SCIENTIFIC ABSTRACT FEDORENKO, N.V. - FEDORENKO, V.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000412610014-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


777

4.
ACCESSION NR: AP4031139 S/0056/64/046/004/1208/1211
AUTHORS: Illin, R. N.; Kikiani, B. I.; Oparin, V. A.; Solov'yev#
Ye.-S.; Fedorenkoj K. V.
TITLE: Dissociation of positive hydrogen ions in collisions with
atoms and gas molecules
SOURCE: Zh. eksper. i teor. ifiza, v. 46, rno.- 4, 1964, 1208-1211
TOPIC TAGSz proton cross section, hydrogen, nitrogen, helium, ar-
n, particle collision, ionization phenomena.
0
9
ABSTRACT: The purpose of the work was to repeat the measurements of,
the cross section for the production of protons following dissocia-
tion of molecular ions 11+2 with energy 10-180 kev in hydrogen, nitro-
gen,.helium,. and argond, using the same setup ~as previously,(ZhETP v.
36, 385, 1959)1 but with a more thorough elimination of the main
sources of the systematic errors. Compari~son.of the data cbtained
C.4rd 1/3

.ACCESSION NR: AP4031139
on these cross sections'with the work published by others shows that
overla wide energy;,.range the majority of the curves obtained in re-
cent-work lies betvieen the data of Sweetman (Proc. Roy. Soc. v. A256,
416, 1960 and private communi6ation) and the early work by the
authors, with the'e,kception, of the early fttaby C. F. Barnett (Second
UN Ifitern. Conf. on. Peaceful Used' of Atomic' Energy, Geneva, 1958,
Report 1789) whichii.,lie considdrably below. Taken together,,. the
various data cover,almost the whole range of kiloolectron volt ener-
gies. For hydrogen, the maxima discovered and reported in the early
work are confirmed, the first being due to the predominant contribu-
tion of the disso *qtion of H~' ions into atoms and protons, and the
C:L 2
second beingr related to the dissociation into two protons. A
separate measurement of these two crossisections by J. Guidino (C. Re
Paris, v. 253, 829, 1961) confirms these results. Orig. art. has:
4 fiiures and 1 f '" la.
0=u
Card 2/3

ACCESSION NR: AP4031139
ASSOCIATION: Fiziko-tekhnicheakiy institut im'. A. F. loffe AN SSSR
(PhysicQtechnical Institute AN SSGR)
SUBMITTED: 18Oct63 DATE ACQs 07May64 ENCLz 00
SUB CODE: NP, GP NR REF SOW; 005 OTHERs 006
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G1FZJJRG, Susanna Illinichnaj GLADYSHEVSKAYA, Kluvdiya Antoncvpa;
YEnItSKAYA, Natallya Anatol'yoviia; IVOUIA, 011ga
Mikhaylovna; PROKOFIYEVA, Irina Va3111yewa; FEDOPENKC),
Nina Vladimigovnaj FEDOROVA, Alekoandra Nikolayevna;
zTtx6 i~, ~- ~ ~-,Jl, doktor khbr, nauk, otv. rml.;
VOLYNETS, M.P.., red.
[Manual on the chemical analysis of platiuum metals and
gold) Rukovodstvo po khimicheakor-u analizu platinovykh n;e-
talJov i zolota. 1.1,oskva, Naxika, 1.965. 312 p.
(VIRA 19:2)

L 2228-66 EWr I)-
FACC NRt
A?50264.12 uR/D386/65/0o2/006/O2qVO?*-~/
4 (4 , S
AUMOR: A1'rC3 Imov, V. V.; Pordylev', IN S.; Fewy, M. 7f-;,Fedore.-ao; 'in. V.
ORG: Mricatechnical Institute Im. loffe- -AC%d0=L-Qf-SCi-eaCe~(FIziko-
tekhnicheskiy inatitut.Akademii na uk SSSR) Y! 1 5- 2 J
TITLE: Ionization and scattering with characteristic energy losses in atomic coll
SOURCE: Zhurnal eksperimentallnoy I teoreticheskoy fiziki. Pielma v redaktsiyu.
Prilozbeniye, v, Ej no. 61 i~6~j 291-296
TOPIC TAGS:. atomic physicep ionization, coUision cross section, argonj kryptonp
neon
ABSTRACT: This is a continuation of an earlier investigation (ZbTF v- 34# 1613j,
1624., and 163Ts 1964) of the elementary acts of collisions between ions and argon
atoms having kev energies at Impact parameters smaller than the atomic dimensions,
where It was found that the spectrum of the excess Inelastic loss Is not continuousp
but consists of relatively narrow discrete linesp the energies of which do not de-
pend on the shortest distance between the nuclei, on the relative velocity of the
particless or on the scheme of the elementary process by which the charge states are
changed. To determine the extent to which the observed phenomenon is general, the
authors Investigated coUisions between ions and atoms of different noble gases. The
measured excess inelastia energy loss R* for the Ne* + Ar pair was found not to de-

f 0~3u~j._66
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ACC NRt Ap5o2643.2
pend on the scheme of the elementary process. Excitation of several R* lines was ob-.
served in the investigated interval of shortest distances between the nuclei of the
colliding particles. 7he regions in which one R* line is excited, and the region
where the transition occurs from excitation of one line to excitation of another, do
not shift when the relative particle velocity changes. Howerver, excitation of lines
with different energies were observed when the velocities were different. Analogous
results were obtained for Kr* + Kr pair at 25 and 50 kev. In this case, t' ee char-
acteristic 1R* lines were observed in the interval 100--6W ev. For the NeV+ Ne pair
at 50 kev, one 1R* line with energy -160 ey was observed. The authors investigated
the connection between the excitation of the characteristic lines and the charges of
the colliding particles. When like particles collide ("Symmetrical" pairs Ar+ + Arp
Kr+ + Kr) this connection is manifest in a clear-cut correlation between the average
charge of the scattered particles and the inelastic energy loss. No such correlation
-io-obser-ved-when-aniasymmtrical!!--pair i -investigated-(Ne-' +__Ar,_energy_25__kev).
7he..scattering of the collidingparticles was also nves ge 7
found that the total-differential4cattering cross section is not, as heretofore.as-
sumed, a continuous function of the scattering angley and singularities are observed,
:,when the measured cx~-qo-oectlons are-compared with the erqss sections calculated-for-
a--c-ontinuo%isly--.Val7irig---.4uter"-tion potentiali--: It- the --transitioir-region#-, the-_expiri-:-
mentla. ns~differ.mqst,~strong3,v from the calculated one
scattering aross -4e0%4o, sp -,-with
est
The _effect.ia observed for:all the inv Igated.-
deviatio :Ln - the fam -MILI Was
na
tbat'the-j"idal
1*irs mid "Gets. Interactlon liatential -is: not a, contimwue`~ function

