SCIENTIFIC ABSTRACT PAVLENKO, V. A. - PAVLENKO, V. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001239520015-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 15, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


6' id4,41.RI!
I'
w ere, W_ - s-~-
met.
44
Ort V-
606 ty:- of ti
se
t e_cros~
me lo,:ity,
4,dekic 111..~all.cases.
different'-fmm.-
I) - aind
by
and. exampl,ea
that 1ormUla~_
of- lioints -in'
.,,.---When. the' physical
cording--to-:-
'expekmeiitaE
has.-zAifi
gires
i_,J~ o .`AT6 616 484
the- rate: of: motion of 7 thd fluid in m/sec;!
i~~the kineif~
tic- viscosity of the-fluid in
ie f luid in Nsec/m2; G is the mass flow
e n
tioh- of t~, chan el in m7. Iii formula
formula_(2. --by mass.flow.
and in
If tbe physical parameters
this- mean~,temperatimi of--the flow, thel'the
-differ. Tonhulas are de ived re~ating:"these
vd1l, r.
6 illust.,at - -th ' use of thesi
are given t e e
(1), should be used `.For forced airflow s.nce-there
thlCs., case when the -.'emperature simplex
eters . relato
param- to~ a temperature
-the values of Re and invariant relation
llnear:~ velocity and aixording to mass- f1c
points A4hen Re is calcliklated according
id 12 formulas.
is I d'decisive dimension 1D
~2
m /sec; u is t a d m ic' v s-
h 3 ain i
if the'fluid in kg/,.~ec~ is
A) thi calculation is kne by
e ,w
$.es o' expr-assioris'-ire not
defer fo a _temperatux~e'-_which is
i~alues for Re calculated
two ex1iressions
formillas. It is. fvc6mdended
catter
is a smalle).- s~
s very different from,unity.
4hich"differs from-ithe f ~lovr
hips: Aiffer when find Ro - ac-1
Ln
There is less sdat-.,er' of tb e
:o lintiar velocity. 6-, 5:. art.
i.mansporta, Moscow Unst4~~tute
SUB OM,: TD, MEI-
7

LEVINA, L.Ye.; MISHIKOV, M.I.; FAVLENKQ, V.A.; RABINOVICH, I.S.;
RAFALISON, A.E.; TSYMBEROV, M.Ya.; SIIUTOV, M.D.
New mass-spectrometric leak detector W 1101. Prib. i tekh.
eksp. 9 no.5:157-161 M 164. (KRA 17t.L2)
1. Spetsialinoye konstruktorskoye byuro analiticheakogo
priborostroyeniya AN SSSR.

PAVLZNKO, V.A.; VEYN'MM, F-L., retsenzent
(Gas analyzers] Gazoanalizator-,~. f,'oskvr-., I-% s~dno-
stroenie, 1965. 295 P. (MIRA 18:2)

PAIUNI () p V. A.
Advances of gas analysia. Zhur. VKHO 9 no. 21214-223 'b4,
(KIRA 1". -1)

FAVLENKOY V.A.; RAFALISON, A.E.; SHUTOV, M.D.
Series of small-size mans spectrometera for studying the
composition of neutral and ionivid gases in the upper atmospheric
layers. Kosm. Issl. 1 no.2:287-295 S-0 163. (MIRA 17:4)

-7----S/(1293/63/001-/00?/02137/0295
.ACCESSION NR: AP4003737
;AUTHOR: Pavleako, V, A.; Rafallsont A, Ev; Shutovl M. D.
iTITLE: Se-ries,of small-scale mass spectrometere for the study of
neutral and ionized gases of the upper layera of th.e atmosphere
SOURCEs 'Kosmicheskiye Issiedovanlyal v.~; I' n~. 2, 1963, 287-295
TOPIC TAGSt mass spectrometer, radio frequency mass spectrometer,
nonmagnetic ones spectrometer, NKh640l mass spectrometer,mKh6403 mass
ispectroneiter, MM6405 mass spectrometer,,,Mpper atmosphere
1ABSTRAM TheeM6401, M6403i-and MKh6405 Mass-spectrometers (based
lon"the Beinet taodel) have been redesigned.The HKh6401 mass spectrometer
iis used for analyzing the-molecular and ionic compositions of gases in
A.mass ra e of 1-4 and 12-56 amu. It cbnsists of a miniatti.rized
five-gridTalyzer with grid distances fixed by metallic cylinders.
A bean of slow electrons emitted by a re6llhot cith.ode ionizes the gases.
The analyser, with the ion source, weighs 2,1 kg and Is filled with a
Imixture of-hydrogen, helium, argon, and'-neon at a pressure of 10-5mm Hg.
The "Kh6403 mass spectrometeri, identical in -range to that of the MKh6401,
Card 1/3

i~CCE SION HR: AP4003737
perm to s9tomatic range shifting. The inslyi:ert-thelon source, and
the Ion collector are located in a common metallic qase. In thia.model,
all 14he elements of the ion source are in'the form of highly transparent
grldil. The acceleration voltage is from-70 to 380'v, and the frequency
autotiatically shifts from 30 to 8.6 Hc. 'The HKh6405 mass ispectrometer,
which contains the basic elements of the MKh6403 p._Ozon I tile rat) 1y more
sensitive then the MKh6403 and is suitable for the analysio of gages
containing Ionized and neutral particles of I-Z,iinil 12-391 saim. All
three mass spectrometers can work at tempe-ratures iinging from-40 to
+40C at lot? and high humidities and are able to withstand considerable
amouits of mechanical overloading. During' observations made with the
mass,epictrometers on 22 June 1959, at alti'tudes of 90-211 km the
preagace of the following Lone was recordedt 0+1111 It 04ff No+ 0 1. For
2 9 1 2
pur.pqscs of analyzing the.neutral components of the upper atmosphere,
observatio.no were performed at altitudes higher than 100 km, where the
presence of the following were revealed;'HI H2. Nj 01, OH, 1120, N2,
02, Ar, C02, and N20- Orig. art. has% 6 forniulas, 7 figures,~and
l.table.
Lard 2/3

PAVLENEO V. A.- CZMV, L. U.; UFALISON, A. E.; SHUTCV, M. D.
Uperimental-production operation of the M11201 autonatic
regulating vase-epectrometer, Zav. lab. 28 rw.12:152~-1526
162, (MIRA 26-.:L)
1. Spetsiallnoye konstruktorskoye byuro analiticheskogo
pr,iborostroyeniya AN SSSR.
(spectrometer)

