<div dir="ltr"><div>Dear WIEN2k users,</div><div>I want to calculate the EEL spectra of phosphorus.</div><div>In particular, I would be interested in simulate the spectrum in the range between 120 and 220 eV, which should include both L23 (around 132 eV) and L1 (around 189 eV) edges.</div><div>The problem is that with TELNES I can select only one edge (L23 OR L1): if I select the L23 edge, the calculated spectrum shows a very small peak which can be distinguished in correspondance of the L1 resonance, but with a relative intensity negligible if compared with experimental spectra. </div><div>Therefore to obtain the "total" spectra, I can only simulate indipendently sum up the single spectra of L23 and L1 edges. </div><div>Is there any way to improve this calculation and simulate simultaneously L23 and L1 edges in the same spectra?</div><div>This question could be obviously extended to all cases in which more than one edge fall in the same spectral region.</div><div>Thank you in advance for your attention,</div><div>kind regards</div><div><br></div><div>Massimiliano Amato</div><div>Distretto Tecnologico Sicilia Micro e Nano Sistemi</div><div>VIII Strada, 5 - zona industriale - 95121 Catania (Italy)</div><div><br></div><div><br></div><div> </div>
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