kCC NR, AP5026412
of the shortest distancep but changes abruptly on going from tte excitation of one
characteristic line to the excitation of another. It is difficult at present to
preseAAM, an unambiguous interpretation of the observed effects. 7be explanation
offered w-rlierp based on the assumption that vacancies are produced in the Inner
shells of the colliding particles and are followed by Auger transitionsp in in poor
agreement with the experimental data, as are other hypotheses* Authors thank M..Ya.
Amuslya for a discussion of the results and A. P. and Z. Z. LatZM for elp
he
with some or the measurements. Orig. art, he 3 figures. 1114,
YP 3 f7
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ACC NRt Ap5o279W 5CCJRCE CODE; uR/o386/65/OO2/OO1T/O310/Q314
AUTHOR: 1111n. H. N.; 0ydr1nj_.V# A.; 8olov','yevj. Ye. 8Fedorenko, N. V.
ORG: Physicotechnic'al Institute im. A. F. loffe Academy of,,Bciences SSSR (Fitiko-
tekhnicheakiy inatitut-Akademli nauk SPSR)
TITLEt Charge exchange of projtonAgalianne metal vapor with formation of highly
-excited-hydrogen atoms
SWROE: Zhurnal eksperimentallnoy i teoreticheakoy fiziki. Pis1ma v radaktsiyus
(Mlozhonlye)p v, 2$ no* 7s 1965o 310-314
TOPIC TAGS: protonp charge exchange., alkali metal, hydrogen, excited state
ABSTRACT: The charge exchange of 10--180 kerv protons in vapor of Li, Na, K, CS, and
Mg was investigated with an aim at using this process to obtain highly excited hydro-
gen atoms. An atomic beam, obtained by charge exchange of the protons in the vapor
of these metala and puxified to eliminate the charged particles, was fed into a re-
gion with strong electric field, of intensity E < 160 ky/cm. The ratio of the curreir
of the secondary protonsp produced upon ionization of the highly excited atom in the
field E,_t-o the __ total - -current of the-atoms-I(E)-was-measured. This ratio character-
izes-t~e relative charge--exchange yield of the highly excited atoms. The total cross
j section for proton charge exchange and the ratio of the total number of atoms pro-
duced by charge exchange to the number of protons in the primary beam were also mea-
sured in individual experiments. These made it possible in turn to determine the
cross section for the charge exchange accompanied by production of highly excited
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ACC HRt Ap5M99o
atoms. Plots of the cross sections against proton energy are presented both for
metallic targets and (for comparison) for He., Ne, Ar, and H2. The plots show that-
the cross sections for alkaline metals and for magnesium above 15 key decrease with
increasing anergy. A characteristic kink was observed for both cross sections in
the region 30--70 kevp beyond which the decrease of the cross sections slows down.
The presence of the kink on the curves can be attributed to the fact that at low
energies the outer weakly-bound electron of the metal atom takes part in the charge
exchange, while at high energies a greater role Is played by cbarge exchange with
participation of the electrons from the filled shellp analogous to the outer shen of
an inert gas. The latter is confirmed by the similarity of the plots for the alkalinA
metals and magnesium and the similar plots for inert gases at high energies. 7be
main conclusion of the investigation is that vapors of alkaline and alkali-earth
metals are more suitable targets for the production of highly excited atoms of hydro-
gen at energies below ~O keyp and that molecular kqdrogen and inert gases are pre-
ferable at higher energies. Orige art* has: 3 figures.
SUB CODE: 2q/ sm DATz: 26jui6~/ oRiG nF: oo2/, oTH mw: oog
Cand

FEDORENKO,,Y.V.; IVANOVA, T.I.
Extraction of rhodium and iridiumfrom hydrochloric acid
solutions with n-trioetylamine. Zhur. neorg. khim. 10 no.3;
721-723 Mr 165. (MIRA 18:7)

L 01217-66 EWT(1)/9WT(m)/EWP(b)/EWP(t.) JJPW JD/JG
ACCESSION NE: AP5021095 UniOO56/65/049/002/0379/0
to
AUTHOR,
ITITLE:
icules
SOLECE:
379-385
A If
Kikiani, B. I.; Ogurtisov, G. N.1 FilAorenko,j. V.; Flaks# I. P6
Ionization produced during collisions of alkali metal atoms with gas mole-
Zhurnal eksperimentallnoy I teoreticheskoy fiziki, v. 49, no. 2, 1965,
TOPIC TAGS! collision, collision cross section, gas ionization, alkali metal,
ABSTRACT: The results are presented of extensive investigations of ionizing colU
sions between Li, Na, K, and Ce fast atoms and Ile, Ne, Ar, Kr, and Xe atoms and H2
and N2 molecules. The'study was performed in the 3-30 kev energy range. The
average results of independent measurements are presented in a table which gives
the cross sections of free electron production and of ionization and stripping
cross sections. When possible, the data obtained were compared with those of othe:
authors. A comparison of ionization cross sections of gases with stripping across
sections of alkali metal atome shoved In many cases the prevalence of ionization
ievents. It Is stressed, however, that in the interactions of alkali metal niolecub
Iwith the molecules Of H2 and 020 the stripping cross a .ections prevailed over the
ionization cross sections of the molecules in the whole range of energies. This
!Card 1/2

L 01217-66
ACCESELON HE: AP5021095
I difference was most marked in Li-H2 and Na-H2 collisions, i.e., in the collisions
i of the lightest particles. As a rule, the ionization cross sections shoved a con-
tinuous increase with the increasing velocity of the colliding particles. At a
given velocity, the cross sections increased with the' increasing atomic numbers
of the particles. Here, however, an exception was o,bserved for pairs'vith close
values of their atomic numbers (e.g., Li-He, Na-He, K-Art Ca-Xe). The authors
feel that their vork may be useful in the corpuscular diagnosis of plasma , and in
i the study of ionic engines, astrophysics, and mass-spectrometry. Orig. art. has:
3 figures, I table, and 3 formulas. JZLJ
ASSOCIATION: Fiziko-tekhnicheakiy' Institut im. A. F, roffe Akademii nauk SSSR
(Physicotechnical InstitiAe', Acaftn of Betencee.SSSRL
suBmiTrED: 23Feb65 ERCL: 00 StM CODE: NP
NO REF BOV: 007 OTMM 1 005 ATD PRESS:
Card

L 2171Q::�6 Eill(l) AT
ACC NRt APGO04887 SOURCE CODE: UlVO057/66/036/001/0123/0131
Afrosimov,V.Vs; GoMeyev,Yu*S.; PanovK.N*; Fedorenko,N-V.
ORG: Phynicotechnical Institute In. A.F.Toffe, AN SSSR, JAningrad Fiziko-tekhniches-
Iciy institut AN SSSR)
'T I*r 1Z *Ionization anti peatterin with characteristic energy losses in atomic collie-
SOURCE: Zhurnal tekhnichookoy flalki, v. 36, no. 1, 1066, 123-131
TOPIC TAGS: Ionization, inelastic mucattering, argon, neon, kryptonp
excitation energy, particle collision, ion energy
A13STRACT; The characteristic Inelastic onergy lossas (e Inergles carried off by elec-
trons and radiation), previously Investigated In Ar+-Ar collisions by the present
nifthors (Compt.. Rend. do Is VI-e Conf. Int. Phen. dlIon -lost. dons lea Gas, eds. S81KAv
1, 111, Paris, 1963; ZhTF 34t 1613, 1964; ZhTF, 34, 1624, 1964; ZhTF, 34, 1637, 1964)
and conf irmed by H.Everhart et al (Phys. Rov* Wtt. 1 14 j 247, 1965; Phys. Rev. lAtt.
14, 484, 1965), have been further Investigated In No*-Nd, Ar+-Ar, Kr+-Kr, and No+-Ar
collisiona at Incident Ion energies of 12, 25, and 50 keV, using the apparatus and
techniiuos described in the earlier papers. Characteristic inelastic energy loss
"lines' were observed In all the investigated systems. The probabilities for "excita-.
tion't of-the different "lines" (occurrence of the different charaoteristio energy
i;~I~t

