SCIENTIFIC ABSTRACT KOVALENKO, V. A. - KOVALENKO, V. G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000825520013-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


L 8191 66 1
'S.- IU i lid CO' D L.', 'URjJ13Y64/00 01 004
kCC Nks ~AVIP022295.1i kv~)- j0j: 1053.0601/0,
4011S S
Ye. L; Busol, F. 1.
AtITHOR: Yuf brovt, vo B.; kjm%le~ i Co V. A. Skibenko
Acnevs !~ji ftsic -rSSF
of Se otechnital Institute (Akademiya neWc LA
~riziko- I-ekhnrtWCk-Ly inst itut) T!,
TITLE:, Sups:tsonic tgdztg an st Allm in a Vacuum
SOURCE: AN 1*rSSR. Fimiko-tekhtlicheski Ansti-tut. Doklady no. 053/P-012, 1964
"verkh ov4ya stru Jvroda'i'v vakwzie, 1-4
z ~~Wc
-ya vc,
cle: ~69am,. krdrogen plasma, plasma heailrg
XOPIC TAGS: suvei-ionic f low., 1~iki
A o~:!:th~'nea ind means.of ucing superso nic hy-
MSTRAC;": . brief dikusApn.
_prod
drogen ilitremi by means of new crtrogfrilEi ec niquis.is presented. The apparatus and
experinvintal conditions- al-,e d;S-C1,iAbed iii.earlitir papers by the authors. nie critical
problem 'is the . amount of 4eat - tt't'~ M~sf er from the gas to the helium-cooled walls of
tbe charpel; it Is onto orler.:h4j1her' thaii~ tha,t measured in othar experiments withar-
A;;on and.,C02.--~ It was found, that:!I:he pre:ssure in the. flow was not detemined by the
-low coi4itions, alone~but the
&Uo by Urge.tinapprature dif fer4ence between liquid
liellum iiind the vwfa6iia 11 c6ntillat Withlbe strega. These supersonic streams can be
Cue si!!uUy,used for the chargfi:~exchaqje schevies used with intense ion beams needed
ces
-or iie -oduction (if hot planmas. Orig. art. has: I
Wral Iiijectdon techniquev: in the pr
WB CoDr~z .2v/ aUBM DA-M.- it:!~00/ ORIG'.REri oos/ OTH FEN 001
CIMA 1W

KCVALENKO, V.A., in7h.; YAVITS, S.N., inzh.
Results of the fiold tests of moments acting on the blades of the
gate appare,tus of a reversible-blade hydraulic turbine. Energomashino-
stroen.if) 1C no.W.2-14 Ag 164. (MIRA 17:11)

insh.
AROIZION, A.Ys,.,, lmmd. tolitm. nuakIL KI
Ztudy o!:' the v2brational reliability e the runners or the
Ijydr:auI:..c turflime of U-se Kraompyarsk Hydroelectric Power
Station, [Trtji~yl LMZ no.1301:0--195 064.
OMA 18:12)

AROISOIN, A.Ya., Rand. tekhn. nauki KOVALFNKO, V.A., I:izh.; YMILEVSKAYA,
M.A., An!~,h. ::_l -
Stud), of the vibralUon of the ruziner of P- turbine of Une
1~
Prat,lk llidrc--.)Iectxlc Power Statlom. (Trudyl L14Z ric.1f.'''
161-168 164. 18:32)

mt~~Imil- ffmlmpmll~mmm~~
1 11 ~ - , t -_ - . - 11 - ,. r .~- , - ~ - 'I- --~ ~
-I - : , : ~ ., : ~ 1~ ~. 1 L - -.. . , ::~ :- , -, ~ d - - -1 ~ -~ ;
I ~ !'I -.: . :: t ~:1. ~1. , .

A~TA (W) 21M PIF( i) /ZlIP (t'
FA)" t
i1V
UR/00ti7/65/035/008/1522/1523
ACM31ON R R AP5020744
C10
-A.; Skibankos
AIMICIR.1 Yq1ferovL_X. 11.; Koval-4nko, V, Ye. 1.1 Busol, Fe L
Title t Superson drqen n a VOW=
SOURCS: Viurnal tokhnic! ~es:ko~it, fizilci, v. 35,: no* Bi 1965, 1522-1523
Tom TAGS C gas Jet,~Sujlerso'fitc flow, Aiydrogen,~'vacuum particle accelerator tar-
get, charge exchange
lit
r0
AMTt.Wrt. ~'The ~autho:rs hi ive pi ~Wuce& and -Investigated supernoni. jets in
vaout:i Inp zus.Lng the sonic ii)jOnrai-AS, 'and tCC141q uOS that they and collaborators linve
Proviolmly employed to pi,oduc4i;7ufid invostiltato CO~2 , Ar, andI N~-) jets (ZhTF1 33, No.
8, 1S'33*_Sb rizi)(h plasl:iy i upralilynyomogo term. nintezin", vol. 3, p.
emy
294..Izd. AN WSR Kiyev;..: 196'i ZhTF 34 No.. 12, 196,1; ZhIrlt, 33, 100, 1963). Tile
exper Luienti-3 were under t a] -on W 4:t aus e of Ithe uiefulnesn of hydrogen Jots ari charge
excheage targets ~or proi:uclnp-~;high eimrg' nautral atom beams for injection into
thern-DriuclDar devices. idifieulties arise frOm the low heat of vaporization I tb
mov th
liquiJ hollum that mus I Ie usgd to re a 0. hydrogen. With a hydrogen Iltm of 6
CO/S60 t4a pre Issure In' the Ourge enhanq5o'climber was approximat6ly 7 x 10-5 W
Hg. it is believed that' by W'jiroving the tharmal insulation of the condenser it
Card

ACI: NR,, ATC008842
ME CODE. UR/0000i65/000/000/0040/0044
AUTHOR: Boravik-, Ye.
1 ~ko V. A.;-.Ik benko,.Ye. Yuferov,
V. B.
1:2
ORG: no ae
TITLX: Ionization of fast ky"'11'-n -a-toms in a,strong magnetic field
SOURCE: AN, UkrSSRS ftgwitRilye l0rushki Wagnetic traps). Kiev, Naukova dumka, 1965,
40-44
-TOPiC TA:;S: - magnet it- fiej!d j., hydrwen plasma gas ionization, charge exchange,,
plasma p~~Ysic!:, j atom favit part Lcle
a are gi- C%om pi ialiminary exp ariments on determining the f raction of
ABSTRACT: Dar, iven
ct-hydrog-11n atoms with an eni:irgy.02 30 kev ionized by the Lorentz force in a magnetic
fie ld vi th an intensity of , op to; 60 kev. In ntrast to Sweetian's experiments M.R.
Sweatmafi,i Nuclear rusion Suppl. 1,4162, part 11 P -279) where the quantity a was evaluat-
ed: from Tiihe. strlewn of fast atoms; generated during charge exchange between trapped
ions
th!:i authors. of this priper tjoasured directly the number of ions formed when a
bean of -.:Ieutr~:ahydrogen atrois pi0ses through a magnetic field. A strong magnetic
field waii produced by two ci,.ipper solenoids with internal and external diameters of 5
and 22 ci re .s),-)ectively. Tbo solqnoids were CODIed to low temperatures and supplied
Cord

L 24047- 6.6
ACF_NTR_~.iT_6068842
by -a bai 1:~ery -of cIapacitorso The;!,b:uildup tine -:for a maximum field intensity of about
60. kilogiuss in -the center ~i),f tho!: gap between the coils.was 0.26 seconds. There was
a 4'.596 r:lduction in-the fie-L& at;:Ii radius, of 2i. 5 cm. from the axis. The beam of neu--,
tral:hydm charge exchange between an ion beam and a super-
gen atoms was pr6 luced ~by
sorldc e I; -of ~:,,arbon dioxide fr6zq t-j% on ~ a. surface cooled by liquid hydrogen. The charge
exchange targat was 0.9 Mei.ars fiun'the axin:bf the magnetic system. The fraction of
thc part icles ionized. in .thq cenj:i'al region of the field (with a radius of about 2.2
cm)! vas Aeter-Uned by simul taneol. mly measur,Lng~ the equivalent "current" of the neutral
atces ani-the ion current t'IkvugL the central collector (see figure) situated with re-
speict to1he ~I>eam and. to. th 6 tiiol'Dther collectors (input and output) in auch a way
DiM,ram showing the location of the ion
collectors in the magnetic field:
1--beam of hydrogen atoms; 2--diaphragm; 3--.
c
tra
~n Iregion of Oe field; 4--input collect-
:1 or; 5--central.collector; 6--output collector
~tbikt allions formed in thl~ 1*0 pu are Incident on the central collector due to azi-
Card 2/

