The interaction between hydrogen donor and acceptor molecules, known well as hydrogen bonding, forms a ubiquitous network in the natural and synthesis world. The hydrogen bonding role has thus been the subject of intensive work in the past. In this article, we discuss and show how the new mechanisms have been established in terms of the hydrogen bonding changes by reviewing some of the combined experimental and theoretical studies that have recently shed light on the intricate role of both triplet and singlet excited-state hydrogen bondings in photoinduced liquid dynamics and phenomena.

中文翻译：

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在光诱导液体动力学中建立具有三重态和单重态氢键作用的新机制

氢供体和受体分子之间的相互作用，也就是众所周知的氢键，在自然和合成领域形成了一个无处不在的网络。因此，氢键作用在过去一直是密集工作的主题。在本文中，我们通过回顾最近阐明三重态和单重态激发态氢的复杂作用的一些联合实验和理论研究，讨论并展示了如何在氢键变化方面建立新机制光致液体动力学和现象中的键合。