SCIENTIFIC ABSTRACT SEMENOV, S.S. - SEMENOV, V.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001547820012-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

C
PHASE I BOOK EXPLOITATION 395
Zazhirey. Dmitri., Ivanovich; Pankin, Ivan Aleksari(2rovich; and
Semen-~v, ~'te,&:Wvich
S
Geodezlya (Geodesy) Aoscow, Avtotransizdat, 1957. 146 p. 8,vn cop-
ies printed.
E0., Mordvinov, V.S.; KoCan, F.L.
PURPOSE: This is a textbook approved by the RSFSR Ministry of Highways
and Motor Transport, devoted to problems of road building. The
book Is intended for use in schools training highway engineering
personnel.
COVERAGE: The book is a practical study of geodetic problems related
to road building, such as the orientation of lines, the measurement
of horizontal angles, spotting of lines on the ground, leveling and
lay-out work. The book cites numerous practical examples to illus-
trate certain theoretical principles. The following instruments
Ca7d~17-%=;':4'

SOV/96-59-4-14/21
AUTHORS: Povarnin, P.I., Candidate of Technical Sciences and
Semeagov, S.T., Engineer
TITIS: An Investigation of Critical Boiling of Water 'Balow the
Saturation Teurperat-ure During Rapid Motion in eipes
(Issledo-1,raniye krizisa kipeniya vody, nedogretoy do
temperatury nas-yshcheniya pri dvizhenii-yeye s bol'shoy
skorost7yu v trubakh)
PERIODICAL:Teploenergetika, 1959, Nr 4, pp 72-?9 (USSR)
ABSTRACT: The object of this work was to extend the range of
investigation of critical boiling during forced motion of
a liquid in tubes to hig]aer speeds of 40 m/sec and more.
To allow of comparison with previously published work a
pressure of 3 '15 atm. was used. and the degree of underheating
ranged from 0 - 2000C. As the speed ranged from 3.6 to
45 m/see it was necessary to develop procQdures, for
obtaining thermal fluxes of 50.100 kcal/m,-hour.
!hv ,-.~cpa rime ntp-1 equipment is fully described and a
schematic diagram of it is given in Fig.l. It was made
of stainless steel. A sketch of the experimental section
is gi-ven in Fig.2 and this also is descrLbed in great
Card 1/4 detail. The apparatus is based on the usual principle of

SOV/96-59-4-14/2-
An Investigation of Critical Boiling Of Water Below the Sa aration
Temperature During Rapid- Motbion in Pipes
for..-.j-ng water through an electrically heated tube. The
formulae used in working out the results are given. The
experiment-al prccedura adopted is based on the assumption
that the, formation of a steam insulating film when
c.riti,~al bo-'Ijni- occurs is of a lecal character when the
workIng fluid is more than 20 - 4000 below the saturation
temperatilre. A.(,.-_o7Aingly this film does not extend. along
the length of the tube for more than one or two diameters
and does not dep9nd. on the total length of the heated
section. It,tharefore, suffices to use a tube which is
about ten diami-4ers long, The tubes used in the tests
ranged from '.5 - 3.0 mm internal diameter and from
C)
8 -to 40 mm- long; they were made of copper or stainless
steel. Current was passed through the tubes until
,ritical boil] d and the tube burned out,
Lug occurre
continuous reco:cdings being made of current and temperature.
In the eariy tests there was evidence of steam corrosion
of the metal ancl accordingly for later work great care wa_-
Card 2/4 taken to remo-ve oxygen from the steam. The results of

SOV/96-50-4-14/21
An Investigation of Critical Boiling of Water Below the Saturation
Temperature During Rapid Motion in Pipes
31 tests made during the course of the work are tabulated.
The formulae used by a number of previous authors to
work out their results are given and compared. These
formulae were used to work up the test data of the present
article and are plotted in Fig.4. Contradictions that
arise from the use of the various formulae are pointed
out and a somewhat modified version of one of the previous
formulae, given as exprGssion (12). was used to work out
the results of the present work. It is then explained
how this expression may be developed into expression (14)
and the results obtained in the present work and by
previous authors are then worked out in this way and
plotted in Fig,5. The same points in other coordinates
are gi-ren in Fig.6. It is stated that the equation
proposed satisfactorily corresponds to the critical rate
u.C " -It transfer over the 'velocity range considered ands
affords the possibility of extrapolating to higher
Card 3/4

