SCIENTIFIC ABSTRACT SELIVERSTOV, A. - SELIVERSTOVA, A.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001547730001-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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;4
"Nerskoy-Flot" No 12
Points out dangers of using ordinary inflexible
keel blacks for sharp-featured ships whose length
exceeds that of t)2e dock: end blocks frequently
break under the excess pressure.and may cause
USSR/3hg:1neer1ng'(Cautd) Dec 48
e. Plexible keel-block track is made up of
a canbination'of oak and pine.which gives a fairly
variable range for the coefficient of rigidity.
Describes properties of this type track, with
diagrams and tables.
U9&. 'Anginearing
Dry Docks
Ship Repair
"A Method for Increasing the Icad Capacity of
Floating Docks While Raising the Ship an a Esel
Tftck of Variable Rigidity," Nagr A. Soliverstov,
5 pp
Doc 48
61/49T2o
41M
61/49T2o

SELIVERSTOV, A.
Longitudinal launching of a ship on slips with varying inclination
and without ways. Mor.flot.16 no.6:22-24 Je 156. (MIRA 9:9)
l.Konstruktorskoye byuro Odesskogo sudostroitellno-sudoremontnogo
zavoda.
(Ships--Launching)

1. A. SELIVERSTOV
2. ussit (6oo)
4. Automobiles - Springs
7. L~y experience in economizing spring steel. U ekon mat. no. 1. 1953.
9. Monthl List of Russian Accessions, Library of Congress, April -1953, Uncl.

30731
S/085/61/000/012/002/003
DO47/Dll2
AUTHOR: -Seliver-stov, A., Chief Engineer
TITLE: En,--4ne control instruments of the MiG-15
PERIODICAL: Kryllya rodiny, no. 12, 1961, 22-23
TEXT: This article describes the operating principles of the engine control
instruments of the MNI--15 (MiG-15) aircraft with the aid of diag~rams. Oil
temperature and pressure, as well as fuel pressure, are indicated by a com-
bined three-hand *)MK-3P (EPIAI-3R) electric indicator installed in the right-
hand section of the pilotts com artment. Its measurement range for frl
pressure is from 0 to 100 k9/cm , for oil pressure from 0 to 10 kg/ m and
for oil tem9erature from - 50 to + 1500C. Normal oil temperature should be
not over 90 C, normal oil pressure 1.4-3.5 k9/cm , and normal fuel pressure
within 45.+ 6 kg/cm2. Because fuel manometer of the instrument is calibrate
in 2 kg/cmz, it is not sensitive enough to show drops of fuel pressure oc-
:'=ing when gaining altitude, and is therefore supplemented by a standard
M-10 (EM-10) electric fuel manometer calibrated up to 10 kg/cm2 in 0-517~~
Card 1/3

30"31
9/085/61/000/012/002/003
Engine control instruments D047/Dll2
Its T)ickup is installed in the same fuel supply pipe as the Dickup of the
EMI-3R, The dial of the EM-10 has a red line from 0 to 4 kg/cm2, to remind
the pilot that in flight the fuel pressure must not drop below 4 kg/'CM2~ The
fuel pressure drop arising due to fuel consumption is indicated by one of the
three (~R-3 (SD-3) signal devices. One of them is installed in the fuel
supply pipe of the second tank, the second in the kerosene supply system, the
third in the fuel supply line of the drop fuel tanks. A remote control e-
lectric 179-15 (TE-15) tachometer shows the rpm of the engine rotor within a
range of 0 to 15,000 rpm. It includes an induction meter and aA -10 (D-10)
pickup in the form of an ac three-phase motor, whose rotor consists of a two
pole Dermanent magnet, ATBI--l (TVG-l)rj %-47 (TGZ-47)/s-Decial exhaust gas
5
thermometer helps the pilot to mEdntain the thermal operatinz conditions of
the engine .,iithin 510-6900CIas prescribed. It consists in a thermoelectric
set including a vibration-proof magnetic-electricTBF-1 (TVG-1) millivoltmei--r
graduated from 400 to 9000C, and fourT-1 (T-1) thermocouples ', connected in
series in the engine extension tube, as pickups. The T-1 thermocouple has a
steel body and tubes made from a heat-resisting steels Each tube contains two
Card -:-'/3

30731
S/085/61/000/012/'002/003
Engine control instruments ... D047/Dll2
electrodes insulated from each other by a ceramic material. The positive
electrode is made from a nickel-cobalt alloy, the negative electrode is made
from Alumel, The operational principle of this special thermometer is as
follows: a part of the exhaust gas enters the thermocouple, flows over the
hot junction of the electrodes and passes out at a reduced speed. This Dro-
duces a thermoelectric pow-or of a value proportional to the difference of
temperatures of the hot and the cold junctions of the electrodes, which is V_K
shown by the above-mentioned millivoltmeter. There are 6 figures.
ASSOCIATION: Upravleniye aviatsionnoy podgotovki i aviatsionnogo sporta TsK
DOSAAF SSSR (Administration of Aviation Training and Aviation
Sport of the Central Committee-of the DOSAAF, USSR.)
Card 3/3

1. SPI~KOVSKII, Vl. ; SL-I- LIVE i3TOV, A. A., Eng.
2. US -j ! i( 600 )
4. Loading and Unloading
7. Work with a pair of booms. Mor. floL 13, No. 3, 1953.
9. Monthl List of Russian Accessions, Library of Congress, June -1953, Uncl.

SELIVERSTOV, A.A., kapitan-leytenant
At a control center. Vest.Vozd.Fl. no.8:54 Ag 161. (14MA .14:8)
(Air traffic control)

SELIVERSTOV, A.I., mashinist elektrovosa
The locomotive crew is credited with saving 150,000 kw.-hrs. of
electric power. Elek. i tepl. tiaga. 6 no.11:7 N 162.
(KRA 16: 1)
1. Depo Zlatoust Yuzhno-Urallskoy dorogi.
(Electric railroads-Current supply) (Locomotive engineers)

C! T T F
xai- Reriarls on V. V. Lebe(lev's Boo" Gidrolo.-ri -a i Gidrorretriya v Zadachakh
01'-flrolo.~'y an(I Fydro?7,2try in, Disks),. Hyrlromet Fre3s, Lenirijrad, 1-952
1954 61-
.4et corol. i:;i-Orolo~-iva lio I.
The author noints out that the book recornends an incorrect riethod
for the computation of mean-d-aily levels by three observations (at 080C),
11,L00, 2000), such a level not bein,gr the mean, since the intervals between
tipic,-, of observatIon are not equal. Nringr processing of data it is nec-
essary to introduce the cutoff of levels not into the mean depths of two
courczeF,. but into --!!. measured points of both courses. Computation of
mienn velocity durin- i(,-,r
I ., coverin~,r to 5-point arid 3-point method3 is inap-
plicable; closer valu~?s to -mean velocity are Zriven by 6-point, 2-point,
an,! I-oolnt. riethod. ('VhGeol, No 9, 1955)
SC: airzi-No 845, 7 IrIllar 56

MMI A.M.
.0,-
Remarks concerning regulations and manuals. Meteor.i gidrol. no.4:
66-67 Ap '56. (MLRA 9:8)
(Hydrolog7)

