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