35 (USSR)
ABSTRACT: The authors have measured n,p cross-sections in the
small-angle range (350 - 50 centre of mass system) at
,---600 MeV (Ref 1). The method used consists in the
following. To begin with a high-energy neutron beam
is produced with the aid of an annular brass collimator,
as show-a on the left-hand side of Fig 1. The beam is then
incident on a toroidal circular target whose central axis
coincides with the longitudinal axis of the beam. The
neutron detector is in the form of a neutron telescope
and can be moved along the symmetry axis of the apparatus.
The use of a ring target means that it is possible to use
a larger amount of scattering material than in the usual
targets. The neutrons are produced by 680 MeV protons
at an internal target of the synchrocyclotron of the.
Cardl/2 Laboratory for Nuclear Problems of the Joint Institute for
~K

AMMORS: x4tyahev, To. T.,
Ionia, A. D., Wood-, 3. T. ------------------------
TITLII fte 3catt.ring of Neutron. by Protons In the 114CiOn Of SCA11
Angles at Isatrom thergles of 590 Nov (Ims.eyanlye zeytronov
prota"ol v ablaott "lirkh aglor prl on*rcil asytronor 590 lul)
YXIMICALt Zb.rbal oksporisont;!7-toy(I toor.Uche.key rislki, 1959,
To, 36. ar 3. vp 73 )a C"2)
IMUCT s ?be authors Investigated the differential crams section of
mi-p-oc4ttaring at an awarmeS neutron #..rCT of 590 1!., in
'the angular range of 5 - ~5 1 for this 7urposo a special 7!~
device with an ocular mostUrtr won amve%opod. which has %1-
ready been described In on* of tho autbvrol earlier papers
and this paper (rLg 1). x4mult.:
Be.tILtascranigle Relative "our,% or a-p-s-.ttaritut crams
M-p-statioring crovs 0.01ion in
section Cm,2/otoradlaa
5 2 7ZLO.4 10 ! 1.5
6
'Sj
iara Sh 11.5 1.7.tD.2 9
23 1.240.1
4:3 :5
35 3 ~7;0 2
Determination of coefficients in the anslito qaAt%a,% or
powslorize x ilt a- a )n
1 2
.,.)(.2.) 1. possible by
6(., 02T)
sea" of experibental Investigations. ts holds that
6p- **) - I-P - 101' - IA12 W2 mc,
184(6 - e) - kot(4-, -here k donates the --I* -ab.r If the
Incident :Oct.=. It b014. that 0* - 02) - 0*)] 2
--V1 61" 41, and by wol., '.he ..Pmrimatal
R0
$"Its btaln*J by the author, it SA founj that
'p 01126 -00 ) - [Iow up (4 - 00)12
rigurv 2 obo.s the anorgy 4.,_.donc. of JA.A - 00) for
"*Idea-dualvaA Intoraction LA the state$ ill% Loatc;it
Card 2/3 971. T - 0 and T - I with " accuracy of ~;art :re= a
Thu Scaltort" of xqntrouff by Protons in tho losses Of"Zzall AcCl.o at
Neutron ftergime of 530 Uvv
Ir nC Inc"&&# Of crams s.etlaus with - d*croasiag cat%*r.
Ing
O:~Ilo 'bar* Is a prodcalcanum or forward scattering
:rose GoottODS Over backward scol-.rux crams -#Ctlana. A
06PArieva Of the results Otaln.4 by ... no of the optical
th-or.o @has, that It to doubtful IQtt6.r nueI
44 t;m`lfW at~600 Nov can be describ.4 an th* basis or
th:to goo ~Ocloft .0dox. Thar* arm 2 ftegr.s, 2 table..
am tl refdreac*q. I of 'bl'.., &r.
ASSOCIATIVIZ Ob-
T.Ji, WY -,slut rejormykh
JOlOt In-ttfuto for Nuclear I ... kre~..)
SUZXMKDt 3*Pltoab.r ~, 1954
csrd~ 315

B/05 60/03'80"2/17/061
c~9 IA 0 0 m6yni i
AUTHORS: Van Gan-chan. Van Tsu-tszenp Din Da-tsao, Ivanov, Vb Go,
Kat-y-ahev, Xul Y.9 Kladnitskaya, Ye. N.) Kulyukina, L. A.,
_#guyen Din T , Nikitin, A. V., Otyinovskiy, S_ Z~#
Solov'yev, M._I t Sosnovskiy, Rp, Shafranov, M.-D.
TITLE: Investigation of the Elastic Soattgri 17 f n--Meaons With
a Momentum of 6.8 Bev/c on Protons by Means of a Propane
Bubble Chamber
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, ig6o,
Vol. 38, No. 2, pp 426-431
TEXT: For the purpose of making a contribution to the problems of proton
structureI the authors investigated the scattering of negative 6.8-Bev/0
pions on protons (wave length X - 0.112,lo-13cm) in a 24-liter propane
bubble chamber placed in a magnetic field of 13,700 oe. The experimental
setup is shown in Fig. 1, The momentum distribution of %--mesons was de-
termined from 112 investigated tracks, and is shown in Fig. 2. The mea'i
momentum was (6.8+0.6) Bev/c. A total of 3500 frames was interpretod, and
)K
Card 1/4

