SCIENTIFIC ABSTRACT MILOV, A. I. - MILOVANOV, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001134320008-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 31, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

BATTENEV, N.A.; MILOVP A.I.; PONOMAREV, V.D.
Electrolytic production of titanium from the dioxide in mixed
fluoride-chloride melts. Izv.AN Kazakh. SSR; Sar-.ItbkfiJ-khim.navk.
fiozd .1 3169- 163. (MIRA 17:3)

BAYTENOV., N.A.; MILOV, A.I.
Effort of cortain factom; cn the -,rocess of the electroly'Lli
preparat.ion of titanluin from Its dioxide. Trudy InOt. met. i
obcg. All lQizakli. SSH 12,58-64 165.
(mptp. 18-10,
. I

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0 "5,

MILUV, A.P.; PECIER!MY, D.M.; IVANOV, V.S.
Gavlogical characteristics and magnetic properties of the Velitkenayski7
granitoid mansif. Trudy SVKNTI no.9 17D.~180 164. 18:9)

OYCHARENKO, Valentina Samnovna; -MILOV, Aleksandr Pavlovicho. SEMIN,
Mikhail KusImich; NOTOSHILOVAT-PoW-96 'Semenoms-, OkPOT.
N.I., red.; KOTLTAR, A.S., red.; DORMOVA, L.A., takhn.red.
[Training construction workers] Podgotovka rabochikh-stroltelei.
Moskva, Vess.uchebno-pedagog.izd-vo Proftekhizdat, 1960, 34 p.
(MIRA 13:11)
(Building trades--Study and teaching)

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of 0.6 a thcomi y at 170 millipaimn. Three types a( cokw-
imelen owd in Soviet suffite usills are dirwribrif.
I'llin We KrA~-

MILOV,, B.Gej daktor toW.nauk
Structure and microahmdgtry of vood cellulose fibers.
(Trudy] NTO buaA ddr.prom. no.8:5-26 159. (KIRA 16:2)'
(Conulase-Analyisis)
,10

MHOV, B.G., doktor tekhn. nauk; KITATIVA, S.Kh.
Reducing dielectric losses In cellulose for capacitor and
high-voltage cable papers. Bum. prom. 34 no.5:4-7 MY '59.
(MIRA 12:6)
l.K.Ookovskly filial TSentrallnogo nauchno-inaledovatellskoge
institute. tsellyulasnoy I bumazhnoy prom7shlennosti.
(Cellulose) (Dielectric heating) kPaper)

ZHXUWV. L.P., prof.; MILOT, doktor tekhn.nauk; CHETVIRIKOV, N.M.,
kand.tekhn.nauk; VOLiNA, L.K., starshiy nsuchnyy rabotnik
Parameters of continuous cooking of sulfite pulp. Bum. prom. 33
no.5:2-5 My 158. (MMA 11:6)
l.Moskovokly filial TSentrallnogo nauchno-isaledovateltakogo institut
teellyuloznoy I bumazhnoy promyshlennosti.
(Woodpulp)

__MILOT,B.C6-, doktor tekhn.nauke. DMBNTSBY, F.F., iand.khim.nauk;
BLINOT. Ye.I.. insh.
Woodpalp and paper industry of the Hungarian People's Re-
public, Dum.prome 35 no-3:27-29 Mr 160.
(MIRA 13:6)
(Hangary--Woodpalp industry)
(Mwgary-Paper industry)

7AYTSZVMYkg M.M., iuzh.; MIWVq B.G., doktor tekhn.nauk
New type of cover paper* 3m.prom. 35 no.4:13 Ap 160.
(MIRA 13: 10)
1. Moskovskiy filial "entrallnogD nauchno-lialedovatellakDgc
instituta tsellyulosuoy I b=azhnoy pro"ahlennosti,
(Vaux&-Paper)

MILOV9 B.G.p doktor teklm.nauk.; KITAYEVA, S.Kh.t gtarshiy nauchnyy sotrudnik
Ways of improving the technology of the production of woo,
condenser paper. Bus (=dp for
prom. 36 no.:L:9-12 Ja 161. 14:3)
L-Moskovskiy filial Vsesoyusnogo nauchno-insledovatel.'skogo institut,
bumidshnoy promyshlonnosti.
(Woodpulp) (Paper)

MIWV, B.G., doktor tekhn.nauk; VITOVTOVA, M.I., nauchnyy sotrudnik;
'---~~~KOV, N *A.. inzh,
Digestion of woodpulp forfine capacitorpaper, Bum.prom.
37 no.lsl7-19 Ja 162. (MIRA 15:1)
1. Moskovskiy filial Voesoyuznogo nauclmo-issledovateliskogo
institute. tse3-lyulozno-bumzhnoy prowjshlennosti (for Milov,
V-itovtova). 2. Sullfatno-teellyuloznyy zavod "Pitkyaranta"
(for Strumikov).
(Woodpu:Lp)
(Paper products)

MIIAW. D.A.
- - We are increasing the life of rails. Put' i out. khot. na. 7:10-
1l ii 158. (MIRA 11:7)
1. Bachallnik distantaii, stantsiya PenxG III Kuybyshavokoy dorogi.
(Railroads-Reils')

MILOV, D.A_.,
Re-examine the promotion system. Put' i put. khoz. no.2:9-10
r '59. (MIRA 12:3)
1.,Nachallulk otdola puti, zdaniya i sooruzheniy otdoleniya dorogi,
St. Penza Ku7byshevskoy dorogi.
(Railroads --Snow protection and removsl)

MILOV. G. (Leningrad); KLIMIN, Ye. (Leningrad)
Ways to increase production. Prom.koop. 12 no.12:10 D 158.
(KM 12:2)
1. Predgedatell pravleniya arteli *Kul'tigrushka" (for Kilov).
" partlynoy organizateli arteli "W't1grushka"
2. Sekretar
(for Klimin).
(Leningrad--Toy industry)

TAYTS, N.Yu.; TREGUBOV, V.V.; STETSVIKO, A.M.; MILOV, I.I.; ZELENS~JY, V.D.
Scale formation during t~-e heating cf wheels in heat treating
00 ring furnaces. Izv.vys.uchr-.b.zav.; cher-n.met. 8 no.6:159-162
165. (MIRA 18:8)
1. Dnepropetrovskiy r.--',Allurgicheskiy institut.

