SCIENTIFIC ABSTRACT ANTONESCU, V. I. - ANTONI, S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101720017-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

S11, 2/092
D228/D307
15; jRVOI-d~lnj U's Tiol RLIOU, Gh. Ilie, and luntoncocu,
V. 1.
L,,_j Foucault
,2 P.veli:,.iinary data on the behavior of . e
Pe.-.dUlUM at the time of a jolar eclipse
eferativnyy Zhurnal, Gaofizika, no. 5, '962, 22, ab-
stract 5A156 (An ytiin5. Univ. Iayi, aoc. it 7,
.,,,o. 2, 1961, 457~
Z-~,batractcrlu note: Complete translatlon.-7
Card 1/1

E"i, lit
1 0
lay
I Z ~jF
Irv
Fil
tp-

KLDIESKOP V,; OFUISHAN, G.;,AKONES411, D
_ j_
Conservative therapy of ostsoart.'eular,
tuhnrculoals In children
and adults. (Late remults) Miruirgiia
'15*~i~.,-/3QI5-219 '62a
(TUBERCULOSIS OSTEOARTICUUR ther)

AUMORs Antonesku, N. (Engineer) SOV/95-58-10-211/25
~,_k. (Engineer)
TITLIS: Thermal and operating characteristics of the Vuya Boiler.
(Toplovyye
I rabochiye kharaktorl4tiki kotla Vuya)
PERIODICALi Toploonargetika, 1958, No.10. pp. 83-85 (USM)
ABSTrUM Fifty years ago the Romanian scientist Trayan Vuya proposed to
use
for aeroplauties a compact direct-flow boiler combinoA with a high-
pressure turbine. He also suggested a.burner in the forn of a metal
tube of alloy steel, In which the volumetric stress would be 1000
times greater than in the burner of ordinary boilers, the gas velocity
being 100 =/moo more. Its built a 200 kgAour boiler In 1932. A
Vuya boiler in sketched in Fig.l. and briefly described. After
leaving the furnace, the combustion products pass through four
successive concentric chambers separated by barriers. The steam and
water duct consists of a number of tubes In parallelt there Is
usually one tube for each 100 tons/hour of steam. The boiler in
Ignited electrically and steame within a few minutes. A 100 kg/hour
specimen was built in the Power Institute for experimental purpososl
the la4ding data are given in Table.l. It 02orates at 40 atm and
4000C. The teLTurature distributioa nf coWinstion producto is
rlotted tvi FiZ.2. iuid the hoat distribution between chambers in
Card 1/2 Fig.31 nther characteristics of tho hoiler are stated. The

Viarmal and operating characteristics of the Vuya Poiler.
SOV/94-5e-10-21/25
resistanee to gas flow is high, but the boiler has the advantiges
of small size and rapid starting. It In recomended for use iu
trwisport for heating, for thermotechnical laboratories, and
other
ptirposes. The Institute in new designing other variants of t!,.e
boiler in oriler to extend Its utility. There are 7 figures and
3 tables.
ASSOCIATIONt Rourianian PeopI4 Republic (Rurqnskaya Samln4Y4
nespublika)
Card 2/2

ANT~=--W.J. [An tones cu, N.)
Determining the temperature of the furnaces vorking
under various
conditions on either liquI4 or gaseous fuelso Ray
electroteohn *nor-
got 6 no.21345-360 161.

--- --- ---- --- -- ----- -- - - - - --
-ANIV,m= (docent) and POPOV., A. I. and AVMIOVp K. K.
(Assiattuits, Veterinary
Faculty of the Ukranian Academy of Agricultural Sciences).
(Abstracted by
NOSNDV., A. I.)
"A case of mass cattle dermatoeis"o.*
Yeterinariya.p vols 39p no@ 3) Manh 15& pp. 30

PHASE I BOOK EXPLOITATION 833
Nesterovskiy, K.V.0 Blyteev,, F. Kh.,, Antonets, D.P.
Rezka. stall klelorodom nlzkogo davlenlya (Cutting Steel With Low-
pressure Oxygen) Leningrad, 1956. 2 p. (Series: Leningradskiy
dom nauohno-tekhnichookoy propagandy. Informatelonno-tekhnicheekly
listok, no. 22. Svarka I payka metallov) 6,000 copies printed.
Sponsoring Agencies: Vaesoyuznoye obehohestvo po rasproatranentyu
politioheakikh I nauohnykh znaniy, Leningradskiy dom nauohno-
tekhnicheskoy propagandy.
Ed.: Ryzhik,, Z,N., Engineer; Tech, Ed.: Ovirts, V.L.
PURPOSE: The purpose of the pamphlet Is to acquaint those interested
in oxygen cutting processes with certain improvements in the
design of oxygen cutting equipment.
Card 1/2

Cutting Steel With Low-pressure Oxygen 833
COVERAM For the sake of economy the authors advocate
substituting
the acetylene cutting process with a modifled oxygen cutting
process In which gasoline, kerosene, or their mixtures are
used
as fuels. To economize on oxygen they Introduce the
low-pressure
oxygen cutting process experimented with by Engineer Begun
of
the Kiyev Polytechnic Institute and the VNIIavtogen. This
process calls for several modifications in the design of the
cutting torch, oxygen regulating valve, and the shut-off
valve
controlling the flow of oxygen from the oxygen tank. These
changes id design are made to eliminate any possibility of
causing turbulence In the flow of the oxygen streft. An
improved model of a low-pressure oxygen cutting machine is
shown in Figure 5, The operating conditions for cutting
materials with thicknesses ranging from 80 to 300 mm. are
given in the Table on page 5. There are two Soviet
references.
There is no Table of Contents. The-booklet Is divided as
follows:
Introduction
Design Changes in the Kerosene Cutting Torch Used for Loow-
pressure Oxygen Cutting
AVAIIABLEt Library of Congress
Card 2/2 GO/Jmr
11-24-58

N

AID P - 5258
Subject
USSR/Engineering
Card 1/1
Pub. 11 - 9/15
Authors
:
Sterenbogen, Yu. A., V. V. Chernykh, D. P. Antoneta~

'
and A. S. Iskra (Electrowelding 1nstfMV~"im. Paton,

Nov-Kramatorsk
Heavy Machine-Building Plant, Zhdanov

Machine-Building Plant)
Title
:
Special features of the resistance slag welding or

22K plate steel.
Periodical
: Avtom. svar., 4, 96-103, Ap 1956
Abstract
: The authors
describe some chemical and mechanical

characteristics of the 22K plate
steel, the welding of

this steel 200 to 270mm, thick, and the tents
given the

finished specimens. The Svl002 electrode wire and the

FTs-7
flux were used. Five tables, 2 photos and 1 draw-

ing.
institution
: As
above
Submitted
: No date

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S/135/6o/ooo/oWoo4/007
Alo4/AO29
AVMRSt Antonets, D.P.1 Zhigula, A.V.; P010takiy, R.G.1 -
Graduate Enghmm
0S.
TITUJ Production Line for Welding 1 60 m3 Capacity Railroad Tank
Cars
\A
PERIODICALI Svarochnoye proizvodetvo, 1960, No. 6, pp. 14 - 17
TEXTI The authors describe the production method of steel
butt-welded rail-
road'tank care of 61.2 m3, inner diameter 2,800 orn and 10,300
mm long with no
frame bumpers or side channel bars'. The production line was
developed in 1957 -
58 by the Zhdanovskly zavod tyazhelogo mashinostroyentya
(Zhdanov Plant of Heavy
Machine Building) in cooperation with the VPTI Leningradskogo
Sovnarkhoza (leniF--
grad Sovnarkhoz VPTI). There are three parallel production lines
with 14 p S
each. The tank Is-made of a 9,280 x 8,820 mm sheet assembled of
five smaller
sheets. The production process and equipment used are
'described. The installa-
tion In which welding of one side of the metal sheet Is carried
out, a general
view of the tilter and the butt-welding unit are abown. The
Inside seams are
welded with a mobile TC-17M (TS-17M) welder and the outside
seams with an A6C
(ABS) welding head. The bottoms of the tanks are fitted on a
special welding
stand. Finished seams are subjected to radioactive cobalt tests,
after which var-
CaM 1/2 ~A

