SCIENTIFIC ABSTRACT BARANOVSKIY, P.G. - BARANOVSKIY, V.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000103520009-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

Thermal Conditions -in Cowper Stoves
130-1-6/17
and higher blast tomperatures. Ile d-*scusscs briefly the
changes in equipment necessary to achieve the shorter cycle.
ASSOCIATION: Kuznetsk 1,1,etallurGical Goinbi.-~e
(Kuznetskiy metallurgicheskiy kombinat)
AVAILABLE: Library of ConEress
Card 2/2

AUTHORS: and Pinus, Ya.S. 130-58-2-8/21
TITLE: Automation of an Open-hearth Furnace with the Application
of Electronic Apparatus (Avtoniatizatsiya martenovskoy
pechi s primeneniyem elektronnoy apDaratury)
PERIODICAL: LIletallurg, 1958, Dr 2, pr 15 -- l' (USSR)
ABSTRACT: Early attempts at the automation of open-hearth furnaces,
acco2ding, -to EL linked. and programmed system proposed by
Xashtyal, were not successful at the Kuznets Yetallurgical
Combine programme because of deficiencies in apparatus. Elec-
tronic regulating apparatus was first applied at the Combine
in 1955 for regulating gas flo,.,js: it consisted of quantity-
regulators ERK-77 linked with DI,11-218 differential manometers
and was unsatisfactory. At the end of 19,56, one furnace at
the Combine was automated; the apparatus for regulating furnace
firing consisted of three electronic quantity-regulators
controlled by a selector, a progranune controller, tin-ee DL-1-218
differential manometers, 11.1-2/120 and IMT-25/120 valv,9 actulatint,11
mechanisms for gas and air, resp-tively and a reGulat.--r for
the time interval between reverl-als (a diagram of the syotem is
given). With the new system, the melter sets only the maximal
value of the firing rate for a f,,j.ven rtage of the process and
the remaining operations for fixing the appropriate qualtit'-e-, of
Ca rdl/2

Automation of an 01)en-hearth Furnace with the Appl'cation Df
Electronic Apparatuis
coke-oven and blast-furnace gases and air and the interval
between reversals are carried out automatically, The gas and
air feeds and the overall firing rate automatic controls are
based on two factors: the temiDerature of the combustion
products and the sDeed and value of the heatin- of the recen-
erator tops. The system can deal v. ith an uhbal'~nced condition
of the regenerator even if due to uneaual fuel losses at the
two ends. The authors conclude that the operating results
since December, 1956, show that the system has several
advantages over those with hydraulic regulators but reouires
further improvement. Its adoDtion has led to mean taD-to-ta-D
times of 8 hours 57 min. and Tuel consumtions of 166-.6 1,,.,-jton
steel in five months of 1957, com-Dc red -~T,,ith cl hours ? min.
and 16? k-/ton respectively, in There is 1 fi-ure.
0 1 1956.
ASSOCIATION: Kuznetskiy metallurgiclieskiy kombinat
(Kuznetsk Metallurgical Combine)
AVAILABIE: Library of Cor4,rress
Card 2/2 1. Open hearth furnaces-Operation 2. Electronic equipment-
Applications 3. Open hearth furnaces-Automation

CFETIFOV, N.N., krind.tekhn.nauk, 4otfi.; BILMOTOVSKIY, F.G., Inzh.
",_-WVY ,
Automntic control of gris flow In blvet furnaces. 1z-,,. ~ys. uchmb.
zav.; chern. riet. no.7:79-89 Jl '58. (MILRA 11:10)
1. Slbirskiy rintallurgicbnakiy institut I Kimnetskiy
kombinat.
Olast furnacee) (Gas flow) (Autotiatic control)

BARANOVSKIY, P.G.
Automatic correction of asymmetry In beat flow entering open bearth
furnaces. Izv.vys.ucheb.zav.; chern.mat. no.9:71-76 S 158.
(14IRA 11:11)
1. Kuznetskiy metallurgicheskiy kombinat.
(float-Convection) (Open-bearth furnacoB) (Aitonatic control)

SOV/133-58-12-4/19
AUTHORS: Chernov N.N., (Candidate of Technical Science)5 Docent.
Zhigulev P.G.9 BaranovsKLY P.G. ObsharovV.M.7 Rayev,'iu.
0.1 and Kargin 9-.A., (-Nngine~rs~.
TITLE: An Automatic Control of the Operation of a.*Blast Furnace
Based on the Drop in Static Pressure (Avtomaticheskoye
regulirovaniye khoda domennoy pechi po perepadu
staticheskogo davleniya)
PERIODICAL: Stall, 1958, Nr 12, PP 1071-1077 (USSR)
ABSTRACT: The Central Automation Laboratory designed experimental
equipment for the automatic control of blast furnace
operation based on the pressure drop between the bustle
pipe and furnace throat. The signal from the differential
manometer acted in turn on the following controls; top
pressure, temperature and humidity of blast, blast volume.
The equipment was tested on a furnace in the Zaporozhstall
Works in 19~4 and on the Kuznetsk Metallurgical Combine
in 1956. It was soon found that the system as designed
was unworkable. The investigations carried out in the
Kuznetsk Combine indicated that changes in top pressure
influence mainly the pressure drop between the throat and
Card 115 the middle of the stack, and changes in the blast

SOV/133-58-12-4/19
An Automatic Control of the Operation of a Blast Furnace Based on
the Drop in Static Pressure
humidity, blast temperature and blast volume affect
mainly the pressure drop between the middle of the stack
and tuyere level. It was therefore decided to base the
automatic control on partial pressure drops between the
tuyere level and the middle of the stack and between the
middle of the stack and the throat. These partial drops
in static pressure were measured with two DPES type
differential manometers with a double electronic bridge
(two standard electronic bridges operating on to a
common recording strip). The reliability of the opera-
tion of this equipment depends mainly on the state of
the opening in the furnace stack for measuring static
pressure. This was successfully solved by arranging the
opening through a cooler and cleaning it by a pneumati-
cally operated rod (Figs 1 and 2). The recorded curve of
the pressure drop between the above two levels during
normal furnace operation is shown in Fig 3i during top
Card 2/5 hanging of the burden in Fig 4; during bottom hanging
in Fig 5, and when the hearth is filled with iron and

SOV/133-58-12-4/19
An Automatic Control of the Operation of a Blast Furnace Based on
the Drop in Static Pressure
bottom pressure drop exceeds the normal value then the
controller of the top pressure drop is not permitted to
restore normal operating conditionst but instead the
controller of the bottom pressure drop begins to intro-
duce corrections at first of blast tqmperature or
moisture (in stages of 200C and 2g/m-)) and then of the
blast volume. Between each correction a time interval
of 5 - 7 minutes is maintained. The restoration of the
normal operating conditions is done in reverse order.
If the pressure drop falls below the predetermined value,
then at first either the blast temperature is increased
or its humidity decreased and then the blast volume is
Card 4/5