SOV/96-59-4-14/21
An Investigation of Critical Boiling of Water Below the Saturation
Temperatuxe During Rapid Mo-i6ion in Pip--s
velocities. Throughout the work particular comparison
is made with the results of Buchberg of 0--k Ridgq.,
Tennessee. Ther-, are 6 figures, 1 table and
13 referenc.-as of which 6 are Soviet and ? English.
ASSOC IATION:Ene rgetiche -,kiy institut AN SSSR, (Power Institute
A,o,,,So.USSB-
Card 4/4

67648
SOV/96-60-1-17/22
/0 - V-000
AUTHORS: Povarnin ' P. I., Candidate of Technical Sciences, and
S ov S. T., Engineer
cement
TITLE: An Investigation of Critical Boiling During Hi~h-pressure~
Flow of Under-heated Water in Tubes Of Small Diameter
PERIODICAL: Teploenergetika, 1960, Nr 1, pp 79-85 (USSR)
ABSTRACT: A good deal of work has now been done on the critical
boiling of water in p.V*es, The work arose from the need-
to make heat-exchan e 'balculations in a.tomic piles 4\
where the rates of flow are limited to about 10 m/s-ec
and the critical thermal fluxes are consequently below
lo7 kcal/m hr. Considerable increase in this speed range
will be required, which-will also afford the possibility
of making a closer study of the changes occurring in the
critical rate of heat transfer when the rates of flow
of the liquid alter. Previously published work on
this subject is reviewed, and analysis of critical
boiling at 35 atir-, leads to the empirical Eq (4),which
is valid over a wide range of speeds of water flow and
of temperatures. The present article gives the results
Card 1/3 of an investigation of critical boiling during the flow

67648
SOV/96-60-1-17/22
An Investigation of Critical Boiling During High-pressure Flow of
Under-heated Water in Tubes of Small Diameter
of water in pipes. The tests were made in pipes of
stainless steel and copper 2 - 3 mm. diameter in which
the length of the heated section was 10 - 30 diameters.
The experimental part of the tube was heated by
alternating current, and critical boiling was recognised
by a jump in thermocouple readings. The experimental
equipment and procedure have been described in a
preceding article in Teploen6rgetika Nr 4, 1959. The
tests were made on de-aerated double distillate in
which the concentration of oxygen had been reduced to
zero by the use of hydrazine; the pH value was 9 - 10.
At pressures up to 100 atm, critical boiling usually
caused the tubes to burn out. At 150 atm. and 200 atm
the temperature jump on critical boiling was not so great
and the tubes could often be used again. Altogether some
200 tests were made, and the results are given in Table 1
and in Figs 1 to 6. Tests made by a number of other
authors were also used in working out the results. The
experimental points on the graphs deviate from the
calculated curves by not more than 1 40%; more than M16
Card 2/3 of all the points lie within t 20% of the curves. The

67648
SOV/96-60-1-17/22
An Investigation of Critical Boiling During High-pressure Flow of
Under-heated Water in Tubes of Small Diameter
only exception was Fig 6 for the pressure of 200 atm,.for
which a special explanation is given. The relationship
between the critical rate of heating, the water speed
and degree of underheating at various pressures was
analysed-. More accurate values were thereby determined
for the coefficients in Eq (4), and Fig 7 gives a graph
of these coefficients as a function of pressure. It is
concluded that Eq.(4) may be used, provided the
coefficients In it are determined by the graphs of Fig 7.
The rate of hea-t transfer that causes critical boiling
can thereby be determined for various rates of flowl
the water being more than 200C below the saturation
temperature. There are 7 figures', 2 tables and 11
references, 9 of which are Soviet and 2 English.
ASSOCIATION: Energeticheskiy institut AN SSSR
Ac. 3c. USSR)
Card 3/3