ORSHANSKIY,D.L. g1. red. AHJTYUNOV, K.B., red.; VORONOV, A.A., red.;
KARANDETEV, K.B., red.; KARIBSKIY, V.V., red.; KRASIVSKIY,
S.P., red.; KULEBAKIN, V.S., red.; LDGINOV, L.I., red.;
LUKIN, V.I. , red.; MALOV, V. 3.,# Y*d. --WjZffKQ. V A,, red.
FETROV, Dili., red.; RAKOVSKIY, M.Ye., r&(.; SMAGLT, L.V.,
red.; SMIRNOV, A.D., red.; SOTSKOV, B.S., red.; STEFANI,
Ye.P., red.; TRAPEZNIKOV, V.A., red.; TSJMVSKIY, Ye.N.,
red., LEONOVA, Ye.I., tekhn. red.
[EIKA; encyclopedia of measurements, control and automa-
tion]EIKA; entsiklopediia izmerenii kontrolia i avtomati-
zataii. Moskva, Gosenergoizdat. No.l. 1962. 243 p.
(MIRA 16:3)
(Instruments) (Automation) (Mensuration)

XIRSA, V.I. ; PAVLENKO I V.A,.; hTOMENKO, M.S.
New meaouring instruments. Mekh. sill. hosp 12 no.1-1:27- 8
14 161. (14M
1. Ukrainakiy nauebno-issledovatellsk-ty institut abikka0atoU I
eloktrifikatsii sol'skogo khozyaystva.
(Measuring instru*er-ts)

GRISHIN, A.I.; KAVALEFOV, G.I.; NIZE, V.E.; OFSEANSHY, D.L.;,FAVLEjl4hj, V.i,.;
SOTSYOV, B.S.; Y-UMEVICH, A.' .
Modern trends in the develorment of' the instrument industry. Fri-
borostroenie no.1:1-5 ja 62. (J~IRA 15:1)
Unstrumont manufacture)

PAVIMKO, V.A.,, kand.sellskokhozyaystvenny,Kh nauk; ISAMT, A.P.
Rf Cect of irTigation on the econoz!dc effectiveness of the
Qon of eugenol Ixisil. Masl. - zhir. prorm. 27 no.12:-28--29 1) 161.
(MIRA 14:12)
1. Vsesoyuznyy nauchno-issledovatelli3kiy institut rmsl-ichn3t'--ji i
efiromaslichnfth Imlltur.
Knban--Basil botcof irrigation)
~
Bisil (botany) irrigation))

PAVIMIKO, V.A., glavnyy red.; VEYNGEROV, M.L., red.; GARBER, D.G., red.;
Ma=V=, P.P., red.; ORSHPWSKIY, D.L., red.; TURICHIN, A.M.
red. (deceased]; KOBYAKOV, II.I., tekhn. re&.
[Automatic gas analyzers] Avtornaticheskie gazoanalizatory.
Moskva, TSentr. in-t nauchno-tekhn. informa.tsii elektrotek-hn.
pl,-ouWshl. i priborostroeniia, 1961. 598 p. (MIRA 15:5)
1. Nauchno-tekhnictieskaya konferentsiya po avtomaticheskim
gazoanalizatoram, Leningrad, 1960. 2. Spettilallnoye konstruktor-
skoye byuro analiticheskogo priborostroyeniya Akaderii nauk
SSSR (for Pavlenko, Orshanskiy).
(Ganes--Ana4sis)

BAGAYEV, V.S.; ZBEREBTSOVA, A.A.; PAVLENKO, V.A.
Capacitance and series resistance of genuanium diodes. Radiotekh.
i elektron. 6 no.12:2036-2040 D '61. (MIRA 14:11)
1. Flzicheskiy Institut im. P.N.Lebodeva AN SSSR.
(Germanium diodos)

S/1';9/62/000/001/001/01
D201ID302
AUTHORSt Grishin, A. I., Kavnlerov, 0. 1. , Nizo, V. E. , Orti.%finv, (11
D,L_, Pavlonko , V. A. , Sotokov , 8. S. , and
A. F.
TITLEs Reeent trends in the development of in3trumentation
SOURM Priborostroyeniye, no. 1, 1962, 1 - 5
,rEXT: A survey of recent trends in tbo development of inatrumenta-
tion within the 3oviet-bloc Is given. The main objective is the
standardization ~f instruments with tix, aim of simplifying the aut 0
mation of industrial proc:_%sces. A group of new temperature gaugoa 17_~
is based on the dependence of gas viscosity on temperature. Ano,.her
class of gauges is based on the temperature change of a plate r.?-
sistance, in conjunction with a comp9neating plate and an olectro-
magnetio circuit. Efforts are made to utilize the Austin effect.
For high temperature operation (above 200000)# graphite p-n junc-
tion thermocouples have been d-jveloped. New flow gauges ha-re been
produced for tht, petroleum industry. Several interchangeable high-
Card 1/4

33IJ48
S/1 19/62/000/001/'01,/01 1
Recent trends In tne development ... D201/D302
,accuracy feed-ba(,-'- devices have been developed for meanuring, rart-
Ous parameters alich no prounure and vacuum gitugan, strain f,' ~f~ev'
thermometers and d1inaity motors. Nuclear resonance methoda art. be-
Lag developed for contactlooa flow mencurement. Ultranonic and ra-
(I io- inter ferance mothode are used for level nicanuremento ftnd recor-
dings. All new typt!e of instruments are incorporated in neW Lt(Ma-
tic control syst(-mtt, developed around them. In 1961, 400 typef, cf
(!Iectrical mcaouring inatrumento wero In production, varyln~,, fr(m
.aboratory stundc.rds to high power distributing panul Inatramenta.
High sensitivity miniature meters are under development (1 - 2 c:25
volume, 5 - 10 microcampo range). The accuracy of portable instru-
rients is being improved and their dir_~nsione are reduced. Dtgitai
instruments, both of continuoua wxtion and sampled data typ.,s ccn-
tinue to find more and more applicatioae. As far as analytical in-
strumento are c8ncernedt the main trend is to increase the number
of methods of analysis applicable in practice, to increase the dia-
driminating properties, sensitivity anti speed of operation, to Stan-
dardize the electrical output, to develop analytical instrunantn
suitable for automatic control processos, to develop automatic and
Card 2/4

)AM
B/119162/000/001/0',1/0!1
Recent trends In the development . . . D2017,)302
fiemi-automatic inctrumonts. ThoGLof interest are stated to ~e the
newly developed series of standardized galvanic gaa analyze:-a btl..3ed
cn the micro-concentration of oxygen. 1nother nothod has been iio~)d
in developing a opectrophotometric g
san anftlyztir, with a (tenititivity
10 times gronter than that of the bauie inotrumentj the Instruments
have ranges from 0 - 1.0 ~ volume of nitrogen in argon and 0 - 0.5%
volume of nitrogen in helium. The range of gas analyzers bacied on
infra-red absorption has been increased by several new instrumen',s.
Mention is made ot a new instrument calibrated 'In 0 - 0.05 %-, C02,
with output adapted to an automatic control system. New types of
mass-spectrometera have been developedi with matia number ranges
to 600 ME, revolution 300 and sensitivity (argon) 0.002 %. All
a-aectrometere are being revised to form a single range of rix in-
Biruments. A radlospectrometer has been developed for the vlectron
paramr-gnetic particles& Its production hae started. Electrometric
methods of liquid analysis and control are under development. Of in-
terest Is stated to be an industrial inatrument for measuring and
controlling HOI concentration in wood pulp with a varying solid to
liquid phase. Other types of concentratlon meters were also develo-
Card 3/4

