SCIENTIFIC ABSTRACT KATS, A.L. - KATS, A.Z.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000721120013-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KATS, A.L.
Air currents in the troposphere and stratosphere of a tropical
region and their relation. to tl,e general circulation of the
atmosphere. Trudy Dallnevost. NIGMI no.16:3-25 164.
(MIRA 17:11)
I .. % - ~ ''
.

AZIZCV.l M.A.; KAT8, A.I,-.- LARIN, P.P.; TA811PUIATOV, Yu.T.; USM.41w, 1(h.u.
Trfrr+red absnrptlon Spectra of the Pomplex compounds of capFer
ct mionoPy-ridine-urboxylit: acidg and lhtsJr derivatives. Dzb,M&ir..
zhur. 8 no.WI-53 164. (IMIRA 18'.5)
1. TasbkentsIdly farmatsevti cbe skiy instltut i Nauchno-issladovatell-
skiy imstilitut k1ii-mli I tekhnologll khlopkovoy tsellyul.czy Gosudar-
stven.nogo konitet.- k~iricheskoy pr-:m,,yshlenncsti pri Gosplane ISSSR.

UTS, A.L.,.doktor geograf.nauk
Constructing a synoptic-statistic methodology of forecasting a
ten-day temperature anomaly. Meteor. i gidrol. n0-5.,23-28 I-T
1065. (MIRA 188-4)
1. TSentrallnyy institut prognozov.

P
C ca

re8-67 EgT(!)/FCC 01-1
TR--AP6024381 SOURCE CODE: UR/0050/66/000/007/0013/0021
AUTEOR: Kats, A. L.(Doctor of geographical sciences)
___ __ ~J~
ORG: Hydrometeorological Scientific Research CenLax-M& (Gidrometeorologich~skiy
naucnU0-15S1eaovar_eVSKJy tsent)r _SSSR)
TITLE: Cycles in the equatorial atmosphere and mesoaphere and seasonall transforma-
tions of global circulation
SOURCE: Meteorologiya i gidrologiya, n6. 7, 1966, 13-21
TOPIC TAGS: wind circulation, equatoriL wind circulation, low latitude circulation
atmospheric circulation, wind, stratosphere, solar radiation
ABSTR&Cr: The article considers some results of the analysis of data obtained in
recent years by radiosonde and rocket observations of wind conditions,/-~hrticularly
in the equatorial zone andlll~ low latitudes. TheWt?ldata not onl-y-=ain the more
accurate recognition of circulatory characteristics of the lower latitudes, but also
contain new information on specific features of stratospheric and mesospheric circula-
tion in extratropical latitudes. The presence of a 26-month cycle of zonal wind
components in the lower equatorial stratosphere (30-35 km) has been established.
Based on the data of rocket sounding, the time cros's section of the -zonal wind compo-
nent in the 20-70-km layer for the equatorial zone of the South Atlantic region shows
the existence of an alternation of westerly and easterly winds, but a different cycle.
The appearance of westerly winds in the upper equatorial stratosphere obviously
Card

ACC NR1 AP6024381
C:>
results from formation of a merldional tempezature gradient which is directed toward
both sides of the Equator; this gradient results from maximum penetration of ultra-
violet rays into the upper atwsphere during the spring and autum equinoxes. Radio
sonde and rocket observation data on the equatorial zone show that the westerly wind;
in the upper stratosphere as a rule descend lower in the autumn than in spring
hemisphere. Available observations lead to the conclusion that the penetration of
westerly winds from the upper to the lower equatorial stratosphere -and the occurrence
of these winds in 26-month cycles are interrelated phenomena. There are indications
in the literature of a weak, quasi-biennial cycle of solar activity. It is possible
that an analogical mechanism creates an additional impulse which causes ultraviolet
radiation, acting on ozone, to penetrate deeper into the stratosphere than usual.
The effect of such an additional impulse, as already noted, will be maximal during-~~-
the equinox, when solar rays fall perpendicularly. Seasonal influences also have -
been noted in other characteristics of the evolution of westerly and easterly winds,',','
in the equatorial atmDsphere. The above data show that the evolution of air currents
in the equatorial stratosphere is connected with the seasonal features of circulation
in extratropical latitudes of both hemispheres. orig. art. has: 3 figures andLtahle-
SUB CODE: 04/- SUBM DATE: 12Dec65/ ORIG REF: 009/ OTH REF:- 014/ ATD PRESS:
V'r
Card 2/2 'L

XATS, A.M.; GOMM, N*7.
%WWOMAN"
6~timzm' adjustment of the procese of isodromic temperature control
under varloue typoq of lag, rrudy LO NTO Priborprom.- noo.-46-75
156, IM)
(Temperature) (Automatic control)

GONEK. N F.; KATS, A.M.
Improving two-position temperature control by adding a
differential thermocouple davice. [Trud~yl W NTO Priborprom.
no.4:35-50 '59. (MIRA 13:2)
(Thermostat)

rO -Is
r, + PHASE. r BOOK EXPLOITATION SOV/5519
Kremlevskiy, P. P. , Candidate of Technical Sciences, ed.
Teploener get ich eskiye i khimikotekhnologicheakiye pribory i regulyatory
(Instruments and Regulators in Heat-Power and Chemical Engineering)
Moscow, Mashgiz, 1961. 207 p. Errata slip inserted. 8, 500 copies
printed.
Ed. of Publishing House: G. A., Dudusova; Tech. Ed. : L. V. Shchetinina;
Managing Ed. for Literature on the Design and Operation of Machines,
Leningrad Department, Mashgiz: F. I. Fetisov, Engineer.
PURPOSE: This book is intended for engineers and technicians who construct,
"design, and operate industrial instruments and regulators.
COVERAGE, The book deals with new investigations in the field of automatic
checking and regulation of heat-power and chemical industrial processes.
The following problems are discussed: improvement of two-position
Card 1/9
Instruments and Regulators (Cont. SOV/5519
control operation; effect of mass action and damping on proportional
control; new proportional plus integral and programming electronic
regulation systems; complete automation of open-hearth furnaces;
aut,omation of boilers with variable load capacity; measurement of
pulsating now; measurement of dust now; ultraiionic and maghetic.-
induction flowmeters; pneumatic compensating differential manome-
ters; aggressive- fluid flowmeters; new magnetic and optical-acous-
tical gas analyzers; concentration meters; and chlorine and coagulant
regulators. The book is the fifth in a series containing reports on the
investigations carried out by the Section on Heat -Engineering Control
Instrumentation and Automation of the Leningradskoye otdeleniye
Nauchno-tekhnicheskogo obshchestva priborostroitellnoy promyshlennosti
(Leningrad Branch of the Scientific and Technical Society of the Instru-
ment-Building Industry.) All the articles presented In this book were
discussed either at sessions of the above section or at the conference on
Card 2/9

