SCIENTIFIC ABSTRACT BIRYUKOVICH, Y. - BIRYULIN, G.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205410010-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

b 2-7517--b6 FWTW/EWP(e)/EW(J- Wp( JJP(c) WW,'R.14/WH
)/T/E v
ACC NR, APGO05846 SOURCE CODE. UR/0403/65/000/003/0008/0011
KLMITOR: Biryukovich Yu. (Director of laboratory); Serbin, V.
(Senior
engineer);
_BjiTy_uk6V16'1i, D. (Team leader, Member of techni =ahelp
bureau)
ORG: (Biryukovich, Yu.) VNIINSM Kiev; (Serbin, V.) Institute of
Mechanics AN UkrSSR (InstITU-Mekhaniki AN UkrSSR); tBiryukovich,
D.)
VNIINSM.
TITIE: Glass-wool cements in the national economy
SOURCE: VDNKh SSSR. Informatsionnyy byulletent, no. 3, 1965, 8-11
TOPIC TAGS: gene'ral construction, structural mineral product,
ship-
building.
ABSTRACT: The/authors describe a now anisotropic construction
material
of glass-wool?fibrous aggregates bound together by cement (or
polymer-
cement) glue.. Its unit weight varies between 0.80-and 1.85 g/cu 0M
and its specific elongation is 0.9%. The material has good
resistanca
against formation of cracks and fissures. The formation of micro-
fissures starts at stresses in the range of 80 to 901,~ of taiiiile
strength. The new material based on latex-cement glue has high
dielec-
tric properties. Its volume resistivity attnins a value of 1014
ohm-cm
Card 1/2

L 2'nj 51?-66
ACC NR1 APG005646
13
and its surface resistivity goes up to 10 ohm-cm. Puncture voltage
is!
about 8 kvlmm. Thermal conductivity is about 0.1 to 0.9 kcal/m.hr.
degree. The material is fireproors waterproof, frostproof and
re-olstantl
to the adtion of mineralized water. It can readily be machined,
rivetedi
bolted, glued and assembled. It can be colored by aadition of
pigments
to its binding mineral.glue. The glass-wool cement is about 30
times
cheaper than structural glass-plastics. It is more expensive than
re-
inforced concrete. However, its higher cost is compensated by a
lesser
weight needed for construction because the tansile and bending
strengths
of glass-wool cement exceed many times the strengths of reinforced
con-
crete. The glass-wool cement is especially suitable for
construction of
window frames, thin walls, tanks, pipes, boat hulls, etc. Some
examples
of developing, testing end using this material for various
constructions
(mostly in the Kiev area) were presented, including apartment
buildl~,gs,
irrigation installations and shipbuilding. The motor-yacht "Novinka
built of glass-wool cement was shown in a photo. Its hull walls
were
only I cm thick for a yacht size 18 cu m. The yacht covered 3000 km
during the 1963 navigation season (Dnepr River and Black Sea),
Origo
art has: 2 photos.
SUB CODE: 11,13 SUBM DAM, ~Ione ORIG REF: 000 OTH FTW: 000
Card

-- - -- .--T .- 1--/, -. i !
, BIRYUKOVICHI K.L.P inzh.k BIRMOVICH, D.L., inzh.
Boat made of glass cement* Sudostroenie 27 no./+:40.1+2 Ap
161.
(Boatbuilding) (MIM 14:3)

L-;~904-66 EWTI(e)/E
AM5010921 B" KXMITATION UV
633
iBiryukovich., Konstantin Myovich; Uryukovichi IUAY- LIvoyiell. iM
ch
Mai+"4w T,lw^%r4.h It _L_ !t~
Glass cement (Steklotsement) Kievj, Izd-vo "Budiveltnyklls, 1964.
113 P.. iuua.j,
biblio. 2400 copi", printed.
/I
TOPIC TAGS: cement; glass product; fiberitla3sAeneral construction#
constructioni
material,, solid mechanical property
PURPOSE AND COVERAGE: The book deals with a new conotruction
material glass
cement, consisting of highly durable glass fi4erkind cement.
Component
materials and manufacturing technology of glis cement and different
constructions from glass cement are described.- Attention is given
to the
physical and mechanical characteristics of the glass cement and to
the factors
determining its strength and deformability. The practical use of
glass cement#
the technical and economical aspects,. and data describing the most
efficient
use in the future are presented. The book is intended for
engineering and
technical workers in the constuructlon industry and for designing
and research
I qrganizations. It can be used as a university textbook.
iCbrd_:L/2

L 2904-66

I AM501032-1

UM OF CONTENTS (abridged):

.Introduction - 3

'Materials for glass cement 6

ITypes of glass cement - 21

4
.Manufacturing technology of glass cement and glass cement
constructions 27

4hysical and mechanical characteristics of glass
cement -- 44
~

,Glase cement constructions and products and their technical and
economical

efficiency - 84
iGeneral definitions - 64

'Models of glass cement constructions and
products 85

.iSolution of designing problems -105

iBibliographY 113

tSUB
CODE: XT SUEKITTED: l9Xov64

NO REF SOV 1 049
07m; 000

',Card 2/2
IC

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L 52220-65 f-'il`(e')/FNnfr0 P"
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T~~ A73 prcd,.;~t, nonmolal strength, aomet&l
ABSTRACT,

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BIRYUKOVICH, K.L.; BURYUKOVICH, Yu.L.; SERBIN, V.P.;
BIRYUKOVICH, D.L._
Structural elements of glassi cement. Prom. stroi. 41
no-4:36-37 Ap 164. (MIRA 17:9)

BiRYUKOVIlcil) K.L.Y kand. tekhn. nauk; BIRYUKOVICII,
D.L., :Lnzi-,., BIRYUKOVICH,
in2b.; SETIBIN, V.P., IRM.,
Glass-reJnforced conent yachts. Sudostr3onie 30
no.l2t29-33
D 164. (MIRA 18:6)
4,

BIRYUKOVICH, Konstantin Llvovich;
BIRYUKOVICH, Yurly Llvovich;
, _Aph; SINTSOV, G.14., inzh.,
B _ygy
retsenzent; ZELICHENKO, A.Ya.., rjaur-hn.
red.; KAZAROV,
Yu.S., red.
[Small glass reinforced concrete and mash
reinforced
concrete vessels] Melkie suda iz
steklotsementa i armo-
tsementa. Leningrad, Sudostroenie, 1965. 163
P.
(MIRA 18:7)

%. BIRYUKOVIC11, D. L. , Insh.
launcheii made of m3sh-reinforced concrete.
Sudoatrcenle 27
no-10:4P 0 161. OURA 14.-:,,-')
(Boatbuilding)
(Reinforced con-rete conetruction)

-BIRIUMVICH, K.L. kand.tekhn.nauk; BIRYUKOVICH, YuoL.,,
inzh.,- SHIRYMN,
I -
Concerning the use of glass cement in the agricultural
machinery
industry. Trakt.i sellkhogtme h. 32 no.407 AP 162.
NM 15:4)
1.'Kiyevskiy politekhnicheskiy institut (for
K.L.Biryukovich).
2. Institut makhaniki AN USSR (for lu.I.Biryukovich).
(Agricultural machinery industry-Equipment and supplies)

