Titlebook: Electromagnetic Fluctuations at the Nanoscale; Theory and Applicati Aleksandr I. Volokitin,Bo N.J. Persson Book 2017 Springer-Verlag Berlin

Ethics

Surface Electromagnetic Waves,ence of localized surface modes, which include surface electromagnetic waves. This particular type of waves exists at the interface between two different media. An electromagnetic surface wave propagates along the interface and decreases exponentially in the perpendicular direction.

MAL

The Casimir Forces,ductors, following the original Casimir paper [39]. These planes produce a waveguide. The number of electromagnetic modes in the waveguide is discrete and depends on the width of the waveguide. From quantum electrodynamics, it is known that each mode with frequency . has a minimum energy . referred

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进取心

Casimir Friction Between Two Plates,fluctuation electrodynamics proposed by Rytov [5–7]. In this approach the fluctuating electromagnetic field is considered as a classical field that can be calculated from Maxwell’s equation with the fluctuating current density as the source of the field, and with appropriate boundary conditions.

Chandelier

Casimir Friction Between a Small Particle and a Plane Surface,the fluctuation electrodynamic in non-relativistic and relativistic cases. The friction force in the particle–plate configuration is deduced from the friction force in the plate–plate configuration, assuming one of the plates to be sufficiently rarefied. The effect of the multiple scattering of the

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Casimir Forces and Near-Field Radiative Heat Transfer in Graphene Structures,shown that two non-contacting bodies moving relative to each other experience a friction due to the same quantum fluctuations of the electromagnetic field. However, until recent time there was no experimental evidence for or against this effect, because the predicted friction forces are very small,

MIR

LAVA

Heat Transfer: Role of Surface Roughness,al contact, and the heat transfer between the surfaces in the non-contact regions. We apply a recently developed contact mechanics theory, which accounts for the hierarchical nature of the contact between solids with roughness on many different length scales. For elastic contact, at the highest (ato

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parallelism