SCIENTIFIC ABSTRACT BELINSKIY, B.A. - BELINSKIY, S. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000204320011-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

SOV/58-59-5-11493
On the Theory of"the Velocity Dispersion and Absorption Coefficient
Dispersion of
Ultrasonic Waves in Organic Acid Eaters
observed in ethyl acetate in the 3 - 30 Mo frequency range and that
the observed
velocity and absorption coefficient dispersion of ultrasonic waves
is determined b
y
dispersion forces. The bibliography contains 6 titles.
B.B. Kudryavtsev

jail .48
DO
HIT I Is I Po
41
if
Ila
0 d
0

BELINSKIY, B. A.: MAster Phys-Math Sci (diss) --
"Investigation of the abs9rV -
tion of ultrasound in organic liquids by the impulse
method at high frequencies".
Moscow, 1959. 17 pp (Moscow Oblast Pedagogical Inst im N.
K. Krupskaya) (KL,
No 11, 1959, 114)

PHASE I 1300K EXPLOITATION SOV/5644
Vsevossiyskaya honfcrcntstya protessorov i prepodavatelcy
pedagoFicheskikh
institutov
Primenentye ull traakustiki k isilledovantyu veshchestva.
vyp. 10. (Utilization
of Ultrasonics for the Investigation of 'Materials. no. 10)
Moscow. lzd-vo
MOVI, 1060. 321 p. 1000 copies printed.
Eds. : V. F. Nozdrev, Professor, and B. B. Kudryavtsev,
Professor.
PURPOSE: This boolt is intended for physicists and engineers
interested in
ultrasonic engineering.
CGVERAGE: The collection of articles review a present-day
research in the
application of ultrasound in medicine, chemistry, physics,
metallurgy. ce-
ramics, petroleum and mining engineering, defectoscopy, and
other fields.
No personalities ore mentioned. References, accompany
Individual articles.
Card 1A0

26251
,/61/000/001/018/038
S/194
2~ I, i7, 2 607 D216/D304
AUTHORS: Belinskaya, L.G. and Belinskly, B-A.,
TITLE: Energy losses in electrical and acoustical lines of
pulse ultrasonic installations
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioelektronika,
no* 1 1961, 14 abstract 1 E125 (V Sb. Primeneniye
u1 traakust. k Issled, veshchestva, no. 10, M49
1960, 2.5.5-263)
TEXT: The Laboratory of Molecular Ac-%oustics of mono (MOPI) is
investigating the absorption coefficie-4.t and the velocity of propa-
gation of ultrasonic waves in liquids in the frequency range from
a few to 200 Mc/s. A high-sensitivity receiver is being used, with
special matching to eliminate losses between the generator and the
receiver. The bloc-diagram of the receiver is iven together with
the results of measurements and theoretical evafu'ation of losses
in acoustical and electrical lines. The results have confirmed the
Card 1/2

Energy losses...
possibility of Using
acetate type at valuas
the order of 10-4 v.
bation theory can be
ments. 1 figure. 7
Card 2/2
26251
S/194/61/000/001/018/038
D216/D304
the installation with liquids of the ethyl-
of the radiating quartz driving voltage of
The experimental data proves that the pertur-
applied for assessing the results of measure-
references.

S11 94/62/000/005/089/1.57 -
D222/D309
-B.A.9 Vasillyevj V.N.j Karevskiyt V.A.t and
AUTHORS: Belinski
-h
_3avffi1!Wna'~,.V.
TITLE: Ultrasound device for the measurement of some standard
parameters of stratified liquids'
-zhurnal. Avtomatika i radioelektronikat.
PERIODICAL: Reterativnyy
noo 5, 1962P 'abstract 5-5-49 shch (V eb. Primeneni e
ulltraakust. kAssled. veshchestva, po. 14, M ilt
19
171 - 184)
TEXT: A small-sised ultrasound device is described, which is suits-
ble for investigations related to the measurement of absorbtion and
velocity of propagation of ultrasound oscillations uiider extremely
varied physico-chemical conditionst in particular those-relating to
oil and oil products. The block diagram and the circuit diagram of
the device are given. In order to determine the saturation priessure
and crystallization temperature of paraffins it is sufficient to ob-
tain data.on the attenuation of ultrasound. The device has a ther-
mostatically controlled veask with two transducers, a pulse genera-
Card 1/2

BFLINSKIY, B.A.; VASILOYEV, V.N.- KAREVSKIY, V.A.; SAVINIKHINAp
A.V.
Ultrasonic device for determining certain standard parameters of
reservoir oils. Prim. ul'traakust. k issI, veshch, no,14:171-184
,6i. (MIRA 14:12)
(Petroleum) (Petroleum products) (Ultrasonic testing)

NOZDREV, V.F.; BELINSKIY, B.A.; KIIABIBULLA ME
, P.K.
Ultrasonic wave absorption in a water - formic
acid mixture.
Izv. AN Uz. SSR. Ser.fiz.-mat.nauk 7 no.
609-101 163.
(HIRA 17 *. 6)
1. Takhkentakiy gosudarstvennyy institut.

BELINSKIY, B.A., NOURRIP V.F.; KHABIDULLAYEV~ P.K.
Absorption coefficient and the velocity of ultrasonic waves
in mix-
tures water - formic acid. Akust. zhur. 9 no-4:482--484 263.
(MIRA 17:3)
1. 14osko-vsk-47 oblastnoy pedagogichaskiy institut. imeni
Krupskoy.