3/135/60/000/006/004/007
Aio4/Ao2g
Production Line for Welding of 60 M3 Capacity Railroad Tank
Cars
_00
lous parts are attached or welded to it, Hydraulictests up
to atm are perform-
ed by filling the tank with water. The general assembly
conveyer consists of 16
sections, on which the tanks are completed. An automatic
welding unit is used
for welding the tank fitting claws. There is I table w-d 7
figures.
ASSOCIATIONt ?M&novskiy zavod tyarhelogo mashinostroyenlya
(Zhdanov Plant of
Heavy Machine Building)
Card Z/2

3/135/6Z/C)OO/005/003/007
A006/A101
AVMRSt Antonots, D. P., Ps"aa, 0. 0., Engineers
TITLEt Automatic welding of bi-layer stool without previous
bevelling of
edges
PMUODICALt Svarochnoye proizvodstvo, no. 5, 1962, 19 - 21
TEXT: Information to given on the results of an Investigation
carried out
at the Zhdanov Institute of Heavy Machinebuilding together with
the Institute of
Electric Welding imeni Ye. 0. Paton AS UkrSSR, VN117,AASh "
UkrNITI, of the
automatic welding of 8, 10 and 12 mm thick bi-layer steel 10 + 1Y
18H 9 T
(1Kh18N9T), without previous bevelling of edges. To assure
corrosion resistance
of the stainless layer, first the joints on the low-carbon layer
and than on the
coating layer wero welded. The initial weld was produced with
Cf~,-12 rc (sv-
120S) wire on a flux pad. The separating layer was welded with one
electrode
from the side of the alloyed metal with CB
-06X25H12T1O(Sv-06Kh25N12M) wire
3 mm In diameter, under AN-26 flux, on d-o of reverse polarity.
The wiro con-
tains in %I up to 0.08 C; '0.6 1.0 Si; up to 0.8 Mn; 24.o - 26.0
CrI 11.5
Card 1/2

ACCESSION Nlt: AP4013289 8/0135/64/000/002/0006/0007
AUTHOR: K%uV*sli 1. 1. (Nnaineer); lAit9yuR40tudin, V. A.
(Engineor); Sayanko,
V. Ya. (Engineor;j Antonsts, D. P, 0~iUinoor)
TITIX: Automatic welding of circular seams of pressure vessels of
two-layer steel
SOMICE: Svarochnoya proizvodstyo, no. 2, 1964, 6-7
TOPIC TAGS: welding, automatic welding, two-layer steel,
two-layer steel welding,
circular scam welding, 09G2T + IDIUNI)T steel, alloy welding
ADS77UCT: The article describes the technology of tho.mochainized
welding of two-
ply plate metal with access ko the seam from one side. In
collaboration with the
Institut clektroevarl(i im. Ye. 0. Patonu (Ulectric welding
Institute), the authors
produced stounp-welded pressure vesseIN of two layer steel.
Mechanized welding was
used on the circular scams of the vessels, 1000 mm in diameter.
The two-layer
steel O9G2T+lK1il8N9T, 100 am thick, was produced by the
elactro-slag woldipig
ine0od developed by Uie Electric Welding Institute and patonted
in November of
1959. Tao finishing of the ends of die circular butt weld of the
vessel and the
sequence of laying t1io individual bonds uri shown in Fig. I of
the Enclosure.
First, the plating layer of the stool was welded. The root scam
was welded, with
da'pj"Ve- on a semi-aut omatio welding rig, ifi carbon dioxide
gas, using an

ACCESSION NR: AP4013289
F.P156 wire, in the vertical position, and titan automatically
welded, using an
Sv-OU-3119N9 wire, 3 = in diameter, with ANF-14 flux. Welding
conditions:
Iwald - 280-300 A; Velectrode 0 83 nVhour; Uarc 0 34-36 v; vveld
= 25 m/hour.
In order to prevent the appearance of flaws in a weld alloyed
with chromium and
nickel, foreign practice recommends the use of Armco iron
electrodes. With manual
arc welding, the use of those electrodes gives a positive effect
since, because of
the shallow fusion, the transfer of chromium and nickel from the
austenitic weld
to the transition layer is relatively small. In order to achieve
the same ro-
sults with flux-covored welding, a type A Armco iron wir6 was
used in conjunction
with a carbon oxidizing flux (AN348), while, in order to reduce
penetration,
welding was carried out with a vertical electrode, moving it from
the zenith posi-!
tion to 60mn. opposite to the direction of rotation of the
spherical vessel. In
this way the chromium and nickel content in the transitional weld
did not exceed
2.5 and 1.6$, respectively. All scams welded with low-carbon
electrodes were
chacked by ultrasonic inspection; the austenitic wolds - by
gannagraph inspection.1
"The work was carried out under the direction of Dr. of Tech.
Sci. U. 1. Modayar."'.
Oria. art, hunt 3 tables and 4 figures. .1
ASSOCUTION: ZUDANOVSKrY ZAVOD TYA7J LUOGO - MASI INOST110YENIYA
(Zhdanoy Heavy
Card

AUTHORS: Aritcrint"I D.F.tKni-inoii
,r1T1,F : Modernization of an "TS-3 3" type mobile we ding unit for
altrAnum and aluminum alloys
SOURCE: Avtomatiche~-kaya evarka, no. 10, ~964, 75--77
TOPIC TAGSt welding, a1unintv3&1wn.1n,v n1loy, WeIA unit
ABSTRACT: A now mothod of welding aluininuin and Its allDys by
vicani) of two wires bent, in oppouite direction vm3 dev(51D md In
1.96'i. Howover, the application of tho mothod involvod tllft
modern-
I z a t I G n ( f t tip wt, I (I i n g un I t Th oi d (- 3 1 Fn vci
,i i ri j r( v o (I 1~ ~ ~i (1 0 ta f~: I I -
abl(-- unit. Tho inodornized unit riak.~a autor-rii.i( i(ldinC, of
to ),,
ULM thick Al and Al alloy shoots possiblo (Seo Fii,- I of the
Fncicr,
Vur,c ). Or I g . art. has, 3 figw-o,,3 and .1 tablo.
A SS(,C I ATTON : 7hf1Fmiovn),1v -in-.rorl ty-i7-hv1r,4(-,
mriOnt-jor-trovontyn (:'hdrmC--,- Heavy
K-tchine Dixildt,Nt. PItint)
Cord 1/3

., 7 0 -,- i,) -0 ,,
i. I
A c ~ESIION 14R: AP40472)0
sumi,rTED 10 27A;jr,64
NR RE? SOV - 001
ENCL: 01
OTHER: 000
3UB CCDE: MM
Card 2/3

AcCrj IGN N11: AP4047230
EMCL: 01
Single-thread
[J Doub Le-thr'ad
Feed roll PIC-Viread
I W v vvl 2s105)P,.,M"
1).Tr Fig.
W-i 1ple-thread
oubjfg v I&M
xj
Flow $hoot of modernizod TO-33 type wolding unit
Card V3

ACCESSION NR: AP4009285 6/0125/64/000/001/0055/0058
AUTHOR: Antonots, D. Pol Bukin, r. I.
TITLE: Automatic flux welding of aluminum by two zigzag wires
SOtMCI'.*. Avto mattche okays. ovarka, no. to 1964, 55-56
TOPIC TAGS: welding. aluminum welding, aluminum arc welding. zigzag
wire
aluminum welding, automatic aluminum welding
ABSTRACT: Split-electrode flux automatic welding was used to
manufacture
aluminum tanks from 16-, 20-, and 32-mm-thick platoo. As the
rnoth-od did not
ensure a uniform weld quality, this improvement was introduced: two
mutuaUy-
opposite-zigzag wires supplied by the same power lead are fed into
the welding
zone. perpendicular to the puddle. Due to the resulting alternating
magnetic
blowing, the meW in the puddle Is well mixed 'and well degasiftedo
and
the depth of penetration Increases, The dovic*'Is.shown IA
EnclosureILei in the
Card 113

ACCESSION NR: AP4009285
case of thicker plates, 30-40% of the welds were def ectlye when
the old split-wire
method was used; only 5-10% of the welds hays been defective with
the new
Xigzag-wire method. Orig. art. has: 3 figures and A tables,
'ASSOCIATION-. Zhdanovskiy savod tyashelogo mashinostroysaiya,
(Zhdanov Work
of Heavy-Machine Building)
SUBMITTED: l3S*p63 DATE ACQ: oTrob64 ZNCLs 0 1
SUB CODX.* ML NO RXF SOY: 000 OTHZR: 000
'Card 2/3

ACCESSION MRs AP40092B5
card 3/3
UNCLOSURE I
A now devico for the automatio welding of
aluminum bor means of Wo sigzag wiros
I - base metal
2 - weld-on metal,
3 - shield
4 - power-supply bush
5 - driven pinion
6 - driving cog wheel
guiding bushing
8 - eleatrode wUv
9 - flux.

flill.irl, B.F.; D.P.; ASNIS, A. Yo.; USEDEV, B.F.
Experlenco In making, housing for c(mverterti with
charges of
100 to 130 tons. Avtoms avare 17 nos6t6r-72 Je 16/.
(MIRA 38il)
1. Yuhtio-Urallskly mashinostroitolInyy zav,,d (for
Kullk). 12. Vida-
novskiy tavod tyazhelogo mashinostroymiya (for
Antmets). 3. In-
stitut elektronvariki imeni Ye.O. Patona AN UkrSSR
(for Asnie)
Lebadev).

