SCIENTIFIC ABSTRACT BERZON, I. S. - BESCHASNYY, G. K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205110007-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 8, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BERZON, I.S.; RATNIKOVA, L.I.; RATS-KHIZSIYA, M.I.
Study of transformed reflected waves in media with
weak differential
velocities. Izv. AN SSSR. Ser. geofiz. no-9:1293-1306
S 163.
(JMIRA 16-10)
1. Institut fiziki Zemli AN SSSR.

BERZON, i.s.
-- z-,
Development of the physical foundations of seismic
prospecting methods. Izv. AN SSSR. Ser. geofiz.
no.5:625-
635 My 164. (MIRA 17~-6)
1. Institut fiziki Zemli AN SSSR.

ACCESSION'NR: AP4045785 8/0049/64/000/009/1308/1333
AUTHOR: Berz~M,
TITLE: Some results of a study of seismic waves during shooting of
wells
SOURCE: AN SSSR. Izventlya. Seriya geofizichookays, no. 9, 1964,
1308-1333
TOPIC TAGS: seismic wave, borehole, seismic prospecting, geophysics,
hole shooting
ABSTRACT: This article given the results of a study of longitudinal,
transverse
and modified waves during the shooting of borcholes with
multichannel two-
component recording of oscillations at the earth's surface. It is
shown that
modified forward waves are formed when there are small angles of
incidence of
a wave on a discontinuity. It is also shown that it ib desirable to
use isochrone,
charts of different waves, constructed in a vertical plane passing
through the
borehole and the profile line, for determination of the types of
recorded
waves, their tie-in to discontinuities and determination of
additional data on
the velocity profile of the medium. The following conclusions were
drawn:
1. The seismic shooting of holes during the recording of waves in
two components
(x and z) at the surface at different distances from the mouth of
the hole makes
it possible to study the conditions for formation of various types
of longitudinal,
Card ..1/3
-A00

ACCESSION NR: AP4045785
transverse and modified vaves and obtain information on the
velocity profile
of the medium, supplementing the data obtained from a vertical
travel time curve.
2. The modified forward waves, clearly detected on the
records, are formed
both in the case of quite large angles of incidence of a
longitudinal wave on a
discontinuity and in the case of incidence close to normal.
The experimental
result obtained in this paper to not in quantitative agreement
with the results
of theoretical computations using the ray method. 3. In the
case of shots at
different depths in a hole there will be strong, transverse,
direct and head
waves. During observations at the surface it is possible to
record homogeneous,
transverse, reflected ari head waves and modified waves,
propagating in the
initial part of the path as transverse waves. Special
theoretical and experi-
mental investigations should be formulated to determine the
mechanism of excita-
tion of transverse waves resulting from shots in holes. 4. In
the case of
certain velocities of propagation of transverse waves-on
vertical travel time
curves obtained near the mouth of a hole, there can be errors
due to interference
of an S wave with a Lamb wave and with modified waves forming
when there are
small angles of incidence of a longitudinal wave an a
discontinuity. In order to
eliminate possible errors due to interference wit), a Lamb
wave it is necessary
Ziia- 2130V V4

ACCESSION YR: AP4045785
to use a record obtained at distances x >10 a from the mouth of
the hole. For
separation of modified'and transverse waves it is necessary to
obtain correlation
records at distances not less than 70-100 m from the mouth of the
hole. 5. In
order to determine the types of recorded waves it is desirable to
use the method
of constructing isochrone charts in a vertical plane passing
through the borehole
and the profile line. This method makes it possible to detect the
discontinuities
in the medium directly from the form of the isochrones and tie-in
the recorded
waves to these discontinuities without a prior determination of
velocities.
other effective uses of this method are described. "In
conclusion, the author
wishes to thank V. A.Mitronova for making the computations and V.
A. Popkova
for preparing the graphics". Orig. art. has: 2 formulas, 16
figures and
4 tables.
OTHER: 008
ASSOCIATION: Institut fiziki Zemli, Akademiya nauk SSSR
(Institute of Geophysics,
Academy of Scienceal &W)
SUBMITTED: O6Aug63
NO REF SOV: 014
Card 3/3
ENCL: 00
SUB CODE: ES

L - 60150-65 ~HT (I) INdA (h) -Peb OW
zACCESSION NR: PP5018285 UP,/0387/65/000/006/0001/0009
550.634.5
1AUTHOR: Berzon I. S.
A
MM; Definition of the model of a thin-layered medium with the
simultaneous use
!of the amplitude and phase spectPal characteristics of the layer
!SOURCE: Ali SSSR. Izvestiya. rizika zemli, no. 6, 1965, 1-9
JOPIC TAGS: seismography, geophysics
The spectral adnplitude and phase chavacter-i-stics of a bomogencous
thin
Javer are considered for the case of reflected longitudinal waves. It
_'~; show~n that,
-twelve differont model,, of a homoueneous thin layer located betwcen
homogeneous i
:'alf-spaces, there exist only four different types of amplitude
chavacteris tics.
L
.However, the spectral phase cha-racteristics cor-responding to
models of a medilun
~which are characterized b~r one and the same amplitude
characteristic may be differ-
:ent. For this reason, the simultaneous use of both characteristics,
makes it pos-
isible to uniquely deteniine the type of model for the layexcd medium
and the ratio
tof the acoustical rigidity of the layer to that of the ambient
media. If the densi-i
Card 1/2

T~ aloi5o-65
iACCESSIO1%1 NR: AP5018285
ities and the velocity in one of these media-are known, then the
velocity in the
'thin layer can be -determined. Using the phase and amplitude
characiterisrics to-
"i find the tnkhima of the &niplitude ebaraci
igether also makes it possible t :eristics,_
-which leads to aft accurate determination of the -thickness of the
layer. Ori'g. art.
~;has: .5 figures, 11 formulas.
;ASSOCIATI0141: InstituL, Fizi-)d zemll, ARademli nauk SSSR
(Institute of Ph -sics of
_qciepce
tbe ErarthAqAd
1e
'SUBMITTED: 09Jul64 ENCL. 00 SUB CODE: ES
:NO REP SOV: 006 OTHER:, 000
Ca,d 2

L 23357-65 BIT (1)/EFF(C)/E'PFr(11) -2/FPR/TtrPA(bb) -Z1174A (1)
Pr-~/Ps-VFU-h 16'9
ACCESSION NR: A115000,c~95 8/0264/64/000/olo/AO39/AO39
SOURCE: Ref. A. Vozdushnyy transport. Svodnyy torn, Abs. 10A247
AUTHOR: Kudryashem, L, I : B r7on. 1. Yu.-
TITLE: Studies of complex heat exchange in the presence of variable
thermophyqical
properties and radiant heat exchange
CITE D SOURCE: Tr. KuYbyshevsk. wAats. tn=t,. vyp. 15, ch. 2, 1963,
25-40
TOPIC TAGS. complex heat exchange, variable thermophysical
property, radiant heat
exchange, therm-.d regularity, dimensionless temperature excess,
complex heat exch-angre
coefficient
TRANSIATION: Three approaches are used in applyin,cr the theory of
thermal re-gularity
to studies of complex heat exenange. The first is stated in the
form of the following
principle: The constancy of the rate of cooling persists in the
presenec of variable thermo-
physical properLies and raffiant heat exchange if the dimensionless
temperature encess is
replaced by a new variable magridtude in a form determined directly
in the process of in-
tegrating the initial differential equation of complex heat
exchmige. The second approach
is related to an introduction of P. now parameter u. ne
dimensionless temperature excess
Card 1/2

