The large amount of light emitted from a light emitting diode (LED) being trapped inside the
semiconductor structure is the consequence of the large value of the refractive index. The …

Recently, by taking advantage of the synergistic effects of both graphene and ZnO, various
photoelectric devices that combine graphene and ZnO have exhibited excellent device …

Polarization-controlled excitation of plasmonic modes in nanometric Au particle-on-film gaps
is investigated experimentally using single-particle dark-field spectroscopy. Two distinct …

Tuning the luminescence of phosphors is extremely important in controlling and processing
light for active components of light sources, optical sensing, display devices, and …

We report substantially enhanced photoluminescence (PL) from hybrid structures of
graphene/ZnO films at a band gap energy of ZnO (<? format?>∼ 3.3 eV/376 nm). Despite …

Combining semiconductor and noble metal nanostructures into a hybrid system has shown
many complementary advantages in the optical properties, making them more attractive in …

Silver doped zinc oxide (Ag–ZnO) thin films were deposited on glass and tin doped indium
oxide (ITO) coated glass substrates by using pneumatic spray pyrolysis technique (SPT) at …

Plasmonic gap modes sustained by metal film-coupled nanostructures have recently
attracted extensive research attention due to flexible control over their spectral response and …

We report significantly enhanced photoluminescence from hybrid nanostructured Au/SnO 2
thin films due to surface plasmons excited in Au nanoparticles decorating SnO 2 …

Coupling between surface plasmons (SPs) and excitons can be used to enhance the
emission efficiencies of light-emitting materials and devices. This approach had been …