SCIENTIFIC ABSTRACT BORODKIN, A. S. - BORODKIN, F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206430004-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 23
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BORODKIN. A,S
Sev'eral. problems of the work analysis of the workshops of a
machinery manufacturing,enterprise operating on a business
accounting basis. Truaj NPI 139%77-86 162. (IURA 16s6)
(Machinery industry--Finance)

BORODKIN, B,, kand.tekhn.nauk
Research being done by students. Rech.transp 21 no.4:16-17
Ap 62. (MIRA 15-W
(Inland water transportation--Technological innovations)

SIROTSKIY, V., doktor tekhn. nauk; BMDIIIN BID,,-kand. tekhn, nauk
j
Contribution to industry by scientists of the Leningrad Institute
of Water Transportation. Rech. transp. 21 no.10:19-20 0 162.
(MIRA 15'.10)
jaland water transportation-Research)

124-57-1- 720
Translation from: Referativnyy zhurnal, Mekhanika, 1957, Nr 1, p 92 (USSR)
AUTHOR: Borodkin, B.S,
TITLE: Laboratory Investigation of the Kinematics of the Lifting of
Deep Subsurface Water 'Through the Action of Air Bubbles
(Laboratornoye issledovaniye kinematiki pod"yerna glubinnykh
vod puzyrlkami vozdukha)
PERIODICAL: Tr. Leningr. in-ta inzh. vod. transp. , 1955, Nr 22,
pp 152-165
ABSTRACT: Description of tests performed for the investigation of the
velocity field set up in stagnant and running water as a result
of the ascent of air biib-bles from the bottom of the body of water
to its surface. The tests were performed in the troughicof the
hydraulic engineering laboratory of the LIIVT and simufate the
lifting of water from deep subsurface layers of a body of water
by means of compressed air issuing through perforated tubes
laid on the bottom of the reservoir. The tests were carried out
for ~several combinations of the depth of the water, the dis-
charge of air, and the speed of the current in the -trough. The
Card 1/2 velocity field was studied cinematographically and by means of

124-57-1-7230
Laboratory Investigation of the Kinematics (cont. )
the measurement of the velocity components; a special investigatiaon was
made of the surface velocity, for which an empirical formula is proffered
for the case of zero flow velocity in the body of water. A verification was
made of the formulas of I.M. Konovalov (Tr. Leningr. in-ta inzh. vod.
transp. , 1951, Nr 18) for the unit flow and velocity of the ascending flow,
and empirical corrections are applied to the coefficients of the abovemen-
tioned formulas.
V. A. Arkhangel'skiy
1, Water--Velocity--Test methods 2. Water--Air bubble effects---Test results
Card 2 /2

124-57-1-549D
Translation from: Referativnyy zhurnal, Mekhanika, 1957, Nr 1, p 68 (USSR)
AUTHOR: Borodkin, B.S.
TITLE: The Protection of Hydraulic Structures Against Ice Pressure
by Means of Compressed Air (Zashchita gidrotekhnicheskikh
sooruzheniy ot davleniya V da primeneniyern szhatogo vozdukha)
ABSTRACT: Bibliographic entry on the author'a dissertation for the de-
gree of Candidate of Technical Sciences, presented to the
Leningr. in-t inzh. vod. transp. (Leningrad Institute for Water
Transport Engineering), Leningrad, 1956
ASSOCIATION: Leningr. in-t inzh. vod. transp. (Leningrad Institute for
Water Transport Engineering), Leningrad
1. Hydraulic structures 2. Ice--Pressure 3. Compressed air
--Applications
Card 1/1

112-57 -8 -16 38 3
Translation from: Referativnyy zhurnal, Elektrotekhnika, 1957, Nr 8, p 53 (USSR)
AUTHOR: Borodkin, B. S.
TITLE: Compressed Air Used to Protect Hydro Installations Against Icing
(Zashchita gidrosooruzheniy ot deystviya Vda primeneniyem szhatogo vozdukha)
PERIODICAL: Ty. Leningr. in-ta inzh. vod. transp. (Transactions of the Leningr-d
Institute of Water -Transportation Engineers), 1956, Nr Z3, pp 123-131
ABSTRACT: The author considers a method for keeping water surface unfrozen
(when air temperature is below freezing) by means of pumping compressed air
ii;to the lower strata of water in a reservoir. The air bubbles come to the sur-
face, bringing along warm water from the lower strata. In this way, dam shut-
ters, port installations, sluices, and bridges can be protected from icing. In
some cases, a longer navigational period is possible for sluices, docks, port
basins., and channels. Experimental and theoretical investigations were made
at LIIVT in 1953, while natural observations were taken at the Lower Svir' and
Volkhov hydroelectric stations and at the Leningrad seaport in the winter of
1954-1955. At the hydro stations, the investigation was made in narrow clear-
Ings in front of the sluice inlet gates. Air was pumped through perforated pipes
Card 112

