SCIENTIFIC ABSTRACT ILYASOVA, N.V. - ILYENKO, V.G.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000618520015-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/075162/017/007/001/006
Sliq/S186
AUTHORSs Rusanovq A, Kop Alekseyevaq V. V.# Illya*QW&O.N. Yo, and:
Xhitrovp V. G. ......
TITLE% Spectrographic quantitative determination of omall concentrt-
tions of rare earth* in rocks and*aingrals
PERIODICALs Zhurnal analiticheskoy khiiiit V. 17v no- 7o -1962j* 609 - eig
TEXTI k direct simultaneous determination of rare ssrths lz ores was made
using a AY'(:-l 3 (DFS-1 3) diffraction speotrograph hayiag a dispersion of
4 - 2 2/mm. The spectrum was excited by evapdratizg the pQwder samplop
mixed with buffer mixture, in a carbon are discharge. Otbervise, the
procedure followed the traditional spectrakraphic method. The standskrd
experimental error of the method is 15%. The sennit1trity of determination
is 0.00196 for Ybj 0.003% for Tu and Ys OoOO5% for Uvp 0.010; Iror Nds D..O)%
'for Pro Gd, Dy, and Lup 0.04$ for Ce, 0.05% for $so EAj Tbt Uo# and St.
The seapitivity can be increased to the 30 - 100 times by * simple cbemical
enrichment of the samples with rare earths. In the origlool paper the
analytic spectrum lines of the rare earths and of the distutbing elements
Card 1/2

6/07 62/017/007/001'/006
Spectrographic quantitative determination.oo B119,,0166
were tabulated on 5 pages. There are 3 figures and 4 tablone The scit
important English-language reference ist J. A. Xorrisl Ce S. Hopper$'
Analyt. Cheme 24, 1399 (1952).
ASSOCIATIONs Vessovusnyy nauchno-isoledovatellskiy inititut sinerallujos0ii
syrIya, Moskva (All-Union,Scieatific Rosoiarch Inatttuto,or
Mineral Raw Materialop Moscow)
SUBMITTEDs December 30, 1961
Card 2/2

AF6028191. S0=& COM I 1006foii~wo'7'0-0
jMCRS Ihmanove A. Ll Aleksoyffat',Ve H.1 n1yasova, no vs
ORGi An-U~ion Scientific Research Institute.for Mineral Saw Yaterials (Vassoy0ow
tnauchno-iselodavatellakly,institut minerallnogo oyrlya)
TITM Klimination of the nutual effect of tantalum and nlobim In the spootinmi
analisis of,iineral ores
SOURCEs Zavodsk:aya laboratoriya. Y. 326 no. 6. 1.966. 696-700
TOPIC TAGS: analysta, tantalum, niobium cobalt ~Cfflpouod
ABSTRACT.- The article proposes'a spectral method for sixuitanea:ws detorml~itio~ of
niabium and tantalum, which eliminates.the mutual effect of theo,etwo, elem*'4ts6~ 7h&
method is based on the addition of cobalt chloride to the inamp3mv being ani4yzo41. In
the interval 0.003-0,1%, the reproducibility (variation coofficlent) of a ainglo
determination of tantalum and nioblum is IM It was found that the effect of niobium
on the into'nsity of the tantalum lines'can be eliminated bj the creation of-conditions
under which tantalum will appear in the aro- cloud independently of the appearan6o of
nicbUm. -This is achieved by.the addition to the samples of reagents (metal chlorides
or fluorides) which lead to the formation of now compowAso 7he experimental results
g.iven in the article wa's &tail" b.T a&Utlons of asiby&ou c*alt chl"J&. It
Card 112

UBHKWSKIYO Sh,D,; SHUIKINAp E.Ye.1 DEMIMp N&A,; TU1UJ=kXAp N.A*;
VRUBLLMKATA,, 0,S,; ZMOVAjq T*A,; UEEUANSK1~0 T, r,;
Prin-Imali uchastiy*3 BAGRAMUNp M.G.j TLITASOVA S T,
1 1.1-- ~01~j--Jj,e 111, .11 ~
Methodology of the detection of maymptom4tio olgrriorm of qvArteA
malarla, Had. parase i paras. bolt 34 no.W84-188 ~Nr4p 165.
(MIRA .18: U)
1, Otdol protozoologii Iwtituta asditminskoyptrazitDlogii i
trapicheskoy meditmirq ineni TeJ. Marts twuNiollo MI.al.mtorstva
zdravookhransniya SSSRO, Moskva.

ROSHCHIN, I.V.; NVM(WA, II.V.; PROMICIROY, Tu,D,j IJA(2WVAvli,D.j-, IVBLVOVAj
P.S.; ILYASOVA,,,S.V.; BULYCHEV# G,,V.
Hygienic characteristics of Via dust factorp Omd betath of workore
engaged in cleaning boilers of ele*tric statimes tqhes&pemonk~
nauch.-issl.inst.san.i gig. no.664,40161, (14XPA 160)
(LUNGS-DUST DISEA (BOILIMS)

3(5) PHASE I BOOK EXPLOITATION SOV/2219
RSFSR. GlaVnOYO UPraVlOniY* geologil I okhrony nodr
Geologiya I neftegazonoancat' Vostochnoy Sibiri'(Ooology-and Oil- and
Gas-beariqg Possibilities of FAstern Siberia) Nodcowt oost6p-~
tekhizdat, 1959. 486 p. 1,650 copies printed.
Additional Sponsoring Agency% Vostoahno-Sibir3kky nsft~egeologlchiskiy
treat.
Ed.: V.G. Vaoillyovj Executive Ed.: Yei,.G. Forshina;~ Tech. Id.t
I.G. Fedotova.
PURPOSEi The book Is intended for geologists Interwoed in 06
stratigraphy, lithology, tectonics, and the Oil-Jand Ste-boarIng
possibilities of the Eastern Siberian platform and Zabayk<yo.
COVERAOE; This collection of articles contains mat*rlals on the stra-
tigraphia classification and lithologio charectokstias of sediments
of the Cambrian,system and of the so-called "ancient" beds devel,
oped along the northern slope of the Eastern Sayin Mountains and
Card 1/4

Geology and Oil- and Gas-bearing (Cont.)
SOV/2219
the western littoral of TAke Baykal. Extenalve information on the
petrography and paleontology of these depositm is presented. A -
number of articles deal with the tectoniceof the southern part of
the Siberian platform and its oil- and gas-bearing possibilities
of the BaykAl-type depressions. There are 40 tables, 74 figures,
and 4 charts. There are 205 Soviet references.
TABLE OF CONTENTSt
From the Editor
Karaise*, I.P. Lithologic - Stratigraphia and Gooo-hemical
Charaoteristion of Rocks of the Southern Part of the
8
Siberian Platform
Toakhnovskiy, M.A. Comparing the Stratigraphlo 86atidna of
the Early Paleozolo Series In the Southern Frinlges,of the
Sib**rian Platform 187
Illyukhl,na, AN. Lithologic Charactoristics and the Putlook
for Gas- and Oil-bearing Possibilities In the Notsways
Suite of the Lower Cambrian of the Southern 311)orlan
Platform 249
Card 2A

Oeology and Oil-'and Oao-boaring (Cont.)
Goryachev,, A.I. Facies of the Lower Cambrian Sediments in
the Southern Part of the Siberian Platform
Illyasova, Z.Kh. and L.A. Lysova. Spores in th#~,Lowsg-
.Cambrian Sediments of the Southern Part of the Siborian
Platform
SOV/2219
Karasev, I.P., G.G. Lebed', and V.S. Galimova. fauna! of the
Lower and Middle Cambrian Period in the Southern Part of
the Siberian Platform
Zayohuk, P.S., YA.M. PerIkova, and Yo.M. Meshcherskaya. Oil-
iooumulating Properties of the East Siberian Cambilan
Sediments
Karpyshev, V.S. Cambrian Sediments of the Middle Course
of the Biryusa River
Card 3/4
:288:
304,
312
~325
336

Oeology and 011- and Oas-bearing (Cont.) SOV12219
Kononov, A.I. Now Data on the T*otonics of the Southeastern
Part of the Siberian Platform
Zamarayev, S.M. and V.V. Sameonov. Geologioal Stituattire and
the Oil- and Gas-bearing Possibilities of the Seleoginakaya
Depression
Vasillyev, V.G.,, S.N. Gushkovich,, and E.N. Ushnevskiy. The
Problem of Interpreting Gravimetric and Magnetic Data for
the Southern Part of the East Siberian Platform 475
Paleontologic Plates 489
AVAILABIE: Library of Congress
MX/ad
8-20-59
Card 4/4