L 21710-66
APG 887
ACC i, 66~
losses) were nearly independent of the incident Lon energy but depended strongly on the
distance of closest approach; the positions of the lines, however, did depend somewhat
on the incident ion energy. The curves representing the composition with respect to
charge of the scattered particles ra a function of scattering angle revealed regions of
slow and rapid change associated with excitation of the different characteristic lines,
and the differential cross section deviated from a smooth curve at scattering angles
associated with excitation of the characteristic lines. There was no simple relatlon
between the characteristic lines excited in Ne*-Ar collisions and those excited In
We*-Me and Ar*-Ar collisions; from this it is concluded that the lines are not to be
lascr'ibed to oxcitati-A of any energy levels characteristic of the isolated atoms.
,Difficulties are pointed out that are encountered In attempts, Inclucling the attempt of
V.Pano and W.Lichten (Phys. Rev. Lett., 14, 627, 1065) , to account for the experimental
Iresults -by invoking Auger transitions. The authors argue In favor of their earlier -
1hypothesis involving excitation of collective vibrations of the electron shells.' The
authors thank UoYsbAmuslyn for valuable discussions, and A.P.Sherg n and Z.Z.W
for participating in the work. Orig. art. has: 7 figures.
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FIDORMO, N.Ta. (Kharikov).
'""00C
Description of continome production of doubly distilled water. Apt.delo 2
n0-5:50 S-0 153- (mm 6:10)
(Water. Distilled)

IMORIM990JUA.
vvmmmppmm~- --
ProteotW distilled water from pollution. Apt. de2o no.1:43
;&-F $56 (KUU 9:5)
(VAM, DISTM

FEDORENKO, N.Ya.
Work of the central district pharmacies in Kharkov Province.
Apt. delo 14 no.5t77-78 S-0 165. (MIRA 18111)
1. KharIkovskoye oblastnoye aptechnoye upravleniye.

Lq`
FEDOREINKO, O.A.
Paleogeography and the history of the geological development
of the eastern Kyzyl Kum during the Cretaceous. ~Iauch,trudy
TashGU no.251. Trudy Nauch.-isal. otd. Geog. fak. no.3:109-
114 164- (MIRA 18:3)
MEMO=

P.; SHATIL
HMLAYEV t A. I _!FORM= Mt No
ImMators of the Novokrowturak Maoblwry P2=t sace milliam
for the nationd soonoiq* Isobr*i rats. no,62:4-5 F 161&
(KM 3.4:2)
(Irmatorab-ftchinery industry)

I.. imh., J.P.# inzh.; DMNITSAp A.V., insh.;
GA inzIr.
Relationship betW*w-blasting operations and the productivity
of scraper haulage tu m ie~ with caving. VsM. delo no,
51/8t288-293 163. (HrU l6t6)
1, Inatitut.gornogo dels, AN UkrSSR.
(Krivoy Rog Basin-Blasting) (Mine haulage)

6AG~ PZI F.G., insh.; NIKITBp I.F.p inho FED Rwn- P insh.;
CHMMTSOV, V.M.; KDFMI NJO. tekb-nik
40tied, of carryt"g out blasting operations in drifting at
the No 14bknekht Atm. Vxryv. delo no.51/8:295-299 163.
(MIRA l6t6)
1. Krovoroshakly filial'libtituta gornogo dela AN UkrSM
(for Gagaus Nikitin,*Fedorenko). 2. Rudoupravlenlye imni K.
LibImekhts, Ifor Chezi'ietsov, Kuprik).
(Krivor Rog Basin-Blasting)

J?F~Wy-Fwlvp gorsiyy inzh.; DROBNITSA, V.P., gornyy inzh.,o DREBUITSA,
A.V., g6rnyy in2h,j VFMELIMAN, V.Mo; KASHELI., N.Ta.
Using oho'rt-delay blasting to crush rocks in the Dzerzhinskiy
and Kirov Mines. Vzr7vo delo, noo53/lOt2O7- 214 163o
(MM 16s8)
lo Krivorozhakiy filial Institute gornogo dela AN UkrSSR (for
Fedorenko, Drobaitea, Drebnitea), 2o Rudnik im, Kirova (for
Veksellman). 3o Rudnik imo Dzerzhinakogo (for Kashell).
(Krivoy Rog Basin-Blaoting)

MALAKHOV, G.M.., doktor tekhn.nauk; BEZUKII, V.R.., inzh.; KUZIMICII, S.H... inzh.;
FEDOitF,NKO, P,I,,, inzh,,- IVANOV, YusAs. inzh,
Effect of the depth of mining on the efficiency of the chamber system.
Met. i gornorudo proms noe3139-42 My-Je 163. (MIRA 17tl)
1. Krivorozhskiy gornorudnyy institut.

WHELIN.Ya go~myy Inzh.; FFDORENKO,,.,~,~., gornyy inzh.; KUZIMICH,
j.H:: gornyy inzh.
Results of induitrial testing of charges with air spaces in
the "Dzershinak" Mine. Vzryv. delo no*54/11079-383 164.
(MIRA 17:9)
1. Rudnik imeni Dzerzhinskogo (for Kashell). 2. Krivorozhskiy
gomorudnyy inatitut (for Fedorenko, KuzImich).

SADCYVOY, I.P., inzh.j FEDORENKO, P..11.
Using short-delay blasting of chamber charges at the Frunze
Mine. Vzryv. delo no.55/12t227-230 164. (MIRA 17:10)
1. Krivorozhskiy gornorudnyy institut.

