【摘要】 用TEA CO₂激光器的R28支线激发铬酰氯（CrO₂Cl₂）分子的某一振动能级,可观察到该分子的电子态荧光。定性地分析了荧光信号的动力学过程,指示经过多次碰撞后,分子较低振动态的能量向上传递到电子态是完全可能的。更多还原

【Abstract】 One of the vibrational levels of CrO₂Cl₂ was excited with R28 branch of TEA CO₂ laser. Fluorescence of electronic state of the molecule is observed. After analyzing multiple photon absorption kinetics process qualitively, with the signal of the fluorescence, we believe that it is possible to transfer vibration energy of the vibration-excited molecule to electronic state.更多还原