S/048/60/024/007/032/032/XX
6 60 0 BO19/BO56
AUTHORS: Vitman, V. D., Dzhelepovq B. S., Pavlov, A. A., Semenov, S.V.,-
and Shestopalova~ S: A.
TITLEs The Determination of the Ratio of the Number of Quanta of
Roentgen K- and L-Emission of Some Neutron-deficient.,....
Isotopes
PERIODICALs Izvestiya Akademii nauk SSSR. Seriya f-4zicheskayal 1960, VC
Vol. 24, No. 79 PP. 934-938
TEXT: This paper was read at the 10th All-Union Conference on Nuclear
Spectroscovy~ which took place from January 19 to January 27, 1960 at
Moscow. By means of a proportional counter th relative intensit* f
S~m 1'_" e8 0
the K- and L-emissio4s of 19160 A D 159 ONd 140 11 Prl 40,lqand 4~0 eye
measured. The rare earths, from which the sources were chromatographically
separated, were obtained by the authors by irradiating a target witK
660-Mev protons on the synchrocyclotron of the OIYaI. The entire experi-
mental arrangement was calibrated on Zn659 Se75, In114' CS137, and SM145,
the relative halfwidths of the lines were 15 - 12%. The ratio of the
Card 1/2

The Determination of the Ratio of the S/048/60/024/007/032/032,/XX
Number of Quanta of Roentgen K- and L- B019/BO56
Emission of Some Neutron-deficient Isotopes
numbers of L- and K-emission quanta is put proportional to the ratio of
the area of the lines measured: NLINK = ks LIS K' For the purpose of determin-
ing the backgrounds a filter made of 0.8 mm. cadmium, 0-5 mm copper, and
0.5 mm. aluminum was used, from which quanta up to 60 kev were completely
absorbed and ouanta with more than 200 kev were allowed to pass. The
results are given in Table 1. Column 2 gives S in columns 3 and 4
L/SK'
the counter efficiencies for K- and L.-radiations are given. Column 8 then
gives the values NLIN K' By means of these values, the ratios between the
electron captures on L.- and K-shells are calculated~ These val-ues are g4V 11
~ e
in Table 2. It is, however, pointed out that they contain a considerable
error. There are I figure, 2 tables, and 8 references', 4 Soviet, 3 US,
and 1 Dutch.
ASSOCIATION: Vsesoyuznyy nauchno-issledovatellskiy institut metrologii im.
D. I. Mendeleyeva (All.-Union Scientific Research Institute
for Metrology imeni' . I. Mendeleyev)
Card 212

3/125/62/000/006/003/013
D040/D113
AUTHORS: Mandellberg, S.L., and Semenov, S.Ye.
TITLE: The formation of shrinkage cavities on the weld surface in
high-speed submerged multi-arc welding
POZIODICAL: Avtomaticheskaya svarka, no. 6, 1962, 17-20
TIM The causes of shrinkage cavities fonning on welds in two-arc high-speed
welding of steel pipes were investigated. Such cavities, which never form
durin g0single-arc welding at 30-40 m/hr, appear during two-are weldin.- and
their number and depth increase with increasing speed. The flux mesh used in
submerged-arc. welding also has a high effect. The quantity of cavities was
minimal with mediwit grain-size flux in experimental welding, and increased
abruptly when coarse-grain or dust flux was used. Oscillographs proved that
arcs were never interrupted at the moment of cavity formations hence this is
not the cause of the phenomenon. It is concluded that thecavities form be-
cause of (1) the length of the welding pool which reaches 350 mm at 200 m1hr
Card 1/2

