Radial distribution functions from fluorescence intensities

Lire 1. Radial distribution functions from fluorescence snsities at the Pt L/// edge for a sequence of parations on low area alumina. Note change of tical intensity scale. 

To obtain the radial distribution of fluorescence intensity, Schwartz and Johnston [82] integrated eqn. (17) from v = 0 to v = This function, /(p), is important for the interpretation of quantum yield experiments in a finite cell. Sackett and Yardley [83] found it more instructive in interpreting time resolved experiments to transform from velocity dependence to time dependence [v = p/t, dv = (— p/t2 )df]. Their expression for photons emitted per unit radius is... 

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