I) v "i"i M
Q
u
f I C) ri r r C. 'a
L
n 1,0
K
1.' -0 N ~I a C. E, A i,
L 11
n 1, o r (podprLizhinennyy) :-i t n!; f; oc- T h,~ 1) a c. m e
~4,*i- t Th_~ be~!.Ilom,tci, i C, CI!, 11, ;jl~,ed t'-, t 12 f
to s t e e 1. i i n the 1-flontir (1irectio-a. The unper P,.,2-t n~
J, 1 0,-! con; ",i. n: 'ir
e j n Z, V. 1,0v
C', A
ji.-~assemb',,-; e;-. i I:- r
o" ~11 Order ~n
n
r- r t
i T rema i n 1) r 0 r t I (,- nu 1 t o

trio intake p4pe is ajj-Pp&d
he
T, rr
to in- a nur-,'-b~'r c,:'

GODCHAROV. B.V.,inzh.; S2LIVERSTOV,_AJf.jnzh.
--.- z
,~,~kiag prestressed hollow piles. Bet. i zhel.-bet. no-11:527-528
14 6o. (MIRA 13:11)
(Concrete piling)
; Ijz. Irw

SELIVERSTOV, Aleksey Nikolayevich; IARSHISH, A.M., nauchn. red.;
STAROSVETOVA, V.G., red.; DORODNOVA, L.A., tekhn.red.
[Young assembler's manual on precast reinforced concrete
elements and parts) Spravochnik molodogo montazhnika sbor-
n-ykh zhelezobetorlwfkh konstruktsii i detalei. Moskva,
Proftekhizdat, 1964. 276 p. (MIRA 17:4)

S~rj r,4&el
Ifilf o
RAITVM~CK.H., retsenzent; ZOTOV, P.P.,
PLERNTY199MM LURUW, redaktor; GTJSRVA, Ye.M., redalctor;
MEDVEDEV, L.Ya., tekhnicheskiy- redaktor
[Effect of the dyna ic condition of the air medium on the ventilation
of cotton spinning and weaving mills] Vliianie dinamicheskogo sostoia-
niia vozduahnoi aredy na ventiliataUu. priadillnykh i tkatskikh
khlopchatobumazhnykh fabrik. Pod red. P.P.Zotova. Moskva, Gos. nauchno-
tekhn. izd-vo MiniBterstva promyshlennykh tovarov shirokogo potreble-
niia SSSR, 1954. 94 p. (MLRA 8:4)
(Textile factorioa--Ventilation)

CHERNOV, Tikhon Petrovich, pr.:~f.,. SELIVERSTOV
- inna Mi_khaylovria,
Nikolayevich, inzh.~ SE_,rrE5S_TGVAJ
ih'~b.j'BALAIIDIII' A.N,~ spets~ red.
(Present-day structures and methods for laying pile founda-
tions for buildings] Sovremenirle kcnstruktsii _J metody voz-
vedeniia svainykh fundwnentov zdanii, Ferml, Permskoe
knizhnoe izd-vo, 1963. 1/+1 p. (11"IRA 1?.9)

GORUSHKINA, L.P.; PRIKHODIKO, N.M.; SELIVERSTOV, A.O.; CHERITYS11, S.I.;
DESPAI-VO, V.K.
Use of quick-hardening mixtures. Lit. proizv. no. 2:39 F 161.
(MIRA 14:4)
(Sand, Foundry)

SELIVERSTOV, A.V.
Die for the manufacture of chaplets. Lit.proizv. no.7:42 J1 162.
(MBU 146s2)
(Dies (Metalworking))

L 11163-67 0,,PT k d ) 1hIdP ( 1) IJP(c)--
_C NR -AP6033541 SOURCE CODE: UR/0170/66/011/004/0545/0551
AUTHOR: Seliverstov, B. N.
O',','G: none
TITLE: Solection of a mathematica: model of a nonstationary hoat-exchange
process NviLh a single-phase incompressible coolant
SOURCE: Inzhenerno-fizicheskiy zhurnal, v. 11, no. 4, 1966, 545-551
TOIIA'C TAGS: mathematic model, heat exchang-cr, heat exchange process
ABSTRACT: Possible errors causcd by ignor-inig the nature of the distribution in
a radial diroction of the tei-nperature of a hollow heat-releasing cylindrical shell
are estimated. An expression is derived for calculating the dynamic properties
of heat exchanf-ters with hiah R values. Orirr. art. has: 1 figure and 21 formulas.
[Based on author's abstract]
SUB CODE: 20/SUBM DATE: 05Feb66/ORIG REF: 003/OTH REF: 001/
UDC: 536. 2. 01
Card

5-66 F3jWAm1/_E1PF~(n)_!n_2/T__
k7 lf6_622630
UR/0089/65/019/002/0131/0137
621.311.25
AUTHOR: YemeVyanov , I. Ya.; Gpvrilov, P. A. S
23
TITLE: Investigation of dynamic characteristics of the first power
unit of the Ugj_o_ypLrqK_atomic power plant im. I. V. Kurchatov
SOURCE: Atomnnya energiya, v. 19, no. 2, 1965, 131-137
T01-J*C TAGS: nuclear power plant, nuclear power reactor
A1V_)*TRACT: The investigations were conducted by using the method of'
reactor-system dynamic simulation. A special electronic analog comput-
Ing machine was used simultaneously with the operating control system.
1hysical and heat-gonerating transient phenomana were interpreted by
mclians of differential equations and the parameters were established.
11outron processes were also described by differential equations and the
changes in densities and temperatures of coolants, uranium, and graphite
were determined. The authors,do not deal with-the mathematical analysis
itself. They, instead, describe the techniques involved in such
research; evaluate the results, and present some practical examples.
A schematic diagram of steam-generating arrangement Is given. The
S'Lmultaneous operation of the analog machine and of the control syatdm
Card 1/2

Y!5o75-606-
ACC NR, AP5022630
is explained and illustrated. The changes in temperatures and reaciti
vities unffor difforerit. operational conditions are reflected in many
curvej. In addition, the theoretical characteristics of the reactor
Welle compared with the experimental data. Finally, it Is stated that
the analysis of reactor dynamics was essential to the determination and
verification of the reactor stability. As a result of these investig&.6
tions, new optimal parameters for the main control system were selebted,
Orig, art. has: I diagram, 1 photoj 11 graphs and 1 table,
ASSOCIATION: none

GAVRILOV, P.A.; SELIVERSTOV, B.N.
Dynamics of nuclear power plants. Atom. energ. 15 no.2tll5-]L20
Ag 163. ANIRA 16:8)
(Atomic power ]Alants)

L 6959-66.*
ACC NR: APS016681 SOURCE CODE: UR/0170/65/008/006/0768/0772
-,AUTHOR: Yemellyanov,.I. Ya.; Gavrilov, P. A.; Seliverstov, B. N.
ORG: 'none
'TITLE: An investigation of the dynamic characteristics of heat transfer apparatus
~by the method of correlation analysis
~SOURCE: Inzhenerno-fizicheskiy zhurnal, v. 8, no. 6, 1965, 768-772
'TOPIC TAGS: sto~Wastic process, thermal conduction, thermal excital, steam super-
'heat
'ABSTRACT: This paper is the extension of work of the authors [Gavrilov, P. A. and
Seliverstov, B. ff., Atomnaya Energiya, No. 8, 19631. Certain dynamic characteris-
tics are determined for tbe. engineering model-of the Bel2yarsk Atomic Power Statign___.
imeni I.'V. Kurchatov.YITATthough the test stand in general had a low noise level -the,
authors notea -tendencies toward oscillation during entering and exiting flows at the
superheater. The.artificial excitation of the exiting flow signal impeded the study
when it equalled the stimulus noise. The oscillatory fluctuations act stochastica14
Card 1/2
+ 536.27,
-n e_1