FEDOWKO, F. N.
"The Problem of Reflex Regulation ofthe Morphological Uompo-
sition of the Blood.n Cand Mod Scis Kazan' State Medical Inst,
Kazan', 1954. (KL, No io, Mar 55)
SO: Sum. No. 670, 29 Sep 55-Survey of Scientific and Technical
Dissertations Defended at USSR Higher Fdueational Institutions (13)

PEDORMO, Pavel lonstantinovich; TATSUNSKIT, V.Kes otv*red.; DMOTMOYAs
G.F., rediia--v~-;-Iig- . L,A,t tekhnoreds
(Small iron processing plants on the left bank of the I)nieper in
the Ukraine, in the l7th-18th centuries] Rudni levo'bereshnoi
UkraIny v XVII-XVIII vvo Koskva, 'Isd-vo Akad.nauk SM, 1960.
261 p. (MIRA 13:9)
(Pnieper Valle y--Ironwark)

RICZNIK, A-Ye., dotsent; B&YTFARYAKOVA, H.R., aesistent; ODBLEVSKAYA.. U.N.,
assistant; M&VYDOV, V.Ya., assistant;
assiBtent;,, YWIME09, 94
1-!
7BRUJMA, D.Sh.. ordinator; GRM11S, L.P., ordinator-, HAYIKOVA,
I.A., ordinator; IBBAGIMOVA, A.M.
Clinical features of the influenza outbreak in Kazan in October
1957. Naz.med.shur. 40 no.1:34-37 Ja-Y '59. (mm 12:10)
1. Iz kliniki infektsionnvkh bolesney (zav. - dO sent A.Ye.
Resnik) Nazanskogo maditainakogo inatituta.

Effect of autonensitization on soma furictior.141 1-113ran&u,ra of
the liver. Vauch. trudy Kaz. gos. med. Inst. 14:305-306 164.
(141RA 18:9)
1. Kafedra lnfektsiomykh bolezney (zav. - dcktor med. nauk
A.Ye.Reznlk) i kafedra patologicheskoy fiziologil (zav. - prof.
M.A.Yerzin)'Kazanskogo moditsinnkogo InatituW.

FEDORF21KO, Petr Sidorovich; GRINSHFON, Z.D.; ChIJFAK, I.S., red.
(Organizing the accouDtinZ fo; and calculation of stock-
fam production) Orgiadzatc-"La, uchata. i kalikulirovanie
produktaii skotootkomocbryk,i khoziaistv. Kiev, Gos-
sellkhozizdat USSR f. (MIRA 18:1)
1963. "05

B-JAGINSlay, S. I., GELIFAMD, I. M. and FEDOR-711KO, R. P.
"The Theory of the Compression and Pulsation of a Naama Column in a Strong
Pulse Discharge," (Work carried out 195T-58); pp. 201-221.
"The Physics of Plasmas; Problems of Controlled Thermonuclear Reactions." V01. IV.
1958, published by Inst. Atomic Energy, Acad. Sci. USSR.
Reap. ed. M. A. Leontovich, editorial work V. 1. Kogan.
Available in Library.

FEWICTIV1,02 R F. (Mosk7a)
-Iterative method for oolving elliptic difference equaticnn.
Zhur. vych. mat. i mat. fiz. 1 no.51922-927 S-0 161.
(114IRA 3A, t 10)
Difforence equationo)
pproximate computation)
R

fPqBENKOr4J,-4bokva)
Use-of high-precision difference systems for the numerical solution
of hyperbolic equations. Zhur.vych.mat.i mat.fiz, 2 no,6:1122-
1128 N-D 162s (MMA 15:11)
(Differential equatiorAs-Nmerica:L solutions)

ACCESSION NRs AP4037261 S/0M/64/0W0O3/05"/0564
k=Mts Pedoreako, R. ~P. (Moscow)
TrMt Convergence rate of an Iteration process
SOMCES Zhurnal V*Quelitellnoy matematiki I vatamaticheakay fisikit To 49 no* 31
19649 559-54
TOPIC TAGS i convergence rateg Iteration proosseg linear elliptic equatimp oom-
~Vergence accelerationt difference operator# linear alpbralo equation
:ABMCTt The author studies the equation
in the square 0 4 x ge rr; 0 3,.4,fr: with zero boumdax7 conditions. He introduces
the lattice xi - ihp yj - Shl ivj - O,lg ... 9N and defines the difference operators
j
Is ;vit J/ (2)
(A gm)y mij-, -2%j + vfj$&.
190 P8,8498 to & dW4tft Of lint&r b1Pk'&iO OtUtIOU
1!~~rd 1/2

;ACCESSI(M AP403726i
W41M)IJ +,%T (AAtj /,J!
:or % ~.j
Ann
(4)
band eatimates the qualiV of an iterative method of solutions He obtains an
;estimatc for the rate of oonvergenoo of the iterations =der rather speoial assump-.1
;tione wbich were needed to avoid'otherwise complicated estiastese Thust his readt
iteration Mthad
iis not i~ complete proof but is aserious reason for using a good
!obtained in this fashione. .(*Igo art- h", 4 formaas-
W IAT ION I
SUM=,IM9 IOM&Y63 1= jcqA (*,;VZ4 WCLo 00'
a(MA W2
OB MlIg A
u no --- vla_

X
.........
TITLEt Optlaud ragime for rtaotor shutdown
~,tomnaya energiya, v, 17, no. 3, 1964j 189-193
redorenko optfmus confr3l method. reactar opttmum con-
reactcr polooning, reactor shutdcwn
A procedure is described for cal-ulating,
P concen Cr a tL o a

17
7 M a r6 4
)!TB COT;-
N-p
ATD PRESS: 3 1
NO REF 50v! 001
0 TH R 003

"m6i;"wFll slims,
pc,_:j7~q
'108 OOV
of c-ortair. opt- t
=71
Cird

SMO g
:1 Or e

ARTAKKINP V.Ti. OT ti L:,:;
Op"Amum aondlt~'~.,,rls fo,. rfsfirtor 711
no.3.-189-193

FFDORENKOP R.P. (Moskva)
Experience gained in the iterative solution of linear programming
problems, Zhur. vych. mat. i mat. fiz. 5 no.4009-717 Jl-Ag 165.
~AIRA 18 S 8)

L 0505.3-67 EWi'?q J R~ Op-
-&(:FU-R U70-06 21
AM NK& K10027917 CE CODE 601-0-60-01 /000/0005/00
AUTHOR: Orlov, V. V. ; AbyUan,_.A. A.; Fedorenko, R. F. ; Dubinin, A. A.;
A. P.
ORG: None
TITLE: Optimizing the physical characteristics of radiation shielding
SOURCE: Voprosy Miki zashchity reaktorov (Problems in physics of reactor shield-
ing); sbornik statey, no. 2. Moscow, Atomizdat, 1966, 5-21
TOPIC TAGS: radiation shielding, variational problem, successive approximation,
perturbation theory,, R~xv4 DA#r_
ABSTRACT: The authors consider the problem of selecting the ratio of components in
reactor shielding to give minimum weight or overall dimensions for a given reduction
in radiation intensity or to achieve a minimum radiation dose for given shielding
weight or dimensions. The problem is formulated as a variational problem on the op-
timum of ame quantity when given conditions are imposed on other quantities. The
various approaches to solution of the problem given in the literature are briefly
reviewed. The physical characteristics of the shielding (neutron and ge-ma doses,
heat release, weight, etc,) are considered within the framework of perturbation
theory and the concept of functions of effectiveness of shielding materials is intro-

-1,-05053-67
duced, i. e. functions which give information on the changes in various quantities
under given conditions which result from some small change in the densities of the
materials. The classical methods of variational calculus are used for determining
optimum conditions for functionals representing the various physical characteristics
of the shielding. The method of successive approximations is used for solving the
problem of optimizing the distribution of shielding components in the general case.
An example is given illustrating application of the proposed method. Orig. art. has:
9 figures, 31 formulas.
SUB CODE: 18/ BUBM DATE: 12jan66/. OIRIG UF: ol4/ oTH nn 002
Card

