本系特聘教授呂老師實驗室論文發表於科技部指標型代表期刊ChemComm (為英國皇化學學會歷史悠久之知名老牌期刊! (論文 請見附件)
台灣（或其他國家）的高中學生必須學習氟(F)原子作為最負電的元素。它只接受正電荷。但是，在我們的ChemComm文章中，我們清楚地表明氟(F)原子能夠充當sigma電洞（正電荷）提供者。這一發現在鹵素鍵，氟化學，化學工程和一般化學領域具有重要意義。特別是，不僅大學生，而且高中生或國中生都可以發現這項研究非常有趣和重要。

I think high school students in Taiwan (or other countries) must learn F atom as the most electronegative element. It only accepts a positive charge. However, in our Chem Comm article, we clearly show F atom being able to act as a sigma hole (positive charge) donor. This finding is important in halogen bond, fluorine chemistry, chemical engineering and general chemistry communities. In particular, not only college students, but also high school students can find this research very interesting and important.