In this paper, we derive and present quantitative expressions governing the performance of
single and multifrequency Kelvin probe force microscopy (KPFM) techniques in both air and …

This paper proposes an improvement to Integral Force Feedback (IFF), which is a popular
method for active vibration control of structures and mechanical systems. Benefits of IFF …

The micro-cantilever is one of the crucial components of atomic force microscopy in tapping
mode (TM-AFM). Therefore, a thorough dynamic analysis of cantilevers is very important to …

In this study, we investigate the limitations and influence of various factors on the
performance of trolling mode atomic force microscopy (TR-AFM). For this purpose, at first …

Trolling mode atomic force microscopy (TR-AFM) has resolved many imaging problems by a
considerable reduction of the liquid-resonator interaction forces in liquid environments. The …

轻敲模式下探针从远离到间歇性接触样品表面, 是一个连续的能量耗散过程.
针对该连续过程的能量耗散机理研究仅零星存在于各个文献之中, 对于连续过程中各个阶段的 …

The mechanical properties of cells are very important to their physiological functions and
pathological states, and their variations are also potential indications for early identification …

Trolling mode atomic force microscopy (TR-AFM) has overcome many imaging problems in
liquid environments by considerably reducing the liquid-resonator interaction forces. The …

An accurate understanding of the microcantilever motion and tip-sample force is needed to
generate accurate images in Atomic Force Microscopy (AFM). In this paper, different …

In the tapping mode, the AFM probe experiences a continuous energy dissipation process
when the probe gradually approaches the sample from a far distance to an intermittent …