Understanding Acidity-basicity, Oxidising ability, and Reducibility of Nanomaterials

Prakash Kumar Beura, Nikhil Gangwar, S. Prasad, Rawesh Kumar
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引用次数: 1

Abstract

Abstract Temperature programmed desorption, temperature programmed reduction, and temperature programmed oxidation are useful characterization techniques to understand the surface acidity–basicity, oxidizing ability, and reducibility, respectively. From catalytic point of view, the information regarding both amount of acid/base/reducible sites as well as strength of these sites are useful for prediction for a said reaction. Herein, a theoretical ground, instrumental quantitative data, and its interactive presentation have been described to understand it in an interactive manner.
了解纳米材料的酸碱度、氧化能力和还原性
程序升温解吸、程序升温还原和程序升温氧化分别是了解表面酸碱度、氧化能力和还原性的有用表征技术。从催化的角度来看,关于酸/碱/可还原位点的数量以及这些位点的强度的信息对上述反应的预测是有用的。本文描述了理论基础、仪器定量数据及其交互呈现,以便以交互方式理解它。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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