Titlebook: Scanning Tunneling Microscopy III; Theory of STM and Re Roland Wiesendanger,Hans-Joachim Güntherodt Book 1996Latest edition Springer-Verlag

CUB

FLASK

初次登台

专横

Unified Perturbation Theory for STM and SFM,s in the imaging process, and to interpret the observed images, perturbation theory provides a simple and straightforward picture. First, besides STM, there are a number of experimental methods which contribute to the understanding of the sample surface as well as the tip. From an experimental point

Microgram

恫吓

,Consequences of Tip—Sample Interactions,rials are brought together (or separated) is fundamentally important to basic and applied problems such as adhesion [9.1–8], capillarity [9.9, 10], contact formation [9.3–9,11–27], surface deformations [9.7, 8, 19–27], materials elastic and plastic response characteristics [9.3, 7, 8, 20–27], materi

脖子

小教堂

Theory of Atomic-Scale Friction,ough interfaces, plastic deformations and abrasion — both associated with the rearrangement of interatomic bonds — are responsible for energy dissipation during the relative motion of the two solids. A fundamentally different behavior is observed at “perfect”, weakly-interacting interfaces. There, f

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