ACC NR- AP6036017 ~A SOURCE CODE: UR/0125/66/000/0.10/0044'/0047.
~AUTHOR: ifandel'berg, S. L.; Lopata,
;ORG: Electric Welding Institute im.
f
IAN UkrSSR)
ITITLE:
V. Ye.; Semenov, S. Ye.; Rybakov, A. A.
Ye.. 0. Paton AN UkrSSR (InstiLUL elektrosvarki
Three-pass welding of helical joint tubes, 1020 mm'in diameter, from both
sides
iSOURCE: Avtomaticheskaya avarka, noJlO, 1966 44-47
TOPIC TAGS: helical joint tube, tube welding, steel bu6e welding, u6-b=cSSe=.
arc welding
ABSTRACT: Several variant:s of submerged-arc welding of helical joint 15G2S steel
tubes., 1020 mm, in diameter with walls 10-12 mm thick,have beentested. The best
resillts were obtained with a three7-layer weld applied from both sides. First, a
.!"technological".weld'is applied from inside in-order to ensure and maintain .a correct
.1alighmnet of the faying edges. Theh a half turn later, the second, outside weld
and another half turn later the third, inside weld are deposited. The weld has a
Istrength equal to that of the base metal. It had a yield stren th of 35.3-50.0 kgA_-~
0 2 9
ia tensile strength of 55.5-6
3.5 kg/mm an.eiongation of 20-29%, a reduction of area
2
of-58.5-72.5% and anotch toughness-of 3.1- '8.7 kg/cm at -40C. This method was
introduced three years ago at the Zhdanov Metallurgical Plant im. Il'ich. Tubes*
Card 1/2 UDC: 621.791.756'

ACC NR& AP6036017
1020..= in diameter are.now successfully welded at a speed of 1.8 m/min. Despite
some operational complexity, the application of this method is justified by its high
welding speed, which is twice that of conventional two-sided welding of similartubes
and-reduces risks of undercuts, porosity, slag inclusions'and other defects. Orig,
art. has: 6 figures and 1 table.
SUB CODE: 13/ SUBH DATE: 27Hay66/ ORIG REP: 005-
Card 2/2

MANDELIBERG, S.L.; LOPATA, v.ye.~ SEMENOVp S.Ye.
y
Welding gas and petroleum pipeline pipes having a diameter of
529-630 mm, with a bilateral spiral joint. Avtom. svar. 16
no.10:63-70 0 163. (MIRA 16:12)
1. Institut elektrosvarki imeni Patona AN UkrSSR.

i
'7 r-
ACC NR:
AP6014433 SOURCE CODE: UR/0125/65/000/012/0001/0005
A
AUTHORS: Mandellberr S
S. L.; emenov. S. Ye.
A (Institut
ORG: Institute for Electro-Welding im. Ye. 9. Paton fil WgO
elektrodia_~i AN UkrSSR)
TITLE.. Somelcharacteristics of poly-are welding under flux at increased rates of
-welding 6
SOURCE: Avtomtichoska Ica, no. 12, 1965, 1-5
- Y, IF, ~'3 .7 r,
TOPIC TAGS: metal welding, are welding, weldability, seam welding, steel, welding
rod / 1,-,4G steel, l4KhGS steel, Sv-08GA welding rod
ABSTR-ACT: The energetics, properties of ields, and the length of the welding seams
in high-speed poly-are welding under flux were investigated. The investigation was
carried out on steels ;Lc,!~,~ "and 14KhGS,r%,sing welding rods Sv-08GA and flux AUT-60.
1-.1eldinv with single, double3and trip.le arcs was studied. The experimental results
are summarized in graphs and tables (see Fig. 1). It was found that for increased
rates of welding the application of poly-are welding technique decreases energy
losses. The chemical composition of the welds during high-speed welding remains
practically unchanged. The use of poly-arc welding at high welding speeds decreases
the porosity of the weld and yields welds with overall mechanical properties cam-
parable to mono-arc welds obtained at ordinary welding speeds.
C(3rd 1/2 UDC:

MONICH, V.K.; SEMEIIOVA,-Tj.
Geological time scale of 1963. Izv. AN Kazakh. SSR. Ser. geol. nauk no.
5:110-112 163. (~MRA 17:1)
I.Institut geologicheskikh nauk AN KazSSR, Alma-Ata i Kazakhskiy ins-
titut minerallnogo syr'ya, Alma-Ata.