UN'
DEWIKIYP A.# in*i.1 TAMOVp Y8.0 insh-; y,"'HNIKMV )I-., IMOb-; SH SA
N., ino.; MUM* A.., inah.; Al J, MINIP. I., blith.,
Now machines for mUls and elevatoro. Mkk#--elov. girmao 28 uo,9z
22-26 3 1629 (KIU 15110)
1. G6r'kovskiy mashijoastroitelf'M gav*d i*'.Vbr9btj*u (for Poooklyp
Tamarov 2* Vass *ixftutbuo-i
,, RUAshnikov, Shiahkln). seledovatel
skil- i ekpporimq0ml 'no- konztaAktorokiX:' k -jjvDdo-ml'*tvMn'1130
maohinostroyenijif(ror Leykin). 3. Kh&V iskav* mushl i*Wt&ts:LV
naya otantsiyu.
(Gralro-b-ndling P=hlae)

IZYKINo A.; ILIUMMij,
Screw conveyor-loader for grain, fte-elev, Prom. 29 xjo.3t24,25
mr t 63. Wra 16%9),
1. Vesisoyuznyy nauohno-issledovatel'okiy i eO,~*rimenWlno-korp-
struktorskiy institut prodavollstvqnnogo raoUnoatroyontys (for
Leykin). 2. ICharlkovskaya mashinolspytatolfrayll stantlAys (fo~
Islyemini).

GELESKULp M.N.v kand.tekhn.nank; nOTENKOLA.A.l gora:ry lazh,;
MAK-PODGORNOV,
Use of reinforced concrete arch supports in tho D6~vfla B"in
mines. Ugoll Ukr. 6 no.llsU-13 N 162. IMM 1542~
1. Institut gorno, dela in. A.A.Skochitako 6~0
(Dognote BILsin-Mine timberizi

ITEM, A.I.
as poultry farm posts, PtItsevodstyo 8 no.61-.35 Je '58.
(Him 1196)
I.Tafedrs. soologil posvonochufth Hookovskog* Utsiveroltota. iment Wo;;
Lomonosova.
(Sparrove) (Parani too --Pou]Ltr Oirds As carrIere of iisowo~q)

I r T,
XARkSPA, Ye.T.; ILITMOp A9I*
ure- Hicrotum o9conemmis studied on t
Song feat s of the biology
anImls, Kat, k posuo fxw~v I flot7 SSSR. Otd, 80014 rha,37MI-71
157* (mmi Ilil)
(Nero recion-field mloO

ZIMAYA, A.A. I ILI 10 , A. L.
Gamsidae In house and field "arrow in Moscow agid this ODscow area. Jbd,
paras, I paraze bol. 27 uo.4-.475-481 JI-Ag 158. (xm 12 -.;2)
L' Iz otdels, infek-tsiy a prirodnoy oebagovostlyu Instituts, epidemi6logli
i mikrobiologit imeni pochetnogo nkodemilm N.Y. 0muslat AM SSOR (~ir- in,.
stituta - Prof. S.N. *lromtsev, zav. otdolon - pref. PjA. Fetrishcheva).
Oemsidae In sparrows in Russian citis.e (Ru))
(BIRM,
same)

A#-I*
ractors determining the b*qlnnlng of the reproduptlon For$od to
bons* sparrow populations %rasser domeotious L.),Zooli*4rs37
no.IW867-1873 D 158. 1211)
1, Chair of Vertebrate Zoology. Biological Pedoloolcal 01sculty,
Moscow State University,
(Moscow-4parrows)

Materials on reproduction in the house aparrw (Amomor do-
mesticus Lq) in Moscove lauchadoklovyvashkoll-t b1olohmuki
no.D33-39 '59. (XM 12:5)
19 Rekomendovans. kafedroy soologli posvonoch*lkh Nookovskogo
gosudaretvannogo universitets. In. NoV.Laeonosova.
(mmov-Sp"HOWS) (Bins-PHYSIOU)GY)

I L ITSMM, A. 1.
cological factors Influencing the infection of the house sparrow
(passer doseeticus L.) with gamasid mites. Zool.sbur. 38 no-71
1060-1068 J1 159. (gru 1p.:10)
1. Chair of Vertebrate Zoology, Blologleal-Peddogical. Facultro
Moscow State University*
(Moscow Province-.Alto~) (Parasites--Sprrows)

KARAS VA, Te.Ye; ILIYMO, A.Is
Studying the biology and pographical distritutlon *f shrews in
northern Kazakhstan, Trudy Inst* soole AN Kazakh. M 13t78-92 ~
l6o. (PIRA 13:7)
1. Otdol infAtely * pr1rodsoy oeh&govostlyu Imatit-04L *ptdoulo-
logil I m1krobilogil In. X.Fe Gavaleya.
(Kazakhst&n--Shrsws)

IL'YENKO, A. I., Cand Bio Sci -- "Ecology
sparrow (Passer domestious Le) In the city
"J,4~
.**v+reai4 in conne ti n with Its potential
and economic" too Moo, 1961,
Inet Im V. I, Lenin) (KL, 8-61, 237)
Df, ths'domestic
i 4oPow and
spidipiniological
(Moo Otat* Ped

IL'YENKO. A.1-ZAGORODNYAYAq GAU.
Importance of artificial nesting places as milght skit1ters in vinter
for some birdsInesting in tree hollows. Zool. zhur. 40 no.lk-.
1736-1738 N 61. (MIRA 14,11L)
1. Biological-Pedological Faculty# State UniVersity of Moscov.
(Birds* Protection of)

ILIUMOP A.Io
Hamfulneso and ugabihesis of house 8PUTOW.', FrUoda 51
no.2:13-1..1.12 F ',~2.
1. Mookovskiy gosudars orolt4t in.: M.Mo"nonavoo

Studying deasonal changes in the veight of oxa:LL Urdios OrnitoIAW:J4AL
no.4tU7-430 162, (MRA 16-43
(Birds-Physiology)

IL'YENKO,- A.I.
Development of local populations of the greal, tits# Zool. dmr.
41 no.5t736-743 MY 102. (MIRA l5s6)
1. Complex Laboratoryp Biologico-PedologicalTaculty, State
University of Moscow.
(Titmice)

ILIUM A.I,
Nesting relations of birds the settlements of the Moscow
region. Nauch.dokl.vym.m:k1y; b1ol.nauk no.2o"$ ~63#
(HXPA 16s/*)
1. Rekomendoyam kafedroy voologil posvonochaftt MoOkovskogo
gosudaretvannogo m1yersiteta $me MOT.10mono"C"'O
(MOUW REGIOL-BM-4M AXD WtS)

MROVA, A.D.; DUROVA, L.I.; ILIYENKO, A.I.
Effectiveness of DDT in the control of mites ad fleas in artifteiia
bird nesting places. Nauch. dokl. vys. shkol$j biol. nauki no.3:'
23-27 163. (MM 16:9)
1. Rekomandovans, zoologo-entomologicheskoy laboratorlyey
biologo-pochvennogo fabillteta Moskovskogo gomdaratvennogo
universiteta im. M.V.Lomonosova.
(DDT (Insecticide)) (Parasites-Birds)

WIMOP A.I.; ZUBCnNIWVA, re.v.
Year-rouad observations of labeled red-baakad Imak ln)lmo and
wood nice in UP Moscow region. Zool. shur. 42'no.4oO09-617
163. (HIRA U37)
1. Institute of Biological Physical, Acaderq of Scienries of the
U.S.S.FLO,p Moscow.
(Moscow region-Jield sios)

ZHANT -EV,- R.D
-IL'YEINKO) A,I,;- L, 11Y
Feeding habits of house sparrows in the central part of Moscow
Province. Zool. zhur. 42 no.llil736-1740 163. (KIRA 170)
1. Biologico-Pedological Faculty, State University ot 14Dscow.