33W48
S/11 t321000100110ciloil
Recent trends In tho development ... D201yi)"502
ped, both for inorganic and organic analysis: Some are based on
spectrometry. As far as the computer technique '.s concerned, thr.e
main trends are conElidered: The use of universal electronic compli-
ters for scientific and engineering calculationvi the use of compu-
ters in economics and for processing large amount~,of information;
Application of control computers for the control and automatic con-
trol of industrial processes. In new computers the existing merclury
slid CRT delay lines are replaced by ma6n'etic core memories and tLi-
bee by tranaistore. Modular technique ic, widely used together With
micro-miniaturization. A now storage element hae been developed ba-
sed on the effect of stable internal polarizaticn. Another interes-
ting new component Is the magnetic triole, consisting of a p.-n junc-
tion, formed by alloying the intrinsic material with lead and tellu-
rium.
Card 4/4

i. oOc)t'~o-67
.ACC INR. AP6019777 SOURCE CODE: Ull/olig/66/000/006/0001/0004
.AUTHOR: Pavlenko, V. A. (Engineer); Pcvzncr, V. V. ~Engineer) rl
ORG: none
TITLE. Control I ed -os cillator -type d-c amplifier
SOURCE: Priborostroyeniye, no. 6. 1966, 1-4
c4c C
TOPIC TAGS: dc amplifier, Inr
ABSTRACT; Design and operation of a (high-resistance -input) controlled-
oscillator-type c-c amplifier ('E;ee figure) are considered. Three parts are
discernible in such an amplifier: I - a signal transducer comprising two varicaps
and four reaistors; by adjusting RV the system is brought to the threshold of self-
oscillations, after which the input signal controls (positive feedback) the transfer
ratio of the transducer and along with it the oscillation amplitude; 11 - an a-c
Cord I /Z UDC: 621.375.024

L o896o-67
ACC NR: AP60A9777
H fi/ amplifier having a common d-c
----------------- r --- I feedback; III - a rectifying unit
U. having it ripple -smoothing
capacitor G. and feeding into
-ition
6.1 Ti load R, . A theory of ope r.
of the above d-c amplifier is
r
Out pr ... nted with formulas for the
in
(/A, overall gain, transducer transfer
A~ ~PR!
P., -transcon-
ri ratio, a-c amplifier
ductance, transformer
- - - - - - - - - - - ---j parameters, and rectifying unit
input parameters. It is claimed
that the above formulas agree with corresponding experimental data within
15-201/a. Orig. art. has: 4 figures. 22 formulas, and I table.
SUB GODE: 09 / SUBM DATE,: none
Cord not

FATLXM. V..it.
Kohm gam analyzers, [Izd.] Sekts. prib. tOP1, )Wntr. WNITCOUBIR
no,,WO-97 153. (NMA 8:7)
(Oases-Analysis) (Amijoneter)

PAVLENTKO . V. A. (Cheftonstr. ) Moscow
"Analytic Instruments for the Continuour 3urervisior- of Teeh-nol,)(3ical
Processes,"
paper preserfted at the In-,ernational Congress on NLmsiiremnts and Alit ora-at i or.,
Interkaira, Dusseldorf, 2 - 10 Novenber 1957.

SOV/ 112-59 -2-3277
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1959, Nr 2, p 150 (USSR)
AUTHOR: Pavlenko, V. A.
TITLE: Instruments for Chemical and Isotopic Analyses of Substances
(Pribory dlya analiza khimicheskogo i izotopnogo sostava veshchestv)
PERIODICAL: V sb.: Priborostroyeniye. M. -L. , Mashgiz, 1957, pp 10 1 - 115
ABSTRACT: A survey is presented of gas -analysis instruments developed by the
GSKB Analytic Instrument Design Bureau; the instruments are based on
physico-chemical metho&s. Measuring circuits of instruments based on
measurement of heat conductance (TP 1110 and TP 1114) are considered. The
following instruments aria described: a TYh 2104 gas analyzer that measures
the heating effect of a catalytic oxidation reaction; a thermochemical GB3 gas
analyzer for determining gasoline-vapor concentration in air; a MN5106 gas
analyzer based on measuring the paramagnetic properties of oxygen. Optical
and optico-acoustical methods of analysis are considered which are based on
Card 1/2

SOV/1 12-59-2-3277
Instruments for Chemical and Isotopic Analyses of Substances
measurement of absorption of a radiated energy by the gas being tested or by
a liquid that has absorbed the gas. The optic o -acoustical gas analyzers have
scale spans from 0 - I to 0 - 100%. The fundarnental instrument error is + 501o of
full span. Gas consumption is 0. 5 liter/min. A photo calor imet e r -metl~o_d of
measuring very low concentrations (10-5 - 10 ._ 601a) and mass -specApmeter
methods for analysis of multicomponent mixtures are described.
V. 1. L.
Card 212

IT

'Ov
-120-5-- -3-1/3-5
,
AUTHC~'J:iI.,vlen
V, A. Rafal'.;oi', A.E., A.
TITLE: IndIctrial !ZISS-SpeCtrometers : !Lanufactare and Devclo,,-
.aents (A Review) (Promyslilennyye i;1 s kur
as -.3~e' - ometry
-,~roizvodstvo i no-ryye razrabotki (Obzo )
PERIODICAL: Pribory i Te',,--hnika Eksperimenta, 195"j, Nr 3, --~P 3-15
(U301p)
ABSTRAICT: A reviev., is ~Jven of the !.iass-spect.com -t,-2rs at )resent
manufactured i7L the Soviet Union. The classification code
era-)lo,y,jd is as follows:
Tj ,e~3 of Aluss-Spec trome ter
'~:)de
co:.ilosi~i)n ~=lysis
For isotc) )~.c COT-1 ~)Sitijrl -malysis
l'i--h res:)Iution instruments
Ca
Nlethod of j.,j.n separation
Hj.iD-eneDus, ma-neUic field
Njn-h:)--i,)-cT-.e-)us ua~-,nctic field
R~.,serve 3
U-a_-neto-d,F-ia:,1ic 4
Tii~e of fli.!;-Iit 5
Radio frequ.ency

