for a rectangular cantilever requires measurement of the resonant frequency and quality
factor in fluid (typically air), and knowledge of its plan view dimensions. This intrinsically …

This article provides a review of methods of predicting mass-induced resonance shifts in
microcantilevers. It combines a review of factors that influence resonance frequency shifts …

Unravelling the complexity of the macroscopic world relies on understanding the scaling of
single-molecule interactions towards integral macroscopic interactions. Here, we …

Static methods to determine the spring constant of AFM cantilevers have been widely used
in the scientific community since the importance of such calibration techniques was …

Photosensitization has a wide range of applications in vastly distant fields. Three key
components must be present at the same time to trigger the related photodynamic effect …

A calibration method is presented for determining the spring constant of atomic force
microscope (AFM) cantilevers, which is a modification of the established Cleveland added …

As a recent technological development, high-speed atomic force microscopy (AFM) has
provided unprecedented insights into dynamic processes on the nanoscale, and is capable …

We show that the spring constant of colloidal probes made by attaching spherical
microparticles to atomic force microscope cantilevers can be directly calibrated by the …

In formulas employed for analysis of organic electronic devices, the relative dielectric
constant value of the semiconductor organic films is often assumed rather than measured …

With its unique structure, the Akiyama probe is a type of tuning fork atomic force microscope
probe. The long, soft cantilever makes it possible to measure soft samples in tapping mode …