Resonant ionization spectroscopy (RIS) and resonant ionization mass spectroscopy (RIMS) are employed to detect the photodissociation product of sodium iodide molecules in a molecular beam in an intense laser field in ...Resonant ionization spectroscopy (RIS) and resonant ionization mass spectroscopy (RIMS) are employed to detect the photodissociation product of sodium iodide molecules in a molecular beam in an intense laser field in the absence of the buffer gases. Time of flight mass spectra is recorded. In particular, the appearances of multiphoton ionization are discussed.展开更多
利用脉冲激光束与分子的相互作用 ,对 L i I进行了光离解。同时 ,用另一束可调谐激光对 L i I离解后产生的中性 L i进行共振激发 ,然后把处在激发态的 L i进行光电离。对 L i的飞行时间质谱 (TOFMS)进行了研究 ,并对光离解及光电离过程...利用脉冲激光束与分子的相互作用 ,对 L i I进行了光离解。同时 ,用另一束可调谐激光对 L i I离解后产生的中性 L i进行共振激发 ,然后把处在激发态的 L i进行光电离。对 L i的飞行时间质谱 (TOFMS)进行了研究 ,并对光离解及光电离过程中可能存在的多光子电离 (MPI)展开更多
文摘Resonant ionization spectroscopy (RIS) and resonant ionization mass spectroscopy (RIMS) are employed to detect the photodissociation product of sodium iodide molecules in a molecular beam in an intense laser field in the absence of the buffer gases. Time of flight mass spectra is recorded. In particular, the appearances of multiphoton ionization are discussed.