RPRI-Sig
RUM. itfflY4

67949
8/097/59/000/07/018/021
/572/40 1141/9161+
(Engineer)
MTHOR: ti:ryukovich, K.L.
TITLE.- The Strengthand Deformation of Reinforcement made of
Gla33 Fibre 12
PHRIODICALs Beton i zhelezobeton, 1959, Nr 79 PP 326-328 (USSR)
ABSTRACT., Investigations have recently been carried out, both
in
Russia and abroad, on the properties of glass fibre
reinforcement, especially as to the possibility of using
it for reinforcement in concrete.16 Glass fibres can be
used as reinforcement f-or concrete constructions if they
are used as wires are used in steel cables, The strength
of such reinforcement decreases with the increasing
amount of threads from which the cable or strip is made.
According to M. Koul (Ref 1) the strength of threads
twisted from fibres having a limit of strength of
11000 kg/CM2 is, in the case of a 0.5 mm cable2 approxi-
matelY 7000 kg/cm2, and In the case of 3 mm diameter
fibre it is approximately 2000 kg/cm2. 1. Rubinsky
Card (Ref 2) and Dzh. Weis (Ref 3) also state that with
1^ increased diameter of this glass fibre reinforcement its
strength decreases. Weis also shows that cables in

6
6791!9
3/097/59(000/07/018/021
zl4l/z16LF
The Strength and Deformation of Reinforcement made of Glass Fibre
which threads are placed in straight runs are much
stronger than those with twisted threads. This was also
prova~kby A.K. Burov (Ref 4) as far back as 1945. The
decrease in the strength of glass fibre cables with
increased number of threads was discovered by the author
of this article. The results of investigations of glass
fibre reinforcement in the form of plaited ropes with
fibres not in a straight line were given at the Third
International Congress on Prestressed Reinforced Concretel
held in 1958. It was then stated that residual
deformation of such reinforcement reaches 30%. Values
given by the All-Soviet Scientific and Research Institute
for Glass Fibre UNIIN) showed that with the increase of
the number of fibres corresponding strength of the batch
deareases.(Ref 7). V.Ye. Sheyko (Ref 8) found that short
time tensioning of fibre (from 3 to 75% of its strength)
results in increased strength of between 5 and 10%. The
Present author investigated the possibilities of defining
Card the strength and elasticity of glass fibre cables and
2/4 strips in relation to numbers of threads and conditions
of tensioning. Tests were carried out using continuous

679h9
S/097/59 000/07/018/021
sl4l/zl6(
The Strength and Deformation of Reinforcement made of Glass Fibre
non-alkaline alumino-borosilicate glass fibreq of
6 to 7 p diameter and modulus of elasticity of 750 000
kg/cm:e, with limit of strength of 22 000 kg/=2. A,
diagram of the tensioned glass fibre is given in Fig 1.
Due to the fact that glass fibre strips and cables are
extremely sensitive to mechanical damage during fixing in
the anchors of the tensioning machine? which relies on
friction to hold the sample, the author worked out a
method of anchoring to obviate this risk. Fig 2 shcws
this new method of fixing. For the purpose of investiga-
tion the samples were divided into two groups& the first,
cables and strips, tested once only, the load being then
increased progressively to breaking point; the second,
cables and strips, tested twice. The first time they were
tensioned to 70% of the breaking stressi the stress was
then removed and the sample was moved along to change the
place of anchoring, after which tensioning continued up to
breaking point. The tests with the first group showed a
Card definite order in the reduction of the strength and
3/4 modulus of elasticity with increase in the number of
threads. This is illustrated.by the curves in Fig 3.

6,1,91,9
B/097/59/000/07/018/021
Rllfl/zl64
The Strength and Deformation of Reinforcement made of Glass
Fibre
Fig 1+ shows the relationship of the modulus of elasticity
of cables and strips with the quantity of fibres used.
The investigations carried out with the second group
showed that cables and strips subjected initially to 70%
of the critical stress, with subsequent change of the
anchoring positions reached 20 to 50% greater strength
than similar samples of the first group. It can be
concluded that increased strength of cables and strips
due to preliminary tensioning is caused by engaging
Individual fibres in a more uniform way. According to
investigations by V.Ya. Sheyko (Ref 8) it can be conel-aded
that in given circumstances cables and strips do not show
exceptional elastic deformation. The modulus of
elasticity of cables and strips tested after preliminary
tensioning up to 20-25%,was found to be higher than the
modulus of elasticity of those tested without preliminary
Card tensioning.
There are )+ figures and 8 references, of which 5 are
Soviet, 2 English and 1 French.

BIR~OVI~C&A,L,t-Anzhe
Boat made of fibergliwo-rainforced cement.
Sudostroanie 46
no, llt"-45 N 160, (MIRA 14:1)
(Boatbuilding)

BIRYUKOVICH, K. L.
Cand Tech Sci - (diss) "Search for an effective system of
form-
ing material on the basis of cement stone reinforced with
glass
fiber." Kiev, 1961. 19 ppi (Ministry of Higher and
-econdary
Specialist Education Ukrainian SSR, Kiev Construction
Engineering
Inst); 170 copies; price not given; list of author's
works on
pp 18-19 (12 entries); (KL, 6-61 sup, 214)

BIRMOVICHO K.L., insh.; BDUKOVICH, ru.L.0 insh.
-~-~~Boat ~5~x imde of glass reinforced 166mant. Bet-i
zhel.-bqt.
noe6:275~-278 Je 161. (NM 14:7)
(Kiev-Reinforced concrete) (Boat building)

AUTHORS:
38633
S/081/62/000/009/051/075
31.66/B144
Biryukovich, Y. L., Biryukovich, Yu. L.
TITLE: Glass-reiriforced cement,.- a constructiorWl material
reinforced with unstressed glass fiberjZ.
'9621 421, abstract
MUODICAL: Referativnyy zhurnal. Khiniya, no. 9,11
9K376 (Stroit. materialy, no. 11, 196t-"18-20)
TEXT: In tho constitution of this new material,
glass-~rqinforaed cement,
a system of reinforcine the cement with glass fiber is uied.
Advantage ii
aken of the microscopically small thickness of the Tiber 9 which
gives it-
a lar6e surface development, to secure favorable conditioAs for
the combin*
deformation of the fiber and the concrete.- To prepare gl
,ass-reinforced
KZI-1 (.13-1) cement, alkali-free glass fiber of 7-8 ji
diaiqetvr was used i
tho form of a Mesh 360-600 mm wide with 1-3'mm individual cells,
plus a
protective solution of'div--nylacetylene resin in xylene
(ethinol varnish)
With bitumen type III added, and cement. The best results are
obtained
alumina,waterproof, expanding cement of a grade not lower than
400,
as well as with pozzolan Portland cement. Besides these
components, gldsa-
Card 1/2

S/081/62/000/009/051/075
Glass-reinforced cement, - a.**. W66/B144
reinforced KS-2 (E3-2) cement, contains polyvinyl acetate
latex and a casein
stabilizer which controls the normal course.of the reaction
when the cement
is mixed with an aqueous latex emulsion. In the manufacture of
the Class-
reinforced cement them glass mash is lowered into the solution
of ethinol-
bitumen varnish, li&htly squeezed out and dried, after which
it is
de osited in several layers and each layer cemented with
a-cement mortar
11
kwic 0-55-0-6) in the case of the KB-1 material, or using
cement (062Y.)
mi_zed with a latex emulsion (32~e) and stabilizer (6,da) for
the manufacture
Ejass-reinforced KB-2 cement. A high quality Class-reinforced
cement'
IV
-s obtained with a glass; cement 'ratio of 1 : B. Fields of
application
are indicated. [Abstracter's note: Complete translation.
Card 2/2

,BIRYUKOVICH, K.L., inzh.; BIRYUKOVICH, D.L., inzh.
Boat made of glass cement, Sudostroenie 27 n0,4:40.1+2 Ap
161,
(MMA 14:3)
(Boatbuilding)

