摘要电离辐射可以引发超快质子转移，这是许多化学和生物过程中的核心机制，这种转移反过来可以促进或抑制电子的松弛过程，从而导致反应路径的突然变化。本研究结合理论与实验，探讨了 ...

Researchers at China’s National Key Laboratory have identified 170 nickel autoionization states using resonance ionization mass spectrometry, significantly advancing the spectral database critical for ...

Join us in welcoming Prof Gerard Meijer to talk about thermionic emission, autoionization and associative ionization. Some molecules have the unusual property that their dissociation energy is larger ...

Temporal delays extracted from photoionization phases are currently determined with attosecond resolution by using interferometric methods. Such methods require special care when photoionization ...

We experimentally demonstrate dressing of the excited exciton states by a continuously tunable Fermi sea of free charge carriers in a monolayer semiconductor. It represents an unusual scenario of ...

Considerable discussions have been made, yet not been settled, on whether the activity of hydrated protons is substantially enhanced at the surface of water ice. This is crucially important problem ...

Water ice is one of the most abundant solid substances in nature and hydrated protons on ice surfaces critically influence physical and chemical properties of ice. Hydrated protons are easily doped ...

Hydrated protons at the surface of water ice are of fundamental importance in a variety of physicochemical phenomena on earth and in the universe. Hydrated protons can be introduced by the ...

Electronic structure and angular momentum couplings in open-shell species are important factors to consider in elementary chemical processes such as those occurring in thermal plasmas and electrical ...

Autoionizing resonances are paradigmatic examples of two-path wave interferences between direct photoionization, which takes a few attoseconds, and ionization via quasi-bound states, which takes much ...