39038
0/057/61/01/01V0C,3/01q
B100108
AUTHORSt Il_ly ento~L_A,_E., and Zykav, V. G.
TITLE3 Experimental determination of the regior6 of magnetic oqr-
faces limited by a separatrix
PERIODICAL: Zhurnal tekhnicheskoy fiziki, v. 31, no, 11, ~1961, 1289
1293
TEXT: Attempts are made to determine experimentally.'the regions of
magnetic surfaces limited by a separatrix as functioms of' the longitudirua
magnetic field and the current in a stellarator coilp using a model in
which the plasma is simulated by an electron beam. The experimental de-
vice is a cylindrical vacuum chamber made of glass (iO ca 'in diameter.,
80 cm long), which is evacuated down to 5*10- 6 mm Hg. 1it electron gun
injecting electrons of 1000 - 1500 ev is installed at one and of the tute.
At the other end there is a fluorescent screen for ubservjng the shape
and size of the electron beam. The longitudinal ma8zetic field is gener-
ated by a single-layer solenoid (14 cm In diameter, 60 em lang). The
stellarator field is generated by a coil which is movnteti to the glass
Card 1/3 V~

81035TY681 /0 3 1 /D 1/00 3/019
Experimental determination of the B1001081
tube (three pairs of turns with a radiun of 5,5 cm, at a pitch of 60 cm)J.
' r
Both coils are fed from separate sourcen, and the ckirrentt~. lowing :~q
them can be controlled independently. An out-of-foo~s el6ctron bewi,~was~
injected to determine the regions limited by the sep~ratrilx, Measut4-
ments were made at H - 20 oersteds. When the otelluatarIfteld and the
z
longitudinal magnetic field were switched on simultwieously the imap on~
the screen changed from a circle into a triangle. Its veiltices pointed
toward those turns of the stellarator coil, in which the current was
directed opposite Hz. When the screen was movel along th-a axia of the
tube, the triangle rotated. L. Spitser (Dokl. na II Zhenev,. Konf. po
mirn. ispoliz. atom. energii, 1958), A. I, Morozov, It, S. Sc-lovIyev
(ZhT.F, ~0, 271, 1Q60) and V. F. Aleksin (K raschetu aa4Mitnogo polya
stellaratora, nast. vyp., str. 1264) are mentioned, The authors thank
V. F. Aleksin and V. T. Tolok for advice, and K, D. 8inellnikov, Member
of the -,%S UkrSSR, for assistance and interest. There are.8 figures,
2 tables, and 4 references: 2 Soviet and 2 non-Soviot.
ASSOCIATIONs Fiziko-tokhnicheaki institut AN USSR Ohysi'cotechndcal
Card 2/3 Institute AS UkrSSR~

Experimental determination of the ...
SUBMITTEDs September 10, 1960
Card 3/3

ACCESSION NR.- AT4036061
AUTHORS: Illyenko,,B. P.; Zy*kov,
V. T.
8/2781/63/OOP/003/02il/0216
V-,q-1 Lateluo, ympo Ko; Tol oks!
'TITLE; - Measur,9mant of the twist arigle aM tux~~Inq #4AIle of aforce
line in a system with &,helical magnetic field
SOURCE: Konferentsiya po fizike plazmy* i prdb~emci* upraviy4ye=190*
termoyadernogo sinteza. 3d, 10mrkov, 1962.* Vi~~a ~pla=T* TL ~ pr'
~b
an~
lemy* upravlyayemogo tormoyadernogo ainteza (Pl4Wm*!,&ys1cs
problems of controlled thermonuclear synthesksY'l dd~.Iady* koPPOV11
entsii, no. 3. Kiev, 1zd-vo AN UkrMp 1963, i11-216
TOPIC TAGS: magnetic mirror# plasma confineme4t, magnetic fieldoll
magnetic pinch, plasma magnetic field intoraoiont alactronbeam~
charged particle motion
ABSTRACTs The work described is a continuatio4i ~-of ibulier oxpee4-
6rd

ACCESSION NRs AT4036061
were measured with the aid of a rotating electr 'on gun, the cojistx*uc-
ments on the confinement of plasma in traps oUthe'atellarator tiTe
(ZhTF v. 31, 1289, 1961 and vo 32, 1190, 1962) Tho paper is do-
voted to an experimental investigation of the t;wist~angle and tuin-
ing angle in systems with helical magnetic fields, maing a vaqu=
chamber 9 cm in diameter and 140 cm long (straljht ~iopper tubia).
The ongitudinal magnetic field was produced b~ 12 4iingle-jayer
coils and had a maximum in the axiil directionlof 3J'.4 x
104 A/M.
The charged particles were confined in the stellarator by extern;tl
magnetic field in which each force line was gradually wrapped'arOund
the axial line of the chamber. The twist angle of the force linOis
tion of which is described elsewhere (ZhETF, v.:32,1!1190, 1962).
The meas2rement results were compared (in an axial m&Vnetic field
3.4 x 10 A/m and at a current of 440 A) with t1ja t~LeoreticaLfo4=-
la. The force-line rotation angle was measured: on the curved sk:--
tion4of the stellarator model in a lonqitudinal;maq-.~etic field 7.12 x
x 10 A/m and at a current of 1100 A in the coi:L,. lbe measuroments
Card 2/S
----------------

ACCESSION NR: AT4016061
have shown that the'angular rotation of the beads on~:th*
side of the curvilinear section is larger than Ork th4l external! side.
This difference does not affect the motion of the pal.1ticlem in tho
closed system, since the average turning angle ramaidw the sam mid
depenas only on the radius.. The measurement rosultsIghowed sahis-
factory agreement with the calculated data. Orij.'axt. has$ 7
figures and 2 formulas.
ASSOCIATIONs blone
EXCLs 02
SUBMXTTED: 00 DATE AM 21Xay64
SUB CODEs ME ]OR RW SM .004 GTMRS 000
Card
~~7 71.7

ACCESSION MRs AT4
036061 Mustat s 01

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S/0.17/62/032/010/003/plo
~Invostiza-tion into ... B104/0102
screen.'"As the-amperage in the helical winding inorliasesi-the circles do-
generate to triangles, whose sides later bond inwardo The larEest nd
smallest radii of the separatrices measured an functlons,of,Ihol/H.., and.
the distortions of the magnetic surfaces caused by doviatione of the'
magnetic axis from the geometric axis, are in agre6m4nt ivith theoretical,
results. The cross sections of the plasma clouds were studied as funati6ns
Of Ihel /Hzin clouds completely filling the aross section..of the' tube, and .
in clouds partially screened by diaphragms. In the, former- case two, typew.,
of particles were distinguished, one type remaining trappOd in the cv'ntr&1--
part of the cloud bounded by a separatrix, the other osc4ping from--the-
.,confinemen-t--region. In the second case all plamma p4rtioleis remainod in-
the confinement repion if the radius of the separstrix exceeded that,of the,
clouds, but if ft was smaller the same result was-obtained as in tho,firist
casei The separatrix is a function of the confining induotion -and of thir
amperage-in-the helical windings. This agrees with the t~oory. Tho
magnetic surfaces in the curvilinear chamber of a stollarator model-was
studied bj the same methods, yielding practically thO sama results 4tk-Ahe
electron beam as those obtained with the right cylinder. It is only in the
Card 2/3

S/057AV032/010/003/010
Investigation into ... B104/B102
initial stage of the discharge that the electrons emip tin the copper-
walls of the vacuum chamber-(diameter 80 mm) which was 200 as a-600A.-
tore (mean radius of curvature 42 cm). It is conclud*d that at lorw-relocib.
ties and small densities the plasma particles move alqpg tbie lines ot,tha,
magnetic field. There are 8 figures.
SUBMITTEDj November 29, 1961 J Z
Fig. 1. Experimental arrangement (right J
cylinder).
Legends M coils producing the magnetic P.,i
mirror field; (2) coils produoing-the main
field; (3) mouthpiece for 5-cm waves; (4) -
conic plasma gun; (5) electric probes; (6) 4
-fluorescent screenj (7) helical winding,
1z" ~*A
0 JV 40 00 JO 0110 10 W Oft
'Card 3/3

WMATCAFE(a).=2
ACWSICH MRs AP502403S 1057ir
AIMORs 11 Vtv"Ji
yeaka, B.P.; Latsl~-oq Yef.< Vol
TITLG: , Investigation of the polarloation oila 4441AN W1.1 'gag
netic field
~o
SOURCZ-. Zhurnal tekhalchaskoy fisiki, v, 315p "a., so, leap 159
TOPIC TAG9: Inhonogeneous plasma, electrlo,fleldo toroW
magnetic field, helical nagnatic field
ADSTRAM The authors h*ve Investigated VL4,etfeot of 44~~Idl
eel magnetic field on the polarization of plasmas awingi jjj~l a
91M. The longitudinal magnetic field (up~to 200 MAM~ijiiv I
radlus V-shaped copper drift tube by sultabLo wi~dinp pojj~',t-k
~The large radius of the toroidal, section of the dsLft tu4141 was
straight legs. were 80 en long. The helical,field was poAluced
procal pitch 3.4 cm radius triple helical w*v4jLvg ca"yj~ol ow
Plasmas with Lou densities exceeding 1012 **-3 "M WOO
plassim gum* The electric (polarix4ttion) flold in the pl~ I% 1
plane probe at the exit f the toroidal section; this be
pro
ly.103009,/ $4 5071-
I N'10.
Opt,
6"AL 11kallicki. moo
621LI. ~tripi. heli-
j;irilAdal a Well
infil
id" ed. 1 4
Jz~ do gail r. a?t'rs
r-!, th
421~ cis no
iyi a 13.4 c* roc
1+411' up 0,~ kA.
4 1 laki;dl
4 owasueed 1vt Ut a
14'aild be r*ta~twl In
F ]i

