Raman Spectra of Mass-Selected Metal Clusters

在化学部实验物理化学项目的支持下，Lindsay和Lombardi将继续他们对稀有气体基质中大量选择的小金属团簇物种的拉曼光谱的研究，以获得结构信息。感兴趣的物种是通过从固体靶溅射产生的，产物被捕获在低温基质中，并使用吸收、激发、荧光和共振拉曼光谱进行检测。在研究过渡金属团簇之后，将研究碱土物种。这些研究的结果将提供结构信息，有助于理解小金属团簇的成键性质作为元素周期表中位置的函数。化学家和材料科学家对这些信息很感兴趣，他们正试图合成用于材料应用的新的含金属化合物。

In this project supported by the Experimental Physical Chemistry Program of the Chemistry Division, Lindsay and Lombardi will continue their study of the Raman spectra of mass-selected small metal cluster species in rare gas matrices in order to obtain structural information. The species of interest are produced by sputtering from a solid target, and the products are trapped in low temperature matrices and interrogated using absorption, excitation, fluorescence, and resonance Raman spectroscopy. Investigations of transition metal clusters will be followed by studies of alkaline earth species. The results of these studies will provide structural information that will aid in understanding the bonding properties of small metal clusters as a function of position in the periodic table. Such information is of interest to chemists and materials scientists who are trying to synthesize new metal-containing compounds for materials applications.