SCIENTIFIC ABSTRACT PETRENKO, F.N. - PETRENKO, I.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001240320003-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SOV/110/58-7-3/21
AUTHOR: Fradkin, A.1-11., Enc,;ineer, and Petrenko,
TITLE: Electrostatic 6pray-painting of electric motors
(u,-ras.Li eieirtrodvigatelcy v elel-ti-ostaticleskom
PERIODICAL: Vestnih El_el~tropromyshloiuiosti, 195E. Nr 7, pp 32-10
(USSR)
ABSTRACT: This article describes a method of nairting electric
motors in an electrostatic field. The paint is
delivered to an atomisine head which is in the form
of a cup. with 4-ts interior surface carefully polished.
The ciir rotates at a sperd of 900 - 1500 r.p.m. on a
hollow shaft throvgh whic!~-the paint is delivered.
This atomising dE!Vice is maintained at high voltaie,
so that tie droTs, of pairt leaving the end of the cuT;
are highly charged: a general vi,~w of the installati-r.
is giver-- in Fig ~"_ The Lmin components comprise a
hiEh-voltare rectifier vrith current -limiting resistan(,e
arvIL az~toraatic dis char irg devices. T.-.e pairtirg
cb,amber ireasures 3-5 x 3.2 x 3 m and a conveyor passe,
Card 1/4 through it. The arrant,~e.-.ert of the chainler is shovrn
4
in Fig 2; the motors, suspended from the conveyor,

Spray-paintin.- of electric motors SOV/ 110- ~- 8-17-3/ 21
rotate at 6 - 7 r.p.m. and are painted uniformly. TI,e
atoiaisers, as illuotrated in Fig 31 are r.-ounted on
vertical insulators. The atomiser cups are ~Irivei. by
a sLiall electric mc;tor. The paint meterirg d(-.,vi(.,, is
illustrated diaLratmatically in Fig 4; connections to
the ator-Asers are Liade by insulating polyvynyl cl-loride.
tube. A voltage of' 100 IN is applied to the atoris(,rs.
A smal]. extraction far. is insta2led in the raint ~-h- r."hor,
primari",,- to rentow solvent vapours. The chaiTIer can
handle LA motors an hour. The conveyor is des'cribel
and illustrated in Figs I & 6. The paint is dried in
25 minutes by an infra-red lamp installation, i..,hich
can also be seen in Fig 6. The control panel is
descril~ed. Compressed-air aotmisers wer,~ tric(', and
Card 2-/4 so was coi,-,Ijre3s(.~,-3-ziir-turbine- drive for the culs, but

Spray-painting of electric motors SOV/110-58-7-3/21
electric motor drive was found best. The process
ensures that most of the paint Js applied to the
motors and a mist of paint is not formed. EXIternal.
su~rfaces of motors are uniformly painte(l, but ~,iddcn
internal- surfaces are not touched and may reauire
painting by a brusl, on the conveyor after leaving tte
electrostatic field. It is important that the dista.'--ce
between the 'itomiser and the pro~2uct should not vary
too greatly. If the .Iistance becomes too small,
flashover n:ay occur and if it is too -,reat the riethod
is not so effective. When bituminous paint 462P is
used there is no risk of fire or explosion any more
than in ordinar: paint chaiabers, and no special
precaution is necessary. Explosive mixtures cannot
form in the chamler and the paint does not burn if a
flashover occurs provide6 that its pouler is properly
limited. The process is used at the Kha?kov Electro-
mechanical worlds for various types of explosion-proof
Card 3/4 motors, thegeneralla-yout of the eauipipent being,

Spray-paintir-C of electric mo'.ors SOV/11 0 - r t'~ - ~'- 3/21
illustr.-Ited (Iiagrimmatically in Fig 7 and briefly
described. It is concluded that the rzin advantage
of the 1--ethod is the economy of paint, cons umpt ion of
uhich was cut b1,, half. The process is autoi:iattic,
outpU is high and iinnual labour is practically
Card 4/4 elirfiinatecl .There are '7 figures.
snbi.aTTED: February 27, 19'/E.
I. Paint sprayers--Design 2. Paint sprayers--Performance
3. Paints--Applications 4. Electric motors--Coating

FETRENKO., G., general-mayor
Commitments have been fulfilled. Voen.vest. 41 n0-10:99 0 161.
(Chemical warfare-Safety measures) (MRA 15:2)