L 104
ACC NR: AP60166,17 SOURCE CODE: UR/020~/66/006/003/057IJ/05[Jl--
AUTHOR-. FedorerJco, R. P.. (Moscow)
ORGt none
TITLE: A special optimum control problim
SOURCEt Zhurnal vychislitellnoy:matematiki i matematicheskoy fizikip v, 6~ n0# 30
19661 578-581
TOPIC TAUS: control theoryj, automatic control theory. optimal control
ABSTRACT: A description of a special optinuLa control problem in presented* Thin
description is baaed on ihe forinal modification of a scheme proposed by Z, Si
Pontryagin i dr, (blatematichaskaya teoriya optimallnykh protsessove He$ Fizmatgizt'-.
1961) e The final form of the d%*1ved expression assumes the form
PZ ('Yt
8p .
Card 1/2

10470-67---
C
A
C NN AP6018637
The meaning of the symbols is the came as in the rof or mco above. -This work was
undertaken as a result of the author's discussion of o,wtain applied problems wuh.7
F, Fe Raskach, A* A, Akimov�:Vt Ne-Artemki%.and A. P. mu.; Orig, art. hast .12
'equations.
:j~
DATM ORIO-REFs 004
SUB. CCIDZx 32/' SUBM
v
Ot
eg)C
card 2/2

FEDORENKO, S.
"The Effect of Pine Tappings on the Life of the Plantings."
Cand Agr Sci Khartkoy Agricultural Instp KharIkov., 1953. (RZhBiol,
No 6, Nov 50
Survey of Scientific and Technical Dissertations Defended at USSR
Higher Educational Institutions (11)
SOt Sum. No-521, 2 Jun 55

7XDORMO, S.
Work organization of the laboratory at the lakhovket station of the
Grain Procurement Agency. Muk.-slev.prom. 20 no.?:28-29 J1 '34.
(XLRA 7:8)
1. Ukh vskiy sagotovitelInyy pwikt Xersounkoy oblasti.
(Grain trade)

The mechanization of work at granaries has reached
prom. 20 no-3:31 Mr 154. (MT-RA 7:7)
1. Kakho-nkly gagotowitellnyy punk%.
(Grain-Storage)

Bducational role of workers' neetivgs. Boy, profgoinsy.5 no.4t?o-
71 Ap '57. (MM 10t6)
1. Predsedatell ---O-dsuogo koodtats profsoyms. Irakhovskogo khlobo-
prlemnogo punkta *7-- tx*rnov.
70personnel mumement)

MORENO. S.
.14ochanization of a grain-receiving etation, NTO 2 no.lz25
Ja 160. (HIM 13:3)
1. Uchanyy sekretarl soyete, pervicbnoy organizataii Hauchno-
tekbnicheskogo obahchostva khlebopriyemnogo Imnkta, g.Kaaovka.
(Kakhovka--Graln--Storage)

FEDORENKO, S., ekonomist
Achievements oP the workers of the Kakhovka Plant for Processing
Hybrid and Certified Corn. Muko-elevo prom~-27 noj4:5-6 Ap 1610'
MIRA 3.4:7)
1. Kakhovskiy zavod po obrabotke gibridnykh i sortovykh
semyan kukuruzy, (Corn (14aize))

FEDORENKOt S. .
Enthusiasts of a useful business. UM 6 no.3.-32-33 Mr 164.
(MMA 17t6)
1. Uchenyy sekretarl soveta Nauchno-tekhnichookogo obshchestva
Kakhovskogo zavoda, po obrabotke semyan kukuruzy.

CA "A 10 F; c u
A f:S T C, i j p No. 15C-8
AUTHOR Yedorullim S.I.
T IT cf F",lf-orod-Don.
G~dc. PUB. lcj'58, ITs.5, 5-9
til 'j.

(IMORENKOf B*Iof otv* za vypusk
[Sumaries of reporto of the Scieutific Confereme on Reclamation
of the Lower Dnieper Sandsy.Kherson# 1960) Tezisy dokladav Naucbna-
konferenteii po osvoauUu,Ni2hnedteprovskikh paskov, Khersonq 1960*
Khartkovo Ukrainskii sucbn isol. in-t lesnogo khoz. i agroleso-
meliorataii, 1960. rO3 p. (MIU 14:9)
1, NauAiWa konferentsiya po oavoyeniyu Nizbnedneprovskikh pookov,
Kherson, 1960.
(Dnieper Valley-Reclamtion of land)

EEWRPNKO, 8-1. otv. red.; EXALLOVICH., Yu.P., nAuchnyy sotr., red.;
VORDBIYEVO D.V., red.; IZYUMKIY, P.P., nauchnyy aotr., red.;
KOBEZSKIY, M.D., red.; KUCHERYAVYKH, Ye.G., red.; LAVRINENKO,
D.D., red.; NEDASHKOVSKIY, A.N., red.; PYATNITSKIY, S.S.9
red.-; SAKHAROV, N.P., red.; SHCHEPOTYYEV, F.L., red.1
MASLOBOYSHCHIKOVAO A.S.# red.; POTOTSKkYA, L.A., tekhn. red.
[Sheltered zone of the Dnieper) Zashchitnaia zona Dnepra.
Kiev, 12d-vo.UASKhN, 1962. 191 p. (MIRA 16W
1. Kharkov. Ukrainalkyl naukovo-doolidohyi Instytut lisovohe
hospodarstva i agrolisomeliorataii, 2. Ukre-tnakiy nauchno-
issledovatellskiy institut lesnogo khozyaystva i agrolesomq-
lioratsii (for Byallovich, Lavrinenko., IzyumAdy).
(Dnieper Valley:--Windbreaks,, shelterbelts., etc.)
t

FEDORENKOP Selo
Marine terrance of the east coast of Xamchatka. Biul. MOIP. Otd.
geol. 40 no.400-90 J1-,Ag 165. (MIRA 180)

FEDORM-03 S- M-
----------
jin 19* A
coal
"Results or the Toot Use of a Scraper Conveyor at
Anthraoitip Shafts.." 0, M. Fodoranko) Chief AW Shaft
No 18 iment Stalin) SnothManAntrateit Trust, li pp
"Ugoll" No 1 (262)
Scraper conveyor, installed at shaft 18 to determine
itsoperation) yielded favorable results. AnthorAlo-i
ousses aftantaw3oo In using -this t"9 or cmTayer. ~
Attractive features of this nov equipment are simple
construction and.continulty of operatinn. On the
average this apparatus Is capable of operating can-
tUwaV for gynoutba.
61T85__

