Infrared Studies of Molecular Ions, Spectroscopy and Dynamics

分子离子的光谱学研究（1）， 获得基本的量子力学信息 物种，特别是其分子内动力学，（2） 为天文学家提供实验室光谱， 在太空中搜索，（3）学习化学和物理学， 实验室等离子体 目前的目标包括： 对H3+的光谱测量;在土星中寻找H3+ 和天王星，以及木星的其他离子光谱;携带 碳离子（CH ~（5+）、CH ~（4+）、CH ~（3+））的光谱分析 等）;研究C2 H3+和CH 5中的质子隧穿;以及 发展双共振离子光谱技术 系统.

The spectroscopy of molecular ions is studied (1) to obtain quantum mechanical information on the fundamental species, in particular on their intramolecular dynamics, (2) to provide astronomers with laboratory spectra for their searches in space, and (3) to study chemistry and physics of laboratory plasmas. Current objectives include: extending spectroscopic measurements on H3+; searching for H3+ in Saturn and Uranus, and for other ionic spectra in Jupiter; carrying out spectroscopy and analysis of carbo-ions (CH5+, CH4+, CH3+ etc); studying proton tunneling in C2 H3+ and CH5; and developing double resonance ion spectroscopy in molecular systems.