L 23357-65
ACCESSION NR: AR50DO895
0
proves to be regular In relation to that parameter. The last approach
is based on Intro-
ducing a coefficient of complex beat crichango.D. It was demonstrated
e_xperimentally that
-the introduction of the new generalized variable u actually
regularizes the process oi
heating or cooling a body; hence It can be considered as an
adequately effective medium
in experimental studies of complex heat exchange. The introduction of
a coeffizi6nt of
regularity level and its analytical evaluation in relation to
existing experimental data point
to the feasibility of a simple method of calculating complex heat
exchange. The authors
also illustrate techniques for defining coefficients of regularity
level at a given point in
the process from experiment&l data. A single formulation of problems
on internal and
external beat exchange, employing the tbeory of hydrodynamic and
thermal spurs, makes
-.it pDssible-to establish a functlowal TelfttIOWIA.,-~ for the heat
transfer coefficient, which
takes Into consider -a fibin -the -obiwacterlstics of both-internal
and external-problerns-. -
Bibli -with. 7 titlesi
SUB CODE: rm:-: Wct: 00-:
Card 2/2

ray
Acc NR%
AT6003068 WURVE UODE: UR/3l81/b3/000/015/0U2t)/VU4U
AUTHOR: Kudryashev, L. I. (Professor, 1)oct or of techn,'caj.
ociences);
Berzon, -I. Yu.
ORG No ne
TITLE: Investigation of complex heat transfer with varying tnermo-
physical properties ana In the presence of radiative heat transfer
6
SOURCE: Kuybyshev. Aviatsionnyy institut. Trudy, no. 15, pt. 2,
19 3
kh
Doklady Kustovoy nauchno-telEhniches-Ko--y--Yconferentsii po
voprosam me
ki zhiaxosti I gaza (Reports of the Joint scientific-technical
confer-
ence on problems of tha mechanice of 14.quia and gas), 25-40.
TOPIU TAUS: hydrodynamic theory, radiative heat transfer, heat
transfer
coeXXicient
ABSTRACT: The system of diff erential equations aefining the
problem
has the form: da .. . 7
!'PT -& = div (X grad 0),
0.. oil
T
IULO)'] .(C)
G
Card 1/3 X=W)' cii-C'M' T-Y(')) '(d)

ACC NRz AT6003068
wnere:
is the analog of the temperature, determined by the expression:
and-~ are values - the analog corresponding to the maximum and
minimum t2mPeratures T and T - q q q are dimensionless
orthogonai
M of dI
coordinates;'St is the Stoices numie'r, det4rminea from. the
expression:
CnT93
St
GkR'
211 BI
Of -R-T

AT6003u6b
It nas been experiwentally established that zhe introauction
of a new
generalized variable, u, reGularizes the process of heating or
cooling
a body and can therefore be regarded as a sufficiently
effective metnod
for the exDerimental study of complex heat transfer.
introuuction of
a coefficient for the degree of regularity and Its aprlication
to the
existing experimental data demonstrate the possibility of a
simple
method for calculating complex heat transfer. Combining the
formula-
tions of the problems of internal and external heat transfer,
witn
application of the theory of hydroaynamic and thermal traces,
makes it
possible to set up a functional relationship for the heat
transfer
coefficient, taking Into account both the Internal and the
external
problem. Orig. art. has: 75 formulas and 1 figure.
bUB 001jz: ?_U/ SUBM DATE: 00/ - ORIG REF: OOb/ OTH REF: 001/
UUV REP:
C~IS3/3

"- MZON. O.F - imnjasner.
A square meter of dwelling as a basic calculation
index. Gor.khoze
MoBk.31 no-1:23-26 J& 057* (MLEA 10:3)
(Construction industry--costs)

BERZON, O.Fo, inzh.; SHCHMAKOV, S-N-, inzh.,
spets.red.; MORSKOY, K.L.v
red.izd-va; TWINA. Te.L., tekhn.red.
[HaAdbook on transporting, handling, storing* and
maintaining
building materials, products, construction elements,
and
eqp~pmsntl Rukovodstvo po transport irovani iu,
priemkB. skladi-
rova.iiiu i khraneniiu materialov, izdelii,
konstruktaii i oboru-
dovaniia v stroitel'stve. Moskva, Gos.izd-vo lit-ry po
stroit..
arkhit. i stroit.materialam, 1959. 274 p. (MIRA 13:1)
1. Russia (1923- U.S.S.R.) Gosudarstvennyy konitet po
delam
stroitellstva.
kBuilding materials-Storage)
(Building--ToolB and implements-Haintenance and repair)

BEIIZ9Nj-Q.F-., inzh.,; SHCHERBAKOV, S.N., inzh.,
spets.red.; GERASDIOVA,
G.S., red. izd-va;-RUDAKOVA, N.I., tekhn. red.
[Handbook on the transportation,'acceptancep and
storage of
materials, articles, and equipment in construction)
Rukovod-
stvo po transportirovke, priemke, skaldirovaniiu i
khraneniiu
materialov, izdelii, konstruktsii i oborudovaniia v
stroitelt-
stve. 2.1 izd. ispr. i dop. Moskva, Gos. izd-vo
lit-ry po
stroit., arkhit. i stroit, materiala% 1961. 350 PO
(19,RA 15: 1)
1. Russia (1923- U.S.S.R.)Gosudarstvenrqy komitet po
delam
stroitellstva.
(Construction industry)

_BMQN,-.P,F,j LEBEDEV, S.A., red.; YEFREHOV, S.A.,
red.; PETROVA,
V.V., red. izd-va; KASIMOV, D.Ya., tekha. red.
[Price list for the construction of housing and
buildings
serving cultural and public needs in cities and
territorial
regions of the R.S.F.S.R.)Preiskurantnis tseny na
zhilisheb-
noe i kulltumo-bytovoe stroitelletvo po gorodam i
territo-
rial'4ym raionam RSFSR. Moskva, Gosstroiizdat,
1962. 212 p.
(MIRA 16:3)
1. Russia (1917- R.S.F.S.R.)Gosudarstvennyy
komitetpo delam
stroitel'stva.
(Construction industry-Prices)

inzh.; LUSSUTE714, D.I., inzh.; YUREERIVIR, Ya.14.,
'176fid. ekon. nauk; RUDNEii, I.B., kand.
tekhn.nauk;
GORBUSHINY F.B., red.; ZFUKOVSKIY, Ye.S., nauchn.
red.;
GIROVSKIYP V.F., glav. red. serii; BOGINA, S.L.,
red.;
GOLIBERG, T.M., tekhn.red.
[Handbook on material and machinery supply for
construction
units] Spravochnoe posobie po
materiallno-tekhnicheskorm
snabzheniiu stroitellrifth organizatsii. Pod
obshchei red.
P.B.Gorbushina i D.I.Bukshteina. Mookva,
Gosstroiizdat,
1963. 607 D. (1-1, IRA 17: 1)
1. Moscow. Nauelmo-issledovetellskiy institut
ekonoipiki
stroitellstva. 2. Direktor
Pauchno-issledovateliskogo insti-
tuta ekonomiki stroitellstva i chlen-korrespondent
Akadernii
stroitellstva i arkhitektury (for Gorbushin). 3.
Rukovoditell
otdela norp.irovaniya materiallnykh resursov i tsen
na, stroi-
tellnye Iconstruktsii nauchno-issledovatel'skogo
instituta
ekonomiki stroitel'stva (for Buksht-eynl.
(Construction industry--Management)

BERZON, O.F., inzh.j SHCHERBAKOV, S.N., inzh.,
nauchr. red.
[Handtook on the transportation, acceptance,
storage
and preservation of materials, articles,
elements, and
equipment in constructiorl Rukayodstvo po
transportirov-
ke, priemkep skladirovaniiu i khraneniiu
materialov,
izdelii, konstruktsii i oborudovaniia v
stroitellstve.
3. izd., perer. Moskva, Stroiizdat, 1965. 329 p.
(MIRA 19:1)
1. Russia 1923- U.S.S.R.) Gosudarstvennyy
komitet po
delam stroitellstva.

1 32390-6~ /Zt?T(M)/EPFW/DfG(z
Pr-4/Pw-4 TT/WE ---- -- -
-.ACCESSION S/0286/165/000/003/0087/0087
-0 lemel -Yanov,, zt V.
AUTHOR: Berzo n,
,y
N to
__Luer transfer from spare tanks sery
TIM: An Automatic valve for'controllinE
ice twits. Class 471 No, 168095
SOURCE: Rmlletent izobreteniy i tovarnykh znakov, no. 3, 1965% 87
TOPIC TAGS: fuel syntt-a, fuel controlt fuel valve, liquid level
control
ABSTRACT: This Author's Certif i-zate introduces an automatic valve
for controlling
r fuel transfer from spare_ tanks to service tanks. The device is
made up of a spec
ed control space Ian ur - bal-I and float mechanisn. The fuel
ially shap, a a zprlng rel: n
syBtem operation is made more reliable by a lever with an inartial
weight which is'
built into the valve actuator.
none
SMITTED: 28Feb63 MCL: 00 SUB CODE: FP,1330AG
OTM: 000
NO REP SOV: 000
LC'Drd 2-/2

3, 080Q-61
U-029993 LjRCE CODE: UR/A_ ;u- 6
ACC NRi W so 13/u /oOO/0l5/oi96/o,9
INVENTOR: Berzon, 0. S.-, Yemell anov. I. V.
Y-1
ORG: none
TITLE: A system for transferring fuel from aircraft tanks. Class
62, No. 184151
SOURCE: Izobret prom obraz tov zn, no. 15, 1966, 196
TOPIC TAGS: aircraft fuel system equipment, aircraft fuel pump
ABSTRACT: This Author Certificate introduces a system for
transferring fuel from
aircraft tanks, which ccnsists of centrifugal tank pumpsO'and
main fuel-supply lines.
To supply the engine with given amounts of ~A\ a volumetric gage
is inserted in the
supply lines. The housing of the gage contains two pairs of
gears in two sep~Fate
insulated recesses; one gear in each pair is rigidly set on the
common shaft. [SAI
SUB CODE: 21, 01/ SUBM DATE: 15Apr64/
Card 1/1 uDc: 629.13.ol/o6: 621.6

