Tabulated Functions for MSRFIT
Note: The target URLS below are binary files meant for input to MSRFIT.
They may not survive transfer in a form you can use. Ask Jess if you need them.
- gauss.tbl
= Dynamic ZF Gaussian Kubo-Toyabe G(t) generated by Monte Carlo method.
- kdgzf.tbl
= Dynamic ZF Gaussian Kubo-Toyabe G(t) generated by Kehr's method.
- glf.tbl
= Static LF Gaussian Kubo-Toyabe G(t) generated numerically.
- llf.tbl
= Static LF Lorentzian Kubo-Toyabe G(t) generated numerically.
- kdglf.tbl
= Dynamic LF Gaussian Kubo-Toyabe G(t) generated by Kehr's method.
- kdllf.tbl
= Dynamic LF Lorentzian Kubo-Toyabe G(t) generated by Kehr's method.
- kdlzf.tbl
= Dynamic ZF Lorentzian Kubo-Toyabe G(t) generated by Kehr's method.
- cu_100_lf.tbl
= Static LF G(t) for muon in O-site of Cu (<100>||B) generated by Celio's method.
- cu_110_lf.tbl
= Static LF G(t) for muon in O-site of Cu (<110>||B) generated by Celio's method.
- cu_111_lf.tbl
= Static LF G(t) for muon in O-site of Cu (<111>||B) generated by Celio's method.
- td_cu_100_lf.tbl
= Dynamic LF G(t) for muon in O-site of Cu (<100>||B) generated by Celio/Turner method.
- td_cu_110_lf.tbl
= Dynamic LF G(t) for muon in O-site of Cu (<110>||B) generated by Celio/Turner method.
- td_cu_111_lf.tbl
= Dynamic LF G(t) for muon in O-site of Cu (<111>||B) generated by Celio/Turner method.
- td_cu_t_site.tbl
= Dynamic ZF G(t) for muon in T-site of Cu generated by Celio/Turner method.
- td_naf_zf.tbl
= Dynamic ZF G(t) for muon in NaF generated by Celio/Turner method.
- caf2_zf_nnn.tbl
= Static ZF G(t) for muon in CaF2 generated by Celio's method including NNN.
- td_caf2_zf.tbl
= Dynamic ZF G(t) for muon in CaF2 generated by Celio/Turner method.
Jess H. Brewer
Last modified: Mon Aug 8 21:19:01 PDT 2011