Arizona State University / Engineering Georgia Institute of Technology Atlanta / /
IndustryTerm
hazardous chemicals / metal n-type semiconductor / technology advantage / metal-semiconductor contact / logic devices / silicon technologies / chemical approach / complimentary applications / conventional electronics / photon energy / carrier free zone / active flexible electronics / self-powering technology / solar energy conversion / personal electronics / analytical solutions / silicon-based electronics / silicon chip / biological systems / piezotronic devices / polymer-based flexible electronics / portable electronics / metal electrodes / metal contact / electronic products / Energy band diagram / electronic and optoelectronic devices / electronic systems / metal oxide semiconductor field-effect transistor / metal side / energy / metal / charge carrier density / metal-semiconductor interface / bio-driven electronics / mechanical energy / passive flexible electronics / potential applications / photovoltaic devices / optoelectronic devices / Sensor networks / tune/control charge carrier transport / carrier transport / smart systems / charge carrier transport process / micro-nano-systems / thin epoxy paint film / energy sciences / personal and portable electronics / information technology / electronics / human-silicon technology / water solution / carrier transport process / carrier generation / chemical agents / metal structure / neuron systems / /
MusicGroup
Energy / /
NaturalFeature
ΦS / SB heights / ΦD / /
OperatingSystem
Fermi / /
Organization
African Union / Arizona State University / Center for Nanostructure Characterization / Material Science and Engineering Georgia Institute of Technology Atlanta / Z. L. Wang School of Material Science / /
Person
Woo / Zheng / Lin Wang / /
Position
translator / Hightower Chair / mediator / candidate for piezotronics / Professor / Engineering Distinguished Professor and Director / Sergeant / /
Microsoft PowerPoint - figures[removed]pptx