SOV/133-58-12-4/19
An Automatic Control of the Operation of a Blast Furnace Based on
the Drop in Static Pressure
increased. The system was tested during a period of
two weeks and in the great majority of cases gave the
correct solutions.
There are 7 figures.
ASSOCIATION: Sibirskiy metallurgicheskiy institut i X-aznetskiy
metallurgicheskiy kombinat (Sitieiridn Metallur ical
Institute and Kuznetsk Metallurgical Combine~
Card 515

8(2) PHASE I BOOK EXPLOITA-TION SOV/2604
Apo Baranovskiy, Petr Grigorlyevich
Nastroyk-a avtomaticheskikh regulyatorov v metallurgicheskoy promyshlennosti
(Adjustment of Automatic Controllers in the Metallurgical Industry)
Sverdlovsk, Metallurgizdat, 1959. 128 p. Errata slip inserted. 4,000
copies printed.
Ed.: M.D. Kuzin; Ed. of Publishing House: B.G. Krapivin; Tech. Ed.: R.M.
Matlyuk.
PURPOSE: This book is intended for engineers and technicians engaged in the
automation of thermal processes. It may also be !useful to students of
tekhnikums and qualified workers in inspection departments.
COVERAGE: The author presents the basic theory of automatic control and
describes types and characteristics of systems and elements for the auto-
matic control of thermal processes. Problems in adjusting thermal-control
systems and some distinguishing features of the physical processes of auto-
matic control in metal-cutting plants are discussed. Types of test benches
Card 1/4

Adjustment of (Cont.)
SOV/2604
and methods of testing and adjusting controllers are described. No
personalities are mentioned. There are 10 references., alT Soviet.
TAKE OF CONTEM'S:
Preface 3
Ch. I. Automatic Control Systems 5
1. Concept of an automatic control system 5
2. Requirements imposed upon automatic control systems 6
3. Structural diagram of an industrial control system 7
4. Stability of control 8
5. Quality of control 16
Ch. II. Characteristics of Elements of a Control System 22
1. Characteristics of controlled objects 22
2. Lag in control systems 29
3. Dynamic characteristics of controlled objects 37
4. Methods of determining dynamic characteristics of an object 41
Card 2/4

Adjustment of (Cont.)
sov/26a
5. Distinguishing features of objects and automatic control systems in metallur-
gical plants 43
6. Dynamic chexacteristics of controllers 70
7. Effect of the controlling elements on the control process 84
Ch. III. Selection and kUustment of Automatic Controllers 92
1. Selection of a controller 92
2. Obiectives of controller adjustment 95
3. Idjusting elements of controllers 99
4. Adjustment of hydrwLlic astatic controllers 101
5. Adjustment of proportional-plus floating controllers 1o6
6. Adjustment of positioning controllers 110
7. Adjustment of ratio controllers 1.13
Ch. IV. Bench Testing and Adjustment of Controllers 115
1. Beni,% -U,~!stlng of controllers 1-15
2. Benrh for checking and testing type IR-130 electronic controllers 1.15
3. Bench for checking and testing pneumatic controllers 11-1
4. Bf-nch for checking and tastling hydraulic controllers 118
Card 3/4

Adjustment, of (Cont.)
SOV/2604
5. Methods of checking and testing controllers 119
6. Adjustment of contrcliers during dynamic testing 124
Bibliography
AVAILABIE-, Library of Congr~-ss
Card 4/4
127
GO/Jb
12-18-59

BARANOVSKIY, P.G.
Certain characteristics of a moisture cDntral system for blast
furnace blow. Izv. vys. ucheb. 7av.; chern. met. 4 no.8:158-164
161. (MIRA 14:9)
1. Kuznetskiy metallurgicheskiv kimlinat.
Mast furnace-s-Equipment and supplias)

BARANIOVSKIY, P.G.
Certain cftuses for the th,
Izv. V,~.-~. :ol-
automatdc pre,93ure control in furriwcf~'q.
zav.; chern. met. 7 no.8:1-84-P37 '(4.
1. Sibirskiy metallurgiclipskiy -instit-,it.

B ARA NPU 1:1-Y i", G,
In5i,r'4iciencies in tht, ly-,rf orna rice of metal temperatore control
systems in compartment-type fi;nnaces. Izv.vys.ucleb.zav.; chern.
iriet. 8 no.6:185-187 'T~59 (MIRA 18;8)
1. Sibiv3hiy institut.

T,'A',RA,',IOVSKIY, P.M.
25104 R0ANOVSKlY, P. M. Itinerallnoye Pitaniye I Dinaidka N,%kopleniya UElcvodov,
Smol I Kauchuka V Kornyakh Kok-sagffza. Vcstnik Akad. Nauk Kazakh. 33R,
1949, No 1, S. 62-71, - R"zywne Na Kazakh Y,-,. - Dibliogr: 25 Nazzv-
SO: Letopis', No. 33, 1949

... .. .......

P. I,,
LkRAEOVSKIY, l*-
"Kok-Sa-r,hy-.; Biolorj, ACricultural :~.ethods, Transn,lant-Lrg," AL-aa-Ata,
Kaza',.I-h SSR AS) 1951

BARLNOVSKlY, P. M.
USSR/Biology - Nstvral Rubber 1 Feb 51
"Modification of Composition of Latex of Kok-Sagyz
Boots UrZl-~ir the Influence of Inorganic Fertilizers,"
P. M. Barax)wyskiy II
"Dok Ak-Nauk MR" Vol IXXVI, no 4) PP 583-586
Use of N and P fertilizers, particularly the latter,
leads to substantial improvement of crude rubber
yield. Furthemore, mol vt of the rubber is increased.
and, as result of this, the latex globulee become
larger.
178T5
187T5

BARONOVSKIt P.M.
biology, cultjvat5'on, transplantation Akademiia nauk Kazakhskoi SSR, 19>-1.
107 P. (liauchno-populiarnaia seriia)

BARANDVSKlY. P.M.
Biological significance of dormancy in plants. Izv.AN Kazakh SSR.
Ser.biol.no.10:52-65 155. (MIRA 9z4)
l.Institut botaniki AN XazSSR.
(DDRRMGY (PIAMS))

PARATTAN. A.V., kand.biolog.nauk; DOBMMOV, L.G.. doktor biolog.nauk;
DARKANBAYEV, T.B., profeosorU_Rg4qYSKIY P x - MOSEVICaTA,
L.N., red.; RZHONDKOVSKAYA, L,,S,, re IYO. 0 so
z P tekhn.red.
[Proceedings of the Interrapublic Scientific Gonference of Plant
Physiologists and Biochemists) Trudy Mezhrospublikanskoi nauchnci
konferentaii fiziologov i biokhimikov rastanii. Alma-Ata, 1958.
203 p. (MIRA 12:2)
1. Mazhreepublikanskays nauchnays konferentaiya fiziologov i
biokhimikov raBtaniy. Alma-Ata. 1956. 2. Inatitut botaniki AN
KazSSR (for Faravyan, Dobranov, Darkanbayov). 3. Kasgosuniversitat
im. S,K. Kirova (for Da~kanbayev). 4. Chlen-korrespondent AR
KazSSR (for Dobranov, Darkanbayev).
(Biochemi stry) (Botany--Physiology)