3OV-11- 0-
Ind us tri a]. -,S 1) e c t rr) i i e t (; r s : Man uf ac u-T-e wi~. li(jvo
(A Review)
Application
Indicabors
Contr)l of i-,tanufacture
Luboratory :-, t ucl ie s 3
S~,ecial in3trLments Z~
The folluwin~,- is un e,,um,,le of the code. UI 1505 icans that
the i,,,, for analysis of isotonic
("I), uses a field (1), is
for la'.--)rat,-)-y --,tudieE~ (3) and is a ~nlodel Nr 5 (05).
T~-~ ct of 11 Li..,ectro-v~Ucrs ar-2 ~,~ivcn.
IL Tl~ir, i.~ LDr O.'L,
L,),:ic c,).-i.,,Ds-iL. on of -s~-~s ard easily va, :)urisrd s-ib.--:ta--c
IL3 cnar.---ct ri-tic--~ --;re as follo,.--is
Inrd 2111

30V- I 51~~- 5-1/33
Industrial T,1Ia:3s-Spectroi-,iet--,rP,: W~nufacture and New Dev-,lo:"--rntS
(A Review)
MI 1301
00
ReGolvJJnG poacr ~oo
Radius of the central trajectory of the ion beat-ii 2 0 0
Relative error in isoto*,)ic comlosition analysis:
(a) single beam mea~ureiqent
(b) double b---am measurement +0.2%
SensiLivity 0.501%
Ma.nimu-n analyser mak-netic field 7000 oer.-.ted
Range of accelcratin- voltage 273 V
Q U 1W
Minimum ion beam measurable (1 ampl if ier) 5M10- amp
Minimum iDn beam measurable (2 amplif iers) 5X10-15 amp
Time cinstant of ion beam amplifiers 1 3ec
Warmin,--uj-) time 2-5 hours
Dimensions 22 x 18 x 9 --a
MI 1303 This instru::ient _i;-; desi,-,,ned for a-naly3i.13 Of
-)ic c ") ifiDisi' -, -- i ,i', a d
so to- L i - foi- va -,u-us :)f 1 q I-,-: -I
solids. I~S ciaarlc~ori.itics a--c, as follo,.~is:

In d t r i a 1 PAu -m -3 pC C L T. c!n q. L,~r,, : Mi ri u f a (-, t a re, a nd 11 e w D(,~ V C 10 Pm (~- r1 t,-
(A Review)
MI 1303
Mass range
Resolving povici 500
Radius of central trajectory of im beam 200 zm
Rt~.J_ative error in malYBiS Of iSOtOPiC COMPO-
sition +1%
Sensitivity 5.01%
1 '3000 oersted
aximum ma :notic field of analyser
W
Acceleratin~; vol*~a-e 31 4 5 kV
Minimum measurable -ion current 5x10-1'5 amp
Error of mass number indicator +0.4
Ti,ae constant c,'L i,)n current ani?lifier 1 sec
Warminro-up tinlE! 2- 3 InDurs
0
Dimensions 12 6 x 1 ~ 3. x 9.6 m
MI 1305 T-is jn:3tr,_r,.-it is de~,,i6ned fo--- ~iie
as the precedi.L_ t7.-,-) 7,_,(_,ctr)met.~rs and re -laces the--,. I "; s
charactoristic,~ are L-,,3
~Iard

~.'-,-iufacture a-il li,vi Dcv~.-,D-
(A Review)
-'~j~L5
~O
r
Red~-,is of ci~ntral trajecto---y of ion beam 'JO
R-31,-i t el---or in 3 of i,~ D to ic co-!,-,~o--, i
(a) bew:,. +1/c,
(b) doulble -,casui-e.a,~n',-.3 +0..,w-,:/,
Minimula cu:L-rent 5:~-,10-15 a..ii-,
Time c.)nst----.t of be---i-i lifier 6.-,c
14-le
D ii c: n si-I S
IlEh 1302 T~-i3 is de~;i --od for -is Df
isotopf c anC CO!", Ii )n of -c .:;e-; ar.~ oasj Tj v
ar is 5ab c~ 1 3 c hLu: CO-; U(,,r i.-,'u ic a~3 fo-,.,-
s
Card 5/11

1ndus"rial l'kLS---ST,-C-Ctvometers: Manufacbure an(2- New
(A Reviev-1)
Mi 1.302
Ma..,3s range 1-,.4, 121-1~-~C
Res,olvin- ,)ov;er
Radi,,~.s of central trajectory o'[' ion beam lOG
Relative error in analysi3 of mDlecular
composition +2~'O'
Sensitivity 0. 52~~
!maximum -aa6ne'vic fiel(~ if analy,3er )500
Acceleratin6 volta-e C300 v
Maximum sen3itiVity of ion beam amplifier 5x10-111 a:-i--,,
Time constant of ion beam amljifier 1 z-, e c
Warmin.~L-up time 2 llours
DiTpenS4 DnS x " . 5 " 1 -, . -'~
I,Eh l,';03 This instr-x.;ient is d~,siL;ned
cular and isotopic
-ii/tures aith vapoLLr pres.,~uro
::I riot
Card 6/11~' re as follo""S:
of 6aseous,
voubor
',00()C.
for an---ij.iis of
liquid, and. solid
1;)ian 0.~ :11:1 Tif", ,jfld -;I;
Its cliar,,tct,erl ~Llc.;

Indus-Urial
(A Review)
i =. 13()3
lilass
ResoLvinL
RLL-,'ias of contrul
RelaL.ive error in
.1 nufacture an(] De,.r.l-.-Loj,:.c,-~,---
-rrajectory of i,)n bcaL,
an,~Ijois of -:,.,)Iocalar
On
j i t i vi tj
A voit-ar-e
~A I n i. ieaLmrod ion current
-a um
Ti~,,,e ~onstanU Df ion c urren t
3tab *Llitly )f the te-.i,)(irature
)f Lae i):~ s.)Lirce
1.7 2301 Tli*L-- instrument is
cular co:i,-Iositior, :)f bases
C)
Its cbaractieristics are as
+
DO
V
10
a~a,;lifier 1 E~Oc
of ionisat~-)n cha-ilboi:.
+1
d-Isi,-n!:,d for isotopic
and eas.~ly va--,Durised
follows:,
7/11

Industrial Nlass--`pecturDL~ieters: t.1anufacture and New Deveio.~);at),--~
(A Review)
...V 2501
!;,ass rani"o I -:.- 13 C
Resolvin- 50 "' 0
Radius of central trajectory of ion beam
,3ensitivity C1.
P~L-Xima- ~-uialycir:.Z.- 1,-.aGnetic field 50A'--U -)(!2.,t-2d
Ac c 0 1,~ i-_- " I n, o 1 t ae 2.5 and 5 1N
:easured J on current
U 1-2C
Time c:)r n U D 'L Al D ncurrent amplifier
.Varmin. u. time U.
)r.s 19
JL 5
'1 1101 T.Lis dcsi~~n,,,d for ra id a ~ -1 L,1:3 i Z;
izoto -_ ic ositi:)Tl of al'"-Uli ;-Ietals. Its
are aS f,)Iiol~13:
Car(:'- 6/11

