Linear Molecule Nucleus

If the parent molecule has nNuclei non zero, then each state will have nNuclei of these. One of these for each state for each nucleus for which hyperfine structure should be simulated. The spin of each nuclei is set from the corresponding entry in any state.

Settings

Spin Nuclear spin. (Note that this setting should logically be at the molecule, rather than the state level. Changing a spin here will change the corresponding spins in any other states.)

Parameters

a Nuclear spin - orbit interaction (I.L).
b Nuclear spin - electron spin (I.S). Note that b = bF - c/3.
c Nuclear spin - electron spin dipole dipole interaction diagonal in Lambda.
d Nuclear spin - electron spin dipole dipole interaction off diagonal in Lambda by 2.
eQq0 Nuclear quadrupole coupling constant diagonal in Lambda.
eQq2 Nuclear quadrupole coupling constant off diagonal in Lambda by 2.
cI Nuclear spin rotation (I.J).
aJ Centrifugal distortion of nuclear spin - orbit interaction (I.L). (Outline implementation)
bJ Centrifugal distortion of nuclear spin - electron spin (I.S). (Outline implementation)
cJ Centrifugal distortion of nuclear spin - electron spin dipole dipole interaction diagonal in Lambda. (Outline implementation)
dJ Centrifugal distortion of nuclear spin - electron spin dipole dipole interaction off diagonal in Lambda by 2. (Outline implementation)
eQq0J Centrifugal distortion of nuclear quadrupole coupling constant diagonal in Lambda. (Outline implementation)
eQq2J Centrifugal distortion of nuclear quadrupole coupling constant off diagonal in Lambda by 2. (Outline implementation)