SCIENTIFIC ABSTRACT ANTONENKO, L.M. - ANTONESCU, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101720015-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

DGROFEYEA00 G.N.j DUlY.11YO.. V.I.l ANTONENKOS L.H.
Porchloric acid und its compounds an catalysts of
organic synthesis.
Part 6: Magnecium perchlorate (anhydrono)o a convenient
catalyot
or acylation of organic compounds by acid anhydrides
-huroobekhi-mo
32 no.90047-3052 S 162. 4111RA 15:9)
L Donetakoye otdeleniye Inntituta orrnichookoy khimli AN
UkrSSIR.
(Magnesium perchlorate) Chemistry, Organic-Syntheslo)

ANTOWK-Jp Leonid Sargeyevich;TIKII0110VA, N.V,, redo,,
NS:tYSLOVA, L.M.0
to= -IqRr.-
[Laboratory testing of building materials) LaboratorWe
raboty po
ispytanliu atroitellrqkh mateiriaLlov, Moskva,
Vses.whebno-pedagog.
izd-vo, Proftekhizdat, 1961. 58 P. (HIRA :W12)
(Building materiale.-Testing)

L17VAK, S.L. (Lytvaki S.L.jp kand.med.nauk; X.D.
Treatmont vith androgens of some fozTw of pathologic
climactaric.
Fed., akush6 i gin. 22 no.6:48-49 160. (MNA 34: 10)
1. Akusliorsko-ginekologicheskaya klinika (direktor -
zaoluzht,nW
doyatell nAuki prof. O.I.Malinin) Odasskogo
moditainakogo inaitituta
im. M.I.Firogova (direktor - zaalushannyy doyatoll
nauki prof'.
I-Ya.Do.yneka) i kabinat lecheniya patologichookogo
klimaktorlya
pri 5-y zhenakoy konsulltataii g. Odeasy
(zavadu~nwhcliiy -
M.D.Antonenko).
(CLIMACTERIC) (ANDROGENS-THEWBUTIC USE)

Insh. (Dnepropetrovsk)
Mountain air In a workshop. Okhr.trudA I
voto.atrokho noo71
65-67 J1 159 jAIr, Ionized) (111RA 12:11)

ANTOIMMO, H.
With waahine constructors in Daspropotrovsk. NTO no.8tl6
Ag 159.
(min 12:11)
1. Predmedatell soveta pervichnoy orlmnizatell
Nauchno-tal-hnicho-
skogo obehohestva cashinostrottellnotlo savoda,
Dnepropetrovsk,
(Dnepropetrovsk-Machinery Industry)

- T - -
AMNI)MO, H. ; WWNSKIT, N.
A
Device for pouring ethyl benzine aDd rendering It harmless.
Ukhro truds. I sots, strakh. no.207-88 Ag 158. OIRA 12:1)
t0asoline-Safety measures)

- ANTOIMM. K.. Insh. (g. Dnepropetrovsk).
Valuable suggentione of Innovators. Okhr. truda I sets. strakh.
no.3t83-84 S 158. (MIRA 12i1)
(Hoisting machinery)
1~

ANTONZNKO, M.G.. Inzhenor; BOIA)NSXIY. N.B., inshener.
~z 0-
~ I"v ce for transfusion of sthylated gasoline.
Basop.truda
v prom. 1 uo.8:14-35 A& 137. (WRA 10:8)
(Autooobiles-Apparatus and supplies)

ANTOMIMO.K.G., insh.
*Xountalzi air* In a mwhlzwr7 planto
Xashinostroftell
no*3:12 Mr 160* (MIRL 13W
(Factories-Air conditioning)

ANTOMKO , H,G.
With workers of the machinery industry in Dnepropetrovsk,
Hashinstroitell no.740 161. (KEU 14:7)
(Dnepropetrovok-Machinsry iixluBtry)

____'SOURCE__C -IOZ-f/011/0073/0074
ACC NRi AP6036272 ODE U11/6108166
AUTHOR: Antonenko, M. G. (Active member)
PRO: Scientific and Technical Society of Radio Engineering and El o
ct rocommuni cation
,im. A. S. Popov (Nauchno-takhnichookoye obahchostvo radiotakhniki
i elektroovyasi)
.TITLE: Investigation of operating reliability of high-power
ferrite devices (for
purposes of discussion)
SOURCE: Radiotakhnika, v. 21, no. 11. 1966. 73-74
ITOPIC TAGS; ferrite switch, ferrite, reliability
1
,'ABSTRACT: The ope rating 'reliability of Al-Mg ferrite elements
(29Ox2ox6.85 mm)
!functioning in a waveguide is reported. These failurea were
recorded:
Number of

failures
In 1959
35
1960
V
1961
4
Total
66
Failure Types
Cracks Spallo Breakdowns
6 26 3
4 16 7
2 0 a
12 4Z lz
Cotd

ACC Nits AP6036272
'The causes of failures were: heating by signal poweri stresses between
the ferrite
I
'elements and wavegulde wallol low quality of cement and wall surface;
inaccuracy of
,ferrite fabricationt nonhomogeneity of source materials. Estimated
probabi1itive of
lailure were: Cost of repairs, 55100 rubles.
1959 1960 1961
0.346 0,117 0.017
Orig. art. has: 5 formulas and 2 tablss~
SUB CODE: 14, 09 SUBM DATEt 22]Feb65 OIUQ RErt oo4

'ANIXINFATOP tI.G.
WI-3~0 welding gcmrntor on t pi-ro! wichino. Strol.
trilboprov.
Q nc.1006-27 0 164. NIHA 18:7)
1. StroltAillno-mont.nzlinoye upri~vlentyp No.7
tl-OlItti 1108gn zpr ovod it troy,
lAminprAd.

