Titlebook: Diffusion-Wave Fields; Mathematical Methods Andreas Mandelis Textbook 2001 Springer-Verlag New York 2001 Plasma.density.diffusion.experimen

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Green Functions of Thermal-Wave Fields in Spherical Coordinates, from the source compared to characteristic lengths of the problem, such as the diffusion length in thermal-wave fields. The chapter begins with general considerations regarding the derivation of thermal-wave Green functions in spherical coordinates, so as to introduce the special functions that are

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Thermal-Wave Fields in Spherical Coordinates,ally symmetric sources. The experimentally important Gaussian photothermal source distribution is then examined in some detail in cases of optically opaque and absorbing spheres. Spherically symmetric sources and hollow spheres are then treated in the spirit of Theorem 7.1. Finally, the chapter clos

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Carrier-Density-Wave Fields in Electronic Solids / Semiconductors,r coordinate systems (Cartesian, cylindrical, and spherical). The present chapter introduces another important diffusion-wave field which is generated by modulated excitation of free-carrier plasmas in electronic media, notably semiconductors. The carrier-density-wave or carrier-diffusion-wave (CDW)

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Thermal-Wave Fields in Spherical Coordinates,paque and absorbing spheres. Spherically symmetric sources and hollow spheres are then treated in the spirit of Theorem 7.1. Finally, the chapter closes with the derivation of thermal-wave fields in spherical cones.

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