- '3
I-nalustrial TAass-3pec-.ro--ac!zer,-,. ,anulac'-Lre and
(A Review)
~Ai 1101
Mass ran6e ("~ererding on the model) L~-L~O
Resolvin~~ power (depending on the modE.11) -,-5-,40
Relative error +3~c
Radius of central trajectory of ion beam I Ob-.-M
Lite.,.sity of analysing :-,iagnetic field 1350-,'2500 oers~ed
Vlor'.,~in,,,- i.-ressure in the analyser chamber 5 x lo-5 :~Im
Accele-2atiai-, volt-age 0 1 . 2) kV
'Nar.-,in,,~-up time 1 Ia i) ar
Dimens--ons 8.6 x 3 - 5 x 5. 3 'a
~:.iI L306 This i-nz,:rL:ient is desi,,~ned for analjsis of i3ot:).-ic
on of :nicro-(-,ua--titi-as and micro-concentrzati s
't ,)-I Of
solid substa-ces. Iz;s characteristics are as follows:
Itlass ranCe
Resolvin,- power 600~700
Radius Df central trajectory of iDn bca,:,. 3 00
111L,nirmw-a quantity cf analysed substance 10-8
M]-ni-..,iu:a content of analysed component
meas-ared ion current a:n-
3ard 9/11

3OV-120-5--
In, d u s - r i a 1 Aa s s - j,,-) e c t ro m e t e r S : ,1a, n uf ac t i ire a -,, d Nlru w D C. v0
u
(A Review)
1vUCL 5201 Uniq instrLLient is dei;igned for conti.
an,alysis and recordi.,~-,- of six different com,,.)nc~.,:lt.,; a
coziplcx gaseous r:ii,.ctLu-e in indu:3triE.1 condit-~Dn.3:
I , u
Liass ran,,e 12�-5 -
ReZolvin;- power 40
Sensitivity . 0 5~,O
Relative error +
Dimens i D tis 1's x 71 ill
TIM. 6401 Tliis instrument is desi=ed for analysiS Df
L'
u I -; ra. ;re
,.olecular chemical co:7,-)ositi-an ;f ases in e ia,:,
2'-G-O. Its chai-acteris~ics are is follows:
~Iass ran3e -L8 1-1r56
Resolving power 45
Sensitivity
Relative error
Frequency in the first ranGe
Frequency in the second range
'.VDrl:ini; )ressure in analyser
Accelarati-nG volLage
~Jard 10/11

D: V., 1 u D'_ v,~
n.. j
-C
T
D
L T a
f
~33 !V' I'- i DOOU 3 n i iv i L~~ O.Llo. T
h f'i -ure 7,
13303IAHOPI:
[I ~j I i 1k. i C 'Ili u:i.-~ oi') )~ j::L.-o~;onija `3U~~ Le Al- 1.-U-, ~ )n
,3UB!i!I!'_fED: Dt. 0, "7.
1. Mass spectrum analyzers--Prciduct ion 2. Mass spectrum
analyzers--Design 3. Mass spectruni analyzers--
Classification 4. Mass spectrum analyzers--Applications
Oard 11/11

PAVLRNKO, V.A.
Instrumpnto for autonatic analysis of gnneFl an,] rAss gpe::tr,)-
materR. CTnidyl W NTO Prihorprom no.4.96-124 '59.
(MIRA 13:2)
(Gases--Analyt3is) (Mass Bpactronetry)

ORCHANSKIT. D.L.; PAVLENKO. V.A.
International coW, see on mensuration and automation in
Dusseldorf. [Trudy) ID M Priborprom. no.4:198-211 159.
(MIRA 13:2)
(Mensuration-Congresaes) (Autonation-CongreRses)

erg
k Flo
r rj V E
t
ix~ Tt

867h---
S/l2o/6o/ooo/oo6/O23/O45
it 61'e-0 E032/E314
AUTHORS: _Z~_Vlenko. V.A.-,, Rafallson, A.E., Slutskiy, M.Ye.,
Tsveyman, G.A. and Shutov, M.D.
TITLED Radio-frequency Mass Spectrometer for the Analysis
of the Ionic and Molecular Composition of the Upper
Layers of the Atmosphere
PERIODICAL: Pribory i tekhnika eksperimenta, 1960, No. 6,
pp. 89 - 95
TEXT: A brief descriptlon is given of a mass spectrometer
designed for studying the ionic and molecular composition of
the atmosphere. The mass spectrometer incorporates a non-
magnetic radio-frequency analyser which separates ions according
to mass, depending on the increase in the energy in electrical
high-frequency fields. The instrument was designed to record
mass spectra in the mass ranges 1-4 and 12-56. The basic
circuit of it 5-stage analyser used in the mass spectrometer
is shown in Fig. 2. It is based on the selective properties
of three-grid assemblies in which the energy of the positive
ions having different m/e ratios is increased by different
amounts., depending on the value of this ratio. All three
Card 1/7

867h13
S/l2o/6o/c-oo/oo6/023/045
E032/E3i4
Radio-frequency Mass Spectrometer for the Analysis of the Ionic
and Molecular Composition of the Upper Layers of the Atmosphere
plane-parallel grids are kept at a negative accelerating
voltage U . In addition, the middle grid is given a further
high-frequency voltage. Positive ions entering the analyser
from the atmosphere are accelerated by Upand, on entering
the high-frequency field, are given different energy increments
depending on their mass.. The maximum energy increments are
received by the so-called "synchronous" ions, which pass through
the first grid when the phase of the high-frequency voltage is
460 and the central grid when the field changes sign The
mass of these ions M is given by:
M = 0.266u /f252
where UP is the accelerating negative voltage,
f is the frequency in ~Ic/s, and
S is -the distance between the grids in cm,
Card 2/7

867hb
S/120/60/000/006/023/045
E032/E3i4
Radio-frequency Mass Spectrometer for the Analysis of the
Ionic and Molecular Composition of the Upper Layers of the
Atmosphere
A positive delay voltage U d ensures that the collector
receives only the "synchronous" ions. An increased
resolution of the analyr3or and the ininimum level of "harmonic"
masses are reached with a number of three-grid stagos in
series,with the distances between the middle grids
corresponding to 5--9-4-7 periods of the high-frequency voltage.
The analyser iS equipped with a demountable ion source which
is enclosed in an evacuated glass envelope. When a
molecular analysis is required the glass envelope can be
broken by remoxe control, using a special breaker attached
to the device. The gas entering the analyser is ionised in
the ion source by electrons emitted by a hot cathode and the
ions are extracted by two grids kept at a small negative
voltage. Single-row grids of tungsten wire, 12 ji in diameter,
wound with a step of 0.4 mm, were used in the analyser.
The power consumed by the cathode did not exceed 0.75 W.
Card 3/7