3/137/62/000/006/050/163
Aoo6/Alol
AUTHORS: Yevstyukhin, A. I., Nikishanov, V. V.. Milov, I. V.
TITLE: Niobium zone melting by the are method
PERIODICAL: Referativnyy zhurnal, Metallurglya, no. 6, 1962, 17, abstract 6GI33
(In collection: "Metallurgiya I metalloved. chist.metallov", no. 3,
Moscow, Gosatomizdat, 1~6i, 152 - 162)
TEXT: A unit was designed and tested, Intended for zone melting of re-
fractory metals by the electric-are method. Zone melting was carried out with
5 specimens, 230 mm long, and 15 mm in diameter; the zone width was 20 mm. The
speed of the zone motion was 0.5 mm/see for all the specimens. The number of
zone passes was different and equal to 16, 32, 32, 64 and 128 passes respectively.
A chemical analysis of the specimens subjected to zone melting at 0.5 mm/see zone
motion speed shows that there is no substantial refining of Nb from Si, Ti, Fe.
Pb admixtures were concentrated after refining in the end section. The refining
effect increased with a greater number of passes. The coefficient of C distri-
bution in Ub is more than one, I. e. C is concentrated in the initial portion
Card 1/2

Nloblum zone melting by the are method
S/137/62/000/006/050/163
A006/AIOI
of the ingot and moves opposite to the zone motion. There are 7 references.
G. Svodtseva
[Abstracter's notet Complete transla ion]
Card 2/2

S/137/62/000/006/017/'163
Aoo6/AlOl
ATJ'rHORS: Yevstyukhin, A. I., Milov, 1. V., Nikishanov, V. V.
TITLE: Electron-beam method of metal melting and refining
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 6, 1962, 1, abstract 6G7
(In collection: "metallurgiya i metalloved. chist. metallov", no. 3,
Moscow, Gosatomizdat, ig6i, 249 - 263)
TEKT; The authors review the principles of developing and designing of
units with electron-beam heating, used for melting, zonal refining of refractory
m-tals and welding pure metals. The difficulties are pointed out which are en-
countered in the way of development of this method.
G. Svodtseva
r
LAbstracter's note: Complete translation]
C5rd 1/1

-S/75 5/61/000/003/OZS ON
AUTHORS: Yevstyukhin, A. I., Milov, I. V. Nikishanov, V. V.
-...-,`TITLE: Electron-beam equipment of the type MIFI-9-4 for the melting andl zone
refining of metals.
M metallove -
SOURCE: oscow. Inzhenerno-fizicheskiy institut. 14etallurgiya i
etallov. no.3
deniye chistykh m 1961, 264-F76.
TEXT: The paper describes the design and construction of a laboratory e4uip-
ment for the melting and zone refining of metals by means.of an electron bearil, and
ubstantiates its suitability for a number of scientific investigations and for t~A
smelting of control specimens of pure metals and alloys, all of which are of dp'ecial
value in nuclear-power production, semiconductors electronics, and the making of
heat-resistant and refractory alloys. Fast-electron heating with a deep vacu&m
(10-6 torr) above the melt is conducive to fast and complete evaporation of volatile
impirities. The electron--beam is uniquely effective in.the remelting of such~netals
s Mo,: W Zr, V, Be, Cr, Fe, Mb, and Ta. Its ower requirements are negligibly.
a p
small, and the purity achieved is extremely high. Design target: Construction of
and
a powerful lab equipment with a fairly low accelerating potential (up to 10 kvil
great emission current (up to 5,a), which is safe (small emission of -y-radiation)
..Card 1/3,

Electron'46im. equipment of the type ... -S/755/61/000/003/02_./027
up to its maximum power. An. extremely higK vacuum (gxceeding that of exds6na
g
metallurgical furnaces and any hitherto described in litgrature) was achieved~by
using a sorption pump with a'Ti sorbent, The equipmezi~ (photograph and 5 cross-
sectional drawi-ags shown) comprises a vacuum meltingzhamber, the evacualing
system, the high-voltage rectifier, the electron-bearn 40w6r supply, -the con4ol
desk, and mechanisms for the, rotation of the annular cfucible for zone mcItiiIg and
for the lowering of the ingot. Each of these components is depicted and described
in detail. Three crucibles were designed: One for the smelting of small roA
shaped or oblate muffin-shaped ingots, another for the 6ne melting of metaW, and
a third for the smelting of cylindrical ingots. The mechanical details of the ;!;ru-
cibles, provisions for the getter, the manipulator, and the reversible 3-pha rota-
tor equipmen.t.are shown and explained. The provision of special sF Ile r s
for the slow rotation of the crucible,, ranging in 7 steps from 1/31.4 to 1/3,5P0 rpm,
',,,slow linear speeds from:10 to 0.089 mm/min, and gear-train values from 44~000 to
-4,400,000, is.described and illustrated. The electron gun can be raised and lowered
-80-100 mm. The electron-gun displacement mechanism consists of two control
handles, placed symmetrically with respect to the axis of the chamber, and the
Occtron-gun lift me chanisin. The Paija hinges of the handles- are rendered airtight
by means of bellows. Any one electron-gun position can be Jocked. The evacuation
system comprises a vacuum aggregate VA-2-3,with an oil-vapor diffusion pump
Card 2/3

Electron-beam equipment of the type S/755161/000/003/01&5/027
capabl.e of.1,200 iiters/see.at 10-t-10. 5 torr. and a VN-l backing pump. At 10-5
torr the sorpt on pu p (ill strated in cross-section) is engaged. Iodide Ti on a W
m u
,core serves as the sorbent. The Ti wire is 1.5-mm diam and 400 mm long; it is
heated to 1,300-1,3500C to roduce a Ti evaporation rate of 7 mg/min. The hardest
vacuum attainable is 5.10 torr. The electrical equipment consists of a powerful
high-voltage rectifier and a heating equipment. The rectifier includes six gas-
filled Br-237 (VG-237) rectifier tubes, a starting device, and a transformer. The
circuitry of the 3-phase star-connected rectifier, yielding a 6-phase pulsation wave,
is shown. The .2--stage pre-heat and full-voltage automatic starting procedure is
described. The stabilizing resistor network, intended to forestall any arc dis-
charges, is'described., There are 8 figures and 14 references (7 Russian-
language Soviet,. 4 Rus. sian- language translatiorsof Englis h- language originals, I
French,'and 2 Englis h- language).
ASSOCIATION: MIF1 (Moscow Engineering Physics. Institute).
Card 3/3

AUTHORS: Milgy, I.V..
(Moscow)
TITLE; On the temperature
crucibleloss
S/180/62/000/002/004/018
E025/E535
Okinshevich, V.V. and Skorov, D.M.
distribution in a rod in
zone recrystallization
PERIODICAL: M:ademiya nauk SSSR. Izvostiyn. Otdeleniye
telichnicheskikh nauk. MetallurgiyA i toplivo, no.12,
1962, 56-62
TLXT: The case is considered of the recrystallization of a
cylindrical rod with the ends maintained at the fixed tenperature
12while the molten zone is maintained at the constant tempera-
ture TV The molten zone is maintained by the supply of heat
of power N. The liquid-solid boundary is assuined flat and
perpendicular to the axis of the rod. It is assumed (1) that the
loss of heat by evaporation in the solid phase is negligible,
(2) the rod is in a vacuum and the heat exchange with the residual
gases is negligible, (3) the heat flow from the walls of the
chamber containing the rod onto the rod is negligible. A relation
is obtained giving the distance from the molten zone as a
Card 1/3

