Electric fields and the future of scalability in spark plasma sintering
Scripta Materialia, 2013•Elsevier
To date, spark plasma sintering (SPS) has enjoyed much success in materials research and
lesser, but growing, success in industrial applications. To some degree, the limitations in
usage can be associated with the specific knowledge of the nature of the contributions and
benefits that SPS provides over traditional sintering apparati. As sample dimension
requirements are increased, the energy requirements of production become problematic
and the scalability of the technique is an open question.
lesser, but growing, success in industrial applications. To some degree, the limitations in
usage can be associated with the specific knowledge of the nature of the contributions and
benefits that SPS provides over traditional sintering apparati. As sample dimension
requirements are increased, the energy requirements of production become problematic
and the scalability of the technique is an open question.
To date, spark plasma sintering (SPS) has enjoyed much success in materials research and lesser, but growing, success in industrial applications. To some degree, the limitations in usage can be associated with the specific knowledge of the nature of the contributions and benefits that SPS provides over traditional sintering apparati. As sample dimension requirements are increased, the energy requirements of production become problematic and the scalability of the technique is an open question.
Elsevier
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