A. ; ~ASILI.KV, V.N.;
T-1 ~113
a vt t~u s Afoi L he dt, Lp I-r,-L rva I on r., ur c3q
tura t, ion
p-0*!;Llrc ~',Ind the -urystallIzzation ~enaperature
of Elauch.-
tffl:~. po dc-lb. neftl
A 12
al IS" iY' 111sti tut .

BE IA rK 0 L6
.~.!:.vrj;jtIgaI,ing thl~ shtura-l-'-on of a fluid gazo iiyatam in
a porous
xi~.,dian iising the ultra5oni:2 method. Nauch. t;ikh. sbor. Fo
dob.
neftli no.27:61-60" 165. (1,!TIRA 18:9)
1. M-~sk3vskiy -;blastnoy ItNlij,~)gi,.-Imeakly institut imeni N.K.

SiNly, L.I.; MLDISKY, 11,As-, Wr
Yathods for datermin.Ing the phaise c--mpoolticn of
pC-liquid
syatAma in a porcus madiun, Zav.lab. 31 no.4t467-468
1, Moskovakiy oblastncry pedagogichaskly Institut Im. N,X,
Krupskoya Y

.66 EF .(k)_eBWTf I)LEwI(M) wp( ------
AR6025780 SOURCE CODE: U
AUTHOR:
TITLE:
SOURCE:
Belinakiy, B. A.; Khabibullayev, P. K.
Determination of the effective relaxation time in
V4,r4l,. A1,0
REF. SOURCE: Tr.
issled. veshchest
/EQ11/E011
TOPIC TAGS: relaxation process, formic acid, binary mixture,
collision
ABSTRACT: To determine the effective relaxation frequency of the
investigated mix
ture of formic acidland q_th_y1_fprmiatejthe following empirical
formula is proposed:
yQff- [bVAA+(I-b)vsb)-b(i-b)[bVAA+(I-b)VORI-,'
where vAA is. the relaxation frequency of the component A, vBB
the relaxation frequenc,
of component B,. and b is the concentration. This expression was
obtained under the
assumption that the effective frequency of the relaxation of
binary mixture is de-"
termined by collisions of type AA and BB, while collisions of
the type AB and BA arR
ineffective in the relaxation process und---r consideration. The
values of Veff calcl~-
lated by the p,cposed formula are in satisfiLetory agreement
with the experimental
data. A. Osil r. ZT-ranslation of abstracy
L,~~d 11 ;1b SUB CODE: 20

-L 168OL-66 EWT~1)/T/W(k) JW
ACC NR,,%R6023306 SOURCE CODE: UR/0058/66/000/003/HO71/HOT2
AUTHOR: 4ormatov, A.; ozdrev, V. F.; Bqinskiy, B. A. -')6~ 2.
TITLE; Investigation of t he coefficient of absorptign and
1propagation Velackv, of
1~ ejNQ3L alco
/a;rasonic vayge-in the quaternary system acetic acid ethyl acetate
hol water
SOUR%C*. Ref zh. Mika, Abs. 3Zh499
REP. SOURCE: Tr. ;-3r Mezhvuz. nauchn. konferentaii po primeneniyu
molekul. akust. ki
issled. veshchestva i v nar. kh-ve. Tashkent, 1964, 161-164
TOPIC TAGS- ultrasonic velocity, ultrasound absorption, aqueous
solution, absorption
coefficient, temperature dependence, acetic acid, frequency
characteristic, relaxa-,
tion process
ABSTRACT: An investigation was made of the coefficient of absorption
and the veloi
city of ultrasound in a system consisting of acetic acid (79.2%),
ethyl acetate (0'8%),
,ethyl alcohol (20%), and 1 - 80% water added. The component liquids
were subjected
to chemical purification. The accuracy of measurement of the
absorption coefficieiat
.was from 5 to 2% at frequencies 5 -,85 Mcs, that of the velocity
was 0.3%, and teat.
1/2

L 04092-67 EWP(k)/E:4T(I)/Y
ACC NRs AR6023290 SOURCE MDE:
AUTHOR: Belinslaha"L.
TITM: Blements of'u1trasquie spectroscopy
SOURCE: Ref zh. Fizika.-Abs- 3Zh472
REF SOURCE: Tr. 1_3~ Mezhvuz. nauchn. konferentsii
issled. veshchestva v nar. kh-ve, Tashkent, T9~1
TOPIC TAGS: ultrasonic spectroscopy, vibration spectrum, acoustic
resonance, excited
state, excitation speptrum, sound absorption
i
ABSTRACT: In the Debye-Born theory the equilibrium state of a
solid body is char-
acterized by a set of,acoustic osciliations with a definite
spectrum (resonant-
frequency spectrum). pere are grounds for assuming that the same
concept can be ap-
plied to gases and liqVids up to a certain degree. The
nonequilibrium state cau5ed
by the interaction of the "externaV acoustic field is
characterized not only by the
resonant-frequency spedtrump but also bythe spectrum of the
frequencies correspondiA
to the probabilities of..different transitions of the system to
excited and unexcited
states. A way of establishing the connection between the
coefficients of absorption
of the "external" sound on these spectra is then pointed out. in
the author's opwo.,
this can be done by sending into the r,idium a signal with a
broad spectrum and invests
L. Zarembo.
.1fiting the energy spectr= of the sigr a transmitted through the
medium.
Translation of abstract]
SUB CODE: 20
kh
i Card
I

