主要职责
中国科学院贯彻落实党中央关于科技创新的方针政策和决策部署,在履行职责过程中坚持党中央对科技工作的集中统一领导。主要职责是:
一、开展使命导向的自然科学领域基础研究,承担国家重大基础研究、应用基础研究、前沿交叉共性技术研究和引领性颠覆性技术研究任务,打造原始创新策源地。 更多+
院况简介
中国科学院是国家科学技术界最高学术机构、国家科学技术思想库,自然科学基础研究与高技术综合研究的国家战略科技力量。
1949年,伴随着新中国的诞生,中国科学院成立。建院70余年来,中国科学院时刻牢记使命,与科学共进,与祖国同行,以国家富强、人民幸福为己任,人才辈出,硕果累累,为我国科技进步、经济社会发展和国家安全作出了不可替代的重要贡献。 更多+
院领导集体
科技奖励
科技期刊
科技专项
科研进展/ 更多
工作动态/ 更多
工作动态/ 更多
中国科学院学部
中国科学院院部
语音播报
报告题目: Ion-dimer collisions: a new way of looking at atomic and molecular collisions
报告人:Prof. Dr. Amine Cassimi
单位: CIMAP,France
时间:2017年11月28日(星期二)10:00
地点:中国科学院近代物理研究所5号楼1006会议室
Investigating reactions involving highly charged ions and molecules is a challenging subject in collision physics since several decades. However, intramolecular charge redistribution before dissociation usually limits the access to the primary process detailed information as the identification of the active atomic site in the molecule is lost. What happens to this electron mobility in the case of Van der Waals bonds as the ones binding rare gas clusters? Do different behaviors appear for covalent and Van der Waals bond molecular systems in collision with ions?
In the recent years, several kinematically complete experiments have been performed allowing, from the detailed picture of the fragmentation and collision dynamics, not only to answer these questions but to access to new information and new processes concerning atomic and molecular collisions. All these points will be discussed and new findings concerning atomic collisions presented.
More recently, studying dimers of simple molecules allow tackling the question of the influence of the neighbor molecules on the molecular fragmentation process. First results concerning (N2)2 and (CO)2 will be presented illustrating the clear role of surrounding molecules, mimicking the condensed phase.

扫一扫在手机打开当前页
© 1996 - 中国科学院 版权所有 京ICP备05002857号-1
京公网安备110402500047号 网站标识码bm48000002
地址:北京市西城区三里河路52号 邮编:100864
电话: 86 10 68597114(总机) 86 10 68597289(总值班室)








