Photodissociation Dynamics of Radicals and Molecules

光解离动力学涉及研究支撑所有化学反应的基本化学过程。 我们解决了这一领域中三个重要的未回答的问题：i）如何从小分子中吸取教训转移到大分子中？ ii）可以通过选择反应物的特定状态来控制化学反应性吗？ 和iii）自由基的动力学是否与稳定分子有根本的不同？ 我们将结合联合收割机在大分子光谱学和光解动力学的专业知识与技术在自由基生产，以提供深入了解这些基本问题。 光解离动力学是光子科学和技术的基础。

Photodissociation dynamics involves studying fundamental chemical processes that underpin all chemical reactivity. We address three of the important unanswered questions in this field: i) how do the lessons learned from small molecules transfer to larger molecules? ii) can one control chemical reactivity by selecting specific states of the reactant?; and iii) are the dynamics of radicals fundamentally different to stable molecules? We will combine expertise in large molecule spectroscopy and photodissociation dynamics with technology in radical production to provide insight into these fundamental questions. Photodissociation dynamics is firmly embedded in photon science and technology.