By Shigeyuki Somiya (Eds.)
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Extra resources for Advanced Technical Ceramics
F u k u u r a and A s a n o (1983, p . 116) have reported the effect of N a 0 content on volume specific resistance. In addition, alpha rays emitted by impurities ( U , T h ) within the ceramic package may induce soft errors in semiconductor m e m o r y , a problem r e p o r t e d by May et al (1978, p . 33). 1. Relationship between alkaline content and insulation resistance in 90% alumina ceramics. From Fukuura and Asano (1983). 1 p p m ) . 01 c / c m * h . A similar issue has arisen recently concening SiC and S i N .
243; M a t s u o , 1976, p . 1066). 16 is a transmission electron micrograph of this powder. Since the sinterability of B N is extremely p o o r , sintered articles are normally obtained by hotpressing, with the addition of borates, silica, or other binders. b. STRUCTURE AND PROPERTIES (MURASATO, 1972, P. 243: MATSUO, 1976, P. 1066). B o r o n nitride is similar to graphite in structure. 17). Its qualities are also similar at many points. It has a quite high thermal conductivity (at high t e m p e r a t u r e s , in particular, it surpasses B e O ) .
Kagaku kögyö [Chemical Industry (Japan)], 27, 1066-1073. May, T. C , et al. (1978). A new physical mechanism for soft errors in dynamic memories. Ann. Proc. Reliab. Phys. J, 16, 3 3 - 4 0 . Murasato, Shigetaka. (1972). Chikkahöso ( B N ) no kögyöteki riyö [The industrial applications of boron nitride ( B N ) ] . Ceramics Japan, 7, 243-248. Mori, Masaki, Komeya, Katsutoshi, Tsuge, Akihiko; and Inoue, Hiroshi. (1982). Chikka keisο funmatsu [Silicon nitride powder], Ceramics Japan, 17, 834-840. Nishida, Katsutoshi, et al.
Advanced Technical Ceramics by Shigeyuki Somiya (Eds.)