The high electrical properties of the PC70/PS30/CNT foams are attributed to the conducting network of CNTs within the continuous PC matrix and the volume-exclusion effect of the preferentially foamed PS dispersed phase.
The dielectric/metal/dielectric multilayer is suitable for a transparent electrode because of its high-optical and high-electrical properties; however, it is fabricated by an expensive and inefficient multistep vacuum process.
There are many other potential application areas because of such properties as high electrical conductivity, high mechanical properties, optical transparency for single sheets, and high gravimetric surface area [4,9].
Carbon is known to be the most effective dopant for magnesium diboride, MgB2, especially for enhancing high-field electrical properties.
Superior interfacial morphologies and high-quality electrical properties of the SiO2/Ge QD/shellSiGe sheterostructurecture have been multiply confirmed by extensive TEM, EDX, I-V, and C-V characterization.
At the carbonization temperature of 1100 °C, the particleboard had the highest electrical conductivity property, followed by the plywood and solid wood, respectively.
The interest in the rare earth ferrites RFeO3 (R = rare earths) is stimulated by their unique properties, such as high electrical conductivity, specific magnetic properties including spin reorientation phenomena, as well as significant electrochemical and catalytic activity.
The desire to synthesize nanostructures that combine the mechanical flexibility, optical and electrical properties of conducting polymers with the high electrical conductivity and magnetic properties of metal nanaoparticles has inspired the development of several techniques for the controlled fabrication of metal nanoparticle conducting polymer composites.
More recently, when treated with electroactive materials, these hydrogels were endowed with high electrical conductivity, electrochemical redox properties, and electromechanical properties; consequently, forming a smart hydrogel.
The properties of CNT, namely a low work function, high aspect ratio, excellent electrical property, and mechanical stiffness, make it one of the promising field emission (FE) materials.
