Optoelectronic Nanodevices
Stylianakis, Minas M.
Optoelectronic Nanodevices
English[eng]
graphene oxide||textured silicon solar cells||n/a||high-efficiency||CdTe microdots||piezo-phototronic effect||electromagnetically induced transparency effect||waveguide photons||light output power||hole injection||ternary organic solar cells||UV LEDs||cathodoluminescence||V-pits||quantum confinement effect||nano-grating||metamaterials||Ga2O3||tunneling||transmittance||graphene ink||perovskite solar cells||counter electrode||nucleation layer||Ag film||AlGaN-based ultraviolet light-emitting diode||color-conversion efficiency||PeLEDs||photoelectric performance||photocurrent||charge transfer||double-layer ITO||green LED||liquid crystals||photovoltaics||electrowetting||oxidation||Fowler–Nordheim||field emission||excitation wavelength||functionalization||quantum dots||gold split-ring||cascade effect||erbium||transparent conductive electrode||compact||plasmon resonance||air-processed||FDTD||prism-structured sidewall||sheet resistance||GaN||Ti porous film||stability||flip-chip mini-LED||flexible substrate||actively tunable nanodevices||green LEDs||metasurfaces||antireflective coating (ARC)||NiCo2S4 nanotubes||InN/p-GaN heterojunction||InGaN/GaN superlattice||OAB||graded indium composition||plasmonics||polymer composites||photomultiplication||cold cathode||solvent||solar cells||controllable synthesis||tunable absorbers||interface||graphene||silicon transistor||colorimetry||light extraction||reduced graphene oxide||pinhole pattern||indium nanoparticles (In NPs)||graphene split-ring||organic solar cell||light-emitting diode||organic||plasmonic forward scattering||smooth||subwavelength metal grating||perovskite||photoluminescence||mid infrared||polarization analyzer||transparent electrode||external quantum efficiency||LED||light-emitting diodes||photodetector||p-type InGaN||quantum efficiency||2D perovskite||quantum dot||orthogonal polarization||current spreading||localized surface plasmon||Schottky barrier
Optoelectronic Nanodevices
English[eng]
graphene oxide||textured silicon solar cells||n/a||high-efficiency||CdTe microdots||piezo-phototronic effect||electromagnetically induced transparency effect||waveguide photons||light output power||hole injection||ternary organic solar cells||UV LEDs||cathodoluminescence||V-pits||quantum confinement effect||nano-grating||metamaterials||Ga2O3||tunneling||transmittance||graphene ink||perovskite solar cells||counter electrode||nucleation layer||Ag film||AlGaN-based ultraviolet light-emitting diode||color-conversion efficiency||PeLEDs||photoelectric performance||photocurrent||charge transfer||double-layer ITO||green LED||liquid crystals||photovoltaics||electrowetting||oxidation||Fowler–Nordheim||field emission||excitation wavelength||functionalization||quantum dots||gold split-ring||cascade effect||erbium||transparent conductive electrode||compact||plasmon resonance||air-processed||FDTD||prism-structured sidewall||sheet resistance||GaN||Ti porous film||stability||flip-chip mini-LED||flexible substrate||actively tunable nanodevices||green LEDs||metasurfaces||antireflective coating (ARC)||NiCo2S4 nanotubes||InN/p-GaN heterojunction||InGaN/GaN superlattice||OAB||graded indium composition||plasmonics||polymer composites||photomultiplication||cold cathode||solvent||solar cells||controllable synthesis||tunable absorbers||interface||graphene||silicon transistor||colorimetry||light extraction||reduced graphene oxide||pinhole pattern||indium nanoparticles (In NPs)||graphene split-ring||organic solar cell||light-emitting diode||organic||plasmonic forward scattering||smooth||subwavelength metal grating||perovskite||photoluminescence||mid infrared||polarization analyzer||transparent electrode||external quantum efficiency||LED||light-emitting diodes||photodetector||p-type InGaN||quantum efficiency||2D perovskite||quantum dot||orthogonal polarization||current spreading||localized surface plasmon||Schottky barrier