Our results can thus provide a simple approach for mobility engineering in MoS2-based FET and can be easily expanded to other 2D electronic devices, which represents a significant step toward applications of 2D layered materials in advanced cost-effective electronics.
The magnetic field assisted deposition method proposed here suggests scalable production of flexible and cost-effective transparent electronics.
To show its feasibility in device engineering fields, this method was applied to the cost-effective fabrication of electronics and biosensors.
The base of the head pieces was made from foam, and while Westmore initially made casts of model kits using polyurethane for the electronic parts, he found it more effective to use actual electronics from damaged equipment.
Among them, InN has the narrowest bandgap, lowest effective mass of electrons, and highest electron mobility and thus can be applied in high-speed electronics [2 4].
Hence an optimal and cost effective design of power electronics system is achieved.
By incorporating in situ sintering to substitute the general post sintering process, the time consumption could be significantly reduced to one sixth, qualifying it for large-scale and cost-effective fabrication of printed electronics.
Recently, the exploration of silver nanoparticle inks has yielded a promising potential for the design of nanoscale conductive patterns for integration on plastic, textile, and paper substrates, which is compatible with the high-throughput and cost-effective fabrication of printed electronics.
Those results can guide the design molecule to form effective junction for studying molecular electronics.
The present work shows the import role of backbone in junction, which can guide the design molecule to form effective junction for studying molecular electronics.