ANTORINKOO N.K.
Laying cablao in reinforced concrete duct@. Avtom.,
telem. i
syles' 2 no, 8:31 Ag 158, (MIRA 11:8)
ld Sachallaik Ioningrod4lolyandskoy distanteii
signalizatsii
i avyast Oktyabrlskoy doroel,
(Ilectric ct4blap)

ANTONUM, N.K.-,W~-
-
The cost of supportii% level drifts according to tho
order of
lovel dovelopment. Inv# AN Kazakh. SSR Ser.gor.
dels, so-3--
83-93 151. (HLRA 9t6)
(mine timbering) (Mining engineering)

ANTONMO, N.K.; LUCHISOV, S-A-
Mount of methane emission In rAreganda Basin commercial sootor
mines.
Trudy Inst. gor. dels, AN Xasakh. SSR 103-92 156. (WIPA 1111)
(XiLraganda Basin--Ririe games)

T- A - I-lk Tx-
ANTOUNI(O. N.K.
Determining the most advantageous place for vertical shaft
sinking
by the dip of the minefield. Trudy Inst. gor. dela AN Kazakh.
SSR
2r60-71 157. (HIM IOrl2)
Ohaft sinking)

ANTOMMO, N.X.; TSXHAY, V.A.
Determination of spaoing between Intermediate entries,
Isve AN
Kazakh. SSR. Sort gor dels, no.2:3-8 158. (NIU 12:20)
(Xining engineering)

AMMM'.f.K'
, o.at-of supporting mine levels during advanoe and
retroat mining
in the Karaganda Basin, Trudy last. gor. del& AN
Nasalch. SSR
n0030-15 158. (MM 11:6)
(raraganda Basin-Coal mines and mining)
(Mine timbering)

-ANTONXIM0, - $4., TSKHAY. V.A.
Iffect of gas-emanating properties of a mine on the
size of its
main elements* ftidy Inst. gore dela AN Xazakhe SSR
5:16-29 160.
(HMA 1318)
(Kine gases) (Coal mines and mining)

IAVSHUNOII, P.A.: RAKITA, N.1s; RABUTOTSKIT, T.B.; AI.T0131110, N.N.
Oil-bed samplen Trudy VMGNI no.llt2ll-218 '58. OaRA 13:1)
(Geochomical prospectiW-Xquipment and supplies)

-ANTONENK), N.V.
Coaferenee-seninar of chief and asnior veterinarians from the state
livestock farms of Leningrad Provinces Veterinariia 37 noo8s96
Ag 160. 04M 15:4)
(Veterinary medicim)

AWONEW-0, N,Se; KODNU, M.S,; ADAMOVA, M.N.
Spootrophotmetria determination of styrene and
vinylmethyl
adipate in polymerization products, Zhur. anal, khjm.
20
no,IW1112-1115 165. (MIRA 18i11)
1. goverodonetakiy filial Gosudaristvermogo
nauchno-Ircledovatell-
skago i proyaktnugo institute azotnoy promyshlennosti
i Froduktoy
organicheskogo sintoza,

U I
ANIV-Ni '11101g..0.
Infrared spectroscopy method',(or study, ng the
moipc~.Amr
Interaction of acid amides, of acAls. Zhwr.
ob. khim. 35 no.3t425-429 Mr 165. (MIRA 1,S14)
1. Severodonetakly filial GosiWarst,vennogo
Instit.-.ita ozotnoy
promyshlonnosti.

DIDINKO, Y.Te.; TSAM. M.N.; 391TRITU, X.M.; ISYTIS, V.A.;
GBMOVSKIT,
YA.M.; IVANOV. Ts.B.; CKWOK, V.T.; URSLMKO, R.N.; KRIGIR, I.Ta.;
PINCM, A.K.: ANTONINKO, N-21: SMUISON, A.$.; VASIL'CHINKO, S.I.;
DRASHKO, A.M.; HAYvsr 9 KMHIRUVINKO, D.N.: SAVCHUK, A.I.;
ZHMVLIVA, L.I.-, RAUTIN. 1.G.; KHRIYZNKO, Y.Ts.; MCSINKO, N.K.;
CH3-
SOMKO, G.P.; LISSOV, L.K.; HAMOXTOV. V.V.; BZLUM. A.A.;
POYM.V.P.-,
VOLODARSKIT, X.B.: MICHMO. 0.D.; LZVCHENZO. V.M.; RLSHXIROV.
A.A.;
TOROD' M. MJ.; ILICMKO, L.I.1 PODSHIVALOV, F.S.; MOGILINTY, P.P.;
LEVI, A.R.: YASLTAYXV. 0.P.: DURNP, V.V.; OSYPA, B.S.;
SAROYALOV.0.1.;
romm, A.F.; ISSHCHINA, A.I.: PANK&LIBIRG, G.Te.; KHODANKOV, A.T.;
XLRPOVA, I.I.; VASILINJIG, I.M.; VOLDSHCHUX, A.S.; SHXIP-
107 1 A.Z.; FILIPPOV, B.S.; TYUTYUNNIKOV, O.N.; DOLINS11Y,
H.Yu.-, NIKI-
TINA, P.P.; MOVIDIV, S.M.; TSOGLIN, M.N.: 13MR, R.Z.; BOGACHXV.
V.1.
Hihall lAkovlevich Moroi; obituary. Koko i khim.no.):64 '56.(KWA
9:8)
(Moroi, Mikhail Ikkovievich, 1902?.-1956)

ANUCHIN, M.A.t kand,takhn.nauk, dotsent; WONERKOVt
O.D., kand.tekhn.nauk;
POFKOV, G.I., inzh.; DUBININ, V.V.,'Inih.; NOSIKOV,
S.M., insh.
Movement of billets in free explosion forging.
Izv.vya.ucheb.zav.;
mashinostr, no.6ol55-161 163* (MIRA 16:10)
1. Ho3kov3koye vyasheye tekhnicheakoye uchilishche
imeni Baumnna.

ANUC11114, M.A.p kitnd, tvkhn, nauk, dotsent;
ANTONIENIM, O.D., kand. tekhn.
natxk; 40SIKOV, S.M., lnzh.; DUB111IN, V.V., Inzh.
DetermIning the energy of shape formation of parts In
atamping without presses. Izv. vys. ucheb. zav.;
wshinostr.
no.2:156-159 t64. (MIRA 170)
I, Mookovskoye vyasheye tekhnicheakoye uchillshche
imeni
Baumana.

Acussiom hR, AP4=380 5/0145/64/000/002/0156/0159?
AUTHORSt Anuo,'An Anto"*0VO
X. A. (Cw~didate of technical aciences, Docent"
1i; Dubining Ve
09 D. (CmAidats of toohnioal scienoos)l Nosikoy~ S. M.
(Engineer
'7 - (Engineer)
T:TLEz On the problem of determining embousing enera of work
piece with die
without molcung
WUFCE;: IVUZ. Mashinoatroyenlyo, no. 2, 19614p 156-155~
TOPIC TAG3s dies embo3singa onerap paraboloid of revolution,
ellipsoid of
revolution, sphorical sogments deformed metal, symotric shape
AM,- il%C -As SimpliCiol axpros3iona were derived for tho
dimonuionlosa on'bossing
onorgy of a piece having the shapo of a paraboloid of
rovolutioti, wi ellipsoid
of rovolutiozi, or A sphorical aof;mont. Tho gonoralizod
onorcy is givon by
A (s,)6,
where apocifio doio mit
ion work, V voltuuo of deformed motal, For a
eymotrio shapa 61 ia roprouentod by;-
;Card

ACMSION NRl Ap4o3o38o
ro
where
(Ll~.)2 dr2
- -- =2 11. d V
dr r2 dr
Substituting those into the first equation w-d introducing the
dimonsionloss form
of thoonargyEl '111-13wrlal;', Yields
R' In b-q
For tho three different shapes mentioned above this equation is
intogatod
ayed gr&plioany.
numerically on the Ural-2 conputers ard the results are displ
Orig. art* has 1 14 fornaas wA 2 tables,
ASSOCIATION i WU N. H. Baumena (MVTU)
stmnml)o 22Jul63 MQL 1 00
SUB COM HH. NO RV BOV I OU OTHERs 000
Card 2/2

*:i~,.T *:V~ ,.11
1 6
"t 4 , ~
N-;- -,,, .!*, er"t), , - , -- I , , " . , , ~ %."i:-
~k : . ~- ~~ .
t . : .
I
I ~, ~-.. i .811 *-
rovc 1"'0t. t~!, RA ...

