Mechanosensing at the interface of a cell and its surrounding microenvironment is an
essential driving force of physiological processes. Understanding molecular activities at the …

Flexible electronics comprising carbon nanotube (CNT) membranes and polymer
composites are used in diverse applications, including health monitoring. Devices prepared …

The development of high-resolution microscopy and spectroscopy techniques has allowed
the analysis of microscopic 3D objects in fields like nanotechnology and life and soil …

Micro-nanostructures refer to technologies that operate at the nanoscale and provide
materials and devices with unique mechanical, physical, and chemical properties. These …

Nowadays more emphasis is given to biodegradable polymers owing to their distinct
properties. Biopolymers are natural, inexpensive, available, and environmentally friendly …

State of the art three-dimensional atomic force microscopes (3D-AFM) cannot measure three
spatial dimensions separately from each other. A 3D-AFM-head with true 3D-probing …

To deal with the higher demands of ultraprecision manufacturing on the force, accuracy, and
probe size of the measurement instruments, a novel 3-D nano measurement system is …

Molecular dynamics simulation with embedded atom method/Finnis–Sinclair potential
function was utilised to study the friction properties of the friction-triggering process at the …

In the semiconductor industry, micro and nano sidewall structures imaging has high
importance for nanomechanical characterization, critical dimension (CD) metrology and …

In the present manuscript, we have investigated the fluctuations in the tunneling current
(noise) from vertically aligned Carbon nanotube (CNT) emitters using home-built tuning-fork …