Supporting Information for a superconvergent representation of the Gersten-Nitzan and Ford-Weber nonradiative rates * Fluorescence * Quenching * quantum dots * metal
nanoparticles
Supporting Information for my article
A superconvergent representation of the Gersten-Nitzan
and Ford-Weber nonradiative rates
- Fortran F77 code gn.f
used to derive the data sets for Figures of my article
[1].
- Converged data Rnrl612r10l500R.dat
obtained with l_max=500 to derive the relative data sets for Fig. 2 of my article
[1].
- Converged data
Cnrl340r100l500f.dat
obtained with l_max=500
to derive the relative data sets for Fig. 3 of my article
[1].
-
A data set
Coefasmp.txt
to compare the respective analytic terms on the left hand sides of eqs 55-57
with their short-distance asymptotic given by the right hand sides of eqs 55-57 of my article
[1].
- The Origin project Convr10l612.OPJ
for Fig. 2 of my article [1].
- The Origin project Convr100l340.OPJ
for Fig. 3 of my article [1].
- The Origin project gnnrra10l612.OPJ
for Fig. 4 of my article [1].
- The Origin project gnnrrd1l612.OPJ
for Fig. 5 of my article [1].
- The Origin project GNnrl340.OPJ
for Fig. 6 of my article [1].
If you wonder that there is a rather strong deviation from the flat-surface d**(-3) asymptotic, note that the astronauts
flying on a low orbit at the height of cca 200 km (or cca 3% of the Earth radius) above the Earth surface do not see either a flat Earth surface
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Alexander Moroz, last updated August 29, 2011
