以奈米鑄造法製備三維規則中孔洞材料之簡介

Introduction to the Nanocasting Routes toward Three-dimensionally Ordered Mesoporous Materials

10.6623/chem.2008012

張川修(Chuan-Hsiu Chang)；許祐川(Yu-Chuan Hsu)；楊家銘(Chia-Min Yang)

中孔洞材料 ； 奈米鑄造法 ； 中孔洞碳材 ； 中孔洞金屬化合物 ； Mesoporous materials ； Nanocasting ； Mesoporous carbon ； Mesoporous metal compounds

化學

66卷2期（2008 / 06 / 01）

127 - 133

繁體中文

中孔洞材料由於具有奈米結構與三維有序孔洞排列，因此在催化與先進光電等領域中均深具應用潛力。本文簡介並回顧近年來利用奈米鑄造法製備中孔洞碳材與各類中孔洞金屬化合物的發展。

Mesoporous materials with nanostructured building blocks and three-dimensionally ordered pore structure have attracted wide interest due to their potential applications in catalysis, optoelectronic and other advanced fields. In this article, the preparations of mesoporous materials composed of carbon and metal compounds including oxides, nitrides, sulfides and carbides via nanocasting routes has been introduced. Recent development has been also reviewed.

1. 斯湯堡(2016)。有序中孔碳材 CMK-3 結合高分子製備整體成形材料對磺胺類藥物與防腐劑進行固相微萃取。中原大學化學系學位論文。2016。1-168。