BARASOVSKlY. P. 'M.
Vegotfttive propagatinn mi a tifithod for fmlti-mtir~-;
Triidy Jnnt.bot.All Kazalth.SSR 7:352-36? Itg.
(MIRA 1'3,'5 )
(Kok-W,hyz)

. I .. . - .
I. LAW-jVSKIY, 1', P., Eng.; VAYSBERG, Xh. I. Eng.
2. U~~R (6 10)
4. Electric Welding
7. Experience with semi-automatic welding of barrelsp Avtog. delo, 23, No. 11, 1952.
9. Monthly List of Russian Accessions, Library of Congress, FebruBry -1953. Unclassified

USSR / Human and Animal Physiology. Nervous Systom, Higher NorvolM
Activity, Bohavior.
Abs Jour ;Ref Zhvr - Biol., No 15, 1958, No- 70~52
Aut hor :Faranov;jkiy, P. P.
In3t :Scientific rosoarch Institute of Psychology UkrainianRSR
Title :The 11robleLi of Studying Auditfry Sensitivity
Orl~~ 1ub :Nnuk. zap. 11~iuk. dool, in-t poikhol. Ulliili, 19%, vol 4,
Abstract :Description is Given of an apparatus for studying intona-
tion, interval) amplitude, tiinlre, tempo, and rhy-tL=
f3em itivity (a lingual device for the Btudy of reception
of diacroto frequencies, a gonorator set-up with smooth
gradations of frequonclo3, tin intonvaotor, and a universal
audiograph), and the studic3 conducted with it are described.
Intonation in the active reizoduction of the sought-for
sound was more precise than upon comparison of audit-ory
Card 1/2

USSR / Human ar-d Animal P~ysiology. Nervous System, Higher Nervolis T
Activity, Behavior.
Abs Jour Ref Zhur - Biol-) No 15, 1958, No- 70~52
signals; deviations of tho sought-for sound and of general.
high-pitchoc! i~rielodics from the nominal ter.Oed chiefly to
the higher side. There was noticed a lability of the
thresholds of intonation and interval sensitivity, as well
as their dependence on musical experience (especially with
smooth chanEms in the sinusoidal frequency) and on fati uo
(particularly of the thresholds of interval sop-sitivity
Vitil labile ffoquoncy of the original tone (tvo, beats per
sec), the rowoduced tone deviated less from the nominal
than with stable frequency. The interval sonsitivity was
reduced u-)on incInsion of the original acurA in a harmonic
coiifolex (a tried). Free intonation of a melody was ro-
mr1cablo for its variability. An int3nation dualism
(ascendin[; and descending order of intonation) of the
diatonic Lmjor Samut, with incroruonts of 2, 3, 6., and 7
stops was notod. -- 14. 1. Lisina
Card 2/2
133

B1,R1.11micly, P.P. (KIYOV).
Univorsal apparatua llnr studying auditory sensitivity (polyaudingraph).
Vop, psikhol. 4 no.1.177-183 Ja-F 158. (MIRA 1'..'3)
(111hysiological apparatus)

24 0 ~30V/21-59-3-8/27
AUTHOR: Baranovskiy, P.P.__
TITLE: The Construction of a Chromatic Sound Scale of
Pure Pitch (Postroyeniye khromaticheskogo zvukory-
ada chistogo stroya)
PERIODICAL: Dopovidi Akademii nauk Ukrains1koi RSR, 10,59, Nr 3,
pp 261-263 (USSR)
ABSTRACT: The author presents a simple and, according to him,
very precise scheme of construction of ascending
and descending chromatic scale of pure pitch, em-
plcying the method of zero beats of synchronously
contrasted adjoining tones of two chains of simple
consonant intervals, tuned within one octave, by
means of two tone-generators, froin an initial fre-
quency in a certain sequence. Figures 3 and 4 pre-
sent the scheme, whereinlDstands for the octave,
the quint and !_~,'for the fourth. The shapes
denote various notes. A table or, page 263 presents
Card 1/2 the step variations of tones at various intervals,

812-7
The Construction of a Chromatic Sound ~,cale- of
F
of" chromatic sound scale of pure pitch, beginnin,~
with the tone ''la". There are 2 ~,raphs, 2 diagramns
and I table.
ASSOCIATION: Institut iskusstvovedeniya, fol'klo--a i etnografii
AN ITkrS6R (Iistituto for the StLuiy of Art, Folklore
and Ethnography of the Ab UkrbbR
PRESENTED: October 11, 101,9, by L,N~ Revutskiy, Yle,:,,ber of the
AS Ukr66R
Card 212

BARANQVXJX,_P.F. [Baranovelkyi, P.P.]
New objective methods for the study of auditory sensitivity. Nauk.
sap. Nauk.-doel. inet. psykhol. 11:39-42 159. (MIU 13: 11)
1. Inatitut i9torii iskusetva, follklors, i etnografii AN USSR.
(Hearing)

BAR"Ovaly, P.P.
The KKON-3 mounted corn-pidclng combine. Biul.tekh.-ekon.iriform.
no.8:53-55 160. (MIRA 13:0/)
(Corn picker (Machine))

ROMIArp M.P kend.tekhn,nauk; BARANOVSKIY,, R., in~-h.
Evacuation of the public from motion-picture theaters. Pozh.delo 7
no.3:10 Mr 161, (MIRA 14:5)
(Motion-picture theaters-Fires and fire prevention)

BAIRANOVSKIY, D
11.
' lo 9 - 0
Latvia is trainin- Fozh.dc no.10:26 0 t,3.
(N~ 16:12)
1. Nachallnik urhebnogo (Aryadr Uprtvloniya Qozharnoy oklirgn-%T
Latviyskoy
Rign.
S3R..

137-58- '-2831
Translation from: kelferativnyy zhurnal, Metallurgiya, 1958, Nr 2, p 90 (USSR)
AUTHOR: Baranovskiy, S. M.
TITLE: Ways of Increasing the Output Capacity of Disk Saws (Puti
povysheniya proizvoditel'nosti diskovykh pil)
PERIODICAL: Tr. Donetsk. industr. in-ta, 1957, Vol 19, pp 69-72
ABSTRACT: Results are given of experimental studies made of the per-
formance of a No. 2 swing saw at the blooming-mill shop of
the Stalin Metallurgical Plant. The purpose of the studies was
to determine the force required in the cutting of hot metal and
to ascertain the effect of some of the principal factors on the
magnitude of that force. Analysis of the data obtained has
suggested empirical formulae which state the relationship be-
tween the shaft torque of the electric motor of the disk-
rotating mechanism, the output capacity of the sa,,,,,, and the
mechanical properties of the steel being cut.
D - M
1. Saws-Production-Analysis
Card 1/1

"'A 1)
; j ., - -A-,
BARANOVSKIY, S. M. Cand Tech Sci -- (diss) "Str-ass of the cutting of hot metal
with di8k save." Stalino, 1959. 10 pp (Min of Higher and Secondary Specialized
Education UkSSR. Donets Order of Labor Red Banner Industrial In5to, 170
copies (KL, 52-59, 120)
-57-