On the tenrperature distribution ... S/180/62/000/002/004/ol8
E025/E535
function of the temperature and. by solving this equation, the
temperature at any point can be obtained as a function of the
coordinate of the point. This equation involves a linear relation
between the thermal conductivity and the temperature and its
further solution is not'considered. The simpler relation found
by assuming the thermal conductivity to be constant is considered.
The solution is simplified by the consideration that to determine
the power of the heat flow it is only necessary to determine the
t e i.-,T)erature gradient ~u/3x for x = 0. The value of N depends
on the loss of metal by evaporation in the liquid zone, the loss
due to radiation in the liquid zone and the losses due to
radiation and thermal conductivity in the solid parts of the rod.
The equation for N is obtained and it is shoum that the power
N which must be supplied to the zone increases in accordance with
a parabolic law as the ends of the rod are approached. When the
power supplied to the zone is constant the length of the zone
d.ecreases from the centre of the rod to its ends also by a
Aarabolic law due to the increased heat losses at the ends of the
rbd. It is important to maintain thelength of the zone stable as
,~tion "pends on this. This can be
11he/effectiveness of purific.A
Ca3M 2/3

On the temperature distribution ... S/180/62/000/002/oo4/ol8
E025/E535
clone by programming the variation of cooling of the ends of the
rod and, in the case of electron beam heating, by varying.the
ewission current of the cathode as this is simpler than varying
the voltage accelerating the eloctrons. In the case of in(hiction
heating the supply current of the inductor can be programmed. A
study of the three dimensional problem of the temperature distri-
bTition in the rod is made by assuming the law of variation of
the heat flow supplied to.the rod along the length of the rod.
.isothermal surfaces and lines of heat flow are sketched for this
case. The condition is derived for the zone to be bounded by
planes. The attempt to obtain a point focus for an el4lctron beam
in the case of-electr 'on ray heating is criticised on the ground
that a point source leads to convexity of the zone boundaries and
this convexity increases with the melting point of the material.
It is stated that in induction heating the boAindaries of the zone
are concave. There are 5 figures.
SUBMITTED: September 23, 1961
Card 3/3

S/180/62/000/003/013/oi6
E07l/El92
AUTHORS: Yevstyukhin, A.I., Nikishanov, V.V., and Milov,___~,,_V_1
(Moscow)
TITLE: Redistribution of carbon and tungsten in niobium
during zone refining
PERIODICAL: Akademiya nauk SSSR. Izvestiya. Otdeleniye
tekhnicheskikh nauk. Metallurgiya i toplivo,
no-3, 1962, 98-101
TEXT: Commercial niobium was zone refined in a 500 amp
arc discharge working closely to its transition into glow
discharge by operating at low helium pressures qnd imposing a
coaxial constant magnetic field, shifting a 15 mm, long-molten
zone at a constant velocity of 0.75 mm/mIn. Into one n1oblym
ingot with the initial carbon content of 0-03%, 0-005% of Cl% and
into another with tungsten content of 0.03%, 0.01% of W182 were
introduced to follow the zone refining. The isotopes were .
introduced into a few holes uniformly distributed along the length
of the ingots and plugged with Nb Uniform diffusion was
Cara 1/3

Redistribution of carbon and tungsten... S/180/62/000/003/013/ol6
E071/E192
achieved by repeated reversal of the molten zone traverse and
checked by taking counts along the length and cross-sections.
The counts were taken after each of the ten passes. It was found
that during the treatment carbon was transferred along the
direction of the molten zone pass. The ratio of the concentrations
of carbon at the beginning and the end of the ingot was 8:1.
The cross-sectional distribution of carbon was uniform. A
considerable loss of carbon, apparently as CO or C02, was also
observed. The relative change in the concentration of tungsten at
the beginning and end of the ingot was 4:1 (i.e. W concentrated
counter-passwise). Changes in the activity of bottom layers
indicated that in layers directly in contact with the crucible
walls a considerable degree of purification also takes place, but
it is lower than in the upper layer of the ingot. Some loss of
tungsten takes place due to volatilization. Changes in the mic 0-
hardness along the length of niobium ingots with and without M
before and after zone refining were also determined, which gave an
indication of the cumulative~ effect of all contaminants.* The
maximum hardness was observed at the beginning of ingots,
Card 2/3

Redistribution of carbon and tungsten.. s/18o/62/000/003/013/oi6
E071/E192
indicating that carbon has a smaller influence
niobium than other admixtures which concentrate
of the ingot. It is concluded that the C and W
commercial grade Nb can be considerably reduced
There are 2 figures.
SUBMITTED: September 23, 1961
on the hardness of
at the beginning
content in
by zone refining.
Card 3/3

YEVSTYUKHIN., A.I.; NIKISHANOV, V.V.p- MILOV, I.V.
Zonal refining of niobium by the electric are method. IsBl. po
zharopr. splav. 9:218-226 162. (KM 16:6)
(Niobium-Electrometallurgy) (Zone meltipg)

ACCESSION NR: AT4005961 S/2755/63/000/004/0069/0083
AUTHOR: Yevstyukhin, A. I., Nikishanov, V. V., Milov, 1. V.
TITLE: Distribution of Impurities in zone refined nlobium
SOURCE: Moscow. Inzhenerno-fizicheskiy institut. Metallurgiya I metallovedeniye chisty'
11 kh mcWllov, no. 4, 1963, 60-83
TOPIC TAGS: niobium. zone refining, nioblum. zone melting, nioblum. Impurity, impurity
distribution, impurity transfer, Impurity accumulation, Impurity elimination, nlobium
zone melting, zone refined nioblum, higin impurity nioblum
ABSTRACT: Following a brief discussion of the theoretical basis of zone refining, In
i which the authors classify the impurities in Nb on the basis of their solubility proportics
and point out that W should move in the opposite direction from C, Fe and p1b, they report
experiments in which the distribution of C14, Fc59, W182 and nonradioactive Pb was
determined in bars of commercially pure niobium (230 mm long and weighing 150 g)
after zone rccrystallization in an electric are furnace (500 amps., 24. 5 volts). The bars
were smelted in a helium atmosphere in Cu crucibles, with a zone length of 25 mm and a
rate of 0.75 mm/min. (also 30 mm/min. for Pb). Ile results shown In Figs. 1-4 of the
1/6
CW-CL