-- - -------
77, 171
with
3-ax(AlblanapItthtnt: t4tvi Ito dprivv~tlva. A. P. Karl4fibi
a till T. 1'. 1 k diarn ko , Pc tia og, I r i tFW t a VA va
'don It mcmill.,01 Wif"I by bi~ltoc t4kii'llobt (.1.1m e1 (~I,
Midaills W ITOAC I br. at tile b~p. 61 tho mAE., Vlc lavd-
,.ctd 4re d),i!s (1) wj;j(~;; gic cry4t,,.. t,j, I
'k group UT(t CaSHY rcdu,4d tc; th't I.U~o forul.
NO. grolip , h (1111 culti. I'm
flwn~ whIt 1k, N me rvItAt-A wit
rctlurticItt tlip Illitter croop of I ~tc (114-volved In C'miat.
i-.nd Vjytd. wfth 11,0; they thus txrolue bighly disptriv,i ard
raluced. DI,,!o1vLig 5 g. iph.
fo'llif'? f,
OQuil"hivite In :." all. cnsrd. it;
drov,hm 10 7.4 tni, TINO, (d. 1.41) cmd 11) it,.I .......I
111SCII t~lth ithTlrsc, he-Ating I hr., pouring, ton
Ipq, tvailthj~ th, rq,t. Ivith waltr until
:19 ml. lint 14011, heathik, I br. o3 it smim 1,01 wit:,
N,i,CO,, uIld Crylig. Elik, fw:,i 1
1-J.'11-1 -() - 119ro -
i:
in t

fT, q1,

4,
.

'40110f#IUS A VON. (tuWitucats, yield. wul ra P.
~g
11t, 6-r-Ij 94121-V; S,U~-Cl, 4,7-diAN,
18, 34" 1: UN-fri-Cl, 74, stbove
6,A -di-Cl, ".9,
tdbOTO 49, e-bime
'
'
in-lit 8d
-4~4 4U"hN.G1,WI0-2
'In.);
t0, $1, W--iN
il,'-EtO, 4
7
,
6-Ut. Sa, W-LRO, 4,744%.N. 61,
v3.
-41-cf, V-Sfe, Olt
5#JO'-fd,C4 417-,11-0,N 4'-.Af(!
' 1
'
al
E
P
Fi
-
-
-
jr. O
l 4.7,11
4, 4
,,
TW-

-Cl, 01, cbo,c 360'; 5JI-til-14. P~', ufo-
(LCI. 74, abnvr,'!3w'; r),5 AN,71. .

o
:USS-2/-Cheirdstry - Orrunic chemistry-
Card 1/1 Pub. 116 -'18/30
Authors I Karishin, A. P., and Fedorenko, T. P.
Title I Condensation of dihaloidacenaphthenequinones with o-diamirrs. Part 1.
.Periodic4l i Mr. khim. zhur, 21/3p 373-376$ June 1935
Abstract I Zcperiments were conducted to determine the condensation reaction of diha-_
loidacenaphthenequinones and dihaloiedini-troacenaphthenequinanes with o-phe-
nylenediamineo 2,3-toluylenediamine, 3,4--toluylenediamine, 5-brom.0-2, 3-
toluylenedimnin-a and 192-naphthylenedianine. It is showm that the conden-
sation reaction is perfectly easy in an acetic acid medium when the solu-
tion is heated to a boiling point. The properties of twenty-five new
acenaphthylenequinomlines are listed. Three USSR references (1947-1953).
Table.
Institution State Pedagogical Institute, Poltava
Submitted March 12, and September 13, 1954

FMRENKOO T. P.p asoiotent
Preparati6n of mineral fertilizers. Xhim. v shkole 17 no.6:84
N4 162 a (MIU 16t 1)
1. Kafedra khimii, Poltavokiy podagogichookiy institut,
(Fortinsers mid manures) (Chemistry-Uporimenta)
V4

F-F.ClURENKO, V
Talevtaion receiver With 43LX9H kirescope. Rad'2 na,.1221-~3
Ja f65. (HIRA 18v4)

FEDORENKO, V.
Television receiver using the 43LKqB kinescope. Radio no.2:21-23
F 165. (MIRA -18--4)

FXDO~~
Building and improving villages In Zaporozhlye Province.
Sill.bud, 9 no.5:4-5 My 159. OGRA 13: 3)
1. GlavMy insbener upravlenlya stroitelletva oblupravlonlyz
sellskogo khosynystya.
(Zaporothlye Province-Urm buildings)

MISOT, P6, inshoneri FMRIVIW, V., inshoner.
c water heater. Pozh.dolo 3. no.2t27 7 057.
71reproof electrl (mLBA 1o:4)
(water heaters)

.VlgDOWW,O, V., inthener.
"Piro safety mean ures in detigning and operating heating atoves"
by A.A. Rubin. Reviewed by V. Tedoranko, Posh. delo 3 no-7:32 Jl
157, OUMA 104.
(Stoves--Safety imasuree)
(Rubin. A.A,)

m
"ZORENKO I V.
~ ~ ~
Sod cutter. Sell. stroi. 13 no. 9!23 S 156. (MIRA 11:10)
(Plows)

BONDARMIM, V., lnzh.,- FMREM, V., inzh.
Device for remqVe-control of the rope pull In hoisting and
transporting machines. Biul, tekhn. Inform. 4 w .9t16-17
S 158. (Remote control) (Hoisting machinery) (MIRA, M10)

TAXDVLICV, A., kand,takhu.nauk-, BUSM, V., iuzh * F=Rr= V , inzh.
Fire resistance of hollov flooring Slalm made of reinforced concretes
Pozhodelo 6 no.7sl2-14 J1 !6o. (MIU 13:7)
(Concrete elabe) (Building, FireproDf)

MOZZHUMN, Ye.; FEDME
A simple tube-type radio receiver. Wio no.ll:"-47
N 162. (KIRA 15:12)
(Radio-Rooeivere and reception)
ISOM EMIM

0
FEDORENKO,.X,,, kand.tekhn.nauk
Heat insulating materials Pozh.delo 9 nolxl2 Ta 163, %?.
(vermic'u.1ite) (Inoutiltion (Heat)) OM 16sli

9(6)
AUTHORSs :Bozrodnyy, A. P.p Engineer, BOV/119-59-4-14/18
Pe&orenko, V,--L.-, Engineer
TITM An Electric Coal Level Indicator in an Adsorption
Tower (Elektronn" eignalizator urovnya uglya Y
kolonne adoorbera)
PERIODICAM Priborostroyeniyep 1959p Nr 4, pp 28-29 (USSR)
ABSTRACTs Such a device must comply with the following requirementst
1) The resistance R of the signal electrodes, at which the
operation of the gebrator is stoppedg must not exceed 100
ohms. 2) The second requirement arises from the stipulations
of safety angineeringi The potential between the signal
electrodee must not exased 1-5 V, and an rms value of
1,07 v for d. c. and a. a., respectively- 3) The device must
provide for stable operation and the connection of leads
with a length of 50 m must be possible (between the signalizer
and the electrodes). In the Laboratory for Automation of the
Kiyevskiy filial institute, Giprotranoneft' (Kiyev Branch of
the State Institute for the Design and Planning of Structures,
Card 1/3 Transportation and Storage in the Petroleum Industry) a level