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MZON,S.A.
Kaolin for the production of fine ceramics. Stek.i
ker.12 no.8:
18-20 Ag'55. (MLRA 8:11)
(Ceramic industries) (Kaolin)

BERZON, S.A.
.
'Using the latest methods of refining raw materials.
Stek.1 ker. 13
no.4:23-24 Ap 156. (Ceramic industries) NLU 9:7)

;AUTHOR% Berzon, S. A.
TITLEs Let's Increase the Productivity of Filter Presses
(Povysit'
proizvoditelinost' fil'tpressov)
MIMICAL: Steklo i Keramika, 195% Vol. 14, No. 1. pp. 15-18
(U.S.S.R.)
ABSTRACTi The low producti:Y-ity of filter presses used in
ceramic industry is
emphasized and methods leading to the alleviation of this
problem
are discussed. Some of the new developments in colloidal and
physical
chemistry, if applied to ceramic industry., may well be the
solution to
this problem. Some details on dehydration, structure of clay
particles
(Fig. 1). and the effect of the sorption of ions on clay and
kaolin
water-retainability are given, and reference is made to
transactions
pertaining to the above-mentioned subjects (A. I. Avgustinik -
Ceramic
Symposium, Gizmestprom., 11, 1940; B. V. Deryagin - Journal of
Physical
Chemistry, 3, 1, 29-41, 1932; and G. V. Kukoley, - and TA. M.
Syrkin -
Colloidal Journal, Izd. AN SSSR, T. XVII, No. 2, 1955). Results
of
tests conducted at Katuarovskiy plant, to determine the rate of
coagulation., filtratlon, and mechanical strength of clay
specimens
are indicated respectively in Table No. 12 Fig, No. 2, and
Table No. 3.
The flowability of the dross was measured with a flowmeter
which is
illustrated in Figs. No. 3 & 4.
Card 1/2

Let's Increase the Productivity of Filter Presses
Based on preliminary test data, investigation revealed that
the.
lower limits of faience dross flowability equaled to 60 mm.,
and
that the addition of 0.1 - 0,2% of lime milk., the
flowability was
significantly increased and the productivity of filter
Iresses had
almost doubled.
There are four footnoted references, all of which are Slavic.
AMIATION.- Scientific-Research Institute for Structural
Ceramics (NIIstroymash)
PRESENTED BY:
SUBMr=-.
AVAIMLI:
Card 2/2

3534. Jncre2slng the efficlen-y of filter-prtssm-S. A. Br5tzoN
(GluS3 Or.1 Ceramirs
Aftvww, 14 10, 1, 15 1957). In Russian Phypigq,
taking Plact'
j,3 C~a, M The _-bj;~Ctlpw to Im-rease the c-f-miency orilressn
b gAutilants to slips. A 1% solutivil UTZO and 2!" solution of CuCl?
and
-1, 0-2, and 0.3% Its iirc tab -d:`i)-2.qnd0-5% adrditmns
MSC12 were used (0
o
C
f.1, sOWudonweremcat-cffective. Dryh)it~~ndf.-rin,,,--shrinkag.-s
and n=hanical
preparod-.spocinxm - were- dammir ed to asix.-Min cirect of addWom,
Drying-'iind ivi*behaviour with and withow flocculantwerc
practically thc sam. A,
Odition of-I% QkO solution improves filterability ofslips and
almilst doub!-=
lbeouipulorfiltex-prcsscs. Fluidity of -he slip is tolcn ai the
critcrim for the additiOn
-VA Nulanis--c

AUTHOR:
Berzon, S.A. 72-'53-6-9/19
TITLE:
A New Scheme for the
Production of Falence -Tiles

(Novaya skhema proizvodstva
fayansovykh plitockuAyi~ii ulass)
PERIODICAL:
Steklo i
Keramika., 1958, - '. ; -,, Nr 6, pp. 26-30 (USSR)
ABSTRACT:
The existing scheme for the production of the mass for tiles
re-

quires much room and is expensive, especially the
dehydration of

clay by means of filter presses. This problem
can be solved by

utilizing the pbysical-chemical properties
of these masses. Clay3

containing only little water can be
dehydrated by drying. The de-

pendence of moisture to be
removed from the clay on initial moist-,

ure is shown -in
fig.l. Fig.2. gives a characteristic of aelrtyiraiioa

methods: That by means of a filter press, the
vacuum-filter~_ng

method, and the filteriess methods. The
electrolytic method W~Lq

found to be the best. Further, the
technology of the production of

electrolytic ma sea is
described in detail. The influence exey.-

ciBed by
electrolytes upon the physical properties of the mass

forms
the subject of vc_--, numerous publications. Three aiffereni

methods were worked out by NIIstroykeramiks. for the
dehydration of

clays of low humidity: dehydration by an
atomizing drier, by a
Card 1/ 2
roller drier, and by drying on
a conveyer drying machine of the

A Tlew Snbpme for the Production of Faience Tiles
72-58-6-9/i9
prevJously coasi3atea clay. In all 3 cases the mass
dehydratr-1 from
a humidity content of 34-36,% to one of Th, simpliest meth-
ods rre those by means of atomizing and roller driers,
vituen Is tnirr
also with respeot to economy. If the advantages of the
roller 8rier
system as established by M.Yu.Lurye wW A.G.Kasatkir. are
tzCken, 'n-.
to acWount, this system must be preferre3. In the aera=.o
indust:~.7
of the USSR it has hitherto not been employed. Ac,lording to
iatq-
supplied by G.V.Krupin, N.-Ya.Luk'yanov and others/roller
.3riers ar~~
more economical than atomizing driers. By the elimination of
the
filter process and the introduction of roller driers instead
of
continuous-type furnaces the process of tile produc+Lon has
ba:~n
simplified, which leads to a considerable saving la ipace
ax-.' alio
makes it possible to reduoe the staff. Also the prime c_
dl-,-
hydration can be reduced by 35-40%. There are 3 figures.
ASSOCIATION: NIIstroykeramika. (NII Building Ceramics)
1. Ceramic materials--Production 2. Clays--Dehydration
3. Electrolytes--Properties 4. Dehydrators--Effectiveness
Card 212

AUTHOR: Berzon, S. A. SOV/72-58-11-10/15
TITLE: ~0~~~aized Supply of Ceramic Factoriea With
Dry, Pulverized Leaning Materials (0 tsentralizovannom
snabzhenii keramicheskikh zavodov sukhomolotymi
otoshchayushchimi materialami)
PERIODICAL: Steklo i keramika, 1958, Nr 11, PP 33 - 35 (USSR)
ABSTRACT: The primary raw material processing is distributed
among
the individual ceramic enterprises, which leads to only a
partial use of their drying and grinding apparatus. The
majority of the works employ the wet grinding method for
leaning materials, which together with the filtration press
departments leads to a great expenditure of man-power,
material resources, and electrical energy. Therefore, the
introduction of dry grinding is of greater practical import-
ance, and especially since dry milling exhibits a high
output.
By the replacement of the machinery of the many individual
works by several continuously-working mills right at the
deposits of the raw materials a great saving of man-power,
electrical energy, and other expenditures can be realized.
Card 1/2 Also, a freeing of important production areas in
the ceramic

Concerning the Centralized Supply of Ceramic
SOY/72-58-11-10/15
Factories With Dry, Pulverized Leaning Materials
works will result. A different problem is the supply of
enriched clayv which expediently is worked by the wet
method.
A mixed system for working the raw materials of the
building-
ceramic works is suggested: centralized works for leaning
materials and decentralized works for clay. There is I
reference, which is Soviet.
Card 2/2

BERZON, S.A.-,-WTDU, V.A., SWAVMO, A-V-
Using nev machiner7 in processing kaolin.
30 Ag 160.
Stake i ker. 17 no-8:27-
(KIRA 13:8)
(Laolin)