L 24047-t 6
ACC NRs AT600842 0
mutbal drift in the nonho;ao-teneolo''field only ~For the case of fields exceedinj 2
kilogauss. In the dase of 14eaker 'fields, same ~ of the ions fr4mi the central region 01-C
incident on the input and a--.itput j~ollectors ant] when the fields are still weaker (be- 1
low 12-15 kilogauss) not one of the particles ionized in this region of the field can
rea,'ch the centval collectol". A ciirve is given.showing the fraction of atoms ionized
.in them ce~atral region of th,o fiell as~:a function of field intensity. A comparison be-
tween this curve and the da ta in J:he . literabm-.~- on ionization thresholds and regions
for! indii1dual levels of thwi hydrpgen atom with a given principal quantum number n
shcws that atoins with it 9 are i6nized in magnetic fields ranging from approximately
32 to 51 kilogauss. Ionization oi,,-,,atoms, with 11 = 8 takes place in still stronger
fields. , Zven in extremely :Arong! fields, a continues to grow rapidly with an increase
inIH.. In'some experiments':,,he':cuii~,ent tbrougli~thevutput collector was much greater
then coul,j hava been eicpept:~d for%~'X_"idual gas's ionization. This shows that a consi-
d6rable nipber of ogew~itoms,vay
have.beenfoxcited to levels.which allowed.them a
-mean f-me path ~of seveiral orntimetpra in strong magnetic fields without ionization.
Orig. art,. has.' 3 figure114'.
SUB. CODE: 20/ - SUM DVEt' :20Dct65/ ORIG BEr: 004/ OTH REF: 005
Cord .3/3

77
7,7 77:77- 4.
ACC NRII 1%T60013849 !GS/jT/%PCE! CODU Ult/0000/65/000A00/011-3/0115
1j) C)
Pufeiniv V.

B~; Kolalenk0ii~~,
AUTHOR: ),_: V. A.; Skibenko Ye. I.; Bu0*1 F. I,

ORG; nonn
TITIE: A s el:"onic, !!Ekk4 O~' jet 'a vacuum
UP
I
ieV V` Haukova dumka,
SOME: IN -UkrSSR. ME40itn ~~t , (Mag netic traps) K

-TOPI.C. TAOI;~: y I ~Sq;l plaw"a ?r ics"01ASMIjett plasma phys 014
~:Gjl n
'are
'-,ABS,RACT:,; 1 4 -b6" Ohl ~~idn the;use
pi Ai6nttl of enic t 'phn ques for-genera,
e

M
s urso-h c
-of similar tech--
:ing a
0 w hithe basis-6f the succA -
ssful
3e
use
-
-
:
,
!0
ni, eriting supei -je-tG Of CO 2 2
ques i;-k6n ~Vcj dc-gpii`,~, Ar and N . Thf, problem is.complex
-
-
atec RUZ
z 7 since INF
ft-CM I I standpoint
surface on which the hydro&n condenses must be
cooled by liquid Wiwi. Pr Aimin; ,~ry ~ experimen
to heive shown
that a hydrogen jet may
,
,
be generated under condition i vheziii7 the thamal load on the cooled surface is 10-3-
2 'the t S
~-10 w/cu. I hus evett when.. vDal loads are high, heat transfer between the

ed I
ion. It was establish
liquid helium and the vall 1~ sufficient for hydrogen evacuat
that' the cptimum target: thidmess Vor a hydrogen ion energy of 25 kev is reached at a
hydrogen I low rate of 45-50 A Cuirre is given sboving the pressure in the
charge exchange chumber as a funetton of the hydrogen flow rate. The pressure for it
CCWd, 1/2

L 24*51-W
7

C. NR
AC
!
hydrogen, Jet Is more tban em r ~'bf ix~nkttoe higher than In the case of carbon di-
di]
oxide and , uson jets specla neal lurewnts, Aimed that I the reavon for this Is the
e

cons iderab 1e teoperatme. OM i 46, the iq
ibet~, jL v4d hellwand the surface of-the Conden.
ser. The ?xper Ivental 4ata I thow t! 4i a ~ suptbralonic bydrogen jet may- be used for chame
excbame cF Intense iml wbere a hot plasm is generated bylu-
jection of fast neutreJ7~W'__~_ it;. Aeuterilse atcns. OrIg. art. has: I figure.
Sev.0

SUB COE: 26.1 StVLlAl t4-5/ wo sErt, oov,,: m REru.on

-StAd

L 47037-16 ~IuT (m)~ ow~(t)/gjj '~i~36) AT/JD
ACC NRs
AP6%,98ol SOURCE-CODE: -tjR/0089/66/021/002/0130/0131
AUTHOR:1 B0 B. (deceased); Busol, F. I.; Glasov, B. V.; Kovalenko, V. A.;
rovi Ye
Skibenk,:i, Ye. 1. Yixrer6v, V. B.
OX: n*ne
TITLE: VG1;-C"!- cryogenic via,3net c trap
SOURCE: Atormaya energiya, Y. 21, no. 2, 1966, 130-131
T) A CT A.I.F 17 C.
TOPIC TAGS: Amagnetic tray', hydrogen plasma, deuterium, plasma beating, plasma in-
jection, cryogenic liquid coolinil/VGL-2 magnetic trap Of-Vivre-
ABSTRAC.:': Since one of the meanij of prodiLcing a hot plasma is to inject intense
beams o-." fast neutral hydrogen or deuterium atoms into a magnetic field, where they
can be :' onize'd, the authors describe the processes accompanying the filling of a sma~
magnetic trap in which a alrongmagnetic field is produced. (Fig. 1) The trap dif-
fers frcm earlier designs in thaL the strong magnet* field up to (105 kG) is pro-
duced by a copper coil cooled wiLh liquid nitrogen~lwhich is also used to cool the
outside of the vacuum chamber ana thus periTts a vacuum as low as 5 x 10-10 Torr to
be mainlained in it. An A-rdenne type source is used for the hydrogen-ion beam, the
charge (!xcharige beirig in a super:,onic C02 stream condensed on a surface cooled to
20.4K. The fraction of th-t neut.ral beam ionized in the vording region of the chamber
Caid 1/3 UDC: 533.9
Al

L 0037'('66
ACC NRt Ap6vaqfti
Fig. 1. Diagram of VGL-2 trap. a- section
along boam, axis, b - alonp field axis; 1 -
ion soix:-ce, 2 - charge exchange chamber, 3
msgnetii~ system, 4 - vacu,,m JaF*et, 5 - beam
4 alet, 6 to PUMP, T - h(Ii vbondensation
IIUM
;en pump. nitrogen screen
pump, 8 ~Kc~.
,aid 2
LC
7
-2

L 0037-66
i.CC,--N'R'-., ---- -,- --
AP60;29801
%ras of the order of i x j..,)-5. 'j,'he plasraa density was determined from the intensity
of flux of fast atomo learing the plasma as it result of charge exchange between the
ions and the residual gas, and IL1130 frora the value of the i8jected current in the
trap. The valuer obtained were lu (3-4) x 107 and -- 3 x. 10 cm73, respectively, the
difference being due to a small redistribution or the ion velocities in the plasma.
Orig. art. has: 2 figureu and 2 formulas [02]
SUB COLE: 20/ SUM DATM O3-AI)r66/ ORIG RIX: 003/ OTH REF: 003 / ATD PRESS:
5089
rard 3/.,

ACC INIK. ARG034630 SOURCE '-'ODE: TJR;/02701'66/000/008/0()07/00()7
AUTHOR: Kovalenko V A~
TITLE: D,~terndnation of an approximate azimuth from two observations of the
same star
SOURCE: Ref. zh. Gcodezi3 a, AW. 8. 52. 56
REF SOURCE: Geod. , Icartogr. i ,;.erofotos"3rem Ica. Mezhvoc]. resp. nauchno-
teklin. sb., vyp, 2, 1965, li,-23
TOPIC TA13S: theodolite, geodesy, azimuth, star, stellar observation
ABSTRAC".: A method is dcscribed which consists of usinrr a simple theodolite
to rrake 1,A o alt-,"J.-udinal-azimuthal observations of an arbitrarily selected star
before and after- it crosses t-.ie mer-idian over aeriod of I to 1. 1/2 hr. No
astronorni,:al yearbook or wi;tch is required, anI it is sufficient to know ';,c
latitude only approximately. The principle underlying the rnethod, the sequence
of o",)serva~;ions, and the computati:in formulas are presentea and discussed. An
example i., igiven 6f observatl ion pr:,cessingt arid aziraut~'-, comput:,Uilon. The pro-
7 j)C:
Zord 1 / 2 5'-;:1. 283

jACIC NR.- ij-p. ;0
posed rnetiiod makes it possible to determine the azimuth a terrc~s'r-al obiect
within an arror of [Tr~.nslation of abstract]
SLT13 CODj~-: OS,. 08/
-4
C,.,d 2 2
- - - - - - - - - -
speaking formui~ (1~ :[a not prec-"ise* Tho f 'Vi t omotric
h at
effect cvnsistu of twD parta: a) a negativ; abso"rption effect,, charac-
torizing the docay and absorption of the aeldar7 component of cosmic
ra7a in t-he atnosphere; b). a posilAvo effect! caused by the change of the
Caro 1/2 UDC: 523.165

