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- W2010168175 abstract "Laser-driven electron acceleration by means of two counterpropagating waves is investigated, where the comoving field is an intense laser light beam, the other is a rf wave beam. A striking feature of the interaction is the presence of a ponderomotive potential propagating with phase velocity slower than the speed of light, allowing one to achieve wave-particle matching. Electron trajectories in the combined field are derived analytically, following the plane-wave and single-particle approximations. Special attention has been given to analyzing the phase slippage of an electron in the field, and the potential of accelerating electrons by means of this scheme. The results show that a neodymium-doped yttrium aluminum garnet laser beam with wavelength 1.06 ensuremath{mu}m and electric field intensity 4ifmmodetimeselsetexttimesfi{}${10}^{10}$ V/cm is capable of accelerating electrons from 43 to 258 MeV over 0.27 m by using a rf field of wavelength 10.6 cm and an electric field of ${10}^{5}$ V/cm. The averaged accelerating gradient is 1038 MeV/m." @default.
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- W2010168175 date "1993-04-01" @default.
- W2010168175 modified "2023-09-25" @default.
- W2010168175 title "Laser-induced electron acceleration in a counterpropagating rf field" @default.
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- W2010168175 doi "https://doi.org/10.1103/physreve.47.r2277" @default.
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