Our results demonstrated the potential application of ZnO nanostructure for fabricating cost-effective and high-performance gas sensors.
Consequently, epitaxial NWs on mechanically flexible and electrically conductive graphene or graphite hold great potential in fabricating cost-effective and flexible devices.
Our study provides a new strategy for fabricating cost-effective, scalable and flexible PSCs with high efficiency, little hysteresis, and excellent stability.
The strategy is simple and efficient; thus, it is promising for fabricating cost-effective CE materials for dye-sensitized solar cells.
This stent is simple, easy to fabricate, cost effective, provides ease of insertion and removal and also provides three-dimensional orientation of the mini-implant.
Additive manufacturing (AM) is emerging as a promising technology to fabricate cost-effective, customized functional parts.
Wet-process enables flexible, large area-size organic devices to be fabricated cost-effectively via roll-to-roll manufacturing.
This stent is simple, easy to fabricate, cost-effective, and provides ease of insertion/removal, and three-dimensional orientation of the mini-implant.
Results indicate that the flowability of the thermoset-based BMC material is an important design parameter to fabricate cost-effective, large, or thin composite bipolar plates.
Multilevel resistive organic memory devices (OMD) provide an ideal solution, in being easily fabricated, cost-effective and at the same time promising high storage capacity.
