SCIENTIFIC ABSTRACT BLOKH, Y.L. - BLOKHA, G.K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205530006-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 22, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

S/169/62/000/004/079/103
On the superposition of Porbush ... D218/D302
agreement with the value obtained from an analysis of the profile
of the Forbush effeot. [Abstraotorts note; Complete translation].
Card 2/2

37298
to* n.016r)
'7' 0 -24a I B/169/62/000/UO4/083/103
D218/D302
AUTHORS; Xaminer, N.S., Plokh -,Ya,.Lq.-,-pLnd Dormant 1.1P
TITLE: The cosmic-ray flare of May 4, 1960
PERIODICAL: Referativnyy zhurnal. Geofizika, no. 4, 1962t 15, ab-
stract 4G82 (V ob. Kosmicheskiye luchio not 4, Met
AN SSSRt 1961p 146-167)
TEXT: The world station network data are used to investigate the
increase in the cosmic-ray intensity on May 4, 1960. A chromosphe-
ric flare of importance 3 was observed on the western limb of the
sun at 10 hr. 5 min. It was accompanied by a series of radio bursts
on 92.209 and 600 Ile/see. By acting on the ionosphere, the
ultravio-
let emission from the flare gave rise to a reduction in the criti-
cal frequency of -the F2 layer and the appearance of a bay-like
dis-
turbance in the H-component of ~he geomagnetic field. After 15 to
20 minutes, there was a rapid increase in the cosmic-ray intensity.
it follows from the analysis of the data that in the initial stage
of the increase in the intensity, the additional radiation was ani-
sotropic. The method of coupling coefficients is used to calculate
Card 1/2

The cosmic-ray flare of too
S11691621000100410831103
D218/D302
the distribution of intensity over the earth's surface. The real
spectrum of the additional radiation and the finite extent of its
source are taken into account. Comparison with experimental data
shows that on the first approximation the intensity distribution A0
corresponds to the position of the shock zones. However, better
agreement between experimental and theoretical results is obtained
if it is assumed that the shock zones are considerably wider, or
that they are displaced by 30 to 40o to the East. The possible rea-
sons for this displacement are discussed. The energy spectrum of
the emission of the flare and the time variation in the intensity
,are determined. The dimensions and the intensity of the magnetic
field of scattering irregularities-in the interplanetary medium are-
.estimated. 32 references* LAbstractorls notet Complete tranislationj.
Card 2/2

BLOXH. Ya,"; INOZEMTSEVA.. 0.1.; WIINERO N.S.; KOPYWV, Yu.M.;
KOYAVAp V.K.; SFIMIEV, A.V.
Variations in the intensity bf cosmic rays recorded Nov. 12-15,
1960,. Geomag. iaer. 1 no.3:441 My--Te 161. (MIRA 14:9)
1. Institut zerAnogo magnetizma,, ionoefery i rasprostraneniya
radiovolnlN &WR, Institut zemnogo magnetizma, ionosfery i
rasprostraneniya.radiovoln Sibirakogo otdeleniya AN SSSR i
Institut geofiziki AN GruzSSR.
(Cosmic rays)

S/203/61/001/006/009/021
DOWD113
AUTHORS: Blokh,.Ya; Lj_.and Kaminert N.S.
TITLE: On the variability of the coefficients of coupling
between
primary and secondary components of cosmic rays
PERIODICAL: Geomagnetizm i aeronomiya) v. 1y no. 6, 1961,
917-920
TEXT: This article shows the importance of determining the
coefficients of
coupling between primary and secondary components of cosmic
rays, the coef-
fioients lp correspond to the period of time covered by the
data being
analyzed. It is shown that data from the continuous
registration of vari-
ations in cosmic-ray intensity over a world-wide network of
stations may be
used to determine coupling coefficients relating to an
arbitrary moment of
time. It is best to begin this by finding a single reliable
curve of the
latitude effect from the results of a series of measurements of
the lati-
tudinal course of intensity of the i-type component. This curve
will allow
the form of the primary energy spectrum to be shown at a given
moment of
time; and the features of the latitude affect in other regions
of the globe
to be deduced. The curve will permit more accurately defining
the coupling
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S/203/61/001/006/009/021
On the variability D055/1)113
coefficients, which can then be used together with data on cosmic-ray
intensity to find the coupling coefficients for a given moment of time. There
are 11 references: 6 Soviet and 5 non-Soviet. The four English-language
references axe: J.J. Quenby, W.R. Webber. Philos. Mag., 1959, 4, no. 37,
90; H. Elliot', R. J. Hynds, J.J. Quenby, G.J,. Wenk, Proc. Moscow Cosmic
Ray Conf., 1960, 4i 311; D-C- Rose, K. B. Penton, I. Katzman, J.A. Simpson.
Candd. J. Phys., 1956, 34, no. 9, 969; A.G. Penton, K.B. Penton, D.C. Rose.
Canad. J. Phys., 19581 36p 824-
ASSOCIATIONt Institut zemnogo magnetizma, ionosfery i rasprostraneniya
radiovoln AN SSSR (Institute of Terrestrial Magnetismg
Tonosphere and Radio Wave Propagation, AS USSR)-
SUBLIMED: October 22, 1961
Card 2/2

