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JoVE Journal
Chemistry
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原位FTIR 光谱作为气体/固体相互作用研究工具:UiO-66 金属-有机框架中的水增强 CO2吸附
 
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原位FTIR 光谱作为气体/固体相互作用研究工具:UiO-66 金属-有机框架中的水增强 CO2吸附

Article DOI: 10.3791/60285-v
February 1st, 2020

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Summary February 1st, 2020

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Click here for the English version.

介绍了FTIR光谱学对多晶固体表面性能的调查。讨论了样品颗粒的制备、活化程序、探针分子的表征以及CO2吸附的模型研究。

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