SCIENTIFIC ABSTRACT ANTONOV, E. - ANTONOV, I. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101730003-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

Dennatology
BULGARIA
--MTOAQ~4_~.. CO Lonel of the Medical Service
IsTreatment of Yperite Skin Lesions in Human Beinf;all
Sofia, Voenno Meditainsko Dolor Vol 210 Nol, Feb 660 pp
35-40.
Abstract: Treatment of 9 patients with Skin lesions due to
contact
wiT yperite is described. Good resulto in the therapy of the
akin lesions were obtained by external application of a
"bioatimu-
lating ointment" containing terramycint insulin, vitaminA,
vitamin
B t acetylcholine, lanolin# and vaseline. Me ointment,
which had
blen previously found effective in the treatment of atonic
lesions
of other etiology in human beinge and of necrotic uclers
produced
by yperito In experimental animals, also had a good and
relatively
rapid effect on more deeply located yperite injuries that
were
exhibited by the patients. Figures, Russian summary.

Derontology
ANToNov, svg.~ Col; and ALEKSIEVp Iv., Lt. Col.; ArM
Medical Service
"Liquid Nitrogen in the Therapy of Certain Dermatological
Diseases."
Soria, Voenno Heditainsko DL-lo, Vol 21, No 2, 1966, pp
46-49
Abstract [authors' Russian sumary~ modified): Results are
reported In treat-
Ing 1028 deizatological. patients with liquid nitrogen* The
authors expand con-
siderably the indications for the application of this
method to alopecia cica-
trisatap granuloma pyogenicum) xanthomms, prurigo
nodularie, psoriasis vulgarlsp
chronic eczemasp calluses, folliculitia keloidalis,
recurrent her-pea, etc. In
view of the availability, ease of application and good
therspeutical and cos-
metic results of this method, Its widespread practical
application Is recomend-
ed. Three Soviet~-bloc and five Western references,
1/1

ARTONOV, P., Insh,
Speolal problems In maintaining apartment houses in
Norillsk.
Zhil.-kow. khos. 8 no.12t?-8 158. (MRA 1311)
I.Takhatcheekty otdol Zhilishchno-kaswinallnogo
upravlonlyo, g.
Norillsk, Krasnoyarekly kray.
(Norilsk--Apartment houses-MaIntenanct and repair)

_ AJUGNOV, F~-;- inzli.
How we prepare to control malt waters. Zhil.-kom.khoz.
10 no-3:
27-28 16o. (ML'U 13:7)
1. Tokhnicheakly otiel shilishohno-korimunallnogo
upravlonlya, g.
Norillsk.
(Norillsk--Snow removal)

ANTONOV, F., Iash. (g. Norillsk)
ftollamw
Methods for controlling the Icing arormd buildings
to Norillsk.
Zhil.-kom.khos. 10 na.9:11-12 160. (MIRA 13:9)
(Nor Ill n'o-- Ice)

PEGUSHINq 09 (Ikrlltok); ANTOMOV, F. (Norillsk)
Nonfroesing water post. Zhil.-kou. khea. 11
no.llo25 9 161.
(MIRA 1617)
(Pipe fittings)

OCILSHKOV, N., narcKIW oudly., (,,uzdalls
VIlidimirokoy oblnw)i
A.'-TUNOV, F. 1=11-1 TOPORKOV, F.; S. (Od"")
I
Odessa)lj GRIGORIrWA
Readers Joportj advicep and auggo,A, Zhil,-hon,. khoz.
L! no-400-31 Ap 162. (KIM 1~,:7)
1. Zhil!ehchno-kommumllnoya uprimloniyu, Norillsk (for
Antonov),
2. Nachallnik otde]A Hinintertatva kor.=naltnogo
khoz.,,-aystva
Koni Assa, Syktyvkar (for Toporkov). 3. 1'rodsedatell
sov?ta
porwionorov dom to-4, Kuskovo (Moskva). (fcr
Grigarlyova).
(C(X-X=Ity life) -

INTONOV) F.
Houm on pile fc6dations. Zhil.-kom* khos. 13 no.3al3 Mr 163.
(KIPA 1613)
1, Starshly insh, ZhWshchno-komnmallnogo uprayleniya,
Norillsk, i
ineshtatqj korrespondent thurnals, ItZhUishohno-komunallnoye
khosyaystvole
(NorIllsk-Foundations)

nw,INP A.M., kand.t*khn*n&ukj,,_A~~y,_, lnzh,
Coaputation of alopoe in deep open pit@, Nauchosoob*IGD
24t94-105
165. (MIRA 16110)

2- ZO S/14l/60/003/03/006/014
WMIORS: Akhmanov '14F3P1
_,_A,At and AnH9
2j
TITLE: Amplitude Oscill5ktions in it Mlse Gangrat.Qr.nased an a
Reflex Klystro 'it Vj
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy,
Radiofizika,
1960, Vol. 3, No- 3, pi) 405 - 418
TEXT: An investigation of the unidimensional distribution
functions characterising the amplitude transient in Itlystrons
was
carried out. rhe functions of interest were W t (A) , which
describes a distribution of the amplitude at various time
instants
ti and W A(t) , describing the probability of reaching a given
value of the amplitude A i at a time t . These functions were
determined experimentally for an "autonomous" reflox klystron,
and
for a klystror. which was "excited" by nit external signal.
Tito
block schematic of the experimental equipment operating at the
wavelength of 10 cm is shown in Fig. 1. This consists of;
1) a modulating generator; 2) a standard generator*, 3) a delay
Card 1/6

821h51
S/141/60/003/03/006/014
E122t
Amplitude Oscillations in a Pulse Gone a Ndiased on a Reflex
Klystron
line; 4) a sawtooth-voltage generator; 5) a pulse
oscillograph, 6) a discriminator; 7) a sensitive
power meter; 8) a wideband amplifier; 9) a three-
branch waveguide; 10) the klystron; 11) a wavometer;
12) an ultrahigh-frequency generator; 13) a spectrum
analyzer and 14) a measuring line. The generator or
the standard pulses was employed to trigger the time
base of the oscillograph and a generator of rectangular
pulses having a duration ranging from 0.5 to 10 Us and a
rise time of less than 0.1 Us; the latter was used to
modulate the reflector of the klystron. The envelopes
of the high-froquency pulses generated by the klystron
were observed on the screen of the ostillograph. If
the klystron was operated a large number or times, it was
possible to investigate the desired random process; the
envelopes of the klystron, pulses were photographed and
Card 2/6 the distribution functions Wt(A) and W AM were

b/141/60/003/03/006/014
EAR24fgP2
Amplitude Oscillations in a Pulse Go r Based on a Reflex
Klystron
determined by photometering the film. A typical picture
obtained on the oscillograph is shown in Figure 2.
Since the axis of the abscissa is the time axis, the
function W A(t) is obtained by photometering of the
oscillogram along the time axis. By photometering the
film along the axis of the ordinates, it is possible to
obtain the function W t(A) . The experimental results
are shown in Figs. 3-6. Fig. 3 shows the function
WAM for various reflector voltages. Tito distribution
function of the ratio of a given amplitudo to its
steady-state value (x = A/A y) in plotted in Fig. 4
against x for various values or 'N,. , where / :;
denotes the instant of application of the modulating
pulse. From the experimentally determined function 2
WAM . it is possible to determine the dispersion tk t
Card 3/6

S/141/60/003/03/oo6/ol4
1&jg2/fia22
Amplitude Oscillations in a Pulse Genera r et, on a Reflex
Klyatron
of the time necessary for roaching an amplitude A i and the
average time i necessary for reaching the above amplitude.
Figure 5 shows the square root of tits dispersion as a
function
of P/P max , which represents the ratio of the power at a
given
point of the generation zone to the power at the centre of the
zone. The dispersion of tits quantity x = A/A y as a function
of t is illustrated in Fig. 6, where tits first curve
corresponds
to the power ratio of 0.7 and the second curve is for the
power
ratio of 0.45. Tits above results cart be explained by
considering
tits dynamic operation of a klystron. It is assumed that the
amplitude transient is described by:
A
AM .7
Y-7-
.1 Cs-20t
Card 4/6