L 41.M~J,-65 rWT(d)/EPA(s)-:~i~WT(m)/_bV(t--)AWA (d)A-.,p(v)AT,
VrA-w (t "A vq 5 (k )J'tb
W A (h X T) r_~ fop rj -4 A3p_~ ,?p I,- i,
E I
ACCESSION NR: AP500561r) S/OIZ5/65/000/OOZ/00t~-,,'f)C6oi
AUTHOW Antoncto D P. (En8incor);_pqvzhenko, A. F. (Englnoer)
TITLL: Flowline for manufacturina alu inum tanks
SOURCE: Avtomatiche okay& ovarka, no. 2. 1965, 64-66
TOPIC TAGS: aluminum tank. flowline. aluminum welding
ABSTRACT: The Plant manufactures alu"nurn tanks, boilers, and other
vesselt,
1-3-m diametor, .1-10-m long and 16-32-mrn thick. The numinnum
length of
the basic chell is 9.5 mm which is limited by the length of the
bending rolls. The
shell is welded by ABS d-c vielJing headg, at 40-50 v. S50- 10,50
aryip, 241- 16'i,
m/hy, by a 2. 5--3- mm elecirode, under AN-A) fInx After weldirill,
tho_Fihel1_iii
caltbrated by rolls and neceeisary holes ro cut by a plasma arc.
The )411ifig of
tht- shell with 0-,~ hv?ad is poiformed on an autorriatic
rimp-ma'a'm wel4i.. ~k
-=Is 4tand.
Card
"N I &A

ACCESSION NR: AP1500561S
otc, , are welded to it. The timkg are tested by vitater
pressure at 35 am, and ai r
presqu're at 2 atm. The flowltno syntern of tanix manufacttiring
h) clairneil to hAvo~,
Ow i1vity of %bQT which resulten, m the saving of 110, 000
rx,bles per
Y e~ar Orig. art. han; 4 ftgu.Tem and 3 tables.
ASSOCIATION: Zhilanovskly !savod tyashelogo mashinostroymiya
_LVh-,Laaav- Alt-an-
Machine-Duilding Plant)
SUBMITTED: 08Ju164 MCL: 00 BUD CODE., GO,,M:
NO REF SOV: 002 OTHEM 000
Cord

EN (n) -:'/EPA (S) -21",
A
-CESS I Or, ~4 R UR j 1 3 516 5 "000,'()04 JO 1-)02 2
0
CsiWiCas of -technical sciences); Bagryanskly
V.4 va Antonets, D. P,;-Korne
A. D. Penkov, 0. M. (rngLneer)
TITLEs Submergvd- tire wel4ling of Alurmillum vith cerainic flux
SOURCEt SvArochnoye proi;ivodatvo, no. 4, 1965, 20-22
TOPIC TAGSt welding, alutiilium welding. submerged arc welding,
aluminavi
subtrorged tire W-alding /ADI aluminum, Al aluminum
ABSTRACTa A Ceramic flux h, been used in oubmerged-arc welding
ADI or Al aluminum plates 20 am thick. The flux fully protocti?d the
metal from harmful contact %tith hydropen, oxyRen, nnd nitrogen in the
surrounding atmosphere. Good-quality, loreleas welds without crmcks
Wate 40bi"inedo irith a tensiie or-rengih and elongation of 7.2-1.7
Sit3m'
a'nd 20-26%0 ranpectively, its compared to 9.5-10.5 kg/mm2 and 1 1
27*4-35.3X for th* Al bass ustalo The chemical composition was cloal
to t"t-"-tIM_-bAAA did, not--oxvse"a-,
1/2

L 441414-65
'ACCESSION NFo AP5009672
ithe specified linit. The ve,d hnd A dendritic structure nnd
con
Sig tv,1 of the a -aluminum with FvAlf,, silicon, and other
corpoun
f o rmt --~F n d is con L In uous no rvaek o1 on p p r a in k
ound a r i e sThQ Co i r o
resistance of wolda,A joints vas satisfactory.
AS iOC I AT 10h t Zhdanav6k Imeta I I urgiche a kiy in a ti tut
(Zlid.an-ov --Me _t a I -
~lurgjcal Inatitulza)
ISULHITTEDs 00 90CLs 00 SUB CODEt Mm
!NO REV SOVi 003 OTHERo 000 ATD PRESSi 32Wr

6 6 EW T (a WF~v),ft/EWPT'M/ P(K' ljv(" J D/ Tim, /j
(_F
R, AP6007920 SOURCE COM UR/0125/66/000/002/0054/0056
t Antonoto,-D.-P.; Psaras, G. 0.
ORG: Zhdanov Iteavy MachWe Building Plant (Zhdanovs~iy savod
tyazlialogo mashino-
t ro ye n-T-y-&'Y- r -
TITLE: Features, of the submerged arc welding Olt nluminum with
waveform electrodoil,
SOURCE: Avtomatichaskays sverkao no. 2, 1966, 54-56
TOPIC TAGS: arc welding, welding electrode, welding tecil"0108Y,
aluminum, metal
crystallization, metal grain structure
ABSTRACT: A promising technique of varying Lhe crystallization
conditions is the
Induction of surging in the molten metal of the weld pool. Normally,
however, this
can be accomplished Only by menna of cumbrous and often extremely
expensive elettrIc
and electomagnette devices. In this connection, the Zhdanov Heavy
flachine Butldlng
Plant has developed and Introduced a technique for welding aluminum
by means of two
waveforn electrodes which rakea it possible to cause the arc to
travel back and forth
and thus to energetically-stir the molten metal and hence also to
degAsify it and
reduce its grain site. This technique was first described in 1964 (D.
P. Antonets,
F. 1. Bukin. Avtomaticheskaya evarka, no. 1, 1964). The alternate
feeding of the con-
cave and convex loop, of tits two waveform welding wires cnuses a
back-and-forth motion
of particles of the molton metal at an amplitude equal to the bending
amplitude of tits
Card
zli-
7a
lar

ACC NR1 AP6007920
wire.. In this connection the authors pre3ent formulas for
calculating the oscillation
(surging) amplitude and frequency of particles of the molten
metill which Wke it
possible to determine the pattern of surging as a function of
the welding regime and
show that during welding with waveform electrodes all the metal
particles at the site
of combustion of tits arc will execute hastionic oscillations
of an amplitude equal to
the bending amplitude of the wire, which will generate pressure
pulsations that call
also be calculated In theory. Thus, the coximum pulsation of
unit rensure at an
amplitude of 8 mm for a frequency of up to 7 cps will be 0.65
g/J and for a fre-
quency of 9 cps, more than I g/MM2 which is adequate
considering that the strength
of Al and Al alloys in the crystallitation range is 1-5 g/mm2.
Such pulsations, com-
bined with the active stirring of the molten metal of the weld
pool, make it possible
to rupture the branches of the growing crystals of Al and Al
alloys and thus produce
18 more fine-grained structure, provided that the
electrode-feeding rate is sufficient-
ly high and the surging time sufficitntly long. Orig. art. has:
3 figures and 6 fom-
tiles.
SUB CODS: 11, 13, 20/ SUEM DAT191 27jul65/ ORIG REF: 004/ OTH
REF: 000
2/2