k
1 0408:5-67 C-GAM
ACC NR: Ai6o23Lngg SOURCE CODE: Uli/0058/66/000/003/lID70/HD70
AUTHOR: K)~21~e~VS. ~A.; Belinskiy, B. A, -51 1V
TTTLE: Universai automatic apparatus for high-speed measurements
of different pari~e
meters o u s
SPURCE: Ref zh. Fizika$ Abs. 3zh4M
REP SOURCE: Tr. 1-y Mezhvuz. nauchn. konferentsii
issled. veshchestva i v nar. kh-ve. Tashkent, 19W,
molekul. akust. k
TOPIC TAGS: liquid property, ultrasonic equipment, ultrasonic
velocity, ultrasound
absorption, fluid viscosity measurement, dielectric constant,
dielectric loss, auto-
matic machine/ TS-224 thermostat
ABSTRACT: An automatic pulsed ultrasonic installation has been
developed for the
measurement of the absorption coefficient, ultrasound velocity,
shear viscos .,Idi-
electric constant) and tangent of the dielectric-loss angle. The
hydraulic unit of
the apparatus consists of an autoclave, a manometer, a press, and
a device for punpin
out the air and filling with the investigated liquid. The
electronic unit serves to
measure and automatically record these parameters. A diagram of
the longitudinal
cross section of the autoclave and a block diagram of the
complete apparatus are pre-
sented. The quartz radiator is located outside the autoclsve, and
the ultrasonic os-
cillations are introduced into the autoclave through an acoustic
delay line. The
autoclave operates with the viscosimeter piston in a vertical
position. As the pisto
Card 1/2

T. 01085-67
ACC NR: AR602.3299
is lowered) continuous measurements are made of its position and descent time,
the
amplitude of the reflected ultrasonic pulse, and the time of its delay. The
autoclave
is contained in a liquid thermostat, the thermal conditions of which are
regulated by..~
an instrument of the TS-24 type. The velocity of ultrasound is determined by the
pulsed delay method in an acoustic chamber. Measurement of the capacitance of
the
cylindrical capacitor placed in the autoclave is by a resonance method with
zero-beat
indication. Me installation permits automatic and continuous measurement and
record-
ing of the parameters of the investigated liquid at pressures 0 500 atm. and
temper-
atures 20 200C. I. Nikolayeva. [Translation of abstract]
SUB CODE: 20
kh
Carri 2/2

BELINSKIY, G., aspirant
Pay more attention to marine piping. Mor. f lot 25 Ao.
3.- 32 mr 65.
(MIRA 18t4)

BF.LINSKIYP G.., In.ab.
Mass-prodi.iced ships nood rup~itr bripdrin, Mor. flot
25 no.700-31
JI 165, (KMA 18:7)

m

PELINSKIY, I.
A matter of great importance. Sov.profsoluzy 16
no.17:20--21
S 160. (MIRA 13'8)
(Telegraph)

-i-
BELIMMY, I.
The 1966 standard of labor productivity Is
surpaseade-Sov.
profnoiusy 7 n0-8:17-19 AP '59. (KM 12:7)
(Textile workers) (Labor productivity)

BELINSKIY, I. (Poselok OktyabrIskiy., Moskovskoy obl.'
Accodding to onals own wish..* Sov. profsoiuzy 18 no.18:25-26
S 162. (IaRA 15.9)
3.1 Spetoialtnyy korrespondent zhurnela 45ovetskiye profsoyuzyn.
(Oktybriskiy (Moscow Province)-Textile industry)

BELINSKIY. I. (Kbarlkov)
'The trade-union group corner. Sov. profaoiusy 18 no.24:21-22
D 162. (MIRA 16:1)
1. Spetsial'My korrespondent shurnala 'Sovetakiya profs
(van neimpapeLv)

LUZIN, Yu., inzh.; -BELINSKIY, I., inzh.
Reinforced concrete crane girders with 32 spans under
cranes
with a 50-75 t. liftlr~g capacity. -Prom. atrol. i inzh.
soor 5
no,505-40 3-0 '63s (MIRA 16%12)

GLUSHCHENKOP P.M;j inzb.; BYAKOVTSEVp G.F., master-vzryvnik
(g. Kadiyovka,
Donbass); ~ MT SEIX*_L_., RUDENKOY I.., reyonny7
gornotakhnichookiy
inspektor; OLIKHOVSKIY, A.
Peaders' letters. %zop truda v prom. 7 no~4,OW, Ap 16
(MIRA 16: 4~~
1. Biyakiy kotel$W zavod (for GlushchenQ. 2. Glavrory insh.
shakbty im. Lutugina (for Belins3dy). 3. OVAhchestvennyy
inspektor ov= truda, shakhta. IS bis, tresta
Yemansholinugoll
(for 011kho sky (IndustrialIsafety)

LMERM.. A.D.., kand.tokhn.nauk; ~ ~LINS="-~. in2h.
TnFMIated vall slabs with a length of 22 a. From*stroi. 40
no-8350-53 ~162. (MMA 1513-1)
(concrete walls)

LIBERMO, Allfred Davridovich,*XORSHMV, Dmitriy
Andreyevichp
HUBACH, 011ga Mikhaylovnal, EELINSKIY, Igo=
ALlekse MV1nh2-
KIYANICHFMO, N.S., red.; IMUSIGHOW,
[Large reinforced concrete structures in
industrial
construction] Krupnoramernya-zhelezobetonnye
konstruktaii
v promyahlennom stroltellstve; iz opyta
stroitellstva me-
khanosborochnogo korpusa zavoda stankov-avtomatov
im.
Gorikogo v Kieve. Kiev, Gos.izd-vo lit-ry po
stroit. i
arkhit. USSR, 1963. 49 p. (MIRA 160)
(Precast concrete construction)

EELINSKlY.. I.A., inzh.
'!,Jj
venAssible sags In re.irLfcr,:,tl conci-f-ts roof trasz.:~o
in Inn zig:!
with overhead conveyllie; sYftems. strei. 42 " 1 ~'4'-
C.
j I, Llj I '/ ~

BELINSKIY, I*A,,, in,.7h,
CalculatIng reinforced concrete trusses taking into
account the
rigidity of units during the prolonged action of a
load. Stroi.
konstr. no,2:122-127 165. (KRA 18:12)
1. Nauchno-lesledovatellakiy institut etroitellnykh
konstruktsiy
Gosstroya SSSRt Klyev.