BIRYUKOVIOH, K.L. kand.tekhn.nauk; BIRYUKOVIGH, Yu.L.,
inah.
-- -
Glider vessels made of glass cement. Sudostroenle 29
no.71
44-47 Jl 163, (MM 16:9)
(Boatbuilding) (Motorboats)

JMY-U.,KOYIPH.,-Kmstantin,l,l-v,ovlch;, BIW
UKOVICH, Yuriy L Ivovich;
BIPYUKOVICH, Dmitriy Llvovich,- VOLOSHCHENKO,
Z.N., red.
(Glass cement] Steklotsement. Kiev,
BudivelfrWk, 1964.
113 P. (MIRA 171l2)
** Ap

BIRYUKOVICH,---K-L.; BURYUKOVICH, Yu.L.; SMIBIN,
V.P.; BIRYUKOVICH, D.L.
Structural elements of glass cement. Prom. stroi. 41
no.4:36-37 Ap 164. (MIRA 17:9)

- BIRYUKOVICII., K.L., kand. telhn. naifk; EIRYUKOVIO'll, D.L.,
in7h,., BIRYUKOVIGH,
smhluf V.P., Inzh.
Glasv..reJnforced -,,-jtrort yacht-s. Sudoatrisonif, 30
no.12g29-33
I
D 164. kMIRA 18:6)
1
41 - I

BIRYUKOVICH, Konq,~R~pj~!_voytch~ BIRYUKOVICH,
Yuriy Llvovich;
-5VUEO-ViCH, Dmitriy L-vovich; SINTSOV, G.M.,
inzh..'
retsenzent; ZELICHENKO, A.Ya.,q nauchn. red.;
KAMROV,
Yu.S. , red.
(small glass reinforced coucrete and mash
reinforced
concrete vessels] Malkie suda 1z
steklotserenta I armo-
tsementa. Leningrad, Sudostroaniep 1965. 163 p.
(MIRA 18:7)

PA PF )/E fi P ( i A-4 JJ /R / H
L 2204-66 EWP(e)/
AM5010321 BOOK EXPLOITATION UR/
6S3
RiM~ovich,, Konstantin,Lfvovich.- R!m2Lovichi 'YUriy Llvovich
Bir,
I - - - -- - - -- - _p
Mass cement (Steklotament) Kiev,, Izd-vo "Budiveltnyk", 1964.
M p., illuss,
biblio. 2400 copies printed.
70PIC TAGS: cement; glass product; fibergLass: general
construction, construction
material, solid mechanical property
PURPOSE AND COVERAGE: 1he book deals with a new construction
material glass
cement, consisting of highly durable glass fiberkInd cement.
Component
materials and manufacturing technolog-y--oTglass cement and
different
constructions from glass cement are described.- Attention is
given to the
physical and mechanical characteristics of the glass cement
and to the factors
i determining its strength and deformability. The practical
use of glass cement,
the technical and economical aspects, and data describing the
most efficient
use in the future are presented. The book is intended for
engineering and
technical workers in the construction industry and for
designing and research
qrganizations. It can be used as a university textbook*
Card 1

L 2904-66
1AM3010321
WU OF CCHTENTS (abridged):
':Introduction
Materials for glass cement 6
Types of glass cement - 21
.Manufacturing technology of glass cement and glass cement
constructions 27
!Physical and mechanical characteristics of glass cement 44
iGlass cement constructions and products and their technical,and
economical
efficiency - 84
IfGeneral definitions - 84
Models of glass cement constructions and products 85
ISolution of designing problems 105
!Bibliography
:SUB CODE: HT SUENIT72D: 19Nov64
To Rv SM: 049 -iO7M:; ODO
L.-Z

AD50264 80
UFV
Biryi~kovich. Konstantin 1vovich: q~r
L .2vich, LIvoy.1chBiijukovich, Mtrly
-11 vb~dch I'M
Small vessels made from glass xvinroroed concrete and mesh
reinforced concrete
Oblkiye suda 1z steklotsenenEa I WiRtspinn-itn) Leningrad, Izd-vo
"Sudostrvyeniye"i
1965, 163 P. illus., biblio. 7000 copies printed.
TOPIC TAGS: fiberglass, minforced cenent, shipbuilding engineering,
marine engineer-
-ing
PUF410SE AND COVERAGE: This book is intended for a wide circle of
amateur boat-
builders and m3y also be used by specialists In small-boat building
and steel-
xvinfbroed concrete ship construction. E~xperlments. in small-craft
construction
using new materJ als such as cement-glued fiberylass and
niesh-reinflorced concrete
am covered and the advantages of these materials over tr-aditional
boat-building
materials are discussed. The properties of these new materials am
given and
methods of their preparation am presented. Methods of building small
boats using
these materials are described in detail and several snall boats
built in the LZSR
and abroad are covered.
TABLE OF ODMEM,

ACdltdi --AM026480
PART L Building and Pepairing Boats Mac'~- of
Oeffent-olued'Fiberglass and
Wsh-~Re.infbrced Concrete-8
Ch. I. Cemnt-glued fiberglass - 8
Ch. M Wsh-reinfbrced cement. - 37
Ch. III. Hull desigi of cermnt--glued and nesh-reinforced ccnerete
ships 48
Ch. IV. Building ceffent-glued fiberglass ships - 69
(h. V. Building mesh-reinforced cenent ships - 82
CH. VI. The md repair of cenent-glued md resh-reinflorced cenent
ships - 100
PART IL Ships Ma~ of Cemnt-glued Fiberglass and Wsh-minforced
Cenent - 107
Ch. VII. Description of several ships mact of oeffent-glued
fiberglass - 107
Ch, VIII. DescrIption of several ships made of rosh-minfbroed
cerrent - 146
Bibliography 161
SUB COEE: 13/ SUBM DM: 20Apx65/ OFaG REF: 044/
Card
L
A A',

GODIK, Yefrem Illich. d6toent, kand.tekhn.nouk; YJUWSHEVMT,
Sergey
Konotentinovich, kand.takhn.nauk; BnYUKOVICH, lev.Xonstan-
tinovich, arkhitektor: SORM, M.0".ruff.
[Handbook on mechnaical drawing) Spravochnoe rukovodetvo po
charchaniiu. Pod red. 39.I.Godika. Kiev, Goo.nouchno-takhn.
izd-vo maghinostroit.lit-ry# 1959- 714 p. (Him 12:9)
(Mechanical drawing--Handbooks, manuals. etc.)

BIRTUKOVICH. M., inzh.
IrGeor -inr~rl-uwtion from the radar station *Neptune.n
Mor.flot-',',,.
17 no.10:23 0 157. (MIRA iO:12)
(R&44~jfa ~'~svigati on)

rJ
PHASE I BOOK EXPLOITATION 378
Biryukovich, Mikhail Mikhaylovich, and Bukshpun, Marat
Yakovlevich
Sudovaya radiolokatsionnaya stantelya "Neptun" (The Ship Radar
Installation "Neptune") Moscow, Jzd-vo "Morskoy transport", 1957.
203 P. 9,000 copies printed.
Ed.; Chernyayev, R. N.; Ed. of Publishing House: Kolchinskiy, M.
L.;
Tech. Ed.: Tikhonova, Ye. A.
PURPOSE: This monograph in addresseedto ship navigators who are
acquainted with the fundamentals of radio engineering and
to specialists attached to the ship's navigation room.
COVERAGE: The monograph in concerned with the operation and
design
principles of the ship radar Installation "Neptune".
Methods of adjusting its component units and of detecting
and correcting defects are described. The "Neptunen radar
equIpment Is standard on many ships of the Soviet seagoing
fleet (P-3). This book was composed on the assumption
that the ship's navigator must understand the operating
principles of the radar installation as a whole, as well
as of Its separate units If he In to be able to operate
Card 1/12 radar equipment properly, and to make repairs at sea,