An Electric Coal Level Indicator in an Adsorption BOV/119-59-4-14/18
Tower
indicator complying with these conditions was developed and
tested under laboratory conditions. The circuit of this
signalizer consists of 2 oscillators with vacuum tubes of
the type 6Zh4, of amplifier cascades with tubes 6N8 and of
a supply unit. The device can be tuned by the following
methods: 1) shunting of the oscillation circuit with an
active resistance (-20,000 to 100,000 ohms).2) Successive
introduction of an.active resistance Rd WO ohms) intothe
circuit of the feedback coil- 3) Introduction of a
ferromagnetic core into the interior of the coil of the
high-frequency transformer. It was readily seen from the
experiments that the circuit can be tuned most simply by
the second method. Automobile spark plugs with somewhat
extended electrodes are best suited as signal electrodes.
The performance of the oscillators can be controlled by
tumblers. In this circuit electromagnetic d. c. relays of the
type MKU-48 were used, which are supplied from a 220 v
source, It is not advisable to supply this oscillator with
Card 2/3 a. c. The oscillator was a. c. fed through a germanium

An Electric Coal Level Indicator in an Adsorption SOY/119-59-4-14/18
Tower
rectifier diode of the type DG-Ts27 and a filter element.
This level indicator takes only about 30 w from the power
supply. It is suited not only to the control of the coal
level in an adsorption tower, but also for the control of
other substances with an explosion hazard. Moreover it
can be used as an element in circuitA of automatic control.
There are 2 figures.
Card 3/3

r ;4di X ji, % - '. '. ~ 0 2 1 �
A mnnual on dmiting of vichine con3i ructlona. ~. izd. , G03. t3r-. uch. -taktin.
lzd-vo wshinoutrolt. lit-ry, 1949. 143 p. (5()-3llU9)'
T,12N.F38 1949

FL-L,~;REIIKO~ V. A.
Spravochnik po, mash),nostroitellnomu chercheniiu fReference book on
mechanic-.1 drawing-/. Izd. 3-e. Moskva, KishE;iz, 1953. 192 p.
SO: Monthl-Y List or Rusainn Ant-saginnn, Vol. 7 No. 2 iiay 195.4-

V`YSOTSKArA,N.R*; IEWBALD(SKIYOA.M.; IWIILIBCN,R.A.; YJPW
.MO V.A.;
;4r" t'0_0_:W
GOYMANJO.K., redaktor; PUGACHEV,A.A., Inshener, retsensiffl,
POLISKAYA.R.G.. takhnichoskly redaktor
(Technical proJections for articles made of sheet metal] Takhni-
cheskie razvertki isdelit is.listavogo materia.U. Pod obehehei
re6. A.M.Isrusalimakogo. Moskva, Gos.nauchno-tekhn.izd-wo
mashiuostroitelluoi lit-ry, 1955- 230 P- (MLRA 9:1)
(Sheet-metal vork)

zm=2MrA - Tilrtaip Klak&aV8jp4"; SHOSHIN, Alskesair Ivan oy i ch; IUM LDMIT,
A.X., professor, relaktor; GOMM, Te.X., redaktor izdatelletva;
SOKOIA)VA, L.T., takhaichaskiy redaktor
Cibehinery drawing handbook] Spravoobnik po mashinostroitalln(ou
cher'chentluo Fod red, A.M.lemsallaskogot We 4-oo, Ispr. I dope
No'elcia, Goat asuohno-tekbu. tid-vo mashincetroit. lit-i7. 1956.
208'p. - QM 10:4)
(Keehinery-Prawing)

25(5) PHASE 4 BOOK EXPLOITATION SOV/3350
Fedorenko, Viktor Alekseyevich, and Aleksaddr Ivanovich Shoshin,
'___Ue_c -ea B'Wd--
Spravochnik o mashinostroitellnomu chercheniyu (Handbook on Machine
Designing~ 5th ed., rev. and enl. Moscow, Mashgiz, 1959. -244 p..
135,000 copies printed.
En 'R
~Reviewer4 P. A. Grebn6v, Engineer;_Ed.: M. A. Gerb gineer'' d.
of.P-ublishing Housi: L.- i Z. Simono~skiy;' Tech. U.: L.V. Sokolorya;
Managing Ed..for Literatfire on the Design And Operation of Ma-
chinery (Leningrad Division, Mashgiz); F. I. Fetisov, Engineer.
PURPOSEg This handbook Is intended for draf6men and students of
designing.
COVERAGEg This handbook presents the basic data necessary for the
.composition, standardization, aqd the che';king of mechanical
drawings. In the fifth edition; the infomation in this hand-
book has been supplemented and brought up to date in accordance
with changes In general Sovi:et standards. Also taken-into account
Card 1A_

Handbook on Machine DesIgning SOV/3350
arii:c9mments made by the departments of mechanical drawing at a
number-of higher institutes of technical education and by re-
viewers. No personalities are mentioned'. There are no-mefeivnees,
TABLE OF.CONTENTS:
PART I: FORM OF DRAWINGS 5
1. dizes of drawings 5
2. Scales of drawings-, 6
3. Basic r4les for folding prints 8
4. Lines of a driawing-and their trac~'ng 8
5. Lettering, 10
6. Hatchure in sectional views,and cross sections
7. Dimensioning of drawings 14
8 Specification of tolerances on drAwings 24
9:1 Specification of permissible deviations in the shape of
parts on drawings 27
10. Specification of the surface roughness of parts on
drawings 28
Card 2 1~

RIGO, K,G.j inzhe; BBIDZUBO 74-V., insh., FEDOR=, V.As, insh.
Automatic adjustment of the needle came to its lowest position
on the sewing machine* Izv.vys.uoheb,sav,; takh.legoprome noo6:
ioi-lM 16o. (mIRA 14:1)
1, KiyevvkI7 telthuologcheakI7 institut legko7 proWshlennostle
Rokomendovans kafedro7 avtomatizateii proisvodstve=ykh proteessov,
(Sewing machines)

'FEDORENKO,J,A~; SHOSHINg A.I.; KULACHKOV, V.I., insh., red.;
YURKEVICH, M.P.p ifish., red,,izd-va; SHCHETININA, L.V..,
tekhn. red.
[Manual for machinedraving) Spravochnik po mashino-
stroitallnomu chercheniii;. 7. izd., ispr. i dop. Moskva,
Maehgisp 1963. 280 p. (MIRA 16:8)
(Maohinery-Drawing)

FEDORENKOY V.A.
Semiconductor two-position level regulator for technological
solutions. Leh. prom. no.4:32-34 O-D 165. 0,111U 19: 1)