P ACCESSION NR: AT4005961
Enclosure confirmed the theoretical expectations and revealed good agreement between
the radioactive and chemical techniques. Thus, the distribution coefficients of C, Fe and
Pb were less than 1. 0, while that of W was greater than 1. 0; the concentration gradients
between the beginning and end of the refined bar wore 1:8 for,C (best purification in zone
3-4). 1:5 for Fe and Pb, and 3. 1-4. 65:1 for W (Accumulation of W In the bottom of the
bar). Due to the high solubility of Pb In Nb, evaporation plays a significant role here,
this being the reason why purification Is more effective at 0. 75 than at 30 mm/min. OrIg.
art. has: 7 tables and 8 figures.
ASSOCIA71 ON: Inzhenerno-fizichoskiy Institut, Moscow (Institute of Physics and
Engineering)
SUBMITTED: 00 DATE ACQ: 17Jan64 ENCL: 04
SUB CODE: MM
Card
NO REF SOV: 013
OTHER: 020

ACCESSION NR: AT4005968 S/2755/63/000/004/017510181
AVrWR: Milov, I* Ve; Skorov, D. M.; Nikishanov, Ve V.
TITLE: Nechanice properties of zone refined beryllium
.SOURCE: Moscow. Inzhenerno-fizicheskiy institut. Metallurgiya i metallo-
vedeniye chisty*kh metallov, no. 4, 1963, 175-181
TOPIC TAGS: beryllium zone refining, beryllium property, beryllium micro-
hardness, beryllium ductility, high purity beryllium, zone refined beryllium,
beryllium zone melting, beryllium purification, beryllium mechanical property,
beryllium
ABSTRACT: Wide application of beryllium as a structural material is limited!.
because of its brittleness at room temperature. There are.several techniques
currently being tested for the production of plastic beryllium:
(1) hot working of ingots, aimed at a certain orientation of
crystallftes;
(2) alloying, aimed at fixation of the beta phase having a cubic
1/4 lattice;
Cwd

ACCESSION NR: AT4005968
(3) grain refinement to 25 microns by powder-metallurgy processes;
(4) purification by distillation, thermal decomposition of halides,
and zone recrystallization.
Beryllium ingots were zone-refined in a water-cooled copper crucible by the inert;
gas electric arc method, applying a zone propagation velocity of 0.75'=/min. A
columnar growth of grains was observed directly from the bottom and walls of the
cooled crucible toward its axis and bending in the direction of the path of zone
propagation. The length of the obtained grains reached 40-45 = at a cross sec-
tion of 2x3 m. X-ray evidence did not disclose a clearly defined crystallogra-
phic orientation. Micro-hardness measurements, conducted at surfaces cut at
right angles to the ingot axis, revealed that micro-hardness increases along the
ingot in the direction of applied zone propagation. On the basis of micro-hardr-
ness measurements and crystallographic evidence, it was concluded that the basal
plane,* with small deviations, is oriented in the ingot at right angles to the
direction of grain growth* -This conclusion also confirmed the results of X-ray
Investigationse
2/4
Cord

ACCESSION NR: Ax4OO5968
Specimens for compression'tests, 7mm in diameter x 9mm long,.were prepared
from different regions of the zone refined ingots, choosing for the specimens a
similar grain orientation. Beryllium plasticity is strongly dependent on pre-
ferred grain orientation and grain size. Basal planes (0001) in the,test ape-
cimens were inclined approximately 50* with respect to their axes. Prepared
specimens were compression tested on the recording type testing machine
(TsNI1TMASh-1) with a capacity of 4000 kg. The stress-strain curves obtained
were similar to compression curves of plastic metals. The following mechanical
properties were determined by compression testing of specimens taken from dif-
ferent locations along the ingot, and from ingots subjected to different numbers
of zone refining passes: ultimate compressive strength, ultimate longitudinalt
strain, yield strength, longitudinal strain at yield stress. Specimens which I
have been cut from the zone-travel-starting-end, exhibited the greatest strength
and ductility. The zone-travel-starting-end contained beryllium of higher pur.
ity, and the Impurities migrated in the direction of zone propagation. It was
concluded that strength and ductility of beryllium decreased with an increase
of impurities content. It was observed that sow of the failed test specimens
were obnewhat twisted around their axis. Difficulties arose in the Investi-
gations of deformation and plastic properties of polycrystalline beryllim when
directions of grain growth during recrystallization were curvilinear in the
card 3A

No
ACCESSION NR: AT4005968
ingot. Investigation of the deformation mechanism on specimens exhibiting a
normal grain growth was suggested. ~,Orig. art. has: 4 figures and 1-tablee
f
ASSOCIATION: Inzhenerno -,fiticheakiy institut, Moscow (Engineering Physics
Institute)
SUBULTED: 00 DATE AOQ: 17Jan64 ENCL: 00
SUB CODE: M MZC ND RKF SOV: 004 on=: 004
4/4
I cam

MILOVI I.V.; OKINSHEVICH, V.V.; SKOROV, D.M.
Possibility for an extension of the pressure range measurement
by the LT-2 thermocouple lamp. Zav. lab. 30 no.5:633 164.
(MIRA 17:5)
1. Moskovskiy inzhenerno-fizicheskiy institut.

MILOV, K., insh.
Prefabricated momolithio silo floors of gTain elevators. Mak.-elev.
prom. 25 rLo.10:25-26 0 '59. (KIRL 13:3)
1. Kiyevskiy inzhenerno-stroitellnyy institut.
(Grain elevators)

MSKSIN, D. (Dnepropetrovsk); MILOT.-H._Llhiepropetrovsk)
Economic effectiveness of the utilization of agricultural sachiner7
under the new conditions* Yop, ekon, no.2:64-73 7 60.
(MIRA 13:1)
tDnopropetrovsk Province-Agricultural machiner7)

SOLOMONIK MILOV, Petr fliko
Veniamin Solomonovich;
,kolay
1y
SELIVERSrOVAl A.L. red. tekhn. red.
(Collection of questions and problem In mathematics; a
manual for applicants to special institutions of secondary
education (teebuivaj, professional,, and general schools)]
Sboxmik voprosov I zadach po, matematike; posoble dlia po-
stupalushchikh v arednie spetsiallrye uchebnye zavedeniia
(tekbnikwRrp uchilishcha,, shkoly). Moskva, Vyeshaia shko-
lap* 1961, 221 p. (KIRA 15:10)
(Mathematice-Problemp exercises, etc.)

