Catalysts respond to reactive atmospheres, leading to intrinsically distinct active sites and reaction pathways in response to pressure changes. The degree of pressure gap depends on the nanostructure. Now, the gaps and discrepancies in in-situ and operando studies of CO2-to-CH3OH using CuZn catalysts have been rationalized.

中文翻译：

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注意二氧化碳制甲醇的差距

催化剂对反应性气氛做出反应，从而导致在响应压力变化时产生本质上不同的活性位点和反应途径。压力间隙的程度取决于纳米结构。现在，使用 CuZn 催化剂对 CO2-to-CH3OH 的原位和操作研究中的差距和差异进行了合理化。