Flexible devices are of significant interest due to their potential expansion of the application
of smart devices into various fields, such as energy harvesting, biological applications and …

The evolution of damage due to mechanical fatigue in thin metal films on flexible substrates
was investigated by in situ electrical resistance measurements. A tensile fatigue load was …

Developing eco-friendly and efficient non-noble catalysts is crucial for cleaner energy
production, nevertheless, optimizing the catalyst is challengeable. The Cu 2 MoS 4 were …

Metal nanoparticle solutions are widely used for the fabrication of printed electronic devices.
The mechanical properties of the solution-processed metal nanoparticle thin films are very …

The thickness dependence of the electrical stability under monotonic and cyclic tensile
loading is investigated for Cu films on polymer substrates. As for monotonic tensile …

Molecular dynamics simulations are used to study CO adsorption on Ag nanoclusters
ranging from 38 to 500 Ag atoms, supported on carbon nanotube. Each nanocluster was …

We carried out molecular dynamics simulations to examine the thermal, structural and
dynamics properties of single walled carbon nanotube-supported silver nanoclusters with …

The development of highly conductive metallic electrodes with long-term reliability is in great
demand for real industrialization of flexible electronics, which undergo repeated mechanical …

Reliable integration of solution processed nanoparticle thin films for next generation low-
cost flexible electronics is limited by mechanical damage in the form of delamination and …

Alignment states of one-dimensional multiwalled carbon nanotubes containing various
contents of zero-dimensional ferriferrous oxide nanoparticles (MWCNT–Fe3O4) were …