Hexagonal Wurtzite mobility morphology adsorbates luminescence n- type oxygen nanorod states wavelength mechanism composites surface laser exciton cost- effective irradiate electrical low stability degradation modification established film bandgap doping donors bulk defects UV 60 meV semiconductor Hydrothermal capping characterize sensor impurities energy optical structures nonlinear native diode resistivity recombination bonding cheap battery 3.37 eV polymer electronics room temperature nanoparticle piezoelectric Hexagonal Wurtzite mobility morphology adsorbates luminescence n- type oxygen nanorod states wavelength mechanism composites surface laser exciton cost- effective irradiate electrical low stability degradation modification established film bandgap doping donors bulk defects UV 60 meV semiconductor Hydrothermal capping characterize sensor impurities energy optical structures nonlinear native diode resistivity recombination bonding cheap battery 3.37 eV polymer electronics room temperature nanoparticle piezoelectric
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Hexagonal Wurtzite
mobility
morphology
adsorbates
luminescence
n-type
oxygen
nanorod
states
wavelength
mechanism
composites
surface
laser
exciton
cost-effective
irradiate
electrical
low stability
degradation
modification
established
film
bandgap
doping
donors
bulk
defects
UV
60 meV
semiconductor
Hydrothermal
capping
characterize
sensor
impurities
energy
optical
structures
nonlinear
native
diode
resistivity
recombination
bonding
cheap
battery
3.37 eV
polymer
electronics
room temperature
nanoparticle
piezoelectric