L 6959-66
'ACC NR: AP5016681
and are deemed to be due to unseparated water and moisture in the superheater chan-
Pel. At normal water level in the evaporator, steam generation instabilities cause
pressure oscillations in the evaporator which are damped out by the time the super-
heater mouth is reached. This is because the steam is compressed and the evaporator:
IS relatively large. As the level rises volume decreases and steam generation fluc-
tuations appear as immediate pressure oscillations at the superheater. Oscillations
in front of the throttle valve of the condenser are identical with those in the
evaporator. The stochastic behavior of the superheater channel exit pressures and
those of the evaporator point to a statistical method ok correlation analysis for
determining dynamic characteristics. The mathematical model for the superheater
channel is based on equations describing: thermal equilibium of discharged steam, of
thermal conductivity fuel element and the pressure drop in the line between super-
heater and steam generator. Normalized correlation terms are approximated by a sum
of components, of which the primary component simulates the harmonic oscillation of
a feed pump piston. The secondary component, a high frequency component relating
the time of heat transfer (from the heating wall to the boiling fluid) to the steam
bubble life in the boiling volume, simulates the hydrodynamic instability of the
steam generator. Orig. art. has: 5 figures and 3 formulas.
SUB CODE: M MA/ SUBM DATE: l9SeP64/ ORIG REF: 004/ OTH REF: 000
:Card 2/2

ACC NRI AR6024842 SOURCE CODE: UR10169166/00c~/004/D020/D020
.AUTHOR: Chervonskiy, M. I.; Rapoport, M. B.; Raykher, L. D.; P.
;TITLE: Procedures for recording seismic survey data in automatic processing of
!seismograms
~SOURCE: Ref. zh. Geofizika, Abs. 4D13O
REF SOURCE: Tr. Ukr. n.-i. geologorazved. in-t, vyp. 11, 1965, 92-99
,I0FIC TAGS: seismic survey, seismography, automatic data processing
JABSTRACT: The distinctive features of different forms of recordings used in the
~automatic construction of time profiles are examined. In recording by using the
:method of variations, the time profiles are formed by introducing the synchronization
!axes which serve as reflecting boundaries. Accounting for the for-m of recording is
1possible by tracing the reflecting boundaries. In recording by using the method of
;variable density, the variable density seismograms with straightened synchronization
,axes form the time profiles directly. The variable density recordings are easily.
!applied to contact printing where the necessary changes in the horizontal and vertical
!scales may be made. The time profiles made on the basis of variable density recording
lare more descriptive and convenient for processing than the profiles made on the basis
t
iol the recordings using the method of variations. Their disadvantage lies in the lack
i ~
,of vibration information. Recordings using the variable width method are widely used
LC-crd la-

ACC NR: AR6024842
in the MRNP apparat~'i as reproducible recordings. The seismograms using this form of
recording permit the study of peculiarities of all forms of recordings. Combined
~forms of different recordings, e.g., the superposition of variational and variable
.density recordings, has features belonging to both types of recordings discussed.
;~[Translacion of abstract] R. Matveyeva
:SUB CODE: 08, 09, 05
Card 2/2

ACC NRt AP6021456 SOURCE CODE: uR/0413/66/ooO/011/0079/0079
INVENTOR: Rapoport, M. B.; Seliverstov, B. P.; Chervonskiy, M. I.; Gurevich, B. L.;
Malinskiy, S. A.; Veksler, B. Ye.; Aysman, Yu. A.; Remennikov, V. S.; Zhavoronkov,
G. A.
ORG: None
TITLE: A device for automatically analyzing seismograms and constructing seismic
profiles. Class 42, No. 182349
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 11, 1966, 79
TOPIC TAGS: seismography, cathode ray tube, seismic modeling
ABSTRACT: This Author's Certificate introduces: 1. A device for automatically ana-
lyzing seismograms and constructing seismic profiles. The unit is based on Author's
Certificate No. 166503. Efficiency of analysis is improved by mounting a cathode ray
tube on a carriage which is moved along a photodrum by a worm gear or ratchet turned
by the shaft of the photodrum. 2. A modification of this device in which measurement
quality is improved by connecting a sawtooth generator through a programmed amplitude
regulator to the vertical deflection system of the cathode ray tube.
Card
1/2
UDC; 550-34o.84

ACC NR, AP6021456
f
f
1-r-cathode ray tube$ 2-
photodrum; 3--carriage;
4-vorm shaft; 5--drive
SUB CODE: 08, 091 SUBM DATE: 31mar64
Card 2/2

210) SOV/48-23-2-16/2o
AUTHORS: Yegorov, Yu. S., Seliverstov, D. M., Latyshev, G. D.,
Zhernovoy, A. 1.
TITLE: Instrument for Measurement and Stabilization of the Magnetic
Field in Spectrometers (Ustanovka dlya izmereniya i stabili-
zatsii niagnitnog-o polya, v spektrometrakh)
PERIODICAL: Izvestiya, Akademii nauk SSSR. Seriya fizicheskaya, 1959,
Vol 23, lir 2, pp 244-250 (USSR)
ABSTRACT: In this paper a universal measuring instrument and a stabilizer
of the magnetic field for spectrometers is designed. The in-
strument is based on the principle of measurement and stabili-
zation of the magnetic field by magnetic nuclear resonance.
It permits the measurement of majznetic fields within the
range 3 - 2500 Oe and stabilization within the range 10-2500 Oe-
For good resolution of the lower limit the authors applied
the method of previous magnetization of water. (Fig 2, block
scheme of the instrument in figure 1), whereby the lower limit
of the field strengthto be measured can be reduced to 3 Oe.
Due to the ratio of signal noise obtained by this method it
Card 1/2 is possible to use the signal of nuclear resonance for stabiliz-

SOV/48-23-2-16/20
Instrument for Measurement and Stabilization of the Magnetic Field in
Spectrometers
ing the field of the spectrometer also at a field strength
of 10 Oe. For the purpose of obtaining the signals of nuclear
resonance the scheme of the Franklin generator was applied,
as suggested by Pound (Ref 8). Reactive tubes of the type
6Zh5P were used for frequency stabi ization, whereby a frequency
stability of the generator of 8.10- was obtained within a
wide range of frequency. There are 6 figures and 10 references,
7 of which are Soviet.
ASSOCIATION: Leningradskiy institut inzhenerov zheleznodorozhnogo transports.
im. V. N. Obraztsova
(Leningrad Institute for Railroad Engineers imeni V. if.
Obraztsov)
Card 2/2

210) SOV/48-23-2-,17/2o
AUTHORS: Yegorov, Yu. S., Seliverstov, D. M., Latyshev, G. D.
TITLE: Frequency Ileter for Nuclear Resonance (Izmeritell chastoty
d1ya yadernogo rezonansa)
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheskayal 1959,
Vol 23, Nr 2, pp 251-254 (USSR)
ABSTRACT: For the use of nuclear resonance for the measurement and
stabilization of magnetic fields the accuracy of measurement
is of special importance. On the other hand, the accuracy of
the measurement of magnetic fields is determined by the ac-
curacy of the measurement of high-voltage frequencies. The
frequencies are measured by comparison with quartz frequencies.
A block scheme of the frequency meter MK-3 is given in figure 1,
and the accurate scheme is contained in figure 2. A precise
description of the apparatus is given. With subdivision of
the quartz-generator frequency into 10 kc each the difference
of the frequency to be measured between two neighboring
hhrmonics of the multivibrator is found within the limits
of 0 and 5 kc. The error caused in the measurements amounts
to +(7-10) c. For the purpose of reducing the error an
Card 1/2 osclilograph is applied whereby the frequencies can be measured