BARANOVSKIY, S.M.
investigating forcee in hot metal cutting wit~~ aisk saws. Trudy
DII 36 Ser.met. no.6:29-62 '59. (MIRA 1,1~.q)
(Circular saws) (Metal cutting)

BARANOVSKII, S.M.
Design
83-86
of prismatic taper keys. Trudy DII 36
'59.
(Machinery-Desif,n)
Ser.met. no.(:
OURA 14:9)

WMESHKIN, G.; KAZIIDAN, B.; BARANOT3KI)L, S.
Look3ceei inj
Lu ~ ..kin;
"Journal-order of' bookkeepin -, 11 1. 6. -al'a.-M! r,hp-nko, ::- -i' ;w,~.,-; I,y: 1. 11. !. I
1) L. 3. S. Bukht~-,. i,-~h L, 11, ,'o. 11, 1C)~,.Z.
1;'Onthly List of ilcoassiri.,,3, Library olf july 1),')2. Uncl ss~-,-4 -1

C C'- 2:
linc '7 r

BARANOVSKIY, S.
"-^1-4w*l'lwl~ql- I
A great distance covered. Bukhg.uchet. 14 [i.e. 161 no-8:36-37
Ag '57. (MLRA 10:8)
(Accounting)

BARANOVSKIY S
-k ".
7! 1 - -~17 4
I. ~~
Use of cumulative work orders in an important means for increasing
accounting efficiency. Bukhg.uchet 14 no .7 ' ~ 7-41 Jl '57 -
WaA 10:7)
1. Glavnyy bukhgAlter I-y sittsensbivnoy fnbriki, Moskva.
(Accounting)

1. BARANOVSKIY, S. H.
2. USSR (600)--
4. S1,oe Industry
7. Economizing leather material in shoe production. Leg. prom. 13p No. 10, 1952.
9. Monthly List of Russian Accessions, Library of Congress, January -1953. Unclassified.

BARANDVSKIY, Sam*
wi -
Efficient organization of recordkeoping at the "Parizhakaia
Kommuna" factory. Leg. prom. 16 no.1:49-51 Ja '56.(KaA 9:6)
(Shoo industry) (Induatrial management)

BAIV.NOVSKIY, S.M.
--, ,~ ~_ ~ -I Experience in curtailing initial accounting. Tekst. prom. 18 no.6:
54-55 A 158- (MIRA 11:7)
l.Glavny7 bukhgalter Pervoy siteenabivnov fabriki.
(Textile industry-Accounting)

B,UVt]K)VSM. S. M.. - --
-.- -- ----
,Sl,aT~Ilfictttinn nf tievomitArq, Toknr,.pron. 19 no.4:
16-10 Ap 159. (141RA 12:6)
(Toxtiln indiis try-i'., nount, i rig)

t-in-t- of anJ :Pvcv c-lri7l - r-). erll-' cA' a
T~ i!7~7-2 at!, C-" "Ci
~n- "hFi z, Feb 5 5
'mi
D~ at ---rst-*-t'Ai--ms (J")

J
Category 1':'USSR/Electroaics Elec/tronic Optics
H-3
Abs Jour : Ref Zhur - Fizika, No 2, 1957, No 4279
Author : Baranovskiy, S.N., Kaminskiy, D.L., Kellmn, V.M.
Title : Investigation of the Electron-Optical Properties of Straight ~1agnetic
Slits.
Orig Pub :Zh. tekhn. fiziki, 1955, 25, No 4, 61o-624
Abstract :An investigation was made of the electron-optical properties of many
magnetic slit lenses (cylind ical lenses), having various structural
dimensions. The constructions of these lenses and their properties
are described. A stuky was made of the qualitative pictyare of the
distribution 'of the magnetic field in the lens. A qualitative study
of the distribution'of the field was carried out with the aid of a
bal,listic galvanometer in three planes, oriented at different angles
( it/f =:90`~; 1800, and 1350) relative to the surface of the J~ole pieces
and intersecting under the central line of the non-magnetic gap p~ the
lens. It is shown that the distribution obtained in the planes t'-~-_900
and 1350 are in very close agreement kith the field of the isolated
single conductor, if the current in this conductor is propertly chosen.
Card 1/2

Category : USSR/Electronics - Electronic Optics
Abs Jour : Ref Zhur - Fizika, No 2, 1957, No 4279
H-3
It is thus possible to find the linear current prodgeing a "equivalent"
field. Equations for the distribution of the trajectories of the
electrons in the field of the isolatedlinear current were taken from
the work by Kellman and Roknikov (zh. eksperim. i teoret. fiziki,
1951, 21, 1364). These equations are used to determine the trajectories
which start at the peaks of a conical'beam and which then fall into
the field of the isolated current. It is shown that the field of the
isolated current focuses such a beam, forming focal lines.
The authors describe an experimental camera, in which it is pos-
sible to s6dy the electron-optical properties of beams of particles,
emerging from a gun and entering into the field of the alit lenses
of the above construction. The quality of focusing of the beam into
a focal line is checked from the image on a fluorescent screen, w4ich
is placed on a mount that can be moved in two mutually perpendicular
directions, so that the screen can be placed in any previously specified
position.
Photographs of the focal line ob tained in t4is nanner are given. It
is shown that the results of calculation using -the "equivalent" linear
current and the results of the experiments are close to each other.
Card 2/2

Category USSR/Electrons Electronic Optics
Abs Jour Ref Zhur - Fizilia, No 1, 195,(, No 1662
Author Baranovskiy, S.N., Kfuninskiy, D.L., Kel'juan, B.M.
Title
Orig Pub Zh. Leldm- fizilki, 1955, 25, No 11, !~,-,-54-1956
A:L)~--tract Description of the construction and of several characteristics of a
system consisting of two magnetic slits. Experiments have shown that
* doulle magnetic slit deflects and focu.;es an electric beam, forming
* linear Image of a point. ,;ourcc.
Card 1/1
11-3

S/1 39/b 1 /000/00 3 ~ 'J"710 1 1
E073/E3315
AUTHORS, Gorodetskiy, A.F., Baranzvskiy, S.N. and
Marchenko, V,G,
TITLE - Investigation of the Strain-gauge Prop,:rv.ien of
Semiconductors
1. Germanium
PERIODICAL, Izvez%iya vysshikh ucki~,bnykh z,,xvtcie~niv,. Fizika
1961, No.3~ pp.66-70
TR_X F Pubkished work of varioxk-s WILhol 14 !.Tidl-.aten Jlf~" .111
principle it is possible t~i u4le fcz- !,tra,.11 savlge,,~.
In carlifr work of A. F. Gorodetskly, S, S~ (Autijiv
M. G. Serbulenkc, V. S~ Shachin (Ref,, 'C, lkzvustiya _,2-ka
No.4, 91, 1958i Ref.10. A. F. Gorodefttnkiy, Li. N. Guk,
Fizika tverdGgo tela "'Solid State Phvsl.cs", Svmw-,sit"n~ %_01, I , 1959i
it was established that vacuum- depost ted germanium filmi 11,A1 .5
strain sensitivity of 30 - 60 unito and pi,eliminary
with single-crystal germanium pla-te-s liave shcjwn tliat Oleir
strain sensitivity is of the order 100 and moi~e_. In th._-~
zase~ the s-',-ra3,n senBitivity S is def~inod by -.i
Card i/4