SEMENOV, U.S., assistent
Abrasive wear of cylinder bushings of marine diesel engines.
Izv.vys.ucheb.zav.; mashinostr. n0-5:130-134 162*7 (MIRA 15:10)
1. Odesakiy insti~ut inzhenerov morskogo flota.
(Marine diesel engines)

Si,NFNOVP V.
Vocat'Lonal Education
Impovtant method for educating labor reserve pupils, Mol. bol'sh. 10 No. 15 1952.
Monthly List of "ussian Accessions, Library of Congress October 1952. UNCLASSIFIED. '

SEMOV, V.
.
Improving the equipment in technical schools. Prof.-takh. obr. 12
no,3:20-22 fti,--155. (MLU 8:5)
1. Mekhanik r6meslennogo uchilishcha No. 40 (Moskva)
(Technical education)

SVIENOV V. - GRIMERG, I., inzh.; LUKIYANOV, V., inzh.; MAYOROV, P.,
inzh.; MORKOVIN, G., Inzh.
Against conservatism in technologk and mecir-nical, engineering.
NTO 2 no.4:32-311 Ap 160. (HIRA- 13-6)
I. Predeedatelt soveta. pervichnoy orgaxxiZatBii Hauchno-tekhnich-3-
i3kogo obshchestva konstruktorskogo byuro mashinostroitallnoy
promyshlennosti, Iloskva (for Semenov). 2. Chleny Hauchno-tekhni-
chesko_-o obshchastva mashinostroitellnoy promphleanosti, Moskva
(for Grinberg, Luklyanov, blayorov, Morkovin).
(Factory management--Technological innovations)

SHMENOV, V., inzhener; MDROZOV, P., ezzhener.
Applying nap by the electrostatic method. PromokooPenee3:16-18
Mr 156. (KM 9:7)
(Textile machinery) (Textile fabrics)

SEME11OV, V.
Modarniznd tambour. Prom.koop. 13 no.11:27 9 159.
(MML 13:3)
1. Starshi7 Inzhener-mekbanik Rambno-issledovatel'skogo
instituta kInidozhnStVAnnO3r prov7shlennosti.
(Needlework industry-Equipment and supplies)

IVAITOV, G.; SDW
IOV V. i mekhanik
Device for pinning on a design. -I~rom.koop. 14 no.4:27 Ap 160
(MIRA 13:6)
1. Starshiy inzhener-konstruktor Nauchno-issledovatel'skogo institute.
khud~zhestvennoy promyshlennosti (for Ivanov). . i
(Embroidery (Machine)) I

SEMENOV, V.
Technological progress is the basis for the reduction of
agricultural production costs. Fin. SSSR 21 no.2:17-25 F
16o. (MIRA 13:1)
(Agricultural machiner7)

SLIAENOV, V.
Utilization of industrial wastes; NTO no-5:55-56 My '59.
(MIRL 12-8)
(Industrial wastes)

SEMSNOV, V.
. -
.. z:--.~ - -
gawdust and gas as substitutes for wood. Mias. ind. SWR no,2:51-52
'57. (MI-RA 10:5)
1. Machallnik kolbasnogo toe)cha Stalingradskogo myasokombiziata.
(Wood waste) (Sausage)

SEMNOV, V. (Sverdlovsk).
W.~
Seventh contest of short wave operators of the Sverdlovsk Province.
Radio no.3:26 Mr '54. (MLRA 7:3)
(Radio, Short-wave)

a m r= NoY,
110IM/ Electronics - Color television noce'ivers
1/2 Pub. 89 20/31
Authors 'I Semenov, V., and, Baldin,* L.
Title I Television set "Radugall (Rainbow)
Periodical I Radio 11, 32-36, Nov 1954
Abstract I The color television set "Radugall was-designedIor reception of telecasts.-
transmitted by the Moscow-Experimental Color4elevision:Station (I-IOSTsT).-
The picture-channel and audio sensitivity of the set are 350 and -200 micron,-:-!:
volts, respectively
The passband throtigh~the-picture-chamel.is-no less
than 8.3 megacycles. The audio parameters.conform to GOST Standards (USSR*
Bureau of Standards) for radio receivers Class I. and II. ..The IfRadu
vision set anerates on.23 miniature tubes.and-one cathode-o-ray tube 19IX6B
(184 K 6 5 ). The f ol 1 oAng individual unit's ~ are described in detail: 1)
amplification of audio & nictweo-siqnal channels; 2) selector-staf,
I ge and.
synchronizing pulse-sending .circuit.�; 3) Ocann=7 systeT.- and high-voltame
rectifier, and 4) color system. Care in handling -nd tuning, the color