BLOSHO Ya,,L.
Possibility of using Geiger counters In new ways
for wdnter-
rupted'recording of condo ra"o Geomagoi aere 2
no.6snp-
H52 N-D 162. (MMA 16 t 1)
1. Institut memogo miLgastimal ionoafery I
rasprostrananiya
raaiov*oln AN SSSR.
(Giiger4fd,ler counters) (Condo rays)

BLOSH, Ya,L.
Measurement of sidereal diurnal variatiome in cosmic ray
intensity. Geomag, i aer. 2 no.2:364-365 Mr.-Ap 162. (MIRA 15:6)
I., Inatitut ZeMnogo magnatismap ionoafary i rasprostraneniya
radiovoln A14 SBSR.
(Cosmic rays)

012740 8/2961/60/000/002/0005/0057
.-ACCESSION NR: AT3
i.::.AUTHORSs Blokho. Ya* Lo Dorman, Le I.; Kaminere N.'S.
:.7~"'..,:TiTLE:- Individual cases of the influence of magnetic storms on
Cosmic rays, and their interpretation
SOURCE: AN SSSR. Mezbduvedomst. komit. po prov, mezbdunarodn.
geofizich, goda. 7 razdel program. MGG. Kosmicheskiye luchi. Sb.
statey, no. 2, 1960, 5-57
rays, cosm
TOPIC TAGS: cosmia ic ray bard component, cosmic ray neu-
tron component, magnetic storm, sudden magnetic storm, corpuscular
stream,-solar corpuscular stream, cosmic ray intensity profile.
ABSTRACT: An analysls~is presented of the.cbanges in intensity of.,,..
the bard and neutron c onents of cosmic radiation occurring i
OMP n
about 50 different magnetic storms from 1954 tbrougb 1959 and ob-
served, in the world network 'of stations. The profile of each case
6rd

ACCESSION NR: AT3012740-,
is classified (groups 1, 11, and III) and compared with the tbeoret-.11
ically expected pr'ofile.under various ass%imptions con6erning.the
've
lo.cities of the corpuscular streams wbich carry frozen-im magnetid;:
fields, concerning the manner whereby the earth enters thestreams
(s ew ont at different distances from the stream
id ' ays,' leading. f r
and concerning the field structure. It is.concluded
axes, etc.)'
_11~_that the field intensity in the leading side edge of the stream is
much larger than in -the remaining part of the stream. - A considerable. -
,-_,:_kinetic energy density.lispersion is observed in the stream,.de-
Z.,
creasing on going.to the trailing'side edge of the stream. This ex-
plains why magnetic perturbations terminate after the resumption of
the cosmic ray intensity. The plasma in the leading part of the
stream becomes highly.c9'ndensed and consequently the frozen-in field".
in the inten-
intensity increases..' This explain's the sharp.decrease
rm
sity of -cosmic raysi during._tlie. time of some sudden magnetic sto s..
Thefollowing general prx?perties are found to be common to all
streams: the angular width of the stream is equal in the mean to the
Card 2/4