ACC NR- AP7008936
genera:tion of the second-u7 canponent. In Soneralo th4 quantitative
relation of theze effoct3 chanj;es with a change of h,X The barometric
coeffi~,;ient ~j is a functLon of h and is dotanxined b the expression
dI/Lih /.I (h).
it ro2lows
From with the bound,Lr7 cordition lih ho
.0
h'
exp ~kp (h)dh
ho
11!;ing (h) (3) ccui be vscd for computing tho anticipated 6ian.-,e3 1/1,
for dif foren'Z. gutoff rigldities R when he 7.60 wm Hgo 'rhesa results
for 1.1 - 3, 4-5`4 6.4 and q.5 BeV are given in; /a tablq. For comparison
the sax,) table give.-i the prodic'""ed changes ~jflo for 3BcV, on the
bazis of for)=14 (1) with const for h,,- ho. The errors in this
c as e Ad'O 1' -00 mm.Kr,- are 0.1,, 0.2.. 0.1~, 0,7P
6 h XO, 20, 3C, 40,
1.4 and 2.1%. 'Irtiose errors are :rather in comparison with the
accuraq,r of MaQrdirig tho neutron compononil, ty modern instnimentso
Orig. azt. has
1 3 figuiva and I table. IRS: 3806

ACC NRiAT1,016819 SOURCE CODE: UR/0000/65/000/000/0148/0151
AUTHOR: Glebov, I. A.; ~~cj 6. 1.; Kovalenko, V. B.; Vadaturskiy, V. M.
_S.inov,
ORG: none
TITLE: Resalts of an investfig-.ttion of a contactless synchronous motor with rotating
serniconduct(Jr rectifiers
SOURCE: AN SSSR. Institut e.ektroinekhaniki. Teoriya, raschet i isoledovaniye
vysokoispol',-;ovannykh elektr icheskil:h mashin (Theory, design, and research of
electri.cal machine-ry in constwit use). Moscow, Izd-vo Nauka, 1965, 148-151
TOPIC TAGES: synchronous motor, ci)ntactless synchronous motor,
ABSTRACT: A contactless.exc-itatior. system intended for a 1000-kw, 6-kv, 113-amp,
750 -rpm syn'_-hronous motor (%;,hose field winding would ba supplied by rotating semi-
conductor re ~-tifiers) (see figu:ve) wais tested by IEM and TsKBKEM_instituteo. The
fundamental difficiilty with rectifier I reakdown by overv~fi~'g'e_s_a_rising during the
induction-vale starting was overcom(! by introducizig protective "tervit" resistors or
silicon. thyrif~tors. During the starting period, the positive -half -cycle rotor current

ACC Mi ATOiWiq
a C
ee*
1~4 CD
4.2 ~ -V I n I dt. I.
0 Erl
0 OBD 8
CA]
M Aj .44
ontactlesa aynchronous rnoto:r.' with
rotating serniconductor reclk,'iers
flows through the rectifiers and the negative-
half -cycle current, through the thyristors. The
motor behavior under such starting conditions
was tested on an actual 1000-kw synchronous
motor. Alai), the exciter short-circuit through
the thyristors at each negative half -cycle,
during the pull-in period, was investigated and
steps against this short-circuit were developed.
A blueprint for the above special exciter was
compiled. Orig. art. has: 1 figure and I -table.
CODE. 09 / SUBMDATI'a 04A--'Ig65 OIUG-REF: 002

L_45519-56 EWT(l) GD
'ACC NR: AT60168ZO 30URCE CODE: UR/0000/65/000/000/0152/0161
'AUTHOR.: Glebov, I. A.; Brilliaitov, L. B.; Vadaturskiy, V. M.; Kovaleako, V. B.
ORG: nc ne
,TITLE: Induction starting of contactless synchronous motors with rotating semi-
'conductor rectifiers
SOURCE: AN SSSR. Instimt ele~tromekhaniki. Teoriya, raschet i iBsledovaniye
VYsokois?ol'zovannykh ele:rtr:1che 91cikh mashin (Theory, design, and research of
lelectricaL machinery in constant -.ise). Moscow, Izd-vo Nauka, 1965, 152-161
:TOPIC TAGS: synchron s motor, contactless synchronous motor Ac+,;~c -,-4-
ABSTRACT: As consider;4ble ovcrvoltages arise across rectifiers during
p
,induction star-Ling (M. P. 3arret, RGE, 1961, no. 9), two methods are suggested
Permanent shunting of the rotor winding by a
for limiting these overvoltages:
linear or nonlinear resistor; the values of an ohmic resistor and a "tervit"
va.ristor and losses incurred by t,'iem are calculated for a Soviet-made SDN-1000-
750 synchronous motor; ('16) Permanent shunting by thyristors (G. M. Rose Lberry
rd -1 /2.

1 45519-66
~AGG'NR:'_ AT6016820
Applic. 3nd Ind. , 1960, n-j. 49); this method was experimentally tested on an
exciter model. driven by a 30-IcNv synchronous motor ("Engineer L. M. Vay
sman
took part; in the tests"). ~t is fot-.nd that the second method has substantia
advantages. However, thii thyri,;tors suffer overloads as a result of short-circuit'
conditioi,s during the pull-in perod. This necessitates some measures for
Jimiting the short-circuit currents (such as reducing the exciter magnetic flux,
-inserting resistors into tlkyriSt03 circuits, etc.). If the synchronous motor is
started v;ith the exciter fi~~ld-circuit closed, the motor starting torque will be
lower in the first method -)r the pull-in torque: will be lower in the second method.
Orig. axt. has: 4 figures and 6 ;'ormulas.
SUB CODE: 09 SUBMDATE: 04Aug65 ORIG REF: 004 OTH REF: 00 .
Card..' Z/?

4-
AUTHOR. Kovalenko, V.D. 3' 2-1-4-330/67
TITLE: --me-tpeot: al Ana:lysis of Coppe:,--Mangares~! Alloys (Spektral' nyy
anal-."Lz ma~_ncmaqfintsevykh ligatur)
PERIODICAL: Zavodska~ys Labor,-tor' ya, 1958, Vol. 24, Nr 4, pp. 1+55-457 (USSR)
ABSTRPAM Investigalions wire carried out with the assistance of the labor-
atory woA(er R.F,Shlekhina. The possibility of app'.1ying an electric
arc.- as vm1l as ~i. spark-producing light source was iwvestigated
and in both case.i the me Lhod of three standard samples with a
ISP-,12 spectroj),mph with spheriiDal conaenser was used. In manga-
nese analyUs it was f owia that the alternating curreent electric
aro has an insuf:'icieut ooncentration sensitivity and that manga~-
nese exerclses c()nsiderable in:fluence upon the iron spectral line.
The excitalUon oj' a spark- exci ting spectrum if a copper electroae
is usea re,paires at least 3-3-5 amperes, whereas in the ca-ge of
iron.- or -.mickel i-lectroacs stability of di3chare_ is attained also
at amperalpis of less than 2 aq)eres. As with an increase of manga-
nese aonotmitratic~n the intensity of 1-_'ne.,3 in oVper diminishes, a
Card IP nic&el eleutrode k~ras w9ed and vrork was carried out with 2 amperes.

The Spectral Analysis of '4'oppex%-U&ngar_,eze Alli-Ts 32-2)+-4-30/67
In mangane re concentrations of abo-at 40% it wan obser-tea that a
turning pe::-iod ol' 10 minutues izi 1-1he optimm, whereas for aetermina-
tion of irx_ or-3.3 I miau'.:e was riec-essary. Bxpo;3~_r-; lastp.3 40 s...c.
The speotni were photometrizzed on a MF -2 m~craplhotometer. No in-
f_2~aenna mj- found to 'be exerc.".s by mangariese op- the determination
of ii-on. F:,Dm a gLven talsla -the aifferenct! of reiult-,,t obtained by
aetene-nat:.ons ca~rr4,ed out by thte spectral- an] by the ch-.mlcal
metho;;] my be seen. This is iv,~sumf.-J to be oat;,ged by the insufficient
accuracy cii' the ].:Mer method in. which, Aen determining manganeser
a aifferenne of 1~1'1 ms fctuid in three samples a-rd of 0.4% in the
cast of izim. The aerila4liorts cf the 16vio met'~ods a-.-, hom, ver, with-
in Vm perni-itted !rr,-lr limitZ. The method describea has beer.
emoloy-ed ic_ indu3,;ry for 2 yearB withott ary faulty analyses being
noticad. Vera ar!t 2 figurea and I table.
ASSOCIATION: Kallvzh~Wv t-urbi=yy zavo3 (Kallv,%~, Tur"bine Plant)
l.' Copper-nvinrranes~l alloys-Spectrographic analysis 3. Electric
t~
discharkes-.-Peffornance
2
Card 21 ..