Frequency Meter for Nuclear Resonance ISOV/48-23-2-17/2o
according to Lissajous figures. The error is then reduced to
+ 2 cycles. In the case of frequency measurements above
4950 cycles the multivibrator is divided into 20 kc each.
There are 4 figures and 2 Soviet references.
ASSOCIATION: Leningradskiy institut inzhenerov zheleznodorozhnogo trans-
ports. im. V. 11. Obrazteova
(Leningrad Institute for Railroad Engineers imeni V. N. Obraztsov)
Card 2/2

AUTH(R BOROBtYhMIk.A.J, KOROLEV, V.A., KOIU~R, A~P., Pk - 2994
3ZLIVkRbTOV, D.".-.,
T'L'TLE Coeffj;jen~jof the intixior ConvQr;ipri of y-Radiation with the
h:nergy 53 KeV on the L_5ftell of the Th 31.
(Koeffitayent vnutrennwy konversii y_izIucnQniy& Gnargii53 k6V na
L-obolochQ Th430 - Russian)
P.'17LIODICAL Zburnal EkEperim. i T*or,.t. Fi--,ik', 1957, Vol 32, Nr 3,
pp 623-623,
R4vceivad 6/1957 Reviowed'74957
A:35TRACT According.to ihu data obtained from public2tions this coefficient is pro-
bably-large. Th6authars determined this c~;nv#.rsion coQfficiint by me" of
the method of a-y coincidancQs. An enrichfid UR31 source was usiod. The a-
particles wer-Q-raccrded by means of a mcmrrtum ionization chamber and the
Y-qua:nti by -nQans of a scintillation counter with an NaJ(Tl)-crvstal. Theo
y-spectrum was recorded in coincidence with 'Ch6 a-particlos which "Aad to
the basic level and to 'uhi, firs t rsxcit&d 16vQ! -of tho Th230. This radiation
230
originates entirely fr 'om thw inn*r convtorsion on th6 L-sh6lls of thQ Th
The coefficient of convfor--ion iiav detQrmined from the ratio of the numbrar
of the radio X-ray quanta (iyithout aCbsorber)to the number Ny of 53 keV -
quanta (which were reduced to the saae nu=brr N. of the recorccid a-partic-
lv,a,)ThQ rgsult NfVNy - _3o was obtained. The arror comr-itzrd in measuring~
remains below 500/o. ThQ cxtrapolation of th& thforetic4 val-ae' furnishiag
the following values for Lhw sum of the coefficients of convoision on the
Card 1/2 Lj-,Ljj- and LIJI xhiwlls, according to thr. typco of rtdiation,

The CoQfficjvnt of LhG Interior Ccnversion of y-Radi
En,irgy 53 ~~eV on the L_~niill of thw T112'30.
F
h;2 3
17o ~5~10.3
A -25 >5 0 0
A comparison with &xparimQnta_L rfisultij p6rmlts the conclusion 'L,11at the
r;Ldiation observed is an filuctric qu2drupoir. radiation, Because the ground
state of the even--even nuclei has thr. angA-r mommentum 0 and thf. parity +,
the first xcitQd leviol of Th 430 must havr. tha ang,.d;.r momentum. 2 zind the
parity +. The r"ult3 obt.Liniad raxper-.menta-I'lly confirm this rotation-like. na-
t~arQ of this levol 'correspondin6 -.o 30hR"i iodel.).
(2 illustrations).
ASSOCIATION Leningrad Phy3ica?.-Teci.nical Institute of th6 Academy of bciance of the
PRESENTED BY U.6.S.R.
SLT13MITTEM 17.12-1956.
AV~~ILABLE Library of Congress,
Card 2/2

ALKHAZOV, G.D.; VOROB'YEV, A.A.; KOROLEV, V.A.; SELIVERSTOV, D.M.
Simple circuit of the counting unit for a slow-act.Ing
multichannel analyzer. Prib. i tekh. eksp. 9 no.2:
69-71 Mr-A P164. (MIRA 17:5)
1. Fiziko-tekhnicheskiy institut AN SSSR.

W"
AT
U
AUrHCJR- Voroblyev,A.A.; Dotsenko,Yu.V.; Seliverstov, D-.M.; Toarenkov,B.V.
ORG: none
:j -7,
TITLE: Use of semiconductor'iiiht sources to investigate the time resolution of
photomultipliers /Transactions of the Fifteenth Annual Conference on Nuclear Spectro-
scopy and Nuclenx7Structure held at Minsk 25 January to 2 FeUr-uary, Julbo/-',
SCURCE: AN SSSR. Izvestiya. Seriya fizicheskaya, v. 30, no. 1, 1966, 135-137
TCPIC TAGS: photomultiplier, time measu ment, semiconductor diode, flash lamp
AESTRACT: The re 0l , times of threer-~-"' jo -?"( 11~
s ving _photomultipliers (types',K14FS-50, FEU-36 and
FEU-30) were measured~' sing a gallium phosphIde diode s light source. Part of the
Purpose of the present paper is to point out the usefulness and convenience of semi-
ccnductor light sources for such measurements and for other measurements in nuclear
physics. Gallium arsenide diodes produce short flashes with very little scatter in
the delay between pulse arrival and flash, but the wavelength of the light is outside
the sensitive range of present photomultipliers. The gallium phosphide diode used in
the present work was excited by a 10-20 nanosec 70 V pulse from a pulse generator and
produced a 100 nanosec flash in the green with an amplitude equal to that excited in
a stilbene scintillator by a C060 gamuia ray. The pulse produced as a result of this
flash in the 5 kilohm load resistor of the photomultiplier under test was shaped to
C3rd 1/2

L 15505-66
ACC NRt AP6004486
30 nanosee and 2.0 V and brought, together with the attenuated and delayed pulse from
the pulse generator, to a time to pulse height converter with a resolution of 0.15
nanosec. The output pulses from the converter were recorded in a 100-channel pulse
height analyzer. There was thus obtained a curve representing the scatter of the
delay times between the initiating pulse and the pulse from the photomultiplier. The
half-width of this curve, which represents the resolving time of the photomultiplier
increased by the scatter introduced by the light source, was plotted for each photo-
mu..~.tiplier tube against the potential applied to the dynodes. In each case the resol%-
ing time was minimum for a certain optimum dynode potential. The minimum resolving
time of 0.14 nanosee obtained for the X14FS-50 photomultiplier is in good agreement
with the value 0.134 nanosee found by M.Bonitz, W.Meiling, and F.Stary (Nucl. Instr.
and Meth., 29, 309 (1964)) using a hydrogen lamp, It is concluded that the scatter
of the delay between pulse and flash in the gallium phosphide;diode is not greater
than in the hydrogen discharge tube. The effect of varying the intensity of the flash
on the resolving time of the K14FS-50 photomultiplier was also investigated. The
resolving time increased rapidly when the flash intensity was reduced below that of a
C060 gamma-ray scintillation in stilbene, and decreased only slowly when the flash in-
tersity was increased above that value. Orig. art. has: 3 figures.
SUE, CCDE: 20 SUBM DATE: 00 ORIG REF: 000 OrH REP: 008