ACCESSION NRt AT3012740
angular width of the-active.region# the front edge of the stream
characterized by a considerable increase of the magnetic field
(and*corresponding compression of.the plasma), and the field is
somewhat more intense in the loading part of the strejam, compared t
with the field in the lagging edge. It is assumed on the basis of
the analysis that during magnetic,storms the cosmic ray intensity
p;ofile is"determined completely by the manner in which the earth
enters the stream, by the stream velocity, and by the field distrib-
A detailed study of this profile can therefore
ution in the stream..
yield important information on the stream properties. "In ddnclu-'
sion we take the opportunity to express deep gratitude to Professor
Ye. L. Feynberg and.-to 0. 1. Inozerksova for a discussion ofthe
results. We are also grateful to the researchers who provided us~
with the,experimental data used in the'present',~rork."- Orig. art.
has: 39 figures, 17 formulas, and 1*table.
None
Card 3/4

A. M. CHETIYA, L. 1. DOMAN
i. AWMA, 0. M. BLCKH, Ya.-&
J. KAMINTR T. V MWAbZE, V. K. KOYA.VA, Ye. V. KOLOMEYETS, V. 0. KORIDZE,
PIVEffia, M. i. Timm
'zmic Ray Effects During Mgnetic Storms
.,!-acrt sifomitted for the 8th.Intl. Conf. on Cosmic Rays (IUPAP), Jaipur
India,
Dee 1963

ACCESSION-NR: AT3012814 3-
S/2961/63/000/005/0178/020
AUTHORGs Abrosimov~ A* Tel
allation for continuous registration of in-
TITLE: Proposed inst
clined extensive air showers and the common component of cosmic ra-
diation
SOURCE: AN SSSR. Mezhduvedomst. geofizich. komitet. 7 razdel pro-
-luchi. Sb.'-statey, no. 5, 1963, 178-203
gram. MGG: Kosmicheskiye.
TOPIC TAGS; cosmic rays, cosmic ray measurement, luminescent
counter, cosmic ray variation, cosmic ray arrival time, counter
directivity pattern, cosmic ray common component, origin of cosmic
rays
ABSTRACT: An array of luminescent counters is described, designed
,.;~for continuous measurement and automatic registration of
densities
of particle fluxes and inclination angles of cosmic rays in
inclined,.
-Card 1/3

,~'ACCESSION NR: AT3012814
1'~~extensive air showers The apparatus is aimed'also at
eliminating.
'--_many difficulties inherent in the determination of the sidereal-
,.diurnal.variations of cosmic rays. The use of scintillation coun-
i.'ters in lieu of Geiger-MUller counters extends the possible range
1-of measurements. Measurements of relative times of the arrival Of
cosmic ray particles and studies of short-period variations are
pro-!-
posed. The article describes the detectors and their manufacture,
!~,~.the counters and their,calibration, the differential spectrum
of
Fthe pulses from a luminescent counter, the directivity pattern of
:.a single luminescent counter, the individual units of the array,
ems involved
,-,,,and probl in combined operation,of the photomultipliers
,band vacuum tube amplifiers, the coaxial lines, the power supply
to
.the-photomultiplier, the registration of the common cosmic-ray com
ponent, and the reliability of the apparatus. It is claimed that
the equipment uncovers new possibilities in the study of a number
Vital problems connected-with the research and composition of the,
primary speacruizq of- cosmic rays, cosmic?...-ray variations, and
the ori-,
Carcl 2/3

ACCESSION NR.- AT3012815 S/2961/63/000/005/0i19/0223
AUTHORS: Abrosimov, A. T.; Blokh, Ya. L.
TITLE: Operating stability of photomultipliers in scintillation
counters
SOURCE: AN SSSR. Mezhduvedomst. geofizich. komitet. 7 razdel pro- 1,
gram. XGG: Kosmicheskiye luchi. Sb. statey, no. 5, 1963, 219-223
TOPIC TAGS: photomultiplier, photoelectronic multiplier, scintilla-:
tiOn Counter, operating stability, cosmic rays, primary cosmic ray
component, focusing electrode photomultiplier
ABSTRACT: The equipment tested isintended for continuous
registra-';'',
tion of the.primary cosmic ray component. Several Soviet-make
photomultipliers were tested and the results compared. The suita-
bility of the different photomultipliers for different operating
conditions is evaluated. It is shown that the mwt stable photo
Card

BLOIqi, Ya.L. - BONDARENKO,, V.M.; TARKHOV, A.G'*
'Underground recording of cosmic 0aidtion to help in solving
certain geological problems. GdM4. i aer- 3 no,2:390-
392 Mr-.,Ap* 163, (MIRA 17.-2)-
1. Institut, zennogo magnetiimi,A**fery i rasprostraneniya
radiovoln AN SSSR i Moskovskiy "-Orazvedochnyy institut imeni
S, Ordzhonikidze.