280) 05735
AUTHORS: (1) Petrov, I. K., (2) Yovalenko, V, D" BOV/32-25-10-24/63
TITLE: News in Bri.-if
PERIODICAht Zavodskaya Laboratoriya, 1959, Vol 25, Nr 10, p 1215 (USSR)
ABSTRACT: (1) The aut.'Ior su,rgests a method of determining the surface
moisture wh1ch is based on a reduction of buoyancy of the sample
in water. 1' on d:.pping the sample into water the whole moisture
passes over into --.he wator, the buoyancy will only depend on the
weight of the sam,,~le itself (without surface moisture). Two
variants of deternination - a hydrometer method and a balance
method - arii desc:,ibed.
(2) The author re:)orts on the preparation of standard samples
of the Mts..',' allo:,. The spectrum analysis is similar to the one
described int V. D. Kovalenko, Spectrographic Analysis of Bronze
AZh 9-4, AlVe 9-2, OF 10-1 and of Nickel Silver NMts 65-20,
Material of the Ttientrallniy byuro nauchno-tokhnicheskoy
informateii tyazht-logo mashinostroyeniya (Central Bureau of
Scientific--iecbni(:al Information of Heavy-duty Machine
Construction) whi(;h paper is in the press now. The chemical
Card 1/2

News in B:~,ief
o5735
SOV/32-25-10-24/63
analysis of the st;andard samples is given (Table). The mean
arithmetic tirror )f determination is 7';fo for 119, 8% for Si,
and 2.5% f,:)]- Ili. There are 1 table and 1 Soviet reference.
A330CIATI(II: 1) Kutaisa~oye konstruktorskoye byuro "Proyektpribor"
Kutaii;i Dnign 0:'fice "Proyoktpribor")
~2) Kaluzhi3bAy tui~binnyy zavod (Kaluga Turbine Works)
Card 2/2

T
Ire,
DIXIZER, A.A.; DZ YTJB 1, M.L..; BLINOV, I.F.- kandidat sellskokhozyayst'rennvkh
nauk; BOLD' TV, N.:'. It kandida~ pecLigogicheekikh nauk; GAT-GULIKA, Z.S.
GRUDEV, D.I., kand!.dat 9el0skcikh,Dzyaystvennykh nauk; DUBROV, Ya.G.,
profewior; K0;VNj&.LAft ;1MYSINA, 0.1.; KURKO, V.I.; LEVI N.Y.,
kandidut d 0u'F;.r-9-Fv-e!nnyich nauk; MORDKOVICH, M.S.; POPOV, I.?.
kandidut bio'i.ogichi,akikh nEuk;SAGA10VICH, Ye.N,, agronom; SILIN. V.N,
zootaklinikt, '
1, 1 TYPdISKIY. I.L., vrach; SUSHKOVA-LYAKROVICH, M.L.,
I TRL
)mndidut wd"Asinallkh nauka, SHOOVALOV, YaJa., kancliaat sellsko-
khozyaystvejn,iykh nuit; SHENIMURSICIT, E.I., kandidat seliskokhozyay-
stvennyir,h nwik; YAUMLI, A.Yu., Icandidat meditsinskikh nawks RODINA,
P.I., redal-tor; YUriOVITSKIT, To.l., redaktor-FErg,=., V.I., tekhni-
che8ki), redallor.
Dlome econom:i.cg] Demovodstvo. Moskva, Gos.izd-vo sellkhos.lit-ry-.
1956. 479 1-o' - (MLRA 10:5)
(Rome sconomicis

KOVALENKO, V.D.
C-
Photoelectric method for determining the rate of flow of underground
waters toward separate wells. Geol.zhur. 22 no.2:109-111 '62.
(MIRA 15:4)
1. Trest "Ukrgeofizrozvidka".
Nater, Underground) (Photoelectric measurements)

KOVAUMO., V.D.
Phc)toelectri(,, rsasurawnts in borqbolea, Geofiz. sbor. no.3:73-80
162. (I-MU 15 - 9)
(Photoe:Lec tric measurements) Water,, Underground)

LIZAPIEUGHO L.P,,, d-itsent; SHAPOSHNIKOV, Ye,A.; V.D.;
1031FIDI, I.A.
Dutoationt wrvice for woi-Vora of the Krasivxlur iWorsted and Cloth
Combine frequently suffer',;,j fl-cim angina. Nnuch. Lrudy Kub. g0s.
.xed., infit. ~9:19-2E 162. (NIRA I S)
1. lz kafed-j bolezney ukha, nosa L gcrl-,i (zavedu~~mhchiy
prol'. V.K. ;uprunov) i kafedry ob~-YicliDv eir' ]..viny (:~avedupishchiy
zas'L. ftyabill naulci Kirgizslcoy SSH p-l'Or. F.S. O~olvv) Xubannl~ogo
gosud.rix,stveiaiogc maditiinr-logo instituta.

_L 21822-i6 1W~WLVtW/ETQ('mj_6/r TXPW MAW/Gs
ACC NRt AT6006253 G06ii'E CODM UR/0000/65/000/000/0132/0136
ALTMOR: 'knelt ohenko. ~5. 1. Prizj~ H. N.;. Shamravev. G. M. Zhadan.j, N. S.
...... Kovalenkoi
S! ;;ntw*y, 'T. 0.
J,
ORG: wie 40Y
~ITITLE: 11hangee bi physicc chanAikal.propertlLes of PNTs resins and glass textolites
lbased on PNTs duelto us of the atuosphere
inf I n~
SOURCE - AN MwSSR. M(xUf3katsiya '~svoystv polimerov i polimernykh materialov (Hodi-,
fication of the pimTertiee of po~jrmers and polymeric materials). Kiev, Naukova
d,z*a, D65, 132-136
TOPIC TACS: g3.,Iss textolil e, pol~aer, solid mechm-tical property, synthetic material'
structural pUstic
ABSTRACT: Th~, chweii in- Pysic~iiecfianicnl properties of unsaturated polyester
I P1tTs-2E-U- anti. PNTs-21M-6 resine'tind glass textolites based on these resins were
ivestigated duF111-811
wir aging , 1, ti natural a6d artificial atmoapheres. The PHTs-
_2E-6 reiiin ii~ baned cm el hylene t lyI mid the PHTs-2ED-6 resin is a mixture of
c0
-------- ---

KTLA',jE,W,."~.,,kand, tekhn, nauk
Effioien~l meUod of reducing the heat resistance of
1-rustations In nea-oater evaporators. Trudy TSNIIYS
no.6004-87 154. (MIRA 18s4)

KOVALENK01 V.P. (Ylyel-)
S-7-udy of the cc.ntrol sy-item cT cc-nsumers for incre&sing ths sta--
b1lity of a po-,er System. Avtomatyka 9 no,E;t6Q-63 '64. (MIRA 18,,,!)

