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Cu Sn Ti alloys are used as binders for diamond tools processed by liquid phase sintering.
Silicon nitride for engineering applications is densified by liquid phase sintering using oxide additives such as yttria and alumina.
Tungsten alloys, produced by liquid phase sintering and subsequent swaging, are used commonly for engineering and defense applications.
Series of HTS bulks with different compositions have been prepared by liquid phase sintering technique: the basic composition was YBa1.595Cu2.405Oy, which has been doped by Ca and/or Pt.
These ceramics are produced by liquid phase sintering (LPS), where elevated temperature and time are necessary, and generally form volatile products that promote defects and damage their mechanical properties.
For enhanced densification, 20 layers of SiC particles-infiltrated SiC fabric and SiC green tape were stacked alternately followed by liquid phase sintering at 1750 °C and 20 MPa for a 2 h soaking time.
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Understanding this parameter provides a means to design alloys and processing cycles for net shape, full density components by supersolidus liquid phase sintering.
The present work reports the design and fabrication of refractories with a bio inspired nacre-like microstructure comprising aligned alumina platelets, separated by an aluminium borate interphase, obtained through transient liquid phase sintering.
Rapid sintering densification of relatively large prealloyed powders is possible by exceeding the solidus temperature in an approach termed supersolidus liquid phase sintering.
Liquid phase sintering accounts for 90% of the commercial value of sintered products.
By 1938 the sintering temperature was 1500 °C for tungsten alloyed with Ni Fe or Ni Cu using liquid phase sintering.
More suggestions(16)
by liquid phase electroepitaxy
by liquid phase reaction
by liquid phase separation
by liquid phase method
by liquid phase formation
by liquid phase welding
by liquid phase exfoliation
by liquid phase epitaxy
by liquid phase activation
by liquid phase chromatography
by liquid phase interdiffusion
by liquid phase deposition
by liquid phase alkylation
by liquid phase pyrolysis
by liquid phase processing
by liquid phase adsorption
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