X-ray absorption fine structure above the Ti L edge

We report the first measurement of an EXAFS signal from an L edge in the intermediate-energy range 200--1000 eV, obtained using synchrotron radiation and by the use of a specially designed multielement detector system. Observations of the near-edge absorption fine structure show the hole-state spin-orbit splitting and give clear evidence that the Ti L edge exhibits a ''white line.'' In addition, pronounced oscillations were observed in the absorption spectrum, extending at least 350 eV above the edge. Three peaks were observed in the Fourier-transform signal, corresponding to first-, second-, and fourth-neighbor distances. Derived phase shifts were consistent with a predominant d-wave character in the continuum final state