BLUM) G.H.; BLORII., Ya,Ls- L.T.
=zu ..
i'
SoHe results of calcWjxtiona of the expec~'Le3 04' v-a7~,a-
tions in a dynwric nxdcl of the -Ir'fe-t., -1.w. AN WSR, Ser.
2~1 r1c.32:1985-i88 D 164 (1,irpil

BIDKH. Ya.L.; BONDARENKO, V.M.
Cosmic.rays and geology. Priroda 53 no.9:85-89 164.
(NIRA 17tIO)
1. Institut zemnogo magnetizmaq lonoofery i
rasprostraneniya
radiovoln AN SSSR, Moskva (for Blokh). 2. Moskovskiy
eologorazvedochrjy7 institut im. S. Ord,zhonikidze,
Moskva
I Mr Bondarenko).

ACCESSION: NR.~ -_-AT5022837'_
The swdi ~j
gosmicheskm 1ucbgy.-:_jg4 Yakutsk, -19620 Kosmicheskiye
.(Cosmic rays and problems in- osm
c. ophysics); frudy sovet;hchanlya. NovosibLrsk, Redizdat -
Sib. otd. - AN SSSRj: 1966' -
257, 266:--
t6PIC: TAGS:,, c-0811AC-ray omit atioli ounte
InWnSIVI _06 composition,, scintill c r
-ABSTRACT: rior to the IGT cosm c ray- 0 -
-an '' I in nsjt~._,jj~jati were-cl- 1fi6d into two
ons ass-
groups onlyw -the long range.~(a,few, years or more) and th(i short
range group. Recentin-
vestigations uncovered a considerableamoant of fine- strtiature in
the short range group.,
On the basis- of 41, references., the-. authors survey this. new
field, define the so-~cdlled .
miciovartationsi outline -the. methodology for- the- study of
'short-period and microvariationN-
dici b tbe demands imp 'ed'. on ph6toele I d
os ctric multipliers, escribe devices for the.stady -
of the stability of operation of photoelectric multipliers,,
"mmarize the results of such
studies, discuss the stabilization of the operation of complete
scintillation counters, and
stress- the need for the developn~ent:of now devices for the study
of cosmic ray-variations.
Card -1A

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BIDKH, YA.L.; BONDARENKO, V.M.; KOVALENKO, N.D.; TARKHOV, A.G.
Use of,cosmic radiation for the purposes of underground
geophysi.cal prospecting. Prikl. geofiz. no.38-142-157 164.
(MIRA 18:11)

iACC NRt AP7000517 SOURCE CODE: W 048766/036/d
AUTHOR: Blo1ch, Ya. L.; Dorman, L. I.; Kurnosova, L. V.; Razorenov, I
L. A.; Ra`~yc_enG~, Suslov, A. A.; Fradkin, M. 1.
ORG: rjone
A study of time changes of nuclear flux in primary cosmic
TITLZI
radiation on Elektron-2 and 'Ble.Ictron-4 satellites /Taper
presented at All-
Union Conference on Physics of Cosmic Rays held in Moscow fx:om 15
to 20 November 196a7i
SOURCE. AN SSSR. Izvestlyq. Seriya fizicheskaya, v. 30, no. 11,
1966, 1755-1759
TOPIC TAGS: primary cosmic ray, cosmic ray.measurement, cosmic ray
intensity.,
ABSTRACT: Some results of a study of primary cosmic radiation
conducted
using the Elektron-2 and Elektron-4 satellites are given. An integral
Cherenkov counter was placed in each satellite to measure fluxes of
nuclei with energies gredter than 600 Mev/nucleori. Those nuclei be-
longing to groups Z >_ 2, z -1, 5j Z _> 15 were measured by the
Elektron -2,,.l
and,those of group Z -- 20 by the Elektron-4. Average flux values
--.,measured for the above groups of nuclei relative to the averag
flux
obtained -during July, 1964 are given in Pig. 1. The above data L
'd the.period from 30 Jan 1964 through 9 Fab 1965. The fluxes I
-:11 '39 IVI,

