CAJ | 학술논문

高温催化燃烧技术作为一项环境友好的能源利用方式正得到世界各国的广泛重视，催化燃烧器设计与燃烧催化剂研制领域不断取得新进展．本文通过考察负载型Pd催化剂和烧绿石型复氧化物催化剂的物化特性与催化反应动力学特征，探讨了改良现有催化剂体系反应性能的有效途径．
고온최화연소기술작위일항배경우호적능원이용방식정득도세계각국적엄범중시，최화연소기설계여연소최화제연제영역불단취득신진전．본문통과고찰부재형Pd최화제화소록석형복양화물최화제적물화특성여최화반응동역학특정，탐토료개량현유최화제체계반응성능적유효도경．
High Temperature Catalytic Combustion, which offers great advantages over conventional combustion methods for its environment-protecting feature, abstracts extensive researching tide throughout the world, and gains progress continuously in combustor designing and catalyst developing. In this article, the physi-chemical and kinetic features of supported Pd catalysts and pyrochlore complex oxide were investigated, and the efforts were made to seek a more promising material.