Improving one property without sacrificing others is challenging for lithium-ion batteries due
to the trade-off nature among key parameters. Here we report a chemical vapor deposition …

For over 15 years, the number of studies on graphene electronics has not ceased growing.
The rich physics, a set of outstanding properties, and the envisioned range of potential …

The enhanced chemiluminescence method in combination with mathematical modeling has
been used to quantify the antioxidant properties and to study the superoxide dismutase-like …

Aligned carbon nanotubes (ACNTs) have been considered as a promising candidate
semiconductor with great potential in radiofrequency (RF) electronics due to their high …

New polymer thermal interface materials (TIM) with high thermal conductivity values are very
interesting for high-end microelectronics. Nevertheless, most polymer composite materials …

For analog systems, the field effect transistor (FET) is regarded as one of the fundamental
electronic devices. However, its small gain restricts the application of FET in amplifiers and …

Atomically thin layered tungsten diselenide (WSe 2) has attracted tremendous research
attention for its potential applications in next-generation electronics. This article reports the …

Straightforward contact resistance extraction methods based on electrical device
characteristics are described and applied here to graphene field-effect transistors from …

The formation kinetics of magnetite nanoparticles upon their stabilization with potassium
humate (PH) has been studied. It has been shown that the properties of Fe 3 O 4/PH …

At present, multicomponent systems, such as metal-oxide nanocomposites, deserve great
attention. Their creation is caused by the need to isolate the core from the effects of external …