L 3612-66
SION IM- APS024WS
azimuth In order accurately to determine.the directi,64 o m lorlx*0004. ~Jnl
1 14, i 1~ I I Is
the absence of the helical field, the'polgrivttiOn vict6~1 16tal Vthrough
of w12 when the longitudinal field was reversed; ~thts he's lor ~Ari agree ~nt~
agre
with theory (N.A.Khlzhayak. Fisiks platay I probleay uprsiv.onty 4ismqvsde:? ogo I
sinteam, No. 4, TIM. AN USSR, Klyev, 1962). Application *'Ilthe' ~Uo#,L fl t d dA4
not decrease the polarization but rotated Ito direction t4~~Ueh! 11"M~ 8061-6 C4, MIP
ponding to the rotation of the lines of force; this ratittiO 116
the longitudinal f told strength was 160 kVm* imd the our-6't. in~ J~fim helicoA at
ing was 3 kA. The density of tho plasm" at the exit f ro* t~e tilvoldel se4iaoft
was measured with a screened probe. to the absence of th4t I Mliollli f told t~ P.1 1-1
ms density *as approximately a x 1010 cj-3 W~qn the longiiillinsi f4ld at" vtlt~
was 4o rivin azd a x ioll cn--3 when the iomitudinsi noid ~itrono h4M 200 !kt/i ;1
k
Application of the helical field (when the longitudinal 94'otdt V,
creased the plaams density at the er:tt-frova the toroidal a Lion bij- in ft Ito 41~
factor 10. This Lacreass was greater for thO slower oo%j;Kj vats 9 1, %hle) pi is t
burst thdu for the faster componomte. Crig. art, has; I f to?
ASSOCIATIONs none
oo X~:
mmmm i 18Dea64
amwe 003

L
[ACCESSION NR: APS024036
V P, 10
AUTHOR: 11"yeako, B.P.; Latalko, Ye.M.; Zalkind V
ov,
Fill lllrl~
TITLE: Investigation of the polarization of a wo~i I i ki ilk! at, toroidal 04 9--t
tic field
ly ~1
SOME: Zurnal tekhnicheskoy fiziki, v. 35, no. 9, I"ti, sw 110
TOPrC TAGS: Inhomogeneous plasma, electric field, toroldia~ll
l ;~ good; It*YP 14
magnetic field
ABSTRACT: The authors measured the polarization of asm"! jlov~l in it tor17 Ldal
P,
magnetic fteld. The magnetic field (up to 200 kA/m) was . iWll-~uc( I% ~ a U-311ift)Iad
copper drift tube (diftieter not given). The,large ra~ktz; ~jt! thd irol4a:a 11, Itio I
of the drift tube was 42 cm and the straight ~legs war-b 60 jorif .:1 P14L lttb
-ion densitlert exceeding 1013 cm-3 were injectod *i ono Mnli:l 41 thc 011raft tuills Witil 4
conical pliwina gun powered by the B-12 IN 0.6 g soc d1schOr ;I'll of 14!13 p1d 1:1141? telt jr,
The charged particle denlity of the injected plasnals was rlol;'Jeol' j1hou 101X 41-31
The electric f leld polarizat ion in the plaamm was meamurod I 11-th ~ ee'iibas at ex t
from the toroidal section. The polarization field hoo acxt~lolaatil In'the dil!iil'otl in
--- ---- ---------
1 Card

L 3611-66
ACCESSION NR: AP5024036
ilm toji t.
of the large radius of the torus and in the dl~eotion of tit~ i Q
!RX Ij i ; , . I z
The axial component changed sign when the directioin of - the i llaitlidinal fiotd vU
,aversed, and the component did not. The dlstrlbution~ of, it P044rization #11d
across the section of the drift tube and the 4arlitton.of , 4~ P04P4*tion # old
with the longitudinal magnetic tiold strength were meoUr%j, ~~Ald 4,1-~ ~ 0041 on tall
graphic'nili st whii,. t a
.1. By -comparing the time of maximum polarlzthtfoxt *Ith
3 ca wave crossing the drift tube was out off by.the pleand itj~jj establijigtod
that the polarization was confined almost entirely to the njo+01 r as dilim
,'leading portion of the plasna, bttrst* ftig. art,, has: 0 ficu so
ASSOCIATION: none
SUB31ITTED: 1811sa64 IRMLI 00 ~3 jut
BUS,
11R MW SOvt 002 0=14 002
CAM

ACCESSION NR% AP5024037 VU/031-'
94;1
AVrHOR: 111yenkop B P.1 Latalkop Ye, W.;
V. To
TITLEz Investigation of the polorivation of
opposite curvaturos
SOURGEt Zhurnal tokhnicheakoy lisikilvo ~35#~ iftov: 91,
TOPIC TAGSt inhomogeneous plasmax electric fields ~toroi&
magnetic field,,
t6l)9A~ 6 ~5'
4,yov~;V!,4 14; To
oeom~4 langi
twviH An a. tore 44
j
ABSTRAM. The authors measured the polarization of plauw~j
magnetic fields using the apparatus described in the t,*o u
35p 15989 16019 1965 Is-ee abstracts AP5024035 and AP502403~
7.4 cm diameter S-shaped copper drift tubo consisting or the
large radius joined by a 20 cm long straight'sectiono IL to
field of 200 kh/c was maintained in both drift tubes. Plals
either or both ends of both drift tubes by means of conical
arization of the plasmas was maamired with probus located M
-
oidal. section of the U-shaped drift tube and in the straIA4 0.
Cardl/3
g(ZhIl
I PMvp e
I An additi.(ol. t,
-tolri 'of 35 em
tliial Mlagn-~;ft
04 bo inj,jiti-ed at
i(gtmse Tho pq,.-
Minter of ilo ter--,
Uin joining I the

L 3610-66-..
ACCESSION M. AP5o2h037
two half-tor',L of the S-shaped drift tube* The polarisation!4 &113;1(znd in 'k res
three couponents Vzj VRj and Vrl V& is Pmmllel to tho; Qx6lj 41; tit i i~arusj VIh Is
the direction of the large radius of the torus, md Ve is ill i: ithe; .4~na of V; and
VR and is directed away from the axis of the drift tub 'a ~ th* 4~all, radl.4 a
the' torus). It was found that VZ changes sign when the dirjioti~ij the Wo"reti
field is reversed but not when the direction of motidn Ot, lhe p M~a throuj,,l
d ' ion
Whi n the ire,10
U-shaped drift tube is reversed without reversing the fielld~ 1. 1
of motion of the plasma through the S-abaped drift tube wa,19f P PV:11 141A,! howe 11 -P t
V. component of the polarization measured in the istraightiftatio ~ 1116itining t W 1 tR
f-tori changes sign. When two oppositely movl~tg plas t d d 'ilk thel Ont
hal Mai COW
-ofI-the-U--shaped-drift- tube-tix-- value- of--V --was--&pproximatc~l VitheLis
a
I one plasma was present* When two oppositolymVixg plasm~ep ~O dd 1A the! t tra
i ght section joining the two half-tori of the S-shaped.!dk~tj ibej ho Vs Po ~ xJ4
I tion componanti of the two plasmas caneeled each other and ~1)klily j!;jt1qS Zea 1: ledi.6
ao~~L
The distributions of V, mid Vr across thedrift t dgrajihic# L ~ Is:
00
3 ltll~
was found that V. and Vr are of comparable mCnitude In tile taO IL 041"ff "dj; I of
the plasma burstq but. that Vs predominates, in the tail* OV, Le, ai it, N.41 I a~f gur
of
3
a
ir
lt~
S.
rd
a
C

Z :1 t: -~' 1: !-' ; I "