_66
AP6004487 SOURCE CODE:
UR/0048/66/030,1001/0167/0174
AUTHOR: Belostotskly, S.L.; Vorob'yev, A.A.; Seliverstov,D.M.
ORG: none
TITLE: Use of magnetic focusing in precision Slight-time spectrometers for heavy
charged particles firansactions of the Fifteenth Annual Conference on Nuclear Spec
copy and Nuclear Structure, held at Minsk, 25 January to 2 February, 19657
SOURCE: AN SSSR. Izvestiya. Seriya fizicheskaya, v.30, no. 1, 1966t 167-174
TOPIC TAGS: electron optics, magnetic quadrupole lens, spectrometer, ion beam, ion,
beam focusing
ABSTRACT: The authore have used the matrix technique of M.Birk, A.Kerns, and R.
Tusting (IEEE Trans., NS-11, 3, 129 (1964)) and A.Sternglass (IEEE Trans.,NS-11,3,
87 (1964)) to calculate the characteristics of a flight-time spectrometer employing
a double focusing triplet quadrupole magnetic lens. The use of focusing in a flight-
time spectrometer greatly increases the solid angle of acceptance but reduces the
resolving power, since the focused ions can reach the detector by different paths*
The calculations were performed for a specific spectrometer having an 11.4 meter base
and the calculated characteristics are compared with experimental values. With an
11.4 meter base and a quadrupole triplet with an aperture of 16 cm it is possible to
achieve an energy resolution of 0.015% with an acceptance angle of 6 x 10 5/4A sterad
Card 1/2

-L-15368-i~6.6-
ACC NR: AP6004487
By simultaneously increasing the base length and the lens aperture it is possible to
increase the resolution while keeping the acceptance angle constant. With a photo-
multiplier having a resolving time of 2-3 x 10-10 sec as detector and an 11 m base
the instrumental half-width of a 5 MeV a-particle line is 3-4 keV, and that of a 5
MeV proton line is 6-8 keV. It is concluded that focused flight-time spectrometers
can be usefully employed for precision measurements, particularly with low-energy
heavy particles. Orig. art. has: 11 formulas, 9 figures, and 1 table.
SUB CODE: 20 SUBM DATE: 00 ORIG. REP: 000 OTH REF: 003
Card 2/2

SILIVERSTOV F.$. inzhenar; ISPARMA. T.N., inzhener; DUBROVSKIY, V.A.,
---- 11,11, . 8
&00 D. A.1., takhnichaskiy redaktor; PZTRUSHICO, Te.l..
I
tekhnicheski7 radaktor
[Road-building machiner7l Dorozhno-stroitellnire mashiny. Moskva,
Goo. izd-vo sallskokhoz. lit-rv, 1954. 77 p. (KL'RA 8:3)
(Road machinery-)

KRIVONWOV, Iosif Mikhaylovich; kandidat tekhnicheskikh nauk;-U"Y=TOV.
Mikhail HI evich, kandidat ae1'skokhozyayatven--qkh me uk
OV, V. .0-1 aro I I mavi Ct 1,
17. , re a to"r; CHUHAYEVA, Z.V.. tekhnicheskir redaktor
[Agricultural improvemeate in the noa-chernozeM 2onel Sel'sko-
khoziaistvennye melioratBii V nechernozemnoi polose. Moskva,
Gos. izd-vo sellkhos.lit-ry, 1957. 263 p. (HIBA 10:7)
(Drainage) (Irrigation)

TA IROV. M.A.; SELIVERST M,11.; TRUTHSV, A.G., red.; TURIM. P.A., red.
[Practices in reclaiming virgin lands in the no-a-Chern02em zone;
a collection of articles] Opyt osvoeniya teelinnykh zemell v
nechernozemnoi polose; sbornik statei. Pod red. A.G.Trutneva,
P.A.Turnass. [Sostavitali: M.A.Tairov i M.N.Seliverstov] Moskva,
ell z (MIRA 11:4)
kho-~ii-.' 1957. 398 P.
S
(Reclamation of land)

SELIVERSTOV, M.N., kand. sellskokhoz. nauk
Methods used in draining farm land in the Karelian Isthmus.
Trudy SevNIIGiM no.12:117-147 '5?. (Mlld 12:10)
(Karelian Isl~hmus--Drainage)

SELIVERSTOV, M.N., I-and. sellskokhoz. nauk
Some results of work in the reclamation of swam-_D7 virgin soils
Trudy SevNIIGiM no.12:210-238 '57. (MIRA 12:10)
(Reclamation of land)

usSR / cultivated Plants. Grains. M-3
Abs Jour: Ref Zhur-Biol,, 1958, No 16, 72864.
Author : ae 1 jy_p_~
Inst : Northern Scientific-Reoearch Institute of Hydrau-
lics and Amelioration.
Title : Influence of Te-mporary Remoistening Soil On the
Development of Agricultural Plants.
Orig Pub: Tr. Severn. n.-i. in-ta gidrotekhn. i melior., 1957,
vyp. 13, 97-104.
Abstract: Experiments were conducted in the northwestern zone
of the nonchernozem belt in vegetative containers
with winter rye, spring wheat and oats, and in the
field with winter rye on average and heavy clays.
Temporary floodin- of the sprouts in the spring cr
autumn caused a thinning of the sprouts, delay in
r-rowth of the plants, increase in salinity and
Card 1/2

SILIVERSTOV, M.N., kand.sel'skokhozyaystveanykh nauk
Mechanized removal of trees and shrubs from idle lands. Trudy
SevNIIGiK no.14:141-151 158. (MIU 13:6)
(Clearing of land)

S~IMIYFIRSTOV, M.N., kand.sel!skokhoz.nauk; GUBARI. S.S.. glavnyy red.;
KRIVOKOSOV, I.M., red.- PANOT, V.K., red.; ROZIN. V.A., red.;
SNIGIREVA, A.V., red.
(Basic instructions on the improvement of shrubby mineral soils
in the northwestera zone] Oenovnye ukazaniia po osvoeniiu
zakusterennykh minerallnykh zemell v Severa-Za-padnai zone. Lenin-
grad, 9-vo self.khoz. RSFSR, 1959. 17 -P- (MIRA 13:6)
1. Leningrad. Severnyy nauchne-issledovatel'skiy Institut gidro-
tekhniki i melioratsii.
(Rassia, Northwestern--Alkali soils)

GUBAR I , 11. S. , kand. ekon. nauk; KIt LVOI;O:')OV, 1. M., kand. tekhn.
nauk; ROZZI, V.A., kand. tekhn. nauk; SELIVER7OV,
N.H., kand. oellkhoz. nauk; K,~AVTSOV, G.Ya., red.
[Agricultural malioraticns in the non-Cher-nozeia belt]
Se I I slf o Ik, ho ziaistvennye moliorat,:i! v nechernozemnoi po-
lose. [By] L.S.Gubarl i dr. Vosk-va, Izd-vo "Kolos, 11
1964. 390 P. (1-11RA 17 ;9)

DEMINI L.N., inzh.; SELIVE-TSTCIV, N.P., inzh.
At the Wibition of the Achievements of the National Economy.
Masl.-zhir.prom. 27 no*5:7-n 147 161. (MM 14:5)
(Oil industries-Exhibitions)

3/193/62/000/002/005/006
1,
A004/A101
AUTHOR: Seliverst v,_O. Ye.
TITLE: Automatic for manufacturing fabric resistance tape
PLRIODICAL: Byulteten' tekliniko-ekonomicheskoy informatsii, no. 2, 1962, 53-54
TEX"r: The author has developed an automatic for the manufacture of a
fabric tape for stable wire resistances of high-accuracy with a low reactive
component. The warp consists-of silk or glass-fiber threads, while a wire of
high ohmic resistance with enamel, fiber or glass insulation * is used as weft.
The special feature of the design and kinematics of the automatic is the uniform-
ly accelerated motion of -the shuttle, whose fork is led in under the warp threads
without the shuttle bobbin being stopped. The fork is given a reciprocating
motion along the peripheral are from an individual shaft via a tracer roll and a
rocker arm. The uniform motion of the shuttle made it possible to increase the
shuttle bobbin capacity and the warp spools by a factor of 20 - 25, which
increased the continuous tape output (by a factor of 20 - 30) and reducr;d the
attendance time of the machine setter. In comparison with automatics of old
design, the efficiency of the new machine increased by a factor of 5 - 7 on
Card 112

