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An assessment of the recent achievements and relative strengths of
two developing techniques for characterising surfaces at the
nanometer scale: (i) local probe methods, including scanning
tunnelling microscopy and its derivatives; and (ii) nanoscale
photoemission and absorption spectroscopy for chemical analysis.
The keynote lectures were delivered by some of the world's best
scientists in the field and some of the topics covered include: (1)
The possible application of STM in atomically resolved chemical
analysis. (2) The principles of scanning force/friction and
scanning near-field optical microscopes. (3) The scanning
photoemission electron microscopes built at ELETTRA and SRRC, with
a description of synchrotron radiation microscopy. (4) Recent
progress in the development of spatially-resolved photoelectron
microscopy, especially the use of zone plate photon optics. (5) The
present status of non-scanning photoemission microscopy with slow
electrons. (6) the BESSY 2 project for a non-scanning photoelectron
microscope with electron optics. (7) Spatially-resolved in situ
reaction studies of chemical waves and oscillatory phenomena with
the UV photoemission microscope.
An assessment of the recent achievements and relative strengths of
two developing techniques for characterising surfaces at the
nanometer scale: (i) local probe methods, including scanning
tunnelling microscopy and its derivatives; and (ii) nanoscale
photoemission and absorption spectroscopy for chemical analysis.
The keynote lectures were delivered by some of the world's best
scientists in the field and some of the topics covered include: (1)
The possible application of STM in atomically resolved chemical
analysis. (2) The principles of scanning force/friction and
scanning near-field optical microscopes. (3) The scanning
photoemission electron microscopes built at ELETTRA and SRRC, with
a description of synchrotron radiation microscopy. (4) Recent
progress in the development of spatially-resolved photoelectron
microscopy, especially the use of zone plate photon optics. (5) The
present status of non-scanning photoemission microscopy with slow
electrons. (6) the BESSY 2 project for a non-scanning photoelectron
microscope with electron optics. (7) Spatially-resolved in situ
reaction studies of chemical waves and oscillatory phenomena with
the UV photoemission microscope.
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