ACC NR' AP6036029
i I SOURCE COM UR/0057/66/036/011/1064/1970
AVnJOR: FedorchenkolVaDs; MuratoysY.I.; Rutkovich;V.N.
Ron
~'ORG: none W
TITLE: The interaction of Ionic cyclotron waves with high frequency oscillations
of a plasma
SOURCE: Zhurnal tekhnicheskoy fiziki, v. 36, no. 11, 1966, 1964-1970
TOPIC TAGS: nonlinear plasma, turbulent.plasma, plasma oscillations plasma electro-
magnetic wave, nonlinear effect, plasmon, krypton, air, helium, electron beam
AASTRACT: The work described in this paper is a continuation of earlier work of the
authors (ZhTF, 32, 958, 1962; 34,458,1964; 35,2021,1965; Yadernyy sintez, 4,300,1964)
on the nonlinear interaction of waves in plasmas. Plasmas were excited in krypton,
~
nir, or helium at pressures of the order of 10-4 mm 11g within a 9 cm diameter 100 cm
long metal tube in a longitudinal magnetic field of from 0.4 to 1.0 kOe by a 2 cm
diameter 50 cm long 200-250 mA beam of 160 eV electrons whichiwas received by a
floating collector. Under these conditions oscillations with a frequency of about
12 kHz developed in the plasma. These oscillations were Investigated with the aid
of adjustable electric probes, a magnetic probe, and an electron beam traversing the
chamber parallel to and 2 cm from its axis, and it was concluded that they represent
helical ionic cyclotron waves with the propagation vector almost perpendicular to the
magnetic field. High frequency power from an external oscillator with a frequency
Card -1/2

-Acc-tiC-A
P6036029-.~
near the electron Langmuir frequency of about 0.5 kNizor near the ion Larmor frequency
of about 1.4 kMHz was injected ct one end of the discharge chamber and the high fre- i
quency signal from the J)lasma was observed with the aid of an electric probe. When th3
high frequency -power was turned on the amplitude of the ionic cyclotron oscillations
incr'eased and there appeared oscillations at frequencies equal to the sum and the
difference of the frequencies of the high frequency-oscillations and the ionic cyclo-
tron oscillations. The low frequency satellite was stronger than the high frequency
one. In..a brief review of the present and the earlier work it is upted that in all
the investigated cases of Interaction between low and high frequency oscillations in
plasmas there appeared oscillations at the combination frequencies and tbalr, In accord
with the concept of plasmon breakup and combination, the low frequency oscillations
were strergthened or weakened by the pr"ance of the high frequency oscillations ac-
cording as the low or high;frequency satellite was the stronger. The behavior of the
combination frequency oscillations In sensitive to turbulence of the plasma and it Is
suggested that study of the combination frequency oscillations may prove to bo useful
in the investigation of plasma turbulence# Orig, art. hast 3 formulas and 7 figures.
SUB OODS: 20 SUBM DAM 30Jul6b ORIG, RIF: 007
2/2

VSEKHSVYATSKIY, Sergey Konstantinovic4 [Vsekhqviats kyi, S.K.];
red.; KHOKHANOVSKAIA, T.I. Khokhanovs1kap
ZZJW
T.I.Is tekhn. red.
[Origin and development of comets and other minor bodies)
,IAk vyWkaiu+.' i roz'
. Maiut,aia komety ta inshi mali tila.
Kyiv., Vyd-vo Nyivslkoho univ., 1963. 93 P.
(MIRA 16:12)
(Comets) (Meteors)

GRISHILO, V-F-; FEDORKNKO, V.F.; MINDRUL, A.L; KU14FLNE,*T5, i;.A-.-
Production of h1gh-quality chrome leather from hidev. Kozh.-obuy.
prom. 7 no. lOs29-30 0 165 (MIRk 1911)

KOLESNIKOV, N*A.1 KUBTSHFTp N.N.1 F!DORHIKlp V.Gq KARAPSTYAN, V.K.1
UNMAKOV, H.S.
Intensification of the shift furnace lead smelting prooeas by
augmenting the oxygen concentration. TSvet. met. Z7 no.12a
33-38 D 164 (MIRA 1W)
or

f I fl f V /7 , / " -
7- 7-V- 7N~- ; T_ -C-
r /
MCBERIO, V.G., studingt rV Irursu
I.rA.7r,inko on the social qnd economic status of western Ukrainian
workers. Stud.rAuk.pratei uo.22:39-50 156. (MIRA 10:7)
(Galicia-Inbor and lqboring classes)

14(8),14(11)
AUTHORSs Bondarenkoy V. G,t Kaplang I. A.p SOV1119-59 1~-'15/20
Fedorenkop VO.Gag Engineers
TITLE: Deviob to Control the Tension of Cables (Pribor dlya kontrolya
natyazhoniya kanatov)
PERIODICAL; Priborostroyeniyal 1959t Nr'19 pp 27-213 (USSR)
ABSTRACT: The.Vsbsoyuznyy nauchno-iseledovateltakiy institut organizataii
i mekhanizataii shakhtnogo stroitelletva (All-Union Scientific
Research Institute for the Organization and Mechanization of
Mining) developedi.construct'e*d and tested the testing device
DKK~ -20. The cable to be controlled runs over 2 fixed rolls and
a load roll, to receive! the tension component of the cable. This
load roll runs inside a tube and is connected with a ferro-
magnetic nucleus which is mobil'e in two cylindrical coils.
A bridge'circuit consisting of 2 inductances (the two mentioned
coils) and apart from this 2 variable inductances is in
equilibrium if there is no tension in the cable. There is
therefore no current in the diagonals of the bridge. If there is
a tension in the cable the nucleus of the first coil moves into
Card 1/2 the second. Thus a change of induction in the coils is caused,

Device to Control the Tension of Cables SOV/119-59-1-15/20
the bridge loson the state of equilibrium and a microammeter
records the difference between the zero position and the new
position with the extent of the shift of the nucleus being
proportional to the tension in the cable. The scale of the
micro4mmeter is calibrated in tons. The device covers two
ranges, e.i. from 0.;-10 and from 0-20 t. It can be used for cable
diameters from 19 to 30 mm- By electrical measuring it is
possible to measure the tension in the cable also at distant
/points of the cable. A special device permits an interruption
of themovement; of the cable at the moment where the desired
tension is exceeded. The accuracy of measuroment of the device
is in the range of 3-5%. There are 4 figures.
Card 2/2

SOV/110-59-LP-4/23
AUTHORSt Fedorenko V G , Kuznichenkol A NU Prikhodlkol A.I.,
Morozenko, V.Ya: Engineers)
TITLE: Production Flow Lines for Bushings and Bracket Irnsj2atcre
(Potochnyye linii proizvodstva proknoULVxui i opornykh
izolyatorov)
PERIODICAL: Vestnik Blektropromyshlonnosti,1959,Nr 41pp 12-16 (USSR)
ABSTRACT: Flow lines for bushing and bracket insulator yrodaeUcm hwe been
installed at a number of insulator wor.&s uar, uiey ao uuu
cover the whole process of manufacture and usually
terminate at the turning process. The production lines
described in this article use belt conveyors along vhich
the various machines and ovens are located; the lines
are illustratedin Fig 1. The raw material is delivered
on a conveyor, it is then extruded and the parts are cut
to length and immediately turned on lathes. They ara then
conveyed to the drying ovens. The dried insulators are
inspected for cracks and moisture content. The glazing
procedures are somewhat different for insulators and
bushings but both operations are served by the c=-veyor
belt. A photograph of the production lines is givan i~
Card 1/2 Fig 2 and the bushing glazing section is shown in Fig 3.