i ACC NRa
Fior. 1. Relative values of primary cosmic ray flux obtained by
Elektron-2 and Elektron-4 satellites and by a ground station
2, 3, 4 - Relative fluxes of nuclei with Z ~~: 2, Z a: 5, Z ~: 15
(right-hand graph) and magnitudes of statistical error of the
mid-day values; 5, 6 - cosmic flux values obtained by the neutron
'monitor, and flux caused by c~iromospheric flares (the sizes of
I vertical lines correspond to flares of particles 1, 1+, and 2)
.i registered at the Climax ground station..
Card 213

ACC NR.. AP7000517
neasured at midday by the satellites are in close correlation with
those mea3ured by the ground stations for quiet ground conditions.
It
Is noted that nuclear flux Increased by a factor of 1.7-2 during the
period from 1959 to 1964. During the same period the flux registered
by a neutron monitor at the Climax ground station increased by about
20%. During 1964-19065 as was anticipated the nuclear flux increased
by about 155, for nuclei with Z at 2 and Z 'Z: 5. The accuracy of
Meas-
urements of the flux increase of nuclei with Z > 20 during the
flight
I of the Elellctron-4 satellite.was impaired-by several rises in
flux and
by significant statiatical.errors. Orig. art'. has: 3 figures.
IVIA-751
[IV]
SUB CODE: oq, 11,401 SUBM DATE:, none/
OTH REP: 007
ILCQrd
ORIG REF: 007/

"Criterion of Recovery Following Peaicillin
Therapy, " Maj P. 1. Golemla, Mel Sv, C.Apt
Z. 1.
Blokh, Med Sv, 1~ pp
"Vest Venerol I De-rmtol" No 3
Discovery of Intracellular gonococci. on the
day
after ccnipletiorL of penicillin therapy,
abpecially
in those with favorable clinical report,*
does
not indicate therapeutic-'fallure. In acme
cases,
those gonococci which had been once observed
disappeared without further treatment,..
Results.
18/49T76
iiUM/Medicine Penicillin (Contd) May/Jun 48
Pf. penici1lin therapy can be judged, only
I?y~ repeite&'~
MICroscopI,0 examinations.

1. BMW, Z Sh.-
600
2. ussR (6oo)
"Synthesis of Four-Link MechaniSMS, Iz. Ak. Nauk SSSR, Otdel. Tekh.
hlauk, No. 1, 1940.
Institute of Miachine Studies Academy of Sciences.
9. MW Report U-1530, 25 Oct 1951

15 L&K V, 0 Z . ~;h
600
1. BLOKH, Z. Sh.
2. USSR (600)
ItApplication of Connecting Rod Curves in the Solution of Problems of the
Synthesis of
Plane Mechanism," Iz. A. Nauk SSSR, Md. Tekh. Nauk, No. 7, 1940.
Institute of Machine Studiesy Academy of Sciences USSR. Submitted 8 February
1940.
9. 1W Report U-1530, 25 Oct 1951.

BLOKH, Z. Sh.
"On the Theory of Conchoidal Yeehanisma," Iz. Ak. Nallk SSSR,
Otdel. Tekh.
Nauk, No. 4) 1941 Subrnitted 13 Feb 1941
U-1530, 25 Oct 1951

BLOKH, Z. Sh.
"Synthesis of CraWk-Gear, Rectilinearly-Guided Yechanisms," Iz. Ak.
Na-A SSSR,
Otdol. Tekh. Nauk, No. 5, 1941. Suhraitted 27 Feb 11.)41
U-15309- 25 Oct 1951

BLOM p Z. Sh.
"Chebyshev Theory of Symmetrical Mechanip-s and Their Modifications, if
I Iz. Ak. Nauk SSSR, Otdel. Tekh. Nauk, No. 69 1941.
Submitted 13 Feb 1941.
U-1530, 25 Oct 1951

Wk~, Z. Sh.
"S~ntheisis of Mechanisms with Stops,"
Iz. Ak. Nauk SSSR, Otdal. Tekh. Vauk, No. 7-8,
1941.
Submitted 27 Feb, 1941

BIO KH., Z.SH. ahd E. B. KARFrI
Frakticheskie metody sintega ploskikh chetyrekhzvennykh
mekhanizmov
(Primenenie metoda nomogramm) Moskva, All SSSR,, l9h3. 170 p.
diagrs.
BibIiograpby: p. 172.
Practical synthesis of plane four-link mechanisms (adaption
of nomographs),
DLCi TJ175.B55
SO: Manufacturing and Mechanical Engineering in the Soviet
Union, Librar7
of Congress, 1953.