S/141/60/003/03/&6/oi4
Amplitude Oscillations in a Pulse Genefal?02089ied on a Reflex
Klystron
where C is a quantity determined by the initial oscillation
amplitude in the resonator and P is the increment defined by
Eq.(2) (Ref. 12). By analyzing Eq. (1), it is concluded that
the shot and thermal noises are the main sources or the amplitude
fluctuations observed in the transients. The two probability
distribution J'unctions can be expressed by Eqs. (3) and (4),
provided it is assumed t1tat the non-linearities in the klystron
are or no consequenoe (Refs. 4,6,8). On the basis or Eqs. (3)
and (4), it is found-that the square root of the time dispersion
is given by Eq (5), while the amplitude dispersion is defined by
Eq. (6). By comparing the theoretical and experimnetal results
(graphs of Figs. 4 and 6 with the formulae (4) and (6)), it is
seen that a satisfactory agreement between the two is observed
only during the initial stage of the transient process. The
average rise time of the amplitude transient caki be reduced by
introducing an external. sinusoidal?TM the resonance system of
the generator, This method was investigated experimentally
and it was found that if the external signal had a power lower
Card 5/6

S/l4i/6o/oo3/O3/oo6/ol4
Amplitude Oscillations in a Pulse GeRHWROH89ased on a Reflex
Klystron
than 10-9 W, it had no effoct on the rise time of_hhe oscillation
amplitude; however, at powers of the order of 10 W, a
significant improvement could be observed. This is illustrated
in Fig- 7. Tito authors express their gratitude to S.D. Gvozdova
for her consitant interest in thin work and to G.A. Yelkin and
I.T. Trofimonko for discussing the results. The authors also thank
I.L. Bershteyn for reading the manuscript and for valuable remarks.
There are 7 figures and 14 references: 2 English, I German and
11 Soviet.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet
Moscow State University)
SUBMITTED: October 23, 1959
Card 6/6

DOBROBILISKIYj K.K.; VJ.; BKRLU", A.U.,
redaktori KANDYM, A-Too, takhnicheekly redsktor
CThe work of the station In winter] Sabots stantatt
stool. Moskva,
Goes treampothel-dor, Xid-yo, 1951. 1?5 p, (KLRA
100)
(*~Iromds--Stat tons)

TTAZHXUN. Alsksay Petrovich, Inshener, PAnTUX,
Vikolay Sti*panovich,
Inzhaner.-t V)SOODADYA.Telens Petroyna, Inshaner;
ANMMDY. M.
roAaktort VXRIMA, O.P.. takhnichookiy redektor. %
[work practice of saintowme son of the
ProvVehlasnoya section
of tho Tomsk railroad] Opyt raboty puteltsev
Prowyehlonskot
distatelt Tonskot dorogi. Moskya,
Gos.transp.shel-dor Isd-vo
IM. 13 P. (HLRA 8211)
(Kewrovo Province-Rallroads-A"ntenance and repair)

A W XCV. V.I.. inshener.
Prompoets for the oTer-all seehanisation of rostiso trock
oaintan*nce.
Zholdor,transpe 39 no*6:3843 J* 157. (KLAA 10: 7)
(Railroads-Ratntessnes and repair)

MILININ. D.14.; NOWOV, A.A. - ANTOROV Y01 WTYKHOY. L#X.- LUKHOTICH,
V.D.;
POPOV$ A.V.,Insh.,rj-.. S,tekhn.rod.
[Mechanization of $now protection and reno"q on railroads)
Makhanizatella anagmi'borki I enegosashchita as sholsonykh
dorogakh. Moskva, 0osetraaspethel-doralid-vo, 1959* 112 p,
(Moscow. Ve*solusnA nauchno-teeledovatel'skii inotitut
sholesnodoroshnogo transport&, Trudy,, no*168) (NIPA 12M
(Railroads-ftow protection wA removal)

ANTONOV, F.I., insh.
0
Types of mechanisms and work t%rganization systens
for track
maintenance. Trudy TSNII WS no#17814-22 159.
(MIRA 130)
(Rnilroade-Track)

FEDULDV, Vasiliy Fedorovich; A "TO OV Fedor
Ivanovichl ZAKATAU)VA,
Aleksandra losifovna; r".
(Characteristics of the maintenance of tracko
with re-
inforced :oncrate tioo) Oaobennosti soderzhanila
puti s
zhelozobetonr7mi shpulami. Yloakvaj Transportp
1964. 19 p.
(KIRA M10)

RABETS, A.L.; ANTONOV, G.A.
Universal ol&,vping and feeding draw-in chucks
for automatic
lathes. Msehinostroltall no. 5t26 ?V 164. (MIRA
1717)

AKHWOT, S.A.; ANOROV. G.F.
-------
Anplitudo fluctaations to a reflar klystron pulse
oscillator.
Igv.vys.uch*b.z,%v.; radtofts. 3 no.3t405-418 160.
(MIRA l3s8)
1. Moskovskly Casudarstyemqy universitet.
(Ilystroun) (Oscillators, Xlectric)

ANTIDNOV, G.G., kontr-admiral
HeIrs or military glory. More nbor. 48 no,025-29 Ap
165.
(M] IU 18 s 6)

Cj I
i ro.-I,nichenko, A. Antutiov, I
i,-.kovich,__!3 1). , Eolcha no vin IF F,,,~n-LTmr
Khillko, 11. K.
0
I El ~n.-nesitc, hri.O-r, Ur CEecherwcrks of Hei-encratoi,- -.n per,
fte,-Mg Ptirnaces
I'Ei! I , 1, 1 C A L iL;f;neupory, 1960, No. 5, Pr- 10~7-207
'T .1 r -V.
~ -XT., A, S. Frenkell fo%~nd out that the Onuse underlyinr the ],~
rez r. -1 6'-
forsterite brickv hitherto used in j:as generntor chockerworks ir
it tt,-?
takint, place in tY-e volume of iron oxideo ccntp-ined in th-,r-
4,,s
particularly felt in an Increased magnevioferritc content nnd n
(if over HU00 (Fig. 1). Magnesite has a hi~:her hett conducti(.,n
nu-~.Ivr (Fij-,
1,Tid n hipher hont capacity (Fig. 3) than firo-cloy tind Dinar
clive,
Frenkel K, K, Shnukler or the Ukrainskiy institut ofnieuporov
--Inzt-ituto of Refractories) tested mat7nesite bricks In rej:ener,
t - O,x-~C-r
%.orks. Bricks 38OX150x,7r~ mm Inrre were j~roduced by In(? oryttivy
C ~-, r d T /5

-r,~movltc Ai~icko for Checkerworks of :;i 13 16(./ 01 C, C-',
-encrators in (,j,cn-hc,,,rth Furnaces
"ej Itt I
A
UN110 Test Flant UNNO). Table I shows the chnrrcteristics ct' )f,,
products before their utilizationand table 2 after utilizati.-n.
wi-Itn
of them used in the unburnod a-tnte. In t7as. rocxnprator
checker-WC11;t!~.
1,rtcks ehowed good stabilityl and no irapcrtant differences were
t'c~;fl-j
Letween burned taid. unburned prtiducts. With e view to ccnductin!~
~r~,raticnal tests, a set o." 120 tons of burned and (Inbulned
',ticks 162 X15OK65 mm large was produced under the cupervision
k-.' A. j.
rr-_,nkelO at the Ilan teleymonovskiy savod im. K. liarkan. (Ilan t
e I
ireni ~,.jiaqx) in accordance with the atntidardo of the teol plal.-
_11v and in compiiance with specifications laid down by the
lantoi,-y;,~or,
Works, Tie usual magneette powder, the Frain size of which is
rr~,u-~.fivd ir.
table 3, was used for the rurpose. Table 4 describes the raw masnvo
arl ti-.s
weirtit by volume of brick clays, and table 5 shows the propcitioi;
oxhibillrd
by the experimental sets. After 345 melts in the gas rel-enerator
Cif a
370-ton open-hearth furnace, both unburned and burned mal-nevite
bricks we]-.:
;n t;ood condition (FiGs. 4 and 5). Table 6 shown the indices of'
*h,- furnnce
perrormance with magnesite qnd fire-c'Lay checkerworks. Tnblo:; ,
;Bind 1, '.'how
the chemictil composition of the bricko~ after fl.vir tise, ns well
rt~
cvrd

