Studies of Channeling Radiation and Coherent Bremsstrahlung in Crystals (Physics)

计划尝试优化沟道辐射(CR)的源质量，发展其作为分析晶体结构的工具的适用性，分析激发态布居反转以期实现CR激光，建立包括辐射偏振在内的自由束缚CR跃迁的一般共振理论，并发展了一种基于全三维Bloch函数的CR理论，以检验纵向电势变化的影响。这项工作将与海军研究实验室的辐射理论小组进行部分合作。

It is planned to attempt to optimize the source quality of channeling radiation (CR), develop its suitability as a tool for analyzing crystal structure, analyze excited state population inversions with a view toward CR lasing, formulate a general resonance theory of free-bound CR transitions including polarization of the radiation, and develop a theory of CR based on fully three-dimensional Bloch functions in order to test the effects of longitudinal potential variations. Work will be carried out in partial collaboration with the radiation theory group at the Naval Research Laboratory.