BLOXHI Z, Sh.
"Concerning Chebyshev's Theory of a
Lambda-Shaped Mechanism,"
Iz. Ak. Nauk SSSR, Otdel. Tekbe Nauk, No. 9,
194/f.
0

BLOKHo Z. Sh.
"Concerning the Most-Advantageous Dimensions of a Chebyshev-Evans-Type
Mechanism"
Iz. Ak. Nauk. SSSR. Otdel. Tekh. Nauk. No. 12, 19"

mecbaTz;-,,ns ot the
ic,

A
Nob Z S On the developmem o! ppproiiniate
Mv-'L(1,1~
ot synthesis of plank- mecbL&ni&ms F1
auilior does not or
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AYZMW, N.A.,- IULIGH.-G.G.. prof.,~dokto'ri tekhn.neuk, law*eat Stalinskoy
premii.,retsensent; AM MBAUX.1A.A., ksnd.tekhn.nsuk#-.retsenz9nt;
No=, X*Sh,, profis doktor tekhn,nauko red.; SMOLOTj T%F**
t 6 k- I ffi-s-r-a-r.
[Introduction in the dynamian of the automatic control of engines]
Vvedenie v dinamiku.avtomaticheekogo, regulirovaniia diiptelei.
Moskva, Goe.nauchno-tekhasiad-vo mashinostroit,lit-rys 1950,
150 p Automatic control) Olusines) (KW 14:4)

Z.
RASE TREASURE ISLPM BIBLIOGRAPHICAL REPORT AID 181 1
BOOK Call No.t TJlO55-B6
Authort BLOKH,--Z, SH,
.,Full. Title: MACHINE REGMATION
Transliterated Title: Regulirovaniye mashin
Publishing Data
Originating Agencyt J$one
Publishing Howe: .State Publishing House of Technical Theoretical
Idtorature
Datet 1950 No. pp.: 360 No. of copiest 4,000
Editorial Staff
Editor: Levp;~"ky,
_ Y._ ~ I., Tech. Ed.: None
Bditor-in-Chlih None Appraiser; None
Text-Data(
-Coveraget The book contains theories of mechanisms and machines
applicable to
aIutomatic control of various mechanicil installations, including
pro-
dftotion lines, power units., turbines, aviation motors, etc.
Criteria,of
stable., a- periodically stable., unstable, monotonous and other
systems
of regulation are presented along with the analytical analysis
for the
quality of regulation. (Sketches., diagrams, and charts).
This is the early edition of the book (1950). The second revised
and
supplemented edition was published in 1953 under the title
Dinandka
lineyrxvA siptem L,~tomattchepkogo reguliroyani-va. mash
1/2

Regulirovanlys mashin AID I& - I
Purpose; A textbook for engineers and post-graduate students of
scientific
research institutes and for the students of the Moscow Institute of
Mechanics, Division of Theory of Mechanisms and Machines.
Facilitiest Thanks are expressed to co-workere at the Moscow
Institute of
Machignics: T. I. Belausova.. Ys. R.'Vanchinova.. A. M. Rubinchik,
M. I. Freyclun -ijad Yu. V. Polgolenko.
lo. of Russian and Slavic-Reor6ncess ~46.406~1950)
Availables Library of Congress*
2/2

1. BWKH, Z. Sh.
2. USSR (600)
600
"Designing Four Link Mechanisms According to the Limit Value of
Acceleration of the
Working Link," Iz. Ak. Nauk SSSR, Otdel. Tekh. Nauk, No. 8, 1950.
Institute of Machine Studies) Academy of Sciences USSR.
Submitted 28 Nov 1939.
9. 1WReport U-1530., 25 Oct 1951