867LB
S/l2o/6o/ooo/oo6/023/045
E03 2/ E3 IL 4
Radio-frequency Mass Spectrometer f-, the Analysis of the
Ionic and Molec.ular Composition of the Upper Layers of the
At mos ph or e
The instrument has the following charactorLStICS:
1. Mass range 1) 1 - 4, 1.1) 12 - 56
2. Resolution kfull wicith
at full height) 50
3. Range of working pressures
in the analyser in the 6
case of the analysJs of 10- 10 MM lig V~
molecular composition
4. Fart3.al sensitivity in the
analysis of molecular
composition (argon) 5- 10 mm Hg
5. Duration of' I cycle of
automaLic. sweep through
the mass range 3 sec
Card 4/7

867b8
S/120/60/000/006/023/o45
E032/E3i4
Radio-frequency Mass Spectrometer for the Analysis of the
Ionic and Molecular Composition of the Upper- Layers of the
Atmosphere
6. Dynamic i-an_Q
e of ion
'
current amplifier
7. Supply voltage
8. Power consumed
a) molecular analyser
b) ion analyser
9. Working temperature range
10. Dimens ions
ineasuring block of the
analyser (%without ic-n
source)
ion sour,ce
11. Weight of measuring block
12. Weight of analyser with the
electrometr:ic stage z,nd
ion 5ource
13.' Specific weight of mee.suring
Card 5/7 block
5
10
27.5 V + 10%
6 W
5.30 W
-4o to +4o C
3
210 x 90 x 70 mm
270 mm, .0 50 am
140 mm.. 0 50 inm
1. 2 kg
2.1 kg
1.2

86748
S/l2o/6o/oooj,oo6/023/o45
E032/E3i4
Radio-frequency Mass Spectrometer for the Analysis of the
Ionic and Molecular Composition of the Upper Layers of the
At mos phere
Basic circuits are given of the high-frequency oscillator
(Fig. 5). sawtootli voltage generator (Fig. 6), switching
circuit (Fig. 7) and DC converter (Fig. 8). These circuits
are partly transistorised and employ minia-tur:Lsed'components
(see above table for dimensions). All the input voltages are
stabilised to within + 0.2%. when the supply voltage changes
by + 10%. The mass spectrometer feeds into the telemetric
sysTem the following data:
1) voltage at. the outputs of the ion current amplifier
(mas s s pec t rum) ;
2) high- frequency voltage-,
3) emission current of the cathode in the ion source, and
4) supply Voltagia (27-5 V).
Card 6/7

867W3
S/l2o/6o/ooo/oo6/O23/045
E032/E314
Radio-.frequency ~Iass Spectrometer for the Analysis of the
Ionic and Molecular Composition of the Upper Layers of the
Atmosphere
Instruments of this type were used on rockets to study
the ionic and molecular composition of the atmosphere.
There are 8 figures and 5 references: 2 Soviet and
3 English.
ASSOCIATION: Spetsiallnoye konstruktorskoye byuro
analiticheskogo pribonstroyeniya
(Special Design Bureau for Analytical
Instrument Construction)
SUBMITTED: October 15, 1959
Card 7/7

FAVIEM) V. A. and SHL-V()VP M. D.
"Die Moderaen Analytiechen Mesegerate."
report presented at the 2nd Intl Measurements and Instruments Conference
(IYZKO), Budapest, 25 June - I July 1961.

1, 1 IND , L. D. ; 17!.' V. A N( q~ I' I) Tl Y
'_J K: Y 1 1T_ (IV
-j Y -,.7f 1,*,r
RA,-EVIC , -.7. ; . ~~ - I , . I- . ; :_f
SOLDATI KD:!'- , L TAT."S' L PYAN( 7 , S. A. ; FF Y S17YE'.1
KITEYSTFF~ . `17.V.
Boris t~rkadlevic.-. 7eles~ev; on his '7)th birthday an- T.,-,c-
anniversary c,_' ~.ls erg,n(,ir-lnf7 and eJi:caticnal wc)re-. i :e r
chestvc no.,:',l IQ_

AID P - 5493
Subject USSR/Aeronautics - reversing arrangements
Card 1/1 Pub. 135 - 1c/26
Author Pavlenko, V. F., Eng.-Lt.Col., cand. of tech. scl.
Title Reversing arrangements of turbo-jet engines
Periodical Vest. vozd. flota, 3., 50-58, Mr 1957
Abstract A short review of the general. trend in the field of
reversing arrangements for aircraft with turbo-jet
engines is given in this article. One diagram, five
graphs. The article is of informative value.
Institution None
Submitted No date

AID P - 743
Subject USSRAeronautics
Card 1/1 Pub. 135 - 10/21
Author : Pavlenko, V., Eng.-Maj., Kand. of Tech. Sci.
r- -;-;.!, -._.'.!_''_
Title : Characteristics of a turbo-Jet engine (TJE) at non-
established conditions of operation
Periodical : Vest. vozd. flota, 10, 53-63, 0 1954
Abstract : Conditions of operation of a WE under whic4 the power of
the compressor does not equal the power of ~he turbine are
defined by the author as non-.established. The author gives
the definitions of various characteristics of operation
and then analyzes them. Taken under consideration were
TJEs with only one type of compressor. Diagrams., graphs,
f ormulae.
Institution : None
Submitted : No date

X&EAMHAN.F.K.; ALIOMM7.1.P.; GOVCROV,A.N.; KCUOVAD)V,11.Ye.; KBCILLYJFV,
Yu. N. ; PAI 0 V.F YRDOROV,R.M.;PIWW.M.S.. inzhoner-polkovni-k.
or.
r0daJct 0 F., takhnicheskiy rtxlaktor
[Theory of Jet engines] Teoriia reaktivnykh dvigatelei. Moskva,
Voen. izd-vo HiniBtarutva oborony SSSR, 1955. 295 p. (KURA 9:3)
(Jet propulsion)

SOV/86-58--9-26/42
AUTHOR: Pavlenko, V. F., Engr, 1,t Col, Candidate of
-Te-c-h-ni-caT-SEi-e tic e 9
TITLE: Rocket Engines. 4. Propellant Feeding Systems
(Raketnyye dvigateli. 4. Sistemy podachi topliva)
PERIODICAL: Vestnik vozdushnogo flota, Nr 9, 1958, pp 55-63
(USSR)
ABSTRACT: In this article the author discusses two liquid
propellant feeding systems in rocket engines, the pressurized
propellant feeding system and the mechanical pumping system.
In Fig. 1 he gives a diagram which presents the regions within
which a minimum weight of the power plant can be achieved by
utilizing one of these systems. In Fig. 2 he gives a schematic
drawing of a pressurized propellant feeding system, showing its
separate parts. He describes the following variatLons of this
system: the first, in which the pressure is maintained by
Card 1/3