112-57-8-16383
Compressed Air Used to Protect Hydro Installations Against Icing
into the near-bottom strata of water by means of 4-atm 0.5-m3/min compres-
sors. Water in the near-bottom layers, 12 m deep at the Lower Svir' hydro
station and 5 m deep at the Volkhov station, had temperatures of +0. 10 to
+0. 680 C. The surface layer temperature was +0. 0 10 C. After passing the
compressed air, the water temperatures equalized (+0. 080 at the-b6ttom and
+0. 040 at the surface). 'Air was pumped at intervals of several hours. The
clearings did not freeze at air temperatures of -250 to -300 C. At the Leningrad
port, the investigations were made in the aquatorium of the ship building plant.
With air supply rate 8-10 m3/min, a 4-5 cm thick ice was thawed and 4 clear-
ing 35-40 m wide was made. The air was fed intermittently eight hours a day.
After an interruption of forty hours, ice 8 cm thick was thawed in half ~in hour
with the air rate of z2 m3/min. A theoretical calculation is presented which
substantiates the basic parameter of the unit, i. e. , its air rate, with due allow-
ances for air and water temperatures and the depth of the reservoir.
M.K.B.
Card 212

BORODKIN, B.S., kand,tekbn.nauk -
c
'41
Designing the pipe of a pneumatic breakwater. Tridy Ulyrno.26:69.;
159. (Waves, Calming of) (Compressed air) 04IRA 14-9)

KOBDVAWV, I.M., prof.; RATANIN, V.V.~ dote.; BORODKIN, B.S., kand.
tekhn.nauk; SHCHMAKOVA, R.I.,
Extending navigation on inland waters and possibilities of
year-round operation. Reab.transp. 18 no.9:33-37 S 159.
(9IRIL 13:2)
(Ice on rivers, lakes, etc.) (Ice-breaking vessels)

BORODM, B.S., kand.tekhn.nauk; PAVLOV, B.L. in2h.
Stud~r of the actual operation of the pneumatic installation in
the Kama Reservoirs, Rechetransp. 18 no.10:43J~6 0 '59-
(MM 13:2)
(rama Reservoir-loo on rivers, lakes, etc.)

BbRODKIN, B-.S.p kand.tekhn.nauk; MMNYAN, Gj.~ kandAekhn.nauk
Use of compressed'air to form nonfreesing areas in water reservoirs.
Trtdy LIVT no.8:23-34 160. (IMU 15-.2)
(Reservoirs)(Ice on rivers, JAkas, eiti.)(Compressed air)

-on-
Do j i n1c I r p I o f I)n o -4. tv c Ll c vi c c r! o r
water X -33-
L-.vc C.- C. I-Ant; o~'.)

BORODKIN, B.S., kard. teklm. nauk
Calmalation of a perforated pipeline
tion of heat along its length. Trudy
fcr the unifonn d4-3trilp-l-
12VT no.4695-3.3 16-1
(M1,14 ll?r7)

BALANIN, Vasiliy Vasillyevich., kand. tekhn. nauk, dots.; _!~~RODYJN,
Boris Solomonoylcla, kand. tekhn. nauk, dots.; FZELKCNYAN_
Georgiy Ivanovichs kand. tekhn. nauk., dots.; KONOVALOV,
I.M., prof.., red.; LOBANOV, Ye.11.# red.
[Utilizing the heat of deep waters to maintain ice-free
water areas] IspolIzovanie tepla glubimVkh vod vodoerov
dlia podderzhaniia nezarerzaiushchikh akvatorii. Moskva)
Transport, 1964. 271 p. (MIRA 18:2)
1. Leningradskiy institut vodnogo, transporta (for Balanin,
Borodkin, Melkonyan).

BORODKIN, F.
- --
offAM44
Use of a bonus wage system in the automated industries of the
U.S. Biul.nauch.inform.trud i ;ar.plata no.1:70-74 '59.
(MIRA 12:4)
(United States-ionus system)

BORODKIN, F.
Use of electronic equipment to establish norns for work
novements. Bjul.naucb.Inform.; trud i zar.plata no.2:
74-?7 159. (Motion stuir) (MRA 12:5)

BORODKIN. F.
Determining the economically advantageous correlation be-
tween the number of workers and the number of the objects to
be serviced. Biul.nauch.inform.: trud i sar.plata. no.3:
68-73 '59, (MIRA 12:5)
(Factory management)

BORODKIN, F.; MMIICV, Yu.
__
industrial researeb. Biul.naucb.inform.: trad i zar.plata
no.6:64-69 '59 * (MIRA 12:9)
(industrial researeb)

BMOIKIN, F.; MAXSIHOV. Tu.
Computing vork norms for operating sachirwy with the aid of
wthematics. Blul,nouch.informe: trud i zar.plata no-1.1:70-74
'59- (MIRA 13:5)
(Machine-abop practice--Production standards)
(vathelailes)

BORODKIN F.; KAKSIROV, Tu.
On using mathematicai methods for"prodnetion-economic calcu-
lations in the U.S.A. Blul.n.auch. Inform.; trua i zar. plata
3 no.1-69-75 160. (MIRA 13:6)
(United States--Operations research)

BDRODKIN F.; MANSIMOV, Yu.; ORLOV, P.M., kand. ekon. nauk, red.;
PETRYANKINA, V.I.., red.; YEVSTIGKETLEVA, V.S., tekhn. red.
[Method-for short unplanned observations used in enter-
prisea of capitalist countrieo]Motod sluchainykh momentafth
nabliudenii; iz opyta primeneniia as predpriiatiiakh kapirm.
talisticheskikh stram. Pod red. P.M.Orlova. Moskva, Na-
uchno-issl. in-t truda Gos.kom-ta Soveta Mini5trov SSSR po
voprosam truda i zarabotnoi platy, 1961. 59 P.
(MIRA 16:1)
(Production standards) (Time study)

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