MassimoNespolo: Created page with "=== Resonant scattering and synchrotron experiments === The current definition says: The real and imaginary terms, $f\,', f\,''$ , in the atomic..."

2021-04-04T17:34:35Z

Created page with "=== Resonant scattering and synchrotron experiments === The current definition says: The real and imaginary terms, <math> f\,', f\,''</math>, in the atomic..."

New page

=== Resonant scattering and synchrotron experiments ===
The current definition says:

The real and imaginary terms, <math> f\,', f\,''</math>, in the atomic scattering factor are independent of sin(θ)/λ and in general small compared with <math>f_o</math>.

I wonder if the statement small compared with <math>f_o</math> does apply also in the case of synchrotron experiments. It's really outside my experience but my attention was recently drawn on such statement as being valid only for classical, laboratory experiments. If that is the case, perhaps one should add a note or a remark. --[[User:MassimoNespolo|MassimoNespolo]] ([[User talk:MassimoNespolo|talk]]) 17:34, 4 April 2021 (UTC)

Talk:Resonant scattering - Revision history

MassimoNespolo: Created page with "=== Resonant scattering and synchrotron experiments === The current definition says: The real and imaginary terms, f\,', f\,'', in the atomic..."

MassimoNespolo: Created page with "=== Resonant scattering and synchrotron experiments === The current definition says: The real and imaginary terms, $f\,', f\,''$ , in the atomic..."