ARPEFS

APD, ARPEFS Azimuthal PED, angle- Same as PED resolved photoemission extended fine structure Spectroscopy of Emitted X-rays or Photons Same as PED... [Pg.314]

PD (covers a variety of other acronyms, like ARPEFS, ARXPD, ARXPS, ARUPS, NPD, OPD, PED) yes 88 7.9... [Pg.1754]

A general term for structure - sensitive photoemission techniques, including ARPEFS, ARXPS, ARUPS, and ARXPD. [Pg.513]

Similar to ARXPS and ARPEFS. The angular variation in the photoemission intensity is measured at a fixed energy above the excitation threshold to provide structural information. [Pg.514]

A core hole is excited as in fine - structure techniques (see EXAFS, SEXAFS, ARPEFS, NPD, APD, EXELFS, SEELFS)... [Pg.521]

Similar to ARPEFS, but with a somewhat lower energy range. Primary surface information surface structure. [Pg.522]

Similar to ARPEFS with a somewhat lower energy range. [Pg.18]

The most promising techniques for obtaining detailed surface structural information about molecular adsorbates rely on electron diffraction in one way or another. These include LEED,/27,28,29/ IV-HREELS,/30/ EAPFS,/31/ SEELFS,/32,33/ EXELFS,/34,35/ ARUPS, ARXPS, ARPEFS,/36,37,38/ PE-SEXAFS, SEXAFS, EXAFS, and NEXAFS (XANES). These and other techniques have been discussed above in part 2, and were summarized in Table I. Among these techniques, LEED has been the most productive. [Pg.39]

In the presence of a variety of chemical species, one may distinguish between the species by various means, e.g. by selection of Auger lines in SEXAFS, or core-levels in ARPEFS, or vibrational frequencies in IIREELS. [Pg.80]

ARPEFS Angle-resolved photoemission extended fine structure... [Pg.312]

ARPEFS Angular Resolved Photoelecfron Pine Stmcture... [Pg.67]

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