SOLU"ONIK Voninviin Solomonovich; t,~ILOV, Potr 1.11-kolulrovIch
(deconsed.]; 2I,IVI,IiI.';TOVj'%, A.I., rod.
[Questions and problems In mathematicsi textbock fo- rerzons
enterirg secondary apacinl oduca-tionel In,;tItvtinnq tech-
nical schools)] Sborni-k voproo-w I zadn,~,h pf) if,.,itemntIkn; I)()-
3obie dlia postupaiuchch-Akh v ,iredni,) q-jotsiallnye uchabnye
zavedenila (tekhnikupW, uchillolv-1i.,~, ahkoly). 1--J. 2. Ivic-
skva, Vyashaia shkolav 1964. 232 p. (Mlidt M9)

Iran. l,LoEkva, "Znaii.-Lye", l.')57-
31 P- (Vseso~mznoye Obvlichestvo Po I'a-- pros tr;---nen A.-;-i I l'ol t
11;,~ucli-myl-h Znaniy)
avs

29936-66 8NT(e)/r/ENP(w)jEWP(t)/ETI ZJP(C) Lu~wp
KC NRa AR6010659 SOURCE CODEt UR/027676PM76 "OWW-6023-
AUMORS Milovs S.
*1
TITLE: Refining J6A umin neslum alloy In a vacuilm,'
al um-mag
SOURCE: Ref, sh, Takhnologiya mashinostroyerdya,, Abso IOG134-
REF SOURCEt Tr, HeahRtrazl- n-~ ektnotekhnole ln-ta.
avtomatiz, I a Mahkoostr'-s vyp. Is 19b3o 5-13
TOPIC TACIS: aluminum base alloy, magnesium containing alloy, vacuum
refining /A%-8U 0.%%sft-k%wM %OQW.- %toy
ABSTRACT: A method for refininAUA oy in a vacuum, using existent
all
h
shop equipment permit dsifying t e melt and teeming it In sand
and metal molds, T1 dev%ltoped technology of refining decreases the
porosity 0 can the AL8U alloy. At the same time,, the machani.
f n
ca
0 o8ity gr
Cal prope es e metal improve: the relative elongation up to
14PLa~ne Crary resistance up to 6%. This method can have wide
pplIcatidn for other AL-Mg alloys aswalanfor all aluminum based alloa
5 diagr.,, 2 tables, 6 references.
SUB CODE: 1l/ SUM4 DATE: none

MILOV S a M"G royevich; SHIR. Tulira Mikh&Ylovna; CBHAZTSOT. S.A..
Tactalmor; TZEMOVA, L.A.. rodaktor; AGAPOT, F.F., tekhnicheekty
redaktor
[Work methods of Innovators in sawmilling and woodworking] Metody
trvAa novatorov lesopilenits, I derevoobrabotki. Moskva. Gosleebm-
izdat. 1955. 17 P. MRA 8:7)
(Woodworking tndustries)

TAWAYET, Bwgeniy Vasillyevich, kand.'biol. nauk; PARA OCHIIN.
L.A., otyetstvennyy za vypusk; OOMIIN. KoT., red.
[Wety handbook for workers at reloading and rafting grounds]
Pande,tim po tekhnike iezopasn6sti d1la Tabochtich na reldakh I
perevalochafth bazalcI6 Noskyaq Goslembuitilsdatq 1956. 24 p.
(Nm 11:10)
L Russia (1923- U.S.36k ) Kintsterstvo lemnoy promrshlennosti.
Mentrallnoye byuro telchulcheskoy Informatell.
(lumberlug-Safety measures)

KOZHEVNIKOV, Viktor Grigorlyevich; MILOV,, Sergey Grigorlyevich;
SKLETSK379 SoIo, redo; MIMV�-WVkj L.G.,, red.izd-va;
PMMIIIAp N.L., tekhn.red.
[Mechanization of log loading and sorting in lumber mills]
Mekbanizataiia vygrazki i sortiravki breven na, lesozavodakh.
Mskva, Goslesbumizdat, 1961. 161 p.
(Sawmills) (IGRA 15:4)
ov-

MILOVJ T. Me
Dissertation: "Quantitative and Qualitative Composition of.Protein and Its Modification
in the Seeds of Peas and Chick-Peas." Cand Biol Sci, All-Union Inst of Plant Husbandry,.
ALL-Union Academy of Agricultural Sciences imeni Lenin (VA3KhNIL),, Leningrad, 1953.".1"' - 1 11
(Referativnyy Zhurnal-Khimiya,, Moscow, No 4,, Feb 54)
SO: SUM 243, 19 Oct 54

USSR/'F,-.-rm G,,;,!cz a). 11robleix..
Abs Jour Biol., No 1.';, 33306
Au'Ch o r lor, -.1. m.
'1,:,.Lu Colitellu o. C
(rig Pub ~~"~--/Ot-,Ovorft9tvo, 1957,T -J2
Abstract 21~; Conte'll'u- 1 -17~ W"; "'Irletles Ok, "T.
blides d
1'. 3 ~i naJ in the e- -)ctween 13.9
1 oi* --.-aw rnas-~) -.1--,3 harvested
'The carotiunQ
v-pon soil ~,-c: -1-;-- c--oil htuddity .,a:Ll
v(,%etutioil pe'..,"
Card 1/1

!,'~~096-61
ACMSSICHIR.-~ )P~W4268 S/0228/63/WO/007/0033/0035
I-- ITHOM" gemino V. L
Mlov V K
n me 4
TITM Dravink of thin-section shapes from molte
_V
031kdv Liteynoye proizvodstv'01 no.~ 7~ 19 1 33-3
5
63
TOPIC' TAGS; thin section., capillary actionp molecular attraction, surface tension
ces"s of-drining tbin-section .9 molten metal is based on
ABSTRACT: nie pro 1hi eArom
-Iij the of s;ma soMds conno e wetted, by a given liouid. In
principle that-sdrfaces
kk.1 (see Enc'losure 1) pointer 4 slmws-sn-eperture in a mold hold in contact with
BvIten aluminum. The material of the mold is nonvettable by alur6num.?,fte shape Of
~thel~aperture dup1icates ~ha desired Shape to be dravin. If copper foil (wettable) i~
7-i'Ir Introduced into the aperturej -aluminum vdll cr6op up on the foil. Cooling rAer
frog 'App 5t 60 and. 7 causes the, cryst alli zation of alurdnnm witidn the aper-
aratus
as shown by,Fig, 2. Here'-2itter a indicates the zone of c b --t a
Aure billing h
"zone 6f crystalli zation.. and c. - the zone of Uquiq -aluminum. T-Un the foil is
1 pulled upward at a certain rete, it dre-as with it an aluminum column of.desired
icro a
s section. In experimental work the -Ang'zechmism operated at a speed range
-Iofb.~5.to 25 Aliw- Crig.-'art. has:, 12 figures.
IC di-+

ACCESSION NRS AR4023766 8/0274/64/000/001/AO82/AO82-
souRcs: Rzh. Radiotekhnika i elektronvyaxl, Abs. 1A539
AUTHORSs Kurocbkin, S. 8.r Krasheninnikov, 1. 8.1 KLIOV, Yu. 00
~TITLEt Analyzers with many pickups
CITED SOURCEt Tr. 5-y Nauchno-tekhn. konferentaii po yadern. radio-
elektronike. T. 2. Ch. 2. K., Conatanizdat, 1963, 31-"
TOPIC TAGS: pulse analyzer, multichannel analyzer, nuclear particle
angular distribution, statistical analysiso pulse counting rate#
analyzer dead time
TRANSLATIOUt ~In a large number of experiments many pickups are used
simultaneously, and if their signals are recorded channel by channel,
the apparatus turns out to be quite complicated. A much more comr-
pact installation consists of a recording part of a multichannel
;Cwd 1/2_