Investigation of 5 /1 -)9/61 /O'v)0/00'5iOO7/'O ~''i
F07-VE335
Z\R is the increa~3e in resistan,:e during -4train 11), pbt~e texis-ion
or COMPI"L'331011, R is the .1iiLtial resi5tan.-e and F the rclatlwiz
Strain, In view of the fact that the 3train sirnisitivity of W-Yt-
strain gauges is of the ordet- of abou-, 2,, it --,in bc,- anticiplited !htt
semiconductor stra-x-n gauges will y;eld et -signal which may be hight-r-
by two orders of magnitude kRef,ll- W, P~ Mason. Bell Labar-j~..oriei~
Record, January, 1959). in this paper- thk,' 1-C-5111t.9 are gi,.rezi -)f
systemati.c investigations which were aim,,--d at determining ',.he
possibility of produ:.ing semicondu~:Lor -itrain gauges w-Lth -a 1,jgh
s-,gnal output. Data are given on the ,sLrain-ga-uqe pror~ertiej~ oC
germanium films depas:LtEd in valium (in a neutral base and of',,3ingle
crystal germanium spet:xmens, The permanium films. 4 x 20 mm-
2,
or 2~5 2c 14 mm were deposited hrough i--t -Aten,.Il OnZ3 glass
which was subsequentlystramed by ,elision, cc-mpreBsion and
Metalliz spots were also Vacuum-kitI)omiti!tJ onto tlit~ condensed
germanium layers to serve as During -,j(;posjti-)n th,~ -ackturu
was between thi. limits I x 10' 4 t%i -~ ,, .1 () " mai lig ,1 lie
conductivity of atil the filmi, w.ci of lite hoi., L~ype.. h e zi i- ng
zrystals of electron germanium were in the form of rf-:Langulal~
Card 2/4

Investigation of .... S/139/6i/000/003/007/0i"
F073/E335
strips, 3-5 nun wide, 10-12 mm Ic-ng and about 0.25 mm thick- with
specific resi5tivities of 3 and 30 0, zm. Current-conduzting
leads were soldered-on after et_ching, using tin of 99,999% purity
with zinc chloride as a flux. The single -.rystala were glued-on
to the glaiss beams. The strain wnm dttermined from the bag by
means of a thicknons-metaring initrument with an accura-y of 1 %1.
The resistance was measured with ein AccUl-acY of --0,.5%,~ In the
case of films, 6 values up to 100 were obtained, whilst in ~.he
case of N-type low-resistance germanium single crymtals 5
values of up to about 150 were obtai.ned, In both CdZ)e37 the
increase in resistance proved to be a lin ~; ar function of' the
strain for C valueA of up t% x 10 in the case of
germanium films and 3.2 x 1.0- in the --ase of single :rysta]4,
The S values dropped sharply with increrksing tempernture. The
basic characAeristics of the inva3tigated specimens wpre found
to be stable, provided thtt temperatiare wat; maintained constant,
It is concluded that both vaccuiri-di)posiited film!) and qingle
crystals are suitable for nse a,~ _vran gaugns with a high
signal output. There are 9 figic.-m-i and 11 rcferen~:e-i- .9 Sov-,et
Card ~/4

In v e ") t ~l ga t -1 0 11 0 3 6 1 0 0 n,A) 00 o 7 /0 11. 3
E~() 7 3/ F 13
and 6 non-sDv3et, The three j-'lnglisli-langwige irciereri~es quo-.ed
are- llef',5 - C. He rring - Ball Syst~ Ilechn, Aourn., V01,34,
237i 1955~ Ref.6 C. Herring, C. Vogt - llhvs, Rev_ 101; No,-)
944, 1956~ Ref.11 W~ P~ Mason ~(Juoled in text),,
ASSOCIATION~ Novosibirskiv el~tktroleklinicliesk;v -'nstitiit
(Novos:ibirsk
SLIBMJTI'Ef),- may 9,, ig6o
Card 4/4

BARANOVSKIY, S.N.
Tensiometric properties of acicular crystals of gallium
arsenide. Izv. vys. ucheb. zav.; fiz. no.5:124-127 162.
(MIRA 15-12)
1. Novosibirokiy elektrotekhnicheskiy institut.
(Gallium arsenide crystals)

L 1113-66 EV1T(1)/EWT(m)/T/FWP(t)/EWP(b) IJP(c) MIEPAIGGIGS
ACCESSION NRt AT5020495 UR/0000/64/000/000/047i/0475
q~2
AUTHOR: .13aranovskiyo S. N. 4 S41
TITLE: Strain-gauge sensing elements on the basis of acigi ar'cMtsth a of gallium
arsenide
SOURCEI Mezhvuzovskaya nsuohno-taklmicheskays konferents4a
_Lp fisike
,PD~up.Kqvo iikov (poverkhnostny i kontaktnyye ya~vlen:&a_T.
!11L Is qk_j_j_9jjZ.~a,
.Poverkhnostnyye i kontaktnyTe yavleniya v poluprovodnikakh tBurface and contact
,phenomena in semiconductors). Tomsk, izd-vo T-omskogo univ., 1964, 471-475
jq '-, F
,TOPIC TAGS: gallium arsenide, acioular crystal, a-train gagep measuring instrument/
:BF 2 cement, VL 7 lacquer
ABSTRLM Strain-gLi~gRlsensing elements that use acioular crystals of gallium
arsenide are described. These devices were developed to overcome some of the die-
1.advantageB of existing wire and semiconductor strain-gauge sensing elements.
Acicular GaAs crystals with a length of 1-5 to 10 = and a thickness of 15 to 40,AL
,were used. The crystals were coated with a thin film of polymerized BF-2 cement or
~VL-7 lacquer. On-a of a series of sensing elements made is shown in Fig. 1 on.the
Enolosure, vheres I- crystal; 2- 5014 copper wires; 3- lacquarl 4- reinforcing
projections; Cp A, B# D- contacts* The devices are distingulshed by high nedhanioal
Card 1/3

L 1113-66
ACCESSION NRs AT5020495
strength, a high coefficient Of strain sensitivity (about 40)j good temperature
characteristics, a linear dependence between the variation in resistance and the
measured strain (for small strains)o low weightp and high at-ability of resistance
and strain sensitivity with respect to time. Orig. arte base I disgramt 3 graphs#
and I formula.
ASSOCIATIONs nme
.SUBMITTED: 060ot64
NO FM SOVt 002
ENCLt 01 M COMB
OMS 001
Card 2/3

L 1113-66
ACCESSION fiRt AT5020495
FROLOSUM Ot
jt
Fig, i, Sohemtio view of strain-gauge sensing element.
LJ A
Card

