Synthesis of Novel Nitride Semiconductors and Hard Materials Using High-Pressure Metathesis Reaction

F. Kawamura, H. Yusa
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引用次数: 0

Abstract

KAWAMURA 遊佐 斉 Hitoshi YUSA High-pressure metathesis reaction is a promising method for synthesizing novel nitride compounds, e.g. multi-component semiconductors and hard materials. The strong nitridation ability under high pressure makes it possi-ble to realize such compounds. In this article, we introduce our attempts to synthesize 5d nitrides ( ReN 2 , WN and W 2.25 N 3 ) and ternary nitride semiconductors ( ZnSnN 2 and MgSnN 2 ) using the metathesis reaction. This method contributes not only to improvement of crystallinity but also to the synthesis of metastable phases. The high-pressure metathesis reaction may open a way for realizing materials designed
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利用高压复分解反应合成新型氮化物半导体及硬质材料
高压复分解反应是一种很有前途的合成新型氮化物的方法,如多组分半导体和硬质材料。高压下较强的氮化能力使该类化合物的实现成为可能。本文介绍了利用复合反应合成5d氮化物(ren2, WN和w2.25 n3)和三元氮化物半导体(znsnn2和mgsnn2)的尝试。这种方法不仅有助于提高结晶度,而且有助于亚稳相的合成。高压复分解反应为设计材料的实现开辟了一条途径
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Foreword 琉球大学 理学部 物質地球科学科物理系 多重自由度相関研究室(物性物理学) ダイヤモンドアンビルセル中の物質の高温高圧その場熱物性測定 High-Pressure Synthesis and In-Situ Physical Property Measurement Using Boron-Doped Diamond 高圧バイオサイエンスという異分野交流
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