BELINSKIY, I.A,, inzh.
Deformations of reinforced concrete truss girders
by concrete shrinkage. Stroi.konstr. no.1:134-140
1. Nauchno-issledovatellskiy institut stroitelInykh
konstruktaiy Goestroya SSSR, Kiyev.
caused
165.
(MIFA l9ri)

Relation between-drift timbering oosts and their cross"ections,
U9011 31-U09*10:20-41 0. 156.. '(XLRL 9:11)
10.8hakhta ImOnI I*tUgiVA.
(Mine timberl"Osts)

~lt-rfvs 2 --1-
BARSHTMN, I.K., kand.takhn.nauk; BELMSKIY, I.Te., inxh.
Operational characteristics of-iEsi-1-0-5-0-7460 mill
ventilator
Idesigned by the Central Scientific Research Inatitut for
Boilers and turbines. Bnergomashinostroenis 3 no,12:16-21
D '5?. (MIRA 11:1)
(Drying apparatus)

OeLtIvjKly)
I
310
~a

HOR:
UT
A

J
ht yn
rs , j I.K., Candidate of Technical Sciences, and

Belinskiy,
Engineer.
TITLE:
Experience of burning high moisture content broim
coals in

a boiler installation equipped with pulverising fans.
(Opyt

szhiganiya vysokovlazhnykh ugley v kotellnoy ustanovke

oborudovannoy melyushchimi ventilyatorami.)
PERIODICAL:
"Energoaashinostroeniell, (Power Machinery Construction),

1957, No.
5, pp. 10 - 14, (u.S.S.R.)
ABSTRACT:
This article describes the
results of tests on a boiler

equipped with a pulverised fuel
preparation system Including

pulve-~,ising fans developed by the
Central Boiler and Turbine

Institute. The equipment is in the EMS
Power Station (Kiev

Regional Power Station?). Boiler No. 4 of the
IMS station

manufactured by the "Rota" Company was reconstructed
and has

a designed steam output of 40 tons-per hour with a drilm

presgure of 31 atm and a super-heated steam temperature of

400 0.
The heat4g surface of the boiler is 462 i~ , of the

super-heater
182 m2, of the water economiser 492 m and of the

air heater 2 240 m
. Other furnace data are also given. The

pulverised fuel
preparation system consists of three indepen-

dent dust a stems
with pulverising fans. Coal from a r
~

is deliwere
to drying shafts by drum-scraper feeders. In the

drying shafts the
fuel receives preliminary drying by gases

drawn from the furnace
because of 'suction set up by t~he

pulverising fans, From the
drying shafts the gas-fuel flow

310
Expbrience of burning high moisture content brown coals in
a boiler installation equipped with pulverising fans. (Conto)
passes through the pulverising fans in which the'fuel is
pulverised and is intensively dried. It then passes to the
burners. The pulverising fans have a rotor of 1 050 mm diameter
with a blade width of 400 mm and height of 200 mm. The fan is
driven at 1 460 r.p.m. by a 115 kW motor.
The main fuel of the power station is Aleksandriysk brown
coal produced by opencast working. The coal contains a high
proportion of fines and a comparatively small quantity of
large pieces and is low mechanical strength. The ash-content
varies from 22 - 38,51o, the-moisture content from 50 - 56% and
the calorific value is 1 500 - 2 000 kcal/kg. The ash is of
high temperature characteristic.
Operational observations and tusts made during initial
setting-up reveal the following special features of operation:
Ukrainian brown coals cause difficulties in the fuel supply
lines only -under winter conditions. When the frost is hard,
the coal freezes in the stacks and the upper layer of fuel has
to be broken up by hand. There being no crushers the large
lumps of frozen fuel are troublesome and delivery of coalto
the pulverising fans is uneven. The magnetic metal separator
did not operate well so that damage was caused to the pulver-
ising fans. As the blades of the pulverising fans did not
last long, and the rotors frequently became unbalanced, the
Central Boiler and Turbine Institute has recentl-Y re-desigaed

310
Experience of burning high moisture content bro~ax,coals-
in
a boiler installation equipped with pulverising fans.
(Cont.)
required to move it. Although the scraper-drum feeder
generally operated satisfactorily the absence of
preliminary
crushing of the coal greatly interfered with its normal
operation. When pulverising fans are used the need for
crushing should be carefully considered. The gas dampers
on the front wall of the fuinace did not work well. The
short
distance between the gas intake apertures (from the
furnace
to the drying shaft) and the burners, which was about 2.5
M
causes the temperature of the tapped-off gases to vary
widel
depending on the operating conditions of the boiler. A
g%PtK
is given showing that this temperature can range from
about
800 to 1 100 C. Therefore, the gas intakes should
be'located
in the upper part of the furnace at a sufficient height
above
the burners. The horizontal gas pipes from the front of
the
furnace to the drying shafts are constantly clogged with
ash
and slag and require frequent cleaning. Appropriate
arrange-
ments should be made to prevent this.
Balancing tests were carried okit when burning normal
Aleksandriysk coal and also coal of lower quality with
increased ash content and reduced calorific value. During
the tests-the fuel properties vax~ied within the limits
of:
water- 48.9 - 56.?%; ash 13.0 - 18%; calorific valile 1
390
- 1 829 kcal/kg. The quantity of hot air passed to the
drying shafts was 20 - 25,cj of the total air consumption
of

