Aligned nanofibers have extensive potential in the application of photoelectric devices and engineering due to their highly-ordered structure and large surface area.
Ordered mesoporous carbon is expected to have an extensive potential in a range of applications because of the uniform pore size, large specific surface area, and large pore volume [12].
Besides, given other competitive features, including being light weight, easy fabrication, cost-effectiveness, the justified concept in this work not only launches a new approach with extensive potential in the field of gas sensing, but also make a significant progress toward the practical application of a novel mutual independent TENG-based self-powered gas sensing system [102].
At the same time, new technologies like additive manufacturing basically create new opportunities regarding extensive potentials in product development and manufacturing, but mostly with just insufficient strength regarding structural components.
16– 22 Rapidly accumulating clinical data on the safety and efficacy of AD-MSC/SVF in vivo provides clear evidence that adipose tissue grafts possess extensive potentials in wound healing, well beyond the structural augmentation in cosmetic plastic surgical uses.
Supercapacitors have raised considerable research interest in recent years due to their extensive potential application in next-generation energy storage.
Peroxidases from different sources are of wide interest because of their extensive potential applications in the clinical, biochemical, biotechnological and industrial fields, and in the synthesis of useful compounds (e.g. various aromatic chemicals) (Srinivas et al. 2002).
In the last decades, piezoresistive composite materials have found extensive potential application in the fields of micro-sensors [1, 2], electromechanical devices, circuit breakers [3], touchable sensitive screens, and tactile sensors for robotics [4], providing cheaper, faster, and more accurate alternatives than the commercially available devices.
In addition to benefiting the pharmaceutical industry, hypocrellins also have extensive potential applications in the agricultural, cosmetic, food, and feed industries (Shen et al. 2012; Su et al. 2010, 2011).
The semiconducting single-walled carbon nanotube (C-SWNT) has been synthesized by S-doping, and they have extensive potential application in electronic devices.
In general, we observe that all N-doped carbons consisting of graphitized carbon including carbon nanotubes [17] or graphene [18] show superior electrochemical stability under extensive potential cyclic in alkaline media, owing to the presence of graphitic basal plane structure that is resistant to irreversible chemical or electrochemical oxidation [19].