Instruments and Regulators (Cont. ) SOV/5519
measurements of mechanical quantities called by the section, the
VNEM jVsesoyuznyy nauchno-issledovateliskiy institut metrologii im.
D. I. Mendeleyeva -- All-Union Scientific Research Institute of
Metrology imeni D. 1. Mendeleyev), and the Lehingradskiy dom
uchenykh im. A. M. Gorikogo (Leningrad Home for Scientists imeni
A.M. Gor'kiy). No personalities are mentioned. There are 65 ref-
erences: 41 Soviet, 20 English, and 4 German. References accompany
most chapters.
TABLE OF CONTENTS**
Foreword
PART I. AUTOMATIC CONTROL
OF INDUSTRIAL PROCESSES
3
Ch. 1. Kampe-Nemm, A. A. Two-Position Automatic Control and
Methods of Improving Its Properties 5
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Instruments and Regulators (Cont.) SOV/5519
1. Methods of improving properties of two-position control without
changing the block diagram of the system 5
2. Discontinuous two-position control 8
3. Introduction of additional pulses to the rule of regulating
according to the lst and 2d derivatives 10
4. Increasing the number of inflow stages .(three -position
control) 13
5. Application~of exponerdial feedbacks (two-vosition static and
two-position proportional plus integral control) 14
Ch. Il. Kats, A.M., and N. F. Gonek. Investigation of Propor-
tion-a-r-C-offtrol, Taking Into Account the Mass of the Sensi-
tive Element and Damping in the System Units 23
1. Equations for a control system with variable speed of the
servomotor a,-;id inertia of the sensitive element 24
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Instruments and Regulators (Cont.) SOV/5519
2. Limit of system stability 26
3. Formation of transients 32
4. Equations for a control system with pure time delay 36
Ch. 1H. Strashun, A. Z. Automatic Regulators 42
1. Basic types of regulators 42
2. RU4-01 and RU4-06 regulators 44
3. RTJ4-15 regulator 49
4. RU4-16A regulator 51
5. RU5-01 and RU5-02 programming devices 54
Ch. IV. Dembovskly, V, V., and S. V. Yurovetskiy. Complex
Automation of Open-Hearth Furnaces 58
1. Programming elements of the circuit 59
2. Automatic correction of the programming of the thermal
operating conditions 61
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Instruments and Regulators (Cont.) SOV/5519
3. Automatic regulation of flame angle 63
4. Regulation of fuel oil consumption.. 64
5. Correction of fuel oil consumption by the frequency of
throwing over the valves 66
Ch. V. Shifrin, M. Sh. Building Up Control Circuits for
Shipboard Boiler Systems 68
1. Regulation of boiler water-sUpply system 72
2. Regulation of combustion process in the boilers 73
3. Regulation of air and steam pressure 76
PART H. FLOW RATE MEASUREMENT
Ch. VI. Kremlevskiyy, P. P. Criterion of Pulsating-Flow
Damping 79
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Instruments and Regulators (Cont.
SOV/5519
Ch. VIL Shatill, A. A. -Apvlication of Narrowing Devices for
Measuring Dust Flow in a Pneumatic Traffic System 90
Ch. VIII. Kh1munin, A. S. Ultrasonic Flowmeters
1. Phase method
2. Pulse-time method
Ch. IX. Zasedatelev, S.M., V.A. Rukhadze , and K. A. Savell -
yeva. Pneumatic Compensating Differential Manometers
1. Errors in compensating differential 'manometers
2. Means for increasing operating reliability of membrane
differentigl manometera
3. Differential manometers with pneumatic power compensa-
tion
Ch. X. Nikitin, B. L.) 1. D. Vel It, and V. K. Rukavishnikova. RI-
Type Induction (Electromagneti6) Flowmeters
i0i
101"
110
115
116
124
126
134
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Instruments and Regulators (Cont. ) SOV/5519
Ch. M. Buzhinskiy, N. 1. Tachometric Vane-Type Flowmeters
for Sulphuric Acid 141
1. Measuring average flows 142
2. Measuring high flows 146
3. Measuring low flows 150
Ch. X31. Mikhaylov, B. P. Measuring the Flow ofAggressive
Liquids 151
L Inductive flowmeter for registration of quick-changing
liquid flows 151
2. -Tachometric vane-type )ic~uid flowmeters 154
3. Measurement of extremely low flows 156
PART TZ4 MEASUREMENT OF THE CONCENTRATION OF
INDIVIDUAL COMPONENTS IN GASES AND LIQUIDS
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Instruments and Regulators (Cont. )
SOV/5519
Ch. XIII. Yershov, B. B. Thermomagnetic Gas Analyzers 159
1. Physical bases of thermomagnetic gas-analyzer operation 159
2. MGK-2 and MGK-4 magnetic gas analyzers 161
3. TMGK-5 thermomagnetic gas analyzer 163
4. Thermomagnetic gas analyzers manufactured by the SKB
(Spetsiallnoye konstuktorskoye byuro--Special Design
Office for Analytical-Inst rum ent Construction) 165
Ch,, 3UV. Sail', A. 0. New Industrial Optical -Acoustical Gas
Analyzers 177
Ch. XV. Cheyshvili, V.L., and I. L. Krymskiy. Concentration
Meters and Chlorine and Coagulant-Feed Regulators in
Water Supply Systems 193
1. Automatic coagulant regulator 193
2. Instrument for measuring and regulating residual chlorine
content in drinking water 198
AVAILABLE: Library of Congress JP/ dfk/bc
Card 9/9 9-11-61

9.11,~,w, ').11"'30
T1 7 67
S 0 V /10, 2 (2
AUTHOR: A. M.
TITLE: Application of' Series to Solution of Some Problems
Relating to Traveling Wave and Dickward Wave Tubes.
Brief Communication
PERIODICAL: Radioteldinika I elelctronika, 1960, Vol 5, Nr 2,
333-33'-5 (USSR)
ABSTRACT: This Is a development of work by I. A. Mullen (see
U.S. ref at end of' abstract) Into which It introduces
some corrective calculations. A method for solvin.-
the problem of a small signal amplification in a
traveling wave tube, based on the use of series,, Is
proposed. The esoence of this. method follows. BY
Introducing function;
CA.x,
4
Card 1/6

Application of Series to Solution of Some 77787
Problems Relating to Traveling Wave and SOV/109-5-2-2o/e-6
Backward Wave Tubes. Brief Communication
and utilizing properties of cubic equation roots for the
determination of' wave propagation constants in a traveliii---
wave tube:
It is possible to obtain expressions for variable.
components of voltaZe, current, and velocity .!.n
terms of function En (2-/;CN) which (-.an bc
expanded Into a series of the typ(--:
For t-he detcrminatLon of.' coeft'iclent,,~, 1) tile
TP. i I I
1-.~.~J%j "A6 author refer;; to the wovk mentioned ~ibo%ltl. I t I

Application 01' Series to Solution of' Some 77787
Problems Relating to Traveling, Wave and 3 OV/1 0' L, -- L) O/L3
Backward I-lave Tubes. BrIef Corzimuni cation
pos3ible to determine the amplification without solvin,-
(2), which Is a complicated and difficult operation.
1. A. Mullen made a mistake in not considering the field
space charge when setting up the boundary conditions.
The purpose of this paper is to find corre,;t solutions
for the case when q ~ 0, and the solution of some
examples. Taking into consideration the field of
*pace charge, the boundary conditions for variable
components of voltage, current,, and velocity can be
written as:
Va V1 + VI + VB.
+ - + -~L V"
+ q L' + + 41
K J-
ju 1'2 -1 --- -
L2 L2
+ q + .1 q
Card 3/6

Aj,j)1A,!-:,,tA,)n of' Nevlc.; to Solutlon or Soi-fie 77787
Relatin4,~ to Traveling Wave and 80111109-13-121-1,()1I'26
Plao1cw.,ivd lquve TLII)C-2.. Brief' Communication
where Vo, vo~v 1 0 are the above variable components for
voltaire, vQlocIty, and Current tit tile injAltl Of 'L-!',iVelII-Ig
wave tube, ve3pectivelyi C lo amplificat1wi
K., coefficient of coupling; u.), constant velocity of
olectron elux; '1',' ~ e/m, ratio ot' electron cihai-Lc- t. o
mass. Solving tflis system for initial amplitudes ot'
three waves, V.,,, V2, V 3 -P gives:
KI q
_--i
(L.L" - I)(-
V, and V values are obtained by a CyClic substiltull-ion
1- 3
01' Indices into Volta.,e aL any point alon--, the
1 z-, expres-ed by:

Application ol' Series to Solution ot' Some 77787
Pi,oblenis Rclatlng to Travellng Wave and SOV/109-5-2-2o/26
Backward Wave Tubes. Brief Cornmunication
Using Eqs. (1)-(6), the followIng expressions for voltage,
velocity, and current are obtained:
+ + liph's + +
ji (qp + 1) El + qE- (71
. + q Ii (qj, 1) E-1 A-
K
CP - EIVO + UPIT, + 'YI) (i
C".) + 1) Ea + q,"I) ~C- io (8)
K K
-LC IcYn + (ipEa + Ei 10 [i (qp + J) E-1 qr.1 ~- -:'
, i = 1. 1) (1' -LqI C"(') C i0 (9)
The same method applied to a backward wave tube pi-oduces:
V~- (I-g + qEO) VO + J(jpE2 + E3) + q (jpE-o + Ej)] (i C,')
Card 5/6 (j (qj, - J) E, + + q Ij (qj- -- 1) R- 9E.1) K Ti i~)
(- 'HI /

Application of Series to Solution of Some 77787
Problem- Relating to Traveling Wave and 5-2-201/26
SOV/109-
Fackward Wave Tubes. Brief Communication
EIVO + UPEI,+ E%) (j�~. E.+ "I"Il
2C
h
(qp - + q iD) , (I
+ 1,I) (i T,
where p b + jd; v0 and 10 are, respectively, variable
components of voltage, velocity, and current at the
Input plane of electron flux into the delaying system.
Equations (10)-(12) permit the determination of the
voltage amplitude dependence on the distance In the
system and generation conditions of backward wave.
There are 3 figures; and 4 refevences, 1 Soviet,
I German, 2 U.S. The U.S. references are: I. A.
Mullen, IRE Trans. Electron Devices, 1957, 4,
H. Johnson, Proc. IRE, 1955, 113, 6, 6821
SUBMITTLD:
May 11, 1959
Car.d 6/6

2U4.LY
S/109/60/005/012/017/035.
E19 2/E382
AUTHORt Katst A.M.
TITLEt Investigation of the operation of a Travelling-wave
Tube with Local Attenuation in the Linear-Region
PERIODICAL: Radiatekhnika i elektronika, 1960, Vol.'5,
No. 12, pp. 1966 - 1996
TEXT:~ The investigation of the opo'r,ation of travelling-wave
tubes with local attenuation.or damping has been carried out
by a number of authors (e.g. Refs. 1-5). In the following,
A the effect of the local damping or absorption on ihe gain and
the noise figures of the travelling-wave tube is analysed.
The expressions for the alternating components of voltage,
velocity and th, current of the electron beam which interacts
with the wave propagating in the delay system of th6 tube can
be taken from the work of W. Kleen (Ref. 9). These are as,
follows3

'20h19
s/ioq/6o/oo5/o12/0l7/035
E192/E382
Investigation of the Operation of a Travelling-wave Tube
with Local Attenuation in the Linear Rogion
V V I.Ct%j-A.N

1L CV no vnan O~RCHS%e-hllm'

_2U 3 V

whore V, v, i are alternating components of the voltage,
velocity and current,
U is the accelerating voltage and
0
I is the average beam currentl-:
0
C is the gain parameter;
q is the space-charge parameter,

Cnrd 2/10'

S/109/60/005/012/017/035
E192/1,:3132
Investigation of the operation of a Travelling-wave Tube
with Local Attenuation in the Linear Region
N is the number of the wa-velengths along the system, and
6 are the roots of the principal characteristic
n equation.of the tube (Rer. 1).
A travc1ling-way tube with a local absorber is as follow:
at a distance I I (in the plane a) from the origin of
the system having a 1e
ngth -e and an attenuation d a
sectior.. having a length C2 and attenuation d 2 > d Is
situattid (in plane p). This section introduces an attenuation
L (wh--;ch is to be determined). The planes a and b
correspond to 'Ile input and output of the absorbing.section.
The damping in the absorbing section can be distributed ir. an
arbitrary manner. It is assumed that an alternAting signal
V0 is applied to the input of the system and an expression
is derived for its output signal. However, this expression
is unsuitable.for practical calculations. Consequently, the
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204~9
s/iog/60/005/012/017/035
E192/E382
Investigation of the Operation of a Travelling-wave Tybe
with Local Attenuation in the Linear Region
method proposed by the author in an earlier wbrk is employed,
whereby the expressions for the alternating components of
voltage,current and velocity are as follows;
V (E,2 + qE, Vo + WE, + E. + q YPEO +Ell)] CV.) -
(qp + 1) E, + q-r,. + q [j (qp + 1) B_~ + qE,.)l
2C
U0 K
C v = EY. + (IpE,' E2) (i Cv.) - [j (qp + 1) A + qEi I
i EoV# + +
where p b - jd and B is expressed in terms of the
parameters of the tube (b being the paramete asynchronism).
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20419
s/log/60/005/012/017/035
E192/E382
Investigation of the Operation of a Travelling-wave Tube
with Local. Attenuation in the Linear Region
Ens. (9) are equivalent to Eqs. (1). By' using Eqs. (9) it
is possible to determine the high-frequency voltages at any
point of the system for any distribution of the attenuation
along the system. The magnitude of the attenuation intro-
duced by the absorber is given by (Ref. 1).
L = 54,,5CN2d2 06) 11,10)
where CN, cox-responds to the length of the section
occupied y the absorber and d 2 is the attenuation of
the 'absorb:tng se~_tion. The aalculated values of the gain of the
system as a function of its length are illustrated in Fig. 1~
Curves I and 2 in the figure relate to a tube with q 1
d = 0.1 and different values of the parameters --f the
absorbing section; Curve I is for d 2 = 2 andA CN 2 O.Ik
Card 5110

20419
s/iog/60/005/012/017/035
E192/E382
Investigation of the Operation of a Travelling-wave Tube
with Local Attenuation in the Linear Region
while Curve 2 is for d. = I and CN2 = 0.5 Fig. I shows
also Curves 3 and 4, for which the parameters of the absorber
section are the same as for Curve I but the values of the
tube parameters are different; Curve 3 corresponds to a larger
value of the spaco-charge parameter while Curve 4 represents
the effect of an increased loss parameter, By comparing
these curves with Curve 1 it is seen that the interaction
in the region of the local absorber is solely dependent on
the magnitude of the space-charge parameter, The dependence
of the gain 1"" on the length of the absorber section for
various tube parameters and various d. are shown in two
figures. The effect of the position of the absorber section
on gain is also investigated and this is shown in one
figure. The noise figure of a travelling-wave tube is
defined as the ratio of the noise output power to the output
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20419
S/109/60/005/012/ol7/033
E192/E382
Investigation of the Operation of a Travelling-wave Tube
with Local Attenuation in the Linear Region
produced by thermal noise alone, Theexpression for the
noise figure can be conveniently written asg
F1 I PBbIX_PIK
_ _I_ ( 13)
F I PBbIX 2 Kyl
where F is tlie noise figured PBbIX q is the output noise
and K Y is the gain of the tube; the subscripts 1 in
this formula correspond to a tube with a local absorber,
while the symbols without these subscripts relate to a tube
without the absorber. The values of Eq. (13) were evaluated
for a tube with q = I and d = 0.2 for various values
of the local attenuation. A typical. curve of the noise figure
as a function of the position of the local attenuator is shown
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20419
S/log/6o/005/012/017/035
E192/E382
Investigation of the Operation of a Travelling-wave Tube with
Local Attenuation in the Linear Region
in Fig. 9,~ The parameters of the attenuator section for
this figure were as follows3 L = 33 db and CN, = 0. 2
From the curve it is seen that for a given position of the
attenuator the noise factor is a m�nimum. The author
expresses his gratitude to M.B. Tseytlin for discussion and
valuable remarkm, There are 11 figures and 12 references,
1 Soviet and 11 non-Soviet.
SUBMIT'rED,. January 15- 1960
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20419
s/iog/60/005/012/017/035
E192/E382
.Investigation of the operation of a Travelling-wave Tube
with Local Attenuation in the Lineitr Region,
rig. 1:
G,01
Pm. 1. 3amumom. yermesuit JIBB OT Ang-
1'fJ J'8uftu MR Pa8nH'1f1UX UaPCLMMOB JTO- /'0
itanhuore BaTyxaunn,1(tcpzsLxe I R 2) v Ann 4-
Punumilax nOPMOTPOD nammu (I(PUBLID S'.
CM