III-'L-11 z" v
ACC Nit, - AF"334': soma -666i: ij*llf~/667 22/0057/6057-'
At MMOR: Du4koo D. A.; Meoqy~qr U h1j 11, A.;
L tayw*- !At V.
K " F".;- Dovzhen~o, 11. F.;
_Ypq Kum "hL-" "j n4rianov,_q._ 0 -Y
Antonetr- D P ; Ku~~.!jj. D.
ORG: none
TITLE: Method or producing componite rolled ntock. Clana 21, No.
1T7985 (Onnounced
'by Electr1c.WcldAn6jqqL1j%jte im. Ye. o. rnton (Inntitut
rlektronvnrki))
,~ouacr
rzobreteMyn, protiyahlennyye obvii-.toy, tovarnyye znaki, no.
19,06, 57
TOOTC TAGS: welding, metal rolling, nandwich rolling
AVOTWXT: An Autlior CertifIcate he(; been i5sued foe n t2ctboa or
prodticing composite
rolled metal by usinj.n billet consisting or ingots or plates
welded together by
,Wnva on ntainlean steel, lower the thicknens of the clad
layer, and ttimplify the v6lding procedure, It In suggented that
the procclo iW~~;j~un
with a heteroj;cneoun plnte made from prewel4ed and. prerolled
cmaller billetn having
been a carbon steel and clad layer, ftA then adding additionea
ingots or plates to
produce sandwich rolled stock. ILDI
SUB COM 137' SUBM DAM IlApr63 ORIO: none/ OT11 W : none/
Card 1/1 v '- r-
UDC:
6PI.791.793:621,771.2-419.5

ACC NR. AT7007348 (A SOURCE: CODF.: UR/0OOO/66/ooo/ooo/oo76/o079
AUTHORt Antonete, D. P.
0R0: None
,TITbEt Automation and mechanization in welding of railway tank
care
SOURCEi Soveschaniye po aytomatizateii protsessov
mashinoetroyeniy a. 4th, 1964.
'Avtomatizatsiya proteessov avarki I obrabotki davlentyem
(Automation of welding and
I
1pressure treatment processes); trudy soveshchanlya. Moscow,
Izd-vo Nauka. 1966, 76-79
!TOPIC TAC-St industrial automation, welding equipment, railway
vehicle data, storage
itank, pressure vessel, automatic velding
!ABSTRACT: The author describes a continuous production line
developed at the Zhdanoy
;Heavy Machine Building Plant in 1957-1959 for assembly and
weldinq of railway tank
.carn. The plant has b"n producing tanks with a capacity of 60 m
since 1960. The
lentire production line is located in a single large section of
the shop with an are
lof 10,000 m2 and consists of two sections-one for fabrication of
the plates and a
second where the pressure vessel Is finished and tested. In the
plate fabrication
section, 5 sheets are assembled into a plate measuring 8.82xg.28
m, which Is welded on'
I
lboth sides and rolled Into a shell 2.8 a in diameter. The steps
involved in this pro-i
coos are described. Finishing operations are done In the second
section of the shop,
Ithe seems are checked by gaw" rays and the completed unit is
subjected to hydraulic
Card 1/2

I.ACC NR# AT7007348
tests. Automation of the entire process saves approximately
450,000 norm-hours per
year. The use of transfer machines on the production line doubles
the capacity per
square meter in the shop. The plant is vorking tovard a further
improyement in wcha-.
nization of production. Orig. art. hast 1 figure.
IMM COM 13/ SM DATM lions
Cwd 2/2

raik

ANTOKFTS, G.
organize a unified base for motor-vehicle repnir In
the republics
or centrnl Asia. Avt.tranap. 42 no.1:26-29 Ja 164.
(MIRA 170)

A':TICIZS~ GeL G.-Int Vot Sci (diss) "CIL - d
cnl-m 1,ic'- -. -oc.1 Hin.- raphic
it,. tj.,juj,j-j4-jc ldre:-ses of the nu.-Cr1r,
V
I Il Ot Z~ 1jacclit in,
. I - -7\1-1 I.. k:)~; Xtev vnl. in.-I ") 100
cc:lic n
Kiev, 15~56 19 pp 20 CI-1. -
(hL, 12-571s 105)
19

PAVLOVSKIYP V.1 OSTAPEIIKOO K.1 MENDELEVICII, M.N.;
BATA,"VV, Yu,Poj A1,1010Mv
0.1.; ONIPENKOp H.I.; GORCIIAK,, G.K.; AWRIYASH, L.T.;
AJELIN, I.;
IGNATOVIC119 1l.; CIIIZIIOVt A.; DALMATOV, M.K.;
SIKORSKIYO A.14; KOVA-
LENKOP Ya.R.
Information and brief newas Vaterinarlia 40 no.9s83-93 S
'63#
(MIRA 171l)

DMATCHIKOV, B.A., kand. okon. nauk; GAMAILOV, G.F.9
kan... okon.
nauk; YAWROV, Z., muchn. sotr.,, ABDUSHUKUROV, T.;
KAIXAM,
P.V., kand. okon. nauk; FOKII!, A.Lp kand. okon.
nauk;
BAKIYEVA, R.A.) nauchn. sotr.; ILRAGIBOVp M,,t
nauchns sotr.;
K/aDASIO A.A., kand, okon.nauk; KAMM, E~A.;
111KONOV, F.D.,
nauchn, sotr.; ANTOMS, GX.; JUITYKOVI A.A., kand.
okon.
nauk; TRUSOV, A.R.; OVCIIAROVA9 P..A.p nauchn.
sotr.; TSOY,P.,
nauchn. aotr.; KAMAM, P*Vbt kende elcone navkp 9tv,
rode;
DZIUMLOVj O.B., doktor okon, naukp red.; ARTYKOVI
A., knnds
okon. nauk, rod.; DESYMPIROV, B.A.0 kands okon,
nauk, rod*l
SIMI FYJIODZI LAY MI , Fl., kande okon, naukp red.;
DESYATNIK, F.M.,
rod.; GORIKOVAYA, Z.P.0 tokhn. rod.
(Economics of the machinury manufacture of
Uzbekistan] Ekono-
mika mashinostroaniia Uzbekistana. Tashkontp Izd-vo
AN Uzb.SSR,
1963. 289 p. (HIRA 16t12)
.1. Akadomiya nauk Uzbokokoy SSR, Tashkent. InBtitut
okonoriki.
(Uzbokistar&-Machinevy industry)

ATWSHIWA, M.P.: TOSTRIXOTA. T.A.-, LIPUNSEATA, R.S.;
SHITAN, I.K. Prialmali
ucha&tIy*:,AVTOW,SA,.,L,G,, nauchnyy sotrudnik; BELMMIKA,
S.G.,
nauchnyy notrudnikl TSTLANOT. T.D., nsuohnyy sotrudnik;
SUIN, B.S.,
nauchnyy sotrudnik; LTURAGIN, N.So SKAB, A,,D,,
kand.istorenauk, red#;
Y(MONINA, T.M., red*-. MMYCHINKO, X.G.j tokhn.red.
[History of the Kharkov Locomotive Plant from 1695 to
1917; collected
doausents and materialeJ Istorlia, KharIkovskogo
parovosostroltelinogo
savods, 1895-1917 gg.; abornik dokumentor i materialov.
]Dmrlkovg
Kharlkovskoa obl.isd-vc, 1936. 378 p. (UM l4a)
1. rwrkww. (Provinoe) Gosuderetysum arkhive 2*
Gotudarstvenvy
arkhiv Kh9r1kovskoy oblaeti Wr Antoneta, Belenking,
TOTIonov, 611sin).
(IlArkov--Locomottvoc--ConRtrtiction)

AVIMNMP L.M.
Yoproey Kliniki I Epidemiologii Neyrobrutoolleta v
Chlalovskoy Oblesti p. 460
V ob Aktualln. probl. nevropetol. i paikhintrit. K4byahev,
1957.
It kafedry nervnykh bolezney Chkalovskogo gosudaretvennogo
moditainakogo inst.