C_ ANTOMIO, P.M.
KC401 airplane builders of 6tallagrad Province.
Kr7l.rod.2 no.3:9
Xr 15 1. . ~ I Oa-U 10:2)
1. IA#pektor arftmodolraogo #port& Btalim4gradmkogo
oblastoogo ko-
miteta Do'brovollnogo obahchestva sodoyetviya aviateit.
(Stalingrad Province-4irplanes-Kodele)

-.ANMNENKOP S,
Graphic art laoquern baced on the KS-22 carlAnol
lacquer. Kh1m.
prom. [Ukr.] no.ls57 Ja-Kr 164. (HIRA 17:3)

U(O) BOV/92-58-11-1-3/36
AUTUOR: Antonanko., S.k~ Member of the TTU Ukrglayneftesbyt
TITIX: Bulk Plants Should Have Uade round Oil Filling Stations
(Neftebazam,
podzemme mwlorazlivo=
M10MCAL.- Neftyanikp 190p Nr ll,, pp 17-18 (USSR)
ABSTRACT: To facilitate the supply and delivery or lube oilp
especially com-
plicated in winter time, one of the Ukrglavneftesbyt bulk plants
built an underground oil filling station in front of 18
horizontal
semi-buried storage tanks with a capacity ranging frot 3 cu, m
to
50 cu mo Faucets with a Z' pipe diameter more Installed in the
tank bottoms through mhich a 200 liter barrel could be filled in
4-15 minutes. From this underground f"11 station barrels am
carried away in a narrow-gage care dravu by an electric vincho
Oil
to pumped into tank trucks by the Sh1DP-125 or the R3-T Pump, in
about 30 to 60 minutes. The underground tankage cut dovu fire
hazard
and makes It possible to reduce the bulk plant area since the
space
Card 1/2

I-10)
B~lk Plants Shixld Have Undersr*und (Con.)
60V/92-58-1.1-1-3/36
betveen installations can be economized, If the profile
of the
terrain permits lube oil rAn be unloaded from tank cars
and
poumd LrAto underground storage tanks by gravity.
Besides this
underground filling station., the author mentions
anather similar
statlonp Vhex" a number of operations v%.re mechanized
and the
time of oil loading and unloading vas shortened. '
ASSOCLATION: Vyovskiy TrU Ukrglavneftesbyta (The Llvov
TTU of the Ukrainiwn
Branch of the Main Administration for Pletmleum
Marketing)
Card 2/2

35338
S/194/62/000/001/042/066
16,3400 1113XIIAr3d3), 7) D201/D305
AUTHORS: Kozulin, Yu. N. and An-tonenko.-T, I..
TITLE: Tabulating functions Q (p,z) of two complex variablee
~U
PERIODICALs Referativnyy zhurnall Avtomatika i radioelektronika,
no. 1, 19620 21, abstract 1Z1142 (Uch, zap, Kishinevek.
un-t, 1960, 55, 209-217)
TEXT; In calculating the electromagnetic field of a vertical mag-
netic dipole over a 2-layer conducting medium the necessity aroue
of tabulating functions
00
-z chL - /uS
Q (P,Z) =S Io(p shC)e v ds
)U 0
Card 1/3
C
V.~ f 61ven
dePenden 0~
Ce ';Ile e Ind for 6
iec! t"Omagne t

A
S/194/62/000/001/042/066
Tabulating functiona Q U(P,Z)... D201/D305
fIeld components e v and hz on tile modulus of parameter p Is shown.
Z-Abstraoter'B note: Complete traziolation.-7
Card 3/3

.%1/, 9 $~. 00
AMIORS: Plkov, V.I., Antonanko, T.I.
3,11)58/~ 1/1)00/0 10/074/10()
AC,()I/AIOI
"%I
. -TlE: On determining the wirfaoe energy of rolids
FMODICALi Referativnyy zhurnal, Fizika, no. 10, 1961, 242,
abatract 1OB90
("Uch. 2ap. Kishinevak..un-t", 1960, v. 55, 22'j - 231)
TEIM The authors derive an equation which relates specific
surface ener-
glas of the solid C a -and Its-smelt L. 6m, at the amelting
pilntt F-a - K L gml
whire K_depends on energies of sublimation anl evaporation.
external pressure and
molar volumes of solid, smelt and vapor. The formula yields
results In satisfao-
tory agrpemont with oxperiments. A linear relation Is cbtalpod,
using the Oibbs-
Ifeltholtz eq-,i&tlon, between the speotric surface.rree
energies of the solid and
Its sao~lt.. The foll?.wlng quantities enter this expression as
parameterst tjem-
persture and heat of smel"Ing, molar volumes and U,.erwral
coorriolents of volu-
ma"ric expine"on for !,he solid and its smelt.
0. Krasko
(Abteracter's not&: Complate translation]
Ca rd Vi

1,1692
S163 61/049/000/004/011
BiO2YBi04
AUTHOR: kntohonkot To I*
TITLE: Determination of t" total surfaae energy of solids from
the
angle of wetting
SOURCE: Kishinev. Universitet. Uchenyye zapiski. v. 49, 1961,
54-58
TEXT, The great deviations in surface snergy~ae established by
the
uouai methods are ascribed to the fact that most of those
methods depend
on solid - solid interaction. Here-it is proposed to work with
solid -
liquid interaction for determining surface energy and stress. As
compared
with other wetting mothodep this one offers the advantage that
the final
formulas involve no quantities difficult to determine. The
parameters of
the liquid are assumed to be all known. Surface energies, e, and
wetting
- C, a E2(1 + I - tan 9) whore 6,2 is a
,anglep Q, are related by F-1 2 cose
function of the potential energy of molecular interaction; the
subscripts
I and 2 'refer to solid and liquido respectively. When C 12 in
calculated
Card 1/2

