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A TiO2:Nd formed on Si(100) substrate by laser ablation. The TiO2:Nd shows IR emissions at room temperature. The superconducting magnet was used for applied of a magnetic field. Magnetic field intensity was changed from 0.0 T (Tesla) to 8.0 T with PL measurement at room temperature. The sharp intense PL peak at 913.5 nm, 933.3 nm, 954.6 nm, 1093.7 nm and 1382.7 nm originating from the intra-4f shell...
The magnetic field dependence of photo luminescence (PL) peak split and peak intensity rate from Nd doped YAG crystal was studied for the optical-magnetic sensor application. Photoluminescence peaking at the wavelength from 800 nm to 1400 nm are observed in Nd doped YAG crystal at room temperature. The feature of these PL peaks split with magnetic field. Peak intensity rate and Peak split of PL from...
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