8/072/63/000/003/004/094
MOW
AUTHOR81' Berson so A*# Candidate of Technical Scienceel Neytinag
~av 9-As, Vol Senior Scientific Worker
TITLEt A now efff'otivo coagul
PERIODICAW Steklo I k*raaik&g no. 3# 1963# 27-30
TEXT.-. The properties required of kaolin suspensto g cannot always be
Jr. obtained,whon line milk in used as a coagulant In the v*t
conoentratidn of
QJ7 kaolin. For this reason tho'ooagulating *ffioi*n0$ of acetic aoidg
0 :.(PAA) were tested...-
cot hydrochloric acid'o potash alum and,p'lyaoryloasidei
0110 Raw kaolin containing 60,81 % Si62 , 22.73% A.1203 was used. Af ter
401ko,
1,jjj centration, a 23,8% kaolin suspension was obtained with a kaolin
00, oomposi. The effectiveness of the a*-
'ion of 46-39% SiO2,9 39'31~ A12030
(6
Pjj~~ agulants was determined from the filtration rateacf concentrated and
efictill. coagulated kaolin. Resultat Their effectiveness decreased in the
folloft
or er: (1) 36 Viol% of a 5% PAA solution tit 55-60001 (2) 6.5 volA of the
solution at the game concentration and temp*raturej (3) 1-5 T01% Of

BEIZON, S.A., kand.tekhn.nauk; MFYTINA, V.A.,
kand.tekhn.nauk; SHTAVEMAN,
A.V., inzh.
Ukrainian feldspar as a source of fluxing agents for
the ceramic
industry. Trudy NIIStroikeramiki no.21:32-38 163.
(MIRA 17-2)

BERZON, V.O.; 33HAPARAM, A.V.; SHEVCHENKO, V.P.
Introducing new mthods for the preparation of a
blaql~-
furnace charge.
Biul.tekh.-nkon.inform.Gos.tiaucti.-issl.inst.
nauch. i tekh.inform. 17 no. 5%3-6 Mv 1~4.
(MIRA 17;6)

BERZON, V.O.; SHARAPAYEV, A,V.; SHEVCHENKO, V.P.
Production of fluxed pellets. Blul. tekh.- ekon.
inform. Gos.
nauch.-issl. inst. nauch. i tekh. inform, 17
no.3:3-5 164.
(FJRA 17:9)

REMPLIO E.G. and B
14ethods Df research on club-shaped bacteria in the root
systems of bean plLnts.
Mikrobiologiya. V01. 21. P. 416., 1952.

STATICESCU, P. ing.; OLTEMIU, Gh., dr.; MATEI, A.,
ing.; MUFTEANU, E.
ing.; LUTSCH, M., ing.; POPA, I.,, ing.; RACZ.. Z..,
ing.;
COSMAp I., ing.; LMMYEL, V., ing.; IMGU, C., ing.;
SINGER, M.,, ing.; CRETU, I., ing.; GFIGORAS, m., ing.;
CRACIMESCU.C., ing.; CMIS, I., ing.; BACOS, M.,ing,;
AMUNDRESCU, T., ing.;-H=VAN,.-I., ing.;
TOARNICZSKI,E., ing.;
OCHIANA, S., ing.; MOCANU, E., ing.
Results obtained with different varieties in sugar-beet
growing. Ind alim 14 no.9:342-3/,8 S963.
1. Fabrica de zah&r Giurqiu (for Matei, Munteanu).
2. Fabrics de zahar Bod (for Lutsch, Pope).
3. Fabrics. de zahar Tg. Mures (for Racz, Cosma,
Lengyel).
4. Fabrics. de zahar Roman (for Ding% Singer).
5. Fabrica de zahar bicecea (for Cretu, Grigoras).
6. Fabrics de zabar Mtenia (for Craciunescu, Colis).
7. Fabrica de zahar Banat (for Bacos).
8. Fabrica de zahar Arad (for Alexandrescup Earzovan).
9. Fabrica de zahar Ludus (for Toarniczski, C-.hiana).
10. Fabrica de zahar Sascut (for Mocanu).

BERZOVSKAYA, F. I.
Analytical Chemistry, Inorganic (16829)
Nauch. Zap. Unepro2etrovskogo Gus. Un-ta, Vol L3, 1953,
pp 31-35
Berzovskaya, F. I.; bolomko, Z. F.
Determination of Carbon Disulfide in industrial and Crude
denzene
CS2 was determined colorimetrically by making use of
Selivanov's reaction. The
CS2 is cinveAed to e+-'-Iyl zanthogenate in caustic
alcohol, whicli then fori'lis
a red-violet complex with Mo.
So: Moscow, Regerativnyy, 7Jiurnall -- Khimiya No 4, 1954
W-31059

BERZS, K. ~-
Threshing Machines
Repairing threshing machines by the
ditision-of-labor system
MTS 12, no. 9, 1952

BERZS, K. Y&
BERZS, K. Ya. -*Investigation of the Wear of Parts of the
11mantal Thresher and
Fational Technology of Threshers.0 Latvian Agricultural
Acadery, 1932
(Dissertation for the Degree of Candidate of Technical
Sciences)
SO: Izvestiva Ak. Nakh Latvivskoy SSR, No. 9, Sept., 1955

1~7TTS)
AG'~ICULTU-ZE
PMIODICAL- A'AGYP : E"-O a-2DAS,'k- Vol 10,, no. 21, I.ov .
1~5-1.
7erzsenyi.- Jal-osits,, L. The selection alid storaL,,c of
i-aize seeds to be used I'or sov.-ing.
P. The teriporary barn in I.-Jodollo. 1). 6.
Yonthl,- list of East Eliftpean Accessions (E-,;.A.1) LC. Vol.
C11 -o. 2.
Four"Ilry 1C Uriclass.

HUNG,?-i1y/Qultiv,,-~tcc1 Plants. GrAns.
Abs Jot,2 : Rof Zhup-Biolij No 15t 1953~ 68109
Lut ho r : Bormonyi-Jamosits Le
lu T
Inst ~ng- - T~ 5. nn
Title Dovolo-An~, intorstrain Hybrids in Hung2ry.
t-
.-lothof's and Rosults.
o r ir,- Pub '.ct,~. a.-ron. Acad. sci. Hui-ig.9 1956, 6,
No 1-21
.(';.bstract gThe ppoj~,,ct i)as begun on ascalc in
1946- 127 hybrids yiuld incrol-scs of over
10 porc.:,nt in conpRrison !ith st-Mclarc! varieties.
Th--. b~,st inturstrl-An hybrids rcro sub:-iittod for
st,~to tl-,,stini,l om~ in 19517 th~jy took th.; fi-cst
u
four pl.-cos. Thc. 03 hybi!id -,we 9-12 n --.rc on'
hir.-hor yiolds than saods of th-, bcst sulcct,;cl
varictics. -- N. F. Xravtsov1-
Carc! 1/1

L. Ff-tter utilivition of tho tiiz,6mil.ic of
P yinr
one and t, hn2r plunts to s,,ed Itole. F.
Vol. 11, No. Ilay lc'r,(,
A C. T' i C'U I
riudapest, EbnEary
So: E~ist European Accession, Vol. 6, No. Feb. 1.957

BERMINI-JAINIOSITS, L.
Preparations for the quadratic sowing of corn mechanically. p.
12. (Magyar Mezogaz-
dasag, Vol. 11, no. 5, Mar. 1956 Budapest)
SO: Monthly List of East European Accession (EFAL) LC, Vol. 6,
no. 7, July 1957. Uncl.

BERZESEENYI-JAKOFITS, L.
The quadratic cultivation of corn one hundred and twenty years
ago. p. 12. (Magyar
Mezogazdasag-, Vol. 11, no. 5, Mar. 1956 Budapest)
SO: Monthly List of East European Accession (EEAL) LC, Vol. 6,
no. 7, July 1957. Uncl.

r -..rvou.7 Llys~ o: Dlucr, 6~*"TT;l."!.