2OL19.
s/log/60/005/012/017/035
E192/E382
Investigation of the Operation of a Travelling-wave Tubd
with Local Attenuation in the Linear Region
'Fig. 9:
puc. 9

GIMBOY-NOTELINIKCIV9 Erik Anatol*yeviohj KATS, A*M.1, red.; POU)SINA,, G.Vo.,
xvd.; YMTKOVI~ R.N.p
(Application of accounting-punched card machines for preparing
consolidated constructional and technological documentation]
Primenexis ochetso-perfaratsiowVkh mashiz dlia, rekbanizatsii
oostayleviia ovoduoi konstruktorskoi i tekhnologicheskoi
dokumentatsii. 14oskvil Gosstatizdat, TsSU SSSR2 .1961. 43. p
(MM 15:5)
(Machine accounting) (Punched card systems)

s/o58/62/Ooo/oo6/1O9/136
Ao62/Aloi
AUTHORS: Kats, A. M., Anisimov, Ye. V., Sovetov, N. M.
TITLE: Certain dispersion properties of a ribbon helix with a central
conductor
PERIODICAL: Referativnyy zhurnal, Fizika, no. 6, 1962, 21, abstract 6Zhl42
("Nauchn. yezhegodnik. Saratovsk. un-t. Fiz. fak. i N.-i. in-t
mekhan. i fiz., 1955", Saratov, 196o, 116 - 119)
TEXT: The dispersion equation of a ribbon helix with a central conductor
is derived and analyzed. The values of the system parameters, for which the ef-
fect of the central conductor is particularly strong, are determined; the appear-
ance of anomalous dispersion regions is noted.
S. A.
[Abstracter's note: Complete translation]
Card 1/1

BAKHTIAROV, R.A.(MosYva); KAS, A.M.(Makva)
. %:= -----------
Effect of alloy composition and the rate of cooling on the diatribution
of shrinkage cavities in castings. Izv. AN SSSR.Otd.tekb.n~a. Met.
i topl. no.5:102-109 S-0162.. (MIRA 15:10)
(Nonferrous alloys-Analysis) (Metal caatings-Defects)

SHIPAWK0, A.I., kandidat farmateevtichoskikh nauk; EATS, A.M.. provitor
Mechanized process for preparing soma drugs. Apt.dolo 5 no.3:
46-48 My-Je 156. (HURA 9: 8)
l..Iz Nauchno-looledovateliskoy aptachnoy atanteii (NIAS) Moskov-
skogo gorodskogo otdeleniya Glalnogo aptechnogo upravlaniya RSFSR.
(DRUG INDUSTRY)

EATS, A.M.
Dynamics of the distribution and excretion of the radioactive
bydrochloride of the diethylaminoethyl S-ester of diphenylacetic
acid labeled by sulfut(with summary in English]. Biuleekspe
biol. i, med. 46 no.10:61-65 0 158 (MIRA 11:11)
1. Iz biokhimicheakoy laboratorii (zav. - prof. V.I. Rozengart)
Vaesoyuznogo nauchno-iseledovatellskogo sanitarno-khimichenkogo
inatituta (dir. - dnktor maditainskildi rauk S.N. Golikov),
Lemingrad* Predstavlena deyetvitellnym chlenom ANN SSSR
S*V* Anichkovym.
(MUSCIS PSLAZANTS, metab.
diet lthioacetic acid 2-diethyl aminoethyl ester
(RUSI)

SHIMAM, A.I., kand.farmatsevticheakikh nauk; EXTS, A.M., provizor
Mechanization of the process of preparirg some medicinal compounds.
Report No.2. Apt.delo 8 no.5:51-53 S-0 159. (MIRA 13:1)
1. Iz Nauchno-iosladovatellskoy aptechnoy stantsii (NIAS) Mookovskogo
gorodskogo otdoleuiya Glavnogo aptechnogo upravleniya RSFM
(TABLETS ( MEDICIIM))

KATS, A. M. Cand Med Sci -- "Comparative description of the central cholinolytio
action of diazyl ,nd its thioanalogip andetudy of -their dynamics in the organian."
Len, 1960 (Min of Health RSFSR. Len Sanitary Hygianio Mad Inst)* (KL, 1-61, 208)
-389-

YARAINTSEVA, Ye.P.; IIATSj A M-; IONASv V.M.
Rationa.lization of the work of Moscow drugstore employees. Apt.,
delo 9 no- 4:56-60 n-Ag 160o (M]MA 13:8)
1. Nauchno-iseledovateltakaya aptechnaya stantalya Moskovskogo
gorodako o aptechnogo upravloni
~NMCOW-DRUGSTORES) ya(6K, METHOD OF)

YAFLANTSEVA, Ye.P.; KATS, A.M.
149clianization and ratlonalization of work at the Mogcc,4 Pharnacies.
Apt. delo 13 no.1:5q-63 Ja-F 164. (MIRA 17:4)
1. Nauchno-issledovateltskaya aptechmnya stantsiya Moskovskogo
gorodskogo aptechnogo upravleiiiya.

IBANIYES, F.F.; LIBERMAN, V.BI; BOINA, T.S;,-; KA.T,.S, A.I-',,, red.;
BYCHIKOVAI G.I.# red. -,
[Experience in the operation of the ZV80-3 electronic
computer for calculating planning norms 4- gerial ~,-nduc-
tion) Opyt primeneniia elektronnogo v~chislitella EV80-3
dlia nomatiN-no-planovykh raschetov v seriinom proizvodstve.
Moskvav Statistikas 1964. 86 p. (MIRA 18t4)

SBIN, STULIPINAS, Mec-hislav Tow; YAKOBSOT",
Lyuis Solorionowich; AIATS,-AM-,., red.; MIRZOYEVA, U.I.,
red.
[Usis of the PISC 45 result perforator] PrJmenenie itngovogo
perforatora P18045. Moskva, StatistJka, 1965. 62 p.
(MIRA 18:9)

MURZAV F,M,; KA-16j, A,M,
AccelArated, method for the filtering of concentrates# Apt.
delo 34 no.ls70-72 Ja-F 165@ (MIRA 18:10)
1. Nauchno-issledovatellskaya aptechnaya stantsiya Moskovskogo
gorodskogo aptaohnogo upravlenlya,

LOPATINP P*V.; KATS, A.M.; YARANTSEVA, Ye.P.; FEDOROVA, T.M.; GORSKAYA, L.V.
Experimental study of the disinfection of prescriptions and paper
by means of ultraviolet irradiation. Apt. delo 14 no.6:60-64
N-D 165. (~M 18:12)
1. Farmatsevtioheskiy fakulftet I Moskovskogo ordena Lenina
meditsinskogo instituta imeni I.M.Sechenova; Nauchno-
issledovatel'skaya aptechnaya stantsiya Moskovskogo gorodskogo
aptekoupravleniya i Sanitarno-epidemiologicheskava stantsiya
Moskvy.