L
h721h-66 EW(1)/EWT(M)/EWP(W)/T/EWP(t)/ETI IJP(c) JD/JG/t.4/GG
ACC NR: AR6017158 SOURCE CODE --uR-To-27-576-6-7
AUMOR: Baranovskiy, S. N.
REF SOURCE: Sb. Poverkhnostn. i kontaktn. yavleniya v Pol provocinikakh. T6msk
�hiy yn-U 1964, 471-475 6P
CLY
TITLE: -Strain gages based on a gallium arsenide whisker crystal
SOURCE: Ref. zh. Elektronika i yeye primeneniye, Abs. IB278
TOPIC TAGS: gallium arsenide, metal whisker, strain gage
Tnm_
TRANSLATION: The design and technique of manufacturing strain gages are briefly de-
scribed. Technical characteristics of a strain gage based on a GaAs whisker crystal
are described. This kind of strain gage has a large coefficient of strain sensitivity
("0), good temperature characteristics, good linear relation between the magnitude
of resistance variation and the magnitude of deformation (in the case of slight deform
ations). It is also light and can use a very small probe (down to tenths of a mm).
Yu. V.
SUB CODE: bC14/
UDC: 621.382.9:531
fV
Card 1/1

A C C NR
Al'i 6 0 3N 9 7 3 SOURCE CODE: UP,/0272/66/000/CiO~l/Oolo/oo.,~t)
)-lailovskiy, S. NN.
Rciis*,ance strain gage in the forin of in acicular crystai of
SOURCE: !'of. Z11, A-letrologiya i izmeritelInaya toklmika, ;"Ib,~. 8. -12. 322
SOUI=: Tr. Novosib. c-lektroteklin. in-IL svyazi, vyl). 1565, LI-6-69
IOP7 C TAGS: galliuni arscnidle, acicular (-,r stal, strain
y
A description is given of a stra:n irac c based on a
Lacic,,ilar cl--L~Lal with a hnearl, deoenclent sensitivity coeff;c4en-' o' about z.0.
L i
.,&-e n-,anufacture 'Lechnolo-Y and its technicall characteristics are ana"yzed. Tin cr c
are -1 -*l-I-'c,~szi-z:,,-*,ons. P. Agaletskiy. [Translation of abstract)
SUB CODE: 09, ll/
Card UDC: 681. 2. 083. 8:531. 787. 913

GODOVIKOV, A.A.; AMAX(W,5KjT,, S.N.; SENDEROVA, V.M.
Some electric properties of the cosalite of the Kara-Oba deposit.
Dokl. AN SSSR 163 no.1:186-188 J1 165. (MIRA 18:7)
1. Inatitut geologii i geofiziki Sibirskogo otdeleniya AN SSSR i
Novosibirskiy elektrotekhnicheskiy institnt.

_L A_0772~fij __h
/~b
Wp Rp W /000/004/ 060/00
ACC NR3 AP502621i EWA(C)/FTC(M) jJP(c~S04tCVE(CV0DW/EUR 3V11W6,5( )/tifAl YO
JD1W
AUMOR: Daranovskiy, S. H.; Sheloput, D.-V.; Berezlkov, D. D.
T ~5
ORG: Novosibirsk Electrical Epgineering Institute (Novosibirskiy elektrotekbniches-
kiy institut)
TITLM Study of the inhomogeneity of the crystal structure of Ge and Si from the
speed of ultrasound in different portions of the crystal
SOURCE: Defektoskopiya, no. 4, 1965, 60-65
TOPIC TAGS: ultrasonic inspection, semiconductor crystal, crystal structure, crystal
defect
ABSTRACT: Experimental data from measurements of the relat'ivei variations in the jLe-
locity of ultrasound in different parts of single crystalsk-bf Fermanium~Jnd silicon
and the s resses; in lWifi-WrejWi o study the distribution of struc-
tural defects. The procedure for observing small relative variations in the velo-
city is based on the probing of different parts of the crystal by a narrow ultra-
sonic beam. Such ultrasonic methods of crystal stu are derived from the dependence
of the modulus of elasticity and internal frictioTilon the real crystal structure.
The impulse ultrasonic apparatus used in the experiments consists of the following:
modulator and synchronizer (video-impulse generator G5-15); high frequency signal L
IV , ~%
-Card- 1/2 UDC- 620.179.16 : 620.18

L 10772-66
ACC NR, AP5026217
generatorAgenerator of standard signals G44A); piezoquartz converter-transducerMTe
(between which the,specimen is placed, in distilled water); amplifiprlotseries con-
O(impulse type S1-310 The apparatus, described
nected of type UZ-3).Ascillo&apht
in detail in the report, was used to conduct meaaiw-~mentq1fAn three samples of single
crystal silicon and two of gemanium, with an ultrasonic beam of 2.5 millimeter dia-
meter along different crystallographic directions (the three mutually perpendicular
faces of the rectangular parallelopiped crystals coincided with the planes (111),
(110), (211); crystal sizes 20 to 50 millimeters along the long edge). 1'requencies
used were 21 to 104 megahertz at temperatures from 16 to 800C. The silicon (n-type,
doped with phosphor-us) had specific resistivities from 10 to 45 ohm-cm-, the germanium
(n-type. doped with antimony), 26 to 40 ohm-cm. The density of the dislocations
varied from 102 to 104 cm-2. Jhe elastic stresses were studied by means of the poL-
lariscopelOPIK-111i the Insti4te of Crystallography, Academy of Sciences SSSR. The
greatest stresses were found to occur in those portions aJjoining the angles rti-
ces, edges). It is concluded that a definite correlation exists between the velo-
city of propagation of ultrasound and the internal stresses in a given region or a
crystal. Differences in the velocities of ultrasound along different directions
amount to a maximum of 10 millipercent, which is sufficient to permit the observa-
tion'of structural inhomogeneities in germanium and silicon"tsingle crystals. It is
reco=mnded that future investigations study crystals with known dqfedt!~ and their
distribution. Origs art. has; 4 figures, 3 tables. 1.1
SUB CODE; 14920/ SUBM DATE: 26May65/ ORIG ]Mr% 003/ OTH FXF* 001
ad-trasonic irk~pection
rCn V fA~ ~2

BARANOVO)LLY, V,:, axtt.
nf radic. &mate-o-nq t; mr)UOR
r..-:.8~52-54 Ag '64. v~, ~~ :j "

40
BARANOVSKIY. V., zaveduyushchly.
.
Make wiaer use of progressive mathoas in construction. Sov.profsoiusy
1 no.4-.41-45 D '53. (Mr-RA 6:12)
1. Otdol proisvodetvanno-massovoy raboty Teentralnogo komiteta profes-
sionallnqgo soveta rabochikh kommmalluo-shilishchriogo stroitelletva.
(Construction indust--7)

BARANOVSKIY, V., inzhener-polkovnik; KAMUI,'KO, I., inzhener-podpolkovnik
From tank ovens to reliable preheaters. Starsh.-serzh. no.1:32
Ja 161. (MIRA 14:7)
(Tanks (Military science)--Cold weather operation)

Pt t\r C \13 Ki
AID F - 3099
Subject LUSRAeronautics
Card 1/1 Pub. 58 - 4/19
Author : Baranovskiy, V.
Title : Our strength lies in our active membership
Periodical : Kryl. rod., 8, 3-4p Ag 1955
Abstract : The author describes in detail one of the DOSAAF organizations. He
mentions a number of names. Photo.
Institutions: 1. Ovruchskiy Mining Center., 2. DOSAAFt 3. FVKhO (Aircraft and
Chemical Warfare Defense).
Submitted No date