S/83 61/049/000/004/011
Determination of the total surface ... B102YBiO4
and expressed in terms of 9 and x - (v2/vl)1/3 this leads to
the finhl
relation
"i---
+
+ (2+ -191) (13)
(2 2) 0,0
the vi are the specific volumes. Surface energy and surface
stress are
computed !or solid benzene and for sulfur wetted with benzene,
CCI 40
toluene, and cyolohoxane. The values agree well with each
other. The
surface stress for NaCI is found to be 257 dyne/cm. There is I
table.
Card 2/2

RIMOVI V.I.; Ah-rONENKO, T.I.
Rolation between sublimation and Mrdness. Izv.vys,uchazav*;
fis. no.0173 162. (MIRA 15:9)
1, Kithinevskiy goeudaretvennyy universitete
(Sublimation (Physical sciences)) (Hardness)

ACC=ION NRs AP4025092 S/0139/63/000/006/0104/0109
AUTIHORSo Antonenkos T, lo; Aty*kov, Ve L
TITLEt 6~iculating entropy changes in'evaporation and sublimatiori
SOURCE: IVUZ. Flzikaj no. 61 1963p 104-109
TOPIC TAGSs entropy change,, evaporation, sublimations transition
layer, potential
enargy, Boltzmann distribution
ABSTRAM A now analytic method for measuring entropy changes during
evaporaiion
and sublization which requires knowledge of the molar volume of
only one phase has
lbeen described. The method is based on the fact that between tho
volume of the two
phases in equilibrium there exists a transition layer where all
paramoters change
abruptlyp especially the density. P and the potential energy u of
the molecules iee.p
from(*, and Ul to P2 and u2o The analysis is carried out in two
stepst 1) the
;~oleckles transfer from the first phase into the transition
layer, and 2) the
moleculos move out of the transition layer into the second phase,
Under the
assumption of a Boltzmann distribution for the molecules in either
phase and &
Card 1/2

AOCESSION Nit, AP4o2$O92
linear dependence of molecular potential energy in the transition
layerp &A
expression is derived for the transition layer thickness.
Purthermores wAvereal
functions are derived and tabulated
to enable the determination of values of LA, R /Pl , and the signs
of dp/dT and
2
Vi. Orig. art. hast 18 f0mulasi, 3 tables, arA I figure.
ASSOCIATIONs Ki&hinevskiy goaunivorsitet (Kishinev State University)
SUBHITTEDt O9Jul62 DATE AOQt laeb64 ENCLt 00
SUB ~*Dgi PA' NO REF SOVs 002 OTHERs 000
~4
Card 2/2

Ff murmmgmn,- mm ff, v r u "i"

ho

_1 -26766--66 WMISP?
I - -6005620 (0-2/sTUR)=6 IWWIGG
I
A_EC_N1h_KT UR/2837/64/069/000/002)/0025
AUMORt . AnjQjjjWW. Tale,
OROt Kishinev MAte Univernityi-Kiehinty-(Kishinevskiy goeuniversitet)
TITLEs Determination of surfAos layer thickness between a liquid and
its saturating
vapor
SOURCEs Kiabduev* UniversitsU Uoh*W% sapiski v.69l 1041 23-25
ITOPIC TAGSt light polarizationg integral equation
ABSTRACTo The present work establishes a connection between thl
coefficient of pol&-
rization ellipticity and the thickness of the surface Jyer of a
licMid- D contact
with its saturated mpor. The approach is basea upon the phenomenon of
elliptic polari-
"tion of a linearly *Iarised light, following a reflection from a flat
liquid surfac
This fact shove the existence'WIL,transitional surface layer between
the liquid and
J ,
Its saturated vapor phassl with a struoturs, essentially different
from that of the ho-
mogeneous infinite liquid. The analysis builds upon previously
published theory of el-
liptic polarization of light reflected from layers with a thickness
much smaller than
the light wave length of the falling not'joa. Sivukhin, J. Exp.
&.Theore Pbys*fvo18j__
-1948, 976s and Y.21919% 367)- An Integral equation relating the
coefficient of polal.-_

T q 766-456
ACC NR, kT6005620
rization ellipticity and the layer thic)mses has been obtaineds The surface,
layer thicyr
n,,:,,,;,for sevIral liquidep turned Rut to be 2 - 3 times the liquid
intermolecular
di ce (19 1. for benzene# 12 1, for carbon tetrachloride)* Orig. art. hass 15
foruulass
COM 20' SUBM DAM Nowl
4.
orac Rut 003/ OM IMF$ 001

FILYUS." IT A I Y , I van Ytiv-j -jv! t-Lfka I
I us I i7ts 'k-; Is I J . 'i ; U:MKk`.'i ,
1 .0. , , r". j KOVAITNU , M.Yn., rod.;
T.S. . red.
(nVoif-ml tin(i colloid chemistm-; colluld
cLe:-1.;tryj Fi-
zyclain I kololdrin khiv~;Aa; kololdna khimilu.
Kvivp ha-
dimilkn rhkoln, 1964. )V" 1~. (MIHA 18-1)

ANTOXMKO. 0. (g.lirorogrAd, USS)l ANTCNIWKO. V.
(g.Kirovogred, VSS4
Contact with life, Politekh.obuch. no,10:87-88 0 159*
(XIRA 13:2)
(Kirovograd-Nduontiont Coopervktive)

WTONENKO,j Y.A,, insh.
Current feeding nozzle on a semiautomatic
machine for
welding in oarbon dioxide. Svar. proisr. no.105
Ja 164.
(MIRA 1711)

ANTONMOS V,D, I inshe
Capron instead of nonferrous castings, Stroietruboprove 6
no.7:6 Jl 061. (min 3418)
1, L'vovsIdy mokhaniobaskiy savod, g. LIvov.
Oylon) (Gas industry-Equipment &M supplies)

ffqONEKKOp V*Dq
Organization of indoor vork of the party. Good. i kart.
no.11:41-43
N 162. (MIRA 15M)
(Cartography)

ADIXAMICHI B,?.; ANTONEN-Ku-, V.G.
Manufacture of glass collimators, Prib. i tekho eksp, 0
no.W26-128
Mr-Ap 163, (MIRA 16W
(Collimators)

ANTONENKO# V.I., veterinanky-y vrsich (Odesna)
Imunization of lotge againfit plague and ery0palas by it
mixture
of two vaocines. Veterinarlia 39 no,M46-47 N 162. (MIRA
16slO)

A !'T' C,5

T 1,2LE:
charLcterlstic FvatureZ3 Of Oxi'lation Cf

Carbon nt a Low Content oi' Cai-Lon in tlx. 1'ctal :,'elt

(Ozotennootl kinctiki o!,-.ivlcniya ujleroda pri n.".,1:Vd,

yeru v metntllic~x-,t.-oy vvine)
?ERIODICAI. -
'Naue"myY0
doll ndly vyvq-1'.',%,; o*-~!--ly . Ilet ill I ~ir;:i,;a,