S/193/62/000/002/005/006
Automatic for manufacturing ... AOOII/AIOI
account of an increase of the shuttle motion speed without breaking of the weft
wire. The author presents the following technical data: output capacity
depending on the pitch 9 - 27 M; weft pitch adjustment - from 0.30 to 0.04 mm;
Wire diameter: maximum 0.2 mm, minimum - 0.03 mm; tape width - from 12 to 20
mm; number of warp threads - up to 20; number of double-strokes of the shuttle
per minute - 84-108; a-c motor: power - 230 w, rotation speed - 1,480 rpm;
overall dimensions (length x width x height) - 800 x 500 x 1,200 mm; weight
50 ~9.
Card 2/2

_USSR / Diseases of Farm Animals. Diseases Caused R-2
by Helminths.
hbs Jour: Ref Zhur-Biol., No 2, 1958, 7337
Author :
I ns t :Not Given
Title :Allergen Diagnosis of Hydatoid Cysticercosis
of Sheep.
Orig Pub: Tr. Saratovsk. zootekhn. vet. in-ta, 1956, 6,
85-89.
Abstract: Various methods of preparing as well as the
results of tests of a series of cysticercoidal
allergens of sheep are described. The best
results were obtained from an allergen represent-
ing an emulsion of scoleces and of the cover of
fresh cysticercoidal blisters, prepared in a
physiological solution with the addition of a 0.5
percent solution of carbolic acid on a 1-10 formula.
Card 1/2
Card 2/2
29

I
RONMHDIA) G. i., 8ELIVERSTOV, P. .1. and I-WOUSSM, P. V.
"Phenothiazine and salt nixture against sheep strongylosis.1'
'leterinariya vol. 37, No. 3, 1960, P. 34
C" - - - - T-
I I I e r-~Ac, VI, l) I. c r o t, ~ ~'d raf-o V/-,o o v el I ~, ~ ,

RONZHINA, G.I., prof.; SELIVERSTOV, P.A., dotsent
Effect of the microelements of cobalt chloride and potassium
iodide, vitamin A, and phenotbriazine on the increase of the
resistance of sheep to coanurosis. Trudy SZVI ll,.161-166 162.
(MIRA 16:7)
(Parasites--Shasp)
(Trace elements-Physiological effect)
(Phenotbiazine) (Vitamins-A)

L 00926-66 EWT(1)/EWP(m)/&,)T(M)/r-,PF(C)/-W,(t)#(*(X)/EWP(b)/gWA(-l) IJP(c),-JD
ACGtS6161f MR-:_AP!~62 --- 152-6-'- UP/69-581657665/66416WA6
533-6. on .6
1AUTHOR: Seliverstovq S. N. (Moscow)
TITLE: Calculation of a laminar boundary layLr 'on a sphere with injection of heli
as a coolant
l
IGOURCE: Inzhenernyy zhurnal, V. 5, no. 4, 1965,.63o-64o
570PIC TAGS: aerodynamic heating, aerodynamic cooling, aerodynamic heat transfer,
laminar boundary layer, film cooling, mass transfer, compressible boundary layer,
boundary layer heat transfer, boundary layer cooling
ABSTRACT: A laminar boundary layer on a porous sphere with injection of helium is
investigated, inasmuch - as the effect of the longitudinal pressure gradient on the
flow is very strong. The velocity distributions at the outer edge of the boundary
layer were taken from the work of 0. M. Belotserkovskiy and approximated, with the
aid of a standard program intended fqr numerical computstions; on an electronic digili'777_-1~77;
It91 computer, by means of a system of equations describing a compressible tvo--(Umen--
sional laminar boundary layer under a large group of boundary conditions. Three
rproups of boundary conditions on the wall were considered, each corresponding to -
Card 1/2

- . ; -.. :. - " .. ., / ! j,
~ . :- .. -- . Y
TOPCRKOVA, A., inzhener; SELIT OV, V., iushauer.
Effective types of laminated tiles. Stroi.mat.izdal.i konstr. 1
uo.9:37 S155. (XLRA 9:1)
(Tiles)

VERETENNIKOV, V., kand.tekhu.nauk, starBhiy nauchnyy sotrudnik;
SELIVBRSTOV, T.,_-kand,tekbn.nuuk, fitarsbiv naucbnyy sntrudnik;
PEKISHKV, Tu.
Automatic control of the firing equipment of marine fire-
tube boilers. Mor.flot 19 no.12:16-18 D '59.
(MIRA 13:3)
1. TSentrallnyy-nauchno-issledovatellskiy institut morsicogo
flota (for Ver4rannikov). 2. Leningradakiy institut vodnogo
transporta (for Seliverstov). 3. Nachallaik Tekhnicheskogo
otdela Upravlaniya !Iurmanskogo tralovogo flota (for Pakish-
ev).
(Boilers, Marine--Firing) (Automatic control)

SELIVERSTOV, V., kand. tekhn. nauk~ MIRKIN, V., inzh.
Transferring marine refrigerating machinery from freon-12
to other brands of refrigerants..Rech. tran3p. 23 no.12g
27-28 D t64.. (KRA 18-6)
1. Leningradsk-~'y institut vodnogo transporta.

BOTVINKINA, L.N.; SELIVERSTOV, V.A.; SOKOLOVA, T.N.; YABLOKOV, V.S.
Some genetic types of Tatarlan red beeds in the Ural Mountain region
of Orenburg Province. Izv. AN SSSR.Ser.geol. 28 no.5;47-66 My
163. (MIRA 17:4)
1. Geologicheskiy institut AN SSSR, Moskva.

SELIVE11STOV, V.I.
Experience gained in organizing logopedie help to child en
in Kirov Prolince. Zdrav. Ros. Feder. 6 no.1:18-20 Ja 162.
(MIRA 15:3)
1. Iz Kirovskogo oblastnogo psikhonevrologicheskogo dispansera
(glavnyy vrELch S.L. Kostylev).
(KIROV FROVINCE-SPEECH THERAPY)

SE-L,IVE-R-S j - -V-! I
Are they to blame? ZdorovIe 8 no.8:22 Ag 162. (IaRA 15:8)
1. Zaveduyushchiy detskim otdeleniyem patologii rechi oblastnogo
psikhonevrologicheskogo dispansera, Kirov.
(STAMPING)

SELIVEFSTOV V.I. lormv;d
.9 .9 11 1
Children's speec;'~-. 9 no.10:1-4-~-15 Olr'."s. (MIRL Ir'St.12)

SELIVERSTOV, V. M., Cand Tech Sci -- (di3s) "Study of the Process
---o-
of Burning 'Anthracite with a Ventilation Blast in Fklrnaces of
A
Ship Stoan Boilers. " Len, 1957 - 14 PP (I'Lin Of r-luvial Varine
RSFSR, Len Inst of Engineers of Water Transportation), 100 copies
0m, 49-57, 113)
- 40 -