4

.L
0 4 A Cl t," i

:
Zi i eP,,'j-olory of Si~ba~?achnoil~-,d ii ~Ptoi-cl!-.ages

Q I
_',~J.les of trip 01:Ln-,c

ea s e. o r*Rj(-~.
L L,
71 t: .
. 1-2"
1.- lllizlisk. gor. l:I:Lniah. brj!'nit-s:*. II i g a
' 1-

.
W7

I 6roup of 4G -patie-ats with
u LCal he-

~~Orrlla-c-s Wa5 Investiiut-'ed. 7n I` C;'
L~ - - ) I _;"~

.~he rt'-suase origLurnted rol-il,.- o,i
the b--sis of

i-,--.pailnients of cercbral ve:;,,lcls
re-su~ -:*,.-ri,.-., ftom

iit~rjo,vclei!osis oi
hy-pertonlq. in _uio'.hsr

rl:!vealed ixt o.-v, j. 0 ~-_ 10
"1 S

al c 0"1o etc. in- sorle

of th,~ etiolo-y c,.L'
il-(~asa I

could not be estaDlisnt!(q, la Of CaE~esj

in u. ,
ub lr- ' 'd
e0liate., causc o:j' ~ __ - .C i'LIO.A. i, Lemora!ha

Y U19 b F,
cl. ihy:;.*-ol og*,'
Syst,
'14
23, 19565
o' ~',e '-;nuim b--so
zwture aill,;U~ I

XIRKHENSHUYIT, A., akademik, Geroy Sotsialistialieskogo Truda;
KALININISH, A.
LKalni;l A.J, akademik; STRADI]PSH, P. [Strading, P.], akademik;
SUERABKAU;, Yan [Sudrabkaln~, J-aniul, narodny7,poet letviyakoy
SSR
M"RDIS, K.. khudo".hnik; LAPIWSH, A. [Lapigl, A.]. narodnyy
khudozhnik Latviyokoy SSR; YUROVSKIY, Yu., narodnyy artist SSSR;
AVOTS, A., fotolyublteV; VARDAIRTIS, E., khudozhnik,
zaaluzhennyy
deyatell iskusstv Latviyakoy SSR; GAYLIS, V., kinooperator;
RIMEMYNKS, V., fotograf; KALIMPSH, E. [Kalnins, E.]; IWANSON. R.
Dohanson, R.I. stareyehiy master khudozhostvennoy fotografii;
RIEKSTS. Ya. [Rieksts, JJ, fotograf; IMM, Yu.; FEDOSEYM, B.,
fotograf; RETMAN, E., zasluzhounyy deyatell kulltury Latviyakoy
SSR;
GROBMAN, Ya. [Grobman, J.1, f'otograf; OZOLS, Ya. [Ozols, J.],
fotograf;
TIKNUS, B., fotograf; FABEYEV, Ye., fotlograf; RAKS, I.,
fotograf;
17WT-V---A-,_fotograf; PLAKE, K., fotograf; UPIT, V., fotograf;
jHADKW, M., fotolyubitell; RITERS, G., fotolyubitell.
Organize a society of So-Aet photographers! Sov.foto 18 no.4:77
AP*58.
(MIRA 11:6)
l.Rizhakaya kinostudiya (for Gaylia, Fedoseyev).3.AN LP-tvirskoy
SSR (for Ridienieks). 4.Chlon-korrespondent Akademii khudozhesty
SSSR (for Kallnynsh, N). 5.Zhurnal "Rigaa foto" (for Riekste,
Gorman,
Ozols). 6.Latviyakoye teatrallnoye obahchestvo (for Lerkh).
7.Direktor
Doma narodnogo tvorchestva imeni E. Holngaylisa (for Reykhman).
8.Prodsedatell TvorcheBkogo aoveta.(for Grobman). 9.Ghlen
Tvorcheskogo
soveta (for Ozols). 10.Gazeta "Winyan (for Tiknus).
3.1.Yotakhronika
letviyakogo telegraftogo agentstva (for Fadeyev). 12.lrstitut
Iatgiproprom (for Uke, ID)o (Photography-Societies)

REP.-Trat JoLkov Karlovich, ed.
The &wialiot iniustrializatiou of Karelia Mookma, Goo.
sots.-okon. Isd-vo, Loologradakoe
otdole"*, 193~- 318 P. (45-44561)
HD~)7421M

BEMK, V. M.
V. M. Berzuk,, Candidate in Geological and Mineralogical
sciences, Stalin prize-
winner, DDrozWe osnovan~Za i gokritiya iz obrabatannyk
gruntov Lffoadbed
and Topping from Processed Earth/. (From the series
"Popu.Lar Technical Library
for the Road-Workman")p DorizdaT,, 2-5 sheets
Describes in simple language the principal methods of
strengthening the
ground for the construction of the roadbed and topping
for automobile roads.
States the organization of the work in cionstructing the
roadbeds and toppings
from reinforced earth in connection with the introduction
of the high-speed
assembly-line method of road-building.
Brochure intended for foremen and workmen employed in
building automobile
roads.
so, u-6472, 23 Nov 1954

.." BIS, Dzh. [Bea, J.]; POIGORELISKIT, R.A.
(translator]; TARATUCHERKO. N.L.
1. -[trauslator]; SHIROKOV, S.I., red.; POTNIV. V.S.,
red.; TIKHOROVA.
Ye.A., tekhn.red.
[Chartering and shipping terms. Translated from the
English]'.
Horskle frakhtovys i transportuye terminy. Pod red.
S.I.Shirokova.
Moskva, Izd-vo *Korskot transport,,' 1957- 133 P. (NMA
11:5)
(Shipping--Terminology)

OCHEDUSZKO, St., prof. dr inz.; GORNIAK, 11. , mgr
inz.; ,
mgr inz,
Flow intensity measurments of natural gas under
high pressure.
Nafta Pol 20 no. 1: 23-28 Ja 164,
1. Politechnika Slaska, Gliwice.

0
I
A graphical
for thermal
hI015
P/517/61/000/030/001/002
E032/E514
'ra(,,c-,,.-;z and Bes, Tadeusz
i'~ica -equations
:~Iethud of Solution of cr
reactors
SOURCL: GUidee. P~)liteclniilrm Slaska. Zeszyty naukowe.
no.30. 1961. Emergetyka. 110.5, 3-19
TZXT: Iii the first nnrt of this paper the critical equations
are
derived by four i.iethods: 1) the effective diffusion
coefficient;
2) two groups of uoutrons; 3) Formi nge; 4) single neutron
group.
T~ie critical equation for the case of a Ifydrogen moderator
Is also
c)~'Laizxed. These exprcssions nre then use.d to calculate the
probability P that itioderated neutrons will not escape from a
systela with ?inite linear dimensions. The solutions of the
critical
equations are given in the form of a nomograin in 1"hich k,.,*f
,P U1 and L-/I-. C" Ir are plbttc,, as functions of B2T for
the above cases,
where 'k()e> is "lie infinite I:mltipliSation constant, T is
the Fermi
c
e, L is t1he Ciffusioti lea~;th and B is the reactor parameter
-A ~-
(buckling) in the wave equation
Car-d 1/2 V 211(r-) = - 321 n(r-)

-- BES,Jadeusz, mjrr ins.
Exergy in heating, air conditioning and drying
processes. -
Inergetyka przen 10 no-11088-392 N 162o
1. Katedra Teorii Maszyn Cieplnych, Politechnika
Slaska, Gliwice.

e&_V;._FrpbAbUIIy -of Destruction of Overlying Coal Urd3
VpjjsVd,bY 1Y$-rTAWj x Lower Searn.
Y"
-wdupatJobleA31WO Uszk1)tJzcn1a pDdebrancpo poslado wggig",
-clAwum 06rnlclwa (PAN), No. 1, JVnrszawa, 1956, pp. 5-31,
22 W" ttb,
-:d'cul and the rDof caves In, 411-
a Mch rol seam Is,mint
'pefinced in worl~hig The srn~m lylng vibtwe. Tbl-: paper
'an -i&e rAtlo'tbe probaWlity o1 harmful xe
pi~rz-"L
ulls.-zi-working out an underlying searn first an to define Oic
-'Imilon: P14 the inciden" of damage to the lthicknes3 m cd IN Iowivi
seam
_r:d !ho d1s tx- c ~_,M from the s~arn above. A toW cd 212 ca3" -wera
-examined ,;-I NVIn'tch 10wer searns pare wor)tzd out Tbe
4xived Irom. mining Practice W~ classiffied M tbiLv sro,=s; 1) case3
1;) -which. jeam 1~-
wble
010 ove.1ying sewn and do rnlpirg diffictill;. 2) ca.-es in, h tho"
_Ullirt was smMI Bind A was pn '.b1 -to mine the overlying seam In
-in wb!cb mo darna; -as
and,3 case3 ge A7 -re-.
I, o1 certain d1fn-,Ll'W
"Corded. Deialled zwialyAs W the M'ptarlal made it peasible to define
the
prDbpbility -ai c.-ensllderable damage (group 1) being czused:
In
Moreowr. this pz uztlon bf probabWty as concern-
PW deflr-e3 the ef4
t !rH IoDth Ini-,a and small 'eflech(groaps I -and 2):
p 1,00 pxp

BESZ W.; Budryk, W.
A possibility of mining in an undercut deposit. 1). 397.
(PRZE11" GORNICZY. Vol. 12, no. 11, Nov. 1056, Katowice,
Poland)
SO: Monthly List of East European Accessions (EEAL) LC. Vol.
6, No. 12, Dec. 1957.
Uncl.