AKOPOV, A.; TUGARINOV, I.; TIMMOVSKIY, I.; NECHAYEV, M.; SEYINOV, V.;
VINNIK, K.1 SC~UN, V.
Let us welcome the 22d Congress of the CPSU with excellent achieve-
ments. Fin. SSSR 22 n0.10:49-149 0 '61. (YJRA 14:9)
1. Zamestitel' naebal'nika Mosgorfinupravleniya (for Akopov).
2. Zamestitel.' zaveduyusbchega Leningradskim oblfinotdelom (for
Tuparinov). 3. Nacbal-'nik byudzbetnogo upravleniya Ministerstva
finansov Kazakhskoy SSR (for Timanovskiy).. 4. Zaveduyushebiy
Ul'yarovskim oblfinotdplon (for Necha 5 Zaveduyus~,chiy
v~ev
Volp,odskim ob2finotdelom (for Semeno .
(Finance) (Taxation)
(Bezhetsk District-Insurance)

SEMENOV, V., prof., ktor tekhn.nauk, zasluzhennyy deyatell nauki i
- t6khftiRi:- r
Gift of foresight. AvA kosm. 44 no.3:6-8 162. (KIRA 15:3)
(751olkovskii, Konstantin Eduardovich, 1859-1935)
1
I

SEMENOV, V.; NOVOSLAVSKIY, L.
Establishing norms for the working capital and supplying credit to
state farms. Den.i kred. 19 no.6:33-42 je 161. (MMA 14:6)
1. Nachallnik otdola finansirovaniya sovkhozov Ministerstva finansov
SSSR (for Semenov). 2. StArshiy kreditnyy inspektor Novosibirskoy
kontory Goebanka (for Novoslavskiy).
(State farms-Finance)
(Novosibirsk Province Agricultural credit)

SZHENOV, V.
Control through the ruble and business accounting on state farms.
Fin. SSSR 22 no.3:28-35 Rr 161. (MIRA 14:7)
(State farms--Finance) I

SEMENOV , V. ----- - -__ -
Virgin-land state farms are an important source of socialist
accumulation. Fin. SSSR 23 no.2:26-34 F 162. (IMU 25:2)
(Virgin Territory--State farms-Finance)
(Grain)

SBMTOV, V.
Amortization of tractors and combines on state farms. Tekh. v sellkhoz.
20 no.6:6-8 is 160. (MM 13:1 0)
1. Ministr finansov SSSR.
(Tractors) (Combines (Agricultural machinery"')

SEMENOV,
Shatura as it is today. Pozh.delo 8 no.4:3-4 Ap 162.
(MIRA 15:4)
(Shatura,region--Peat industry--Fires and fire prevention)
(Shatura region--Electric power plants--Fires and fire prevention)

SEMENOV, V.
Heroic deed of a group of five. Pozh.dela 7 no.3;31 Mr 161.
(MMA 14:5)
(Moscow-Fire extinction)

SEMENOV, V.
Members of the Co-mist Youth League in the forefront. Pozh.delo
7 no.5.30 MY 161. (MA 14:5)
1. Sekretarl gorkoma Rovenskogo komsomolfs, Ukrainskaya SSR.
(Rovno-Fires and fire prevention)

SEMENOV, V.
From the history of fire prevention; fire trains. Pozh.delo 7
no.5:32 My 161o (MM 14:5)
(Railroad-Trains) (Fire extinction)

,.._SEMOVp V.9 dotsentg kand.tekhn.nauk
--------- - -,
Motion within motion. Znan.sila 36 no.1:6-10 Ja 161. (KVU 14:3)
(Hydraulic turbines)
T ,-
1,

RODOVY G.; �]RM--OV-I- -V.
-nGla -.gqt, climbing reinforced concrete ~614.--Stroftbll
Mal:.
no.7:28 Tl 161. (14IRA 14:8)
. (Electric lines-Poles)

SEMENOVP V.
0
Great changeB. Prof.-tekh. obr. 20 no.3:15-16 Mr 163. (KRA 16:3)
1. Direktor Dorogobuzhskogo uchilishcha makhanizataii Bellskogo
khozyaystva No.9,Smolehakoy obl. . I I
(Farm mechanization-Study and teaching)

Smolov, V.
2. TISSR (6oo)
4. Airplanes - 1~otors
7. In a study vroup of aviation raechanics, Kryl.rod. 4 no. 3, 1953.
9. Monthly List of Russian Accessions, Library of Congress, APRIL 1953. Unclassified.