FETRENKO, G.
Advanced practices muEt b4? used in all enterprises.
10 no.5-13 My 161.
(Donets Basin..-Coal mines and mining)
Sov.shakht.
(ERA 14;9)

LAZEN11K, M.-. umIENKOO 0.
Determininp the bearing capacity of piles. Rech. transp. 2C n,~j.P,:
42-43 Ag '61. (Pilinr (Civil rnpineering)) MIRA 11~:10)

&XSSZINA M. [Bassina,p M.] (Lvo#'; DEGTYALEVA, L. (Volgograd),- LAVRENYEV, G.
Leningrad); MIHLJL(YV, A. I'Mikhaylov A.] (Same kand); PETgNKO G.
iTiraspol); ROZSNOV, V. Roshnov, V.1 (Donetsk); TAWAKUVSZKIJ, H.
. [Tartakovskiy, N.] (Kiev~
Radio amateurism into the schoole! Radiotechn9ca 12 no.12:394-395
D 162.

ARTEM'YrE71, N. L., GERL6, V. L., IIETRENKO, G..
Television
Soviet priority to the Superorthicon type of the television pick-up tube. Zhur.
tekh. fiz. 22 no. 5, 1952.
9. Monthly List of Russian Accessions, i.ibrary of Congress, November 195B. Unclassified.
2
PETFMMO. 0.
USSR/Slectronics - Television, Iconoscope
Yay 52
"Soviet Priority on TV Transmitting TOD of Superopticon Type,w N. L. Artemlyev,
V. L. Gerus. G. Petrenko
"Zhur Tekh Piz" Vol XXII, No 5. pp 890, 891
After the Invention of the let iconoscope by S. I. Katayev and improvements by P. V.
Timofeyev and P. V. Shmakov and after the invention of secondary electron multipliers
by L. A. Kubetskiy, a now achievement was the supersensitive superopticon, much
described in the US without reference to the inventor G. V. Braude (cf. Certificate
55712) "Sbornik Itobretenly SSSR" (Collection of Inventions of the USSR) No 9, 1939.
Letter to the editor. received 20 Feb 52.
222T23

PWMVKO. G.G., gornyy inzhener-olectromelchanik
I , ,
Mechanized cethod of changiLng cables on hoisting -Jastallations.
Gor.zhur. no.3:55-56 Ur 15'). (KLRA 17:7)
(Krivoy Rog--Hoisting machinery)

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. PETHMO,-&.G.
Movable, direct current electric weldinG machines for mines. Biul.
TSIICH14 no.9338-39 160. WIRA 15:4)
1. Itudoupravleniye imeni Rozy Lyukaomburg.
(Electric welding-Equipment and suyyplieo)
(Iron mines and mining-Equipment and supplies)

PETRENKCIP. G.G.
Automatic couplings for raine railroad cars. .~or. z%ur. n,~.'),
36-38 S 161. (MIRA
1. Glavnyy makhanik ahakhty "Novaya" rudoupravlenija im.
R.Lyukseinburg.
(Car c-ouphng3 ) (Aitto:,Vitin (iontrol)

VOLOTKOVSKIY, S.A., doktor tekhn.nauk; BAKHTIRIN, K.I., kand.tekhn.nauk;
--- PETRENYO.-O.G,, inzh.
Technical and economic comparison of the efficiency of using
care with a closed and a dumping body in the Krivoy Rog Basin.
Vop, rud. transp, no,6:356-360 162. OURA 15:8)
1. Dnepropetrovskly gornjy institut (for Volotkovskiy, BakLurin~.
2. Shakhta "Novaya", rudoupravleniya im. Rozy Lyuksemburg (for
Petrenko).
(Krivoy Rog 3asin-Mine railroads-Cars)

FETRENKO, G.G.
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PETREMKO, G.M.,, kaDd.tekhn.nauk
New method of deterizining the force of lateral attrition in soils.
Transp. stroi. 13 no.607-59 Je 163. (MM 160)
(Foundations)