Naj,liesito Bricks for Checkerworka of
Ref,-onerators in Open-hearth Furnnces
b0 I "Y !10 i
results of the petrographic analyses conducted by 14. Ye.
Drizher,ii. 111-
ferveict, was found between fimmed and unburned bricks (Fig. 6).
It i F~tatf'U'
in conclasion that metn1luggichl magneelte powder products with
low iron-OX101.3
contents do not loosen up in ghn regenerator checkerworks of
o,,-,(,Il
furtinces and exhibit high stability. Also ctieckerworks of
burneJ anJ w,fib,irred
bricks in gas regenerators of 370-ton furnaces, for which the
oxy~,en te-h-
nique was used, exhibited high -stability. There are 6 fif-ures,
b tablt'.Ij, anj
1 Soviet reference.
Card 3/3

S/13 60 0001061021012
BOUDO%
AUTHORS: Antonov, 0, 166 minkovioht D. Dos Shvartser, M. A.?
Sh*hmr-- G-e-s. -# OV2 Io Not KhilrFo-, M. R.
,__k 88;6 -
Molohmorat No 1,
TITLE: Production and Practical Test,I 'of Burned and Unburned
Small-sise P~c_rattrlte Brickeir
PERIODICAW Ogn*uporyt 1960s No. 6# pp. 244-251
TEXT: A. 8 Frankel's Ukrainakiy nauohno-issledovatellskiy institut
ogneuporoy iftrainian Scientific Research Institute of Fireproof
Materials)
recommended measur*u for the purpose of increasing the production
of re-
fractory regenerator forsterite bricks as wall as for the
simultaneous
reduction of their actual costs, This may be brought about by
using unburn-
ed small-size bricks. For the purpose of checking these measures,
the
Panteloymonovskly ognsuporayy sayod (Panteleymonovka Works of
Fireproof ma-
terials) together with the Ukrainian Scientific Research
Institute of Fire-
proof Viaterials in 1957 produced Industrial batches of burned
and unburned
small-size forsterits, bricks, So Do Vinokurt No So Mitrokhtna,
and Do A.
Card 1/3

Production and Practical Testing of Burned 8/131/60,/000/06/02/012
and Unburned Small-also Forsturits Bricks B015/BOO?
Fag*rman (Footnote p. 245) took part in this work. The chomioal oom-
position of the ground powders may be soon from Table 1p the
character-
istias of the pastes and blanks from Table 2, and the properties of
the
burned and unburned products from Table 3. The burned small-size
forstqrite
bricks corresponded to 4 MTY 5127-55 (ChUTU 5127-55) and were not
inferior
to bricks of normal size. Fig. I shows the chookerwork of a
regenerator
ads from small-site b:ricks, Experiments with these bricks were
carried out
:
t the savod im. Kirov& (Works iment Kirov). The characteristic@ and
mine-
ralogioal composition of the burned small-size foraterite bricks
after
their use are given in Tables 4 and 5* Table 6 shown the results of
a
furnace campaign# and Fig. 2 the temperature course of the
regenerator.
Figs. 3 and 4 show unburned foraterit* bricks after being usedt and
Table 6
and Figo 5 show-the operational conditions of furnaces. Tables 7
and 8
give the characteristics and the mineralogical composition of
unburned
:&all-size forsterits brioko after use. Petrographical
investigations were
arritd out by Lo Is Karyakin (Ref. 2). By way of a summary, the
authors
declare that burned small-size bricks are in no way inferior to
standard-
site bricks. By the use of 50-60% of unburned bricks in furnao*
oonstruo-
tion, the produotion of refractory forsterite bricks for generators
way
Card 2/3

Production and Practical Testing of Burned 3/131
60/000/06/02/012
and Unburned Small-size ?oraterits Brioks B015YB007
be increased and their actual costs may be reduced by roughly
25%#
There are 5 figures,and-8 tables,
ASSOCIATIONs Ukrainskiy nauohno-issUdovatel'skly inatitut
ogneuporov
(Ukrainian Scientific Research Institute of Fireproof
Materials) Antonov, 0, 1.9 Minkovioh, B. Doi
Panteleymonovskiy ognsupornyy sayod iso Ko Markea
(Panteloymonovka Works of, IFir*proof Materials imeni K. Marx)
Shyartasr, He Aot Shakhov# Go So, Sevenoyt I. Nol
Makeyevskiy metallurgiohookiy savod is* Kirova (HakeyeYka-
Xetalluritical Plant Istai Kirov) XhilIko, M. M., Molchunovag
M, I.,
Card 3/5

ANT(NOT, Goloo KHALIIXSXITo 397.1 XALINOTo T*,L,
POLTAKOV, VOIN
Using -mdIrsd forsterite bricks In small-capacity
furnaces.
Retall-arg 5 no*71l7-20:Jl 160, (Kim 130),
1e Ukrninskiy institut ognouporov I savod im.
Malynheva.
(opeo-hearth furnaces)
(Arebrick)

BMW Sh.M.; YANISHINA, M.P., $H&MVAWV, V.S., prinimali u6imt,ye,
EDWILICHUK9 10.1.1 PLOOMMOg Te.A.; POPOV, G,Lj SMUPINt V.(;.;
A#7 AGM*
Service conditions and processes of the wear of basic refractories
in the buMeads of open-hearth furnace front walls., Sbvr,uau*b,
trud., MIO no*5%161401 161. (MIRA l5tl2)
le Ukrainakiy nauchno-iseledovatel'skiy institut ogneuporov
(for Antonovp Kovtun).
(Open-hearth furnaces-Design and construction)
(Firebrick4-Testing)

ANTONOV, G.I.v inzh.j BEIMUt SH.M., inzh.
Efficient design of regenerator checkerwork, Stall 21
no.,5t413-414
My 161. (MIRA 1415)
1. Ukrainskiy nauchno-iseledovatellakly inatitut
ogneuporoy.
(Open-hearth rurnaces-Design and construction)

B.EiOllll, Sh.H.; YANISHINA, A.P.1 AUMNOV, G.I.;
PLOSUCIMILU, Ya.A.,,
SII,AKHOV,, N.A.; 140VLUVA, ko-ly.-
TostLng non-fired forsterite brick in the checkered
brickwork
of air regenerators of 500-toon open-hearth furnaces.
Cpnupory
2C, xio.0':272-273 161o (MIRA 14;7)
1. Mkrainskiy vauctino-iosledovatellskiy inatitut
ogneuporov
(for Berunjan'shinas, Antonov), 2. Alchevokiy
metallurgicheskly
-.avod (for Ploahchenko, Shakhov, Movlyava),
(Foratorite) (Open-hearth furnaces)

VINOKUR,, S.D.; MIKIIAYIISTS, I.D.; G.I.;
KOSSOGOLOV, V.V.;
HINKOVICII, B.D.
Manufacture of magnesite-chrome brick for the dome
of an'
opon-hoarth furnace with Imulation. Ogneupory 26
no.8t
351-354 161. (MIM 14 t 9)
1. Funteloymonovakly ognoupornyy zavod im. 9.
Harksa (for
Vinokur, HIMaylets). 2, t1krainskly
nauchno-isoledoyateliskiy
Institut opeuporay (for Antonovp Kosogolovp
Minkovich).
(Firebrick) (Open-hearth furnaces)

KHILIKO, M.M., inzh.;.AN104NOV,._G.J*j. illzh.
Results of using foratorite checkers In open-hearth
furnaces
operating with oxygen. Met. I gornorud. prow.
no.601-34
N.-D 162. (M IRA 1718)
~ 4, Maksyevaliy metallurgichekly zavod im. Klrova
(for K1014o).
2. Ukrainskiv nauchno-Araledovatellskiv institut
ognouporov
(for Antonov).