NIKIFOROV, I.; MAKAROV, A.; SMOLYAKOV, N.; SIPER, E.; MOGILA, V.; LARIN, M.;
FILIPPOV K.; TOKMAKOV, V.; BAR
.9 ,PPV9IY, V.; CRITERIKOV, K.;
POZNANSKIY., A.; SHUTOV, M,; ROZEIffELT, L.; RUDII, A.
Mechanization of waterproofing operations. Stroitell 8 no.11:
15-20 N 16Z. (AURA 16: 1)
(Waterproofing--Equipment and supplies)

BARANOVM(TY, V., lnzh.
Contribution of radio amateurs to notion-picture projection techniques,
Radio no.802-54 Ag t65. (MIRA 180)

WW/*dIoiu6 - S6oI*tI*sp'thdIcAI Jul/Aug 48
Medicine - Vexwrval DIneasee
Brief Notes on the Activity of the Minsk Dermato-
Venereological'Smiety for 1945 - 1947," A. Prokop-
chuic, V. B.aranoviskiY, 3/4 p.
"Vest Venerol i Dermatol" No 4
Lists officers of Society. Gives titles of 28 papers
read.
34/hgTgl

VETOXHIN, I.A., prof.. BAROOVSKIY, V.G.
~, !~-, .: ~
Skin temperature in various manifestation of syphilib. Sbor.
nouch.rab.Bel.nauch.-issl.)cozhno-ven.inst. 4:211-235 154 (MIRA 11:7)
(SYPHILIS)
(BODY TEMPERATURE)

aLWTOVSKIY, V. I.
Dissertation defended for the degree of Candidate of Chemical
Sciences at the Institute of Geochemistry and Analytical Ch6mistry
Iment V. I. Vernadskly in 1962:
"Radiochemical Investigation of Reactions of IntenRe Cleavage and
Fission of Tantalum by Protons of 680 Mev Energy."
Vest. Akad. Nauk SSSR. No. 4. Moscow, 1963, puges 119-145

ACCESSION NR: AT40354iq S/0000/63/000/000/0298/0312
AUTHOR: Daranoysklyl, V. G.; Petrusenko, I. A.
TITLE: A two-cycle magnetic bridge amplifier with a positive even-harmonics
feedback circuit
SOURCE: Vsesoyuznoye soveshchanlye po ferritam I po beskontaktnylem magnitny*m
elementam avtomatiki. 3d, Minsk. Ferrity* I beskontaktny*ye elementy* (Ferrites
and non-contact elements); doklady* soveshchanlya. Minsk, lzd-vo AN BSSR. 1963,
298-312
TOPIC TAGS: automation, control system, automatic control, feedback, positive
feedback, amplifier, magnetic amplifier, two-cycle bridge amplifier
ABSTRACT: The article reports a detailed study of a new circuit, developed by
the authors (Author certificate No. 127702) and intended for use as the output
cascade in automatic control systems to replace the less advantageous differen-
tial, transformer or bridge circuits currently in use. Essentially, the authors,
new bridge circuit differs from that commonly used in that two, rather than one,
Identical coils are used in the magnetic amp)ifier'core and connected to the
opposite bridge ends, each of which is formed by two coils, connected In succession
C&gd 02 cated In different cores, thus constituting a positive feedback loop. The

ACCESSION NR: AT4035419
authors tested the stability of the new bridge amplifier to changes in voitage,
frequency and ambient temperature, determined its power characteristics and ex-
amined the transient processes Involved. Compared to those in use, the new am-
plifier showed greater reliability, response, amplification coefficient, and
stability of static characteristics, with higher power characteristics and smaller
overall size and weight. its principal technical data are: D = 45, d -2 32, and
h = 5 mm, w a 750 turns; feedback rectifiers of the D7Zh type; circuit feed vol-
tage 220 v, 427 CPS- Orig. art. has: 7 figures and I table.
ASSOCIATION: none
SUBMITTED: 040ec6)
SUB CODE: IE
Card 2/2
DATE ACQ: 07Kay64. ENCL: 00
NO REF SOVt 003 OTHER: 000

L~m V.I.
'~N-RPIGCM,"V. 'A. M. . Aca do mici an, SlJX'PL.LTOV, A. P. , B,',RkN()V.SK I Y, V. I -
"Exploitation of "iTie Steeply Slopilir.. Dods '63, Nor!zontul D~vers,"
Iz. k1c. 1,;auk 3SSR, Gtdf.~-L. T-ohl). 17f, 111, 110.
.- ' b 2, 1 1~40.
Report U-1530, 25 Uct 1951

- ' "tlf Acadomicipn. SITDOPLXI'OV, A. P., Bli~jxv~~ijy, V. 1.
If;I'XI)1oi till. I on of Wi~lm Stooply SIO'AII& coal Anita by Inclined L.:,Yf-rs,"
Iz. Ak. I..'auk 65Yi, m;8,1- "31 il. ','Q. 5, 1~`4(
ut . I f, I, A I
ReDort U-1530, 25 OC't 1951

viluxtil4c)v ;),&k1 , V- I -
TERPIGORMT. A. 14., Academician,
SUDOPLATOV, A. P. , BARkNOVS-KIY. V 1.
"Exploitation of Thick Steeply Sloping Coal BeOs with Shafts on the Slope under the
Protection of Shield Bracing," Iz. Ak. Nauk SSSTI, Otdel. Tekh. Nauk, No. 2, 1941.
Sifomitted 24 Oct 1940.
IM Report U-15)30, 25 Oct 1951

BARANOVSKIY, V. I., Engr. Cand. Tech. Sci.
Dissertation: "Concerning Exploitation of Thin Coal Seams." Inst of Mining, Acad ,ci
USSR, e25 Apr 47.
SO: Vechern-vavgl 14oskya, Apr, 1947 (Project #17836)

-1
r3maximm, v. b -Ij
ii . p. "Restoration of the Donetz Basin," plan.
Baranovskiy, V. and "aumemko
khoz-vo, 1948, No. 5, p. 29-41
SO: U-3264, 10 April 53, (Letopis 'Zhurnal Inykh Statey, No. 4, 1949).

BARAEOVSKJY V. I. Eng.
Y
"ProUress of Soviet l,' nI.Pr, Enrj -werj.n~,," Gor. zhur., '. 0.5, 1,r)52
1 .1

Ujjj-~t\ji LJV ~k I Y, V- I -
SUDOPLATOV, A. F.; 1".
Mining Research
Development of scientific studies in the field of coal mining methods. 11goll 23,
No. 4, 1953.
1
4-Ionthly List of Russian Accessions, Libx-&ry of Congress, June 1953. Unclassified.

