论文标题
重新访问原子碰撞物理学，高度充电离子，向米歇尔·巴拉特致敬
Revisiting Atomic Collisions Physics with highly charged ions, A tribute to Michel Barat
论文作者
论文摘要
米歇尔·巴拉特（Michel Barat）在原子和分子碰撞事业丰富的职业生涯之后，于2018年11月去世，享年80岁。他积极参加了电子促进模型的正式化，导致了化学边界的低能量反应性碰撞。他通过高电荷离子研究了电子捕获机制，改用碰撞引起的簇分离，最后转化为紫外线激发诱导的损伤机制。在这个高度活跃的时期，他创建了一个实验室，组织了ICPEAC，并积极参与了研究。本文涵盖了他在高度电荷离子（HCI）中指导我在电子捕获的开花领域指导我的科学活动的十年。尽管有大量的开放通道，但米歇尔还是找到了一种捕获重要参数并简化几种电子捕获过程的描述的方法；方向倾向，电子促进，真实的双电子捕获，传递电离，转移激发，Rydberg状态的形成以及亚稳态捕获的电子捕获。每当米歇尔与其他团体建立富有成果的合作。
Michel Barat passed away in November 2018 at the age of 80 after a rich career in atomic and molecular collisions. He had participated actively in formalizing to the electron promotion model, contributed to low energy reactive collisions at the frontier of chemistry. He investigated electron capture mechanisms by highly charged ions, switched to collision induced cluster dissociation and finally to UV laser excitation induced fragmentation mechanisms of biological molecules. During this highly active time he created a lab, organized ICPEAC and participated actively in the administration of research. This paper covers the ten years where he mentored my scientific activity in the blossoming field of electron capture by highly charge ions (HCI). In spite of an impressive number of open channels, Michel found a way to capture the important parameters and to simplify the description of several electron capture processes; orientation propensity, electron promotion, true double electron capture, Transfer ionisation, Transfer excitation, formation of Rydberg states, and electron capture by metastable states. Each time Michel established fruitful collaborations with other groups.
