NANOSCIENCE: FRICTION AND RHEOLOGY ON THE NANOMETER SCALE
CONTENTS
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FRONT MATTER
E Meyer, RM Overney, K Dransfeld and T Gyalog | i |
Introduction and motivation
E Meyer, RM Overney, K Dransfeld and T Gyalog | 1 |
Instruments
E Meyer, RM Overney, K Dransfeld and T Gyalog | 29 |
Normal forces at the atomic scale
E Meyer, RM Overney, K Dransfeld and T Gyalog | 99 |
Understanding of lateral forces
E Meyer, RM Overney, K Dransfeld and T Gyalog | 123 |
Dissipation mechanisms
E Meyer, RM Overney, K Dransfeld and T Gyalog | 175 |
Nanorheology and nanoconfinement
E Meyer, RM Overney, K Dransfeld and T Gyalog | 181 |
Generation of ultrasonic waves in sliding friction
E Meyer, RM Overney, K Dransfeld and T Gyalog | 287 |
Friction force microscopy experiments
E Meyer, RM Overney, K Dransfeld and T Gyalog | 303 |
Appendix: Instrumental aspects of force microscopy
E Meyer, RM Overney, K Dransfeld and T Gyalog | 337 |
BACK MATTER
E Meyer, RM Overney, K Dransfeld and T Gyalog | 367 |
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