AMAY4 G.Iej MWj Sb.M.1 rMHCHEMKO, T*.A,; DRIAPIXt
To.,?*)
a OVj N.A.1 HAMAK9 V.L.
Gas flow distribution in regenerators of 5Z-ton
operv-hearth
furnaoss. Stall 22 noeO306-309 Ap 162# (HIM 15t5)
(Open.-hearth furnam) (088 flow)

KHILIKO# M.M*; 0710NOV, G*I.
Use of forsterite checkers in high capacity
open-hearth furnaces
operating with o)Wgen. Ogneupory 27 no.3il4l '62.
(MIRA 150)
1. Makeyevskiy metallurgie.-heskiy zavod imeni Wova
(for KhIlIko).
2. Ukrainskly nauchno-Issledovatel0skly institut
ogneuporov (for
Antonov).
(Open-hearth furnaces) (Forsterite)

ANTONOV, G.I.; KHILIKO, M.M.
Use of unfired checker refractories. Met. i gornorud. prom.
no.3137-40 YV-Js 162. (MIRA 150)
Is Ukrainakiy institut ogneuporov (for Antonov). 2.
Matallurgielieskiy
savod imeni Kirova (for XhIlIko).
(Refractory materials)
(Open-hearth furnaces-Design and construction)

PTLMMI, A*11.1 SHHUXLER, I-M-j ANTCNOV, G.1a; MMOVICH,
B.D.; sHAPOVIALoyt
ves, -
Use of epthatio foraterite brick for the chookervork in
open.
hearth furnace p9 regenerators. Mronauohetrudo UNIIO
noo5*166t.
180 161, (HIM 15M)
(Firebrick) (Oporp-bwwth tumaces-Desip and construction)

ANTONOV, 0, 1... Insh.1 SISHO, 1, 1,, Insh.1 KHAIMKrl, S. P.0
insh.,
KAL.INOT, Ye. L., Insh,
Using 50 =.facing bricks in open-hearth furnacem in foundries.
Nashhl" tzoents no,5142-43 S-0 W, (MIRA 16i1)
1. Ukrainskiy institut egnsuporov I Zaved in. Mal"heva.
(Open hearth furnaces-Equipment and supplies)

,AN70NOVO G.I.; 13AMNYSHBYp R.A.1 MCIAINp Sh.M*j
SUFOVALOV, -.'.V.
Useful life of the cheakervork in 600-tcn op-m-hp-arth
furnaces. Moto
i gornorude prome no-302-34 MY-Ja 163, (KIRA 1711)

I -l
kNrUl,"CV,~"4 WOUN '. NWCCCLOV, V.V,. 1~1.; KALINCY, Ye.L.;
KRAlEMKIT, S.FO
Prevent state and pronp*?cts fckr Uie dervlopment of refractory
liningn in fowidry qvn bearth furnacev. Lit# proizv, no&6-
19-21 Je 163o OURA 16;7)
"A (Openhearth furnaces-Design a.-4 construction)
Ar (Pwfra,.tory mtetlaIE)

MMKUVICII, B.D.1 A;j7o.,juV, G.I*j KOSOGUlk7o V*V*j
KOTIKp F*L*
I Manufacture of dense magnesite-chromits refractories.
Ogne-
upory 28 no.71305-3n 163, (KIRA 1619)
1, Ukrainoldy nauchno-ionledovatellskiy Lhatitut
ogneuporov
(for Minkovich, Antonov Kosogolov). 2. Nikitovskiy
dolomit-
nyy kombinat (for Kotikl-

ANTONOVp G.I*; BERRAN, Sh.H.
Service life of refractories during Intensified
steel pro-
duction in open-hearth furnaces. Stall 24 no.1:25-27
Ja 164. (HIRA l7t2)
1. Ukrainakiy nauchno-isaledovatellskiy inatitut
ogneuporov,

ANTONO KOSOGOLOVI V-V-; I%EDOSVITIY, V.P.; VINOGROOV,
N.I.; KFILIKOp
- W
M.M.1 MOLCHANOVAp 1-1.1.
Now design or ribbod arches with roinforced oupports,
Metallarg
9 no.2al8-21 F 164* (MIRA 170)
I, Ukrainakiy Institut ogneuporov t Makeyevokiy
metallurgicheakiy
2&vod.

ANTIONOV, G.I., insh., BIRMAN, Sh.M., insho
Selecting an efficient type of refractory waterial for
lining
open-hearth furnace regoisrators. Stal* 21, no.10:W-695
0 164. (MIRA l7tl2)
1. Ukrainskly nauchno-1991edovatel'skly Institut
ogneuporove

Ab"rf)w)v, W.r;144. G,I-., MJNhCVP:H, H.D.;
1140YUNN, V.Yu,
.-tabilized dolomite brick in tht.- chockelr4ork of
an open hearth
furnace. Ognoupory 30 nc,.9121-2~ 165. (MINA l8j9)
1. '.IkraJn,,%kiy nnit,,!hno-inviIA(I-)vottellskiy
Jnstltut ogneaprov.

ty

Ll. '.' .' 1:1,1 ~11- '.*. C-'.
" r r t,idr (xf Lr~ at e x,, ~ - - ~ I - r ~ ~
rtl~' rr; !I ~.-ry
~- f --i , i 11
714, ", - 1, '.11, f.. I wiry .30 no. .1.-' !1 -~-
If, of ~e (~IAFA 18% A*,. )
1. Ukrlt--;~iy rimuchno, I rzi I edoirn te I I,,
k- I v itir 0 1 t-t a

-CC
I-AtIorlov
Bcr.Tzin, X.; Shapovalov, V
A for producin:,, basic rofractor.( products. Clajs 50) No.-
!V',.1.693
G~ -
OY Scicnt.-"'ic iZoz;oarch of .;Wfractorios u rainskiy
lzobratl prom obra~; tov zn, no. 15, !966, 166
70.1-0 racrtctory, product, rofr.Actory con-,,-pound~ pa,;dor ro"!,
powdor P.-it,~11urt;yp
ro-'mctcry
p%~wdor. To prcc~aco
into A I ~A
LQ 'ired '- W. ox i d J z J

AIM-)NOV a X , ALTUY'T.XVA, A.H.. rodaktor,-
KONTASHINA,,A., takhnichs-
.~;~~~aktor.
(Yirs truck with a carbonic acid extinguisher] Posharvyi
avtono-
bill uglakislotnogo tushenita. Hoskya, lad-vo Kinisteretva
kommu-
nallwMi khostatetwit RSPSR, 1955. 19 p. (KLRA 8:10)
(Carbon dioxide) (Fire extinction-Chemical systaos)

NA."IfyKirip V.6.; G.N.; KAJ'fC1JEYEV, I.D.
Now rieth(xi of determining the vlag resistance of
refract-ory
mteriala, Ogneuporv 30 no.107-1.2 165. (MIRA 18:3)
1. Urallskly poll tekhnicheskiy institut Im.
S.M.Kirova.

v of -4 a 4 s I Is I IF W IN 41 a 0 44 a,
1$1 no 4 111
I kf Its i C4040,
..-Ce .046
opiv)ld"tql3 samm#411 "Iss"tivs," 914, w If
16o0 7*0*,:.
Got
0
:*:;.i
vul4noo AUV
Ul Oqj ja AIJJ,114
-MAIN JIRIIINUI 0141 111 06110("Op I I a
pue 4#uIwAjIvfp 690414"1
__iWUA4uv A
Isq(mvw W j I tMillsif "11
00-
00
00- 17 IL
48440. -f 414 .41
IF '%sonar" 4 1 v I I T v
1 4 I's .0 -4 a . I i I I I I I .
0 0 0 0 0 0 0 0 & 0 0 4, 0 0
" i i
616, k-"LIL-O0 * A 0 a

