MXenes with their wide range of tunability and good surface chemistry provide unique and
distinctive characteristics offering potential employment in various aspects of energy …

With the rapid development of medical electronics, remarkable electromagnetic interference
shielding materials are designed extensively to weaken undesirable electromagnetic waves …

The rapid development of aerospace, intelligent wearable electronics and 5G
communications puts forward higher demands for electromagnetic interference (EMI) …

The functional flexible wearable textiles have a broad application prospect in many areas.
However, considering the physical and chemical effects among various additives, it is still a …

Multifunctional portable devices for thermal management are crucial due to the development
of small microelectronic devices. Traditional polymer composite-based materials have …

Improving the tribological performance of water via designing nanomaterials as lubricant
additive has garnered mounting interest. In this work, the poly-(N-isopropylacrylamide) …

To cope with the miniaturization trend of electronic equipment, future electromagnetic
interference shielding (EMI) materials need to meet the customization and flexibility on a …

Molybdenum selenide (MoSe 2) with the diverse crystal structures and unique electronic
characteristics were restricted in field of the electromagnetic wave (EMW) absorbing …