'ACCESSION NRt AR4023766
:analyzer used in conjunction with an input coding unit, which connects
:each pickup with a definite address of the recording part. The
itransmitter signal in first disfinguished from the background by its
Ilevel, sign, or acme other parameter. Such systems can be used, for
,example, in a statistical analysis of angular distribution of nuclear
,particles. Coding devices of the sequential and parallel types are
:considered, along with the problems involved in the construction of
isystems consisting of many pickaps with analyzers. Two types of
I
;analyzers are described and circuits are presented for their princi-
'Pal units. it is shown that owing to the considerable dead time
(20-30 microseconds) the efficiency of such system is inadequate
in the came of large loads, but when the pulse counting rate is 1e
"s
than one pulse per second, this shortcoming can be neglected. Rib
lography# -4 titles* lo De.
DATE ACOe 0%.MarG4 M Come Me an 00
iewd-2/2 ---

ACC NRs
SOURCZ CODZ': UR/0000/6G/000/0U0!U'iJJJ0zeU
R: Mirzoyev, B. Virovets, 0. A.
kUTHO"
none
~TITLE: Effect of an acoustic shock wavo on some humoral endocrine functions of the
timman orranism L a or presented at the Conforenco on Problems of Space Medicine hold
in T;ascoW ir 37 May 1960
'SOUIRCE: Konferentslya po problemam kos-micheskoy ineditsiny, 1966. Froblemy
;kosmicheskoy maditsiny. (Problems of space medicine); Xaterialy konforentaiiv
moscov, 1966, 279-280
;;TOPIC Z~GS: biologic effect, sonic boom, endocrinology, human physiology,
pituitary gland, adrenal gland
;.0STRACT:
The cumulative effect of acoustic shocks (pulsed noise waves) was
studied in two series of experiments with 12 and 14 human subjects, re-
.,spectively. (Acoustic shock or sonic boom was irnitated in laboratory
.conditions. ) Subjects were exposed to acoustic shoc!,~s wit-h an inten:;ity of
2 (first serie!i) or 9-9. 5 k-/m2 (second series) with 10-15
17-7.5 kg/m
min intervals bei~oeen shocks. Acoustic shocks were administered daily
1 for. 5 same time of da [total number of shocks not.given].
rnr,4 1/3

ACC NR: AT6036653
I,Phys.iologi(L *functions, including EEG, EKG, blood pressure, etc. , ,-.rere
recor6ed prior to each acoustic shock and 1, 5, and 10 min later. Sugar
and corticosteroid levels in the blood were determined, as well as adrena-
!in, norepinephrine, creat-inine, potassium, and sodium levels in the urine,
both before. and after each experiment.
Experimental results showed no reliable changes in the blood-sugar
.level after either individual or multiple acoustic shocks. A tendency to.'.
.increase diuresis was noted on the first day of the first series of experi-
ments; on the 5th day this tendency was reversed. In the second series,
.diuresis persisted throughout the experiment. More creatinine was ex-
creted on 'L~e first da of the first series and less or, -the fifth day
Y
fto chanr~69 -in dl-uresis~. In the same sub ects sodium excre-
corresponding
tion increased on the first day. . However, in the sle'cond group there was
only a tendency toward increased sodium excretion onthe fifth day. Re-
maining indices, such as adrenaline and epinephrine levels, did not 'change
sigaL icantly, indicating a lack of influence of acoustic shock at the given
levels. However, it must be remembered that shifts in di'dresis and in
sodium and creatinine excretion in the first series (with acoustic shocks of
lower intensity) were more pronounced than* in the second group.
Card 2/3

AC.C. NRX AT6036653.
Corticosteroid analysis showed no basic change in the first series
acoustic shock of 7-7. 5 krr/m2).
% J~ Howevor, an increased corticosteroid
y of 9-9. 5
level was observed throughout the second series (shock intensi-t
2). These data indicate that certain levels of acoustic shoc'k can acti-
k m
i vate Ithe pitui.ta.ry -adrenal system and render an unfavorable effect.on the
organism,
'ZW. A. No. 22; AILD Report 66-116
7
.SUB CODS: 06 SUBM DA-jE: 00,May66
:L-Card 3/3

- MILOVA, A.; STROS, 0.; TF.TK&R, J.; 7AHRADKOVA, L.
St~notic reupirstion in phynical work. Cook. fYolol. 8 no.3:224 Apr 59.
1. Uotav hygierq, Praha. Predneseno na III. fysiologickyah dnech v Brno
dne 14. 1. 1959.
(WOSK, Pb.Vaiol.
reap. (cz))
(RMPMTIOII, phys iol.
eff. of work (Cz))

HAVRANEKLMMVA, A.; MUSIL, M.,- ZAHUDKOVA, L.
Hygiene of communities. Ce0k. h . 7 no.6:337-340 JI 162.
'If
(PUBLIC HMTH

BAtIK,S.; CHALIJPSKY,L.; MMOVA,A.
Graphical device for approximate calculation of artificial
room lighting. Cesk. hyg. 9 no.29105-111 Mr764
1. Ustav hygieny., Praha, Tesla-Holesovice, n.p., VyzkLm
svetelnych zdroju a osvetlovani.
It-

14

ACC MRs AFW664 SOURCE CODE: cz/oo7g/65/007/002/0175/01 6
AUTHOR: Balik, S.; Jisova,, He
ORG: Institute of Hygieneq Prague
TITLE: Changes in the adaptation width of the vieual analysor produced by reading
landolt panels in subjects of different age [This paper was presented at the Third
Interdisciplinary Conference on Experimental and Clinical Study of Higher Nervous
Functions held in Marianske Lazne from 19 to 23 October 1964.1
SOURCE: Activitas nervoaa superior,, vo 7,, no. 29 1965t 175-176
TOPIC TAGS: man, vision, human physiology
ABSTRACT: Thi'aiithors determined that the course or Mae adapta.-*
tion curve -is Influenced even by a short-time visual load. No.,
changes in the adaptation curve after a standard visual load in
aslandard environment differ in various subjects* In people
20-25 years of age the differences were permanently positive
lbetween values 6~ore and af ter load),' In women of age. 30-35
:the differences were first negative, and after 5 min positive; in
.men of the-same age differences were negative for 10 min. and then
,disappeared. Men ~Wd w6men over 4Q to 45 showed an opposite trend,
-ad for womens and.,p9sitive for
_chat is negative values were fou.
men.. -0A
-g-elarie. hili: -2.figUrer
SUB CODE: .06 1 SUBM DATE: none

