Microstructure of explosively compacted ceramic materials
conference paper
The relation between explosive compaction of ceramics and the resulting microstructure was investigated. Hydroxylapatite was explosively compacted to 99% TMD, and subsequently sintered to 100% TMD. The bulk ionic oxygen conductivity of a 93% TMD explosively compacted YBa_2Cu_3O_7-x was studied with impedance spectroscopy. And the shock wave velocity during compaction of AlN powder to 86% TMD was measured and fitted to a first order model.
TNO Identifier
120997
ISBN
978-0-8247-8579-7
978-100094355-9
978-100341814-6
978-100094355-9
978-100341814-6
Article nr.
40
Source title
Shock-Wave and High-Strain-Rate Phenomena in Materials (EXPLOMET '90), San Diego, CA, USA, 12-16 August 1990
Editor(s)
Meyers, M.A.
Murr, L.E.
Staudhammer, K.P.
Murr, L.E.
Staudhammer, K.P.
Pages
443-452
Files
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