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Optical properties of particulates
Astrophysics and Space Science, 1975Optical properties of small particles of olivine (less than 0.1 μ) have been studied in the ultraviolet as an example of an insulating solid. Very little structure survives in the ultraviolet extinction curves for such small particles. By contrast ‘surface modes’, observed for graphite small particles in the ultraviolet and for olivine particles in the
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Optical Properties of ZnO Nanostructures
Small, 2006AbstractWe present a review of current research on the optical properties of ZnO nanostructures. We provide a brief introduction to different fabrication methods for various ZnO nanostructures and some general guidelines on how fabrication parameters (temperature, vapor‐phase versus solution‐phase deposition, etc.) affect their properties.
Djurišić, AB, Leung, YH
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Optical Properties of Conductors
2000The chapter discusses the optical properties of conductors that are dominated by their high reflectivity. Conducting materials are used in optical systems to reflect optical signals or to shield regions of space from electromagnetic waves. They can also be used to detect or emit electromagnetic (EM) signals of lower frequencies like antennae for AM and
Kelly S. Potter, Joseph H. Simmons
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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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Optical properties of optical glass
Journal of Non-Crystalline Solids, 1982Abstract In order to achieve the most exact image in an optical system, you have to consider the main properties of optical glass: refractive index, dispersion and transmission. Fluorescence, solarisation and scintillation are additional properties, which gain importance in optical glasses for special purposes.
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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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Optical Properties and Applications of Plasmonic‐Metal Nanoparticles
Advanced Functional Materials, 2020Lu Wang +2 more
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