A*V
The Ship Radar Installation "Neptune" 378
or in .foreign ports where it in very often Impossible or
diffi-
oult-to find radar speoWists in emergencies. Considerable
attention is given in the book to methods of tuning and
adjusting
radar units and aggregates of radar units. Circuit diagrams of
.,of the receiver-tranamitter and of the
the master indicator
antenna as well as or the remote indicator are given. These
circuits, however., are not described in detail, but are given
only to aid the reader to see the interrelation between the
separate units. Soviet-produced electrical, electronic and
mechanical parts and components entering into the completely
assembled radar unit and its accessories are mentioned or dis-
cussed at length throughout the monograph. It is pointed out
that since publication of this book, the "Neptune" radar
equipment
.may have undergone certain modifications. For this reason the
diagrams given in the book may be somewhat different from
those in
the radar equipment actually being produced. Extensive tables
of
characteristics of various types of tubes and of other
components
are given. The basic debign parameters and characteristics of
the wNeptune" radal- and its components are given in tabular
form (py.16-18). The book in accompanied by a seat of six
inserts
Card 2/12 -

The Ship Radar Installation "Neptune" 378
(appendices 5.. 6, and 7). There is a bibliography of SiX
Soviet
sources.
TABLE OF
CONTENTS:
Preface 3
GENKRAL OFERATINQ PRINCIPLES
OF SHIP RADAR
Reflection of radio waves 4
Operating wave bands of radar transmitters 5
Pulse principle of radar operation 6
Principle underlying the determination of slant range 8
Determination of bearing 9
Obtaining images of surrounding settings on the plan
position indicator 10
Characteristics of ship radar 11
Card 3/12

The Ship Radar Installation "Neptune" 378
Section I.
DESION OF THE SHIP
RADAR INSTALIATION "NEPTUNE"
Ch. I. Operating and Technical Data 16
1. Basic parameters and characteristics 16
2. Component assemblies 19
Ch. II. Master Indicator, Assembly 1 21
1. Function and interaction of units of the master
indicator 21
2. Sine-wave oscillator (I-1) and the high-pass cutoff
frequency filter (1-2) 30
3. Quadrature networks (1-15) and the phase inverter
(1-16) 34
4. Formation of trigger pulses (1-4) 36
Formation of expanding range circles Q-3) 39
9.0 Formation of scanning-, brightening-, fixed range
circle-, and balanced wave-pulses 41
7. Video-mIxer unit (1-12) 48
Card 4/12

The Ship Radar Installation wMeptune" 378

8.
Cathode-ray tube
unit (1-6), selayn unit (1-14)
50
9.
Monitor panel 1-11)
R
50
10.
Control panel
-9)
51
11.
Indicator power supply unit (1-8)
53
Ch. III.
Transm:ttter-recolver, Assembly P

55
1.
Function and
interaction of the transmitter-

receiver units
55
2.
Radio-fro
uency head P-2)
1
59
3.
Receiver ?P-3 and 1-7
6
2
4.
Automatic frequency control (P-4)

Transmitter modulator
(P-6)
71

Magnetron oscillator (P-5) and high voltage

rectifier
(P-7)
74
7.
Transmitter power supply unit (P-8)
75
Ch. IV.
Antenna-wavegulde System

77
1.
Function and block diagram
77
2.
System for the channeling, emission and reception

of
Buperhigh frequency energy (A-1)
78
Card
5/12

The MdY Radar Installation "Neptune" 378

3.
Antenna drive
(A-2)

9
1
4.
VaVeguide channel
0
Ch- V.
Remote Indicator -- Asambly V
81
1.
Function and block diagram
81
2.
Scanning pulse applifiers
(V-1. V-2, V-3)
83
3.
Video amplifier (V-5)
85
4.
Cathode-ray
tube unit (V-4)
87

Power supply unit (V-8)

8
1

Control anel (V-6) and monitor panel (V-7)
p
8
Ch. VI. Heating System, Telephone Communications System,
Dehumidifier, Power Supply Unit 89
I. Heating system 89
2. Telephone conwAmications systea 90
3. Dehumidifier 90
4. Power supply units 91
Card 6/12

The Ship Radar Insta3lation "Neptune"
378
Ch. VII. Metering Apparatus Attached to the Equipment
1. Synchroscope 25-1
2. AVO-5M type appere-voic motor
3. M-592 type microameter set
4. M1101 type megohmmeter
Section II.
INSTALLING AND TUNING THIC "NEPTUNE"
RADAR ON BOARD SHIP
Ch. VIII. Disposition of Radar Assemblies on Board Ship
1. Disposition of antenna
2. -Disposition of tranwdtter-receiver
3. Disposition of master indicator
4. Disposition of remote indicator
Disposition of power supply units
Disposition of auxiliary equipment and assemblies
7: Assembly of the waveguide channel
91
91
93
93
94
'95
95
96
97
97
98
98
99
Card 7/12

The Ship Radar Installation "Neptune* 378
Ch. IX. Switching the RquIpment Op and Off. Tluning the
Equipment During Operation
100,
1. General safety
requirements when switching on and

tuning the equipment
100
2. Switching equipment on and off
100
3. Tuning the
components and units
102
Focussing the electron beams of the
indicators
102
Sweep centering
103
Aligning the movable scale
of assembly I with

the gyrocompass
103
Antenna alignment
103
Zero adjustment of the range meter
104
Matching the
disposition of the fixed range circles

with the movable
range circles
106
Regulating magnetron current
106
Adjusting
the automatic frequency control and tuning

the r-f head of
the transmitter-reoeiver. Matching

the antenna-waveguide
channel with the magnetron
107
Adjusting image contrast
range on the screen of the

matter indicator
110
Card 8/12

The Ship Radar Installation "Neptune" 378
Matching the remote Indicator scanning with master
indicator scanning 110
Adjusting the scanner amplifiers of the remote
indicator
Adjusting image contrast range on the remote indica-
tor screen 112
Section III
ADJJUSTNW OF THE UNITS, ASSE1V3LIES AND
I THE XQUPMENT AS A WHOLE
Ch. X. Tracking Down Faulty Units in the I Assembly 113,
1. Preliminary remarks 113
2. Procedure for detecting faults in the I assembly 114
Ch. XZ. Adjustment and Detection of Faults In the Units
of the I Assembly 134
1. Adjusting the 1-2 unit 135
2. Adjusting the 1-2 unit 137
Card 9/12

7he Ship Radar InBtal2atIon wNeptunen 378
3. Adjustment of units 1-15 and 1-16 13
4. Adjustment of unit 1-3 IN
Adjustment of unit 1-4 139
Adjustment of unit 1-5 139
Adjustment of unit 1-17 140
Adjustment of unit 1-12 140
9: Checking the operation of units 1-6, I-8o 1-9,, X-11 141
10. Detecting defects in the units 141
11. Correcting characteristic defects when tuning and
adjusting the I Assembly 142
Ch. XII. Detection of Defective Units in the P assembly
142
1. Procedure in checking pulses 142
2. Sequence in the detection of defects in the P assembly
146
Ch. XIII. Adjustment and Detection of Defects in the
P Assembly Units 152
1. Adjustment of unit P-4 152
2. Adjustment of unit P-6 154
3. Adjustment of units P-3 and 1-7 154
Card 10/12

The Ship Radar Installation "Neptune"

