Titlebook: High Field Plasmonics; Luca Fedeli Book 2017 Springer International Publishing AG 2017 Laser-plasma Interaction.High Field Plasmonics.Part

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Metamorphosis

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Numerical Exploration of High Field Plasmonics in Different Scenarios,In this chapter several physical scenarios involving High Field Plasmonics effects are discussed.

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Magnificent

Introduction,tion, ion acceleration, ultra-intense x-ray and . sources, pulsed neutron sources and laboratory astrophysics (see Chap. .). Laser-driven sources of charged particles or photons are characterized by some distinctive features with respect to conventional sources. Indeed, due to the shortness of the l

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Numerical Tools,l scenarios analytical theories are of limited applicability. Numerical simulations are often required to clarify the physical processes at play in certain conditions or to prepare experimental activities.

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Electron Acceleration with Grating Targets,ntensity laser pulses (.) interacting with grating targets. The experimental data are supported by three-dimensional numerical simulations and a theoretical model, which confirm the generation of relativistic surface plasmons and justify the acceleration process.

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ge verbundenen Platten besteht. Behufs Aenderung der Füllung werden diese Platten, je nachdem die Füllung kleiner oder grösser werden soll, ausein-andergeschoben oder näher zusammengerückt. Da dies von der Mitte des Expansionsschiebers aus nach beiden Seiten geschehen muss, so trägt die Expansionssc