PARK1100111KO, G.I.; YARPJITSEVA, Ye.P.; KATS, A.M.; Pri-rd.mala uchastiya
CHERTKOVA, A.N.
Prescriptions at the drugstores of Moscovo Apt. delo 14 no. 4t
58-61 ji-A-g 165 (MIRA 19:1)
1. Moskovskoyo gorodskoys aptechnoye upravleniys. ;?, Vauchno-
issledovatellskaya aptechnaya stantsi a Moskovskogo gorodskoge
aptechnogo upravleniya (for Cher To

ACC N%
BOOK EXPWITATION
Tse lin, Mikhail Borisovich; Kato', Allbert Mrkovich
Traveling-wave tube; Problems of theory and calculation (lampa, a begusbchey volnoy;
voprosy teorii i rascheta) Mosccnr, Izd-vo 'tSovetskoye radio," 1964. 0310 p. illus.
biblio. Errata slip inserted. 10,200 copies printed.
TOPIC TAGS: traveling wave tube, traveling wave interaction, 4eUcal spring, calcu-
lation,approximation calculation , 6LJF1?7-R#A1 rX.6U)
RIMSE AND COVERAGE: This book develops the theory of traveling-vave tubes by in-
corporating the newest concepts of Soviet and other scientisto. It is concerned pri-
marily with electron flow and traveling wave interaction at high-value amplificaticn.
factors as applied to medium- and-high-pover tubes. The text also includes a detail-
ed stuclyof the effect of a local absorber and of reflectiona from matching devices
on traveling-wave tube characteriatic3., and an analysis of traveling-wave tube par-
formance at ultimate levels of signal input. It also contains methods for calculatin
the basic parameters of helix-type traveling-wave tubes. The book is based on pre-
vious research carried out by the authors in collaboration .th Ye-M. Illina I.A.
flaq I Idn. t is inteiPed for engineers ~nEsci~en
A_~L- Usherovich, and K.,q. Miqhj%sqX._ I
tific workers in superbigh-frequency electronics, as well'as for teachers and student
at higher institutions of learning. The authors thank A.S. Tager and Yu.N. Pchell-
nikay for their constructive criticism of the manuscript.

ACC,,NRe. -, AM5009834
TABIZ.OP COMMM [abridged):
Foxword
Met of basic symbols 5
Ch. I. Yundamental equations of the linear theory of the interaction between oleo-
.. tron flow and a traveling electromagnetic wave -- 10 .
ch. n. Analysis of the traveling-wave tube performance in a linear r.,Ystem -- 47
Ch. M, Approximation methods of analysis of traveling-vave tube performance -- 1271
Ch. IV. Fundamental equations of the nonlinear theory of the interaction between
electron flow and a traveling electromagnetic wave -- 149
Ch. V. Analysis of traveling-vave tube.,performance in a nonlinear system -- 175
ch. vi. - calcuiatica methods for the helix type traveling-vaye tube __ 254
Bibliograft 30
SUB CODE: 09/ 8MK DATEt 29Aug64/
ORIG MWI 043/ OTH MWt 056

10,RR-11AROV, R.A. (lloskva); htd.)) A.M. (l,fzskva)
Muse d1stribution In the solld-lipli-I r-egion of --u-3t-lngs.
1z7. AN SSSR Met. i gcr. delo no.2sll!7-123- 14r-11)1&4
(Wrm 17:8)

1~-kTs, -~.
- - 1, - :'.
2t),150. Kai 3, ~.. 77joIrtro,"luf5oays svrtrk~i torikoy JLtovoy 1)4--),
','o ', s. 11-13.
1 --.
1)0; L---T.O?'LS " ,A%L STATZA - Vol. 28, 'foskva, 1949

~ I
KATS, A. M. Cand Tech Sci -- (dis.9) "%k4udy of certain methods
of repair4 automobile hood parts." Mos, 1955. 19 pp 21 cr.-,.
(Mlin of Culture USSR. Mos ~ eand Road lnst im, V. E. 11,7oictov).
100 copies. (KI, 22-57, 105).
_13-

KATS, A., inzWe4ier.
... 1 1. 1 ;~ .,- _,_
Body, maintenance for passenger cares Avt. transp. 34 no.6:
18-19 Je 156. (MLRA 9:9)
(Automobiles--Bodies)

KATS.-A SOKOLIN, S.
Repairing the body of M-20 automobiles in VARZ plants. Avt.
transp. 34 no-7:23-25 JI 156. (MLRA 9:10)
(Automobiles-iBbdies)

-- ---- -KAT-St Ay,~*T(--,,~.i7 --- --- ---- --- - -- --- ------
iapyeyic KOGAN, F.L.1
-t A, kand.takhn.nauk; GROZOVSKIY, T.S., red.;
tekh~ ~do.
[Repair of automobile bodies] Remont avtomobilInykh kazovov.
Izd.3-6, dop.i perer. Moskva, Nauchno-tekhn.izd-vo avtotranap.lit-ry,
1957. 367 P. (MIRA 11:1)
(Automobllea--Bodieo--Maintenance and repair)

KATS, A., kand. tekhn. nauk
Reoairing automobile bodies. Avt. transp. 36 no. 7:55-57 Ji '58.
(MIRA 11i.8)
(Automobileo--Bodtie--Heintenance and repair)

ABIUVICH, L.; UTS, A ..---,
Uontinuous overhauling of motorbusen. Avt. transp. 36 no.10:56-57
U 158. MRA 13:1)
(Motorbuses--Maintenance and repair)

'KATS, Anatoliy Moine7evich; ZTKANOV, S.Ta., red.; DOIISKAYA. G.D., tekbm.red.
- __ -
(Hanual for pointers in automotive transportation units] Posobie
maliaru nvtokhoziaistva. Moskva, Vauchno-takhn.izd-vo K-va avto-
mobillnogo transp. i shoseeinvkh dorog RSM, 1959. 69 P.
(KnU 12:12)
(Automobiles--Painting)

KATS, A.,.kan;l. tekhm. nauk
Straightening cab surfaces and the.paneling of motortrucks.
Avt. tranep. 37 no.2:2�-31 1? 159. * (MRA 1--;: 1)
'(Moto~rtrucks-bodies--Malnionance and repair)

KATS, A., kand. tekhn. nauk; SARATOVKIN, Ye., insh.
Complete dismantling of motorbus bodies during repairing.
Avt. tran6f. 37 no.9:20-22 S 159. (NIRA 12:12)
Motorbuses--Maintenance and repair)

KLTS, A.'~ k'and.takhn.nauk
Using epo3y resins in repairing defects in motor vehicle
bodies and body parts. Avt.transp. 38 no.8:27-28
Ag 16o. (MXU 13 -.8)
(RP037 resins)
(Motor vehicles-Maintenance and repairs)

KATS, Anatoliy Moiseyevich; TOLKACHEV, S.S... red.; BODANOVA, A.P.,
teRnn, red.
LRepair of motor-vehicle bodies] Remont avtomobilinykh kuzovov.
Tzd-4., perer. i dop, Moskvay Avtotransizdats 1962. 346 p.
(MBA 15:7)
(Motor vehicles-Bodies)

TSEYTLIN, Mikhail Borisovich; KATS, Allbert Markovichj MASHAROVA,
V.G,., red,
[Traveling-wave tube; problems of theory and designj Lamps.
s begushchei volnoi; vopros7 teorii i raschka. Moskva)
Sovetskoe radiop 1964. 310 P. (MIRA 17:12)

KOZIN, AI,; THUROVO A.F.; SOVXNKO. p.S.; TWOROVA, Ye.l.; AKATNOV,
I.N.; KOWSHEV. V.I.-, PANASEB10, AXSENCY,
T.Ye.; LYUBIrf S.Gs; SOSM, S.Te.; RTABININ, M.H.; HELINIZOV,
P.H.; KLYUSHINA. L.To; KMZOVA, M.O.; GCLOVNTA. V.S.; '
IVANOV,,A.16; SINHY, I.I,
I.A. Dadlov; obituary. Muk.-olev., prom. 26 no. 12:26 D 160.
(HIRA 13:12)
(Danilov, Ivan Alakeandrovichi d. 1960)