Rocket Engines. 4. (Cont.) SOV/86-58-9-26/42
vaporizing the oxidizer, the second, in which the pressure is
maintained by burning the powder (schematic drawing of this
system is given in Fig. 3a and 3b), and the third, in which
the pressure is maintained by butming liquid fuels. The author
distinguishes between the mechanical pumping systems according
to the type of pumps they employ(,centrifugal or pinion pumps),
or according to the means by which they are driven (turbine or
mechanical drive from the other engive). In Fig. 4 he gives
a schematic drawing of a p i ing system for propellant feed.
UMP
In Fig. 5 he demonstrates the pumping system of the V-2
rocket. Further, the author discusses separate elements of
the pumping system (gas generators, turbines, pumps) and their
operation. In Fig. 6 he gives a. schematic drawing of a gas
generator with a solid catalyzer. In Fig. 7 he gives a section
of the V-2 engi.ne!s turbine through which the steam passes.
Card 2/3

ACC NRi AP7004061 SOURCE CODHI LWOG41a/66/0301009/1,127/li'~'6-----~
i
AUTHOR: Vlesenko,N.A.; V1tr1khov#ikjy,N.j,; Donisova,Z.1L,; Pay"DWAY'Af_
;ORG: none
TITLE: On the nature of the luminescence centers Irt cadmium sulfide ATopart,Fourteenth
All-Union Conference cin Luminosconce (Cryntal Phospliorn) hold at Rigao 16-M Sopt.
,SOURCE: AN SSSR. Izvt!stiya. Seriya fizicheskaya, v. 30, no. 9, 1966, 1427-1429
iTOPIC TAGS: luminoscence, cadm1um sulfide, luminescence center, annealing-, lattice
Idefect
ADSM%CT: The authors investigated the influence of heat trgntment in vacukv,i wnd in
sulfur vapor, cadmium vapor, oxygen, and hydrogen sulfido anI the prosonce of 'rmi;~ I
and Group III dopants -an the red, orange, and green of endmill, 'If I I-le
crystals and films in order to detormine thv naturo of the corrolipondi Ili; 11j;- ..I' ;~"V:ICO
centers. The crystals were grown from the gaseous phaBe hy !3ublimntiori ancl
and the polycrystallino films were doponitod in vacuum. Tbo rroen luminoucvn-) cent.-ra
were found to be thernally labilo and it was not pofjsibl(~ to produce tholu 1)1v any heat
treatment. These centers were more stable in a sulfur atnx:)sphere than In tho other
atmospheres; it Is concluded that they are associated with local sulfur oxcellaos in
the lattice arising during crystal growth. Group Ill dopanto increased the intensity
Lcord 1/2

ACC NRI AP7004961
of the green luminescence and Group I dopants reduc(!d it. T.!ij activation en(-rgy for
thermal quenching of the green luminescence was found to he 0.14 � 0.01 ev, In n;:rce-
ment with the difference between the width of the forbidden band and the Fner~:,; of
the emitted photona. The orange luminescence was enhanced by anneal. in Lit) (,,Y,:(*Ii
atmosphero and deprosBod by anneal In othur atmosphereB. From thitj und the I 111dini;a
of B.A.Kulp (Phys. Rev., 125, 1865 (1962)) concerning the efi'ects of' Cluctro-.1 64)1:1-
bardment it is tentatively concluded that oxygen favors the formation c)f interstit;al
cationic defects in the form of singly charged interstitial cadmium ions, which are
responsible for tae orange luminescence. The red luminescence was found to be en-
hanced by heating in vacuum or in a cadmium atmosphere and by the presence of Group I
dopants; from these results and from other data in the literaiture It is concluded that
the red luminesceiace is due to recombination of an electron with a hole trapped at a
sulfur vacancy, Orig. art. has: I figure.
SUB OODE: 20
SUBM DAM none ORIG., REFt 000 OTH WWt 008
2/2

-MUX=,V-J" kandidat geografichaskikh nauk; KARTAYOV, X.m., redaktor,
TYMYAT',Y. N.A.. tekhnicheakiy rodairtor
[The national econozV of the Kirghiz S.S.R.; a brief study in
economic geography] Ilarodnoe khosisistvo Kirgisakol SSR-, kratkil
skonomiko-geografichaskii ocherk. Fran2e. Kirgiaskoe goo. izd-,wo.
1955. 75 p - (NW 9: 10)
(Ilirghirietan-leonomic coaditicine)

, _ -Ig Fedorovich; RTAZANTUV, Bergey Hikiolayevich
! ~4 n &N X() 0, ~V,
[The lirgis S.S.R.] Kirgizekata, SSR. Moskva. Geogrefiz. 1956. 118 p.
(Kirghizistan---Geography) (MLRA 9:12)

RYA7.WSBV, SBrgey Nikola.,re,rich;-PAVLMM.._Xil-.~.gZ_Zgdor y h
D 1"__
RUAYEVII, S.L.. sostavitell kert; DOIELOMVOVA, K.O., red.;
KONOVALYUK, I.K., m:Ladshiy red.; KISW3VA, Z.A., red.kvrt;
GLIUKA, D.A. , tekhn. red.
[Features of the economic geography of' the Kirgftiz S.S.R.]
Kirgi2skaia SSR; ekonomiko-geografichoskais kharakteristika.
Moskva. Gos.izd-vo bgeogr.lit-ry. 1960,, 483 P.
(MIRA 1):1.2)
(Eirghizistan--Economic geography)

~!- -
Main trencle in the development of productive forces of Certral
Aoia. Izir. AN SSSR. Ser. geog. no.2:53-40 Hr-Ap 161.
(MIRA 14:3)
(Soviet Central ABia-Economic policy)

PAVLENKOP V. F.
Administrative territorial division and the econouic-~-geogravhical
regionalization of the Kirghiz S.S.R. Izv. Kir. fil. Geog.
ob-va SSR no.3113-21 162. (MIRA 15110)
(lirghizistan.-Adminietrative and political divisione)
Mrghizistan-Economic zoning)

__RAMj9LKO,_j.F._
Central Asia as an economic geographical region. Vop. 9009*
no.57:297-310 162. WMI 15:10)
(Soviet Central Asia-Economic ge-ography)

PAVLENKO, Viktor Fedorovich; LYUBDIOV, I.M... red.; KONOVALYUK,
I.K., mlii6. red.; KISEELEVA, Z.A., rA. kart; VASIKINA,
ii.S., telchn. red.
[Central Asia on new roadol Novye puti Srednei Azii, 14o-
Ava.. Goografgiz, 1963. 116 p. (MIRA 17:3)

PAVLENKOP V.P.
Condition of transportation geography and the interregional
relations of Central AsiA. Geog. i khDZ. no.12t,',,3-48 163.
(MIRA 16:12)

PAVUENKO, V.F.
14cli con'.,ent In peat, scl- rrJ bro-wn ~Z~
no.2:318-323 ;~r-Ap 165.
2. Zhito-,~,irskiy se~lskok)icj7y&ystvennpy instltut.