ARTOMTSP ru,
Comminiat Ymith League brigade NO-3- Metallurg 7
no.5:32
My 162. (iron and steel workers) (MIPA 15-.5)

OILLIR, N*H., dotsent; AROXXVICH, X.Y., insh"nor.
Transporting heavy leads with ZIO loaders.
Hakh.trud.rab.10
no.707-38 J1 156. (KLRA 9:9)
Oferk lift trucks)

~;k2V-110-5'!-7-14 '20
AUTNIORI Geller, N.U., Dotsent and Antonevich, E.F., Engineer
TITIEt Experience with the Handling of Crated and I'acked Goods
on
lallets (Opyt porevozki tarno-upakovochnykh qruzov na poddo-
nakh)
rERIOD1CALt rekhanizatelya trudoyo"nkikh i tynzho"lykh rnbot,
11)511, ~r 7,
pp 36-37 (TISOR)
ABSTRAM At freight stations of the Yuzhnaya zheleznaya doroga
(Southern
Railroad) foiir lards of pallets are used for loading and un-
loading operations. Two are wood (produced by the Vharlkov
Container Plant and the rof.,ruzkontora YVP-4), one In metal
(produced by the Kivertey Lochanical Plant) and one is a com-
bination of wujd and metal (produced by the Ilogruzpunkt of
the Kharlkov-Osnova station). Cn the avorage the service
life of pallets is 6 to S months. ?'etnl pallets need repair
Card 1/2 every 15-20 days# wooden ones every 25-30 days. Taking
into

Experience with the Handling of Crated and lacked Goods on
Pallets
accourt the high expenee, the author recormends giving up the
use of pallets in railroad transportation or to at least re-
duce the number of ther. The author proposes equipping the
mechanical loaders with claws and hydraulic drive. There are
2 figures, and I table.
1. Materiale--liandling 2. Pallets--Applications
Card P/2

AN.TOKEVICII, Eduard Feliksovich; GOLUAOV, V.V.#
red.; MISIILYKOVj
Ye.S.1 red.
(Handbook for the mechanic and team leader of
loading hands]
Spravochnik tekhnika i brigadira gruzchikov.
Moskva, Izd-vo
"Transport," 1964. 286 p. (MIRA 17:5)

.ANTCUSTICH, I-I-* Inzh.- CHILIM, A.M.
Mcking 280.2 a of croscut per months bliakhte strols 4
no*10:24-26 0
'6o. (MMA 13111)
1. Strottellnoys upravlaniye No.13 treats,
StalinshakhtoBtroye
(Donate Basin-Coal mines and mining)

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it* line MCI of 44- f"s. Tw V"'L
b aebt to
by liestam
== W.We ~6~
casaw WON md Is ~k~cew. TU
whkb bAl owwm the
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bww" bilt
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tb* Moab 10
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06 000 O's 0 0
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we*

YUSIDIFICH. Kikhail Ostpovich-, PXVZNKR, R.L., doktor tokhatchookikh
nauk,
professor, rodaktor; AVOUSTINIX, A.I.. doktor tokhaichookM sauk.
professor, ratlessast; SIMOCHKIN, A.?., insheser, rateezzast; AM-
ICH ow rodaktor; EALKIND, I.Ta., redaktor; GLIZAROVA,
M
M-e'-rL-~LYUIDIOVSYAU, N.I.. takhnichookiv rodaktor.
red 0
(Technology of ceramics] Tokhaologlia keramiki. Pod red. 16L.Povs
xora, Isdt Z-oo, parer. Xoskva, Oes. ltd-ve lit-rr po streltal'Wo
matertalam, 1955. 383 P (WAA 9t6)
(Caramicei

USSR /themical Technology. Chemical Products 1-12
and Their Application
Silicates. Olass. Ceramics. Binders.
Abs Jour: Referat Zhur - Khimiya, No 9, 1957, 31597
Author : Antonevich N.K.
Title : Filtration Analysis of Ceramic Suspensions
Orig Pub: Steklo I keramika, 1956, No 10, 17-21
Abstract: Filtration analysis In accordance with the
method
of VS. Glasson which is extensively utilized at
the present time in ceramic laboratory practice,
has a substantial defect -- It does not take Into
account the experimental conditionai concentra-
tion of suspensions under studyj vacuum level,
and material of the filter, which renders the
C ard 14

USSR /themical Technology. Chemical Products 1-12
and Their Application
Silicates. Olass. Ceramics. Binders.
Abe Jour: Referat Zhur - Khimiya, No 9, 1957, 31597
results of filtration analyses made at different
laboratories not suitable for comparison. The
method of V. A. Zhuzhikov has a great advantage
since it takes into account the resistance of
both the precipitate and the filter. All the
necessary filtration characteristics can be deter-
mined on combining the methods of V. V. Olasson
and V. A. Zhuzhikov. A detailed description is
given of the filtration unit proposed by the
author, and of Its use. An example Is provided
of calculations of filtration characteristics of
a faience sli with a moisture content of 46.1%
(fluidity 15.9 seconds), containing no electrol-
ytes: duration of filtration ,:,= 0.4 hour, initial
C ard 24

USSR /themical Technology. Chemical Products 1-12
and Their Application
Silicates. Olass. Ceramier. Binders.
Abe Jour: Referat Zhur - Khimiya, No 9, 1957, 31597
percent of filtration IP= 21 6% average moisture
content of precipitate W - 64.67%, output on
mass basis M -= 1.3(Y5 kg7Zr ':~ hou&, precipitate
resistance R u 21396 kg hour/dm- .
C ard 3A

4 Ti
AUTHOR Antonevichi No Ks 72-12-61)J4
TITLE: kleasurement or viscosityot Coramio (Cp-edcleniye toku-
chesti keramicheskikh suspenzly).
PFAMDICAL: Steklo i Keramikap 1957, Nr 12, pp. 17-13 (USSR).
ABSTRACT: The time which is necessary that a certain liquid volum* flows
through the aperture of the visoosimeterp expresned in secondas des
termines the viscosity of ceramic suspensions (drossing). in order
to be able to compare the viacoaity values obtnined in different late
boratories to one another a series of conditions has to be taken In-
to consideration which wa3 not the case up to now. In figuile I a
viscosimettr is described and its working method in Mustrated, It
Is used in the laboratory for physical and chernical investigations
of the NIIstrolkeramika, The conditions are the followlnG:
1) the game temperature of 2oo of the suapensions during the detece
tion of viscosity which is feasible by meann of a cylinder jacket
(1) which can be filled with cold or warm water.
2) the initial height of the liquid column has to be equalj, io, a.
70 m which is marked by a line (3).
3) The suspension has to flow through ex*ctly the same aperture$ out
Card 1/2 of the viscosixeter (a conical aperture or 8 x 6 x lo rum was assumed).

Reaeurement of Viscosity of Ceramic: Suspensions.
72-12-6/114
4) The opening and sixitting of this aperture is carried
out by means
of a simple device with a spring, Instead of by hand like
hitherto.
5) Before the experinent the 3uspen3lon has to be mixed
vithin
lo - 15 min. in order to eliminate a different thickenings
For this
piwp"s a mixing device with two propeller screws is added
to the
vi3cosimeter (figure Exactly 30 seconds after the mixing Was
stopped the outlet aptirture of the viscosimeter is 9pened,
There are 2 figureso
ASSOCIATION: NII Building Glass (N]Istroykaramika).
AVAILABLE: Library of Congress6,
Card 212

ANTONIVICHO
DaternIning the viscosity of camale suspensions, Stak. I
ker. 14
no,12M-18 D 157, (NMA Iltl)
1. Nauchno-lasladovatellakly institut stroykaramiks,
(Gerania industries) (Viscosity)

Al"OUTICHO"b9p, -
I
lquipasni, for continuous els*trophoretio dohydration of ceramic
ouqmnsions. Stek. I ker. 15 no.4t3O-35 Ap 1580 (XIRA 1IS5)
1, Nawhno-lesledovatellskly institut stroykerwdim6
(Blootrophoreels-lquipment and sxwplloo)
(Dehydration (Chenistry))

15(2) S(Y-1/7 2- -1 - -17, '1 i
A UTHOR S Antonevich, It. K., Putyleva, Ye. 3.
TITLZ: -VffTM-U"1-`f-orAnod-e'e (Molde) fo;- the
Electrophoretic 'astini-,
Method of Ceramic Proaucto (Materialy dlya anodov (form)
pri cluktroforeticheakon sponobe otlivkl kern-micheakikh
izdelly)
rERIODICAL: Stoklo i keramika, 1959, 11r 1, p1l 20-25 (USSR)
I
A13STRACT: Several papers by A. 3. rerkman, L. tilenta, I. S.
Kaynarakiv,
K. B. Yalinovskiy (Ref 1), in which the queetion of the
electro-
phoretlo coating method was discussed, showe4 the possibility
of nakint; thene caetings. Still a number of practical
qtiontions
must be aolve-A, the most important beint: the choice of the
mold tiaterial. The Fiziko-khirzicheakaya lalioratoriya
NIIStroykeramika (Physico-Chemical Laboratory NITStroykeramikn)
tested a large amount of materiala. The electropharetic preci-
pitation of ceramic subBtance wan carried out In a v;ecial
plant with built-in autotranaformer LATR-1 v a voltaieter of
the type M16, and a ammeter IMIA11/5- On this precipitation
hydrogen is separated at the cathole and oxyjen at the anode.
It nay hapi,en that oxyren perforates the !,rolcipitatv ar.4
foiMn
C~ird 1/2 little cratera on its surface (Fil-i 3 41- 7'ho?
tont re9ulta