TECHNOLOGY
PEMIMICU: PRZEGLAT) GCR%TIGZY. Vol. 14, no. 1,
Jan. 1958.
B&3, W. Sampling the air from behind the seale3
fire aren. p. 25.
Monthly List of East i~uropean Accessions
(E!7I'T) LC vol. 3, no. 4
April 1959, Unclass.

RES; %'Iadyalaw. mgl, Inz., SCKULSKI, Roman,
mgr Inz,
New trends in the dosign of band :ionveyers,
Wiadom
..aron 15 no,112351-354 N 164.

BESA, Gavril, ing. sef adj.
The material preparation of projects in an
essential condition.
Const,~- Rue 15 'no.7230 16 N 163.
1. Trustul Regional de Constructii de, Locu~nte,
Maramures.

s/o44/62/OO0/O12,/o17/o49
A060/AOOO
AUTHOR; BeBala, P.
TITLE: On solutions of nonlinear parabolic equations defined in
unbounded
domains
PERIODICAL: Referativnyy zhurnal, Matematika, no. 12, 1962, 59 -
60, abstract
12B269 (Bull. Acad. polon. sci. S6r. sci. math., astron..et phys.,
1961, v. 9, no. 7, 531 - 535; English; summary in Russian'
TEXT: The author considers a system of nonlinear parabolic
equations of
Ahe following-special f-1
aus s a 2uS s,-i - 1, 2, k (1)
F. U, , lu , k - 1, 2, m;)
~Fx-j I dxj axk) -(i
Let D be an open unbounded domain of a euclidean space Em+l,
bounded by the hy-
perplanes t = 0 and t = T > 0 and by the hyperplane d'which does
not touch
the plane t - const. Let So - Dn (t - o) and ST - D P, (t - T).
The s-th equa-
tion of system (1) is called parabolic with respect to the
sequence of functions
Card 1A

S/044/6P,/000/012/017/049
On solutions of nonlinear parabolic equations .... Ao6O/AOOO
aw.
Wl, w2, ... I wn (belonging in D,-~b ~he class Cl) if FS (x, t' Wi,
zjk) Is
UX,
a non-decreasing function of thl,matrix argument z, i.e., Fs
(---zjk)
> F Zlk
if the matrix z - 7 is non-negative. A solution U1, u2p ...' un of
the sys-
tem (1) is called parabolic, if,every equatiQTi of the system is
parabolic with
respect to that solution. The solution ui ig regular in D. if it is
continuous
A aui
in D and has continuous derivatives and within D. According to
_5 T
the definition, the function F (x., t, Yi# zip zjk) satisfies the
condition (L)
if it is lAfshitz.;.continuous in yi, zi, zjk with constants of the
order 0 (jx12),
-0 ()xj), 0 (1), respectively. The function ~s (Y1; Yn) satisfies
the con-
dition (W), if XV
(yi) 4 Xs (7j) for y, 4 yi I ys -'Ys. The investi-
gation is limited to solutions from the class of function E21
increasing at in-
KX2
finity as e . In the first part of the paper the following
propositions are
stated without proof. Theorem 1. If the functions F a satisfy
condition (L) then
in D there exists not more than one solution of the sys tem (1).in
E2 satisfying
the condition u t2)
Card 2/4

S/044/62,/000/012./017/049
on solutions of nonlinear parabolic equations .... Ao60/AOOO
on So + cf. Theorem 2. If 1) ui and vi are regular solutions cf
system (1)
(1) (2)
with fun;~Liona F. and- F. , respectively; -2) for every s the
s-th equation
of system (1), is parabolic in ul or else the s-th equation of
system (02 is pa-
rabolic in vi; 3) for all s either FM (2) '
3 or F. satisfies the condition (L)
with respect to the arguments ui (or vi, respectively);
4) FM (X9 tP yis Zis Zik) 4 F(2).
S (XI t, yi, Zi, Zik);
5) ui .4 vi on So + d then everywhere in 15 ui (x, t) /_ vi (x,
t
)_ Theorem
3. Let be the portion.of D contained inside -the cylindrical
surface
(x2 _ R2), C -6n r
rR R - R' 1: R - (So + D1,
Let the (t, x) be continuous, and belongirig to E2 in If 1) for
all
(t, x) and all R > RO there exists a parabolic solution of (1)
rejular in
DR and satisfying the conditions u, on
A MR + CR; 2) the Fs satisfy the
conditions W; 3) Ps (x, t., 0, 0, O)e E - 4) the (fi are
continuous and be-
long to E2 on So + (Y; 5) T is sufficienil'y small, then in D
there exists a so-
Card 3/4

S/044/62/000/012,/017/049
On solutions of nonlinear parabolic equations .... Ao6O/AOOO
lution of (1) from E2 satisfying ~he conditions (2). The author
notes that the
theorems formulated hold also for the Cauchy problem when the
surface d should
be considered an empty set. in the second part of the paper
analogous theorems
are formulated for the case of conditions of the second kindon cf.
N.N. Kuznetoov
[Abstracter's note: Complete translation]
Card 4/4

RMALAP P. (Gdansk)
A remark on a problem of M. Krzyzanski concerning
second order
parabolic equations. Col math 10 no.L161-164 163.

BESALA, P. (Gdansk)
Evaluations of solutions of a second order
parabolic equation.
Go! math 10 no.Ig-165-171 163.

EESALAV P.
On a certain property of the fundamental solution
of a linear
parabolic equation the last coefficient of which is
unbounded.
Bul Ae Pol mat 11 no./+:155-158 163.
1. 1 Department of Mathematics, Technical
University, Gdansk.
Presented by T. Wazewski.

BE SAIjI ) p,,
1 0
On solutions of "irst order pc~rtiaj diff rential
eqDua:it~llz-ocpl~s
defined in an unbomded 2:o.*io. 7lul Ac Pol !m?t
lo-, -, -
164.
1. i Departulent c.-,-' Technical 'jiiivorsit- ,
Presented by T.

EESALA, P. (Gdansk)
On solutions of Fourier's first problem for a
system of
nonlinear parabolio equations in an unbounded
domain.
Annales Pol math 13 no.3t247-265 163.

BRSALA, P. (Gdansk)
Concerning solutions of an exterior boundary-value
problem for ~L
system of nonlinear parabolic equations. Annales Fol
math 24 no.
3.,289-301 164.

brUW~,~

- T-ioLr (Gliwce)
-,~FqAU,
Solutions of a nonlinear equation of the parabolic
type in an
unlimited region. Prace matem Krakow no.6:83-92 161.

- - - - - - - - - - - - - - - - -
4 X L 0 PQ I I W 111 c1, is AL
:0*2,t F :Z=1Z--Z-j
00a
@Or
004
, b!
age wam so
0io 9" jw qaft a
PwJ" ~qL vippi -wj-P
00'.- 1"R AIPAWd ap W
go. amla" QUM
-0jj!u80p)qd "I "q 1-0--l alp lvq) A04a mega
Put sweaploqtf iaw-y -,PWA m)
qua
002
000
0= Im 00
9" 00
0aj akllm
go. fee
'"*V AMMON 'K
ptm IM
mom r
-apsup see
P unwm*Ad Yee
woo
TOO
00
sit 446
AWAV38dwavlo mosawax"I "x9"11vAmw .19--sw

oyetems. Elak. sta. 35 no.2:81-82
(MIRA 17: 6)

BESANZq Teresa; DYBOWSKA, Barbara
Orientation in acetylation of ~ -naphthol derivatives.
IL 5pberic
effect of the H-peri atom on the dissociation
constants of
1-acety1hydroxynaphthalenes- and -4. Rocz chemii 33
no.4/5:975-983
C;0
19 (Kul 9:9)
1. Katedra Chemii Organicznej Politechniki, Warszawa
(Acetylation) (Nephthole) (Acetylhydroxynaphthalene)
(I'ormylhydroxynaphthalene) (Hydroxyacetophenone)
(Hydroxybenzaldehyde) (Salicylaldehyde)

BZSAUB, S.
Anliven the activity of wom*nls council@.
SoveprofsSIUSY 5 noo3:50-
52 Nr '57- (KIRA 10,4)
(women,--ftPloypent)

ALMAZOV. V. ;,IZSARAB. S.
According to a single plan. Sov.profsoiuzY 7
no.1:63
Ja 160. (MRA 12:12)
(Grozny7-Community centers)

BESARAB, S~G.
-- - *....
Mobile photographic exhibition "Practice of factor,
cis and
laboratories in labor protection." Mashinostroitell
no.9;42-.'+4' S 164. (YJRA 17sIO)