L 1984-66
"C~&.IM1093 UW0056/65/049/002/036T/ 72:1
AIMMRs Tomashpollakiyl YU. ML-Venevtoevi, Yu, N.
Antonoy, G. we
TITLE t Ferroelectric-maF n the 'syAem rbrft/ -402YbIM06
3W1/303
'_bRi__F_i6~4r&nt&Vnoy i tet~cticheskoy fiziki, ve 49, not 2p
19650
na
376-372
TOPIC TAGS:, forroelectrio materialp antiferromagnetic
material# lead Containing
&Uoyp lrarNontainitq &Uoyp t emn (containing &Uoyp 4pblus
--a-ining SUC70
Oro a
solid 61RIo-n 4
APSTRAM Now ferroolectric-mWetic riaterials with perovskite
structure were 14
11 L'
1wepared In polycrysta,121ne form1by Ming the oxides WN,
Fe2o3p %osp and Tb N
and the carbonate PbCO.-I at 700--1000C for 1-7 hours. The
technique Vised fo-Me,
crystal-structure meas%=ements at high temperatures and for
the phase ~;aeuremelrts,
were described by the antbors earlier (M v. 6, 2998p 1964 and
Mai - lab. no. 9,9
1112# X961). The dieleiAric measurements were made by a
standard b;Idge method,
and the magnetic measurements by the Faraday method. The
testis shoved that seyeral
solid solutions are fon*d in the It%/A1303"NIMOS SYBtM sme of
which
conbine ferroolectric or adiferrosiectitic WWerties with
ferrimagnetic ones Oyer
a relAtive3y wide range of concentrations and tenperatures,
Bome results were ob-
Cold 1/9

L 1984-66
ACCMSIOR XRt A15021093
tained, which Indicated a coupling between the electric and
rognetic dipole, strw-
tures in the Investigated coiVositions. Th ults my be of use in
microwaye
technology. "7he authors thank 0. S. Man=.discussing the results
and B....A.
Atrukoy for helpa" 'Ortgo art. &sit 6 fijiIiii.
PSOCIATIONs., FizIko-khUduhexkW Institut in* L. Y&* Wpm
(ftelcochemical.
itute)
BUPMTTEDI IMM 00 SM CM91 s0# M
NP. RV 60vt 010 OTMM 1 001

kCC NR' A'I" 60 3 2 9 5; 8 SouVa m'E,
AU711OR Fedolov, 5. A.; T~vtmro 'Miklover, L. P. Sergeyeva IN. r.
Antonov, G. M.; Gurevich.2i.-E.-
ORO% none
TITLE: Growing N&LU(MOO02 sin 1e crystals 14,
SOURM AN SSSR. Izvestiye. Nnorgoialcheskiye materialy, v. 2, no.
10. 1966, 1905
TOPIC TAM single crystal growth, molybdate, lanthanum compound.
sodium compound,
laser effect, Inner optic material
ABSTRACT: NaLa(MoO ). single crystals vere grovn by Ctochralski
technique in a high-
frequency crystallizei in view of the laser effect, previously
reported In Western
literature, In certain M1MIII01VI0,)2 type compounds, vhere M1 is
an alkali metal)
HIII a rare-earth element and MVI to W or Mo. The starting material
N&IA(MO04)2*2H20
van synthesized by precipitation reaction of sodium molybdate and
lanthanum nitrate '
In solution. Pure N&La(MoO4)2 vith Mr a 1163C and scheelite
structure was obtained by
calcining the hydrated product at 900C. The crystals up to 60 mm
long and up to 12 =I,--
in. diameter were grown from pure NaL&(MO04)2 welt. The laser
effect at a fairly low
generation threshold was observed at room temperature In
ff&L&(Mo0%)2 single crystals
activated vith 1 at% Md. The generation threshold may be
significantly decreased in
the optically more perfect crystals. Orig. art. hasi 1 figure. IJK11
SUB CODE*. 2OX SUBM DATE: O4Mov65/ CRIG REF: 001/ OTH REFt 005/ ATD
PRESS: 5696
C!!t--dlzx A

ANTONOV, O.So
.. ,, - I. e-.-,
Dynamics of phagacytomis In staphyloderm during treatmant
by slactro-
phoreals of staptqlococcal antiphagins Yopetur,fistoter.
I lache
fit.kul'5,, 21 no,,4%88-92 O-D 1569 (KLRA 9:12)
lo Is laningradskago nauchno-looledoystallskogo institute
fisloterapil,
I kurortologil
(PHAGOCYTOSIS) (STAPHTL4WOCCUS) (XLBCTROPHOUSIS)

LYFO, Yu.M.: ANTONOV,
Mort-tern tempering of steal. SWr. nauch. trul.
flz--tvh.tn.;t
AN BSSR no.7tl6l-167 161. (IiINA 1517)
(Steol-hoat troatment)

ATCLOV, Glob Vaell'yovichi OVCHARCV, Fed.or
FILiktovIch; KOViUt,
(Repair of the magnetic circuits of transformers]
Remont
magnitoprovodoy transformatorov. Moskva,
ftorgilap 1965.
215 pe (Transforvatoryp no*14) (V1RA 18:3)

STANCIU, B.1 GONlY III, Ion, #or do brigada;
HIRICA, Ion# malstru;
ANMWV, liaralamble, Ing.
Pride in belag a front-ranker. Constr Hue 16
no. 740t3
14 March 1964.

;111, -if, I :r, It" I .
~I,ic notl.cjs or VIC 'pialit'. Of- "lloys.11
p. 31,~ (latsionaii-atsl3a, Voi. 7, no. n, (let.. 1, ~
-j, s F a A.: 'a ri, a
-~ j j , ,,,
I
':o:, t
I
Lhly Inklex of Eaznt European Acces-vions (FF-A) LC,
Vol. 7, No. f), J-,u-,c l),I-k .

AMPONOV. I.
For modern maintenance and repair facilities.
Grazhd.ay. 17
no.5:4-5 My 160. (MIRA 13:7)
lo Glavnyy Inshener Glaynogo uprpivleniya Grashdanskogo
voidushnogo
flota.
(Aeronautics)

ANTUNUV I I*
Designers at work, Posh,dolo 7 U00514 MV 161. (MIRA
1415)
(Fire departments-Equipment and supplies)

ANTONUV, 1.
Cmforence on taxoplamosis. Zdrav.Bel. 7 no.800-71 Ap
l61.
(TOXOPIASHOSIS-COUGM4SES) JKLA .15.'-))

ANTMOV, Ivan, insho I POPOV, Tonop inxii
Some results from the operation of mazut-Neled
bollers in the
O$ofiia* Themoelootric Plant* Slaktroonergila 15
noo8s3-9
Pfr 064
:4 ~ : -: - :' 1 ,

ANT-NOV, Ivnr,, inth.
Rowilta the mixed combav,irri in Mhe TI'l-VIO-1
of the "SoflyA" Thermololectric )-lAnt,
Flektroenf-rgilok 1~
no.lltl5-16 N 164.