Material for Anodes
Cfdramic Products
so vi"~1'2- "I 'j- 1 -7/1 ~P
ElectrophoretIc cautinr !'.(?thod
from anodes of varioue metals are shown in tnblea I and 2.
In order to avoid crater formation by free oxyi,.en snall
preaae~!
porous ceramic plates were used whicl) hal been nnie
accordini-
to the method by r. A. Smirnova (.*Ief 2). Artificial
gralhite
can be unad for this purj%oae 1,iit the nijbritance 1-to to
lie nuch
finer than for the proluation of carl,on-olectro3oa of great
diameters. In the year 1)50 Uie TaNII.M.1, M113M Itki-SSR
tented
the filter production from porous syntheticn, as can be seen
in the paperi by V. E. Gelltso 11, Go Kriehevskiy, V. 1.
Zinder
(Ref 3). The authors of this pa;,er usel synthetics of the
type
"iUllit RCV" as initial vuhstance In their testa. Zinc and
lead may be nood an rietal-anolei. For the profluction of
molds
porous electro-conduct~ncr iyrithetics produced on a basis
of
polyvinyl chloride renin are best suitel. There are 4
figures,
2 tables, and 6 references, 5 of whicli nre Soviet.
ASSOCIATION: N113troykerarmika

15(2)
AUTHORSi Rokhvnrger, Ye. L., Antonevich, N. Y., S07/ 7 2 1
FedorovA, T. Kh.
TITLEs Burning of Glazed DecorAtion Tiles in C-.ech Fmctoripo
(Otzh1f,
glazurovannykh oblitaovochnykh plitok tin znvoinkh Chekho-
slovAkii)
PERIODICALi Stekl1o i keramiks, 1959, Nr 2, pp 42-45 (USSR)
ABSTRACT: Muffle-tunnel kilns Are At present chip-fly tised
fcr the burn-
ing of decoration tiles in C2echoslovnkiA. The
cht-trimoteristic
features of such furnaces Are described in tPble I bAsinp on
datn by the Czech engineers V. BAzhout nnd V, Grauer, The
characteristic feature of such furnaces is the reletively
large cross section of their tunnel, len4ing no a consequence
to A considerable irregularity of temperAture in the tunnel
Itself. The new furnaces, the design of which wps worked out
by Keramoproyakt differ by having soven muffle-lorigitudinAl
channels along with n smaller furnace tunnel cross section.
Dinmn, corundum, and cArborundum (Table 2) Aro uaed As re-
fractuories basing on dnta by V. StopkA (Ref 1), Toble 3 sets
up n compartoon of various furnaces Diirning time and per-
Card 1/2 formance of tunnel-kilno depenling on the tiinnel
cro"m section

Burning of Glazed Decoration Tiles in Czech Fnetories
SOV/72-59 2-115121
Are shown in figvrea I And 2. AccorilnR t,-, ~ntn by I,
Wizhichket
(Ref 2) the furnace feedinp by PArtly ioldleso tiles hns been
introduced, thus obtAining n better utilization of the
furnpce-
volume. In the nuthor3l opinion the experience morle by Czech
ceremic Inluztry should be tPken AdvnntAp-P of in the USSTJ
fnetorles. Thor@ Are 2 fiRureq, 3 tAbIOS, Awl
Card 212

')a
& NO 15(11)
~;~- V/'-, -- 5111- 3 -7/ 19
'XTHORS:
Rokhvar.-er,
Ye. L., jDtorevi(.-_.%j K., Fe,1.-r,,)v.'1, T. Fh.
TTTLE:
Castitir Ansembly Linor, in Vio Pictories of Sanitary
Building

CernTics in CzeO,oslovakia and the (Liteynyye kon-

vey.yery nn znvodakh sanitarno-rtroAtellnoy kernni'ci Chekho-

Vlovakil. I SSSH)
PERIMCAL:
StOlo I keramil;:t, 195'), 11'r '3,
p1% 16 - 22
APSTRACT:
Such nivembly lines are orcrated ortly in
ttx '.Kirrvr!Ay zavod

(Kirov Pictory); in the Lcbnerr,-Jy
-.nvod (Lobiqn Factory)

one in being Irstalled. In
ftechnalovakin nucli ,~n narembly

line has been irtrodiiced in
thcZnojvK1 Factory, but officicricy

per worker for the tiie
beine Jr even lower, than had been

t1,,,, care with manual
word,. The actual ca,-tirf: of the prod-

ucts calls for 88
ancembly line positions, drying of the

molds 05 Positionst the
prelininary drying- of the prodiiCts

110 and thoir drying 110
poeltiona. The asrertbly line working

procedure in accurzAely
described. The Czechoslovak cristing

arvembly line is
described as being si,.iplcr in desiGn and

more convenient for
operation at? compared with those operated
rard 1~ 2
In tho
Kirov Factory "Stroyfayans" and tho LobnA Factory

C-in t I ng
1, 7 Avvembly Linev in the Factorien of Santlary
SOV/72-59-3-71/ir)
Buillini: Cor"!'Act' in Czecho!:,1(-)Yakia nn%l Vie U&V'~
"Stroykerarnfl:all. Czechnitlovak de-ri~,-vers convilor the
tAlke
roller typt, arner.1%ly linro to be nore nuit!il,le, no in
proven 1,y thoir perforrinneo in tl,c rSA, Z~woden.
nzid the Ger-nn Federal Re;!ublic. Fil-ure i lopictn nn
line of the t4tble roller typia in the Ar-ibia Factory in
Ile) ninki followed by nn accur to description ani t1he
rt,,ltt--
merit of its being sul,erior to the 6oviot an~
C,-.o,chorlr'vJ"
tratle-marks. The 11KB till Stroykern-milka h-L's -Jre--xt1y
derif_-ree
table rollor tyre arse-ibly lines nrid tl,,eir In.-t-illition
in the Leninerad Factory nrid Slavut:il:iy :7nvo,'
Slavuta Coi~a-,iic Factory) in provided for in U;i` 7-yer
pl-.n
Fir, 11). The trible shown t1u, advnrA,-iCvs off(,rf.-(*'
l-,, asrerAly
~
liner of the lbovo tYpo. Theri, ,ir(- 2 fii-lurer, -.ndl 1
tql%le,.
Card 2/2

ANTONEVICH, M., k&nd.tskhn.nnkj*,POLYAXOVAq T.P.v mWehly
nauchnyy
sotruMk
Parameters of electrophorstlo deseloation of slips of pastes
for colored mosaic tiles. Stsk.i ker. 19 noA9315-18 D 162.
(MIRA 161l)
1, GoBudarstvwWy nauchno-looledovatellskiy Inatitut Btroitall-
noy keramiki. (Electrophoreds) (Cla3r-Drying)

!24-57-1-1244
Translation from: Referativnyy zhurnal, Mekhanika, 1957 Nr
1, 1) 170 (USSR)
AUT11OR: Antonevich, P. B.
,rITLE: On the Calculation of the Superstructure of a
Railroad Track ( K
voprosu o raschete verkhnego strOyChiya
zlielezriodorozhnogo
puti)
PERIODICAL: Tr. Leningr. politekhn. in-ta. 1955, Nr 178,
pp 253-Z59
ABSTRACT: The author proposes a calculation method for the
superstruc-
ture of a railroad track wherein the sagging of each
crosstic is
calculated not only for the forces that are applied to it
directly
but also for the pressures acting upon the adjacent
crossties.
A simplified version of the model proposed by M. M.
Filonenko-
Borodich (tkh. zap. MGU. mekhanika. 1940, Nr 46) serves as
the elastic foundation; this assumption permits
consideration
not only of the local but of the general deformations of
the founda-
tion as welt. The problem is reduced to the integration of
the
differential equation re) It,- ~ '-' .1
r,
Card 1/2

124-57-1-1244
On the Calculation of the Superstructure of a Railroad
Track (cont.)
where w are the deflections of the base. A and 4r are
constants related to
the basic foundation parameters, Ectict is the rigidity of
the crosstie during
a deflection, and q(x, y) is the load intensity. The
equation is solved by means
of Fourier integrals. The expressions for the sag, the
angle of rotation, the
bending moment, and the transverse force for an arbitrary
rail section are
adduced in an integral form.
1. Railroad tracks-4oundations--DesIgn 2. Railroad
tracks-- P. 1. Klubin
Stresses--Matherwitical analysis 3. Fourier's
Integrals--Applications
4. Differential equations--Applications
Card Z/2