..........
L 12862-66 EWT(1)/ETC(F)APF(n).z/9wG(m) ~ 00(c) At
ACC We AT5022.299 SOURCE COVE: UR/012 11/0
B4/p 0/040
AUTHOR: 111yenko. B. P.; Latolko.L. Ye~.
ORG:- Physicotachnical Institute, Acad"faz o I! SCJL
tekhnichaskiy institut Akademlya nauk UkrSSR)
TITLE: Investigation of a plasmold moving in a ti,toi06)i magnei 0
field
SOURCE: AN UkrSSR. Fiziko-tekhnichookly institut~D000i, noll,, 104,10
-007, 1964. Issledovaniye plaimennogo sgustka, djr~vhudl(i~hegosyrA, 1v
toroidallnom magnitom pole, 1-15
~J
TOPIC TAGS: plasmoid, pla m a dliii4lty
9m& magnetic f 161d'. P144 p1l 1816.1
injection i
ABSTRACT: The present gatlli~ln f
pap:r Is a-continuatiolft of n i,vaqti
electrical fields in plasm Ah"IdAviog in !qt!rv~od C fleldxl"-~ ir~'g. I
shows the general vi of th; 'Mixperimental-appar 4(~ 10 o 11 t it 0 lea-
tigation. The maximum magnetic field was 200 ka/W a~h Of 'W41 -uU1A
tube was 252 cm, effective radlug of spiral wlndl,~, M S.N c T a
plasma was injected from conical plasma sourcon. PlIttil !ry 'empa 11-Y as
c
Card 1/2
di

-------------
ACC NRs ATS022298
V 4: t I
a
h
li~=d, th
source *Gs~ i I., I : ))
I haft cm
To messMr. 14 d1i`;rr6r0,n401 jif *ten-,
tials botwo a tie( 11loints III tile
plasmas tv~ 4iecl P*Statlcl )-rolles
were usod:l~ ~60 locat-
1: Of wc~i&mbev
a d close tti 1 '~ :a :141g, alt~kl
and the ~ 800cin * i; t 1e
c h i a lam 411
Kedisurwoorlt of coo)onllat
of the tiet~ W441 V irk 'the mid-
. 46
Fig. 1. die of torah del Vo~tion- 'i rho Z-
direction PparliklIal to It"Ne axis
through the origin of the large radius of curve, rm. 1 ft 'is co-pFirtsed
that compone nt V is formed due to the rosulting
)i 'ad sectlizin
-from the drift f8rces. -At was inoticod-t'hat -In V the
components of the plasmold's radial pol4rixatlo~ OsrM, ~ej',44*1 to the V
component. Later, the V component dominated tWothei!%wo coa?on ,Infs.
x 1!
Measurements confirm the fact that the masnstio~jisld iclf,apira~i tY)Q
improves the passing of plasmoi4s by abotAt oime 0i6sr? 0it! nag"itude. 0riRj
art. has: 13 figures.
SUB CODE: 20/ SUBM DATEt 00/ ORIG REr: 000 j)1;H RZF:
Ls9rd 2/2

ILlYtrimp inzho
DeFendence of the resistance of an are on the speed ot change
of the hoat content* Energ. i olektrotekh. prom. mp.N44-46
Jl--,9 1b5, (MIRA 180)

VOLZMISKIY, A.V., prof., zaaluzhennyy doyntell nauki i tekhmiki RSFSRj
MIMIC, I.A., aspirant
Heavy and light concretes with bindoro of grarulated ClWwrm.
Stroi.mat. 8 no.101-35 Ja 162. Ow 15:5)
1. Deystviteltnyy chlen Akademii atroitelletva i arkbitektury
SSSR (for Vo1zhenskiy).
(Concrete)

VOIZIMIZKIY9 A.V., laureat Lenirwkoy premiip prof*$ d4tor
VCROBIUVO I.A.j GIADKIXHj X.V., iRlh-j VIIfOWAD0V'j B.N.9 iniskiol
ILIXENKO., I.A.0 insh.
Use.of binding naterimas ZMS of gramlated 0181 ilu for the.
mamLfacture of win materialco Stroi. mat, 8 n0JO-4 MY '62
~ (MIRA 150
1, Direktor zavoda stenovykh blokov No.21 GIAvnOj;* upravlsvi~
promyshlennosti etroitollnfth materialov P~' ISPOIALtOlIn"
komitete Mookovskogo gorodakogo Sayeta dopit Iatov tmidpohchikhays
(for Voroblyev). (S3Ag)
(Building materials)

VOLZEMKIYO A.V., prof., zaalushennyy dayatell np)d i taklind1d;
RMR; ILIXENKO,, I.A.,, insh.; VINOMADOVI"P.t. ":A*
Deformation aw Oength properties of conorateft'xadd vith
binding materials based an fuel grawlatod dlagli, Bitii
i shale-bet. 9 no.12049-553 D 162. (xat 1612)

ILITSWO, M.P.
I
On the bridge train. Put' i put,khosp uo,10:2N-29 0 159.
(1414 1390
1. Nachallnik proizvodetvanno-tekbnichookogo 00814.
stautaiya Paukle I
(Railroad bridges)

GB10XUTUK, A.I.; NIICILIISKIY, D.N.- STAMISM"KIT, IJ60
M52AZAS. 0
Inshemerv redaktor; BATBAKOV, A.B., laureat Stalj~zvkopremli, lujibe-
nor, reteensent.
(Calmlation and design of gears, worn gears mnd,~raduOlon gearel
a handbook] Raschat I proaktirovanis rubohatykh i cheritischnAh .
peredach I reduktorev; spravochaos rukeyodstye. Viov, Iles. nauchdo-
takhn. Lzd-vo mashinostrolt. L sudoetrolt. lit-rjr, EMT. otd-Ale)
1953. 589 P. (WAA 717)
(Gearing-Elandbooks, manuals, eta.)

L 31322-66. EWT(m)/EWA(d)/EWP(t)' 1JP(c) M
ACC NRt AP5026291 SOURCE CODEs UR/0125/65/600/010/00WOW
AUTH Makin, L. Ye. (Candidate f technical sciences)l Wyonko#W4, A,
(Eng(i'Rn;er-)j'Guma, V. Vo (Engineer) 0
ORGs [Alekin, 111yenko] MVTU im. Baumana.
TITLEs Pressure of low-amper:g: argor~!Ilarc on the molten pool
SCURCEs Avtomaticheskays'svo k , no* io, 196% 38-40
roPIC TAGSs arc welding,,.low amperage welding arcAwelding technoiooyp welding
electrodeq molten metal
ABSTRAM The welding arc exerts a definite mechanical effect,~terfflod are pressure,:
on the pool of molten metals During welding with a nonconsumable elictrodeq thio
effect is created chiefly by the pressure of the arc's plasma J!rt and conditioned by
the*pinch effect, Since during welding# In an overwhelming majority.of cases, the
electrode Is positioned at right angles,to the weldqientq the 11olten opol &s acte4l upon
not-only by arc pressure but ilso.by thi electromagnetic force of tho.welding circultj
In -this connection# the authors designed a special setup for measuring the pressure of
low-amperage argon arc on the molten pool during Yielding with a~nonconsumablb electrode
(see Fig. 1 of the Enclosure). Its principal feature is mobile "d 5; with pj~te~ 6 of
QKhl3N9T stainless steel-attached tobobe end of the rod and countered
4
PNC& :621.791be56
1./3

L 31322-66
ACC NR i AP5M6291
A
Ell.
Pig..lo Sotup for dotsmining arc pr,". suro
~3 -scalel 8i- mercury contactl 10
arcl II.- wo3dino
torchs 16 -'fixed basel.17 protective caiinqj for the
other designations consult the text
X 1.1.