30847 . PAVL"!-IIKD,_ V. --
K raschetu boltovykh i zakLepochnykn soyedlneni.y nit krucrl-tnije. :-iiucti.
trudi (Ae5. in-t inzt-nerov mor. 'Iota) , vy77. 9, 1 )~O, S. 7 9 - ~. ") .

, '. .
t1investif,atiin L)f 1.1"ie itolLiz-4, of in .I.orms." G,,nd .,ci,
(7vorlkiy last )f ..4att~r 'ranzm-,ort (,Jol-lkj.y, l)-Aj. ."- , .,:,
I-f - -, -
j : Swn. ..j. 1,31, 2~- oir ~5 - arv- , f -cienU~'ic and
Di sser +.a ti n -u ;'(- - ~ .,~, I A *, j-~~LA . 'A" I' "A -I, a -:ia L ~ : is t, ', V-~ j.,),-
( 114 )

lic 0
TP, Yj ilve t if
e, Jay eati atio

IR

on d On ihooliviallin

- ~- ~:---a i, - -
"tr
) 'Ar
0
ar
Ti
l
i
j
n.
p
ahi~W, kwcow, 1-42-1!1 56,09'55,-V t:4.
V, MOM 1956L~
r, '-'AO iMtOtlSat av-af the koowA ejotaeaw 04i Atio., f h~
waves [Cf. rg'-p- pavlenkcil

10
ft~ Mot n 61 a ShIp!",
1939
t;q the floodiij of shipdi[fin$4
kesphleatibeih~d of 61CUIS
SSR
i
N. c Mo
ster, t
'7 A " , - - - :r -
Re
Coiefesy, of 1,0~~timi zbw=l
l.a

"-
Y

PAVT.RNXO. Vladimi:r Georgiyevich; BIAGOVESHCHEBSKIT. S.N.. otvetetyennvy
I Itr- ,.-
redah dk,," 12 , Ite. redaktor; KANDLOVA. V.H.. tekhnicheekly
redaktor
(Methods of Calculating the roll of ships) Natody ratchets bortovoi
kschki sudoir. laningred. Got. sciuznoe izoi-yo sudostroit. promyshl.,
1956. 98 p. (MLOA 10:4)
(Stability of ships)

SOV'124-57 7 7QI~
Translation from: Referativriyy zhurnal. Mekhanika, 1~577, \r 7, p t)7 (L:SSR)
AUTHOR: Pavlenko, V. G.
TITLE: Experimental Investigation of the A~ided Moment of the Water During
the Rolling Motion of a Ship (Ekspe rime ntal'noye issledovaniye pri
soyedinennogo momenta inertsii vo-ly pri bortovoy kachke sudov)
PERIODICAL: Tr. Novosibirsk. in-ta inzh. vcd. transp., lq56, Nr 2 pp 75-q5
ABSTRACT: The effect of the action of a liquid on a body moving through it with
an accelerated motion is manifested by a change of the inertia of the
body. In the case of a rolling ship this act--on is characterized by the
magnitude of the added moment of inertia of the water. Theoretical
determination of this moment for a moving ship is difficult; hence
the author undertakes a systematic experinaental investigation of a
series of cylindrical models differing in cross-sectional shape as %vell
as in beam/draft ratio. As the result of t~.e experiments condLlCted on
a specially-constructed test install3tion the author plots I.he curves for
,he variation of the coefficient of the added moment of inertia as depen-
dent upon the beam,"draft ratio at different. values of the block coeffi-
Card 1/2 cient. These curves have a clearly marked minimum for B D a 2,

SOV/I-'4-57 --7931
Experimental Invest.gation bT ~he Added Moment of the Water Dur:n,o t."Ie (ccn! 1)
where B is the bea~i-i and D is the draft of the model The effect of ihc tree sur
face of the water on the magnitude of the added r-ioment of inertia may he disre-
garded for values of B/D from 1.6 to 4 0 but must be considered for B 'D < i ~ The
experimental data obtained are used for the engineering calculation ot tile added mo-
ment of inertia of w.iter of a rolling, ship performed, as usual bv the method of
plane cross sections.
A. N Shm~ rc-
Card 2/2

ACC NRa AR6036148 SOURCE CODE: UR/0398/66/000/010/VO21/VG2!--
AUTHOR: Pavlenko, V. G.; Rudin, S. 14.
TITLE: Frictional resistance of a i;hip in shallow flowing water and under !aminar
flow conditions
SOURCE: Ref. zh. Vodnyy transport., Abs. 10V131
REF SOURCE: Tr. Novosib. in-ta inzi-i. vodn. transp., ,yp. 25, 1966, 142-49
,OPIC TAGS: shipbuilding enginee:-ine, ti,,~irodynamics, drag coefficient, lamir-ar
flow
ABSTRAC7. : Gr;iphic rcsu!L~, ai-C pro:-'Ii ~ OLI on a ca 1cu ia ed oy~;Lcm of equ~i* I oii!, li,l 1-
~.ClLer!Zing the 1;to*L Oil of ~ f ui(i Lile a "'hip and .1 t
7hc! s1--i-p is rc~,L, -1:,6 ;~ie to bV n()Virig op;,~)5it-2 L
t; directio-', c) motlor. Sinc,! of Lio dr.,,,, cuofliclent C;~;;sad :)y
sr,
the cur rei-,t does i,o, ex,-ee,i ,f i ,~s v a iU,2 w . -Iio~ It C U r I (~n L , i L s e f f -2(- L --)n
I T`io cu~-ri--nL
tne ship's rcsistanc~~! Und,:r ~.~Jjjj-j- -)~J'jjt ()Ikf-, j-.,:1 11,2 i~,r-ored.
SP001~ 'OetWeen LhC b0U11daTY -)f ii s;lip's ~)oLL,-,ii, river's bottom --an
by 30,%' of ts value, (luLeinint2LI tho go-,t2c,~Lion of
The tangonL.al --Lress on L:ie ship S ~11)LlLom Can ~)y more than 10 Limos duri:,,
'ow water. 71he s spee.l iclative to Lhe watt--r has to be correc]L,~d
motion in shal,
by a Icactor