3
143 'Skonomikr- I YInnirovanive V Ku?,tie,~Iinom Ts-I':ne. Pod-!,ed. P. V. Kamrio-P...
1154. 3PS. T)sm. (Vsesoyuz. O-vm Po Pa spro31 Ilan irLi P~,ut. ~7jnnniy
Dom Niluch-Teklin. *onnf7nn(!y. Kom. Kii?-,ngt9ov I ~;htnmnoV'Shcbikov '!~-chkn
Kiiznetsa--'-,'cvatora. Vvp. 71)
6n;7-1:01'51
SO: Knizhnaya, Letopis, Vol. 1, 1955

Widat skamenichaskikh nAuk. deteent.
.4..v
k
Normative basis for the business accounting system of iron foundries.
Trudy LIEI ne.8:93-106 154. (MmA 9:9)
(Iron f ouading) (Productivity accountiag)

KATS, A.S., kandidat okonomlcheBkikh nauk,.doteent.
Setting up norm bases for the technological preparation of produc-
tion. Trwly LIM no-10:80-14 '55. WU 9:8)
(Industrial X-Agement) (WorklmOasurement)

DTG, A.S., kandidat ekonomicheskikh nauk, dotsent.
14" 01wato,
Aspects of standardizing and planning construction and technological
projects. Trudy LIM no.14:84-101 '57. OMA 10:7)
1 (Industrial management)

BORISH&USKIY, Valentin Vladimirovich, in2h.; GOLIDEIIBERG, Tefim Ionovich,
Inzh.; KATS, A.S.-p.doteent, knnd.ekon.nauk, retsenzent; POGODIN,
B.A., inz -h.,red.; L97KINA, T.L., red.izd-va; I)LUGOKANSKAYA,
Yo.A., tek~Lred.
[Organization of technical preparation of production in a machinery
plant] Organizataiia tekhnologicheakoi podgotovki proi2vodetva na
mashinostroitallnom predpriiatii. Moskva, Goo.nauchno-tekhn.izd-vo
mashinostroit.lit-ry, 1959o 81 pe (MIRA 13:1)
(Machinery industry) (Factory management)

ALEKSEYENKO, Vladimir Iosifovich; KOLESNIKOV; Vladimir Nikitich;
SAFRAY, Boris Aleksandrovich; MCMOVA, Nina Sergeyevna;
PAVLOV, S.A., prof.p nauchnyy red 0- KATS A.S..-inzh.,
nauchnyy red.; GUMVA, A.I., red.; TYREVA, G.,, tekhn.
red.
[Design and planning of new and reorganized factories for
artificial (rubber-type) leather] Proolctirovanie navykh i
rekonstrairuer7kh predpriiatii iskusstvennoi kozhi (tipa
reziny). Moskva, Izd-vo nauchno-tekhn.lit-ry HSFM, 1961.
102 p, (Rubber goods industry) (MIRA 15:3)

13 7- 58- 3- 5086
Translation from: Referativnyy zhurnal, Metallurgiya, 1958 Nr 3, p 89 (USSR)
AUTHOR: Kats, A. S.
TITLE: Better Planning Methods and an Improved System for Estab-
lishing Production Indices for Forging Shops (Puti uluchshe-
niya planirovaniya i sistemy tekhniko-ekonomicheakikh
pokazateley kuznechnykh tsekhov)
PERIODICAL: V ab.: Kuznechno-shtampovochn. proiz-vo. Leningrad,
Lenizdat, 1957, pp 126-135
ABSTRACT: A defectiveness in forging production indices (tonnage and
output figures for sound product) is pointed out, asserting that
the true results of shop operation,are distorted by the labor
consumption data for the manufacture of forgings (F), by the
net cost of Fs, as well as by other indices which are estab-
lished with reference to an average ton of F' s, generalized as
to weight and manufacturing complexity. It is recommended
that the planning and appraisal of the volume of production be
carried out in terms of various conventional units, such as
the weight values of F I s having e .quivalent labor consumption
Card 1/? indices; this system is most suitable for the forging shop. In

13 7- 58- 3 - 5086
Better Planning Methods and an Improved (cont.)
this method labor -consumption relationships between one-ton batches of F's
of different technological and design characteristics are converted into .
equivalent weight relationships. A table was compiled showing the-weights
of drop-hammer F's of equivalent labor consumption indices. The three
classes of F' s are subdivided into nine groups according to the complexity
of their manufacture.
P.S.
Card 2/2.

till
iall
Mai
.2 1,

BANGS, Boris Ottovich; VASILIYXV, Garviil Tarasovichl KMNEV. Petr
Vladimirovich, aotsent, kand.tekhn.nauk; KATS -Azariy Samoylovich,
dotsent, kana.ekonom.nauk; DANILOV,
LRYKINA, T.L.. redAzd-va; VARKOVITSKATA, A.I., red.izd-va;
SMA AYA, O.V., tekhn.red.
[General information for forging-'machine and V="O'h operators]
Obehohie evedeniio Ms. kasnatsov.-Pod red. P.V.Kamneva. Hoakva.
Gos6n&uChno-tekhn*Azd-vo cashinostroit.lit-ry, 1958, 114 p.
(Bibliotechka kuznetea-novators, n5.*I) (MIRA 12S3)
(Y. orging

ilk ;-T
Inumnom
rA
VW**rkhv~"r"'k 11"Irow"I" *T"I*mq mboty mAhjAo&tr*jtAj4,,u
(orpals&tlo, " ?Uutog of U~ff.
hl"-bdldbg awrereo. of yusis. 9_ ra
.4Vtb) Wd.W*
Periams zt.1 T,,dy, n.22) 4jo0o co;t.s priAt*4.
3
LA. Volkow1hwd Lo. M"-wl"r -I T-tb- Zd- L.V. gbkolvaj js,-,j~g A.
AWratura ou chlA*-ULU~ W-3Aa D4L&hgj.)l U.P.
cOll"tift of eXtIales 18 I-toUd for ongineerlo, ~d t4chloml
Person- Lb e-chios-bullaing letabushmentso w4 for
stuUut$ Of lAstItUtel uA dapartee.t. or ..gimerin, "'ent'fo w`rk*" wel
looboulos.
oDnMAMI This collection or articles tontALAN reports b7 worker, f,oa Tu"g
scientiflo research Wtittd, "d 1-dutrl-l setablishmants presented &t'th~
wafere-ca of Taus ce the sulljoct: lorgaisetift .d PI'mI.S of MLft,s
Operations
in NLOblx*-bvlldlm lat&bU&bmnts.m fte" "Pomm dt.~. gemml.
PrOb24fts "-~Ur-d 2. Q4 tba
as "I, as pr",_ In _bade DU_U#, teebalca OrY of vaitom prod.
specialivatua. rellmucco lud Produtlog
out I/ a
Uts DO-at. cam"aste or loommic lkwafts (laaiqmm Luututtor
NA XOOmmlc*)- Ploacting 'hobaloal Pftp&mU= yo,,
of &--a VaLrOrmity I& hoc"Um IT3
awls A.- L QD&M%t cut&"*
S's"010 eal-a xamtst. at
L=- Im Mork boork"t haules ec ram

KATS. A. S.
Measuring the output and metal consumption In forging nbo-ps.
Kus.-shtan.-proizv, I no.6:38-40 Je '59. (MIRA 12:9)
(Forging)

nr
, ~~o .
for meaiilring teMperat',IrE caused defurmations dwring
i'rtozing. Sbor. dokl, po g1dr. VNTIG no-4:254-258 162.
(MIRA 18-.7)

in~ s'n til
cc".
Kfats, A. 1~!
'-'el 16, sh teyn s ar-L*.(:l"!
pror-stl 333R, 11, 4),
So: Aoril (Lcluopis 'Z't~w-nal a

