Rendiconti della Scuola internazionale di fisica "Enrico Fermi."M. Campagna, R. Rosei |
Contents
Introduction | 1 |
Ground state | 3 |
Spectroscopies | 16 |
MAHAN | 24 |
Core level | 55 |
O BISI and S OSSICINI Electronic and magnetic properties | 69 |
The semiconductorvacuum interface | 76 |
Magnetic properties of surfaces and interfaces | 85 |
គ៨ ៧៨ខ | 236 |
G K WERTHEIM Core level spectroscopy of metals alloys | 237 |
Core electron multiplet structure | 250 |
DOSE Inverse photoemission spectroscopy | 257 |
SEXAFS | 277 |
33565 | 294 |
127 | 325 |
G MARGARITONDO Photoemission spectroscopy of interfaces | 327 |
136 | 91 |
KUNZ Properties of synchrotron radiation and instrumentation | 93 |
Monochromators and experimental stations | 106 |
Microfocusing and microscopy | 114 |
FUGGLE Core level spectroscopies and synchrotron radiation | 120 |
B LENGELER Xray absorption and reflection in the hardXray | 157 |
Total reflection of hard Xrays and XAS under grazing incidence | 180 |
Conclusions | 199 |
Fermi level pinning | 208 |
Crosssection and escape depth | 217 |
Clean silicon surfaces | 223 |
79 | 227 |
Interfaces | 230 |
SIEGMANN and H BURTSCHER Photoemission experiments | 355 |
Adsorption of gas molecules at the surface of metal particles | 363 |
Generation and spectroscopy of atomic clusters | 374 |
The task of the theoretician | 383 |
Concluding remarks | 396 |
Bulk and surface magnetism | 402 |
Experimental systems | 408 |
407 | 407 |
418 | 418 |
F MEIER M AESCHLIMANN M STAMPANONI and A VATERLAUS | 461 |
Conclusions | 467 |
257 | 487 |
Copyright | |