## Metal optics near the plasma frequency |

### What people are saying - Write a review

User Review - Flag as inappropriate

Really good review about nonlocality in metals. Gives a deep insight into the problem and convincing arguments for the hydrodynamic model - the theory is actually the most accurate of all different descriptions that have been proposed so far. I recommend it.

### Contents

Introduction | 1 |

Applications of Nonlocal Metal Optics | 22 |

Theoretical Concepts and Models of Metal Surface Response | 62 |

Copyright | |

3 other sections not shown

### Common terms and phrases

additional boundary conditions boundary conditions bulk metal bulk response calculation Chap charge density continuous contributions current density dA(u damping density profile dependence derived dielectric constant dielectric function discussed in Sect eigenmodes electric field electromagnetic fields electron density electron gas ellipsometry energy current evaluation excitation Ez(z FEIBELMAN 3.84 homogeneous hydrodynamic approximation hydrodynamic model induced charge inside the metal integral interface jellium longitudinal field longitudinal waves matching conditions material equation Maxwell's equations metal optics metal surface metallic halfspace microscopic modes nonlocal effects nonlocal optics normal component oscillations p-polarized light parameters perturbation phenomenological photoyield plasma frequency plasma waves polarization reference field reflection amplitude response properties SCIB model spatial dispersion specular reflection standard optics standing plasma waves standing wave substrate surface layer surface model surface plasmon surface plasmon dispersion surface region surface response functions three layer model tion transverse fields transverse waves values wavelength zero