BUDNIKOVP Mikhail Sergeyevich, daktor tekhn. nauk, prof.1 CHECIIIK, Aron
Abramovich, kand. tekhn. naiLks dots.; OB024TY,, Aleksey Pavlovich,
kand. tekhn. raiuko dots.; FENRINKO, Grip# Likh~K, lkv
_Iph, dots. 1
ALIMOVICH, Semen Zinov' ov k, dots.; ITIAZAIN,
,, a tekhn. nEu
Moisey Takovlevioh, kand. tokhn. nauk, dots.; ItE211CIIENKO, I.Ye.j
red.; NARIFSKAYA, A.L., tekhn. red.
(Building techniques] Tekbnologiia stroitellnykh protsessov. Kievp
Goo. izd-vo lit-rl, po stroit. i arkhit. USSR, 1961. 487 p.
(MIRA 14:12)
1. Deyotvitelirvy chlen Akademii stroitellotva i arkhitektury SSSR
(for Budnikov).
(Building)

C, n;-- F4,-~ ~ci c,*' tn~ ?*or-L-e of frio-.i-Dn n!'
t'--~ b t,,~rf~l of cor,,~r,:iv ctrilzt1ires." Kiev, (Ac - CY Cons ' !-,ict i - -
r d Arc-~: 'ectur r M~ M, S 6,
K L, I 19
-
227-
Ic

,__ FZTRM~~~enko, If. M. I
krperimental study of the forces of lateral friction of concrete
surfaces against soil. Dop.AII URSR no.6:740-745 160. (MA 13:7)
1. Kiyevskiy inzhenernO-Btroitellnyy institut. Predstavleno
akademikom AN USSR F.P.Belyankinym [P.P.Bieliankizyml.
(Friction) (Soil mechanics)

PETRYMO.-Grigariy Mikhaylovich; AIMSANDROVSKIY. A.. red.; IGAKIMIS, A.,
tekha.red.
[Shnft method for constructing deep columnAr foundations3 Sbakhtm7i
sposob ustroistva glubokikh stolbehatvkh fundamentov. Kiev, Goa.
izd-vo lit-ry po stroit. I arkhtt. USSR. 1957. 125 P. (MIRA 11:5)
(Foundations)

P27%=10, G.M., Inshener.
,
Building concrete foundations for sub-stations without using foms.
Ilek.sta. 25 no.12:40 D 154. (KLRA 7:12)
Otlectric substations) (Concrete construction)

PETIMNEC, G. M.
F E T REII 'KCp G. "A %iaft 1.',ethod of Abutrent of Deep Columnar Foundaticna A
against Large Concerted Loads." Min higher Education USBR, Kiev Eneineering-
Construction Inst., Kiev, 1955. (Dissertation for the Degree of Candidate
in Technical Sciences)
SOr Knithnaya Letcpial, No. 35, 1955,

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.
llratol
0 tic( Wit. of 0.4 is. K011 ht 00 mi, V1011 Aw
60.7
il't
empl;c.ltt~i. 10 try) V. ncria lVirsic ![U%Pt1l," 11) jmrlll-l '.1ti'ling 1.5 1. nran". :Ktxp.
.:I
CCj.WC1ICll1VaSzddt:.l~W1 rool1ngMmI.1tr)n7f)tnl. ;n. joq--~M*, *hIrh oxitlly,%l with NA.CrOj to 00,t~ollr 2,-i,-
C0, of C11011; sula. lx~
'CU13 And Infer un aburld.int plitri. 5-tribramonaphthalic 2cid. Purr 11, Ill. 1132-V ~lr-n
begins. After scernl Ills. thm -.rat oblaillrd 1141-= Z- Colla; -with decouilln-Moses2 Ur skloms wilb )lot nly. K011
colorless Proluct, x"1xLd penta- aud 1exabrunno olerim In and a Pr ittonts with alc~ AxN0;; oxillIzvI with N.'aXt2f.),
nearly equdpropar:ions. it 3-1 .06 4-bromomophthalic acid. in. 219-20'. 11 (- 41) R-) in
SO-Mg. 350 ml. C4111, treated with 18 X. KOH In 3311 ml. MON Iml
I crystallized out, iThile concii. of thL h1trate Pvt 70-M "fluxed 45 min. gave 14 g. orange product, Llmliflt3 -u
1
(11)
Pure
Isn-3, (I
C010
.
.
in.
.Mil
,
decor-is). M?-V firrAn C.11-1 litiled itlib KI rIcav" 1 whicIl oxidired w" N;%A~rOi Arij.
itiole Bi and 2 7nolt3 11 Br; ale. AgNOs r1taves 4.3r atomsf 'M. 200' (from Ac,01 which decadmin-Litril a- tlf-;1~nbr-d
while Pic
KOH cleavc3 3 Dr 3twm
Oxidation of 20 9
~6'