IV)
FHME I BOOK MWILATION SOV/4310
Arnolld,, Leonid Vladimirovich., Viktor Sergeyevich Ylarkov., VlaAlmir Mikhaylovich
Seli-verstov,, and Petr Petrovich Fedorko
Sbornik zadach po tekhnicheskoy termodinamike i teploperedache (Collection of
Fmblems on Applied Thermodynamics and Heat Transfer) Leningrad, Izd-vo
"Rechnoy transport.," Leningradskoye otd-niye.. 1960. 292 p. Errata slip
inserted. 3,000 copies printed.
General Ed.: L.V. Arnolld, Professor; Reviewer: P.P. Akimov., Docent; Ed.: N.V.
Cralovanov; Tech. Ed.: K.M. Volchok.
FLRPME: This book is intended for students in water transportation institutions
tAkin courses in thermodynamics and heat transfer. It conforms with the
program of the Leningrad Institute of Water Transportation.
C07ERAGE.- The book consists of 501 problems on thermodynamics and heat transfer.
It is subdivi&.,d into 16 sections. Each section gives a theoretical introduc-
tion,, formlas, and one or more example of calculations. Twenty-three appendixes
Car&4/6--

d'ollection of Prdblems (Cont.) SOV/4310
provide tables and graphs of thermodynamic values. Chs. 1, 4, 11, 14, and 15
we-re written by V.S. Markov; Chs. 3, 5o 10, 12, and 13 were written by V.M.
Seliverstov., and Chs. 2., 6p8y 9., and 16 were written by P.P. Fedorko; Ch. -1
jointlyby V.S. Maxkov and V.M. SeUverstov. Chs. 4Y 7,, ll,, 12,, 13, 14, and
15 were vritten with the cooperation of L.V. Arnolid. No personalities are
mentioned. Tle-re am nr, references.
TABIE OF COMEMS:
PART I. AMIED
Sec. 1. Parameters of the Thermodynamic State of a Substance 3
See. 2. Fundamental, Laws for Ideal Gases 7
Sec. 3. Mixtures of Ideal Gases 14
See. 4. Specific Beat of Ideal Gases 22
See. 5. First Law of Thermodynamics 29
Sec. 6. Therm^--dynamic Processes in Ideal Gases 35
carz::E~

.1
SELIVERMV, V.11., 1n7h,
Vert.1c:0 distribution of temperatures 1r; a 'Layer of
:)f' ~m,~;rlne steam boilers usinF cross feeding
Trud,y 1-11YT no,2(:182-1"() 959.
anthracite in
air and fuel.
(niA J4-9)
(Boilers, Marine)

SELI'VEF,UOV-,-V.R, kand.tekhn.nauk; VITYUK, K.T., kand.tekhn.nauk
Automatic control system of an auxiliary boiler on the
motorship "Kazbek.11 Trudy LIVT no-10:45-56 161. (Yaru! 14: 9)
(B-)ilers, Marine) (Automatic control)

_~jy~RSTU,-V-X,j-ARNOLID, L.V.,, red.; VOLGHOK, K.M., tekhn. red.
[YArine steam--power plants; methodological manual on the
section '"Varine boilers" (heat calculations of auxiliary end
waste heat boi-jers)]Sudovye parosilovye ustanovki; metodiche-
skoe posobie PO razdelu "Sudovye kotly" (teplo-voi raschet
vspomogatellnogo i utilizatsionnogo kotla). Leningrad, Izd-vo
"Rechnoi traAsport," 1962. 18 p. (MJRA 15:9)
(Boilers, Marine) (Waste heat engines)

SELITEERSTOV, V.1".
Solubility of freons 12,22,and 142 in dicumy1methane, oleic acid
and esters at atmospheric pressure and virious temperatures.
Zhur. prilcl. khim. 37 no.11:2482-2487 N 164 (MIRA 18:1)

k,Ji,,, kimr.l."Abii,ruiuk
of dibutyl f(,,. Frec,r, abnorpticn ref-r-l'u"ration
spApais. Nhol tekh, 42 no.2:30-3-2 14---Ap 165.
(MIRA 18: 5)
1. lmningradskiy iristltut vodnogo transporta.

1-7, 1V
lub4 i L-r of' d-* t freen-22) in dibuty-I
at variou te-,..pera,,', saurea. Zhur. prikl.
'ures and pre
18 no.4:905-910 Ap 965. (MIU. 18:6)
instibut vodliogo tri,6nsporUi.

- I ; , 1~ , 1, - ~~, j-.Ij I' t, i r. ~ 1-~ .
.:Ell 4- ~ I '. - I , !. : , , " . , ~-' ~ . - - . . -.-, I - , . .. i - : ~ VII .. - . , - , -,
- ~ "i -,:, -, ~, z- ; I ~ ~ -_1 .-- s:1 ~ - e -,,ankars . Tnudv
.1 . , . - I - - -I- -YII r. -L8!!I0)
! , ! i-,,, ' ): 5-" 1 164
~,; -40

;IT
Of a b I r,17 of frec), 1 22
Tnidy L.1VT
1'
uapu,

SELr/ERSTGV, V.M., kand. tekhn. naulk
Metal corrosion in binary nonelectrolyte solutions. Trudy
LIVT no.73:35-37 '64. (MIRA 18:11)

:., z T .- ! i 1"'R C~dl. - , I ~ ~ - f I, an --, 4 -;' i in ~ r '-! "
- - -. I- , , I . I - I -p-
- , , , - z - - , ~ p - -.-1 -6
.-.~ I- 't - - ~ :"~ ,
i ( !~- -~nr , 13 :- I ~- t 1 ~ s ., , - ! *-,: ~ "., - ~ .,. ~ - - ,
d,-- - - - .- . - . -.:1 -1. - , -. '. '. 6. - ;; -, ,
I'-. ) .- .- - -- i
i:71"tjy 7 r, : - -.10

VT
1
- T

CPJ TV-z-'F3~'OV V.I.!.
Solubility of d,*Iflu,,,.,oTionoc~ilor~x-.e'thane in d-;butyl sebacate.
Zhur.fiz.khim. 39 no.10:24'50-2453 0 165.
(MIRA 18:12)
1. Leningra6slrziy institut vo(I-nogo transport-a. Sulbrutted
T 1964.

ACC NRI * AR6036144
SOURCE CODF: U11/0398/66/000/010/V010/vOll
AUMOR: Seliverstov, V. M.
TITLE: Distribution of energy lo-qvs on engines
SOURCE: Ref. zh. Vodnyy transport, Abs. 10V63
REF SOURCE: Tr. Leningr. in-ta vodn. transp., vyp. 87, 1966, 36-41
TOPIC TAGS: diesel engine, marine engine, internal combustion engine
ABSTRACT: The distribution of losses in internal-combustion engines according to
the first and second law of thermodynamics is discussed, and the entropy calculation
method applied for calculating the losses in an NVD-48 marine engine developing 500 hp
at 35-0 rpm without pressure charging. The obtained thermodynamic efficiency
virtually coincides with the engine's effective efficiency. The energy lost through.
the exhaust gases, cooling water, and the unconverted portion of the heat represent
the most significant losses. The latter loss can be decreased by increasing the
combustion temperature. which is accomplished by decreasing the excess air ratio and
increasing the pressure and the amount of heat input at V-const.; howeverg by these
measures the indicator efficiency can be increased by 2-4% only. Decreasing
exhaust-gas and cooling-water losses will be much more effective.
SUB CODE: .13/ SUBM DATE: none/
Card 1/1
629.12.- 621.438