310
Experience of burning high moisture content brown coals in
a boiler installation equipped with pulv-erising fans.
(Cont.)
the furnace. The tests confirmed the possibility of
ensuring
reliable and economic combustion of the coal. With the
high
ash coal the burner.flame commenced rather a long way from
the embrasure but combustion remained steady. A graph is
given of the thermal losses and efficiency of the boiler
as
a function of the steam load and it is shoi-m that the
efficiency is practically independent of the load. There
were
large leakages of air into the furnaces, mainly through
the
fuel feeders because of leaks in the gas ducts from the
furnace to the drying shafts near the slag funnels and at
places where the screen tubes pass through the lining.
With
a steam load of 40 t/h the temperature of the outgoing
gases
is only 185 OC. However, because of the high moisture
content
of the fuel the heat loss with the outgoing gases was
consider-
able and ranged from 12 - 16~-o. When buming normal fuel
there
was no loss of heat because of chemically incomplete
combustion
but with the low quality coal this loss was from 0.4 -
1.4%
even with considerable excess air. A graph is plotted of
the
electric power consumption related to a ton of steam
against
boiler output and with an output of 40 t/h it is 8.6
kWh/ton.
It is concluded that in addition to giving reliable
combustion
of Alel:sandriysk coal the installation equipped with

Experience of burning high md1sture content brown coals
a boiler installation equipped with pulverising fans.
(Cont.)
the fan construction. The milling parts have been
considerably
strengthened and made of wear-resistant materials, and
protectivelinings on the milling blades can be replaced
without; withdrawing the rotor. Operating experience and
tests
on the boiler under different conditions show that stable
combustion of Aleksandriyek brown coal with a moisture
content
of up to 335". is achieved even in winter conditions and
with-
out a-orusher. Combustion wds stable even at loads of
40 - 5096 with only one pulverising fan in operation.
During
operation it was never necessary to light the fuel oil
burneris and there were no enforced stoppages because of
fuel
supply or combustion cliff iculties. Ve ry little slag
was
formed in the furnace. Experiments which were carried out
confi=ied the advisability of supplying hot air to the
drying
shafts with a somewhat increased oxygen content compared
with
the furnace gases. It was also found that losses due to
incomplete combustion are very dependent on the excess
air
factori; the results are plotted on a graph.
In new designs account should be taken of the following
defects, that appeared in various parts of the equipment:
If the bunkers -are filled to mom than a third of their
capa-
city the coal is not delivered continuously. The coal
shutter
of the damper type is inconvenient because great force is

UO -
Experience of burning high moisture content brown coals
in
a boiler installation equipped with pulverising fans.
(Cont.)
pulverising fans is of comparatively high economy. At
rated
load, the efficiency of the boiler is 97~6. The gross
effici-
ency of the boiler set when'burning-coal of normal
quality at.
the rated load on the boiler is 82.51,11, and the nett
efficiency
vith two milling systems working is 77'/S. The positive
results
of bunLing high moisture content brown coal in a furn ce
equipped with pulverising fans makes it possible to
recommend
wide application of these installations on small and
medium
sized boilers. The limiting value of the relative
moisture
content; of coal that can be burnt reliably and with
efficient
economy in these installations is up to 36%. Work on the
improvement of pulverising fans should be continued.
7 figures, no literature references.

BHLINSKIY, L.
un"Ma"M
Innovations in Chistiakoro mines. Ka3t.ugl,5 no,11:3-6 N
156,
(MLRA 10:1)
1. Gl&.vnyy inzhner tresta Chistyakoventrwtsit.
I (Donate Basin-Coal mines and mining)

BELrvsKiy. i,.r.; DBWNA, R.Y.; ROKOOTA, L.S.
Aulf,orAtic air conditioning unit for laborstorlea. Taket.
prom.
18 uo.9:49~-51 8 156. (MIR& Iwo)
(Testing laboratorles-Air conditioning)

AUTHORS# Belinskin L. L., AlIter-Penotakly, 1183160100010110241031
F - L. B004/B014
TITLEs The Inertia of Indicators of the System of
Temperature.ReguiLation
Which Are Protected by Chemically Resistant Coatings*/4'
PERIODICALs lChimicheaklye volokna# 1960, Nr 1, YP 63-64 (USSR)
TEXTs ETM-Kh rosistance thermometers are protected from corrosion
by coatings.
The authors studied the effect of such coatings on the delay of
temperature
indication. They studied coatings made of bakelite lacquer (0-03
on) poly-
ethylene (0,03 oa)g lead (0.25 oz)s abonite (0.3 cm), and
viniplast 10.4 on)-
The delay constant was measured by taking the thermometers out of
a medium of
200 and dipping them into media of 600 and 1000, and by
determining the time
passed until the temperature was exactly indicated. The
temperature of the
resistance thermometer was recorded by an electronic measuring
bridge of the
type MD-237- A table given the thermal conductivity of the
protective coatings,
and figures I and 2 illustrate experimental results. It In noted
that coatings
made of bakelite, polyethylene$ or lead do not produce an
additional delay of
temperature indioationg whereas the inertia of the indicator in
increased by
abonite and viniplaat, due to the larger thickness of such
coatings. There are
2 figures, 1 table, and 3 referenoeB9 2 of which are Soviet.
Card 1/2