KATS, A.Yo.; MMIN, I.M.- BASKIN, V.Ya.
gait sander with a wide belt. Dersprom. 8 no.M19-21
D '5 9. (MIRA 13 15 )
1. Giprodrevl~rome
(Sanding machines)

XORSHUNOV) LV.; KATSO A,Ya.
Effect of well spacing on the econormic efficiency of the develop-
ment of oil and gas fields. Neft.khoz. 43 no.4t19-25 Ap 165.
(MIRA 18:4)

4-JUVENTOR:
1-21-4-.07--t E 11111 (h
ACC NRt AP6009837 SOURCE CODE: UR/0413/66/000/004/0030/0031
--Kats,-A_Ye..;_Yakovlev, A. D..
t
ORG: none
TITLE: Transistor threshold devices' Class 21, No. 178857
SOURCE: Izobreteniya, pronyshlennyye obraztsy, tovarnyye znaki, no. 4, 1966, '110-31
TOPIC TAGS: transistorized circuit, threshold circuit
ABSTRACT: The threshold circuit shown in Fig.-I-. consists of a blocking generator
and an electronic switch. Higher sensitivity, stability, and input iftedance. are
outpot,
1. Threshold circuit
I Differential amplifier;
i41A~~
2 blocking generator.
Card 1/2

ACC NR. AP6009837
obtained by utilizing a differential amplifier as the electronic switch in the
blocking generator feedback loop. Orig. art. has: I figure. (BD]
SUB CODE: 091 SUBM DATE: 02A r65/ ATD PRESS.-
p

1. KATS, A. Z.
2. USSR (600)
"Propagation of Short-Period Vibrations in the Ground in the Presence of
Obstruction." Trudy seysmologicheskogo institute, No. 127, 190 (112-135).
9. Yeteorologiya i Gidrologiya, No. 3, 1949. IM Report U-2551. 30 Oct 52.

P
EUCHKOV, S.V.-, KATS, A.Z.
--m-NOMPOW0^069,
Instrumental seismic division of subsoil into small regions.
Trudy Geofiz. inst. no,30:208-216 155, (MIRA 9:6)
(Seismology)

USSR/Pbysies of the Earth - Seismology, 0-3
Abst Journal: Referat Zhur - Fizika, No 12., 1956., 36367
Author: Kate, A. Z.
Institutiont None
Title: Concerning the Probleat of Accounting for the Ground Conditions-
During Seismic 1,L9cro-Ragionalization
Original
Periodical: Tr. Geofiz. in-ta AN SSSR, 1955, No 30, 217-225
Abstract: A.study is made of the effect of microgeological conditions (layer
of sedimentary depositions of variable thickness., lying above the
granite massivt~) an the intensity of seismic vibrations in earth-
quakes. Calculations -vith the aid of the theory of plane waves
show that the fundamental portion of the energy is transferred
into the layer in the form of a refracted longitudinal wave (the
energy of which is frcm 90% to 76%~of the energy of the incident
wave as the angle of incidence changes from 0 to 700)- conse-
quently, the effect of microgeological conditions can be estimated
Card 1/2

USSR/PhYsics of the Earth - Seismology, 0-3
~01
Abst Journal: Referat Zhur - loiks. No 12, 1956, 3636J...
Y
Abstract: from the amplitudes of the refracted wave. The intensity of the
seismic vibrations due- to the microgeological conditions cannot
increase by more than a factor of 2.
Card 2/9

XATS, A.Z.; FUGHEDY, S.V.
;ISSIMANG002L
Action of seismic waves on structures. Trudy Geofis, inst-'no-30:
226-239 '55- (MMA 9:6)
(larthquakas and building)

7,
60-36-5110
AUTHOR: Katz, A. Z.
TITLE: Measurement of Dynamic Deformations in Ground and
Structures (0 metodike izmereniya dinamicheskikh
deformatsiy v gruntakh i sooruzheniyakh)
PERIODICAL: Trud Geofizicheskogo instituta, AX SSSR, 1956, Nr 36,
pp. 48-61 (USSR)
ABSTRACT: The author discusses the measurement of deformations in
ground and structures covering the following items: the
character of the deformations, requirements for instru-
ments for measuring deformations, the evaluation of re-
action forces, and the development of tensometers' He
describes the determination of the frequency of a ten-
someter's self-vibrations, laboratory tests of tensome-
ters, the computations used, platform calibrations of
tensometers, and the recording of residual deformations.
There are 9 figures, 1 table, and 6 references, of which
5 are Rusalan and I American.
AVAILABLE: Library of Congress
Card 1/1

SOV/169-59-5-4464
Translation from: Referativnyy zhurnal, Geofizika, 1959, Nr 5, p 27 (USSR)
AUMIORS. Dzhabua, Sh.A., Kats, A.Z. Safaryan, A.N., Tskhakaya, A.D.,
Churayan, A.L.
TITLE- The Earthquake of Krasnaya Polyana of December 21 27, 1955,
and Its Aftereffects
PERIODICAL: Byul. Soveta po seysmol. AS USSR, 1958, Nr 5, PP 3 34
ABSMACT: In January - February 1956, the authors of the article in
question led the study of the aftereffects of two eartbquakes
which took place in December 21 - 27, 1955. The expedition
inspected 18 populated localities, among them Krasnaya Polyana,
Adler, Sochi, Gagra, Khosta, Matsesta. The results of the in-
spection of dwnaged buildings and structures in the various
localities are cited and an evaluation of intensity of the
earth-quake is given. on the basis of the instrumental records
of the seismic stations and the facts obtained by macroseismic
observations, the epicenter zone of the earthquake of December
Card 1/2 21 - 27, 1955, occurred in the region of Krasnaya Polyana. The

SOV/169-59-5-4464
The Earthquake of Krasnaya Polyana of December 21 - 27, 1955, and Its After-
effects
power of the earthquake in the epicenter is seven marks. With increasing
distance from the epicenter, the power rapidly decreases that testifies the
shallow location of the focus. The macroseismic region of the earthquake
extends from Gagra to Lazarevskaya along the seacoast and to Kurdzhinovo In
the Southern Caucasus. The macroseismic radius amounts to 65 - 75 Ion when
assuming as epicenter Krasnaya Polyana. The influence of the characteristics
of the ground and of the relief on the force of shook is studied and brief
Information is given on the geology and on the seismostatistics of the region.
N.A. Vvedenskaya
Card 2/2

80788
3.9300 SOV/169-59-6-5643
Translation from, ReferativAyy zhurnal., Geofizika,, 1959, Nr 6, p 28 (USSR)
AUTHOM M-Katsall AA
TIT LE - Some Results of Seismometric InveS4 1gations Into ',~ie Kras.-laya
W
Polyana Earthquake Zone in Connection With the Selsmizi Miorc-
Zoning
PERIODICAL.- Byul, Soveta po seysmol. AN SSSR, 1958, Nr 5, pp 35 - 54
ABSTRACT: The influence of the soil conditions'on thct seis.mic: effect is:
discussed on the basis of instrumecatal investigaticna In 4-he
Krasnaya Polyana. earthquake zone. The diffArer.-~-s In the
tensity of vibrations In solid rockz, in olay-b-aaring scil-l X~A
pebble deposits was detemined according to data of five seismic
stations. It was established that -4--he :r -atia of the vibration
amplitudes In clay-bear-ing soils and Debble. depo;~?Its to th,i amp-7i-
tude in- solid rocks depends on the wal-ye period and ha-s r~~-smance
eharactar. Mis ratio is equal to 2~75 in ths r~scnsnee
region for periods of 0,15 - 0.2 s~-c- For lor~ge:r Period- it Is
Card 1/2 Aose to 1~ The laws obtained are ,,r- good agreemenT. t~i~~

