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用程序升温脱附－红外光谱（ＴＰＤ－ＩＲ）动态方法，研究了铑与载体相互作用对铑催化剂上的ＣＯ孪生、线式和桥式吸附态稳定性的影响。结果表明，金属载体的非强相互作用（ＮＳＭＳＩ）能提高铑催化剂上３种ＣＯ吸附态的稳定性。其影响可用ＮＳＭＳＩ效应的酸－碱机制解释．
The temperature-programmed desorption-infrared spectroscopy (TPD-IR) kinetic method was used to study the effect of rhodium-supported interaction on the CO twin, linear and bridged adsorption stability of rhodium catalysts. The results show that the non-strong interaction of metal supports (NSMSI) can improve the stability of three CO adsorption states on the rhodium catalyst. Its effects can be explained by the acid-base mechanism of the NSMSI effect.