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Molecular beam study of the CO oxidation on a regular array of Pd clusters on alumina

机译:氧化铝上规则排列的Pd团簇上CO氧化的分子束研究

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In this paper, we report first molecular beam study of CO oxidation on a regular array of Pd clusters on alumina. The constant distance with neighbour particles allows to overcome uncertainties in some parameter in the reaction, in comparison of other studies where particles have been grown or deposited on substrates that leads to random distribution. Furthermore, growing such array of particles by condensation of atoms on a surface ensures that the size distribution is very small and offers the possibility to study the size dependence of catalytic reaction and to correlate it to the adsorption energy of CO on Pd clusters. This work opens the way to a systematic study where unexpected size effects could occur, especially for very little sizes i.e. <; 100 atoms.
机译:在本文中,我们报道了在氧化铝上规则排列的Pd簇上进行CO氧化的第一个分子束研究。与其他研究相比,与相邻粒子的恒定距离可以克服反应中某些参数的不确定性,在其他研究中,粒子已生长或沉积在底物上导致了随机分布。此外,通过原子在表面上的缩合来生长这种颗粒阵列确保了尺寸分布非常小,并提供了研究催化反应的尺寸依赖性并将其与CO在Pd团簇上的吸附能相关的可能性。这项工作为系统研究开辟了道路,在系统研究中可能会发生意料之外的尺寸影响,尤其是对于很小的尺寸,即<; 100个原子

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