At.~, INRi
veight 7 attached to its other end. Soldered to rod 5 In I.-oppor rod 13, with one end
immersed in a mercury bath and with thin ailk thre-id I t1led to the other Pnd. in thim
position, mobile rod 5 is in n SLAtO of eqiiiltbrium. Arc preanwre is bnlAisocd t,y
mcans of helical spring 4oonc and of which to nuixeii to ilod 1.1~ and the o0ler and, to
bushing 2 with a pointer. The arc burns between plate 6 nad clortrode 15. ny manna
of lens 9 the arc is projected onto screen 12 with tenfoU magnification, !he a xperi-
ment is performed as follow *s: Gan is turned on, thun devimting ~he moNle Part of the
device. This deviation is compensated by the bushing with helient spring 4. Dunhing
2 rotates until the necessary distance in entnblished betionen dectrode 15 and plate
6. flien iho pointer of the device indl.cnLen tho gno Ilrettlagra (I't mg). The are irnitafif
Its.pregqurc is balanced by further rotation of bunhInp I naccanary arc
., 2 until 0 a
length is obtained. The difference in readings given the drc pr4woura. U4 length of
the are is determined from its projection onto atreen 12. In thLo way, it wau dater-
mined that during welding with a 2-13 a argon arc by meana of it tungsten (11'ectro4e
(1.5 nn diameter) the arc pressure on the molten pool varict; fr4411 0,2 to 10.5 01a and
is directly proportional to the aquare of current intensity, An the are lensth ',in-
creases, the arc pressure decreauen ionignifientitly. A cbrioge of 50% in the: f1oiW rate
of protective gas does not appreciably affect the are prean-uro. Orig. arts Jiiis:l 3
figures.
SUB CODE: llf13/ 'SUBH DATE: 19Nov64/ ono Rut oo5/ ni RHI?t 003
L Card
V
-d-d

L qq~6_66 F-wTCr_
Ate- ~..P5026291 $Mt coot: UR1,0$25/4i /0001010/0)118 140
or)
"kumo;t: 'Alekin, L."Yo. (Caddldat,- of teewcal sotenae#)p '0411A.
QW~aV. ~V. (Engnaer)
ORG: (Alekin. 111yenkol MM in. Saumaw
TITIA! Pressure of law-8z*ertge__a1r9oO are an the aalt'46 "01
MXMM Avtomaticheskaye svarks, no.qo, 196% 38-40
'APIC TAGS: arc welding, I Weldingi I ochv~ ldi~g 1
C,
-ars lqjrt Ve
olectrode, molten metal
ABSITACT: The welding are exerts a deftnite
On the pool of molten metal. During welding with *'t%(McO:nAt1 We ~t ittk*dm, is i
.(if fact is created chief 1y by the pressure of the sirc, 0 plaxi~ ~ jet 1041. e*Mdl t~ cled'!
by the pinch effect. Since durinS welding, in an ovarwhalai4' juaj4s,i,~j of caotis, Ohe
electrode is positioned at right angles to the vildmat th~j~tlM !Pool is 4 'ted I
upon not only by are pressure but elso by the elec ldi~~
Mromagnett.Oj forit: s Of, the V(1~1
l' I '
circuit. In this connection, the authors dasign4d a UnASUO t~e
LAft j ibldf lg~'With a 11 cl~~#Uxd-
pressure of low-amperage argon arc an the moltso. pool du
able electrode (see Fig. I of the Enclosure). Its privicEpal 116tktuol !1.0 Mobilli all 3S
uith plate 6 of fthlMT stainless statt attached to out a"A 0.1% ted and (110intalle.
h
1/3
Card _kl
7-7~' 'i

I~n
ACC NRI AP5026291
W
i I I
4(4)
g41 afil M-r
6
I
-1
-1.
FLg. 1.
Curd 2/3..
---- -- - - - -- -- --
I
i---J
I
I ~ 1.

10
ACC NRt AP5026291
wnight 7 attached to its other end. Soldered to rod 5 Is cop e roil 1J, Ri th -1) of A
P.I . )
iimersed in a mercury bath and with thin silk thread I tied, 0. thi! 6~'ther ends ~tn lhis~
posit!on, mobile rod 5 is in a state of equilibrOm. Aret prelig ilre hAlilnnced! I Y
n
-an
mi: s of helical spring 4tone end of which it; affixmd to rod' 3 anil z 0e: other' E 41, Ito
biishing 2 with a pointer. The arc burns between plate 6 ana a Oc tri) 14: IS. By 6C and
of lens 9 the arc is projected onto screen t2 with tenfold mo pifii-ttioln. The;(Xpa 'I-
ment is performed as follows: Can is turned on, thus devist.11a , ithe~! kJ61.1a parl: *f he
device. This deviation is compensated by the bualking vith hal do I liftIng 4. bil hin
2 rotates until the necessary distance is established betwe4jaj!~diecttqolii 15 An'll '?to a
6. Then the pointer of the device indicates the gas preasure:4n m:).Ahe arch gni as#
1~s pressure is balanced by further rotation of.bushing 2 unt~~ thit iipc .essaryi re
ltingth in obtained. The difference in readings Sivem the 4XIC: ftesto 4*11.Th~a 16~1 th tI,f
the are is determined from its projection onto screen It. U I his if i.)J:, i%: was etell -
mined that during welding with a 2-13 a argon are by means of a ttriii,s Iten elec It 04
(1.5 mm diameter) the arc pressure an the wolte" pool varies 1'ron 0.211 to 10.5i! a
is directly proportional to the square of current intenaiity.,, ~1* th6 Ote lengtol ia-~~
c:reases, the are pressure decreases insignificantly. A change 116f 5011. ;~ in tim 0. V r4te
of protective gas does not appreciably affect the are pressuVil* Orilltd, art* h&41., 3
figures.
SUB CODE: 11,131 SUM DAM. 19Kov64/ OM REP.. 005/
IRV: 003~
J1 ---

ACC NRiAP7004192 SOURCE COM UP./0:125/61riOOO/ool/00:19/CN)21
AUTHORz Alek1no L. Yook Illyeako# N. A*
ORG: MVTU im. N. E. Bauman
TITLE: Effect of welding conditions and accuracy of sasembiling of the welded Joint
on the formation of the suspension weld
SOURCE: Avtomaticheekaya evarka, no. 1, 1967, 19-21
TOPIC TAGS: stainless steel, welding technologyo butt welding$' *Utomatlic welding,
weld evaluation/ OKhl8N9T stainless steel
ABSTRACT: Although the common consensus Is that the butt- ~aldl~g of thin xattaV
sections must follow a rigorously maintained welding reglm~o there is-no direct proof
of this. Previous studies of the dependence of geometricai dimensions of the weld
in such cases pertained to continuous metal without any clolarance and hence their
findings do not reflect all the features of the weld formation in cases where the
argon-atmosphere butt welding of. joints, and particulprly Oipe joints, is O~rf Qm'ed
by automatic welding machines so that at first the weld t&Us forn by gravity, To de-
termine the accutacy with which the automatic welding machize mti!ot maintaiu the para-
meters of the welding process it Is primarily necessary to investigate the affeat of
welding current, welding voltage and welding rate on the geometrical dimeiAiinw of the
1/2 UDC:' 621,791.06423669.L5,494

-1 ACC NR, AP7004192
weld. Accordingly, the authors investigated the arg4~?n-arc ponconaumable-electrode
welding of OKhl8N9T stainless steel 0t2 and 1 mm thicko yer4orietl so as to preclude
any constriction of the clearance between the specimens during thit welding. The geo-
metrical dimensions of the weld were datermin6d with the aI4 of a~ epidiosc*pe. These
experiments showed that the welding of the i mm thick metaljover clearance of the
width 0.1 mm does not result in any explicit burnout or poor penetration or veakoning
of the weld when the current Iw is varied from 55 to 130 a; the airo'length L 0 from
0,15 to 1*3 mm; the are voltage U., fro% 7 to 8 v; and the v 'eldizj~j rate v 2 ram 15
to 35 m/hr. A studar pattern was observed for the metal 041 m thick* Nevertheless
it turns out that considerations of weld geometry require some rentriction of this
range of variation In energy parameters. Thus,e.g. for thall MR ~.hlck steel With a
clearance of 0.1 = it is desirable that La n 0.4-1.30 VA; T"W 0 55-80 a; U a 7-8 V;
vw - 15-35 m/hr. A similar range of variati"Ove in energy p4inostors shoU13 be follo-
wed in the case of clearance-free welding or too welding of IVA" of the some thick-
ness. Orig. art. has: 3 fig? and 1 table*
SUB CODRt 13, U/ SUBK D&TRt WuMt ORIG REPS 005
2/2

S/ 123h- 9/000/008/023/0 43
Aoo4/Arj02
Translation froms Referativnyy zhumal, Mashinostroven-'Yo, 1959i No, 8, P. B8,
29238
AUTHORt 111yenko, N. M.
TITLE: Mechanical Flaring of Steel Tub2s of 20-25 m Diamel;er on a Radial
Drilling Machine
VN
PERIODICAL: Prom-st' Kubani (Sovnarkhoz Krasnodarsk. ekon.1 adm,: r-na), 1958,
Nos. 1-2, p. 18
TEIT; Bibliog.-aphio entry
Card 1/1