378

4.
Adjustment of unit P-2

155
-
Adjustment of units P-5, P-7 and P-8

155

Correcting
characteristic defects when
adjusting

the P assembly

155
Ch. XIV.
Adjusting the A Assembly

155
1.
Procedure for detecting defects In
the
A assembly
155
2.
Correcting characteristic defects when
adjusting

the A assembly

3.59
Ch. XV.
Detection of Defective UhIts
In the V Assembly

159
1.
Procedure for checking pulses

159
2.
Sequence
in detecting defects in the V
assembly
160
Ch. XVI. Detection of Faults and Adjustment of V
Assembly Units 169
1. Adjustment of units V-1,, V-2, V-3 169
2. Adjustment of unit V-5 170
3. Correcting characteristic defects when adjusting
the V assembly 171
Card 11/12

The Ship
Radar Installation "Neptune" 378

Appendix
1.
Table of
oiling schedules for the mechanical

parts of the "Neptune"
radar
3.73
APPOrMUX
2.
Tables of resistance values between the
tube

bases and the chassis
174
Appendix
3.
Table of d-c tube
operating parameters
179
Appendix
4.
Coil winding data for the
electrical

components of the wNeptuneN radar
187
Appendix
5.
Schematic diagram of the master Indicator -

assembly I
insert
Appendix
6.
Schematic diagram of the
transmitter-receiver

and of the antenna: assemblies A and P
-insert
Appendix
7.
Schematic diagram of the remote
Indicator:

assembly V
Insert
Bibliography

202
AVAIT-A'RTJt:
14brary of Congress

Card 12/12

ii".P/VM

June 25, 1958

19593-0- . EPF(c)/EWT(s)/BD$-... Fr-~4._ wo
AGUSSICH NRv M001602 S/OU9/63/0*003/0018/00ii-
AUTHOR- To yukovI
_pa!!j ~va, ~K.Vj ftomanovekiy,, D. V.; Bj! eh,, M. M.
TITIEt Astudy of the inhibitory effect of cumenehydroperoxido in
the cracking
reaction
i SOURCEt Moscow, UnIversitate Vestniks Seriya 2. Khimiya, no,~~,
1963p 18-23
TOPIC TAGSt cumenet cumenehydroperoxide, crackingl catalysis of
cracking, alumo-~
silicate catalyst, acotophenone, Inhibition of catalysis
ABSTRACT: While the cracking of cumene is today widely used in
evaluating the
capacity of alumouilicate catalysts, it is essential to take into
consideration
the inhibiting effect of hydroperoxidee of cumene on the kinetic
laws of the reac-
tion. This soems to be due to competition of cumene and
hydroperoxide for the ac_~
tive centers of the catalyst, In this present work the adsorption
coefficients of,
the hydroperoxide of cumene and Its decomposition producto
(acetophonone7and ace- ~
tone) were determined. The principle of the method used consisted
in studyi". . the:
effect on the reaction rate constant of various amounts of
hydroperoxide, as well
as using dilutions by an inert substance - cyclohexane. The
obtained results
showed that the magnitude.of the adsorption coefficient of
hydroperoxide is very
;Card 1/2

L 12.593-63
ACCESSION NR.- AP30DI602
sizable an indication that the adsorpt~gn equilibrium is
substantially shifted
towards the formation of a stable
~Jbetween the hydroperoxide and the cata
lyst's active centers, It was also found1that acetophenono equals
the hydromr-
oxido in inhibition effect, while acetone has a four times lesser
adsorption CO-
efficient. Crig. art. has: 4 formulas, 4 charts, and I table.
ASSOCIATION: Y49kovs)dy universitet, ~afedra fizicheakoy khimii
(Moscow Univer-
SUBMITTEDt 2IJul63. DATE AOQ: O9Jul63 ENCL: 00
SUB CODE: 00 NO REF SOV% Oll OTHER: 002
Cgrd 2/2.

ROZOVSKIY, A.Ya.; ~IjtMg~~H ~M.M. IVANOV, A.A.;
LIEEROV.. L.G.;
BUTYUGIN, V.K.; KAGAN, Yu.B.; KRYUKOV, Yu.B.j
BASHKIROV., A.N.
Mechanism of the carbide-forming reaction of fused
iron
catalysts for synthesis from CO aind H2.
-Nefteirbimiia
3 no.l-.97-103 Ja-F 163. (MIRA 16:2)
(Iron catalysts) (Iron carbides)
(Chemistry, Organic-Synthesis)

RCEOVSI=, A.Ya.; B IVANOV,, A.A.; KAGAN.. Yu.B.;
BASMMOV, N.
Kinetics of reactions involving the solid phase.
Part 3:
Carbide formation in fused irw catalysts induced
by carbon
monoxide. Kin. i kat. 4 no-3:373-381 Yf-.Te 163.
(MMA 16:7)
1. Institut neftekhimi skogo sinteza AN SSSR.
(Carbides) (Iran cata~ste)
(Chemical reaction, Rate of)

TOPCHIYEVA, K.V.; ROMANOVSHY, B.V.;_BIRYUKC!TICH,
H.M.
Study of the inhibiting action of cumene
k7droperoxide in
the cracking reaction. Vest. Mosk. un. Ser.
2tKhim. 18 no,3:
18-23 MY-Ja 163, (MIRA 16:6)
2. Kafedra fizicheakoy khImii Moakavskogo
universiteta.

ROZOVSKIy, A. ya.; BIRYUKOVICH, M.M.; IVANOVy A.A.;
KAGAN, YU.B.; BASHKIROVp
A.N.
Kinetics and mechanism of the carbidizing treatment of
iron
catalysts for synthesis from CO and HZ . Neftekhimiia
4 no.2t
.269-Z74 Mr-AP'64 (MIRA 17t8)
1, Institut neftekhimleheskogo sinteza AV MR imeni
Topchiyeva,

DIRytTMICH, P. V. and POLTSCHUK, T. A.
Biryukovich, P. V. and Polischukv I. A. "Stomatio-vegetative
disorders in manic-
depressive p ychosis", Mod. zhurnalo Vol. M11, Tnaue 2, 1949, p.
26-47, (In Ukrainian,
resune in Ru:sian), Bibliog: 6 items.
SO: U-4630, 16 Sept. 53, (Letopis 'Zhurnal Inykh Statey, No. 23,
1949).

13TITV.-olfIC14, r. v.
Biryukovich, P. V. "On thelbasic brain processes in
manic-depressive psychosisff,
Mod. zhurnal, Vol. XV111, Issue 2, 1949, p. 92-105, (In
Ukrainian, resume in Russian),
Ribliogt 17 items.
SO: U-46301 16 Sept. 53, (Letopis 12hurnal Inykh Statey, No.
23, 1949).

1.)..rl. II .! i(I 11 f) i !
J.~" )'I ~'~ ~ !~~ KO ~- , ~ I) I ~-
RASINj S. D... MDTOPOPOVt V. P. t SaffMOVMHI P. V.
- WWAW
Treatment. of mado depresvive mtjeato mith Umbar novocaine
block,
Nevropat. paikhiat., Moskva, 1916. Nov.-Do*. 50. p. 29-35
CUM 209 31 Maroh 1931

A~ C v , C- '-/, P- --- -- - - -- - ---- - -
~?/ e y U- C -
BIRYUKOVIGH, P.V., kand.medomuk; RASIM, S.Do. kand.med.nouk
- - , I
V.P.Protopopov's career. Modych.zhur. 20 no.5:3-8 130. (min 11:1)
(PROTOPOPOV. VIXTOR PAVLOVICH, 1880- )