80788
SOV/169-59-6-5643
Some Results of Seismometric Investigations kito the Krasnaya Polyana.
theory, Theor7 and results of instramental observations shoo t-hat a
diffarentiation of soils in seismic respaot mky be impossibin in marky cases
when determining the seismic intensity only by tbI~ displacemitnts and the
corresponding accelerations. The author concludes that it is ne~~essary to
consider the value of the soil deformation, which Is caused by the. propagat-lor.
of seismic waves, It is established that the deformation Licrease connected
with a change J_n the soil conditions proceeds more rapidly than the increase
of vibration amplitudes and that it has a Etill more sharply pronounced re-
sonance character. In the resonance region the deformation- in__,reaEe factor
amoutts to 12.
G.A. 1,yamzina
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KATS, A. Z.
Some problems concerning methods used in establishing seismic
microregions. Tructr Inst.fiz.zem. no-5:20-59 159.
(MIRA 13:6)
(Seismology)

Mwwk&il~~
KATt j - A. - Z.-
"Measurements of Dynamic Strains in Grounds and Constructions."
report submitted for the Second World Conference on Earthquake Engineering, Tokyo and Kyoto,
japan, 11-18 juiy ig6o.

z
'4
2-, 3 PHASE 1 BOOK EXPLOITATION SOV/5334
Akademiya nauk SSSR. Institut fiziki Zemli
Voprosy inzhenernoy seysmologiij vYP- 3 (Problems in Engineering Sei6mologyj,
No. 3) Moscow, 1960. 191 P. 11700 copies printed. (Series: Its: Trudy',
no. 10 W7)
Resp. Ecls.: S.V. Medvedev, Doctor of Technical Sciences, and A.Z. Kats,
Candidate of Physics and Mathematics; Ed. of Publishing Fouse: L.K. Nikolayeva;
Tech. Ed.: P.S. Kashina.
PURPOSE: This book is intended for seismologistay and engineers concerned with
the construction of earthquake-resistant buildings.
COVERAGE: This is a collection of 15 articles by different authors on problems
of engineering seismology. Individual articles discuss the effects of quakes
on various structures; seismic activity in the Sochi-Khosta,, Krasnaya Polyana,,
and Pokrovsk-Urallskiy regions; and ground vibrations during strong earthquakes.
One article discusses the effect of the detonation of 3100 tons of explosives
on buildings located 1000 m away. No personalities are mentioned. Each article
is accompanied by references.
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Problems in Engineering Seismology, No. 3 SOV/5334
TABLE OF CONTENTS:
Butovskaya, Ye. M., N.A. Vvedenskaya, V.K. Iodkoo N.V. Kondorskaya, P.G. Semenov,
A.A. Treskov, V.I. Ulomov, and A.D. Tskhakaya.
Bulletin of 8trong Earthquakes in the USSR During 1957 3
Katsy A.Z. Seismic Microregionalization of the Sochi-Khosta Zone 27
MedvedevY S.V. Accelerations of Ground Vibrations in Strong Earthquakes 32
Rustanovich, D.N. Epicentral Zone of the Krasnaya Polyana Earthquakes go
Tian, Kuo-chlt1an. On Applying the Theory of Probability to Problems of
Engineering Seismology 99
Yeh, Shih-oan. Methods of Registering.Ground Vibrations in Strong
Earthquakes 105
Kats, S.A. Propagation of Vibrations in a One-Dimensional Discrete Medium 3-12
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Problems in Engineering Seismology, 110. 3 SOV/5334
Puchkov., S.V. Some Problems in the Instrumental Determination of
the Rheological Properties of the Subsurface, Based on Seismic
Wave Propagation 118
Korf, M.G. Evaluating the Engineering Characteristics of Earthquakes
by Mathematical Statistics Methods 133
Lyamzina, G.A. On Determining the Seismic Properties of Subsurfaces
With a Portable Seismic Station 141
Zopollskiy, K.K. Measuring the Level and the Spectral Composition
of Short-Period Microseisms 153
Chang., Tsai-yung. Regarding Seismic Stresses on Structures 165
.Kats A Z On the Nature of Vibrations in Some Rigid Heavy Structures
~~n~je' mic Wave Propagation 175
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Problems in Engineering Seismology, No. 3 SOV/5334
Korf, M.G. Applying Seismometric Data to Computations for Seismic-
Resistant Structures 182
Yershov 'I.A., and G.A. Lyamzina. On the Seismic Effect of an
Explosion in the Pokrovsk-Urallskiy Region 189
AVAILAUE: Library of Congress
Card 4/4 JA/dwm/mas
6-28-61

31762
I C. 0 S/519/60/000/008/006/031
Eo () D051 D113
AUTHOR: Kats, A.Z.
TITLE: On the physical principles of the method of seismic microzoning
SOURCE; Akademiya nauk SSSR. Sovet po seysmologii. Byulleten', no. 8,
Moscow, 1960. Voprosy seysmicheskogo rayonirovaniya, 73-79
TEXT: The author proves that, in evaluating the properties of ground for
seismic microzoning purposes, it is necessary to take the resonance char-
acter of the surficial vibrations into account. On the basis of his own
experiments, he obtained data which permitted determining the resonance
curves of vibration amplitudes. The theoretical aspect of the problem was
simplified by the fact that, according to recent research, seismic waves
propagating from the substratum of a layer towards the Earth's surface, when
falling on the lower boundary of the layer, transmit the basic part of their
energy in the form of the energy of analogous refracted waves. This means
that the surficial displacement is the result of multiple reflections from
the free surface and the lower boundary of the layer. In this case the ex-
pression
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On the physical principles of...
n - t 4 'r nr 2 ( t _.r)
1 - k 0e T e 4_7
_L 4 lt
1 - k0e T
33-762
S/519/60/000/008/006/031
D051/,Dll3
holds for a moving wave during the time interval when the vibration ampli-
tudes increase. The author uses only the effective part of the expression,
in which k 1is the refraction coefficient for the passage of the wave from
the substratum to the upper layer, k 0 - the reflection coefficient of the
wave on its incidence on the lower layer bourdary, H - the time of
a
propagation of the wave from the lower layer boundary to the free surface.
The expression for the resonance amplitude is thus derived, and can be used
for determining the surficial displacement as follows:
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SAY91 ~6 0/ 00 0/0 08/00 6/03 11
On the physical principles of.- D05l/Dll3
1 - k'
0 (7)
k1 1 +jk0j %
In order to obtain data on the relative change in the intensity of vibra-
tions during their passage from bedrocks (sandstone) to loose deposits
e
~coarse gravel and loam),the author conducted experiments, which sbnv.-dthat
for layerep whose thickness is small compared to the length of the wave,
the resonance maximum tends to very short periods and the vibrations on the
layer surface do not essentially differ from those on the surface of the
bedrocks. For very thick layers, both the basic maximum and the maxima
corresponding to shorter periods are important. Dynamic ground deformation
must be taken into aocountq if the vibration amplitudes of various types of
ground are identical and do not differ from those on the surface of the bed-
rockso S.Vo Medvedev is mentioned for his studies on the relationship be-
tween changing seismic, intensity and ground characteristics; D.P. Kirnos and
S,,V. Puchkov - for having helped establish a direct association between the
intensity of seismic vibrations on the surfaoe with the properties of tho
upper ground layer. There are 4 figureep 2 tables, and 7 referencesi 6 So-
viet and I non-Soviet-bloc. The reference to the English language publicatm
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