AID P - 2844
Subject USSR/Aeronautics
Card 1/1 Pub. 58 - 3/19
Author Semenov, V., Doctor of Tech. Sci.
Title Tsiolkovskiy, K. E. (on the 20th anniversary of his
death)
Periodical
Abstract :
Institution :
Submitted
Kryl. rod., 9, 5-6, S 1955
Biographical notes and titles of Tsiolkovskiy's more
important works are given.
None
No date

AUMOR- Semeenov. V., Engineer sov/ 84-58-3-27/52
TITLE The Il-18 Airliner - The landing Gear (Samolet 11-18 - Shassi)
PERIODICAL: Grazhdanskaya aviatsiya., 1958, Nr 'z. pp 18-19 (ussR)
ABSIRACT. The exticle gives a general description of the landing gear and
contains the folloving teahnical data. Me hose leg carries two
700 x 250 mm -vheels., and each of the tvo rear legs is suppa-rted
'by four 900 x 285 mm -4heels. The tire air pressure is 6.5' to 7
att.m. The pressure in the hydraulic system is 210 atm, so high a
pressure being chos&n -to reduce the -weight of the operating parts.
Thus, the. elevator pistono vhich developes a pressv-re of 10:500 k~g,
is only 8 cm in diameter. Two photographs and a draving acconqxwy
the text,
1, A4-rc_-aft--USSR 2. Landing gear--DeGign 3. Hydraulic systems-Operation
Card 1/l

D141TRIYEII, A.; SENUENOV, V.
Radio equipment for proportional control of an airplane model
(conclusion). Kryl. rod. 13 n0-3:26-28 Mr 162o
. (MIRA 1835)
I
I

DMITRIYEV, A.- MENOVI V~ _,_
Radio equiranent for proportional control of a *Airplane model
to -be concluded. Kx~,rod. 13 no.2:21~~-29 F 162'a (MIRA 15-1)
(Airplanes-Models)
(Airplanes--Radio control)

SDIIEIIOV__V., knnd.tekhn.nauk, i.,,pul.nyayushchiy ob3razannosti dotsenta
,-=~j
Rated capacity of a marine dlerel engine. Mor. flot 25 no.3t24-26
mr 165. (MIRA 18W
1. Odesskiy institut inzhenerov morskogo flota.

L 26157-66

AP602 404 SOURCE CODE!' UR/0317/66/00010-02/0039/0041
IWO JD
AUTHOR: Kononenko, V. (Doctor of technical sc 'ience.;); Zaytsey K. (Candidate
S: f technical science
of technical sciences):, enov, V. (Candidate o Is)
ORG: none
TITLE: Technological reserves for military engineering
SOURCE: Tekhnika i vooruzheniye, no. 2, 1966, 39-41
TOPIC TAGS: military engineering. portable machine, punching mac ine, explosiv
charge, impact stren0h, I &$A
ABSTRACT: The use of progressive technological methods and new technological
processes for military purposes is stressed by the authors. A detaileg description
is given of an explosive device intended to punch holes in metal plates."This pprt - b1
punching machine weighi-2-5-----30jcg and utilizes the explosive force generated by the
combustion of 2. 3 kg of powder, which is equivalent to the pressure of 560 atm.
.Card 1/2

L 44130-66
ACC NR' AP60222404
The energy output of this device is equal to the power of a 75-ton press. In I min
it is possible to punch 3 or 4 holes, 21-25 mm in diameter, in metal plates 12-
14-mm thick and in such im pact- resistance materials as 30K'HGSA and IXON9T
steels. Orig. art. has: 3 figures. I (b (