The Inertia of Indicators of the System of B/183/60/000/01/024/031
Temperatur* Regulation Which Are Protected by B004/BO14
Chemically Resistant Coatings
LBSOCIATION1 VNIIV (Vseeoyuznyy nauohno-issledovatellskiy institut
iskusetvennogo volokus. Ill-Union Scientific Research Institute
for Synthetic Fibers)
Card 2/2

S/119/60/000/010/009/014/x
B012/BO63
AUTHORS: Belinskiy, L. I., Engineery Pikorskiy~ A. I., Engineer
-----------------
TITLE; A Semiconductor Electrothermometer
PERIODICAL: Priborostroyeniye, 1960, No. 10, pp. 22 - 23
TEXT: The measuring bridge circuit of an electrothermometer with a
con-
stant feeding source#-shown in Fig. 1, was tested at the laboratoriya
avtomatiki i KIP Nauchno-iseledovateltakogo instituta iskusstvennogo
volokna (Laboratory of Automation and Control and Measuring
Instruments
of the Scienziiic Fibers). A microam-
meter Is used for indication. Fig. 2 we the electrothirmometer, and
its technical data are given. This quick-acting instrument was
developed
on the basis of the MT-14 (MT-54) microthermistor designed by 0
Karmanov,
Bu.
and is intended foXmTeasuring temperatures between 00 and 100 C. The
small dimensions of the transmitter permit temperature measurement
even
at difficultly accessible points. This semiconductor
electrothermometer
has an error in measurement of I 0-50C between 00 and 500C. There are
2 figures.
Card 1/1

BEL ~OJ,--M.-and I. F. SOLIATOV.
Dvigateli tiazhelogo topliva i aviatsiij pod red. A.
11, Tolstova. Moskvap
Oborongizj, 1944, 55 p. illus.
(Heavy-oil engines and aircraft motors.)
DW: TM.21B46
SO: Manufacturing and Mechanical Engineering In the
Soviet Union,
Library of Congresaj, 1953

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'

32 bows ( LltbovA Whours --ov
to to Obsof0d b

004
available), wbAm the operation would normally
be" taken 100-150 boam.
goo,
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04,
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ulwp/ Mining
Card 1/1
Authors Belinekly., L. M., Mining Engineer.
................................
Title Basic difficulties in constructing a special frontal unit
Periodical Meldl. Trud. Fab.,: 2.,-0 32., March 1954
Abstract Author dee6ribee the foitr basic difficulties involved in the construe-
tion of a special frontal unit for coal mining. Giving the Chistyako-
vantrateit mine as an example he points out that the exploitation of
such a machine raiuIrea.more'vorkersand time consuming labor and the
gain In the.extraction of coal is Insignificant.
Institution
Submitted . .....

BRLINSKI:f,,,,~,.A..brigadir puti (stantsiya Tayncha
Kazakhokoy dorogi); TWINS
- -.- - V.D.,doroshnyv master (stantsiya rantemirovka
Yugo-Vostochnoy dorogi);
IMDIROT, A.,brigadir puti (stantstya Krasnovodek,
Ashkhabadgkoy
dorogi)
How to plan maintenance operations. Puts i put.khoz.
no.1:20
Ja '59. (Railroads--Kaintenance and repair) (UM 12:2)

NEKRASOVSKIT, professor; LOKSIIIN, B.S.,,doteent;
BILINSKIT, X.L.,
aspirant; SNITKD, AoA.
Protective bore bit for the boring of ruixing shafts in
steepiy
pitching coal esams where coal and gas oqtburste''are
likely to
occur. Izv. DGI no.24:50-64 153. (KUL 10: 2)
(Boring machiuez7) (Coal mines and
mining--Safety'measures)

IMLINSKIT, X.Lo, gorn,irzh,
~" ""' '' ' Preliminarr degasif ication of a seam being mined. ltv.
MI
32-tZ41-244 138a (KM 11:7)
(Mine gases) (Goal Canes, and mining-Safety measures)

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tratow). Staliw, oble W.,
- &k t , ya kovan
1954. 60 a. a chart; 4 L. chert. 20 SK. (Nito i dom
Inzhonerai tekbnika kombinata
((Stalinugoll)) ). 5.000 ekz. ir. 20k. - (55-562) p '
622-333t685.5
SO: Knizhnaya letopstal, Vol. 1, 1955

USSR /themical Technology. Chemical Products 11-5
1and Their Appltcation
Water treatment. Sewage water.
Abs Jour: Referat Zhur - Khimiya, No 1, 1958) 1792
Author : Karelin Ya. A., Belinskly M.L.
Title : Sewer Systems at Petroleum Production Bases
Orig Pub: Vodosnabzheniye i san. tekhnika, 1956, No 11,
13-17
Abstract: At petroleum production bases 2 sewer systems
are planned,e an industrial and storm sewer sys-
tem and a household system. In the industrial
and storm sewer system are Installed 2 sectional
petroleum traps, from which the sewage water
passes into ponds. If the sewage water contains
tetraethyl lead the latter is extracted with the
lightest aviation gasoline containing no ethyl
C ard 1/2

