We present experimental and computational investigations of tetramodal and pentamodal
atomic force microscopy (AFM), respectively, whereby the first four or five flexural …

The irreversible loss of energy that occurs when a nanoscale tip vibrates over a surface can
be monitored and quantified in amplitude modulation atomic force microscopy (AM AFM) …

This paper presents computational simulations of single-mode and bimodal atomic force
microscopy (AFM) with particular focus on the viscoelastic interactions occurring during tip …

Here, processes through which the energy stored in an atomic force microscope cantilever
dissipates in the tip–sample interaction are first decoupled qualitatively. A formalism is then …

We investigate experimentally and theoretically the dynamics of a capacitive resonator
under mixed frequency excitation of two AC harmonic signals. The resonator is composed of …

In this paper, based on the slow time varying function theory, dynamical equations for the
amplitude and phase of the dynamic atomic force microscope are derived. Then, the …

Here, we enhance the capabilities of the atomic force microscope (AFM) to show that force
profiles can be reconstructed without restriction by monitoring the wave profile of the …

The monitoring of the deflection of a micro-cantilever, as the end of a sharp probe mounted
at its end, ie the tip, interacts with a surface, forms the foundation of atomic force microscopy …

The theory of oscillations can be studied from a mathematical point of view in terms of
differential equations. The differential equation is written and then the solution or solutions …

The mathematical model of AFM probe subjected to multimode excitation based on the
modified couple stress theory is presented. The semianalytical solution of the system is …