Ag2S nanomaterials also have many other properties in various fields, such as electronic, magnetic, and so on.
These so-called nanotweezers could help speed the development of microscopic devices in fields such as electronic circuitry, gene chips, and microsurgery.
Over the past years, ZnO nano- or microstructures have attracted great interest in a wide range of application fields such as electronic, photonic, photovoltaic, piezoelectric, and chemical sensing devices due to their unique properties [1 5].
Latent heat thermal energy storage (LHTES) has many applications in engineering fields such as electronic cooling, thermal storage of solar energy, heating and cooling in buildings, waste heat utilization and so on.
With a conjugated hexagonal structure of carbon atoms, graphene has shown outstanding properties in mechanical strength, optical transparency and electronic and thermal conductivity, which leads to interest in fields such as electronics for transparent conductive electrodes, and field effect transistors (FETs).
They have brought significant breakthroughs in different fields such as materials, electronic devices, energy storage, separation, sensors, etc.
Any electronic device operating in strong radiation fields such as those expected for the LHC tunnel will undergo degradation.
Studies on properties of deposited silver nano-clusters and particles are not only of fundamental interest but also related to various technologically important fields such as catalysis, electronic devices, and gas sensors [21, 22].
It has massively adopted in many industrial fields, such as building, automotive, electronic and appliance industries.
Fluid convection at vertical plates, resulting from buoyancy forces, has found applications in several industrial and technological fields such as heat exchangers, electronic cooling equipments, aeronautics, and nuclear reactors.