Nr
3, i)P 5 - 9 (~JSSIO
A-.-~STRAC7
The cl aract oriatic kinetic
fc%turci; of the decarburIzation

of low-carbon cteel weve
14"-o- lilvect i,-,,,t ions

werv crxried out in quartz.
toot. tu1L,-c by ut~--ans of high-

frequency fui-naces in an
atmosphere. The velocity

of the addition of Uie ni7enta to
t!;U 7-J)t-I'll".1

a r
d the yiold of the taveous product.; ifter U tion

were
determisiod by of carill-nry T..e

course of the oxidatil),-i
Lf ti.e carl,on wao tri-ced dtiri.-,K

Lie reaction, and 10
iln~ fij-,U1-(1 1. TI-o curve of Cx

separation of carbon
monoxide jpvcifies thu kinetics

Lif the proces.9; It
conoilutr, of tib~.ree 1-irt.7. T11W do-
Card 114
carburization process li~rit.; the oxyt:(ni trani;f--r in
tioi

C.,.qractcrlstic Featuren of t,,.L- cxi,in, j:*",.~~.,tico
3- 1 r I
o f Ca.-'Q,.) n r. t a L,,:,w C (, r. t en t o f C:. rb c
r, i n t i. i, ~i 4 t 7-,
reaction zono-, to the criti-I conc,mtrntion of liw
enrl,ou 1 n mo alts. Winer, a (I i I i on o f t!,c ox id i
..- int'r
,%~;v!,t io increared the -~irve "un risi;-q-, volir:-e.
horlzontnl part of tho., oLII'Ve I)OIF *t:, tO thf)
C')I;;:t'!.CY
of tho proOevr. i~ I v o r,-' t ion" C,-)! ok--11 tr at 10
-1 of .,A H on
in dopondleriev wi tne a:!~iition ril' the
oxidizing at!,erit wn8 r,,,.t(, if
decarburization proceon kf-cte-~-,.es is
detvi,,-.invd by tle
fo 1 1 4
07, .
dC s /V, K Cc
d 1~' $
xx Y
K I Y
whore S/V denotes, th,-) r,.* ii) 'vetwt?c1i the reaction
surface
and the volun,e of ty") Cel t [C) carbon content
of the m-.-tal -ind KX. Ind y tho const~ints of reactl.an
Card 2i,; velocity arld *,I"(? CI'LCfl tr,".,':7fcr. The
carbon. conte,;t

Characteristic Features of the Oxidation Kinetics
SOV/163-58-3-1/49
of Carbon at a Low Content of Carbon in the Metal Melt
in the metal melt is determined for any point by means
of the content of the carbon monoxide formedl it Is
useful to represent it by the following equation:
0
CC] C CIO f Z (V.C)
n
The constants of the decarburization velocity were
determined at different carbon contents in the metals, the
mean temperature having beez415600 C. Fron the results
obtained may be concluded that the decarburization
process in the ease of an intense action of gaae.)ue
oxidizing agents on the liquid metal takes place much
more slowly than in the case of its moderate action.
There are 5 figures and 3 refercricee, .1hich are
Soviet.
ASSOCIATION: blookovskiy inctitut stall (14oscow Steel
Institute)
Card 314

Characteristic Features of the Oxidation Kinetics
SOVI/163-56-~-i/49
of Carbon at a Low Content of Carbon in the Metal Melt
SUBMITTED: April 5, 1958
Card 414

ANTONENKOP V.S.1 PUGAY, N.V.1 ZSKYTLIN, M.A.
Opamtional reliabilifar of 200 Mw. blocks. Snerg, i
elektrotekh,
prom. no.2159-61 Ap-Je 163. (MIRA 16:7)
1. Glavnaye upravlaniya energetichaskogo khoaMstva
Donstskogo basseyna.
(Electric power plants) (Steawipea)

AJNJ' 1 0 V.S., Inshener.
_-.- Re the competition for the best efficiency
sur"stion.
Sudostroanis 23 no.3:63 Mr 157. 10:5)
(Shipbuilding)

AVIONIMO V.S., Insh,
, , , , ~f, ~ '.
-, ;~ , '0 ...
Results of the competition among the efficiency promoters
of
the Karitims Provinos. Sudostroants 24 no.5t7l My 158,
(HIPA 11t6)
(Witime Province-4(arine engineering)

ANTONENKO.. V.S., insh.
Special features of shipping operations in the
Far-Laotern
Basin, Sudootroonie 26 no,2:78-79 (208) Feb 160.
(MIRA 14:11)
(Soviet Far East-Shipping)

~ANWNLNKO, V.S., lnzh.
Maritime Territory Report and Election ^)nference.
Sudostroenie
27 no.8179-80 Ar '61. (MIRA 14:9)
1. Zamestitell rredsodatelya krayevopo pravleniya
NAuchno-
tekhnichakoro obshchostva sudostroitel'noy
promyshlennosti.
(Shipbuilding-Conrresses)

ARTONENKO, V.S., inah.
Meaeuring the actual-out]-ines of a ship's hull
using a
theodolite, Sudontroonie 27 no.9:62-63 6 161# (MIRA
14:11)
(Ships-Moasurement)

ANMNFNKOP V.S.
Out-of-town session of the Welding Department of the
Scientific
Technological Society for Shipbuilding. Sudostroenie 28
no.4:
81-82 Ap 162. (KRA 1534)
1. Umestitel, predoodatelya Primorskogo kr-tyevogo
pravleniya.
Nauchno-tekhnichoskogo obahchostva sudoetroitellnoy
promyshlennosti.
(Ships--Welding)

ANTONTNKO, V.S., lnzli.
Synthetic materials for the finishing and equipment of
ship
necommodntions. judostroanle 211 no.1008-79 0 163.
Conference on the vxperlonce of operatIng new ships In
the Far-
Enstern Bnsin. 180 (MlRA 16:12)

S/11 60/000/011/006/014
A161YA133
AUTHORSt Kryzhanovskiy~ O.M., Vrublevskiyf V.I., and Antnnenko.
V.T.,
Engineers
TITLEt Overall machanization and automation of the cupola
process
PERIODICALs Mokhanizataiya i avtomatizatsiya proizvodetva, no.
11, 1960,
19-21
TEXTs Detailed illuetrated information is given on a system
automa-
tioally composing and loading the cupola charge and controlling
the heat
process. The system has boon developed at the Otdel
avtomatizataii i mekha-
nizatsil instituta liteynogo proizvodetva AN USSR (Section of
Automation
and Mechanization of the Institute of F undry Production of the
AS UkrSSR)
and tooted in a model The system collecting and charging the
metal charge
(pig iron and scrap) iFig.111 includes hopper sections holding
metal for one
work day, an apron-type feeder, a shaker, and a motor. The
hoppers are
suspended and shaken with 15-100 times a minute frequency and
3-6 mm ampli-
tude. The charge components weight in the weighing carriage is
measured
through deformation of resilient elements, i.e. a beam with
fixed ends, or
Card 1/5

