对高峰值功率密度（10E13----10E16w/cm2）的超短光脉冲与分子系统的互作用过程进行研浚擞米饔霉讨胁乃槠纬傻娜枷蟮亩⑷喙胤ǎ芯糠肿拥牡缋搿⒗虢馔ǖ乐敝量饴乇ǖ裙痰奈⒐刍疲橹だ砺凵仙婕啊傲俳绾思渚唷钡哪Ｐ停钊肓私馇抗庥敕肿踊プ饔玫幕砦侍狻８醚芯烤哂兄卮蟮幕∥锢硌б庖搴图蟮纳缁嵝б妗

This project has finished the following four scopes of research work: (1) By using computer simulation, we have made it relatively clear the double-pulse mechanism in self-mode-locked Ti:S laser, thereby disapproving the potential practical applicability of this phenomenon. (2) By simulation and experiments, we have created the FROG methods at home for the first time. It can be used to diagnose the amplitude and phase of ultrashort laser pulses. (3) Using IDL and Matlab, we have modeled the spatial fragment distribution of molecular species for ionization, dissociation and even the Coulomb Explosion processes. We have mastered the image correlation method for obtaining the critical internuclear separations during the Coulomb Explosion. Besides the corroboration for Coulomb Explosion process, we also got the internuclear separation and its parameter range via international colleboration. (4) We also started the algorithm, in polar coordinates, for calculating the image correlation for tri-atomic molecules through foreign cooperation, this method can be generalized to multi-atom system. The experiments are being doneabroad.