Titlebook: Laser-Driven Particle Acceleration Towards Radiobiology and Medicine; Antonio Giulietti Book 2016 Springer International Publishing Switze

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Generation of Multi-GeV Electron Beams and Bio-medical Applicationsen electron acceleration are summarized in following sections. Finally, the bio-medical applications of laser-driven high-energy electron beams are introduced before concluding the chapter. The unique high-energy electron beams driven by ultrashort high-power laser pulses will be a promising source

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Ionization Induced Electron Injection in Laser Wakefield Accelerationnd the absolute energy spread of the electrons can be reduced to a few MeV, i.e. the relative energy spread can be less than 0.5?%. A further interesting result is the generation of multi-color electron bunches by use of two-color lasers. These electrons can be used for multi-color X-ray generation

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All-Optical X-Ray and ,-Ray Sources from Ultraintense Laser-Matter Interactionstion schemes including betatron and Bremsstrahlung are being developed while free electron laser and Thomson scattering by collision with a synchronized laser pulse are being proposed for the generation of narrow band radiation. Here we present an overview of the current developments in this field.

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Rapha?lle Mouttet-Audouard,Thomas Lacornerie,Eric Lartigaude an overview of management options for high-risk CSCC primary tumors. Management of field cancerization, extensive local disease including in-transit metastases, nodal disease, and metastatic disease are covered in Chaps. 5, 7, 8, and 9, respectively.