Investigation of the Elastic Scattering
of n--Mesons With a Momentum of 6.6 Bev/o
on Protons by Means of a Propane Bubble
Chamber
82oi6.
S/056/60/038/02/17/061
B006/BO11
550 events were selected from all two-pronged stars. The measured values
were processed by an electronic computer. The root mean-square error in
the angular determination was AG R = 261 and AIDp : 1014', The correction
for track curvature did not exceed 201. The elastic 'n-p-scattering events
were identified by the criteria discussed here; Coplanarity (Fig. 3);
angular correlation (Fig- 4)j recoil proton range. Among the 550 events
investigated, 218 were regarded as being elastic. Fig. 5 shows the distri-
bution of these 218 events along the chamber axis, In the so-oalled ef-
feotive region of the chamber (43 om with a total length of 55 em), 213
out of the 218 events were recorded. The distribution of these 213 events
according to the azimuthal angle of the recoil proton is shown in Fig. 6.
In 113 cases the recoil proton track was on top, in 100 it was below,
in 115 at the left, in 98 at the right. An estimation of the percentage
of quasielastic scattering events in the total number of elastic ones 6%.
The cross section of the reaction investigated was found to be
Card 2/4

82)16
Investigation of the Elastic Scattering S/056/ 02/17/061
of n--Mesons With a Momentum of 6.8 Bev/o B006/Boll
on Protons by Means of a Propane Bubble
Chamber
Cr ' > 60) - 3-75 +0.25
el(Q, \ -0-55 mb, by taking into account a g- admixture of
(5�2)%, with a total %- traft length of 1-15-106 o Iis the soattering
A
angle ir, the center-of-mass system. The total n-poiNeraction cross section
was est:lmated as being (30,t5) mb. The final part of the present paper
offers an analysis of experimental results on the basis of the optical
model, *;th the proton being regarded as a homogeneous, sharply bounded
sphere with a radius R - 1-05 io-13 m. The nucleonic absorption coefficient
K is assumed to be K - 0-71-1;13om-7. Results are compared with those
yielded by experiment3 (Table, Figs- 798). The authors finally thank
Academician V. I. Veksler and I. V. Chuvilo for their discussions,
N. A. Smirnov, Ye. K. Kuryatnikov, ju. 1. Makarov, M. A. Samarin,
L. Yao Ivanova, ani ir assistance. There are 6 rigures,
I table and 8 references: 2 Soviet and 6 American.
Card 3/4

Investigation of the Elastic Scattering
of n--Mesons With a Momentum of 6#8 Bev/0
on Protons by Means of a Propane Bubble
Chamber
82 16
S/05 60/038 02/17/061
B006YB011
ASSOCIATION: Ob"yedinennyy institut yadernykh issledovaniy
(Joint Institute of Nuclear Research)
SUBMITTED: August 28, 1959
a(
Card 4/4

BIRGER N-Ge- WANG KANG-CHSANG; WANG TSIU-TSENGI TING TA-TSIAO; KATYSM
'U-Y' KIADHITSKAYA, Ye.N.;KOPYLOVA, D.K.; LYUBDIOVi Y-Bi-ti, ~ft
iD5- 77;* PIKITIN2 A.V.j PODGORETSM, M.I.; SOIDVIYEVI M.I*
[Inelastic interaction of 6.8 BeV/S JT--MOBons and nucleons]
Neuprugie vzaimodeistviiaSr- -mezonov s imipullsom 628 Bev/s a
neuklonami . Dubna, Ob"edinenigi in-t iadernykh isal.p 1961. 30 P.
(MIU 14:11)
(mesons) (Nucleons)

BIRGER, B.G.; VAN QU-CHAN [Wang Kang-chOangj; VAN TSU-TSZEN [Wang TS'u-ts;ngjl
'DIN DA-TSAO [Ting Ta-tslao]; AT gff,-L61~; rJADRITSKAYA, Ye.N.;
KOPYLOVA, D.K.; LYUBIMOV, V.B.; RGUYEN DIN TY; NIKITIN) A.V.;
PODGORF,TSKIY.. M.I.; SMORODIN, Yu.A...- SOLOWYEV, M.I.; TREA, Z.
Inelastic interactions of 6.8 Bev./c -r-meeons with nucleonab
Zbur. eksp. i teor. fiz. 41 no.5*.1461-1474 N 961. (MIRA 14:12)
1. Ob"yedinennyy iwtitut~"y!sdernykh--ionledovani
(Collisions (Ntw3j3ar physicsT
(Mesons) (Nucleons)