S/162/60/000/011/001/016
IGIA02~
AUTHORS-, Perevozciikov, Kovalenko, V,F.
TITIF~,, Selectica of lAtional Hot 'Sltampir- Technclogy for Bevel Gears
PERIODICAIJ~ Kuz.-iechro-slitiiinpovochnoyi~~ pro-Azvodstvo, 1960, No. 11, pp,1-6
TEXI~ The ENTYAASh has carried out experiments to select
a avitable technology for automatic msnufacture of bevel gears at a rate
of '00.000 pieces anrually, Tt is emr)hasazed that the results cannot be
applied io any other type and size of bevel gears than the type for which
the inve!itllgation ha.6 been undertaken, namfil
-y the driven gear of the rA3-5i
(GA(~--51) automobile jear a:Oe drive (Fiu, 1 The following conditions had
to lie corisidered~ 1 usin.r latest eqaipment (universal if possible); 2)
foripings must nave p-elimi:%arily formed teoth; 3) the metal surplus on the
for1ri.ngs must 'be uo 11aced as to make the gripping ea.,q in the automatic
transfer in the die mpresji-ons; 4) max=um possable automation (between-
ope:,ations transportt-tion, including automati-c transfer from one impression
to z--.noth-3r) .7
was not possible to experiment with -real-size forgings
and the model blanks were ;!..86 tiiiMS L311FAII,~!T. The est)ecially designed and
Card 1/

S.,/182/ 0-0/000/011/001/016
A 16 .11-P 029
seloction of liationa- Hot 'Itamping Terhaology for Bevel Gears
mado die set (Fiir, 3' has -A bad plate ( 1) , Lin exnhan~reahla bed die (3)
atti-4ohed to the bed plate oith a clamp ring a ro,~ary disk (4) attaohed
to Uin 'lop plate and i,earlng three jjunchaa,- The diak Is rotated by hand
wiVi a lever inserte(. into a hole and fixed with the pin (5). The stay
(6) fixes the disk. a( 'ditiorially during stamping, The punches move rapidly
and the blank rt--jmain!i in ut)e bed die The toolhed punchas were made with
a master tool on a v~o6fr. (.K8623) press., A set of in:3erts with exchange-
abl:1 and mobile elements waa prepared fc-)r 'the final cholce of the geomet-
ric die impressaon 9-~ape (PIg. 4' Lind lead was uaed for blank material.
The comFensator spa(.e for surplus metal, selected finally is shown (Fig.
4,a.1, The work eff;-,)-,to ne.,*essary J'or real-vize forgings were determined
by ~.alculation in ai.-~ordan-,.,a with the known law of similarity in the de-
formation of reomet:r..e-,a-lly similar bodies.. Calculated maximum efforts for
)ing pii.sses are shown in approximately for
the 2nd and 3rd stain
.
gears 184,.7 mm in dlitmeter made from 18,XVI- (ILIKhOT) steel. The efforts 4.
wer,:,b measured all Tsl;:ITMA"h during tests of hot crank pre3ses, (The table
Carl 2/

S11821601000101110011016
A161/-AO29
Selcotion of Rational Hot :3tamping 'reohnology for Bevel Gearn
includes presoures ftr leail), The effect of unoven metal distribution in
rouj;hing die impresuiono (Vie to inuccurute placement of the blanks was
a1sc. investigated and. a spocial. devico (Fi6 7) was designed for fixing the
blank in accurate poL-ition until it enters the tapered. impressions in the
upseAting blocks (2), The device is attached to the die with stays (4).
The gripj (6) are s iing-loaded with tension springs (2) in axial direction
p 1~
and compression sprilga (3. in vertical direction. The springs (3) work
firEt in the upsettir~g prooess and the bushing (5) slides down together with
the gripts and the ble,nk un,J_1 the blank enters -into the taper in the
bottom b2ock, Now th !! ups(~tting begins and the grips (6) spread pulling
the springs (2), Ups3t bli~nks were removed from the device by hand. The
device w,:j.s designed having in view future automatic application. The
6,300-ton crank press KFW"-(1KGShP) proved suitable for stamping the gears.
It is recommended to heat Ilia bille" metal for cutting to 60000 in an in-
duction furnace; to heat t( forging temperature in a three-groove high-
frequency induction h.aaterl to use high annealing for heat treatment util-
izing the forging heat(to lace the hot forgings immediately after stamping
Card 3/9

S11821601000101110011016
A)(.'/A029
Sele3tion of Rational Hot Stamping TeohnoloeW for Bevel Gears
into a furnace with 6.:)0_63Vc and to )iD).d for 2-2,5 ho-urs and then to cool
in aJ.r); and to remov;t scalo by shot blasting, The following conclusions
are --trawn., Stamping ;)f large forgings of similar shap-i can be recommended
for applioation using foiir panses (see Fig. 2Ni 1) upaetting (with the
blan,!*. fixod and. soppo!,ted io described device)l 2) rou,;,rh stamping; 3)
finul stampirsg6 punch!.ng thit hole,, The best shapes fo.- the die sort inserts
aret 1) for up.-ettin.--,,, - a Lapered impa-easion ir the punch and a tapered
cavi-;y in the bed die for t.,ie fixing p?.o*rusion, 2~ -for rough stamping -
a piuich shape that onliures iistribution of the major metal mass on the
periphery with unrest:,icted flow upward of the forging "rim"; 3) for final
stamI.Ang - a punch sh.j.pe thit insures complete forming of the forging with-
out a periphery burr, the mi~tal flowing into a central compensation cavity
that has to be geomet:-icullj similar to the cavltv cho[ien in experiments.
It iii mentioned that ii, stam.-,ing proceso for real-size gears has been devel-
oped after the experii%ents and decisions have been taken for an automatic
procc,ss project, The follo-ving persons took- part in the works the engi-
neerpPj. Strukov; I_'.. Fuk,3, P,A., Petrov; F..S, Shteyn; T.I. Protopopova
Card 4/ 9

S/182/60/000/01i/ooi/oi6
A161/AO29
SeLeotion of Rationml Hot Stamping Technology for Bevel Gears
an(I the laboratory, iYorker A.V, Fursov. There are 7 figures.
W-71
L
Fig-,ire 1-,
Card 5/ 9

S/182/60/000/011/010/016
A161/AO29
AUTHORS,,, Kovalenko, V,F., Sannikov, S.S., Strukov, P.I.
TITLE, Calibrating a 4,000-Ton 11K,'~_~ (NUIZ) Crank Hot-Stamping Press
by the Crashitrs Method
PEFIODICALt Xuznec',Ino-sh-;ampovochnoye proizvodstvo, 1960, No. 11, pp-35-37
TEXTs Some f3reign firms,as well as some Soviet plants have begun
prcducing hot stamj)Lng prisses of the crank type fitted with effort meters
(the NIGIZ in Kramat;')rRk, I lie ZTNIP works Jn Voronezh).. The meters have to
be calibrated on site aftfr installation of the press, A 4,000-ton press
prcluced by the VE117, has I-een calibrated at the Gor,kovskiy avtozavod
(Gor'kiy- Automobile! Plant: with the assistance of ENIKMASh,. Two NKMZ-made
effort meters are pLaced ca the front, one on each column. They are scale
instruments (Fig.. 1.1' reooiding the strain in the press stand that is
directly proportional to Ilie applied effort, The stand elongation is
determined in a 466-mm section by an indicator (8) with 0.003 mm scale
divisions and 0.,05 7nm mea.,urement range, When the press is under load, the
deformation in the stand julls the rcd (7) which is fixed in the top
Card 1/B

S/182/60/000/011/010/016
A161/AO29
Calibrating a 4,000-Ton HkH3 (NKMZ') Crank Hot-Stamping Press by the
Crashers Method.
plank (5) and slideis in a bore in -the! frame (11)). The screw stop (12) on
the rod (7) exerts pressuro on the measuring leg of the indicator and makes
the hand swing. Tfie brake (9) of thet leg (110) is loaded with a spring set
on the rod (4) and adjusted. by the plug (3). The brake holds the indicator
hani on the scale 6!ivision reached under load on the press, The brake
y the r(-.,d (4)
must be retracted b to put the indicator to zero. Efforts
corresponding to the indicitor readings are given on the plate (1). As no
loading device with 4jOOO--.on effort Was available at the Gorlkiy Automo-
bil,a Plant, the p~;Ieqs had to be calitrated using the Imatod kresherov"
(crashers methcdI'l., I'Abstractorgs notei The term 11kresher" suggests
English "crashing"j, A I'crasher~l is illustrated in Fig. 2 and is a block
of '45" steel cf cylindric:il shape, The blocks were calculated for 500-
ton pressure.. They were placed on especially prepared die inserts (Fig. 4
The calibration resilts ari given in Table 2, A diAgZam has been plotted
from these data. (Fj-~, 5)u (it can. be seen in the table that the left
ind:Lcator gave lower readi,igs, which was probably due to uneven tightening
Card 2/ 8

S/182/60/000/011/010/016
A161/AO29
Calibrating a 4,000-Ton HI~M (NKIIZ) Crank Hot-Stamping Press by the
Cra,shers Method
of the tie bolts o,i the Icft and right press stand side. The diagram was
set up using the vitan rea(l.ings of two indicators). The arithmetic mean 4
of the indicator i-tadings had to be -taken to determine the corresponding
work prc!jsure in Vie diagram. The. data were filled into the table (1).
It is mentioned th-tt it wculd be better to use a diagram engraved on a
metal sheet- and th,it calilration must be repeated after retightening of
the bolts. Some d-tsign deficiencies iver-3 revealed in the NMZ indicators.
An improved indica.-,;or desIgn has been developed at ENIIQdASh under super-
vision by Engineer L.P. Shipanov. [.kbstractorls'note: The ne-;,, design is
not described]. There arc- 5 fiCures.
Card 3/8

