Results 281 to 290 of about 2,292,301 (311)
Linear and Nonlinear Optical Properties of Molecules from Real-Time Propagation Based on the Bethe-Salpeter Equation. [PDF]
Marek Š, Wilhelm J.
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1996
The fundamental energy gaps of most semiconductors span the energy range from zero to about 6 eV. Photons of sufficient energy can excite electrons from the filled valence bands to the empty conduction bands. As a result, the optical spectra of semiconductors provide a rich source of information on their electronic properties.
Peter Y. Yu, Manuel Cardona
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The fundamental energy gaps of most semiconductors span the energy range from zero to about 6 eV. Photons of sufficient energy can excite electrons from the filled valence bands to the empty conduction bands. As a result, the optical spectra of semiconductors provide a rich source of information on their electronic properties.
Peter Y. Yu, Manuel Cardona
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2022
Optical properties of materials are intimately related to their electronic structure. This chapter begins with an overview of the general concepts of optical reflectance, absorption, and scattering. Discussions of diverse phenomena such as photoconduction, luminescence and lasing, and photvoltaic and photoelectrochemical effects follow.
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Optical properties of materials are intimately related to their electronic structure. This chapter begins with an overview of the general concepts of optical reflectance, absorption, and scattering. Discussions of diverse phenomena such as photoconduction, luminescence and lasing, and photvoltaic and photoelectrochemical effects follow.
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1996
Abstract Complex refractive index of medium. Interference spectra of a platelet. DAC cavity. Refractive index of diamond. Features of optical measurements in DAC. Optical properties of diamond. Absorption, reflectance.
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Abstract Complex refractive index of medium. Interference spectra of a platelet. DAC cavity. Refractive index of diamond. Features of optical measurements in DAC. Optical properties of diamond. Absorption, reflectance.
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