TREASURE ISLAND BIBLIOGRAPHIC R&'P(RT AID 179 - I
~-BOOK Call No.: TJ25/+.B55
Authorzw h.
AI'
Full Title.-:~s-CF LINEAR SYSTEM OF AMMATIC CONTRM OF MACHIM
Transliterated Titles Dinsunika lineMkh'sistem avtomaticheskogo
regulirovaniya
Thashin
Publishing Data
Qriginating Agency: None
Publishing House: State Publishing House of Technical Theoretical
Literature
Date: 1952' No. pp.: 492 Not of copies: -1GIO00
Editorial Staff
Editors RjkbjAqt4~.,, A. 'M. Tech. Ed.: None
Editor-in-Chieft None- Appriasert None
Text Data
Coverages The book represents.a revised and considerably
supplemented edition of
the book &wAirovanive mas (1950) by the same author. This edition
contains basically the same material as the first. Theories of
mechanism and machines applicable to automatic control of various
mech-
nical installations., including production lines, power units,
turbines
and aviation motors are given. Criteria of stablej a- periodically
stable, unstablb.. monotonous and other systems of regulation are
presented.
along with the analytical analysis of the quality of.regulation. The
supplemental chapters are related to the separation of regions of
stabilit3
1/2

DinamikEL lineynykh sistem avtomaticheskogo regu2-irovaniya mashin
AID 179 - 1.
on number of Wameters, the discussion of transient processes and their
evaluation, and the frequency method of analysis of regulation quality.
(Sketches- diagrams, and charts),
.4
The.book mav be,of interest to workers on the problems of automatic
control.
Purpose: Textbook for engineers and,post-graduate students of scientific re-
searoh institutions and for the students of the Moscow Institute of
Mechanics, Division of Theory of Mechanisms and Machines.
Facilities: Authors of works on this and related subjects are mentioned,
beginning
with Chebypbev~and VishnegradBkiy up to recent authors such as
Sol od6~v, Tsipkin,~`axid'6tfiers. (List given on P. 488).
No. of Russian and Sliifd References: 65 (1938--1950).
Available: Library of Congress.
2/2

YOU of control quality in single-circult system, Sbor,nench,
rabs Makhoinst. no.3a47-i% 152. (MraL 8:3)
Meetric 'circuits) (Autovatic control)

- -- - - - - - --- -I-- -- - - - .- -- -- - . - - - -- - -- -
- - - --.- - - - - ,
&A 0 A-,Yj Z. S /,.
BIOIM, Z.Sh,
Control time determination. Sbor.nauch.rab. Mekh.inst.
no-3tI57-166
152, (MLRL 813)
(Electric controllers) -

BWKH, Z. Sh.
MOMUMMMM
More precision.in the deto~mination of monotony limits In
transition
processes. 'Sbor.nauoh.rabe Mekhtinst, no,3:167-177 152, (K" 8:3)
(Automatic control)

BLOIH, Z.Sho'
Letter to t~s editor of the periodical nAvtomatika i Telemakhaniks.0
Avtom. i teiem. *.no.1:107-109 Ja-P 8539 (MI2A 160)
- I 4-Automatic control)
I

Z Sh., doktor tekhaicheskikh nauk. professor.-redaktor; MID-
doktor. tdchnicheekikh nauk, retsenzent; POPOVA, S.X.,
tekhnioheskiy redaktor.
[Calculations sad analysis of automatic control systemn for
machinery collooted-solextific works) Basohet i analis
sistem.
avtozaticheskogo regullrovanlia mashin; sborulk nauchzykh
rabot.
Pod red. IsIb.Blokh. Moskva, Gos.nauohno-tekhn. izd-vo
mashino-
stroltelinoi lit-ry, Vol..7. 1954.174 p. (HLBA 8:2)
1. Moscow. Moskovskly inshenerno-fisicheskiy lustitut.
(Automatic control)

BIA)KH, Z.Sh., doktor tekhnicheekikh nai*, professor.
02-1- 1 -
Analysis of overregulation and regulation time in linear
systems. Sbor.naucb.rab.MIYI no.7:64-79 154. (MERA 1-0--2)
(Servowchaniame)