S/182/60/000/011/010/016
A161/AO29
Calibrating a 4,000-Ton R03 (NXIIZ) C,rank Hot-Stamping Press by the
Crashers Method
Card 4/8
Fig. 1 Effort indicator
I- slyz

S/182/60/000/0!1/010/016
A161/~029
Calibrating a 4 1000-Tor. HKM3 (-'IIKMZ) Crank Hot-Stamping Press by the
Crushers Method
Fig. 2 A "crasher"
Card 1*V6

511821601000101110101016
A161/~029
Calibrating a 4,000-T,)n 14KM.. (NICAZ) Crank Hot-Stamping Press by the
Crasbars Mothod
Fig- 3 Calibration diagram of the
"crashers"
ji hNN
12.8
f2.2
100 -ZOO '300 foo PM,
Card-. 6/8

S/182/60/000/011/010/016
A161IA029
Callbrating a 4,000-Ton WE (NMZ),Crunk Hot-Stamping Press by the
Cra:,-hers Method
FiiK. 4
1- hold-down;
2-top insert;
3-bottom insert;
3 4-retaining rim;
5-crELshers
NON~\
Card 7/3

S11821601000101110101016
A161/iO29
Cal:Lbra:t:lng a 4,000--~on HR43 (IIK'MZ) Crank'Hot-Stamping Press by the
Cru:~hers Method
79
Jo
.10
0
Fig- 5 Diagram for determining efforts
1000 24900 J'71`0 +0,70p,/7
Card 8/8

3/182/62/000/002/005/006
D038/D112
WHOM: Sannikov, S.;,.S. and Kovalenko, V.F.
TITLE: An automatec die i,ith a swing punch head for pressure forging
PERIOD FCAL: Kuznechno-si-tampovochnoye proiz-vodstvo, no, 2, '11.962, 34-37
TEXT: The authors descr-'be the dc,-I;.gn and operation rode of an automatic die with
a swing punch head which can be used in a 4000-ton hot ::camping press for pressing
Circular forgings, requiiing nct more than four transfers in a single female die.
The automatic die was deieloped by the ENT!'MNSh and built at the Gortkovski3r
avtomobiltn-Fy zavod (C-or'kiy Automobile tilant). Low-burr stamping using this dit,
was described in an arti(le by B.S. Perevozc1likov, S.S. Sannikov and A.l. Pasmanil,
publis)ed in 11Kuznechno-~htampcYochnoye proizvods,-vic", no. b, 1961. The die has
a swirvy disc equipped wilh three built-in punch holders which can swing through
an an-'Le of 1200, thus e'liminating n1anual transfer from one die impression to
another. The press can 1e opezated automatically, semi-autaiaatically and ill t",0
s g 0 01 0
,tages , when the press i.~ operated by a pedal and the disc swin is c ntr .1 d by
a buttan. The die was tEsted trider idle conditions and under load only by the
Card 1/2

I
3/1 82/62/000/002/0C -5/000
1) 0 3 6/1) 112"
An autoillated die wi th
latter method, due to a defect in the contrel system of the pressi in the cc!~tF
21 driv. of the rel-ir a-Ue of the"VolgaRand rA3-51 autoi-,,obAcs
were f-.;,Fft&f The test!; were satisfactory and only minor defe,7.ts- ~vcre i-Cwaied.
They &~izwed that the ups(tting die blocl-,s could be dispenscJ within a three-pass
press :ipera-rion and th.Lt the upsetting operation could be cransferred into tLe
main f-male die by installing the upsetting die block in the third free position
of the disc and improving, the removal of scale from the main female die. After
industrial tests and debu.gging, tile new die can be recommended for mechanization
Dressune forging on 4000, G300, and 8000-ton. presse.-- for forgings weilhing up to
50 kg. B.S. Perevozch ";kcv, V.F, Kovalenko, A.M_ Korostelev, G.Ye. Werdovskaya-,
V.P. S:ilov ;uid P.L. Strul'ov participated in desigiiing the die. B.S. Perevozchillcov,
S.S. SLrLiiik,:)v and T.I. Protoporova from, the EN1101,M)i*, and A.I. Pasiiilanik, Yu.A.
Bollsh:ikov, V,O. Korolev, G.N. Trostyanitser, G.A. Troitski)- and I.T. Velryatov
from tie Go---Ikiy Automobile Plant took part in the toolin,, and tcszw- of the
die. -:here are 3 fjgure~ and I Soviet.-bloc reference.
Card 2/2

0
PEREVOZORK 13.3q,
3301 !aatii~h W4 wrImmatialijit preas forging operations. Kuz.-shtam.
proizv. 5 no*.409-4) Ag 1163., (MIRA 16:9)
115.

K0V;!.Uli'.'Kcj if. F
M V
I ngiwt-ony. Mos'.o*u, SovAskoe -radio,, 1950.
Titl(:! tr,: lagm- rons.
SO: Aeronautical Sci.:nces and Aviation in thc Soviet Ujdon,Lilcrary of
Conl;ress, 195j.

KOVALE,"K'O. V.117.
Vved emic v clekl.: oniku verkhvyso:,ik.h chastot. Tom I. 11oskwa,
Sovetskoe radio,, 195C.
Inclia6es bil:11-o[p aphies,
Title tr. : Int- duction to super-high-frequency electroni-cs.
TY7872.V3K(5
SO: Acrona-iitic;,il 5(,.:,ences iind Avistion in the Soviet of
Corq~ress, 1955,

KOVALENKOP V. r.
VVed(!niye v Elektronikii Sverkivysokikh Chastot, 2, Publ. "Sovetskoye Radio.",
124 pp., Moscow, lq!i~...

KOUSIXIN, A.A.. redaktor; X'CRUZBV. B-N.o
101A L1W,'QO - V
,~ -_. ~
~'r BUY'relmitur
[Introduction ot sup)rhigh frequencV in electronics] Vvedenie
olektroniku s1rerkhvy*&okikh chastot. Izd. 2-oe. Moskva. lzd-vo
"SovetokoD raiLio.11 IP55. 343 p.Cliderofilml (MIRA 10:3)
(Zlect*~oa tub's)

)lr:~ T -7 1
0
(V'")
K 7','A
I.Y!"' UIT ~,'F JX
PET: T,"'~LAG TE'7771 19571
369 P. TT T,'Jl I A Ct-,
M, OFIGI"AL 7.1-TEIST-VI:
W
ITIA:.;TOT.
F I PI .7 C IIF A P I F 362-,i66.
ir I T-1 UTFU SV--r T-YYSC-. ~fl
iTV-17 -EKH Kj Ft

KARMTSKIY, F.H.;K1*AAIL1WKO, V.Y.;YA)MBOVSKIY, Yu.- V.
Two-frecp:iency induction electric logging. Izv. vys. ucheb. zav.;
geol. i razvo; 2 n0-7:99-107 J1 159 (MIRA 13:3)
1. Moskovskly geologorasvedoohnyy inetitut im. S, Ordshonikidse,
(Bleatrio prospect inS)

TAKUB.)VSKIY, Yu.V.; NAISMO, A.A.; 4VALMIX0, Y.F.
Fossibility of uoing the 'Induction constant electromag-f
netio field method in prospecting for highly conductive
ore bodies. Izv.vyu.ucheb.2aV,,; geol.i razv. no-3:
119-128 My 160. (MLU 13:7)
- 4,-
1. Mookovskty geoloC,;orazvodoohnyy Institut im.
B.Ordzhonikldze.
(jilectric prospecting)
4

UIENET3KIY, F.I.I.;_LqV
;.31valuation of the duration of primaryfie2d impulooo during
excitation cf nonstationary eddir currents in prospecting for
highly conductive oxes. Izv* vyt;i. uchebo zave; geol, i razv,
.3 no.6.-92-94. Ja 160, (MIRA 14;7)
1. lloskovslfiy geologorazvedochayy inatitut imeni S. Ordzhoni
(11.1ectric prospecting) (Ore deposits)

KOVALFNKO, V.P.
R
,ecording transitional processes in pyrite deposit of the
(MIRA 14.-6)
clouthern UrElls. Sov.geol. 4 no.6:89LI01 -Te 161.
L Moslcovsldy geolcgPrazvedoabnyy institut imeni S. Ordzbonikidze.
(Ura"l MountaJn region-Pyrites)
(Electric prospecting)

S/169/62/000/007/074/149 K
D228/D3071'
AUTHOPS: Kamenetskiy, F. M. and Kovalenko,*V. F.

