The list of the publications
1. Sheikhaliev Sh.M., Etc. Reception
of metal powders by a melt centrifugal
pulverization // Powder Metallurgy.-1985.-N12.-p.5-10.
One of the first works on application
a CHA method for manufacture of metal
powders. The test plant and investigation
method is represented. The influence of
pressure and nozzle diameter on an average
size of a powder and output of atomisation
is shown. The results of atomisation of
a magnesium, bronze, tin, aluminum and
alloys (fractional composition, contents
of oxygen, plasticity and specific surface)
are reduced. The attempt of argument of
some results is made.
2. Sheikhaliev Sh. M., Grigorovich
I. À., Haritonov À. V. About influence
design and technology factors at ÑHA of
a magnesium melt on the characteristics
of powders // Investigation in the field
of metallurgy of a magnesium. - Zaporozhye.-1987.-p.61-67.
In work the plant and technological parameters
for a granulation of magnesium is represented
with the purpose of reception of a fine
pulp from Mg and TiCl4. The results of
influence of pressure and parameters of
nozzles on angle of a torch are reduced.
3. Sheikhaliev Sh. M., Sharonov
I. V., Popel S. I. Reception of powders
of non-ferrous metals and alloys centrifugal
- hydraulic atomisation of melts // Non-ferrous
Metals. -1988.-N8.-p.29-31.
The description of a construction of a
centrifugal nozzles from steel, graphite
both ceramics and technological characteristics
of powders of non-ferrous metals is introduced.
4. Sheikhaliev Sh.M., Sharonov I.
V. Reception of metal powders with amorphous
structure by CHA of a melt // Powder Metallurgy.
-1989.-N5.-p.15-19.
The description of plant for reception
of drops by a ÑÍÀ-method and hardening
them on rotating a crystallizer is reduced.
The powders of the scaly form of particles
from alloy Fe-P-Ñ are investigated. The
results metallographic and differential-thermal
analysis of powders are reduced. The applicability
of a method for production of powders
with amorphous structure is represented.
5. Sheikhaliev Sh.M., Sharonov I.
V. ÑHA method of reception powders.1.
Investigation of the atomisation mechanism
. // Powder Metallurgy.-1989.-N6.-p.16-21.
The investigation of the CHA method mechanism
with application of high-speed shooting
and photography with short exposure time
is carried out. It is shown that the pressure
variation results in variation of a proportion
transversal and longitudinal waves responsible
for dissolving of a film and trickles.
Possibility of regulation of the powder
particle form thready up to a spherical
by of a temperature variation of molten
metal also is shown.
6. Sheikhaliev Sh. M., Ivans Î.
À., Popel S. I. etc. Perfecting of CA
technology with the purpose of reception
of fine powders // The theory, technology
and properties of a powder. The theses
of the reports 16 All-Union conferences
on a powder metallurgy. - Sverdlovsk.
- Institute of Metals UD of RAS. -1989.-p.71.
The possibility of practical realization
of a CPA method for reception of fine
powders is shown.
7. Sheikhaliev Sh. M., Kuz'min V.
V. Influence of a counter pressure on
a dispersibility of a powder in a ÑHA
method // The theory technology and properties
of a powder (The theses of the reports
16 All-Union conferences on a powder metallurgy.
Sverdlovsk. - Institute of Metals UD of
RAS. -1989.-p.113-114.
The results of investigation of influence
of a gas pressure in atomisation chamber
(at invariable pressure of a melt) on
fractional composition of a powder is
reduced. The availability of optimal pressure,
at which one the powder has the least
size of particles is represented.
8. Sheikhaliev Sh.M., Sharonov I.
V. Ñentrifugal - hydraulic method of dispergation
of a melt. Influence of physico-chemical
properties of metal melts on a dispersibility
of powders // Powder Metallurgy .-1989.-N
9 .-p.10-14.
The influence of a surface tension, viscosity
and adhesion of a melt to a material of
a nozzle on a average size of particles
of a powder is investigated.
9. Sharonov I. V., Sheikhaliev Sh.M.,
Popel S. I. etc. Influence of design parameters
of a centrifugal nozzle on its output
and dispersibility of powders // Powder
Metallurgy.-1989.-N 11 p.7-10.