124-58-6-69-14
Translation from. Referativnyy zhurnal, Mekhanika, 1958, Nr 6.
p 98 (USSR)
AUTHOR- Antonevich. P.B.
TITLE-. On the Interaction ai on the Action of Added Loads in
the Settling
of Parallel Strip Foundations (K voprosu o %,zaininom vliyanii i
vliyanii prigruzok na osadk%k parallel'no raspolozhennykh
lentoch-
nykh-fundahileiltov) ) ,
PERIODICAL~ Sb. nauchn. tr. Tornskiy inzh.-stroit. in-t, 1957.
Vol Z,
pp 3 1-48
ABSTRACT: Use is made of the membrane model of an elastic
foundation by
M.M.Filonenko-Borodicii. which possesses the properties of a
heavy liquid with a surface tension (see Izv. Toniskogo
politekhn.
in-ta. 1954, Vol 76, pp 181-197; also RzhMckh, 1956, Nr 12,
abstract 8590). In the conditions of the two-dimensional problem
an investigation is made ofcases of the mutual effect on the
settling of parallel, infinitely long, rigid strips which settle
uniformly and nonuniforn-i!y. also investigated is the
influence on
the settling of foundations located in close vicinity of one
another
exerted by added loads in the form of concentrated loads
distrilb-
Card 112 uted over sonic portion either with a constant
intensity or with an

124-58-6-694-1
On the Interaction and on the Action of Added Loads (cont . )
intensity undergoing a linear variation. Numerical examples are
given.
1. V.Kiseleva
1. Structure--Elasticity 2. Structures__Propertle8
3. Structures--Loading 4. Structures--Analyuiu
Card 2 /Z
Ij

12.1 ~h 1) 10"10
ra if s la t t o ii I r om: R c I c ra tn y y z h u r,ia I
~ NI v ~ ha ik o 8 Nr ') 1) 1 11-0 1 USSR
AUTHOR: Antonc% tch, P. 11
TITLE: Oil tile Mutual Interat-1,.on (it AnniCat, Corcuntr
caliv Arzat'ged
Foul,dations (0 ~z.amwoni , kol t,c-vkh ~-onfscntvid,c4i
PERIODICAL: Sb. iiaxichn. tr TomsklN :tizh Corm* nt--,
111~17, VoI
tit) 77 811
ABSTRACT: M, M, Filottenko llorod.rh~s membratic modc. tit
an clastit
louvidatit-n ( 'Uch. z-ai) MGLI~ 111-10 Nt 4(. let al,cj
Sh nauchl,
tr, Tom,kiy itizit. stroo, 111 1, 11057. N- 2, pl) ~I
-.18; RZ11mckh
19'i8 Nr t,, abstratt WM-O i!~ used lor tile of the axisvm
filet rit pt ol)!Clll oil tile Inte I at I Ion I I I.,%,
to tile sctl ling
of Iwo t igid atmular loundations tnd of, tile InIlIkelit
C of colitinu
ous, mitform loa&ng-, on file ell'-!vig of ( Io!-vIv
situated cinnular
C101111111t ill I 011.1'i 'if-e
V K, I c v d
Card 1/1

AhTOMICH, P.B., dotannt, kand.tokhn.muk
Using graphical methods In dootgning framose
Sborionauche
tru4.Bel.politskheinste W,76:19-34 159.
(MM 1) 16)
(Structurs,l fmm"s)

Him, V.X.I ANTONEVICH I V.S.
Nomograph for determining the food per minute of
milling machines,
Mashinostroitall no.709 JI 162. (MIRA, 15t7)
(Killing machines)

III-rOINVICII, V.J.; WNM, V.1%
'Efflciant knurling conditions. Manhinoatroltell
no.9137
S , 62. (IMIRA 15:9)
(NoWwork)
.Zb-

Amron. C.
Comparative stAy on production of a direct current of
great Intensity. p. 489.
STMII SI CMnARI DE EMMETICA. Buouresti.
V61. 5, no- 3/4. July/Dec. 1953.
SOURCE: East European Aosssione List, (EEAL), Library of
Congress,
Vol. 5. No. 11, November, 1956.

A7--f-7:T, I-
Operation of a DC motor with independent excitation when
voltage is increased.
1), 507. STUDII SI CERCETARI DE ENERGETICA. Bucuresti,
Vol. 5. no, 3/4 , July/Dec. 1955
SOURCE: EFAL IZ Vol-5, No. lls Nov. 1956

F. 1 C.7 ~j
t . SO
(BiocIlem, 1W. J, of 14atippe
".A'-ioc'K lmd ATP. 11
t..ct--j Phystol (Pudeper0j,
1951 ','/l suppl (26)
"o abtt. in Exc,, vleds

KOVACH, A.G.;BAODY. D.;BLLL=. R.;AHTONI. Y.;GXRGXLY.
J.;KXHYIWC, J.-.IRANTI.
M.;KOVACH, X. -
Traumatic shook and adenosins triphosphato. Acta
physiol. hung.
) no.2:3)0-)44 1932. (CLNL 24s3)
1. Of the lnstttxtte of Biochemistry of Budapest
University.

-
F;i~
FFl-.,
-~~
10. 1
M
1%, 1
:-., ~

e,. - , ,'N - -
- . T--

ANT-CNI, F.; MMI, T.
Imams-biological study of the crystalline alcohol
dehydrogenases ia*lated
from closely related yeast enecies. ActA physiol. hung. 13
no.3:187-197
1957.
1. Biochemical Institute of the Hungarian Academy of Sciences,
Budap*st.
(IMHTDHOGXUSIS I
alcohol debydrolvenass from baker's yeast & brewer's yeast,
immune-biol. salies)
(TIRSTS, metabolism
alcohol dehydrogeneses, immune-biol. studies)

ANTONI, F.; HIDVEGI, E.J.; LOVA1, P.
t.,%- -
Isolation of cell nuclei from Lattro-Ehrlich ascites
tumour colls
in Glycerol medium. Acta physiol. acad. sci. hiing. 21
no-4:3Z5-334
162,
1. The Frederic Joliot-Curie Central Institute for
Hadiobiological
Research, Budapest.
(CARCIN(Hk t EHRLICH TUMOR) (GLYCERIN) (CELL NUCLEUS)
(RNA, NEOPLASM

XOTELES, G.J.; AN'TO.NI, F.j SZABO, L.D.
Nucleic acid metabolism of inflammatory cells. I. Nucleic
acid content
of inflammatory cells. Acta physiol. acad. nal. hung. 22
no.1:1-10 162.
1. Institute for Radiobiological Research, Budapest.
(DNA) (RNA) (INFLAMATION)

1% UJIGAiY
-=v
AN, S., ANTOXI, F., and VARMUSZ, V.. of the
"Froderio Joliot-
Curial' Research Institute for Radiobiology and
Radichygiono (Director:
V. VARTr;i1ZZ), Budapest (Original version not
given].
",-=,anoloeical Activity of Ribonualooproteins. 1.
Factors Influencing
t~a) Antigon-Antibody R&Aotion"
i-dapest, Acta Microbiol
ogica-Academine-Scien-tiarig Hungaricae. Vol 9,
1962/03; pp 341-346.
'Intr.
tct rAuthors' English summary]: Specific antibodies
have been pro-
ducca in rabbits with RNA-RUP preparations obtained
froi euinaa-piz
liver. 'rho antigen-antloody reaction was estimated
quantitatively by
roasuring tno optical densities at Z60 and ZdO mp.
During the timo and
under tne tomporature required for precipitations,
the R:U-,%.'P antigon
4~; dcco:~posod spontaneously. A docomposing action
was oxorcized also by
I
tirc, nucleaso systom In the serum. Whon studying
the immunobioloeical
ctivity of RNA-UP antigen-antibody systems, the role
of some factors
neZLgiblo in the case of other antigens should be
considered. (30
rufQrancos, rviinly Western]. [Article In English).