13 i'R YL) K L) v Icif A V.
PROTOPOPOV, V.P.j BIRYUKOVICH, P.V., kand.med.nauk; RABIN,
S.D., kand.
med.nauk
Treating manic-depressives by lumbar novocaine block,
Kedych.zhur,
20 no.5:9-18 150, (MMA 11:1)
1. Z viddilu paikhiatrit (sav. viddilou - diyoniy chlen AN
TJRSK
V.P.Protopopov) Institutu klinichnol fixiologii im. akad. 0.0.
Bogomolltea AN URSR (direktor - chlen-kor AN TJRSR prof. R-Ye.
Kovetslkiy)
(NOVOCAINH) (KANIC-DJLPRESSIVX PSYCHOSES)

IN

3BYUKOVICH. P.V.
pl-wmw~
Some preliminary symptom of manic-depressive psychomes.
Piziol.shur.
[Mcr.] 2 no.4.-56-61 Jl-Ag 156. (NM 9: 10)
1. Institut fisiologil tueni O.O.Dogamolltaya Alcadeall
nauk USSR,
viddil poikhiatrii I patologit vishchot neryovoi
d1yallnosti.
(KLNIC-DIMSSIU PSYCHOM)

BIRYUKOVICH, P.V.
"Mmam-
iktor Favlovich Protopopov; 75th birthday and 50th
anniversaz7
of his scientifie activities. Zhur. nevr. i paikh.56
no.):277-280
156 (WJU 9:7)
(PRoTopopoy, viam PAnovicH. 18so-)

BIR
- j ~y U-Yav~-. I I d4 ~ A &14
Vladlair Nikhmilovich Bekhteray; on the 100th
anniversary of his
birth, 7.1slol.,shur. CUkr.] 3 no.l.-3-11 w's-lP 057.
OCRA 10:3 )
(m V, TUDININ MMUIWVICK, 1857-1927)

BIRYUKOVIGH Petr Viktorovich
(Pathophysiological characteristics of patients with
a manic-
depressive psychosis and ways for preventing attacks]
Patofi-
ziologichns khoraktorystyko khvorykh na
uaniaksl'no-d9pre9yvnjyl
psykhos i shliakhy profilakty ioho prystupiv. lyiv,
Tyd-vo Ajwd.
mauk URGR, 1958. 132 p. (NMA 13:9)
(KUIC--Mmmssivz PSYCHOSMS)

BIRYUKOVICH, P. V., Doe Med Sci -- (diss) "Pathophysiological
charact-
eristics of patients with maniac-depressive psycbosis in a
seizure
and in remission and means toward prophylaxis from attacks of
this
psychosis." Kiev, 1960. 23 PP; (Academy of Sciences Ukrainian
SSR,
Division of Biological Sciences); 280 copies; price not given;
(KL,
17-60, 166)

BIRYUKOVICH P.V. [Diriukovycli, P.V.]
Anton Erofeevich Khillchenko; on his 70th birthday. Fiziol.
zhur.
[Ukr.) 7 no.5:7U-713 8-0 161. (MIiA 14:9)
(KHIL'ChMEO, ANTON FA-WEEVICH, 1891-)

L 27517-66 EWTW/EWP(e)/EWP(J)/T/XWP(V) IJPW WW/RM/WT
ACC NRt AP6005846 SOURCE, CODE: UR/0403/65/000/003/0008/0011
AUMOR: Biryukovioh Yu..(Director of laboratory); Serbin, V. (Senior
engineb.-); (Team leader, Member of technical help
bureau)
ORG: (Biryukovich, Yu.) VNIINSM Kiev; (Serbin, V.) Institute of
11echanics AN UkrSSR (Ins t methaniki AN UkrSSR); (Biryukovioh~ D#)
ITITL-E-. Glass-wool cements in the national economy
SOURCE: vDNKh SSSR. Informatsionnyy.byulleten', no. 3, 19651 8-11
TOPIC TAGS: gene~ral construotionil Lktru*,~tul*al, mineral
product, ship-.-
building~
uc"'
ABSTRACT: The/authors describe a now anisotropic constr Vion
materia1'
of glass-wool"10fibrous aggregates bound together by cement (or
'polymer-
ceme~t) Alue.; Its unit weight varies between 0.80 and 1.85 g/ou cm
and its specific elongation is 0.9%. The material has good
resistance
against formation of cradks and fissures. The forwtion of micro-
fissures starts at stresses in the range of 80 to 90% of tensile
strength. The now material based on latex-cement glue has high
dielec-
trio properties. Its volume resistivity attains a value of 1014
ohm-CM

ACC NR1 AP6005846 G
13
and its surface resistivity goes up to 10 ohm-om. Puncture voltage
is,,
about 8 kv1mm. Thermal conductivity-is about 0.1 to 0.9 kcal/m.hr.
degree. The material is fireproof, waterproof, frostproof and
resistant
to the adtion of mineralized -water. It can readily be machined,
riveted
bolted, glued and assembled. It can be colored by addition of
pigments
to its binding mineral glue. The glass-mool cement is about 30 times
cheaper than structural glass-plastica. It is viore expensive than
re-
inforced concrete. However, its higher cost is compensated by a
lesser
weight needed for construction because the tansile and banding
strengths
of glass-wool cement exceed many times the strengths of reinforced
con-
crate. The glass-wool cement is especially suitable for
construction of
window ffames, thin walls, tanks, pipes, boat hulls, etc. Some
examples
of developing, testing and using this material for various
constructions
(mostly in the Kiev area) were presented, including apartment
buildings,,
irrigation installations and shipbuilding. The motor-yacht "Novinka"
built of glass-wool cement was shown in a photo. Its hull walls were
only I cm thick for a yacht size 16 cu m. The yacht covered 3000 km
during the 1963 navigation season (Dnepr River and Black Sea). Orig.
art has: 2 photos,
SUB CODE: 11,13 SUBM DATE: None 01RIG REF: 000 OTH REF: 000
Card

V
)PNOKOvic-H, tu.L
SMLIBITSKATA, A.i. [Stral'bytolim, O.I.J; BIRYUZOVICH, Tu.L.
rBiriukovycb. M.L.)
L
Testing rolled girders for obliqme bending beyond the
elastic limit. Dop.AI UM noel.-22-26 160.
(NM 13:6)
1. Institut stroltelluoy mekhaniki AN US=. Predstavlano
akademikon AN USSR F.P.Bolyankir4m [jP,Bj9jj&nkjMWu],
(Girders) 01*zars)

STIM 13ITSMA, A.I. [Strellbyte'la, 0.1.] (Xiyev),.
DRYUKOVICH, Yu.L.
[Birlukovych, W.L.] (Kiyev): PRUXO, Z. P-30.1-
Wyey)
1xperInental Investigation of elsstic-plastic
oblique bond-
ing of thin-walled beams Pryk1.mkh, 6 noo3s289-301
,6o. (KM 13:8)
1. Institut ackhaniki AN USSR.
(Girders)

B33YUMVICE, K. L. i and B3:RYUNMC31.. Yu. L... inth.
Boat abolls rads of gimm minforced comuto Bet* I zbel. -bet.
no.6.- 275-278 A 061, (KM 14:7)
(Kiev--ReWoread conwotd) (bMt bUild

38633
S/08 62/000/009/051/075
31,66YB144
a.':~ 0 0
AUTHORS: Biryukovich, K. L.,
T I T Glass-reiftf orced cement,.- a constructio4l material
reinforced with unstressed glass fiberj_-%,
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 9,,4962, 421,
abstract
9K376 (Stroit. materialy, no. 11t 1961`16-20)
TEXT: In the constitution of this new material,
glass-"inforced cement,
a system of reinforcing the cement with glass fiber is uied.
Advantage ii
taken of the microscopically small thickness of the Tibet p
which gives it!
a larGe surface development, to secure favorable conditio;is
for the comb*
deformation of the fiber and the concrete. To prepare gl
,ass-reinforced
KS-1 (K3-1) cement, alkali-free glass fiber of 7-8 g
diaiqet-er was used in
the Alorm of a mesh 360-6oo mm wide with 1-3 mm individual
cells, plus a
protective solution of divinylacetylene resin in xylene
(ethinol varnish)
With bitumen type III added, and cement. The best results are
obtained
with alumina,waterproof, expanding cement of a grade not lower
than 500,
as well as with pozzolan Portland cement. Besides these
components, gldss-
Card 1/2