TITLE. Quck-Acting contactor to an electric prospecting
statioa for operations by the method of transients
PBRIOI)ICAL: Referativnyy zhurnal, Geofizika, no. 7, 1962, 33, ab--
stract-7A216 (V sb. Razved. i pr6mysi., geofiz., no.
42, M 1961, 48-54)
TEXT: The rate of breaking ~he current in the loop is of great
signif;'icance in invastigal;ions of ore deposits by the method of
field formation. The authors suggest that the electromechanical.
switcl-i controlled by the 17elay unit should be modernized in order
to increase the ccntactor a operating rate when the currents are
high '50 amperes). The modernized switch's main fea-0"ures are the
incrO:ASed track over which the movable contacts run and the eli-
mination of the arLtagonis,L'ic clamp springs. The suggested device
accel!?rates the process o. r breaking the current in the circuit by
/-Abstr[Lcter's note: Complete translation.
times. -7
Card 1/1

lfl~.RNMIMM Isom
Ditmertation defond,lid for 1-he degree oJ-.' Candidate of Technical Sciences
at the Institute of Earth Physic imeno 0. Yu. Shmidt in 1962:
""Development of Ale.-trical Prospective of Pyritic Ores Using the Method
of Transient Proces-3es Und,pr the Geoelectrical Conditions of the South
Urals."
Vost. Akad. Nauk SS';R. Xo. 4, Moscow, 1963s pages 119-145

6 6
S/1 3/000/001/057/062
D21 %307
AJTHCNRS Kami~netskty, P.M. ar4.1Covalgp-kq
TITLN;
Nwviteady eddy currents in conducting covering
deposits
PERIODICAL: Refc-rativnyy zhurnAl, Geofizika, no, 11 1963'1 30
6 Geol
abs*,~:ract LD1 7 (Izv. vyssh. uchebn. zavedeniy.
1962, no. 4, 105-112)
TEXT-: In order I:o estimate: the effect of conducting cover
ogging involving the ob-
ing deposits on the resull:s of electrical 1
servation of transii:!nts 0 modification of inductive electrical loge-:
ging), an analysis was maile of eddy currents induced in an inf inite
A th6oretical calcu-
plate by a loop awl an infinitely long cable.
lation was completed and experiments were carried out on models
as found that 115-6-msea after a step change in the primary f lds
It W
4ue to the eddy currents reached 1% of,its
the magnetic f ield
maxixtum value, i.e. practically disappeared.
Oatracter a note:- Ca~4ilete translation
Card 1/1

4
MMENETSKIY P.14.j KOVAilfla V.P.
Slupprerialni? the no."Lso ot a comblercial rreqiiency whon roc6rding
nonotationa* elootrompotib fialdo. Razvod,, i prom, goorlo.
(MIRA 17111)

L 2272,,j-~~, BVIT (1) 3
ACC NRs "AP6002916 SOURCE COM UR 286/65/0DO/04/6682/608V
AUTHOES t ArA
G. A. j Kovalsh~o4 V.F.., K
ORO:
al
TITM Device for detei, e of underwater surfaces of bydrotechnic ~i
-mining'~the slop
'atructuxess class 421. YO- 177,102 )y State Design Construction and
L
!.-Lfta Tram nil 14 ktr;
Scientific RSgpvmh--Xn MFRI proye
-(Q-bWir-s6v-enrWy proyekt'no-kon0truktorskiy J. nauchno-isoledovatel Rdy-1hatitut,
morskcgo trarmporba "So-LimmorUdProyekt"Y
SDURCI;s Bplletenl izot~rete4)- i tovarn)ich znakovo no. 24, 1965p 82
moasurinit devicep gordometer.. transducer
TOPIC TAGS t attitude -pendulumj, rotor.,
ABSTRJ"JT-. This Author Cartifiltate presents-a device for.determining the slope of
underm ational
-ater surfaces of hydrotei,,hnical structures., which includes gravit
pendulums nounted insidi',i a hemlietically a"Ledbody and attached to the rotor axes
of ani'le of rotation tn-.nsduce!~M. To increime the measuring accuracy, the
at 90P -to each other on a suppo ng platfom
atiopg %re mo4inted. rti
perpersdicul ar to their I 1"Lanes. i Pf rotation* 1 The Inside of the hermetically sealed ;'F
body is Mled with a &jmping !rluide
OgApr64
MB MYSt 1311
cara UM s ~532*291s626.022

ACCESSSION NR: AP4029218 S/0114164/000/00410033/4036
AUTHOR: Toger, Ya. J-,. (Engineer); Kov&lenko, V. F. (DiLgineer)
TITLE: Deep hole drill:jag in fioat-resist&nt -steel parts
SOURCE: It'.nergoinaahi.,.,.kostrol,aniye, no. 4, 1964, 33-36
TOPIC TAGS: steel, htat resistant steel., drilling, hole drilling, heat resistant
steel drilling
ABSTF1,AGT: A new prccess for drilling 20-30-mm-diameter and up to 2,000-mm.
deep holes In ateam-ttu bine-hmsing studs made from austenitic steels or heat-
resistant alloys is desc,ribed. A special 2--c tting-edge internal -chip -removal
drill (,see Enclosure 1) was developed. The Irill and its extension boring bars (up
to 500 -mm long each) axe conixected by double -thread unions. An interrupted drill
feed is performed by a specia:. '%all vibrator" which backs the work down frbm
the drill ovary Z400, tl-;ao bre,itking the chip, A "Loewe" drilling machine was,
Cord 113

ACCESSION NR: AP402.9218
modernized by equipping it with the "vibrator, 11 drill water-cooling system, and a
spring chuck for suppofting thi!i boring bar. Successful drilling is reported at
cutting rates depending Dn the rree chip removal from the boring-bar hollow and
on the weight of the woj k. Orl.g. art. has: 6 figures and I table.
ASSOCIATION: Kharlkovekiy Itirbinny*y za,vod im. S. M. Kirova, (Khar'kov
Turbirte Plant)
SUBMUTED: 00 DATE ACQ: 0IMay64 ENCL: 0 1
SUB CODE: PRPI3 NO REF SOV.- 000 OTHER: 000
Card 2/3

ACCESSION )IRt AP4029218
ZNCLOSURZ
r
Thread
Chi -breaking
r
LY
Card
Two-ed,am dr.13.1 with internal chip removal

KOVALENKO V.F., in-,;h.
Jt-~
1 ShBkbt.
Ifoisting macliinery fir use in the sinking of deep sh&fts.
Btroi. 8 no. L1: 3-8 1-1 164, (MIRA 183.1)
I. Dongiprowglemash.

KOVALENY.O, V.F., itzh.
Covered de: ign of cablos for mine hoisting machinery. Ugoll Ukr,
5 no.7;26-27 JI '61. (MIRA 15;2)
I.. Dongiprouglemash,
(Hoisting machinery)

LC~VA,ILD
PROTOPOPOVA, T.J., inzh.
Hydroblust cloaning .->f Ingots fr(nP SCILIC. trudyl
ENJKMSha Y;tlO.3-411' 165. (WRA 18.- 6)

ip'. CN A IL"A Z""C

I
-
l'Inw
;Li~,aticn of

l
-a-~ion o~' Dari- -V a-
+
',--e Gmz no arjora~nrs
ssert
-
. .
-

t.-*ons fc.-
iii :3ci,: -~ce ant3 'Alf onril
Ins t-'-'lui. I-olls ), 0-4" -a
,Iytc
SC: LcLot,f.sl :0. U2 Jun
For Dof~rae of Cnndidat4,, in Tec"inical Scioncim

124-11-12836
Translation from: Refer2tivnyy Zhurnal, Mekhanika, 1957,Nr. 11, p. 76 (USSR)
AUTHOR: Kovalenko, 7. F.
TITLE: Data on the ,-Ieat Transter durin the Boiling of Watery Solutions of
Sodium Chloride and Sea WaterNekotoryye dannyyepo issledovaniyu
teplootdachi pri kipenii vodnykh rastvorov khloristogo natriya i mor-
skoy vody)
PERIODICAL: Nauch. tr, Odessk. vyssh. morckhodn. uch-shcha, 1956, Nr 2, pp 57-66
ABSTRACT: Bibliograph-.c entry.
Card 1/1

