- #1
djelovin
- 28
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How come that in photoionitation of H2 molecule we have multiple (>2) ionization thresholds? Is there any good literature on this matter?
Photoionization is the process of removing an electron from an atom or molecule using light energy. In the case of H2, the molecule can absorb a photon of light and become ionized, resulting in an H2+ ion. This process is important in understanding the behavior and properties of H2 and other molecules.
Multiple thresholds refer to the different energy levels or states that an H2 molecule can be ionized to through the process of photoionization. These thresholds are determined by the energy of the absorbed photon and can provide valuable information about the structure and dynamics of the molecule.
Studying multiple thresholds in H2 can provide insights into the electronic structure and properties of the molecule. It can also help researchers understand the mechanisms and dynamics of photoionization, which is important in fields such as atmospheric science, astrophysics, and materials science.
Scientists use a variety of techniques to explore multiple thresholds in H2, including spectroscopy, computational simulations, and laboratory experiments. These techniques allow researchers to measure and analyze the energy levels and states of the molecule, providing a deeper understanding of its behavior.
The photoionization of H2 has implications in various real-world applications, such as laser technology, environmental monitoring, and nanotechnology. Understanding the multiple thresholds and dynamics of this process can aid in the development of new technologies and improve our understanding of natural processes.