A - I .
I A.; ANTON-JV,
Wi!e more about slabs wlVicut 27 n0.12:22
N 164. (MIRA

Rejull f-t I -)n of tew; Ion kv tb~o I on !inv cr d I 9tribut
1, cn t rl. ;.-,f orrem.
energ. ird-vo, (~,Ac Collrtlon of 4hq orL7,itul: 45 , .
Y,Icr-)fllm, A'.-117

14N70t]OVA
P,
~_
AUTHOR:
TITLE%
Yevoeyev, A. A., Ecgineer soy/ 'o5-58-7-21/32
Conference on Developmental Problems of the Production of Trans-
formore in the USSR (Soveshchaniye go voprosam razyitiya otecheet-
Yonnogo transformatorostroyoniya)
PERIODICAL: Blektrichentvo, 1958, Nr L pp. 62 - 93 (USSR)
ABSTRACT: The conferince took place from March 5 th to March 6th
, 1958, in
Moscow. It was called by State Scientific Technical Committee
Attached to the Council of Ministers of the USSR (Gosudaretyannyy
nauchno-tekhnicheakiy komitet Soveta Ministrov SSSR) together
with the Gosplan USSR (Gosplan SSSR). This conference was attended
by: scientists and engineers from Uoncow, Leningradt Kiyev,
Khar'koY9 Sverdlovsk, Alma-Atat and other cities, representatives
of the Soynarkhozes, the Technical Office Attached to the Ministry
of Electric Power Flantaq of the Building Authorities RSFSR, of
the Goeatroy USSRp of the Committee of Standards$ of the Electric
Installation Organisations, and by the co-workerB of the trans-
former works Moscow, Zaporozhlyo. "Uralelektroayparat", Irmelek-
trozavod, as well as by the All Union Scientific Research-&nd
Card 1/~ Planning Institutes VEI, VTIt GIDEP, VNIIChermet,
VNIIE#MICI and

aL_-X_1U X
Conference on the Developnental Problems of the SOY/ 105-58-7-21/32
rroduction of Transformers in the USSR
others. The representatives of organinatione which have trans-
formers in operaticn were invited as well. Professor 1,1.
Syromyatnikoy (GNTK SSSH) opened the conference and pointed out
the shortcomings and objectives in the production of tr&nsfor-
mers. The Deputy Chief Constructor A.M. Chertin, Moscow Trans-
former Works ineni Kuybyshev (Moskovskly tr&nsformatornyy z&Yod
im. Kuybysheva ) reported on the working out of plans for the now
series of the lio kW transformers in 1he case of which the total
losses are lower by 30%# and the Idlirg losses by 40% - 50%,
compared with the GOST 401-41. In 1959 these transformers will
be put in operation to a large degree. Chief Engineer I*A.Antonov,
Zaporothlye Transformer Works (Zaporothakiy transform"or-nii-
tayod) reported on the now series of transforners with a power
of 560 - 56oo VA at lo and 35 kVP 7,5 - 31,5 HVA at 35 kV#
90 - 240 9VA at 11o kV, 9o - 240 XYL at 22o kV, 15 - 6o XVA at
15o kV and on the series of autotransformors 22o/11o/11H with
12o - 3oo UVA for monophase units and 100 - 450 NVA for three-
-phase units. Chief Engineer A.M.Dolgov (Trust "Teentroolektro-
set'stroy" US) spoke about practical exporienc* rained In
Card 2/3 assembling trabeformers and autotransformers with high power

4kTCkWj Ivan_ Androyevichj SIDELISIROVAp Z.j, r*d.;
NDrfTOV, V.p takhn,
ii&.,- -, - -
(Great movementl Dol'shoe toohnnia, Oreli Orlevskoe
knishnos isd-
vo, 1960. 15 p. (Poultry) (MIRA U.02)

SOV/1 12-59-5-9430
Translation from: Referativnyy thurnal. Elektrotekhnika, 1959,
Nr 5, p 139 (USSR)
AUTHOR:
TITLE: 1. A. Vyshnegradakiy's DetE.iled Diagrams for an
Indirect Control Svstem
With a Rigid Feedback
PERIODICAL: Tr. Omskogo mashinwetroit. in-ta, 1958, Nr ?. pp
25-35
ABSTRACT: A system of Indirect control whose behavior can te
described by an
equation of the 4th order is studied. On the basis of
Neutnark's D-partition ard
Bulgakov's discrimination curve. a construction of
Vyshnegradskiy's detailed
diagrams is preaented. An analysis of the diagrams results i?i
the
gener&kizatione convenient for practical purposes and in
selecting the optim,,im
paramoters from the stabilay criterion. Dimensionless
parameters are Used
in the solution. In the above treMment, the direct-control
system is a
particular case of the indirect -control system when the
fervamcstor U*ne
decreases Indefinitely. Twenty illustration*. Bibliography: 15
Items.
1. Ya. S.
Card 1/1

05492
AUTHOR; Antonov SOV/141-2-2-17/2 :~
- _tn~~
TITLE% The Detailed Diagrams of I.A. Vyalinegradskiy atid t1tc
Choice
of Optimum Parameters in a Typical Indirect-control System
PERIODICAL: Izvestiya vysshikh uchobnykh zavodoniy,
Radiofizika,
1959, Vol 2, Nr 2, pp 292 - 305 (USSR)
ABSTRACT: The influence of various design parameters on the
functioning of a direct-control system was first cmtnblinhed
by I.A. Vyshnegradskiy for a third-ordor system. Detailed
Vyahnogradskiy diagrams war* given in a number of works
(Refs 1-4). In the following, an attempt is made to apply
the Vyshnograds1ciy diagrams to a system of the fourth order.
Tho basic equations of a system of indirect control for the
case of switching off the load are:
Tay, l(t)
T T + 6n = 9 1
r k
TSW +
Cardl./6

V502
SOV/141-2-2-17/22
The Detailed Diagrams of 1*A* Vyahnegradskiy and the Choice of
Optimum Parameters in a Typical Indirect-control System
By adopting t = 6T'r. and the notation of E(Is the
a
Laplace representation of the controlled quantity io yjvon
by Eq (3). The characteristic equation of the
D(p) = arp4 + (r + ks)p3 + (k + Op 2 + P f I T 0
This contains three design parameters. Tlie pnrametric,
equations of tho stability boundaries for m ~ coiimt. are
given by Eqs (5), where p n :t jw . The family of the
9tability regions for the plane of the parameter It and r
for various values of a (which represents the velocity
of the servomotor) is illustrated in Figure I The coji-
struction of the Vyshnegradskiy diagrams requires the
knowledge of the so-called discriminant curve, iihere Eil CO
contains a double real root, p1',
", = - y
is expressed by Eqs (6). The branches of the discrimitiant
and the boundary curve for four basic cases ii-o --howit In
C.'%rd2/6 Figures 2. Apart from the discriminant cttrv:~ it is

0502
30V~141-2_2-17~22
The Detailed Diagrams of I.A. Vyalinegra sk y and the hoice of
Optimum Parameters in a Typical Indirect-control System
necessary to know the curves where a = const; a
represents the stability margin of the system. By sub-
stituting p = a + jw into Eq (4), the parametric
equations for the-curve of a constant margin of stability
are given by Zqs (10). In these equations,
Z = CX2 + 02 an4 is regarded as a fro* parameter. A set
of awcurves for fixed a > 1/2 in constructed in
Figure 3. Those represent the Vyshnegradskiy diagrams.
A case when a - 9/32 (1/4 4 a < 1/2) in represented
by the a-curves in the Vyshnegradskiy diagram in Figure
The Vyshnegradskiy dia;r#m for a a 3116 is given in
Figure 5. The case of a< 1/8 is illustrated in the
diagram of Figure 6. On the basis of the diagrams for the
above four typical cases, it in possible to investigate the
transients of the system for any values of tits denign
parameters. The choice of optimum parameters for the
system requires the knowledge of the root characteristics
Card3/6 which represent the curves of a, w and y as a function