N
USSR /themical Technology. Chemical Products H-5
and Their Application
Water treatment, Sewaee water.
Abs Jour: Referat Zhur - Khimiya, No 1., 1958, 1792
lead. After extraction the sewage water is
allowed to settle for 10-20 hotr V.
Card 2/2

BELINSKIY, M. L., Cand Tech Sci -- (diss) "Determination of
system
basic elements of the xnx)a= of,~working,z'trata with high gas
tFj-
content urd ditions oftChistyakovskiy and Shakhterskiy
'Ic er con
Rayons ofDonbass.11 Dnepropetrovsk, 1958. 20 pp (Min of
Higher Education Ukr SSR, Dnepropetrovsk order of Labor Red
Banner Mining Inst im Artem, Chair of Working of Stratified
Deposits)0,100 copies (KL., 35-58) 107)
-29-

TITKOV, V.I.;_AAjjj&KjXXjj BUNCMX, V.A.; BUT, P.P.;
VINOGRADOV, A.F.;
KOFKAY, S.R.; K=SHKIYA, R.N.; KATSKIN, L.A.;
MOSUL'KOV, 191.;
MISHIN, B.V.; NA IN, M.D.; UMM, N.M.; ROZRN. S.N.;
NOVIKOVA.
vedushchiy red.; TROPIMOV, I.V., takhn.red.
(Handbook on oil tank equipment] Spravochnik po
oborudovaniiu
neftebas. Koskva, Gos.nsuohno-tekhn.isd-vo neft. i
gorno-toplivad
lit-ry, 1959. 463 p. (MIRA 12:12)
(Pe troleum--St orage )

rARIU.TNO Th.A.; MILINSKIT, H.L.
Sewerage schemes for sites,of main line VaMing stations. Tod.
i san.takh. no.3:15-18 Kr 159~ (MIU 12:2)
(Pumping stations.) (Sewerage)

PHASE I BOOK EXPLOITATION SOV/5198
Titkov, V. I., ed.
Spravochnik po oborudovaniyu neftebaz (manual on Petroleum
Storage
Depot Equipment) Moscowj Gostoptekhizdat, 1959. 463 P.
5o6OO
copies printed.
Authors: A-_J__Bej!"k
01g, V. A. Bunchuk, P. P. But, A. F.
Vinogradov, S. R. Ko -an, R. N. KukuBhkina, L. A. Matskin,
1. 1. Moskallkov, B. V. Mishin, M. D. Nadezhdin, N. M.
Olenev,
S. N. Rozen, and V. I. Titkov; Scientific Ed.: M. P.
Novikova;
Tech. Ed.: A. V. Trofimov.
PURPOSE: This book is intended for engineers and
technicians work-
ing in the field of transportation and storage of
petroleum and
petroleum products.
COVERAGE: The manual includes data on equipment used in
loading
and unloading, storage, and transfer of petroleum and
petroleum
products on tank farms. The characteristics of tanks and
Card TA;5

UMLIN, YA.A.; MUNSKIY. M.L.
Sewer systems for sections of filling stations of petroleum
products pipelines. Neft. khoz. 1+0 no-1:58-64 A 162. (MM
15:2)
(Petroleum waste)

ROMENSKIY, L.P., kand.tekhn.nauk; FESIKOV, M.I., gornyy inzh.;
BELINSKIY,
M.L., kand.tekhn.nauk
Planning and design of ventilation in the reorganization of Donets
Basin mines. Ugoll Ukr.' 6 no.9:19-21 S 162. (MIRA 15:9)
1. Kommarskiy gorno-metallurgicheakiy institut (for Romenskiy,
FesIkov). 2. Shakhta No.1 "Krasnaya Zvezda" Chistyakovskogo
tresta predpriyatiy ugollnoy promyshlennosti Donbassa Ministerstva
ugollnoy promyshlennosti SSSR (for Belinskiy).
(Donets Basin-'Mine ventilation)

BELINSKIT MS. - AKINFIYET, B.F., otv.red.,- KDEDSOV, L.Y., red.;
XAWIWVA,
tekhn.red.
[Using precast reinforced concrete access pits In connection
with automatic telephone stations] Sborrqe zbelezobstonnye
kolodtay na stroitelletve ATS. Moskva, Goa. izd-vo lit-r7 po
voprosam aviazi, I radio, 1958. 43 p. (WRA 12:1)
(Precast concrete construction) (Telephone cables)

AIYIHOVA, Irina Alekseyevna; BI-MaW, Polins,
Hotseyevna; ZAYTSWA,
Antonina Ivanovna; BBL4LSITY, Mae, redaktor; KUZIMIN,
D.G.p
takhnichaskiy red9II'o7-ftwftftft%Aft
[Problems in turning] Zadachnik po tokarnomu delu.
Moskva. Tees.
nehabno-pedagog. izd-vo Trudrazervizdato 1956. 162 p.
(HM 9:9)
(Turning)

-, - '~- /zt~ /Z).
VZOROV, Nikolay Kikhayit)vich; JUSPAL'KO, Aleksondr
Grigorlyevich-,
BYSLI11SKIYA X.Ya., redaktor; C.',TAIROV, takiinichaskiy
redektor
Au*dWMfflmmO"mMW
[Collection of problems in engineering, mechanics]
Sbornik radach
po tekhnichesko, makhanike, Moskva,
Vnes.uchobno-pedagog, lzd-vo
Trudrozerv17det, 1957. 159 P. ~ (HIYA 10:10)
(Mechanics, applied--Problems, exercises, etc.)

