U.S.-German Cooperative Research: Energy and Charge Transfer with Functionalized Phenols -- Time-Resolved Photochemical and Radiation Chemical Experiments

合作研究计划（“功能化的能量和电荷转移 酚-时间分辨光化学和辐射化学实验“） 旨在发起圣母院辐射实验室 时间分辨光谱跨学科研究小组（Interdisciplinary Research Group on Time Resolved Spectroscopy，IAG） 在莱比锡大学。 到目前为止，这两个实验室一直在独立使用 两种最强大的时间分辨光谱技术（即，脉冲辐解 和闪光光解），但具有不同的检测方法：傅立叶变换电子 IAG顺磁共振和拉曼光谱和电导率测量 在NRDL。 独特的方法论沿着IAG的 在空间位阻酚领域的杰出专业知识和NDRL的强大 背景技术电荷和能量转移过程的显著进步在于 一类重要化合物的自由基化学。

The cooperative research program (`Energy and Charge Transfer with Functionalized Phenols-Time-Resolved Photochemical and Radiation Chemical Experiments`) is intended to initiate a collaboration between the Notre Dame Radiation Laboratory (NDRL) and the Interdisciplinary Research Group on Time Resolved Spectroscopy (IAG) at the University of Leipzig. Until now, the two laboratories had been independently using two of the most powerful time-resolved spectroscopic techniques (viz., pulse radiolysis and flash photolysis), but with different detection methods: Fourier Transformed Electron Paramagnetic Resonance at IAG and Raman spectroscopy and conductivity measurements at NRDL. The combination of the unique methodologies along with the IAG's outstanding expertise in the field of sterically hindered phenols and the NDRL's strong background in charge and energy transfer processes promises a significant advancement in the free-radical related chemistry of an important class of chemical compounds.