05492
SOV/141-2-2-17/22
The Detailed Diagrams of I*A. Vyshnegradskiy and the Choico of
Optimum Parameters in a Typical Indirect-control System
of the control parameter k at fixed values of two design
parameters. On the basis of Eqs (4), the parametric
formulae for a(k) are given by Zqs (19), whilt, w(k) is
expressed by Rq (20). The curve y(k) cait be evaluated
from Eq (Ul). The above equations were employed to
evaluate the characteristics for the four tygical cases;
the appropriate curves are shown in Figures 7, 8 and 9.
On the basis of the root characteristics, it was possible
to determine the transients for five fixed values of a
Thin was done under the assumption that the control
process is completed whon the deflection deviates by
from the steady-state value. Figure 10 shown a family of
curves representing tho transient time an a funLtion of
the control parameter k . A curve showing the optimum
transient time for a = const. in given in Figure III
the figure also shows a region whore the transient timo
does not deviate by more than 20% from its optimum value.
Figure 12 shows the dependence of the optimum transient
Card4/6

o5492
SOV/141-2-2-17/22
The Detailed Diagrams of I.A. Vyahnogradskiy and the Choice of
Optimum Parameters in a Typical Indirect-control System
time on the design parameter, r , for a fixed a
By plotting a family of such curves, it in possible to
establish the influence of the parameter s on ths
minimum value of the optimum transient tinte. Alt appro-
priate graph illustrating this is shown in Figtire 13.
From the graphs shown, it in concluded that-
1) the quality of the control process (as regards its
speed) is improved by reducing the parameter r (Figure ILI)4
2) the minimum transient time decreases when a is
reduced to about 0.25; further reduction of a Ilan so
significant offset.
There are 14 figures and 13 Soviet references.
Card 5/6

o5492
SoV/141-2-2-17/2"
The Detailed Diagrams of I.A. Vyslxnegradskiy and tile
Choice of
Optimum Parameters in a Typical Indirect-control System
ASSOCIATIONt Omskiy mashinoatroitellnyy institut
(Omsk Machine-building Institute)
SUBMIT'r9D.. Decamber 23, 1958
Card 6/6

ANTUMN, 1. A., Cand Phys-Math Sci -- (dies) "Detailed
diet-rams of
I. A. Vyshnegradskiy and selection of optimal paranietera of
ttypical
systems of indirect control." Omsk, l9bo. V? pp: with
graphs; (Mos-
cow 6tate 11niv im M. V. Lomonosov, Mechanics-Mnthewatics
Faculty);
150 copies; price not Siven; (KLI 19-60', 129)

ANTOOV, Ivan Aleksandrovich; BLAZIANA, 1-arlya
Likitichnal
----'-SrnOlYUK -A-.r;,-r*taenzent; KULIKOVA, T.I.p
retnenzent;
SIMMAGINA, V.I.p rod.
[Technology of the manufacture of men's couta)
Tokhnologiia
izgotovleniin muzhskikh pal'to. Moskya, Legkala
Industriia,
1965. 203 p. (1-.IiLk 18t9)

Welding XOV 49
Soldering
"Xev Apparatus for Welding Aluminum
Conductors
and for Soldering," I. A. Antonov, Engr, 2
1/2 YP
*Avtogen Delo" No 21
Sbms diagra= aid pictures cf the apparatus
(11A-
cl"Aly, fuel tan1c, oxygen tank, and torch
vith
two interchangeable nozzles). Each nozzle
bas 19
jets vith diameters of 0.8 = in one nozzle
and
0.65 = in the other. In soldering, nozzle
vith
larger jets is used with silver or brass
sold -
ft 153263
UM/Engineering - Welding (Ccutd) Now 49
Gives amounts of benzene, kerosene, and
oxygen
consumed as fuel for different oxygen and
fuel
Zwessures.
IV 15V63

UM/Metallurgy - Wielding, Torch mar 50
Cables
*Installation for Welding Aluminum Wires and
Csbles," 1. A. Antonov, Ingr, 4 pp
"Xlek Stants" NO 3
Describes Installation in detail. Consists es-
sentially of torch which burns kerosene or gas-
ollnep combustion being assisted by oxygen
blest. Special attachments are provided which
can be clamped to vire and prevent molten metal
running avey. Series productior, of whole equip-
sent Is being done by Olavklslorod, kin of Chou
Ind. 16iT92
A- ___

ABTOWOV, I.A., Inshener.
Rapid mutomatio gas welding of thin-walled tube@.
Yest.mash. 33 no.10181-84
0 153. (KLRA 6:10)
(QV&c*tylsn* welding and cutting)

WSP/ En&tneerlng, - Machine construction
card 1/1
AutbGre i 4tonov,, I.A., IDng.; Kurlovichp Tu. V.; Engb; &
ShukbaLn, D. Tap Engo
Title I Now gLe-cutting machine with rtmote-controlled copying
device
P*r1cd1c&1 I Vest. Yksh. 34/5p 78 - 80j, Hay 1954
Abstmet t This'new gas-cutting machine, with remote-control1od
duplicating device,
Is especially practical in heavy-aachine construction and In ship
build-
ing. Its desi&n makes It possible to use smaller and che&per
pattornst
This now machine wss developed by the Institute of Autogenous
Woriting
of Metals. It cuts parts out of shoot steel 5-200 ma thick *M has
six cutters. The seals with relation to the pattern is 5t1,
Institution I ....
Submitted I' see*

ASINOVSKATA, G.A., inzhoner.;LOTSKANOY, S.M., kandidat
tekhnichaskikh nauk#
dotsentp redaktor.;ANTONOY I A., Inshener.
rodaktor.;POPOYA, S.M.,
tokhnicheekly rsdakT6T'Fz-t-='.
[Flame bras1w, of metals.] Oasoplammenaia paika metallov.
Hooku, Goo.
nauchno-takhn. Isd-vo khim. lit-r7# 1955. 70 P. (Moscow.
vessoiusn7i
nauchno-Issledovatellskii institut avtogennoi obrabotki
metallov. S*o-
vodiashchie materialy, no.7) (NLRA qtll)
(Brasing)

AJMNOV. 1.A.. inshener
Nov models of equipment and apparatus for gas-flaw
machining of metals.
Svar. prolay. no.118-11 J& 135o (KIMA St 9)*
1,14esoyusnyy nauohno-Iseledovatel'skly Institut
aytogennoy obrabotki
metalloy. (Oxyacetylene welding and cutting)
,e,*

ANTOMV, I.A.
, Technology of automatic gas cutting of thin-walled MIA"?
steel
pipe. Trudy VNIIAIrtogen no.3t36-82 155. (MIU lltl2)
(Pipe. Steel--Welding) (Gas welding and cutting)

ANTON
A
kand.takhn.nauk; ANTOSHIN, I&J., Insh.; ASINOTSEATA, G.A..
T_n_zR_.; VASIL'TIT. K.Y., kand.tekhn.nauk: GUZOV. S.G.,
Lush.; DITIN.
V.r.. lush.; ZATTSZTA. V.P., insh.; XAZERKOT. P.P.. insh.:
XAW,
Yu.B.. Insh.; KOLTUITOV. P.6., kanCtekhn.nauk; KOROVIN, A.I.,
lush.;
DZ=MTSKff, A.Z.. insh.; IWZMSOVA, Te.l., Insh.;
KATV1T31V,1.1.,
takhnik; MOROZOV, M.Ts.. Insh.; YNKRASOV, Tu.I., lush.,
NWHATIT,
V.D., kAnd.tekhn.nmuk,- MINBURG, A.K., k^nd.tekhn.nauk-
SPMCR,O.Sh.,
insh.; STRIZHIVSKIT, I.I., kand.khiu.nauk; TZSXENITSKIT,
D.I., insh.;
MIRCHOVA, TS.S., Insh.; TSM;Ml, A.K.. Insh.; SHASHIOV, A.I.,
kand.
takhn.nauk, dote.; SHILICHNIK, N.H., insh.; SHUKHM, D.Ta.,
Lush.;
V)SLISOF, A.M.. Lush.; VOUMIN, V.A.. red., UVAROVA. A.F.,
tekhn.red.
[Machines and avparatuo:: d:ligned by the All-Union Institute
of
Autogenous Working of X al Kashiny t appArty konstruktoll.
VNIIAvtogen. Moskya, Gos.usuchno-takhn.lad-vo
mashinostrottellaot
lit-ry, 1957. 17) p. (Moscow. Vessotusnyi
nauchno-isaledovatelinkii
Institut aytogennol obrabotki metalloy, no.9)
(Gas welding and cutting--Nquipment and supplies)