HIDVEGI, N.J.; LONATP P.1 ANTONI, F.; UNGER, E.;
VART&RESIZ, V.
Oncogenic deoxyribonuclooprotein and
deoxyribonucloic acid
isolated from ascites tumour calls. Neoplasm 10
no-41361-36/,
163.
1. "Fraderic Joliot-Curial NationAl Research
Institute for
RAdiobiology and Radlohygiene, Budapest XXII,
Hungary.
NUCLEOPROTEINS) (CARGINOGEVS)
LEUKEMIA, EXPERIMENTAL)
CARGIROMA, EHRLICH TUMOR)
i
(DINA1, NEOPLASM)
(LEUKEMIA, LYMPHOCYTIC)

WI,GYES$ lajosi URBAN,, Sewdorl ANTOM, Feremcne
Published professional standards. Stabyany kozl 15
no,1:8 A .163*
1. Kozlekedes- as Ilostaugyi Hiniesterium 1/7
Gepeateti SwY.-
oottaiy vatetoje (for Tolaes)* 2* Kotlekedes- en
Fostaurvi
Miniesterium 1/9 Tavkotlo- so Distositoberendeseei
Stakoastaly
vezetoJe (for Urban). 3. Kannyuipari 14iniatterium
IparfejIsr.'esi
Foosataly (for Antoni).

U?IGMjE.j- MIAT.P.; IIIDVEGItF..; AIITIWII,,F.;
VARTEIMZIV.
Patholoelcal observationa on mice treated with
proparatos
isolated from asciton tumour cells and rei mice
grafWd with
lymphatic cell suspensions from tho so treated
animals. Noo-
pla=a 11 no.2&177-192 161.
1. Frederic Joliot-Nrio Wational Renearch histitute
for Ra-
dioblology and Radiohygimop aidapost, limpry.

KOTELES,G.J.;_ P1i7U,'IjF.j RADNOT9 Magda
The nucleic acid content or the lens and some properties
or
its "soluble RW-l- Acts, med. acad. sci. flung. 19
no.3t271-
283 f63
1. Institute for Radlobiological Research$ Budapest# and
First
Department of ()phth&]no1ogyq Univarsity Medical School,
Budapest.
Ar

WhI3, Katalln, XOTF;J'S, ANNAI'l, ~., 1AW-SY, 'Jy.
Studlpq an thp nutlele &aid metatx)lism of
membram nells after Influonza virus Infection. Acta
m!c7rob!c'A.*
acad. act. Hung. 11 no.2085-192 '(4.
1. StaLe Inst!tute of Hyg-lpno (Dirtntort 'T.
Prikacs), Pulappill., a-11
State Inst.1tute for Iladloblelogirall Reaceirch
"YredRr-'t Zo;lot
Cur'~e' (Pirectors V. Vnrterenz), NORP(nil.,

L 1982-66 EWA(j)1EWA(b)-2 RM
IMSTUR XRt AT5024290 HU/2Y*/64/023/002/0133/0140.2.:~,
AMORt Ant-oni, Fama) Aft, Istvan Azabo, Lasslo D.1 Varteross, Vile"
TITLZI Glycerole-induo*d changes in tho level and metabolism of
nucleic acids In
bone marrow calls
SOURCE iAcadenia.scientiarus hungaricaes Acta physiologica, vo 23,
no, 2, 1964,
133-140
TOPIC TAGS: nucleic acid, biologic metabolism, bone narrow,
cytology, radiation
biologic affect
ABSTRACTs flenglish article, authors$ Zngl~sh $"r*y modified7The
DRA-P
content of rabbit bons marrow to 5.8 x 10- microgron/call. Th;
correspond.
Ing value for RNA-P to 3.9 x 10-7 microgram/coll and the ratio of
RNA to DNA
Is 0.67. Clyearol, in concentrations of 3 per cent and more,
markedly do.
crossed the RNA content of bone marrow cello but bad no Influtnee on
the DNA,
level.. Clyceroi treated calls continued to Incorporaits both
C14.forsata and
P32 into RNA and DNA even though the rate of incorporation was
considerably
decreassiL, Washing procsduresfurthei~ decreased the ability of
glycerol.
Card 1/2

L 1982-66
ACMION M AT3024290
treated calls to incorporate radioactive isotopes. The ratio of
RNA to DmAt
in alycerol-treated callej undervent an unusually rapid decrease
during in.
cubation, by'incrassing the glycerol concentration up to 40 per
cent, both
purified and cytoploon-conteminated nuclei could be isolated.
Orig. art. bass 2 figusve, 3 gmpM, I table,
AS=IATIONI hvderlo Jollot-Curle Naticul Res#areh I"tituts for
"diobiolo
"d itadi0hysistwo pea
ASUBKITT&Dt 00 SWLI 00 SUB COM Le
NR RST my 1 00 OT 1 030 im
card 2/2

L 1983-66 &4,A(J)/PWA,(b)-2 RM
ACCESSION MR: AT50242% ffU/2y*/64/025/0O2/0141/0148!Z
Istvan
.n J.1 Szabo, leazlo D.) Arky
AUTHOR: Antont. To c IILJ#vp
Ai _Ago
TITLEt In vitor incorporation of p32 an;l 014 precursors into the
nucleic acidi'
and proteins of rabbit. bone marrow
SOURCE: Academia acientiarum hungaricae. Acta physiologica, v. 25,
no. 2, 1964,
141-148
TOPIC TAOS: phosphorus, carbon, radioisotope, nucloic acid, protein,
rabbit, bone
marrow, radiobiology
ABSTRACT: L"English article, aut rel English summary modified 7 The
in.
corporation of C14-formate and M into the DNA of rabbit bone-mrrow
has
been Investigated. A Tyrods solution with 20.per cent added rabbit
serum,
was found to be the best suited medLum for in vitro labelling and
for ob.',
taining well-reproducible specific activities, The Incorporation Of
c14.
valln* and C14-arlinine into various proSsin fractions of bone
marrow cells~
has also been investigated. The radioactivity due to C14-valine was
always
Card 1/2
Card 2/2

A,4TnNI, OLPIALA
. - - 0
Cold agKlutination; theoretical principles and clinical
signific"co.
Pastepy hig.sed.doew. 9 no.4:509-564 1955.
1. Ilinilm Chorob Dziect AM Irskow. ul. Strzolecka 2.
(HINAWLUTIWIOV,.
cold, review)

riiyr ~~ion im~l in,
lo-,vT mce the i,nn,i-m-
at ft" 1 '0-- ! , - 1, , -
. . ., L' .';'i - !
all! I,- ,hich ,11 1, 1
phAl
Tb " 1,) 1 d-
-vj
""ght
ox 14 to wl) of
Rklhl tit t,tfl ffj f I' i
Ol

-:U- - ---I I-,- .
^ "-- -f :1-:1: -- * 11 ~1- -. ;,': -," (~ -,2)
. - A
; 1* 1 .1 ~)
A!:alc,-JLa Nrl "~x"O'.1te) Sofiya Vol ) I:,"
*,'
SO : &-i5t Etuv-lear, Accessions List %'cl -":'
~:o i~

EUSTATZIOU, G.; EUSTATZIOU, Silvia; KrUTERT, Rugonia; ANTONI,
Maria;
BOGDANF,3CO, Viorica
Resea.rch on the phago-bacterial systems in saprophytic and
pathogenic
mycobaoteriA. Relation of the phago-bacterial systems to the
taxonmr
or atypical and saprophytio Mycobacterim hominis and
Myoobacterium
avium. Arch. rown. path. exp. microbiol. 21 n6.21255-261 162.
1. Travail de 111natitut ODr. L Cantacuzino* -- Centre
National
do Bacteriophages-Reforences.
(MYCOBACTERIUM) (MYCOBACTERIOPHAGES)
(BACTF.RIOPHAGE TYPING)

ANTONI, Pal, dr.
The battered child syndrome. Orv. hetil. 106
no.41:193.1-193'7
10 0 165.
1. Janos Korhaz, Gyermakoataly (foorvoa:
ImartCyorry, d,-.)

dr.1 :)ZMTE*ERESZTYv Bela, dr,
An u-uaual case or aspiration of a foreign body.
Orv. hetil.
10b no,280325-1326 11 J1165.
1. Debreceni Vrvoatudommyl. Egyetem, GyemeWinika
hgnzpatot
Win, 1,Rszlo, dr.) as TBG Klinika Ogazgtitot
Pongor, Fererm#
dt-*)*

ANTONI, Sandcr
Asphyxia. Elet tud 18 no.6t162 10 F '63.

AltrONI , Sandor
StornCe of firowood and coal for wintor. Elot tud
1.8 no.39
29j1218 S 163.