ACC -NR: A`R6036144
SOURCE CODE: UR/0398/66/000/010/VOiO/V01l
AMOR: Seliverstov,,V. 11.
TITLE: Distribution of energy losses on internal-combustion engines
SOURCE: Ref. zh. Vodnyy transport, Abs. 10V63
REF SOURCE: Tr. Leningr. in-ta vodn. transp., vyp. 87, 1966, 36-41
TOPIC TAGS: diesel engine, marine engine, internal combustion engine
ABSTRACT: The distribution of losses in internal-combustion engines according to
the first and second law of thermoaynamics is dSscussed, and the entropy calculation
method applied for calculating the losses in arANVD-48 ma-Eriinn!e~ ~e ~)developing 500 hp
at 350 rpm without pressure charging. The obtzdTned thermodynamic efficiency
virtually coincides with the engine's effective efficiency. The energy lost through.
the exhaust gQses, cooling water, and the unconverted portion of the heat represent
the most significant losses. The latter loss can be decreased by increasing the
combustion temperature, which is accomplished by decreasing the excess air ratio and
increasing the pressure and the amount of heat input at V-const.; however, by these
measures the indicator efficiency can be increased by 2-4% only. Decreasing
exhaust-gas and cooling-water losses will be much more effective.
F
SUB CODE: 13/ SUBM DATE: none/
Card 111 UDC: 629.12: 621-438

SELIVEMSTOV, Tikg4. kapitan
On the eve o2 flights. Vest. Vozd. Fl. no.10:71 0 161.
(KIRA 15:2)
(Ruseia-Air forc-e-Officara)

15-1957-10-13577D
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 10, p 17 (USSR)
AUMOR: Seliverstov,, Yu. P.
TITLE: Ccz-ozoic Rocks and Geomorphology of the Northvestern Southern Altay
(Kaynozoyskiye otiozheniya i geomorfologiya, severo-zapada Yuzhnogo
Altays.)
ABSTRACT: Bibliographic entry on the author's disser-tation for the degree of
P-andidate of Geographical Sciences,presented to the IZU
(Leningrad State University), Leningrad, 1957.
ASSOCIATION: LGU (Leningrad State University)
Card 1/1

Correlation of alluvial and glacial formations in the southern
Altai Mountains. Vest.LGU 12 no.6:80-86 '57. (MLRA 10:5)
(Altai Mountains--Alluvium) (Altai Mountains--Glacial Epoch)

SELIVERSTOV, YU.P.
Quaternar-y glaciation of the southern Altai. Mat. VSEGEI. Chet.
geol. i geomorf. no.2:147-160 '59, (MIRA 14; 5)
(Altai Mountains-Glacial epoch)

KVASOV, D.D.; SELIVERSTOV, Yu. P.
Some problems in the paleogeography of the Issyk-Kull De
pression.
Trudy Lab. ozeroved. 10:45-54 160. RA 14 :6)
(Issyk-Kull Depression-Paleogeography)

SE L UiEl ST OV , yu. . p ~
Basic- character! --,tJ --s of the geomorptollogi---al ~izr--:crure of
northeas-,ern Kazakhstan. I/Bt. VS,FGEI- Che- ~ ~,)7 ~ -' 17- 0 -.'
u g- -- 4 I-cm r, I
ric.4~- 76.1 ~ 17: ;;)
. 197-238 1

SELIVERSTOV, YIIOF..
-------
Recent tectonics of the southern Altai. Uch.zap.LGU no.298:1"-151+
161, (MIRA 15;2)
(Altai Mountains-Geology, Structural)

SELIVERSTOV, YI.I.P.
Rerant. and anclr:nt lf~liclation of the 3-alir li~-nge. Trildy cjtd,
goog. All Kazakh. SSR no.9;175-183 '62. O-URA 15z6)
(Saur Range-Glaciology)

SELIVERSTOV, Yu.P.; BORISOV, 4A.
Traces of ancient permafrost
VSEGEI no.52:85-92 '62.
(7.aysan
in the Zaysan Depression.
Depression-Frozen ground)
Inform.abor.
(MIRA 15:11)

DEVYATKIN, Ye.V.; YEFIMTSEV, N.A.; SELIVERSTOV, Yu.P.; CHUMAKOV, I.S.
More about ice accumulations in the Altai. Trudy Kom. chetv.per. 22t
64-75 163. (KRA 17:2)

SELIVESTROV, YII.P.
Basic principles for scaling and preparing the legend of small-scale
landform maps. Izv. Voes. geog. ob-va 95 no.5:415-419 S-0 163.
(MA 16:12)

SELIVEIRSTOV, Yu.P.
Recent tectcnics and the re'iel of the western part of the
African platforri. Dokl. All SSSR 158 no-4:850-852 G 164.
(IMIRA 17: 11)
1. Predstavleno akademikom I.P. Gerasimovym.

SELIVERSTOV, Yu.P#
Recent glaciation of the Saur Range. Dokl. PIT SSSR 158 no.5.1082-1084
0 '64. (MIPA 17210)
1. Preds'Llavleno akadermlikora I.P.Gerasimovyrri.

SELFFERSTOV, Yu.P.
Geomorphology of Guinea and its main problems. Izv. I'Tr SS-S-R--
Ser. geog. no.1:20-31 Ja-F 165. (L.,
,IRA 28:2)
1. Institut geogra-fii AD! SSSR.

- Yu.p.
('-:nrurat'-"Al of tie rnl`,~f of western Africa and
- I
Kazu~hn-',an and "hi~ bisiz stiqrE, of itL~ formation. Vc-st.IDU 20
nosala-,12j-84 165s (MIRA 18:8)

YETSEYEZY, Ye.S. [translator]; SELITERSTOV, Yu.S. [translator]; SULTANOY,
A.F., obahchiy red.; PETRTR-TIN, Te.N., red.; ARTEMOYA, Te.,
tekhn.red.
[The Suez Canal (facts and documents); collection of articles]
Suetskii kanal (fakty i dokumenty); abornik statei. Pod obahchei
red. A.F.Sultanova. Tatup.Btatlia M.F.Gataullina i G.S.Rikitinoi..
Mosk7s, Izd-vo inostr.lit-ry, 1959. 243 p. Translated from the
Arabic. (MHU 13:3)
(Suez Xanal)

SELIVERSTOVA, A. (g.Konotop)
On good people. Sov. profsoiuzv 18 no.15:9-12 Ag '62.
(NIRA 15:7)
(Konatop--Machinery industry workers)

YBVTXM,Y.S.; KATGELIDINOV,A.Sh.; CHISTTAKOV,G.A.; SILIVIUMOVA.A.A.,
redaktor; KCKWHINA.A.. tekhnicheskiy redakt6l- - , 1.
[How we repair water supp3,y lines] Kak my remontirasm vodo-
provodnuiu set'. Moskva, Izd-vo Hinisteretya ko=umallnogo
khoziaistya RS1FSR, 1954. 41 p. (MLRA 9:3)
(Water pipes)

ZORIN, Vaslliy Vasillyevich; SELIHI(SrOVA, A.I., red.
[Mathematical textbook for persons entering schools
of higher educationj Posobie po materAtike dliri postu-
paiushchikh v vuzy. Moskva, Vysshaia shkola, 1965.
177 p. (MIRA 18:9)

MAKAROVJ Yu.V.., Prof.; SELIVERSTOVA, A.I., ordinator
Sudden death in children, Kaz-- med. zhur. no.1:38-43 Ja-F
162. (MIRA 15:3)
1. Kafedra detskik-h b~-jlezney (zav. - prof. Yu.V. Makarov)
Kazanakogo meditsinskogo institutac
(DEATH)