T
13 7- 58 -1- 1002
Translation from- Referativnyy zhurnal, Metallurgiya, 1958, Nr 1.
p 141 (USSR)
AUTHOR Antonov. 1. A.
TITLE'. Ca"Iculat'ions fo`rnline Torches Withovit Injector
(Raschet
lineynykli bezinzhektornykh gorelok)
PERIODICAL: Tr. Vses. n. -i. in-ta avtogen. obrabotki metallov,
1957. Nr -1,
pp 97- 11-1
ABSTRACT: We are informed that in autornatic gas welding of
thin-walled
pipe, boiler shelIN and cylinders with straight searns it is
desir,able that multiple-nozzle in-line torches (IT) be emploved
as the source of heat. It is stated that the IT of modern design
for welding thims-ralled items consist of two or more identical
sections with a total of 200-250 nozzles. The maximum
acetylene consumption is 40-50 11-13/hr. When timitiple-sec-
tion IT are employed, welding speed iticreases A design for
a non- injector -type IT is exammed, as are the calculation
procedure for the diniensions of the working ducts and the
spacing and number of nozzles for the IT A nomogram ex-
pressing the relationship between the calculated parameters
Card I /Z of the tips of the heating and welding sections of
multiple-

1 57-,18- 1 - 10011
Calculations for In-line Torches Without Injector
flame IT is proposed. A method and example of calculation for IT
design is
presented.
1. Gas weldinp.-Autmation 2, Gas wolding-Rquitment 3, Gas welding
A-Ts.
-41athematical analysis
Card 212

BYxOv,:V.V.; TROVINOV, A.A.1 ANTONOV I.A.,kand.takhn.nauk, red.;
MMOVA, V.A.,radelid:~Tia~-,ke Aerostekhnaede
(Repair of equipment for gas welding and cutting) Ramont appara-
tury dlia Mizovoi svarki i reski. Kosk~va, Goe.nauchno-takhn. iad-
vo mehinostroite lit-rye Part I, (Torches and cutters) GoreW I
retaki. 1958. 198 p. (Moscow. Veasoluskyl nauchno-lealedovatell-
skit Institut avtogennot obrabotki netallov. Spravochnye materialy
po gazoplamennol obraboks metallov, no.13) (MIRK l2t2)
(One welding and cutting--SqOpment and supplies)
(Indi-strial equipment--M&irttenance arA repair)

135-56-8-19/20
AUT110Ht
Strelltsova, Ye. ;.., Ilead of the
Toc:mical Information

~iection
TITLEs
The Sverdlovsk Regioi.al
Conference on Cas-Flame Lotal

Working and Electric-Gas
rrocesoos (Svordlovakoye oblnct.

noye eoveshchani~e po,
gazoplamqnnoy obrabotke notallov i

clektrogazovym
protaossam)
!'ERIODICALi
Svarochnoyo proizvodstvo, 1958, Nr
18, pp 46 - 47 (USSR)
AP67RACT:
A ropional Corforenco on work
done in the field of gas-

flume retal working and
electric-Sor proconses was con-

vened ot Sverdlovsk from Vay
14 - 16 b,,, VNIIAvtoren, to-

gether with the wolding
section of the Sverdlovsk VTO sec-

tion of 1'risliprom, the
Ural House of Engine.-ring and the

Technical
~,3:~irintrntion of the Sverdlovsk sovnarkhoz.

About 200
rriprirentatives. fron Sverdlovsk enterprises and

other Urnl
ni,.1 Siberir.. sovnnrkhozos were Present. The

Conference
rnq oprm!0 *):,- S. 1. 1 Win-lov, CnrAidnte of

'Lechnicnl
Sciuncos, with it. introdiictor,.- r,~port an pro-

blems
relating to the im-rovirort of en!~-flsro Y~or~ing of

m,~tnls and nq-,v oflicicrt pvrcevurps connected vilth
indu-

strial reorganization. T'ic ',jnfnrPnve t1hen heard
the fol-

lovirg reportat I.A. Artonov, Can,'JIntn of
79clinical Scion-
Card 1/3
ces, on the rinrl-Ir,-, in the
USSR and

15C-50-8-19/20
The Sverdlovsk Regional Confirence on Gas-Flame Vetal
Zorking and Elec-
tric-Ges Processes
abroadl S. 0. Guzov, Engine?r, on new machines and equip-
ment for oxygen outtingl 1. V. Sreshkov, engineer, on the
application of gas-flame metal working at Uralvaahzavod;
1. S. Shapiro, engineer, on new methods of metal cutting;
Yu. A. Vaelov, engineer, on air-arc metal cutting; G. V.
Cho.pushtanov, engineer, on .vork done in the field of
gas-
flame metal working at Uralkhimmaahzavod; V. K. Deykun,
engineer$ on a I'UGV" device for hardening small-module
gearal 0. V. Ilroakuryakov on manual and machine oxygen
cutting; G. A. Asinovskays, engineer, on automation of
gas-flux weldingl B. V. Konopka, engineerl on oxygen-flux
and oxygen-send cuttingi Ye. V. Antoshin, angincer,on
Card 2/3 plastic, cernmic nnd metal costing; V. V. Bykov,
chief

1 ~5-50-8-19/20
The Sverdlovsk Itopional Conference on Gas-Flame ketal
7j'orking and Elec-
tric-Gas Processes
ASSOCIATIONt
technologist.on now equi:)ment produced by the first roscow
Autorcrous Plantl V. Yo. ),uryshov on new eenerator ard ko-
rosere-cutter desiena. The Corference decided to take
measures to develop gas-flame metal working.
VIIIIAvtogen
1. Welding--Conference
Card 3/3

PHASE I BOOK UPLOITATION SOV/4243
Veesoyuznyy nauohno-looledovatellokiy Institut avtogennoy
obrabotki metallov
Plamennaya poverkhnostriaya zakalka (Flame Hardening) Moscow,
Maahglz, 1959. 110 p. (Seriest Spravochnyye materialy
po gazoplamennoy obrabotke metallovo VYP. 1T) Errata slip
inserted. 5*000 copies printed.
Compiler: A. Is Korovin, Engineer; Ed.: 1. A. Antonov,
Candidate of Technical Sciences; Tech. Rd-.T--K-.-F7-1jvarova;
Managing Ed. for Literature on Heavy Whine Building
(Maehgiz)t S. Ya, Golovin, Engineer.
PURPOSEs This book in intended for technical personnel in
welding departments, technicians, foremen)and setup
men. It may be useful to operators working in the flame-
hardening process and also to designers of flame-hardening
equipment.
COVERAOSt A brief desoription of Soviet apparatus used In
the flame hardening of metals is given. Basic information
C&r4-1/.4

Flame Hardening
SOV/4243
on methods and regimes of the process is presented and
means for Inspecting the process are described. Safety
rules are also inc3uded. This booklet in based on pub-
lished literature) experience gained at various in-
dustrial plants and scientific research Institutes, as
well as on the work of VNIIAVTOOEN. No personalities
are mentioned. There are 20 references, all Soviet.
TABLE OF CONTENTS:
Introduotion 3
Ch. I. 0eneral Information on Flame Hardening 5
1. Estentials of the flame%hardening process 5
2. Pl~_ir-.hardening methods 6
3. Fielda Qf application of flame hardening 9
Ch. Il. Materials Used In Flame Hardening 11
1. Iron-carbide alloys 11
2. Oxygen and combustible gases 11
3. Coolants 16
Card--2/4-

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HOW

BTKOV, V.V.;-AMNOV. I-A., kand.tokhn.nauk, red.; UVAROVA, A.F.,
takhn.red.
Depair of equipment for gas velding And cutting) Hooky&, Goo.
nauchno-tekhn, izd-vo mashinostr. lit-ry. Ft.2 (Valves ramps and
regulators] Ventili, rampy i reduktory. 1960 146 ~e ispravoch 9
materialy po gaso 1 mennot obrabotki ustallov: n0.19 (HIRA IMI
TG:e velding and cutting-lquipment and supplies)