Applications of Two-Photon Spectroscopy to Inorganic Chemistry

这项研究是实验物理化学的一部分， 计划，旨在研究电子能级的 无机物种使用紫外和可见光的方法 谱 这项研究的结果是有兴趣的， 对化学键的科学理解， 基于电子跃迁的激光系统设计 掺杂的无机固体分子。 双光子光谱学将用于研究重要的情况 典型的过渡金属离子的能级 特定的固体晶体主晶格。 的结果 这些研究将提供重要的新信息， 过渡金属离子的激发电子态， 对于理解它们的化学、光化学和 物理过程。

This research, part of the Experimental Physical Chemistry Program, is designed to study the electronic energy levels of inorganic species using the methods of ultraviolet and visible spectroscopy. The results of this research are of interest to the scientific understanding of chemical bonding and also for the design of laser systems based on the electronic transitions of doped inorganic solid molecules. Two photon spectroscopy will be used to study important cases of the energy levels of prototypical transition metal ions in specified solid crystalline host lattices. The results of these studies will provide significant new information on the excited electonic states of transition metal ions which will be important for understanding their chemistry, photochemistry and photophysical processes.