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Catalytic Decomposition of Nitric Oxide and Carbone Monoxide Gases over Pd-Au Nanopartical Pd-Au Nanoparticle doped Fibrous TiO2 Fiber Media

机译:Pd-Au纳米粒子掺杂的TiO2纤维TiO2纤维介质上一氧化氮和一氧化碳气体的催化分解

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摘要

The catalyzed reaction decomposition of NO with CO gases is of significant interest for environmental and health reasons. Recent developments in fabrication of ceramic submicron fibers provide a means to fabricate fibrous catalyst support structures that may result in smaller catalytic converters and new designs of catalyst support structures not available in the traditional monolithic or pelletized bed designs. The nanoscale of the supporting fibers may provide enhancements such as restricting the migration of metal catalyst particles. Research on the performance of nanofiber supported catalysts is relatively new and few data have appeared in scientific literature.
机译:出于环境和健康原因,NO与CO气体的催化反应分解引起了人们的极大兴趣。陶瓷亚微米纤维的制造中的最新发展提供了一种制造纤维状催化剂载体结构的方法,该方法可导致更小的催化转化器和传统的整体式或造粒床设计中不可用的催化剂载体结构的新设计。支撑纤维的纳米级可以提供增强作用,例如限制金属催化剂颗粒的迁移。纳米纤维负载催化剂的性能研究相对较新,科学文献中几乎没有数据。

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