The influence of number of tangential
channels, sectional area of channels and
their length on a average size of a powder
and output of process is investigated
studied. Improvement a homogeneity of
a powder at a heightening of a surface
cleanness of channels is shown.
10. Sheikhaliev Sh.M., Sharonov
I. V., Popel I.V. etc. Reception of powders
from alloys on a base of iron by ÑHA of
a melt // Foremost experience.-1990.-N11.-ð.3-5.
The equipment and design of nozzle for
produce of a powder of Fe-C alloy is represented.
11. Haritonov À. V., Sheikhaliev
Sh.M., Karyakin V. S. etc. Application
centrifugal atomisation of melts for production
of metal powders // Physico-chemical fundamentals
of metallurgical processes. Sverdlovsk.
-UPI.-1989.-p.109-110.
The analytical investigation of shattering
of a jet in a field of centrifugal forces
is carried out. On a base of the proposed
model the proportions for an estimation
of an average anticipated size of particles
of a powder are maneuvered derived. The
correspondence to the proposed model to
some experimental results is introduced.
12. Sheikhaliev Sh.M., Ivans Î.
À., Popel S. I. etc. Centrifugal - pneumatic
dispergation of melts. Influence of design
and technological parameters on effectiveness
of atomisation. // Powder Metallurgy.-1990.-N3.-Ñ.
In a paper the description of equipment
and construction of a nozzle and auxiliary
instruments for realization of a CPA method
for reception of fine powders is reduced.
Influence of pressure and gas consumption
on a average size of powders and expenditure
of molten metal experimentally is defined.
The differential distribution curves of
powders of some metals and variation of
their homogeneity are reduced at different
pressure.
13. Sheikhaliev Sh.M.., Kuz'min
V. V., Ustimov V.M. Haritonov À. V Centrifugal
- pneumatic dispergation of melts. Manufacture
of powders on a base of tin and their
base properties. // Powder Metallurgy.-1990.-N5.-p.8-11.
There are introduced a particle-size distribution,
bulk weight, contents of oxygen of powders
of tin and soldering alloys on a base
of tin atomised CPA method with usage
of gases of an argon of nitrogen and helium.
The influence of properties of gas on
a size of a powder particles and its property
is investigated.
14. J.J. Dunkley, Sheikhaliev Sh.M.,
"Single Fluid Atomisation of Liquid
Metals". Advances in Powder Metallurgy
& Particulate Materials - 1995, Vol.
1 pp - 79-87.
15. Sheikhaliev Sh.M., J.J.Dunkley.
"A Novell Internal Mixing Gas Atomiser
For Fine Powder Production". Advances
in Powder Metallurgy & Particulate
Materials - 1996, Vol. 1 pp - 161-170.
16. Sheikhaliev Sh. M., J.J. Dunkley.
"Use of Computer Models in the Design
of Centrifugal Atomisation Systems".
1998 Poder Metullurgy, World Congress
& Exibition, Congress & Exbition
Guide. - 1998, Granada, Spain, October
18-22, p-119.
17. Sh.Sheikhaliev. New methods
atomization of melts for amorphous powder
production and spray deposition.Procedings
of the International Conference on Spray
Deposition and Melt Atomisation, Bremen,
Germany 26.-28. June, 2000, pp. 557-569.
18. Sheikhaliev Sh. M., J.J. Dunkley.
New production methods of metal powders
by atomisation of a melt. Collected the
theses of the reports " Aerospace
engineering and high technologies -2000
" on April 12-14 2000, Perm, Russia,
seconds 234.
19. Sheikhaliev Sh. New methods
atomisation of melts for powder production
and spray forming. Kolloquium des SFB
372, Band 5 Spruchkompaktiren Sprayforming,
Eds.: K.Baukhage, V.Uhlenwinkel. University
Bremen, 2001, s. 35-44, ISBN 3-88722-508-2.
20. Sh. Sheikhaliev, S. Lagutkin.
Use Prefilm Nozzle for Fine Powders Production.
PM 2001 World Congress. Powder Production
and Preparation. Vol 4 October 22-24,
2001 Acropolis Convention Centre, Nice,
France, pp.172-179.
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