BARLBOVSKIY, V.I.; SUIX)PLATOV, A.P.; GEIMELI, K.K.; SHMOV, I.P.
Preparation and.order of develop)ent in steeply pitching seams
at great depths In the Donets-Basin. Trudy Inst.gor.dela 1'
31-46 '54. (miaA 7;12)
(Donets %ain-Coal mines and mining)

V 99, F~FWWMW I INTIN -E~IWT N
tT*j,j"jjs T.. t~,
~Iau m
Thc ccm n ,iPpOjiA,,A
gilr I n ux; ecal. ~s=~; ~truo rum q f viv ci~-al ,-,rfj Ul" 'j-A T!.~, due
w the vidgkit of me Dml. Thq~' Occur In UIC SW"Ay itipping r
lxnDa4s. Tm! moUtOf (1 Lr~,vmtf;~,n'~rop~scd calsists In urio,~Cutl,if)L! M C..
r1th a 11oaDle vaytft V411cli Is thraidol tlT-cup)i twp ht~lus, 30-,~-()
Uri TIU-CU& ZhC ICYILT ~Jdv f WO ~Lat-la frr. MU Y1zVXJ69 tll'111 aL ti`~ flou[41 tt,
t.1w vcatIlatim tlrlft,~at. (tio 4V.~ _~ -Cas Is dstincd ,ft fr, 'i 14,,~ vr thc-e
If
holca, tlicn a J-i the vaidlig drIfr, Is ta-"L"d to Ilfvar~ a
rociprcratina mtIon lo~, U,., caUt_SW,1, ind a thitl 3lice te rcmVC1_1 f,(*,. U),
luidersIOP of UIC scaLy, li'as reUc%-:cs &m. Go= or ra,,], vrc_,z;u-,,6 anti rLmitra
it. 8afe fcr tdnlnj~. 1-1ha cable !si'vvIva-s tecj Zcst4DCj CD ij!, [w%fjc1j:~,j
i:~,do or anthraotto anij ccmit., Atf~tho Um wpos of spw Waud, a 001v
a vcrics of (jylIn&Iml Inutters anck-awracr c~xrylva a Y11re
L-art 1he lattor wwv.0 m ,toalve. (L).
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BARANOVS ; SUDOPLATOV, A.P.; SHMOV, I.P.
Influence of natural factors on selecting development methode
for flat lying orabedo all, deep levels in the Donato Basin. Trudy
Inot. eor. dela 4:115-19 '57. (MLRA 10:6)
(Donets Basin--Coal mines and mining)

11;_11_P]XR.1S*1:_.n" V. I.
Problems in the Exploitation tk4iV.Y)x R,7?9,
V. I. Cnrlp T
-L. lech.
Openings in Unstable Rocks ~'ubjecf toleaving in Moderately Pitching
Coal Seams in the Donbass 197
The author reviews tile problem of controlling heaving, which in-
creases with depth, and the flaking and disintegration of roofs.
The technical and economic indices of a coal mine, such as labor
and transportation, are unfavorable affected by such factors.
TI;le problem is how to reduce these factors to a practical mimi-
MUM. There are 15 figures. There are no references.
PART IV. OPEN-CUT MINING
Krasnikov, A.S., Candidate of Technical Sciences. Selecting the Best
Width for Excavator operations in Stationary Excavation Systems 217
A theoretical treatment of factors affecting the productivity of
stationary excavators and a selection of the best parameters for
shovel width and revolving angles are presented by the author.
There are 6 figures and 2 tables. There are no references.
-0~~4044-1

SUDOPUTOV, Aleksey F. ana DAMIOVSKIYY V. I. (moscow)
"The Effect of Book Pressures on the Stability of Inatallatiom in Working
vleakly Supported Veins in the Donetz Basin."
papers submitted at Intl, Cong. on Rock I-Pi-casures in Mliiii-nG, Leiz--ig, Q-R,
14-16 Oct

Tht ln"M~lm&l R~k PMIR~s in Xining ~- b4ld in Lelpig, 14-16 Oct. 1958.
5- 1~% 6,1,ptes wrv:
AlaR!:grfl S. 0. (Le.ingd
I.ll.k P-= Ill.ftmh.'
PANOV,A. D.rnd fKnInMYT, !. V. (W-)
~ P.Ck pm..~.
h. P. &14-~ TY, V. 1. ~Mou-j
tr lk~l, TMI'ttrength of Wnizg Ccnst~tlm i~ th* Donets
M: ~~Vlndq. J'Uly 19>8, Uncl.

Bfi.TWIOVSKIY, V.I. lc,-ind.tekhn.nauk
Bffect of rock prosqure on the efficiency of imethodfi of.~~cl fr'l,
,.l.
flnt SeRMB in tiie Donets Basin. Ugol ' 33 no;4:3-8 AD "
(Doneti3 linuin-Coal mines nnd mining) (VII(A 11:41)
irkSubsidencen (Enrth movements)

BARANUVSKIY, V.I.; BROITNIKOV, D.H.; KORSHUNOV, S.I.; LITLIKOV, A.P.; PARUSI-
MOV, V.F.; ROZEITMU2, B.A.; RUSHCHINSKIY, M.V.; SnOP1,41POV, A.P.;
TIWOGOSOV, %.A.; aMVYAKOV, L.D., ttkadamik, oty.red.; GUSIKOVA,
O.M., tekhn.red.
[Terminolognr connected with underground MiTLILP, systems in solid
mineral deposits] Terminolo~,iin sistem razrnbotki mastorozlidenii
tvardykh poleznykli isl,-OT,meT%Ykh podzemiym sposobom. Moskva, !C?59.
13 P. (Sbornik rokomanduemykh torminov, no.51) (MITU 13-1)
1. akedamirg nwik SSSR. Komitat teklinicheslcoy terminologii.
2. Nauc'imsya komissiys Komiteta tekhnichenkoT terminolog-ii AN
SSSR (for all except Shevyakov, Giislkov).
(Mining eng,inoering-Terminolomy)

BARANDVSKIY, V.I., imh.
Utilizing underground presourn in securing safe wor".ng con-
ditions in adjacent Beans. Bezop.truda v prom. 3 no.5:9-12
my '59. (AlRA 12:8)
(Coal mines and mining--Safety measures)

BAR~lTOVSKlYV,-V.l.; SAUTOVSKIY. E.G.
Anthoda anl tochniqne-i3 for meamiring, roo.1c nressure on lodels
,,)nde of sinilar P-atiqrials. Ugol' 34 no-7:37-38 JI '59.
(MIRA 12:10)
(Subeldences (Rartb movenants)-Slactromechanical analogiao)

BARANOVSKIY,_V.I., insh.; FOIMTOV, V.H.. inzh.
Preventing coal and gas outbursts in mines of the Donets
Basin. Bezop.trada v prom. 4 no.8:4-5 Ag 160.
(MIRA 13:8)
(Donots Basin-Coal mines and mining-Safety measures)

RkRA'~OVSJ~Ty ~ V I I ka
-nd~teklin,r_auk-
..c
Some featuret; of rock niover, rit and rock rjresm;r,_- reuistrjbu~icq~
in vorking vertical layers,

PARANOVSKIY, V.I.
Efficient means of working flat seams of the Donets Basin urr1r;r
connitions of intensive ro6k heaving in the mines. Gor. i ehon.
vop. razrab. ugoll. I rud. most. no.1:16-23 162. (MIRA 1U.7)
(Donets Basin-Coal mines and minint,)