L 13155-66
ACC NRi SOURCE CODE: CZ/OM/65/0()7/002/0177/0177
rZ
AUTHOR: Balik, S.; Kilcrva,, A.; Tejmar, J.
ORG: Institute of Hygiene, Prague; Laboratory of Work Analyses,0 Research Institut
of Engineering Technology and Economics,, Prague
TITLE: Changes in the adaptation curve after a visual load (This paper was presentec
at the Third Interdisciplinary Conference an Experimental and Clinical Study of
Higher Nervous Functions hold in Marianske Lazne from 19 to 23 October 1964.1
SOURCE: Activitas nervosa superior, v- 7. no, 12t 19659 177
TOPIC TAGS: man# visionj husian physiology
ABSTRACTs In 5 wvmn aged 20-25 years adaptation curves uere measured. A half-hour
performance changed significantly the results of adaptomstry in the negative sense.
When using the cancellation test,, the load on the visual analysor should be considerelo
,The authors thank Engre Ze Nokry from the Institute of Hygiene for the statistical
analysis. Orig. art. has: 1 table. MR-87
SUB CODES 06 SUEK UTR: none
1A

BALIK,S.;CHALUPSKY,L.0 MIWVAOA.
A proposal and evaluation of a protype fluoresoent lamp for
hospital bedroms. Cesk, hyg. 10 no.2s7l-W Mr 165

Industrial Medicine
CZECHOSLOVAKIA
BALIK, S.; MILOVA, A.; JISCIVA, H.; AUBRECIITOVA, M.; Institute of
11-ygiene, version riot given2.
I'Visual Performance at Fluorescent Illumination of Various Spec-
tral Radiance Distribution."
Prague, Activitas Nervosa Superior, Vol 8, No 2, Jun 66, pp 211-212
Abstract: Fluorescent light closest to the composition of day-
light -was investigated. Experiments were conducted with 15 women
aged 20-IPO years. The best vision was obtained with natural day-
light, the closest to It white fluorescent light, next was pink
fluorescent light, and worst results were found with Incandescent
lamps. Best results were obtFilned at an Intensity of 100 lux,
the poorest, with the weakpst Intensity tested, 25 lux. 1 Figure,
2 Tables, no references. Submitted at the 4t1i Conf. of Exper.
and Clin. Study of Higher Nerv. Functions at Mar. Lazne, 12-15
Oct. 65. Article is in English.
1/1

USAC [1.171A, N.T.; MILOVA, G.N.
I........ . ...
Differ-ent.1ated requirements c-' the brain for individual amino acids.
Vop. pit. 23 no.6:17-21 IT-D 064. (MIRA 18:6)
1. laboratorlya klinicheskoy enzimologii (zav. - prof. A.A.Pokrovokly)
Instituta p1taniya AMN SSSSR, Moskva,

MILOVA, I.S., inzhener.
Efficient workers Improve production technoloar. Der. i lesokhim.
prom. 3 no.8:26 Ag '54. Mak 7:8)
1. Rizhakiy meballnyy kombinat No. 1.
(Furniture Industry)

HILOVA, I.Ye.
"The Boivin.precil-itation reaction in the serological diagnosis oi~ typhoid fever."
Biologicheskiye Antiseptiki, pp 206-218, 1950.
Translation-Ml-.',,43, 21 Apr 1955.

MILOVA. L.M., gorMy inzh.
Two. miInee - two results. Ugol' Ukr- 3 no.2-.40-41 7 '59.
(MIR& 12:3)
1. Donetakly ugolInyy institut.
(Coal mines and mining-Labor productivity)
(kne management)

PROGNIMAK, D.Ya.; NEYYENBURG, V.Ye.; MILOVA, L.M.; SHIRYAYEV, R.V.
Technical and economic analysis of coal production in the
hydraulically mined section of *Novo-Grodovkaw Mine No.3.
Sbor.DonUGI no.22:20-28 161. 1 (MIRA 15:6)
(Donets Basin-Hydraulic mining) '

AM-
PROGNIMA, D.Ya.; NLTMNRURG, V.Ye.; MILOVAp L.M.; TOLKATSER, D.Ya.
Method of analyzing the technical and economic indices of
hydraulically mined sections of mines usinfg otherwise conven-
tional mining methods. Sbor.DonUGI no.22:29* 061. (KRA 15:6)
(Donets Basin-Hydraulic mining) (Mining engineering--Costs)
41.,

GELLER. Z.I.; MILOVA, N.A.; KOVALISKIT, Te.V.
="Wwlw~
Nvaporation and combustion of high17 viscous cracking-
residue droplets. Izv. v7s. ucheb. zav.; neft' i gaz 2 no.6:
73-78 '59. (MIRA 12:10)
l.Groznenski7 neftyano7 institut.
(Gracking process)

NIZKOVSKAYA, O.P.; M11M".M.-;-SHIVRINA, A.N.; LOVYAGINAq Ye.V.;
FIATONOVA, Ye.G.
Biology and biochemistry of "chagap" the sterile form of Poria
obliqua. Trudy Inat. mikrobiol, no. 6:277-285 159, (MIRA 13:10)
1, Laboratoriya novykh antibiotikov Botanicheskogo instituta AN
SSSR.
(PORIA OBLIQUA)

SHIVRIKA, A.K.-, NIZKOYSLATA, O.F.; LOTTAGIMA, Te.T.; FLATONOVA, Te.G.;
MIWTA, RA.
Chealcal composition of pore fungi at different stages of their
development. Bot.shur. 44 no.12.'1724-1727 D 159-
(JaM 13:4)
1. Botanicheekly Institut In. VA.Komarova Aimdemil nauk SBSR.
Leningrad.
(Kushroome-Chemical composition)

NIZOVSKAYA, O.P.; SHIVRINAO A.N.; LGVYAGINA, Ye.V.,- PLATONOVA, Ye.G.;
MILOVA, N. M.
Conditions for the formation of the pigment complex of Inonotus
obliquus in artificial cultures. Mikrobiologiia 29 no-3:44.1-"5
My-Je 160. (MIRA 13:7)
1. Botanicheekiy institut imo V.L.Komarova, AN SSSR, Leningrad.
(WOOD-STAINING FUNGI)

IIIZKOVSKAYA,, O.P.;�ABPYA,~~N.M.
Antagonistic characteristics of Bamidiomycetes. Mikrobiologiia
32 no.5:771--777 S-0163 (MM l7s2)
1. Botenicheakiy institut AN SSSR.