..........
A!, '.5
YUGOSIAVIA/Fitting Out of Laboratories - Instruments. H-
Their Theory, Construction, and Use.
Abs Jour Ref Zhur - Khimiya, No 3, 1957, 8745
Author Besarabic, S.
Inst
Title "Pontavapor" Equipment for the Distillation of
Water.
Or'g Pub Farraac. glasnik, 1955, 11, No 5-6, 197-198 (in
Croatian)
Abstract Equipment made of pyrex glass for the
distillation of
water is'described. The capacity of the apparatus is
3-5 liters of distilled water per hour. The unit requi-
tes 0.7 kw per liter of distilled water. The purity of
the water meets the requirements of the Swiss pharmaco-
poeia.
Card 1/1

BFZARAB(N Q.1-Desarabov., H.K.]; KOTOV) I.I.;
LMNGHUK, Ye.Z.
m'-[j!,e;enchuk, 33.Z.]; ABRAMOV, V.A.
Machines for the processing of the curve of a
Oflik" rubber
heel. Ieh. prom. no.2:62 Ap-.Te 163. (MIRA 16:7)
(Boots and shoesp Rubber)
(Shoe machinery)

ACC NR-
AT7004472
SOURCE CODE:
UR/3245/66/000/002/0044/0046:'
AUTHORSs Guoyatinakiy, L. I.; Besarabov, Ye. S.; Fedenko, V. S.
0R0: Kiev institute of Automation (Kiyevskiy institut avtomatiki)
TITLE: A device for regulating automatically the level of remote
control signals
SOURCE: Kharkov. Institut gornogo mashinostroyeniya, avtomatiki i
vychislitellnoy
tekhniki. Pribory i sisteV avtomatiki, no. 2, 1966. ProuVahlennaya
telemekhanika
(Industrial telemechanics), 44-46
L"_:A' ~Sytst~em, automatic regulation, automatic control design,
TOPIC TAGS: "remote control
Iphotoresistor, lamp, signal reception/ FS-K1 photoresistor, SM-37
lamp
ABSTRACT: A device has been developed for the automatic regulation
of the level (ARL)
of remote control signals for systems which use contact leads,
such as electric
locomotives in mines. A photoresistoi- - iised as the regulating
e'lement to -ive a
broader regulation range and a higher reGulation rate. In a
contact system, t"'10
Ioperating attenuation changes as the object-being controlled is
moved. The Photo-
resistor is included in the common negative feedback circuit
encompa3sing all thte
iamplifier stages. The ARL device consists of:.an ARL amplifier
which broadenn the
!regulation limits and increases the precision; a detector which
separates out the AIM
ioscillations and rectifies this; a filter which determines the
regulation rate; a DC
amplifier for feeding the filament of an SIA-37 incandescent lamp.
The regulation
C,,d 1/2

ACC NR: AT7004472
action is accomplished by comparing the ARL input signal with a
delay voltage. Vs*hen
the ARL output signal exceeds the delay voltage, the lamp is turned
on. This reduces
the photoresistance, increasing the feedback, thereby reducing the
amplification.
This system is especially effective for multiple loop circuits. The
principal
advantage of this ARL circuit is its structural simplicity.
RegulatinS the photo-
r(I!;istor by a gas-filled device produces a sharp triggering
threshold and eliminates
the need for a reference voltage. Such a circuit, using an FS KI
hotoresistor and an:;
SM-37 lamp, gave a regulation limit of 4 nep at a rate of 0 7 nep
sec with precision i:
of 0-5--0-7 nep. Orig. art. hast 2 figures.
SUB CODE: 091 SUBM DATE: none
Card 2/2

9 4 if Q 1) ON is III if 4 " 0 11 p 11 IS III IASI ill a v 4, u
If a
I I 1-1stal IA _. 11 flu-i'AAA, a M a r,4.-. JI I
-fio, Wiii~i-a C -toate'voi -a- of-h-1pboon its sold o - I
frikon, them off. ic I
J_W ould(l. Rl,ol.kk J.111, -1
l:-v7rr. 10 1 'Z in U6 X, ( Ilkil.
t*jIl Ilk' ILISAIWIMS 411HUM VitAittlil C if *-' I -'I ifig I"
I.( ittlit loulp; Ow liird. half-riln, dwill-t,d Imll I :
00 11) lvir .01r Ill*. .41 fruit 1.,'- .1 stiff 14-1 NI, If
pillp lilt,
-ut.m(lA 0", full. 14:1 jt. jlf~ 'Jirrjjt~ ,I %I-, J. Kt"
po .I til.nint .4 Our fruit. l4vin't'.1 fit.. Jim, of
00 ultfir C cooll,,Ill tit. I., . , -Tum 1-th., -00
dwlig 1, a,1111111p.111i'd if) a 01A.I.11 I Ill" lim,
(bull 4'siltalfird 114 41.56 f1lK. Nol-I A I~ fl-I d I _, k'at,
.00
to (.1 a6m,", 141111 Ill. lit'll
0 "1 111~111g 4113.1.1 high f,1,1111111 .11 .1 1.-"
tt'11.11~ IN IIIA%. Via' st-111 11.0110, but 1111~
dlop %%.a., larl a, In"firamced m ~';vvll.~u h,mg. ~11,.
0: 40 a
--a .70, , J.'an,
up 11111, file I- did -I
It, ~n diuat v Imm.-I-lif mmum, I I,%- a AwA lot,. I- -u =00
00 %,1% hill, .I the %il.mm. Ill-. it,.
ar." lcm 1 Id'A ofolk. 1), V. Ing. l 11.1mm 1~, )-ml
00 11111 jjl:a, I-hirb weir Made '-' 111"Illf), jg,. 00
Of z 1118.1,vorg.
00 in-t I:. When the total cooking prtwvs~ was I viluct4il", 4
lit. v-king dir~tlym the fire I~ing limito,d to 12 V, moll.
(111, -11141TV fruit IlAd tit IK' d'SCO"i Willi A filliv WoktVf
j
fill All Itaill at 'Of Q1, 1111111 -(1,; fill- lipt. (full
cinjid N see
'111114v 111.01rd Willi 44 little vold ~Afrf , ill,- iam, %
teld'd
Am"'t %ilamul -nIvul A dw 11.01 Itall
);4111, malb. oll varijum-'IfIrd fruit voill.ttrud 7.1',-l A
ill,
lutmal vilamiu- Dix"tion with ~1.2'7;- auclic Lwid pic
rI%IkulK did 11.11 JCI-Aj~V
C, S Shavil.,
blitALLIAGK-4. coo
Joe
_AA L S I Od 0
-0 IF CIP It It V all,, ptlift NOW" 1!14
0 04 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 Ov 0 0 0 0 0 0 a 0 0 6 0 0
0 0 0 0 0 ej
0 0 0 0 9,40 0 0 0 0 0 0 0 0 0 0 9 0

Vitamin C contest of wom* ind1pnous fnifts. IV. I - 1.
PuMsoc (him.
Beiradir is, SultimAry); Cf. C.A.
42, MOle.-Uggplant, hitwthtwu (Cralaesus ox~%itasslka).
Ru-mian olive (Naasitow axitoottifolia), camb. boxthuin
(tyrimpt rulrae), and sloe (Pri"O"I jr !P:a), weir
awdyzed.
n 8 .4.
N11"Inill C ",niml In mg. rw Iffig. nut pi pwas: , -9
14.1". 11. -N), A A, h 11 41 .4. SPI.P. V. Aid. 34.
)'-,!1 32(1949),
---R%IW brifir'. bud. wid leaves fit ( I,-%W
GAWWO L) we" analyord. The vitaillill C fi~ mg.
per I(K) It. 0( beffies was 75(f, J,utls 2d. ~wn,j
Ica%-e% 7.,,.
F inusid Berger
-d

14(l)
YUG/3-59-1-8/26
AUTHOR:
Besarovic", Dj., Engineer
TITLE:
The Thermal Power Plant at the Cellulose Plant in

Banja Luka (Toplana fabrike celuloze u Banjoj Luci)
PERIODICAL:
Elektroprivreda, 1959, Nr 1, P 32 (YUG)
ABSTRACT:
The power plant, on which work was begun in
1957,

is now due for.trial operation. The plant consists

of
the following buildings and installations:

smokestack 90 m
high, a coal dump with a crane

track, a coal crushing
installation with inclined

bridge-conveyors, an ashpit, a
power-house, a bun-

ker tower, an electric control
station, a high-

voltage transformer station, and a shed
for bull-

dozers. The boilers are oiltdoors, covered with

a
light shed. The building for the coal crushing
Card 112
installation ( Figure 1 ), and the group of build-