Overall mechanization and automation ...
S/118/60/000/01i/oo6/oI4
A16l/AI33
a diaphragm, by inductive pickups (Fig.2) producing an electric
siennl to
an electronic potentiometer which transforms the signal into an
ang"e of
rotation of a program disc. A special transistorized electronic
computer
of the Institute design controls the automatic charge
collecting with mini-
mum deviations from the components weight set on the program
disc. The
weighing hopper design has been developed in two different
versic-vi - with
the hopper directly on the weighing carriage, and with a hopper
* every
feeder and none on the carriage. A safe Pamma-relay (also of
thv Institute
design) device watching the charge level in the cupola
prodii-es a signal for
the loaded carriage to discharge. The carriage discharges into
the bucket.,
and the hoist switches on and brings the metal charje into the
furnace. At
the same time, the carriaje begins collecting the components
from .-,-.etal
hoDpera included into the program. The feedors are switched on
by the ar-
proacttg carriage and off by the weight program, and the
carriage moves to rh(.
next hopper. After collecting, the carriage waits for the
gamma-relay sig-
nal, receives it, goes to the bucket and unloads. Then follows
the charging
of coke and flux. Then the cycle repeats. The heat process is
controlled
by an automatic self-setting system, or extremum regulator
(Pig.4). Its
Card 2/5

8/11 00/
Ovorall woolianizdtion and automation A%iXm
operation principle is based on the extremum of the Iron temperature
and
blast volume ratio, T - f(q) (where T is the liquid iron temperature
in
n O/m~'- - min). The temperature Is measured'
OC, and q the volume of blast I i
with it thermocouple with a special protection hood and recorded by a
writing
recorder. If the wanted maximum metal temperature cannot be reached,
a sig-
nal given a command for additional coke charge (ise, the signal will
givi
command for additional coke load in a coni-intional oupola furnace,
or for
temperature raise in special furnace). The system can be completed by
a t
telomoohanical digital recording circuit for the charge oomponente
and-the i
liquid motal temperature. It will replace 10 men. The estimated costs
amortizistion time is 1-1-5 years. The Xiyovakiy
armaturno-mashinoetroitoll-,
nyy zavod (Kiyev Fittine-and-Machine Plant) and some other are making
pro-
parations to use the system. It is pointed out that it may also be
used
for electric furnace
8% /Abstracter's notes The article does not include
any design details of the hopper shaking system, the programmer$ the
compu- I
tar and tho gamma-relay/. There are 5 figures.
Card 3/5

3/1 1Y60/000/011/006/04
Overall mechanization and automation ... A16i A133
Fig. I - I-rail traokel
2-hoppere for metal
componental 3-diso magnstj
4-beam oranel 5-hopperl
6-fooderi 7-olectric
weighing oarriage for
matall 0-carriage for
coke and fluxl 9-ooke
huppor; 10-flux hopperl
11-hoiati 12-cupola.
Curd V5

Overall meohanization and automation
Pigs 4 - The extremal blaot
rogulatort 1-the measuring
olemontl 1-the oupolal 2.-
liquid iron temperature measuring
devicel 3-amplifiorl II-the element
determining the temperature growth
signtW1i1;WW2jLU11 ;W~140'j"51WMW
step-by-step switc~j III-tho element
multiplying the temperature growth
sijnn and ohanging the volume of
glarized r layl
blastiPtl 19P5 . ; t
IV-servo elemefit -air linei 5;ai
line gate valve; 6-reducing v:l el
7-fan; 0-servo-motor.
Card
A161/A133
All - - - - - - -
1 S I
'A
A
--Y

KRIZHAIOVSKI, OX.; VHU13LEVSKIp V.1s; ANTUE21C, V.1'0
I
Comples meelmnizatim and automaticr of cjpol.a
fumace. 'Ackhniks
10 no.lCt 33-35 161.

A M NENKO, V.T.; VRUBLEVSKIY, V.I.
Control device for proportioning cupola charges with
sectional
sagnetic disks. Avtom.i Orib. no.40-4 O-D 162. OURA 16: 1)
1. Institut liteynogo proisvodetva AN UkrSSR.
- (Proportionitig equipment)

A14TONEITMOV V.I.; Kkj7,jjEUfJOV, V.!i.
Calculating hydrogen nol*ubility In
multinompnnant
1%v. vys. unheb. 7AV.1 -nhArn. met. 8
no.ltil.4-19 165.
M,111-~ 1
I . ~., .- '.,m ~4.y w-JO t krt-'.--))cskJy
Instit-at.

AMTOINENKO, Y.T., insh.; VRUBLMXry, V.1.0 kand.
tekhn. nauk
Using sectional and magnetic plates for automatic
coupoaing
and proportioning of cupola-furnace charges#
Hashinostroanis
no.1:30-32 Ja-F 163. (MIRA 160)
I, InatItut Itteynogo proizvodstya AN VkrSSR.
(Cupola furnaces-Equipment and supplies)

AWON"Kok V*T9
Device for automatic control of cupolamfurnace output
depending ob
the egg omeration in the foreboarth. Avtozi pribe
no.ls86-87
J&P-Mr 113. (HUA 1613)
1. Institut liteynogo proizvoclatva AN UkrSSR.
(Cupola furnaces) (Riectric controllers)

AWOMWOP V.T,
Automatic control of proportioning metal chargese
PrIborostroonie
no.7d5-16 JI 163o (K[RA 419)

ritYZILCOVSKIY, Oleg Mikhaylovich; VHUBLEVSKIY,
Vladislav lonirovich;
ANTONRIKO~ Vladimir TimofeYevich; TITOVA, N.M.,
red.
[Automation of cupola furnaces) Avtomntizatsila
vagranok.
Kiev,, Izd-vo AN USSR, 1963. 103 p. (M IRA 17: 5)

AWTON'liKO, V.T., inzi..; V:iUUI.V%3KIY, in 7,'! 7 .
Automatic charge food to cupola furn-c.,er, !.',Okli.
i a-.,tc-.-prolzv.
V/ no,4t6-7 Ap 163s (.'411-41% 170)