LINKOVSKIY, Georgiy Borisovich, iqpifn, MILOVA Tamara Petroyna, insh.
Accuracy'"of voltage determination dependent on errors in the
wasurezont of resistance and current intensityi Izv. vys.
ucheb. zav.; elektromekh. 5 no.12:1419 162. (KIRA 16:6)
1. Institut radiote+Aiki i elektroniki AN SSSR.
(Zlectric measurements)

LINKOVSKIY, G.B., inzh.
Calculation of a four-terminal network. Izv. vys. ucheb. zav.;
energ. 6 no.7tI06-108 J1 163. (MIRA 16:8)
1. Institut radiotekhniki i elektroniki AN SSSR.
(Electric networks)

,~, N lloy~', 't ---ZAltrAltivu: " .- t -.-" -_, - ,
9 r; P P 9 r I Y-14, 1~ .
;:-u- A - . -- - -., .. pro ".r

c a*td.,~,21 4
..: .!-~ -. % 1 ~:,- ~

000, Ir

16W 2 Mo
200

m",

W

O

: 12

Z

OOWSI
w R
W

ACC NRt AP6023618 SOURCE CODE: UR/0136/66/ooo/OOT/0083/ 08-5
AUTHOR: Zaboronok. 0. F.; Milova, V. B.; Polyakova, M. D.;
Simonishvili, T. V.
ORG: none
TITLE: Effect of ultrasonic vi
beam melted,molybdenum
Igo A
SOURCE: Tevetnyye metally, no.
tion on the structure of elpctron-
7, 1966, 83-85
TOPIC TAGS: molybdenum, molybdenum melting, electron beam melting,
ultrasound application, ultrasound effect, molybdenum property)
efe V Z r4.4..& /.W.19 7;- 0 AJ
ABSTRACT: The effect of subsonic and ultrasonic vibrations on the
crystallization of molybdenum, electron-beam melted in a 5 .10-4 mmHg
vacuum, has been investigated. Subsonic vibrations at a frequency of
1000 cycle/min reduced the grain size from 3-5 mm to 2-3 mm. Ultra-
sonic vibrations with a frequency of 2-18 kilocycle substantially
reduced the grain size in the transverse direction but had very little
effect on the grain size in the longitudinal direction, leaving the
columnar structure unchanged. The Brinell.hardness of molybdenum
melted with ultrasound amounted to 153-156 kg/am2, i.e., was of the
same order as that of solybdenum melted without ultrasound. Preforged
Card 1 /3 UDC, 669.28t620

L 36867-66
ACC NRs AP6023618
IV
Ob
I
~~SUMM2

_W Uff
JJ 1
Fig. 1. Effect of annealing tem-!
perature on strength (0b) and
IV
elongation (6) of molybdenum
electron-beam melted without
or with.(2) ultrasound
OW IC
ingots were rolled into sheets 1 mm thick. The respective tensile
strength and elongation of cold-rolled sheets melted with ultrasound
were T5.0 kg/mm2 and 4.8% compared to 62.1 kg/MM2 and 2.8% for con-
ventionally electron-beam melted metal. Vacuum annealing at 600-1400C
for I hr greatly affected the strength and ductility of conventionally
melted metal, but affected much less those of metal melted with the
application of ultrasound (see Fig* 1). Further resear~ch should in- -
clude the application of 1) ultrasonic generatorp and transducers which
would ensure the maximum amplitude in crystallization zone, 2) ultra-

ACC NR, AP6023618
sonic vaves in the direction perpendicular to the ingot axis, 3) vltra-~
sonic waves propagating in two mutually perpendicular directions, nnd
4) ultrasound combined with modifiers. Orig. art. has: 5 figures and 1
SUB CODE% 139 l1/ SUBM DATE: none/ ATD PRESS:

ACC NRt AP7002439
(A) SOURCE CODE: UR/0219/66/000/012/0049/0050
AUTHOR: Zaboronok, G. F.; Milova, V. B.; Polyakova, M. D.; Simonishvili, T. V.
ORG: none
TITLE: Some properties of unalloyed polycrystalline molybdenum
SOURCE: Metallovedeniye I teruicheskaya obrabotka metallov, no. 12, 1966, 49-50
TOPIC TAGS: molybdenum, polycrystal, arc furnace, tensile strength, plasticity, an-
nealing, embrittlement ,
ABSTRACT: The material -teas remelted without deoxidation in a JEVM-03 electron-beam
furnace, and cast into Ingots 25 mm in diameter and up to 300 mm high. The following
melting conditions were used: the feed rate of the rod was 10-20 m/min, the melting
rate was 23.7-47.4 g/min, and the pressure was 2-10-4-7-10-5 mm Hg. Impurity con-
tents are given for the original and remelted molybdenum. After remelting the 02 con-
tent decreased from~ 6.10-3 wt % to 4-10-4 wt %. The ingots were hot worked into rods
and billets, cold worked, and recrystallized by annealing in a vacuum for 10 hr at
10000C. Results are given an the hardness, microhardness, electrical resistivity,
elastic modulus, and other elastic properties determined by the resonance method. The
ultimate tensile strength and ductility are given as functions of annea
J!ing tempera-
ture. Annealing was done at a residual pressure which did not exceed 10 4 mm Hg.
UDC: 669.28:620.17
1/2

ACC NR: AP7002439
At a deformation rate of 3 m/min, the ultimate strength decreased as a function of
annealing temperature, the greatest decrease occurring at 1000-12000C. The relative
elongation went through a maxis= (16.4%) after annealing at 8000C. Orig. art. has:
1 figure, 2 tables.
SUB CODE:. II/ SLON DATE: none
2/2

VILOVAITY T.
Y-11 OVA17, T. -JYP- Alitunar-Vrsac Tlaln.
Vol. 19, No. 6, 1954
EULIETIN
SCIRENCE
Pelw,rade
So: I'MiTHLY LIST OF EAST ELTRO'HAN ACCE~7STONS, (7FAL), LC, Vol. 4, no. 91
Sept. 1955, Uncl.

_'T C-If
K a ra a TljVf~j, ~r;~Jj.ey; regional ~roo.~raphical sunrey.
c7,7" .Tc;, zfA (iirvatslm !~erni. Snwc;L__i.,;tn ~j 'Cla,--r-ob,
ri.-ats!~c nrindoslolino drustiro) Za,lreh, Vol. rio.
"On-LI ly JI.St of ZaO4, (EZII) ~(,Gl V 1,
Uncl.

I
PUTNIK, Dj., Doc., dr.; MARTINIS, U., dr.; IVANOVIC. M.. dr.;
MILOYANCEVIC. R.. dr.
Results of long-term treatment of chronic pulmonary tuberculosis
with antibacterial drugs; analysis of early results of continous
treatment for 4 to 12 or more months in 141 cases. Tuberkuloza,
Beogr. 8 no.2:110-115 Mar-Apr 56.
1. Inetttut z& tuberkulozu 03 (direktor: v. prof. dr. K. Grujic).
(TUBWCUIPSIS, PULMONARY, ther.
chemother., early results of long-term ther. (Ser))

MILOVANCEVIC, Slavko, inz.
MoRfication of the Graetz and the lelon rectifiers.
Telekomunikacije 13 no.1/2t26v3O la-lp 164.

1.41 / ~-rl- c' // j-V (-: bfl. /-/f
M IIOVANOV, A.
~- - ~ 11
I Mine captains. Knot.ugi. 6 no.9:25 S '57. (MIRA 10:11)
(Nine surveying)