Titlebook: An Introduction to Cold and Ultracold Chemistry; Atoms, Molecules, Io Jesús Pérez Ríos Textbook 2020 Springer Nature Switzerland AG 2020 Ch

ABOUT

,Hybrid Atom–Ion Systems,ity and degree of control, have potential applications in high-precision spectroscopy [.], quantum information [.,.,.,.], condensed matter physics [., .], and cold chemistry [., .]. In particular, cold chemistry in hybrid systems is the topic of the present chapter.

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Entwicklungsphysiologisches und Vererbung and inelastic collisions, also known as the Wigner threshold laws [11]. These predict that the elastic cross section tends toward a constant value as the temperature approaches zero, whereas the inelastic cross section increases with ., where . is the temperature of the gas, as we will explain in this book.

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碎片

https://doi.org/10.1007/978-3-642-86361-5f the tools and ideas from few-body physics in nuclear physics (and even high-energy physics) are readily applicable to ultracold collisions, leading to a new and interesting perspective of the problem related to the universality of chemical reactions.

FLACK

,Die Absorption der Sekundärelektronen,pose. Indeed, throughout this chapter, we invite the reader to explore the physics behind the fact that mostly molecular ions are formed, to the detriment of molecules, as a product state of ion–atom–atom three-body recombination reactions at cold temperatures.

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DECRY

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推迟

Few-Body Processes Involving Ions and Neutrals at Cold Temperatures,pose. Indeed, throughout this chapter, we invite the reader to explore the physics behind the fact that mostly molecular ions are formed, to the detriment of molecules, as a product state of ion–atom–atom three-body recombination reactions at cold temperatures.

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