96-58-2-16/23
AUTHOR: -Kovalenko, V~.F., Candidate of Technical ;5clences
TITLE: An Experinental Investigation of the Influence of Vibration
on He at Transfe.r During Boiling (Opytnoye issledovaniye
vli,yarLiy,i vibral;sii na teplootdachu pri kipenii)
PERIODICAL: Teploenerge'Ulika, 1958, No.2, pp. 76-?? (USSR)
ABSTRACT: The irfluen3e on heat transfer of vibration of the
heating surface during the boiling of water at low and medium
loads was in-vestigated experimentally. The equipment, illus-
trated dia&~amiati-3ally in Fig.1, includes a heating tube
250 mm long and 38 mm diameterl vibrated by an electric motor.
Provisions Nvere maie for measuring heat transfer.
The first series of tests was made on distilled water with the:
heating surface stationary. A graph relating the heat-transfea
coefficient to the thermal loading of the heating surface app-
ears in Fig., 2, Curve 1. Tests with a vibrating heating eurface
were r,~ade in the vibration frequency range of 700 - 3 0002Per
minute and with thermal loadings of 4 000 - 25 000 kcal/m hour.
The amplitude of vibrations ranged from 0.15 to 0.35 mm,
depending on the frequency. The relationship between the heat-
transfer coefficieat and the thermal loading of the vibrating
heating surface is plotted in Fig.2, Curve 2. Visual obser-
vations of bciling viere also made. Although vibration made
Card 1/2

96-~.8.2-16/23
An Experimental Investigation of the influence Of Vibration on Heat
Transfer During Boiling
some initial difference to the release of bubbles from the
heating surftce at low thermal loads, no dffference could be
observed with and without vibration at higher thermal loadings.
The heat-transfer measurements gave much the same results and
showed that -ibration had no effect on the rate of heat
transfer at -.;hermeA loading13 higher than those necessary to
cause modera,;e boiling.
There are 2 ,'igures.
,-herSehool of/Wavigati n
ASSOCIATION: Odesna Hie VCFResskoye vXssheye
morelzhodnc:ye uchilishche)
AVAILABLE: Library of UongPess
Card 2/2 1. licating olements-Vibration 2. Water-Boiling-Heat transfer

NOVALUX0, V., kand. akhn.nauk, dots.
tatting condeinsers on the steamship "Ilikolai Pirogov."
Hor. flot 18 ~io. 6:17-19 Je 158. (MIRA 11:7)
1. Odeaskoyn ryssheya morekbodnoyi uchilishchn.
(Condensers(S

KOVAIRM, V., kand,.-tekhn,'nauk, dots.
ciroiLlatiug-vacuum evaporators. Mor. flot 18 no-9:15-16
S '58. (MIRA 11:10)
l.OdesBko,r;) voyeimo-iwhonarnoya morskoye uchilishche.
(Boilers, Marine) -

I:OVAIJ9;KOO V. F.
"History, of +,)to Dev,slopment of the b;lectron-Ray, Talies for Microwaves."
Iz. Ak, Nauk &';SR. Stir. Fi-a.,, 4., No-31 194o

ROVAL-INKO.-V.F., karl. tellm. nauk; LUKIN, G.Ya., kand. -teklm.
nauk; HOGAIEV, B,M., inzh.; MABITlYMIOVA, 1.Ya., red.
[1-later-sof toning equipment. on seagoing ships] Vodo-
opresnitellnye u!tanovki morskikh sudov. Mloskva
Transport, 1964. 302 p. (MU 18-1~

KII-Al".."Zilffi), V. ji, 6j In '11.
Pxieuiijatl,~; fevice Vor gr-inding, stoam turbino valve soati:.. Fnergo-
maj,hinooi-x )oni(.- Ag 164.. RA 1'7: 11)

KOVALEN'90, V.F., im-h.
Device for slabilizimg loading polyspasts. Stroi. i dor. mash. 10
no.2:24 F 1( 5. (MIRA -18:3)

KOVALICIZO V bami
Materials oa the visnomousness of desert vipers. Trudy Inst.zool.
AN Kazakh.SSR 3:1611-180 155. (MLFA 9..12)
(Xazakhitan-Serpents)

KO.VA',.,F,NKO, Y.G.
Die-casting riold for molding plasU3 parts. Mashinostroitell no.?:
29 JI 163. (IAIRA 16:9)
(Plastics-Molding)

KOVALENKO, V.G.
Semiautoratic machine for olwq) bending. Kuz.-~Bhtam. prroizv.
5 no.9-4~~-44 S 163. (MIRA 16:11)

PALISHAU, M.V., Ictxndl6'qt taktmicheakikh nank.;KOVALENKO, V.G., assistant.
Determining i',)Fe inertia moment of asynchronous engine rotors by means
of *running (nt" method. Hauch. trudy NPI 26-363-367 155. (MLRA 9'12)
(Blectrio malvors, Induction)

I BRIEEMN I I 1~-M moor Am M IN
)~oVi;LFA:-k ~.rk-r3 of cc---=Izt lal~lr.
CCr.M=: Th,- rltlf-~eted eperient. of 1?-ur-ko~ t=:-Lorpriaes I. tb.- -b~lzm-
tion, "t~tio' -A I. ~ '~Moift of is FemarzAlzed.
conaidomd and attention Is g1wo to uwly establiabed enterprises, atd to
the Introduction of telecch&cjcs in the Xbar-k" gna-systen -come-tt.
By Incluling coverete e-pl- and f--t., ttbe -th.-D of the ~Icux
articles Att-Pt to dewnstr~tc the of ub. 12mrlk~ lmd=trial
consplex In fulrilling the resolutiono of tb~ Jmne j1959) "A July
71--, or ti., Ntq~!- -ac ~r =W
No yer.onali~les are sientionel. There &~t no references.
TAEZ OF CO??rE"S:
5b-.1emko-Sbubin, L.A. (Carre.pondlng Y-bor of tbe Acadc=y of Sciences
of the UkrOMp Cider Dc.lemcr of the Khmr-b-kly turtl=yy zavol --
nar'kow Turbl~ Plant). Th- P.~Ilop~nt of Stt=-Ttirbl~ ftil-IIAC
at the n-r1kov Turldm plant imal Kirov 79
Bereciz, S.I. (Chief Enaireer or the KL"-k~ T~.rblm ?I--% ~ml
XL~J. "I V.A. Xoskov [Deputy Chief P~-csz tcCincer). liq-1ence
Iz Yzcb=imtiou and Autca~tion 101
lxyd-wv~ V.X. (CbLIef Ere4mccr of th- Mmr'~-%Mj elrk-r-cktarlc~ skly
saved -- Mir'kov Vlect~chxzLIcs! Pl=tl, a-! 1. Ya. F~lllsxhly IDe.;uty
Chief Pl~nt Engineer). hLLl mr.1 A-t~tloa at tb,-- Ima-Z 117
Mechanization ~l Autoemtioz- (C=t.) SC7/5452
Zellrywiskly# Y.B., m.nd X.G. (EnC'-r~j. The SxlvrLwnt.1
X~ekl Shop or the KhArlko~.kly p~UMS:1kc,7y (r-lrlk~, Beari.6
pl--.t) ;.26
Stepmn~, S.F. (Dc;vty Chief Engtrarr air -.*uc M, lk~skly stP=kz".d -
r~-Ikc,, K-hi--T~l Pl-t), -d I.T. jCh.f 1>cs-gcrj.
Aut~~tlc and Sc=;I%ut~ttc Grl=,Urg Machines 2Aa
Xna-yazov$ D.M_ S. Te. Sh~rtc-c, "A X.M- Ztllberlcre (Z.61-ers).
Aut=stlc Unit-Ser.1- YEschine Tools 158
X.og-bII V.A., -4 T.C. '.ba-. 1. A-pli.hed
at --he ZglektroatZ~t~- 174
Morkbov, F.K. [Chief rjWImcr or the Xh=- Au--stIc jFm1j=tion)
Lima for St~opimg Stntor ~d Hotor Sl-tm L81
Zll't~r, A.G. [Chief Proc- rrZln~tr of tb~, 66~t ah^kbt~mO FUnt].
For Wch-ft.ti- 1. Coal YW~.G 3.97
C-1 4/8

KOVAMI-10, V~G,,
Dies for t~dmdng flats and dirking slots and holes.
Mashinostrc--enie nci.1:104-105 Ja-F 162. (MIP.i 15:2)
(Dies (Metalworking))

KWAIMIK0.0 V.G.
Use of plastles in I;he manufacture of electric devices. 14whino.-
stroitel2 no-5:14-0 Mq 162, (MIRA 15.5)
(Kharkw-Blectrio instrtmenta) (Plastics)

KOVALWO, V, G,
Efficient mo 1tal la-,ruat. MashinostroitelO no.10:28 0 162.
I
(MIRA 19:10)
(LayLng aut(Machino-ahop practice))

f
KOVAMNKO V. G.
Unit for prepiring imter-emulsion varnisb. Mashinostroitell
no.22:22 D IS2. (MIRA .16:1)
I'larniah and varnlohing)

KOVA.LENKD V.G.
2-- 1
Automatic staiiping peess for manirfact IiWlhg rings Of a strip&
Vlaahinostroitlell no.3318 Mr 163. v I . AKIRA 16k)
j9heet-metal work)