V i-~' 7.1 1 J 14- 1 %' .. .
,. . I . tf~;:r. 1 17", ?:" j l.-' " - :.. ; " *~.'- i
I p
V. ";. p I n -,- ~-. .
Autorat It, 1 tic '."Ao 1111a Ir 'A'arpirj-
I I I I I
- '!ekh. 'i~ ,
:, yr tA?;r..-i . I I J avton. j IS ~'; , ...
Wil"~lv 17: 111)

A-NTONENKO, V.T.; VRUBLFVSKIY, V.I., kand. tekhn. nauk
Measuring-out of the ferromagnetic components of
cupola furnace
charges using sectional magnetic discs. Avtom. I prib
n0ji
10-13 Jl-S 164, iMIRA 1813)

YEMOLAYEVA, Antonina Nikitichna; ANTONENKO, Vera
VanAllyevna;
KRYUCIIKOVSKII, Semen Arkadlyevich; VOLGARI, L*Gsp'
kand, biole naukp nauchno red,; FEDYIJSHINA, L.M.,
red.
(Biology for agriculture, Biochemistryp Biology and
space;
lists of recommended books) Biologlia - sel'skowu
kho-
ziaistvup Ibimiia zhitni, BiologRa I kosmo3;
rokomendatell-
rW& spiski litoratury. Wauchn. red. L.G.Vol ar'.
Leningrad,
1963. 23 p. (N& toaq dniap no.7) MRA 17t2)
1. Leningrad. Publichnaya bibliotoka.

ANTONENKOF V.V.
Stvdy of gmaid mites in 11,aprope-trovok ft~ovlnte*
Tm-d~r Vkr r"p,
z&ueb**-O'bwn P"Oo no,2al%-.J~8 'k) (MIIIA 11131
1. Dhepropetronkiy inatibit ej,.:lpxrAclcgJlj
m1kn-b-Itologil I
Rigiyany.

ELIMAN, Ael PIKHOVKIN, Fe, skonoidet; FOLYANSKIr I
Mi I AMENIO, 're .
(Rostov-na.-Donu) ZHBMIKOVAP T., takhnik
Chkaloii-kv-'*----
GorIkovskoy ObI '3; PANFIWVAt V., takhnik
(Chkelovak, Gorlkov-
skoy obl.); GOLOVANOVt A*
We discuss 0, Gabarov's letter entitled Ne saist
not work this
wayjtny longerN. Zhil.-kox.khoz. 12 no.8slG-110.1
Ag 062.
(KM 16s2)
1. Nachallnik shilishchno-k*mm"nallnogo otdola g.
Kolpino
laningradekoy obl. (for SlIman). 2. Zhilishelm-1p
.-.I naya
kontore treata, "Irasnodarstroyut Krasnodar (for
Pikhovkin).
3. OlavW Insh, filial& Hookovskogo obla;tnogo
proTektnogo
institutap g. Min, Mos~ovskoy abl. (for olyanakiy).
4. Nachallnik shillahahno-koxm#nallnoy kontor7
Khabarovakogo,
eoveta narodnogo khosyaystva (for Golovanov).
(Housing management)

ANTOMENKO, Ye.
Centralized technical service on highvays, Avt.
transp, 43
no6IN19.20 0 165, (MIRA 18110)
1. Kiyovatotrans,

NIKOLISMA, Yu.P.; NIKOLAYEV, A.V., otv. red.,-.
ANTCVENKO, Ye.A., red.1
VYALYKHS A.M., tokbn. red.
(Salt formation processes in lakes and waters of the
Kulunda Step.
pol Protessay soloobrazovabUs. v ozerakh i vodakb
Kulundinskol stapi.
Novosibirsk,, lad-vo Sibirskogo otd-niia AN SM, 1961.
179 P.
(MIRA 14: 10)
1, Chlon-korrespondent AN SM i naoWlnik Kulundinakov
ekepediteii
AN SSSR (for Nikolayev).
(Xulunda Steppe-Wine waters)

KUNINp Leonid Aleksandrovich; ROTSHMNp Leonid Isaakovich;
ANTONENROp Ye.A..9
red,j GOSTISIICMAl Ye.M.0 tokbz. reds
(Instanation mid repair of radio receivers, r"ord pUyers, "
radio-phonograph coinbinations) Radiopriezniki, radioly,
prolgryvatelil
ustrolstva, i remo-at. Navoelbir'sk , Novosibirskoa knishnoe
isd-,Io, 1960.
68 p. (Fladio) (Pbonograph) (KUU 14%11)
, 1,

FAMONOV, Grigoriy Alskoandroyicb, iLth.; ANTOF121KO,
le.A.,rod.; SUBBOTINA,
G.M., tekhn. red,
(Roofing operational KrovelliVe raboty. Ilovooibirsk,,
Novosibirskoe
knishnoe isd-vol 1961. 124 pe (MIU V. 2 3.1)
(Roofing operations)

ANTONIUOT, A.S.
- --- I MO.
Work of the Mosoow loaal building materials Industry for
1949, Gor,khos,
Moak. 23 no.lltl7-23 N 149. (MLRA 6:11)
1. Nachallulk Gorodskogo upravloniya proiVehleanosti
stroymterialoy.
(Mosoow-Building materials Industry) (Building materials
Industry-
Moscov)

0 All 4 4 0 a g La 9 a a a -** 0 jo -4 e s 0 0

ak t t
a Is J6
to It

A N N EN KO 4

11

Aggl4w"we of aas"W ambolls Im fats mail oft
A
'

do'
Nbooffte lwrlootol -%
Willml amol t- Avotworaltov

.,
(I It S R 11,4 #MlvKQw Cuttvi-I 041-Uld-414 mfor*11%

tojib V14"t
its C140tirmority. ""W"Istim lopolir"t. J. nwawnatlnt~

wool lkt
dolls.4 N.V.. a.b.opoliler varicall lei ctmtt.~
l fisr I pin ; llw (W"it '"Goldi'sle d" Mtcffnl I" thr
thl
INN sti
l O
k
d I

l
l
or
ttt
w
is llh
*0 It "..Moo6vt val.0% w ork 1-0 lon"Jumisal-lo motto 01 1w
m.misamh "".10. 11"llb Nq
va
li

hot. 6,
t

goo

goo

so

00

its it a 1.110,61"1 tbv%WkAtlc% it

tie 0

to 0
It
t,

A to "I n .1 .1

ARMNINKOys-NikolV Akimovl"j RAZNIKOV, P., red.; KUZNITSOVA, A.,,
takhn. red.
(Houses cost lose) Dona obkhodiatsia desheyle. Moaktat
Hook. raboahil, 1963. 37 p, (MIRA l614)
1. Brigadir komplekanoy bz4gady stroiteley goroda gloktrostali
(for Antonenkov).
(Construction industrr-Produotion methods)
(Blektrostall-Aperuwat bouses)