YUG/3-59-1-8/26
The Thermal Power Plant at the Cellulose Plant in Banja
Luka
ings ( Figure 2
power-house and
concrete framed
scribed in more
) which includes
bunker tower, and
electric control
detail. There are
ASSOCIATION:'kektroprojekt"I Sarajevo
the steel framed
the reinforced-
station are de-
2 photos.
Card 2/2

14(6)
YUG/3-59-1-9/26
25(5)
AUTHOR: Besarovic', Djordjet 13ngineer
TITLE: Construction of the I'Kakani III' Thermal Power
Plant
5
Started (Pocela je gradnja termoelektrane Kakanj II)
PERIODICAL: Elektroprivreda, 1959, Nr 1, pp 32 - 33 (YUG)
ABSTRACT: Most of the detailed plans for this plant have
been
drawn up. Preparatory works, including the con-
struction of barracks for workers, sanitary appli-
ances, a storage covering 240.0 x 9.2 m, and a 981 m
narrow-gauge railroad siding connected to the in-
dustrial railroad track of the Kakanj Rudnik Mrkog
Uglja (Brown Coal Mine), are under way. The con-
struction contractors are:"Elektroprojekt, Sarajevo
and "Konstruktor", Sarajevo. In September 1958
construction of the power-house was started; a de-
Card 1/2 scription of the lay-out of the building site is

TUG/3-59-1-9/26
Construction of the "Kakanj II" Thermal Power Plant
Started
given. The plant will be built in 3 stages. The
plant should begin operation in July 1960.
A
ASSOCIATION:'Elektroprojekt, Sarajevo
Card 2/2

KRETIG, M.; BEWOVIG, Z.; KOSU, 0.
Our first results with the application of
hibernotherapy in severe
and acute cerebrocranial Injuries. Acta chi-r.iugosl.
7(8) no.31
185-200 160.
1. Kirurska klinika Medicinskog fakulteta u Sarajevu
(vodosefa prof.
dr F.Lukac)
(BRAIN We & inj)
(HIBERNATION ARTIFICIAL)

MIKSIC, Janko, dr; B~ZAIIOVIG, Zdravko, dr
Hypersplanic anicteric hypertrophic liver cirrhosis.
I-led. aril. 15
no-4:11-32 JI-Ag 161.
1. Interno odj'eljenje Opce bolnice u Zenici. (Sef: dr
Barisa Radicev)
Kirursko od eljenje Opce bolnice u Zmnici. (Sef: dr
Zdravko Besarovic).
iLIVE'R GIRMOSIS compl) (HYPFMPII-'IUSM etiol)

NIKULIR, Aleksandai, doe. dr.; BFSIROVIC, Zdravko, dr;
11ILOSEVIC, Vojislav, dr
Pneilmsitosis cysluoides intestinalis in pyloric
stenosis. 11,11ed. arh.
15 no-5:61-66 S-0 161.
1. Institut za patolosku anatomiju Medicinskog fakulteta
u Sarajevu
(Sef: doe. dr Aleksandr Nikulin) Hirurskog odeljenja
Opste bolnice
u Zenici (Sef: dr Zdravko Besarovic).
(INTESTIMS dis) (PYLORIC STL-NQSlS compl)

BESAROVIC, Zdravro, dr.; MIKSIC, Janko, dr.; NAJDAXOVIG,
Mutin, dr.
our experience with gastric resection. Med. arh. 16
no.3:69-78 MY-Je
162.
1. Hirursko odjeljenje Opee bolnice u Zenici (Sef: dr
Zdravko
Besarovic).
(GASTIUICTOMY statist)

VERKISM , Grigoriy Khristoforovich; RESATRY,
Khadzhimurat Bachmurzayevich;
LUM,.A.V., red.; DATRIYEVI, Te.U., tekhn.red,
(Building materials industry in North Ossetia]
Promyshlennost'
stroitelinykh materialov Severnoi Osetii.
Or&zhonikidze, Savero-
OsetinBkoe knizhnos isa-vo. 1960. 282 p. ' (MMA 13:10)
(Ossetia-Building materials industry)

3 5/z-, Z/c=~ ~;lr
oc I 1;~ -101
I Tn 110- 11 Be s 2. 11 -- s ny y
T'-c tcle3co7oic micrcmetcr
PZ-310DICAL: Werativn'-.- --hurnal, ikstronomiya I
Geo~lo~;iya, no. 2, Y--6;9,
abotract 2G228 ("Sb. '.r. po vopr. marksheyd. doli-,"
(VITI.,--1,411
LeninZrad, !916i, !62 - -166)
m
Tae author calculates "lie telescopic (afocal) lend; is tho
mnin
part of a micrometer used to improve the accuracy of rod
readiin,~;s i:itIn the se-,f-
reducin- tac-eometer -103:-, (D;'-~R-100,m) with suspended
oscl- 1 atin-
abst, ract --G227). It is noted that thc teloscopic micrometer
is much stiperic,,-, to
v:odC,e systems for analogous purposes in design simplicity,
compactness, and 3im-
plicity of calculation. Moreover, due to application of the
a-focal lens in the
micl.-ometer, distortions can be eliminated which are
unavoidable in prism, micro-
meters.
K'.
[Abstracter's note: Complete translation]
Card 1/1

J/ - -
o
f i,,it i", I--Y t 1, on om 11 YC i Y',
_U
Lenin;Lrad, 19-351, '67 1 q,7
M, nU~! ,C, 4n w' Ich aro
optical (,_-c:Iuctim of
its R:~dta 0021, -ed~:(,tion t1--.c;-~C-._T:,.-:!---,--
',,eadofecc o' 7~ern D-R)
---,d Xern -rar~_,,e . . I ~~
bc
z are macle hCrizC1,tal roe'. T-1-C. author dlescr_ t' "c. ~,r
r-
r~m, c --- ;_- - r~ -~-_ ' - ---
nd - 07.,-t~ca; -,.:C:-`
n 10~ - ... 11 -~ , r. "
esseurch ',Iininj~; Su'--vey Ins"Itute an-1 I
-Uniol, Scientif"C-?
t~.on_-, with, thc rod. T"-,(- Opticz-1 in a f-lame i~, -,n
in or 'he objective of 'ne theodolite toles3U~jo (i-1,;
co,.,ers 1--
of the objective aperture) _-id is fixed in vertical positicn.,
bby tl-c actizn of
An air dwnper is applied to stop csciilz~,tions of the -vod-e.
nrin-
~;rav y
Card, 1/2

o f i c,--. -I'll, 21 -o~11u,! tcn s yr, ~-, om ,7.11 S. 1 o
r", 0~1 C,
1-0 '13inted 0l ;'k-, th-~t t,10 ,Oduot2 ,,~ I systom, at 14
I onabl, e s one t,) d et :ic llor i zontal +u ravers c.,~ 11:
-it'j :.C C.1 !'~7
in i-clim.icn an-',e
corrc~,tions al,c "ado to d Szr-nOC:~Il Measured. vant, no s
c; -.c- 7, 1 nl-~"
:~ V/
..-edL;e are noted ac compared with ithor
-~n-~ers, an! the resu-'t;2 are n--osented of a i'icld 'es of
f-l~zt
the findef, mounted on .,ie telles-o~,--- of tho 7-`-53
IheodD-l ite
Gla:
cnan
[.~bstracterls note: Complete translation]

BM'CHAISHH, Cu., kand. t.ulbn. rinuk
-
Tape compRrieon with the 5twidard by mewi5 c,f -'
(Trudy) VNIMI no.47:373-3377 162

ACC NR, A13.6035128 SOURCE CODE:
AUTHOR: Beschasnyy, G. K.
TITLE': Optical altimeter with a suspended afocal lens and a
telescopic
micronieter
SOURCE: Ref. zh. Geodeziya, Abs. 9.52.255
REF SOURCE: [Tr. I Vses. n. -i. in-ta gorn. geomekhan. i
marksheyd. dela,
sb. 57, 19G5, 273-289
TOPIC TAGS: altimeter, micrometer, lens
ABSTRACT: A descriptionIs given of an altimeter developed at
the All Union
Scientific Research Institute for Mine Surveying. In this
instrument, all afocal
lens, freely suspended in front of the objective of a
terrestrial telescope, is used
L.o reduce automatically the parallactic
angle on a vertical plane. The altimeter is
madc in the form of a cap on the tube of a theodolite (RZh,
1966, 2. 52. 28111).
The theoretical aspect of the operation of the altimeter is
described in Jetail and a
calculation of its optics is given. The instrument makes it
possible to carry out
grading with a 5-6 degree of inclinations of the terrCbLrial
telescope. In com-
Cmd 1 / 2 UDC: 528.54