from ryd_numerov.elements.base_element import BaseElement
from ryd_numerov.units import ureg
RydbergConstant = ureg.Quantity(1, "rydberg_constant").to("eV", "spectroscopy")
[docs]
class Hydrogen(BaseElement):
species = "H"
Z = 1
number_valence_electrons = 1
ground_state_shell = (1, 0)
# https://webbook.nist.gov/cgi/inchi?ID=C1333740&Mask=20
_ionization_energy = (15.425_93, 0.000_05, "eV")
potential_type_default = "coulomb"
_corrected_rydberg_constant = (109677.58340280356, None, "1/cm")
[docs]
class HydrogenTextBook(BaseElement):
"""Hydrogen from QM textbook with infinite nucleus mass and no spin orbit coupling."""
species = "H_textbook"
number_valence_electrons = 1
ground_state_shell = (1, 0)
_ionization_energy = (RydbergConstant.magnitude, 0, str(RydbergConstant.units))
potential_type_default = "coulomb"
_corrected_rydberg_constant = (109737.31568160003, None, "1/cm")