hydrogenic
- adjective
- /haɪˈdrɒdʒənɪk/
- Specialized
- Notes for that course also include elegant and revealing unpublished treatments of Coulomb scattering and the unusual ways in which the Stark effect lifts hydrogenic degeneracies.
- hydrogenic atom
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Watch on YouTubeThe question is how close do we get with hydrogenic wave functions to the actual measured energy?
- The question is how close do we get with hydrogenic wave functions to the actual measured energy?
Examples
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It's easy to calculate the dependence of the energy levels of a hydrogenic atom on the nuclear mass and thus predict its spectral properties.
Academic text (2012) -
Improvements in the theory of the energy levels of hydrogenic atoms also contributed to the uncertainty reduction.
Academic text (2003) -
The question is how close do we get with hydrogenic wave functions to the actual measured energy?
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OK, so now for hydrogenic functions there, there are two kinds of matrix elements of R that we care about.
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The excited electron can bind to the hole to form an exciton, which has a hydrogenic wavefunction in the relative coordinate.
Academic text (2012) -
In 1921, the most advanced quantum theory was still the Bohr model, as generalized for a hydrogenic atom in 1916 by Arnold Sommerfeld and, independently, by Peter Debye.
Academic text (2003) -
A hydrogenic atom displays behaviors that mirror those of hydrogen due to its atomic structure.
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Scientists often study hydrogenic models to better understand atomic interactions and behaviors.
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The properties of hydrogenic compounds can provide valuable insights into chemical reactions involving hydrogen.
Surface Forms
Morphology
Etymology
Hydrogenic comes from hydrogen, built from hydro- 'water' and -gen 'to make', and it means 'like hydrogen' in form or behavior. So a hydrogenic atom or model is one that behaves like hydrogen, often with just one electron.