ASNISj Yeol... insh.; ILIUM# HoP*.. inshe
Application of the UPHII-13 electrodso for weldIng dItfarent typso of stse-L
Xhimemashinootre nos2t38-39 Mr-Ap 063* (Kf~ 1634)
(Steel.-Welding)

ILITMO, O.G., kand. tekhn. nauk.
Studying mom physical and chemical properties ofocaIr corevin.
Thidy M 27t6l-71 156. (Kru.. 101.19)
1. ftarshiy prepodavatell We&7 absbehey, rAoManich6skoy I, orga,.
n1chaskoy khImil Novooherimaskogo politekhnichasibogo Izatituta.
(Ceresin)

IVYENK09 O.G.; PEROV,, Ye.V., kand, tokhn, naukp otvo reid.; DIBOV,
doktor khir. nauk,, red,j FONOKAM, 1,F,,,, dok-Lor khim.
nauk, red.; YIOROZOVA, A.I.p kand. kbim. nauk, red.; I!CIRGASVXV.,
P.D.9 kand. khim. nauk., red.1 POWWTSOVAI L.V,, red,, W.-Ynj
NAUMOVA
Tu,A9j tekhn, reds
[Motor-vehicle fuels and lubricantellytomobiVqFm toj)Uva I
amazochrWe materialy. Novocherkasakp Redaktsimo-iodatell-
skii otdel NPI, 1960. 112 p. I(141RA! 15 t 11)
(Motor vehicles.-Lubrication) (Motor Nels)

of the lifferr-nttai orlusuor, ~,f an ilv- cclumn witth
i1fisma coolecl. by ricans of' hon, ~.,nn~uotivlf.;j ap.
A Wit.31( no.1%WS-929 164. ~1111%1 17-0)
1. Y4
..ye,i!-kly poll trkhnicheskly inst',--it. Ylroctntmvle6o
B.A..Patenom ti'aton,

FEDGHEM., I,K.; IL-YEKKO O.S. (Illienko, O.S.)
_::.7-
Study of the dependence of the radius of a d.a. are an the
current intensity and temperature. Dop. AN URSIL no.-9: U87-
1191 164* (MIRA l7r1l)
1. Kiyevskiy politekhnichaskiy itatitut, Predstavleio alldemikm
B.Ye. Patonox [Paton# B.IE.).
jig P

F,I:DCUt,,NKO, I. K., doktor takhn, na4, prof .1_1 L '~YEIMO, 0. 8.p Imzh.
Determination of the criticiLl parametero of an open 41.0. &rG
., an energy balance technique, za
usine lay. vytl, vchebl, va;
energ.7 no.512O-28 My 164. (uMA 171,7j
1. Kiyevskly ordena Leatna politekkinichoskly Institut. Predstatlem
kafedroy tekhniki vysokikh napryazhonly.

1
ACCMMIOK INRt AP4040323
AUU1014 12 'yenk** O.S.
TITIMs Clomeorning the backward mation od itke cathW* OPOt Of $I* 1krO In & Mag"tic
fleld (latter to the 941tor)
SOUNXI Sku"I&I tskhnicheskey glalki, vj4j ao.60 19640 1132-11s#
TOM TAGS: electric arol cathode spotg Hall offect# maginotic PAlenomena
ABSTRACT: An explanation is offered for tho'backward motlion ot.Che cathod, a dt-
po -of
an arc in a transverse magnetic field based on the largo difference betv*On the,
Hall coefficients of the are column al~ the metal of the electrode. The Hall cooffil
clent of the arc is large because of the large mobility of the olectrons Ind the
relatively small mobility of the ions. The Hall emf In much groater In
the are than In the metal, and circulating currents consaquentkV arise vhich oxws
the arc column in the direction of the Hall oaf and returathrough the metal elec-
trode. These currents are strancomt.near the electrode because of the resistance of
the arc. The magnetic field of these circulating currento is opposed to the exter-
nal rApetic field that induces theme Although tho secondary mgmtko field obvi-
Card
;ii~ jytyimw jp.11 ij~v; 1; I'l t~.

A=SSION NRi AP4040323
ously cannot everywhere exceed the external field that givois rime to it, itlis *a-..
sumod that under suitable conditions the secondary magnotim field can become grOst-
or than the applied field In the Immediate vicinity at ths'oloctl%do. when thislis
the case, the ponderomotive force on the material of the ihro is in the oppOsLtis
direction to that which would revult from the applied fi*10 alosmo, and tho'oathbdo
spot moves "backward". This suggasted explanation is not dovolopod into' a quantita-
tive theory, but a number of features of backward cathode oipot Olotion are interpro-
ted qualitatively. It io'concluded that the Hall effect pl*ys &Aoclstve role in
the backward motion of the cathode spot of an arc In a nalpitticifloldt, Orig-art,
has: 6 formulas and I figures.
ASSOCIATIONt Kiyevskly politakhnichookly Institut (Kiev Po~ytodbnla institute)
SUBMI t l8M&y63 DATE AM lWun64 XWLt 00
BUD COM EM. NU an SOVS, 004
Ccwd

ILIYENKOP O.S.
Reversed motion of the cathode dark space of thm arc in a
megnatio field, Zhur, takhe fiz, 34 no,6slI32-1136 Jo 164.
(MA 170)
1. Kiyevskiy politakhnichookiy institut,

A
VILTeliflillEkill Il Eli 2fMI Ill 1; -1
UP ii URN
'14

41

~ij)! W 4
hi
lilt

.M ~01 MEN
i i MI t "9111 tw- SIM I . I
124 -11 -13:515
Translation from: Referativnyy Zhurnal, Mekhanika, 1957. Nr 11, p 145 (USSR)
AUTHORS: Pukhov, G. Ye., ll~enko, 0. V., Chegolin, P.~M.
TITLE: Electrical Simulation of a Flexible Bar.
(Elektr.icheskiye modeli izgibayemogo sterzhrrya.
PERIODICAL: V sb. - Elektf. model! r ovan iye balok k ram, Taganrog. 1956, pp 17-21
ABSTRACT: Bibliographic entry
Card 1/1

Translation from: Referativnyy zhurnal, Mekhank". 1957, Nr 10, p 1Z4 (USSR)
AUTHOR: III yenko, 0. V.
TITLE: The Calculation and Simulation of Hinged Girders (Itaschet i
modelirovaniye razreznykh balok)
PERIODICAL: V ab.: Elektr. modelirovanlya balok I ram. Taganrog. 19564
pp 28-36
ABSTRACTi Bibliographic entry
Card I /I

124-11 57-10-12077--
Translation from: Referativnyy zhurnal, Mekhanika, 1957, Nr ID, p IZ3 (U$SR)
AUTHOR: IV yenko, 0. V.
TITLE: Determination of the Bending and Torque Mom nts it Simple
Cross Beams and in Beams Having a Broken ;,,an Vo#m
(Opredeleniye izgibayushchikh L krutyashchikb momentov v
prostykh perekrestnykh i lomanykh v plane Wok)
PERIODICAL: V ab. - Elektr. modelirovaniye balok I ram.. Taganrog,
1956, pp 50-58
ABSTRACT: Bibliographic entry

i
ILIYENKOt 0. V., Cand Tech Sci - Was) "Dosi.ping and
modeling of certain plane and space -~"- ''flyst'lln's IYY MeOls
elcc4ric' , 44.tqv,~
of quadripole an*Ar"s. 11 Taganrog, 1957. 8 PP
(14in of Higher Education US$Rp L'vov Poly 1;.n ohnio Inst),
200 copies (XLv 1-56# 118)
- 51

8(0)
Translation from: Referativnyy shurnal. Elektrotekhnika, 1959,- Nr 1, p 7 JUSS;R)
AUTHOR;~_~~~-
TITLE: Electric Simulator for Determining Bending Morno:into and, Twist4j;
Moments in Planar and Spatial Beams and Trusses
PERIODICAL: V ob.: Mezhvuz. konforentatya po primeneillyu ti%(Welirovaniya v
elektrotekhn. zadachakh i matem. modelirovaniya. M1,, 19570 pp 168 f69
ABSTRACT- A simulator has been constructed for investigating the followibg
systems: (1) spatial trusses with rigid joints, with up to 10, bars, with one
closed diagram; (2) continuous and hinged beams with up tp 10 spans; (3) a
planar truss with rigid and nonrigid joints, 10 bars, *ad with one c'loood
diagram. The systems under Investigation may be objectild to various
external factors: (a) forces, (b) temperatures, (c) displa~cements of supports
or other links. In case of a planar framework. an Allowance may be made for
an elastic constraining of the uprights. The simulator can serve for
Card 112

