Doublet Separations #

I 3d = 11.5 eV

I 4d = 1.76

Common Overlaps for Cu 2p #

Cd 3p – Ra 4d – V 2s – Rh 3s – Re 4s – Gd LMM (Al Ka X-rays)–Eu LMM (Al Ka X-rays)

Auger Energies #

Note – these are listed in KINETIC ENERGY

I MNN ≈ 500 eV

Common Binding Energies – I 3d #

Theory and Background #

Iodine is analysed by the 3d orbitals, and displays no unusual behaviour.

Experimental Advice #

Avoid etching iodine containing materials in your chamber – this will likely cause persistent iodine contamination.

Data Analysis Guidance #

Iodine may feature a shake-up loss feature around 5 ish eV above the core line, not to be mistaken with another oxidation state.

Reference Datasets #

Coming soon

References #