SOLID STATE PHYSICS
Schattke, W. / Van Hove, M. A. (Eds.)
W. Schattke, University of Kiel, Germany;
M. A. Van Hove, Lawrence Berkeley National
Laboratory, CA, USA
Solid-State Photoemission
and Related Methods
Theory and Experiment
Photoemission is one of the
principal techniques for the
characterization and
investigation of condensed
matter systems. The field has
experienced many
developments in recent years,
which may also be put down to
important achievements in
closely related areas.
2003. Approx 500 pages with approx 115
figures 15 in color. Hardcover.
Approx € 149.-/sFr 220.ISBN 3-527-40334-5
This timely and up-to-date
handbook is written by experts
in the field who provide the
background needed by both
experimentalists and theorists.
It represents an interesting
framework for showing the
connection between theory and
experiment by bringing together
different concepts in the
investigation of the properties of
materials.
The work addresses the
geometric and electronic
structure of solid surfaces and
interfaces, theoretical methods
for direct computation of
spectra, experimental
techniques for data acquisition,
and physical models for direct
data interpretation. It also
includes such recent
developments as full
hemisphere acceptance in
photoemission, two-electron
photoemission, (e, 2e) electron
diffraction, and photoelectronelectron/hole interaction.
FROM THE CONTENTS
- Electronic structure theory for
ground and excited state
properties of materials
- Overview of core and valence
photoemission
- General theory of core
electron photoemission
- Valence band VUV spectra
- Angle-resolved photoelectron
spectroscopy: From
photoemission imaging to
spatial resolution
- Electronic states of magnetic
materials
- The band structure theory of
LEED and photoemission
- Time-resolved two-photon
photoemission
- Low-energy (e,2e)
spectroscopy
- One-photon two-electron
transitions at surfaces
- Overview of surface structures
- Angle resolved photoelectron
spectroscopy: From
traditional to two-dimensional
photoelectron spectroscopy
- Holographic surface
crystallography: Substrate as
reference
- XAFS and related methods:
Theoretical techniques
- X-ray optics, standing waves,
and interatomic effects in
photoemission and X-ray
emission
- Thermal vibrations at surfaces
analysed with LEED
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Solid State Photoemission and
Related Methods
Approx € 149.-/sFr 220.ISBN 3-527-40334-5
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