BLOIR, Z.Sh.-, doktor tekbnicbeekikh nauk, professor.
Overregulation following a load drop ancl returning of the
regulators Sbor,naucherobe HIPI no.7:80-,86 154. (MLRA 10:2)
(Uryomechanisme)
11
e7 -1

BLOKH, Z.8b., doktor t9khnicbeskikh nauk, professor.
Some problems in calculating regulator parameters. Sbor.much,
rab. HIPI no.7o.87-97 154. (MA 10U)
(Servomechanism)

BWKH, Z.5h., doktor tekhnicbeekikh nauk, professor.
1-1%~' ~'~Z4-
Integral equations used in the theory of regulation.
Sbor.
naucb.rab. HIFI no-7:98-104 154. (MLR& 10:2)
(Automatic, control) (Integral equations)

lot
wv*1147
CA*

ined that41 -1:
is assu
COO
h h
t. c servo as a zero static errl~r-__

MOIR, Z.Sh. Nookwal
SOMS PrOPOU92 Of the frequeacr characteristics of automatic
.control systems. Izv.AN SSSR Otd. takhtashk n9.2:43-58 F 156.
(Automatic control) (Servomechanisms) (KM 9:7)

AUTHOR:
Blokh, Zalman Shevelevich,.Doctor of sov/161 -58-1-3/33

--T"e-ohnioal Scienceal Head of the Department of Technical

Mechanics
atibe Central Inditute for Correspondence Courses for

Fisheries
TITLE:.
On a Necessary Attribute of Monotony (0b odnom neobkhodimom

priznake monotonnosti)
PERIODICAL:
Nauchnyye doklady vysshey shkoly,
Elektromekhanika i avtomatika,_

1958, Nr 1, PP. 13 - 15 (USSR)
ABSTRACT:
In this paper the necessary attribute of monotony for
ordinary

linearsystems of automatic control with lumped parameters

is
formulated. This attribute is connected with the

distribution of the
zero-points and of poles in the velocity

representation of a
transient process. A transient process

with zero initial conditions
is given in a diagram, where

F
(Z) are poly nomials which do not tend towards
(Z) and F

,
0

zero at 0. The necessary attribute of monotony will be the

condition
F 0(z)> 0 .. (a) for a wide ranee of -zjq;;;0C,, aD for
Card 1/2
real
values of z. This condition (8) imposes more stringent

On a Necessary Attribute of Monotony SOV/ 161-58-1-3/33
conditions upon the distribution of zero-points and of
poles in the velocity representation of a monotonous transient
process, than is the case in reference 1. This new attribute
of monotony is formulated as follows: It is necessary for
a monotonous course of a transient process that all real
zeros of the velocity function are within the domain limited
by the vertical line z - -z 1 which represents its left.
boundary, when the assumption (0) = 0 is made. This attribute
of monotony can easily be ex2ned if the distribution of the
poles in the picture of the transient process is not given.
Thi's is shown at an example. This method permits to determine
the sufficient attribute for the oscillating of an arbitrary
tranaient process by a procedure which does not differ from
the analysis of stability. There is I reference, which
is Soviet.
ASSOCIATION: kafedra tekhnicheekoy mekhaniki Teentrallnogo
zaochnogo inst..tuta i-ybnoy promyshlennosti (The
Chair of Technical Mechanics at the Centrai Institute for
Card 2/2 Corre'apondence Courses for Fisheries)
SUBMITTED: November 14s 1957

8(2)
AUTHOR: Blokh I Zalman Shevelevich, Candidate SOV/161-58-2-7/30
oF'rechnical Sciences I Professor at the Chair of Technical
Mechanics of the Central Correspondence Institute of the
Fishing Industry
TITLE: Integral Equations for Control Systems with Time Delay
(Integralonyye uravneniya dlya sistem regulirovaniya a
zapazdyvaniyem)
PERIODICAL: Nauchnyye doklady vysshey shkoly. Elektromekhanika i
avtomatika, 1958, Nr 2, pp 54 - 58 (USSR)
ABSTRACT: The representation of a transient in a linear control
tem
with time delay is investigated in the forn given -in (I . The
T
time functions zf (t) and 0) are assumed to be limited by
0
the moclulus'!for any finite time period Os;;;~t