S/08 62/000/009/051/075
Glass-reinforced cement, - a.... B166X3144
reinforced KG-2 (Y.B-2) cement contains polyvinyl acetate latex and
a casein
at-abilizer which controls the normal course of the reaction when
the cement
is mixed with an aqueous latex emulsion. In the manufacture of the
glass-
reinforced cement thi glass mash is lowered into the solution of
ethinol-
bitumen varnish) liGhtly squeezed out and dried, after which it is
deposited in several layers and each layer cemented with a-oement
mortar
Wc 0-55-0.6) in the case of the KB-1 material, or using cement (62y)
mi-zed with a latex emulsion (32~o) and stabilizer (6,jifo) for the
manufacture
o. 61ass-reinforced 13-2 cement. A hiGh quality glass-reinforced
cement'
-;s obtained with a glass; cement ratio of 1 -. 8. Fields of
application VIV
are indicated. rAbstraoteria note: Complete translation
Card 2/2

BIRYUKOVIOH., K.L., kand.tekhn.nauk; !~
~~IGHY~u.L., insh.
Glider vessels made of glass cement. Sudostroenfi- 29
no.7t
"-47 J1 163, (MIRA 160)
(Boatbuilding) (Motorboats)

P W) /r!;ip(v)/-tFvr iniv
No R M

5222045-
'5~ Vu
AM. 421-4b '6ml"-w7 It*Ulus Of OlaOtiCity respective],Ti,
art.
PfVtv '11',RM R

IL 2904-66
AM5010321 BOOK EXPIDITATION UR/
6S3
B64
Bir Biryukovichi DEM Wyovich Blguk2Li~ch
yukovich, Konstantin Xvovich;
Glass cement (Steklotsement) Kiev, lad-v-j "Budivelfayk", 1964. 113
p.. illus.,
biblio. 2400 copies printed.
TOPIC TAGS: cedent; glass product; rikg&1ass., general
construction,, constructionj
material# solid mechanical property
PURPOSE AND COVERAGE: The book deals with a new conotruction
material glass
cement, consisting of highly durable glass fiberlInd cement.
Component
materials and manufacturing technology-or-gla-sa cement and different
constructions from glass cement are described.- Attention is given
to the
physical and mechanical characteristics of the glass cement and to
the factors
determining its strength and defomability. Me practical use of glass
cement,
the technical and economical aspects,, and data describing the most
efficient
use in the future are presented. The book is intended for
engineering and
technical workers in the construction industry and for designing and
research
qrganizations, It can be used as a university textbook*
Cam 1/2 ---

L 2904-66
'AH5010321
TABLE OF CONTENTS (abridged):
vIntroduction -- 3
iMaterials for glass cement 6
ITypes of glass cement - 21
',Manufacturing technology of glass cement and glass cement
constructions 27
;Physical and mechanical characteristics of glass cement -- 44
!Glass cement constructions and products and their technical.and
economical
_i efficiency - 84
iGeneral definitions 84
:Models of glass cement constructions and products
I -
.!solution of designing problems 103
Bibliography - 323
'MB CODE: MT SUMIM: 19ftv64
XO REF SOV: 049 OTHER*. 000
IC
ard 2/2

Yur
BIRYUKOVIGH, Kon2tantin Lvvovich-
BIRYUKOVICHI,- -1, jy
BIRYUKOVICH, Dmitriy Lvo P G.M., iuzh.,
retserizent; ZELICHENKO, A.Ya., nauchn. red.;
KAZAROV,
Yu.S., red.
[Small glass reinforced concrete and mesh
reinforced
concrete vessels) Malkia suda iz
steklotsementa i arzo-
tsementa. Leningrad, Sudostroenle, 1965. 163 p.
(MIRA 18-.7)

BIRYMKOVICH, K.L., kand. telhn. nauk; EIRYUKOVICH, D.L.,
I J -he; SFRBINI V.P., inzh.
YU4 lie J=
G', ass-reinforaed -cment yachts. SudostrceniP 30
ro.l;?.t29-33
D 164. (MIRk 18;6)

BIRYUKOVICH. YU.L. (Kiyev); SERBIN, V.P. (Kiyev)
Strength and deformability of glass-cements with various
glass
fiber fiUers. Prikl. mekh. I no.12t75-81 165.
(MIRA 19:1)
1. Institut mekhaniki AN UkrSSR. Submitted Nov. 25, 1964.

L 26072-66Uef RP(j)AKWATt(j)A&~
.1 ACC NRe P145026480
Kry~kovich, Konstantin LIvovich; BAr~Lukovich, YUAY LIvovich;
Biryukovich Drdtriy
VO
Small vessels made from glass reinforced concrete and meSh reinforced
concrete
(14alkiye suda iz steeklotsementa, i tsementa) Lr-dngrdd, I.zd-vo
"Sudostroyeniye,
1965., 163 P. Illus., biblio. 7000 ccpies printed.
TopIC TAGS: fiberglass, reinforced cerent, shipbuilding engineering,
marine eng;Lneer-
..-ing
'PURPOSE AND ODVERAGE: This book is intended tor a wide circle of
amateur boat-
builders and Pw *also be.used by specialists in small-boat building
and steel-
einforced concrete ship construction. E er nts. in small-craft
construction
r ~Cp Ige
using new materials such as oement-glued fiberglass and
mesh-reinforced concrete
are covered and the advantages of these materIals over tr-aditional
boat-building
mtersials are discussed. The properties of these new materials are
given and
methods of their preparation are presented. Methods of building smill
boats using
these materials are descilbed in detail and several small boats built
in the USSR
and abroad are covered.
TABLE OF 00hTERM:
1 160r9l

AV5026480
PARr I'* Building and Repairing Boats Made of
Cerwnt-Glued'Fiberglass and
Msh-:Reinforoed Concrete-8
Ch. I. Oerwnt-glued fiberglass
Ch. n. Yesh-reinfo.roed oenent 37
Ch. III. Hu.11 design of oerwnt-glued and mesh-reinforoed ocnerete
ships 48
Ch. IV. Building oemnt-glued fiberglass ships -- 69
Ch. V. Building mesh-reinforced oevent ships - 82
CH. VI. Use and repair of cement-glued and nesh-reinfbroed oenBnt
ships 100
PART IL Ships Made of Gewnt-glued Fiberglass and Mah-reinforced
Cermnt - 107
Ch. Vii. . Descriptim of several ships made of cenent-glued
fiberglass - 107
Ch. VM. Descripticn of several ships made of nesh-reinfbroed.cenent
- 146
Bibliography 161
SUB ODLE: 13/ SUBM DM: 20Apz,651 om mw:, o44/
Card 2 2

NRt Ai%5026480 UR/
LIvovich
Wiryukovich., Konstantin Llvovich; ti
.!Zukovich, Y~L& Bixyukovich, Drdtriy
LIvovich
Small vessels miade fYom glass reliarorced concrete and mesh
reinfbroed concrete
(Valkiye suda iz stekl6f-serrentai arwotsementa) Leningrad, I.zd-vo
"Sudostmyeniye",
1965~ 163 P. illus., biblio. 7000 copies printed.
TOPIC TAGS: fiberglass, reinforced cement, shipbuilding
engineering, nkwine engtriee
ing
URPOSE AND COVERAM This book is intended tor a wide circle of
amateur boat
builders and may also be used by specialists in small-boat building
and steel
-reInf1orced concrete ship construction. F_Nper!tments in
small-craft construction
on rete
using new materials such as oerrent-glued fiberglass and
rresh-reinfbrced c c
are covered and the advantages of these materials over traditional
boat-building
materials are discussed. The properties of these new materials are
given and
metkods of their preparation are presented. Mthods of building
small boats using
these materials are described in detail and several small boats
built in the USSR
and abroad are cover-A.
TABLE OF ODNIUM:

ACC NR, AN5026480
PARr 14 &Aiding and Pepairing Boats Made of
Oenent-Glued'Fiber-glass and
14~sh--Reinfbrced. Ccricrete-8
Ch. I. Ceffent-glued f1berr5lass 8
Ch. II. Itsh-reinfbroed cerwnt 37
Ch. III, Hull desigri of cenent-glued and nesh-reinforoed
ccncrete ships
Ch. IV. Building oement-glued fiberglass ships - 69
Ch. V. Building mesh-reinforoed cement ships - 82
CH. VI. Use and repair of oermnt-glued and nesh-reinfbrced
oerwrit ships 100
PART II. Ships Mad-, of Cerwnt-glued Fiberglass and
Fesh-reinflorced Cerent - 107
Ch. Vii. Descrl,)tion of sever-al ships ngide- of oenent-glued
fiberglass 107
Ch6 VIII. Description of several ships made of
nesh-minfbrced.cerrent 146
131bliography 161
SUB ODEE: 13/ 'SUBM DATE: 20Apr65/ OM FEF-- 044/
Card 2/2-

BIRIUKOVICH' K,L.p kand.takhn.nauk; BIRYUKOVICH,,
Yu*L.,, inzh.; SHIRYAIEV,
LT., in2h.
Concerning the use of glue cement in the agricultural
machinery
industry. Trakt.i sellkhostmash. 32 m.4:37 Ap 162.
(MIRA 15:4)
1. Kiyevskiy politekhnicheakiy inatitut (for
K.L.Biryukovich).
2o Irotitut mekhaniki AN USSR (for Tu.I.Diryukovich).
(Agrimatural machinery industx7--Equipment and
supplies)

SMUIN, Yu.A., inzh.; BIRYULEV, V.G., inzh.
Problems concerning the design of a circuit for the ignition
of
ignitrona. Elektrichestvo no*6.-61-65 Je 161, (MIRA 14:10)
1. Voesoyuznyy nauchno-iseledovatellakiy institut
elaktroenergetiki.
(Mercury-are rectifiers)
Apr

SHKAYN, Yu.A., inzh.; Prinimali uchastiY92 KHARLAMOV,
S.1h., inah.;
-V.G.--i-inzh.; TAMANTSEVA, -T-S-t inzb.; IGLITSMi,
I.L.,
red.; LARIMIOVP G.Yes, teklmoreds
[Study of ignitron characteristics and design of
firing circuital
Zeeledovanie kbjq'akteristlk zazbigatelei i raschet
ekhem zashiga-
niia ignitronov, Mbskva# Goe.energsizd-voy 1960o 57 P,
(Mbecov.
V86miun7i nambno-issledovatellskii institut
elektroenergetiki.
Informatsionnye materialy,, no.56). (MIRA 24:12)
1. ThesoymMy nauchno-isolodavatell skiy institut
elektroenergetiki
(for Mmrlamov, Diryulevs, Thzmntseva).
(Mercury-a" rectifiers)

-.-J-~

Q T
77

L 85,21-65
ACCESSION NP:
,
AP14`44~-,75,
., - ~ -,r-!~tvenj)v*v I-.
P~-T ---
: i

vi ty (3) the ci~xrier
jL

BEITOINAYA, 1.A.; BIRYULEV, V.I. ,; KOPILE'VICHP I.G.;
PROKOFIYLV, Ye.V.
Mechanism of photoconductivity in lead sulfide layers. Fiz.
tver.
tela 6 no.9:2873-2876 S 164.
(MIRA 17:11)
1. Gosudarstvennyy opticheskiy institut imeni Vavilova,
Leningrad.

BIRYULEV, V. V.
BMUIEV, V. V. - OPre-Stressed Steel Beam," Mim Higher
Education USSR. Kiev
Construction Engineering Inst. Chair of Metal and Wooden
St=ctures. Kiev,
1954. (Dissertation for the Degree of Candidate in
Technical Sciences)
So-, KnjAbaW J&topial No 3. 1956

BIRYUIZV~,A.-Y., kand. takha. naukl SILLIVESTROV, A.V.,
kands takbm. nauk;
MACHIN, A-Z-, inzh.; IEMSON, U.S., insh. (Novosibirsk)
S=e characteristies of prestressed steel continuous
crane girders.
From. strol. 42 no.10sl&Zl o 164, (MIRA 17sll)

BMUKaVICHq K.L.J. insh.; BIRMOVICH, Yu*L,, insh,
Boat sheUs made of glass reiacraadd&wnt. Bet.i
zhel..t)'qt.
noo6:275-278 Je 163.. (MM 14:7)
(Kiev-Reinforced concrete) (Boat buading)

- 4RL-A&VAjAJM. A~ -rs 1JUnibVUJQ-', V. V.j XMGM-Mp B. "Ca.
"Wing Loads On Overhead Transmission Lines."
report to be submitted for Intl. Conference on Large
Electric Systems (CIGn),
18th Biennial Session, Paris, France, 15-25 Jun 60.
-0
-0

inzh.; BURGSDORF, V.V., doktor tekhn.nauk;
MADW, B.Yu., inzh.
Wind pressure on clerhead line conductors. Elek. sta.
31 no.609-65 Ag 160. Wr-,'i 14:9)
(Electric lines--Over4ead)

P V
-A,
V-30
AUTHOR.: Berdichevskiy, L. S., Candidate of Biology ' -58-7-41/49
TITLE: Biological Foundations of Ocean Fishing (Biologicheakiye
oanovy okeanicheakogo rybolovetva) All-Union Conference
(Vsesoyuznoye soveshchaniye)
PERIODICAL: Vestnik Akademii nauk SSSR, 1958, Nr 7, PP- 131-133
(USSR)
ABSTRACT: Thelchthyological Committee of the AS USSR
(Ikhtiologicheakaya
komissiya Akademii nauk SSSR) together with the All Union
Scientific Research Institute for Ocean Fishing Economics and
Oceanography /VNIRO/ (VBesoyuznyy nauchno-issledovatel'skiy
institut morskogo rybnogo khozyaystva i okeanografii /VNIRO/),
and the Institute for Oceanography of the AS USSR (Institut
okeanologii. Akademii nauk SSSR)held this conference
April 11-- 16. It was attended by: representatives of a great
number of biological scientific research institutions of
branch institutes of fishing industry, of many universities
and a number of Councils of Economy. The following lectures
were held:
1) A. M. Batalin On new data concerning oceanological
V. V. Leontlyeva I conditions in a number of regions of the
V. A. Burkov Pacific Ocean (Tikhiy okean)
2) G. M. Bi n on the utilization of oceanological data '
Tyali in
ocean H-a-hing-.

-al1r, ~-,, I M 0
OceanograplW and sea finberles. Trudy soy. Ikht- lcom.
no.10:41-46
160. (MMA 13: 10)
1.-Tikhookmmskiy nauchno-Issledovatelleldy lustitut
rybnogo
khosyaystva L okeam&.-afil (TIOD).
(Pacific Ocoan-FisherlesT-Research)
(Pacific Ocam-Ocesawaphic remearcb)