N, A, PR.LTW~X
Approximate Met hod for CalculEting a Resonator of Complex
Form for a Given Wave length" from Annotations of Woeics Completed
in 1955 at the
State Union Sci, Res, Iust: Min, of Radio Engineering Ind.
So: B-5,080,964

IBSLINSFTY) 11i.As ko:3~j..,IE-e.d')
- 1-1-..,-", ~--, ~ I, :M__ I ~ . I ~
llrolb-ie= of marine forecaotis ~L-jd informtIon. Trwtr
MIF no.1420-22
165. (ULTRA 3.8:3.0)

1. 4Q91(7-66 EVJT(l) GW
ACC NRt AT6006566 A/ SOURCE CODE: UR/2546/65/000/142/0005/0012
AUTHOR.- Belinskiy, N.. A. (Deceasea-P
ORG: none
TITLE. Maritime foreizasting problems
.SOURCE: Moscow. Tsentral'M institut prognozov. Trudy, no. 142, 1965,
Morskiye prog---
nozy i raschety (Marime forecasts and calculations); materialy
Vsesoyuznogo sovesh-
chaniya, noyabr' 1963 g., 5-12
TOPIC TAGS: weather forecasting, sea ice, ship navigation, ocean
dynamics
ABSTRACT: The author defines the mission of the Hydrometeorological
Service with re-
spect to Soviet oceangoing and coastal vessels and makes
recommendations for improving
the work of the Service. The recommendations are prefaced by the
remark that the
Soviet Union is seriously lagging behind the USA and the German
Federal Republic in
charting optimal courses (both in terms of safety and economy) for
merchant vessels.
The author recommends the creation of a navigational station network,
the study o
coastal navigation, the study of the effect of meteorological
conditions on ocean
bulence, current levels, and ice and water temperature distribution.
He further uurges
improvements in buoy stations, the development of better methods for
recordim precipk-
tation and a better method for evaluating elements in the ocean
heat-water balance.
7--
Card 1/2

L 40910-66
ACC NRs AT6006566
He notes the lack of systematic observation of ocean currents,
temperature, and sali-
nity as a function of depth. Methods and instrii~~nts for measuring
water turbulence,
and water and air temperatures are severely criticized.
SUB CODE: 04,13,15/ SUBM DATE: none
I-Card 2/2
in

ACC NR& AP6025658 SOURCE CODE: UR/0413/66/000/013/0110/0111
INVENTOR: Bleyvas, I. K.; Belinskiy, N.-A.; Zelinskiy, E. M.;
Dubrovina, S. A.;
Sergiyenko, V. I.
ORG: None
TITLE: A device for simultaneously solving equations of motion
of charged particles
and electric field,equations. Class 42, No. 183494
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki,
no 13, 1966,
no-ill
TOPIC TAGS: motion equation, computer component, charged
particle, electric field
.ABSTRACT: This Author's Certificate introduces: 1. A device
for simultaneously Sol-
~:'V,4equaiions of motion of charged particles and electric
field equations. The unit
"'o tains an electrol;rtic bath with conductive elements, a
probe head, a digital com-
er which solves the motion".equation of a charged particle and
servasystems which
;~_M! e the probe head idth respect to two coordinates.-
Computational speed and ac-
~~.uracy are increased by using a magnetic operation9l memory
with one input connected
~to the digital compuner through a s=ion unit and a diode which
is controlled by
pulses from the address formation unit. The second input of the
magnetic operational
memory is connected to the output of the address formation
unit, and the memory out-
Card M)c

ACC NRt AP6025658
puts are connected -to the input of the summation unit and to the
current leads for
the conductive elements in the electrolytic bath. 2. A
modification of this device
in which the instantaneous address of the probe head is compared
%ith that of a me-
mory cell in the mapetic operational memory by making the address
formation unit in
the form of an electre-aechanical commutator consisting of two
contact tracks located
along the coordinate axes vith insulatED sections, and movable
contacts mechanically
connected to the probe head. The windings of the address relays
are connected be-
tween the corresponding commutator segments of the contact tracks.
3. A modification
of this device in which currents are automatically fed to the
conductive elements by
using a step switch in the lead-in unit for synchronizing the
operation of this unit
with that of the address relays in the address formation unit.
Card 213

ACC NRi AP60256~-8
L
L- -----
1--bath; 2-probe Jaead; 3- computer; 4-servosystems; 5-menory;
6-summation unit;
T-diode; 8-addreiss formation unit; 9-current lead-in unit; 10
lectromechanical'
commutator tracks; .11-address relays; 12-step switch
suB com: o9/ sum DATE.. o6Apr63
Card 3/3

WaR/mathemuds Qnasicoutcrual I Au& 53
."Behavior of Quasiconformal.Representation at an
Isolated Point,#!P'. P. Be,linskiy
.DAN SSSR, Vol 91, No 4, pp, 7og-71o
Presents a theorem1which is an essential improvement
er the Wittich-Teicbmaeller theorem (Math Z. 51.6
-0V
,278 (1949)):an'd which generalizes the results d V.
Shabat (Matem Sbornik, 17(59).-2., 193 (1946)) on the
differentiability of a quasiconformal.reflection to
the case of the fulfilment of the Helder integral-condi-
.tion. Namely., proves,the following theorem: if
272T63
-/z/-'ds is finite over the interval
1, where go z is an element of area in the
-zlrplane, then. there exists a limit w - w (z-+ 0) and
tbe function'WO k(Z) is'sonogenic at point z
0
Ti-euented May 53
byAcad M. A. Lsvrentlyev 2,

I. wte* - -- ,-of 1X1-