SOVIIIZ-59-1-87
Electric Simulator for Determining Bending Moments iknd Twi.sting Mootentol . . . .
determining the bending-moment epure and for cotistruc ling the elUstictity line
along a bar from specified values of turning angles and bending moment,s at the
bar's ends. The simulator Is AC supplied and compris6s wire-wouhd rheostats
(no detailed description of its circuit diagram is supplied). The rosults
obtained from the simulator differ from those calculated by 516 or less.
L. V1.
Card 2/2

AUTHOR
TITU
MIODICAL
)XS=T
ASSOCIATION
HLUENT0 BI
bUBMITTED
AVAILABLE
Card 1/1
?U1Qi0V G.Ye.,Dr.techn.Frof.0 1LtTLNK0 0#V.jlng'P PA - 31o4
CHWOLIN e.ka,, In&,
Electrical Models for a Bondable Beas.
(NloWicheskiye modeli isgibaysmogo stershnya Aussi4w)
Slektrichestyop 1957# Vol ?# Nr 5. pp 45 - 47.# (U.S;S,oR,)
Received 6/1957 Revis"d 7/1957
Several different electrical modtla of a bondable bean were proposed.. The-
se models do not have negative resistancen wA!are tr~ervfore free of the
defects which are usually connected with the elefstrotiob Mplif ier provi-
ded models. One of the acheams is, because of Lhe unsymmetry in regard
to the longer &%i9,, usable only for modelling la those boom system which
do not produce a closed current system. There is &Ub it system shown which
i3 3YMM6trical in regard to the longer axis* 4 schemo idthout negative re-
sistance can be maintained by means of a contact closing of qua&, ipoles
from resistances with an ideal transforserp whoreby the trusfomer -coef-
ficient is W.
(With 6 ill. SW 3 Slavic references)
Radio Technical Institute of Taganrog
13.4-1956
Library of Congress

ILIUM. 0,V., kand.tekhn.nauk; USYNIN,, V.I., inxh.
The IMS-1 elootric analyzmr for designing boatis and frames.
TrW RISI ro.11:43-49 !38. (XI" 13:3)
C
1. Taganrogskly radlotekbatchookly inslitu 0
(01rdere-ftectromebasioal MnWgiss),
(Structural f raws-Mootrowbad-Cal linalogies)

IL'YIRIKO. O-V.. kand.takhn.nauk-
Designing bows and flat frames for thermal offocte br means of
slootrical analogies, Trudy RIBI w,11:63-6? 158. (MM 13:5)
1. Tagaurogskly radlotekhnichookly Instituto
Girders-IleatromeabIenicol
ructural frames-IleatromeoharAcal au*logiss)
M

PUKF(OV. G.Te.. prof., doktor tokhn, usuk; ILI T7,71110, takhn. nauk
Taking into account bonds in foundations of supporto in desigm-
ing electric analyzers for frames. Trudy RTSI ni).11:72-75
158, (MIRA 13:5)
1, Taganrogskly radictokhrAcheskly institutf,
Foundatious)
ructural franoo-Iftectronseba Aleal O'krialogles)
M

PUKHOV. Me.. prof.. doktor tekhn,nauk;jhUM,.qtjT.,,O kand.tekhn.nauk
Ilectric analyzers for beams and frames on solid eloastic basis
and rigid supports, Trudy 9191 ho.111130-13,~ 10. (MIRA 130)
1. Tapnr sitly radiatekhaloheskly lnmtltuts~
Structural fra"s-IM"tromoohadol avislogies)
lGirders-Aftootromadhanioal anal6gies)

ILVOKo, s. En,lenko, S-1
Lost solution. Znan. ta pratsia nO-1:14-15; J2 '62- (MIRA 15.1)
(Numberes TheorY Of)

1), 14;
or'l qll~
P

ILI TMOt S.M. Cand Teoh Soi-(dies) "Study of cerbain problems of V,
is 'A Atli
underground drainage of inclined and too "Ar.,au Awuhusioo viorked
by the open method." EtnlinO, 1958- 16 p0 (Vivil of Aighor Muoltion USSR#
Moo Mining Inst im I.V.Stalin), 150 copies (XL0O-%l27)

W MUO- S.M.-, kandotekhn.nauk
Use of electrohydrodynamic auloglem for solvliug drmizage probloms
of coal deposits. Ugoll Mw-5 no.3:42-43 Nr 161. (MIRA 14:3)
1. Donetakiy palitekbnichookiy lustUuto
(mine &%imge)

ILI YENK
11 OA 3
Using a hydraulic integrator for in"itigaUtog aino',qraimage
problems. Izv.vys.whsb.sav.; ipol.1 raxy. no,jvu4-nq
Ag 162. WtA 15 oil)
1. Donstakiy politekbuichaskly institut.
(Mine drainage-4quipmeont and stu~pusmi

AS-LUKHANIP A.Z.; IL'YENKOj "0.M., dotsent
Determining the optimal speed of carrying out mAning r4jerations
in preparing levels for retreat mining. Ugo1O '39 no.7;10-12
Jl 164. ()aILA 17: 10)
1. Upmvlyayuahchty trestom Selidovugolt (for Aistrak~akl').
2. Donetskly palitakhnicheskiy Institut (for 111yenka),,

Hydraulic Machinery
"Stripping by Hydromecbaniew," V. G. 11*j,L'11ko
"Gornyy Zburnal" 11o
The author conducted this method of vorkini;, :1
shaft at Krivoy Rog. This vas a research ~wojc4t
by the Krivoy Rog NIGRI* Diagram of oparation.~
The small range of operations prevents ftili
evaluation of the effectiveness of this nIM:b0l.

MWIF, Valentin Vasillyevich; TARASOV, LU., rotesaxent; JITJWO, V.G.,
redaktor; NOVSHMZA, I.A., redaktor; SHUMY)L. V.14..,
IVINSON, I.M., teklmichaskly redaktor
[Dust control in Krivoi Rog Basin mines] Doti be, a W11 Lu ns. :H"Daklh
Krivoroshokogo bassaina. Xomkvs, Go$* tmudb"-tekhn. izct-yo lLit*-ry
po chernoi I tsvetuol notallurgii,.1954, 256 p, (MML 814)
Orrivol Rog-Nine dusts)

JLI?
-.06ju.114 Grigorlyevich; TW3911f, P.R., rolaktar; $JIUSTOTA,
redaktor Izdatelletva; ATTWO71CH, N,Xt %ekhatabookkr rodaktor
[Measures for dust control in mining Xrivor Rog miwij ProtivW11ays
maropriiatiia pri prokhodke gornykh vyrabotok v trivossbakon bassilme.
Moskva* Got* nauchno-takha, Isd-vo lit-ry po obarnoi i tevetnoi
setallurgii, 1956. 68 p. (XLRA 9:1Q)
(Kovoy Rog--Kin* dusts)

ILITMO, V.G. 4: -4 Ur I I "inshener
*A-catching device In boring seconding bore holes. 111A. I $an$ R1
nooll:75-77 N 156. (MMA 101:2)
1. Is Krivoroshokogo nauchno-Iseledovatelfskep gomproduego
Institute*
(INDUSTRIAL XYGIONS
prove *f accidents with now mud catohizg govice In
drilling of blast holes)

ILITMO, V*09, Inshenerg
I
14~~N,!Mtoo hectors In om-dressing and sintering ]Uuts~6 Be$
prom. 1 no,3125-26 Mr 157o M= :
(Ore dressing) (Dust collector,$)

RnHKoy, Y.N., rodaktor; SHOLOYRAY, A-Ta.4 rodn'k%or
1--u-NINWIstva; AVINSON, I.M., tekhnicheekiy redattor
[Control apparstus for dust removers] Kantrollasi# apps"ture
puleventillatsionnot slushbr, Hoskya, Goo. vAucbn*-t9kbI3.iz&-vo
lit-ry po chernoi i ts"taot metallurgit. 1957. 81 P. (KIM 10:9)
(Mine dusts)

ILITMKO, V.G.
and chemical methods for snalysing n$r in himes' b7 0.17.
Sinkevica atd others. Reviewed bY V.G. lllenlc4i, Beiv,p3ruda v prom.
2 no.5:3t? My 158. 11:4)
(Mine gages) (1ir iinslysts)
(Sinkovich, O.T.)