IMNEMVO 0., $nsh.1 DUBININ, V.1insh.
I Explosion stamping. Tekh.mol. 30 no.106-37 162* (MIRA
15:2)
(Shoot-metal work)

L 16582-63 FWP,k)/EW?(q)/EWT'M)/BDS AFMAsD Pf-4 JD/HW
S/14;/62/000/012/010/011
AVMOR.: Anuchin. 14. A.p Candidste of Technical Sciences,
Orlenko. L. Pt-._
Candidate of Technical Sciences, ?Lntoncnkcv, 0. D.,
Engineer,
and Dubinin, V. N'.,, Engineer
TITLE; Approximate method of evaluation of energy of
forming thin
- walled parts 1~
PERIODICAL: Izvestiya vYsshikh uchebynkh zavedeniy.
Mashinostroyenlya,
no6 12, 19 '20 158-167
TF_XT: The author presents art app imate method for
evaluation of
energy for stamp forming with ealosIvesitf thin walled
axially symmetrical
parts. These cal'cua ions have been corroborated on a
apecial installation for
h)Araulic stamping. The energy of ctamp forming is a s= of
deformation work
of tension-compression, banding and friction. rhe major
part of deforrigtion
energy is required for tension-compression (about 80% of
the total s= of the
effort). The author giVO3 a mAthemn-.1cal analysis of
deformations and their
intensity. The energy required for obtainine parts of the
required form is the
determining factor serving for the estimation of the weight
of the charge, the
Card 1/2

L 16582-63
S/145/62/000/012/010/011
Approximate method of evaluation...
basic technological parameter. Tha results of some testa and
theorotical
evaluations are shvdn in a table. In the case of dynamic charges
dynamic
diaGrams must be kn(rin. This is r,iquired to make possible the
evsluation of
forming evergy when cnlculating thit weight of the charge. Four
Soviet refer-
ences. Thcre are 8 "formulas) 6 fi,guras, and 2 tables.
ASSOCIATION: IMU im. N. E. Baumann (M~25cow High Engineering
School im.
N. E. Bauman)
SUM,aMED: 00
Card 2/2

_1 , , , rv (k) LIF (a jptj*l
D, -W T 1.)/UnPT;6T
ACC NM AP6016580 (A) SOURCE CODE! UR/0182/66/000/005/0026/-0-0271-
AUTHOR: Antonankov,__O. D.; Arjuchln~L M. A.; Kulagin, A.
F.;_Nosikov, S. M.
ORGi none
TITM Coaff icient of reduction in explosive forming
SOURCSt Kuznechno-shtampovochnoye-proizvodstvo, no. 5, 1966. 26-27
TOPIC TAM explosive foraing. steel sheet. sheet forming. steel
formability
ABSTRACT: Experiments have been conducted to deteraine the
relationship between
reductions in explosive forming and the weight of the explosive
charge. Steel
specimens 70-300 mn in diameter were tested in two explosive
forming units of
different design (one with a soft and another with a rigid water
coqainer) with
explosive charges of varying weight suspended at a cert ainLtons
tan~4eight. above
the tested material. The results of experiments with So Wid
2K13steels are shown
in Fig. 1. in which the horizontal axis represents re =uctiona
(the ratios of cup
diameter to blank diameter) and the vertical axis represents the
specific charge
weights (g/d2 to the charge weight In g, d, to the die.diaroater
in mm,
.8, whap g
and 6 is the sheetIlhickness in w). Region I represents the
conditions under which
the desired r-eTu-cEion cannot be obtained in a sint4e operation;
region IT,. the con-
1/2 UM 621.98.044

ACC NR, AP6016500
~Af
A
A
41 1100,
- role-
-00000
C 48 41F 47 41S 49. 4-V on
(b)
Fig. 1. Dependence of the reduction coefficient upon
the explonive charge weight.
aj SO steel; b) 2Khl3 steel.
ditione under which full reductions are bbtained without material failure; and
region-111. the conditiona'under which the material,!,fails. Point A represents
optimal conditions under which maximum reduction.(0.63-0.67) can be obtained in a
single operations OriR. art. hast 4 figures. IND)
SUB COD31 .13/ SUBM DAM none/ ORIG REFt 002/ ATD PRESS:5-064&
Clard 212

lyx,
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In QF MW AND CAMM. MFSCU4
t,Ln,lMgu. A., (ADS& Tfth-"~
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27002 R/003/61/012/003/003/004
21108 11-1115 tl()'(v D238/D302
AUTHORSi Antonescu, A., and Fruchter, Me bigineers
TITLE: Electrothermal production of AI-8i alloy from indigenous
kaolin
PERIODICAL: Revista do chimie% v. 12, not 31 1961, 150-156
TEXTs The authors, investigated the structural, technological and
economic factors affecting tits electrothermal production of AI-Si
alloy from indigenous kaolin and charcoalq In doing no, they had
in view the subsequent separation of alumicum from this alloy by
pro-
cesses which have been recently studied* Tits experimental results
were
considered natisfactory in order to start production of the alloy
on a
semi-Industrial, scale. A review of the thermodynamics and kinetics
of
the specific reactions Involved Indicated the following.preliminary
re-
quirements* (a) Rapid heating of the charge up to 2100 C, requiring
a furnace with high specific power inputl (b) very pure raw
materials;
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f7OO2 R/003/61/012/003/003/004
Electrothermal production**. D238/D302
optimum tension and current Intensity were found as 40V and
1600 A,
respectively. A rapid methog for analysis of the alloy wits
elaborated.
The sample to treated at 900 C with dry, gaseous HC1 to
chlorinate the
metals, which are then separated a& chlorides and annayzed by
known
methods. The w"hed residue in then oxidized at 1000 C and CO 2
is
trapped by KOH solution, giving the amgunt of free carbon.
Next# Pbo
Is added and another oxidation at 1000 C destroys the carbides.
Si Is
determined by difference. The power consumption per unit of
product in.
shown to be a function or furnace power* A specific consumption
of
18.6-22.6 kWh/Kg alloy wits attained at 40V and 1600A. This
figure is
Identical with the specilIc consumption for a 25OkWh-furnace,
given
by literature. The consumption of kaolin$ charcoal and
electrodes per
Kg of alloy was 3e639 1.68 and 0.05 Kg. respectively, (8)
Yields of 56
to 80% were recorded. Mcat of the los8es are attributed to
volatiliza-
tion of aec.; the losses were exceedingly high due to the
relatively
wide space between electrodes and walls. Alloys of the
following com-
position were produced. All 34-36%1 Si 56-57%; Fe 4-7%; Cal
traces;
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